200529776 (1) 九、發明說明 【發明所屬之技術領域】 本發明係關於：例如拉鏈、搭扣、附有帶體之按釦帶 、具有卡合條片之軌狀扣合具、帶扣、止索具、背帶調整 具、旋轉扣環、按釦等之各種扣合具，尤其係關於在狹小 領域及寬範圍領域中，內藏有可達成製品管理功能或是各 種安全功能之無線IC晶片、或無線I c晶片及收發信號用 天線等識別媒體的各種扣合具以及裝設有該扣合具之被設 置體。 又，在本說明書及申請專利範圍所記載之識別媒體， 此用語是使用於當作具備能夠讀取及/或寫入之符號、ID (IdentifUation)識別符號之媒體。作爲記憶媒體，其代 表者爲 RFID ( Radio Frequency Identification)、或是具 有識別手段之添加物與含有其添加物之識別資訊保持物、 或是埋設具有相同識別手段之祕密情報的文字或圖形等。 作爲R FID，可以使用砂晶片之R F I D或是晶體晶片之 RFID。RFID有時候亦被稱之爲無線1C或是1C標籤。 RFID的通訊距離爲零〜十幾公分、比較適宜的是未滿 1 0 m m。再者，在本發明中，亦包含IC晶片與讀/寫裝置 接觸時才能夠通訊之接觸式1C晶片。 又，作爲上述識別資訊保持物，例如有將稀土類元素 混入於樹脂之識別媒體，利用所混入之稀土類元素的種類 、添加量等來作爲表示特定資訊的識別資訊，即所謂「樹 脂基因組（p I a g e η 〇 m (註冊商標））」、或是把來自於生 -5- 200529776 (2) 物的DNA資訊的一部份以至於人工所製成之合成dnA混 入於墨水中之所謂DNA墨水（註冊商標）等等。藉由利 用核磁共振現象予以偵測、或是利用紅外線等光學式來偵 測等，讀出混入在墨水中的合成DNA資訊。 作爲被埋入具有識別手段之祕密資訊的文字或圖案等 5其包含有：將對紅外線等會有反應的識別系組入於媒體 中之識別媒體，爲能夠利用照射紅外線等來識別組入於媒 體中之識別系者；或是將文字、圖案、花紋等設置於媒體 之識別媒體，爲能夠識別出相同文字、圖案、花紋等者。 【先前技術〕 近年來’在生產階段中，將利用無線通信方式而進行 數據通信之非接觸型識別標籤（ID tag )內藏於商品中， 藉此實施從商品之生產一直到販賣之統合性的商品管理， 或者可執行防止商品遺失、竊盜、僞造等。並且，亦有提 案將識別標籤裝在衣服中而用來防止痴呆症患者之徘徊走 失等。 一般的非接觸型識別標籤，是由具備有：可做數據處 理之CPU或記憶體、信號調變及增幅放大等之無線1C晶 片以及其收發信天線所構成。作爲無線1C晶片之電源， 是利用接收來自外部的讀取裝置的電磁波而產生啓動電力 、將所產生的啓動電力作爲電源之形式，以及具備無線1C 晶片用電源電池形式。 利用外部之讀取裝置進行讀取儲存在無線1C晶片之 -6- 200529776 (3) 記憶體中的數據時，在對於不具有電源電池之形式者，爲 內藏在識別標籤內的收信天線具有接收來自讀取裝置之控 制信號之收信功能，同時也具有作爲線圈之功能。利用來 自外部讀取裝置所發射出的電磁波，讓作爲收信天線之線 圈產生啓動電力，以同一啓動電力來讓無線IC晶片執行 動作。而具備電源電池者，則並不利用收信天線產生啓動 電力，而是利用電源電池來使無線I C晶片產生動作。 虽無線i c晶片在可動作之狀態時，根據來自於讀取 裝置之控制信號而從無線1C晶片內之記憶體中取出必要 的數據，並以相同樣的數據作爲回應數據，從發信天線對 讀取裝置做回應發信。回應發信的信號在讀取裝置之收信 天線上被收信，並在讀取裝置之控制部中進行回應數據的 分析。此回應數據乃爲儲存於無線I c晶片內之數據，在 暫時地儲存在讀取裝置內之後，被發信到個人電腦等之控 制機器中。 並且’根據從讀取裝置發信的控制信號，將儲存於無 線ί c晶片內的數據進行更新或取代等皆可視無線I c晶片 的功能而加以執行。數據從無線I c晶片內之記憶體讀出 ，或數據之寫入時，可預先尋求各種安全加密手段。 此種內藏有識別標籤之滑動拉鏈用拉柄之一例，例如 揭示於日本特開2 002 -]2 5 72 1號公報（專利文獻1)中者 。同一公報中所揭示的拉柄，例如第5 1圖所示之金屬製 或合成樹脂、皮革、厚布等軟質材料所製得之拉柄本體5 ；! 內埋設有1C晶片5 4及線圈天線5 3，線圈天線5 3及1C晶 200529776 (4) 片5 4被封入細玻璃管5 5內。 拉柄本體5 1以金屬材料構成之情形時，在同一 本體5 1上形成有玻璃管5 5之埋入孔5 2，而且該埋 5 2之壁面形成有內外連通的收發信用狹縫 5 6，在配 .該收發信用狹縫5 6部位上的線圈天線5 3與配置於外 讀取裝置之間，以可實施訊號的收發信之方式而構成 入有線圈天線5 3及IC晶片5 4的細玻璃管5 5在插入 埋入孔5 2內之後，利用環氧樹脂將該埋入孔5 2密閉 而形成埋設有由線圈天線5 3及IC晶片5 4所成之識 籤（ID t a g )的拉柄本體5 1。 並且，上述拉柄本體5 1以合成樹脂構成之情形 其R —拉柄本體5 1由具有電磁透過性之合成樹脂材 構成。封入玻璃管5 5中的識別標籤，是與上述金屬 拉柄本體同樣地利用環氧樹脂而被封入於上述之埋入 內’來形成埋設有識別標籤的拉柄本體5 1。 再者，上述拉柄本體51以皮革材或布材構成之 時，其在拉柄本體5 1上形成有插入玻璃管5 5的埋設 。由封入玻璃管5 5中之線圈天線5 3及IC晶片5 4所 的識別標籤，是藉由具備有收發信用長孔狀金屬管予 覆而補強。補強後的識別標籤被內藏容納於上述埋設 內。 另一方面，埋設上述識別標籤而成一體化之衣服 扣之一例，例如揭示於日本特開2 0 〇 2 - 4 2 1 0 〇號公報 利文獻2 )中。該公報所揭示的衣服用鈕扣，如第5 2 拉柄 .入孔 置於 部的 。封 上述 ，因 別標 時， 料所 製之 孔52 情形 空間 形成 以被 空間 用鈕 (專 圖所 200529776 (5) 示’是由具有電磁透過性之硬質樹脂製的鈕扣本體以 構成。鈕扣本體62之表面形成有環狀凹處64，於其背 一體地突設有用以將鈕扣縫到衣服等之縫止腳61。 如第5 3圖所示，凹處64之中心部上配置有無線 晶片66，同時使電氣性連接於該無線ic晶片66的螺旋 線圈天線65在上述凹處64內以環繞方式而配置。由該 線IC晶片6 6及線圈天線6 5所形成的識別標籤被配置 上述凹處64內之後，將環氧樹脂67流入該凹處64內 使之固化’來將線圈天線65及無線ic晶片66形成的 別標籤實施密封防水處理，因而形成內藏有識別標籤的 扣。 專利文獻1 :日本特開2 0 0 2 - 1 2 5 7 2 1號公報 專利文獻2 :日本特開2 0 0 2 - 4 2 1 〇 〇號公報 [發明內容】 (發明用以解決之問題） 爲了將識別標籤埋設到上述日本特開2002- 1 2 5 72 ] 公報所揭示之拉柄本體中，必須將識別標籤封入到玻璃 內。並且，當衝擊施加到拉柄本體5 1時、或者由於障 物等撞擊到從收發信用狹縫5 6露出之玻璃管5 5時等情 時，會造成玻璃管5 5破損，而破損之玻璃片會有從收 信用狹縫5 6飛散出之危險性。 日本特開2 0 0 2 - 4 2 1 0 0號公報所揭示之鈕扣，由於 了縫合到衣服等因而初次裝設於鈕扣中，因此對於內藏 冬 所 面 1C 狀 紐 到 而 鈕 號 管 礙 形 發 爲 有 200529776 (6) 識別標籤的鈕扣而言，在使用用途上受到限制。並且，爲 了使天線內藏在鈕扣內，對於天線長度亦有所限制，因而 在寬廣的大範圍中，與識別標籤之間的信號接收是無法進 行的。 尤其，滑動拉鏈等扣合具之用途正被泛用中，從手提 包或袋子以至於衣服等皆廣泛地被使用著，其使用形態亦 橫跨數種範圍。因此，對於使用在這些範圍之拉鏈，被期 望可以不使用玻璃管，並且對鈕扣以外的扣合具也希望在 容易使用的形狀下設置識別標籤。再者，上述習知例中， 使用外部讀取裝置對記憶在無線1C晶片中的數據進行讀 取，係僅侷限在識別標籤與讀取裝置之間的距離很短的狹 小範圍區域內才可能進行數據的讀取。因此，被期望可以 開發出即使是在寬廣的大範圍區域中亦能夠使用識別標籤 之技術。 並且，識別標籤被裝設在衣服或手提包等之商品的情 形時，要將識別標籤另外裝設在每個商品中必須要有人員 及時間。此情形下，零件製造商及服飾業製造商必須個別 一一地進行從生產一直到販賣的管理，因而產生無法進行 從商品之生產到物流及販賣等之整合性商品管理的問題。 再者，對於製品交到顧客手上之後的真膺品的判定方 面’無線1C晶片只要可以因應來自讀取裝置的信號而發 信即可。在製造或販賣階段的物流管理上，雖然不需要來 自無線]C晶片的電波之到達距離，只被期望從無線I C晶 片發信的電波在所預定範圍內能夠在穩定的狀態下由讀取 -10- 200529776 • (7) 裝置收信。 再者，無線IC晶片有內藏電源的主動式，以及未內 藏有電源的被動式，然而主動式存在有依電池壽命而在數 年內會造成無線1C晶片的發信功能喪失之問題，而在被 動式方面，則對於要增長由無線1C晶片的電波到達距離 時，其技術難度高，成本亦高，並且無線IC晶片被大型 化時有難以裝在扣合具上之問題。 本發明係爲了解決上述該等問題而發明。對於製造販 賣滑動拉鏈等扣合具的零件製造商，只要預先將識別標籤 裝設在各個扣合具的話，僅須將裝有同一識別標籤的扣合 具安裝到作爲被設置體的商品上，即可配合扣合具的商品 管理對商品進行統合性的商品管理。因此，在本發明中， 針對滑動拉鏈等之扣合具，是在生產階段中，事先將無線 IC晶片、或接觸式IC晶片 '或如已說明之所謂稱之爲「 樹脂基因組（Plagenom (註冊商標））」者、或由來自於 生物的DNA資訊的一部份將人工所製成之合成DNA混入 於墨水中之所謂稱之爲「D N A墨水（註冊商標）」者、或 是埋設有祕密資訊的文字或圖形等識別媒體予以設置於其 中，來解決上述問題。 並且’藉由將天線安裝在裝設有無線I C晶片之扣合 具的被設置體時，即使在廣大範圍區域中亦可以使用。再 者’使裝在扣合具的無線I C晶片同時具有主動式及被動 式雙方之功能，藉由可用電源使其具備至少有數年之電力 啓動功能’以使之在製造或販賣階段中來自於無線I C晶 -11 - 200529776 (8) 片的電波於預定範圍內均在一穩定狀態下，可利用讀取裝 置收信，在電源的壽命終了之後，使其可維持可因應來自 於讀取裝置側的信號而發信之功能。 並且，將主動式之無線Ϊ c晶片及被動式之無線I c晶 片安裝在扣合具上，使雙方之無線I c晶片同步化，或者 是只讓一方的無線IC晶片選擇性地動作。利用主動式無 線I C晶片一直到電池壽命終了爲止，均可使來自於無線 Ϊ c晶片在一預定範圍內安定地發射電波’而在電池爵命終 了後，則利用被動式之無線IC晶片，可因應來自於讀取 裝置側之信號而使其維持發信的功能。 (用以解決問題的技術手段） 爲了達成上述目的，本發明之第I基本構成係一種扣 合具，針對於安裝有固定手段，並具有可被設置在被設置 體之帶體的扣合具，其特徵爲：於該帶體之受上述被設置 體所被覆的部位安裝有識別媒體。上述識別媒體爲無線I c 晶片，連接於該無線IC晶片之天線或信號線是被安裝在 上述扣合具。再者，作爲上述識別媒體，可以採用所謂樹 月曰基因組（P 1 a g e η 〇 m (註冊商標））、或所§胃D N A墨水 (DNA ink (註冊商標））、或埋入有祕密資訊之文字或 圖形等。 上述固定手段，若是於拉鏈的話，則是沿著一對拉鏈 帶的相向側緣而安裝的拉鏈元件。又，若是於軌狀扣合具 的話，則是相向於一對帶體所形成之連續於帶體長邊方向 -12- 200529776 (9) 的卡合條片。又，若是於按扣帶的話，則是在帶體的長邊 方向隔以一預定間隔形成具有卡合凸部的陽卡合構件，以 及可與卡合凸部卡合脫離之具有卡合孔部或卡合凹部之雌 卡合構件。又，若是於搭扣的話，則是在相向一對的卡合 面所分別或是混在一起所形成的多數鉤狀或是蕈狀陽卡合 元件，以及環圈狀陰卡合元件。 作爲識別媒體，當採用無線IC晶片時，讀取裝置與 無線1C晶片，可以經由連接在無線IC晶片的天線而作用 。天線，係可與無線1C晶片一體地構成而安裝在扣合具 之帶體，或者可利用於扣合具之帶體將天線配置在該帶體 。當利用扣合具之帶體之情況時，可以在構成該帶體之織 紗或編紗中使用導電性纖維材料來配線。該導電性纖維材 料’亦可以作爲例如連接感測器及無線IC晶片之信號線 來使用。 作爲無線IC晶片之記憶體，可以採用可重複寫入數 據資料之記憶體、或不可重複寫入數據資料之記憶體、或 是可寫入數據或可記憶程式之記憶體等。 作爲導電性纖維材料之配線者，其可從該導電性纖維 材料進行複數數條配線，將各配線的一端連接到無線1C 晶片，另一端則做成開放狀態，以織入或編入到上述帶體 之方式來構成。並且，亦可將該導電性纖維材料的兩端連 接到無線1C晶片，使兩端已連接到無線1C晶片的導電性 纖維材料的中間部以做成環圈狀之方式來織入或編入到上 述帶體而構成。更有者，亦可以使一端連接到無線]c晶 -13 - 200529776 (10) 片之至少2條導電性纖維材料的另一端配置爲分別呈開放 的狀態，使呈開放之另一端彼此以適宜的手段連接而形成 環圈狀。 或是’可以將導電性材料以黏貼、黏著、熔接、印刷 或埋入方式做成與無線I C晶片連接之配線。在此情況下 ’將導電性材料之一端連接到無線1C晶片，而另一端則 做成開放的狀態而形成天線或信號線等，或者可將導電性 材料之兩端連接到無線I C晶片，使該導電性材料的中間 部形成爲環圈狀。亦可以將2條導電性材料的一端連接到 無線I C晶片，並將另一端彼此以適宜的手段連接形成環 圈狀的天線。 扣合具爲拉鏈之情況時，在構成芯線之至少一部分纖 維以使用導電性纖維而使該導電性纖維材料與無線1C晶 片連接，可作爲天線或信號線等而構成。至少使用2條導 電性纖維材料，將該導電性纖維材料之端部彼此連結，同 時在中間部使至少2條的導電性纖維材料不變成短路地配 設在芯線內，藉由使端部彼此不連結的一方之端部連接到 無線IC晶片，亦可以形成環圈狀之天線。 或者，將配設在芯線的導電性纖維材料之一端連接到 無線1C晶片，將該導電性纖維材料之另一端，與在扣合 具帶體上織成或編成，且可以利用使一端連接到與上述無 線Ϊ C晶片爲電氣性連接的導電性纖維材料之端部來使其 彼此連接，而形成環圈狀的天線。並且，亦可以以貼附、 黏著 '熔接或埋入到扣合具帶體上之導電材料的一端連接 -14- 200529776 (11) 到無線I C晶片，將該導電性材料之另一端與配設在芯線 的導電性纖維材料之另一端，以適宜的手段連接來形成環 圈狀的天線。 再者，將拉鏈中連續狀的拉鏈元件以導電性樹脂單絲 彎曲成線圈狀或鋸齒狀而形成，利用使該拉鏈元件與無線 i C晶片連接，可以作爲具有無線IC晶片之天線或信號線 之功能。 作爲此發明中之扣合具者，其係設置有固定手段，並 具有可被設置於被設置體之帶體的扣合具，可爲拉鏈、具 有卡合條片之軌狀扣合具、按釦帶、搭扣等。由於是將上 述識別媒體安裝在被設置體所被設置的帶體部位，所以對 於單就扣合具之單體，在該等識別媒體與讀取裝置之間可 以進行資料的讀寫。 本發明之第2基本構成係一種扣合具，針對於安裝有 固定手段，並具有可被設置於被設置體之帶體的扣合具， 其特徵爲：具有安裝於上述扣合具之識別媒體、及連續地 配置在上述帶體之長邊方向的上述天線或信號線；上述識 別媒體爲無線I C晶片；上述無線IC晶片與天線或信號線 馬連接。 作爲此發明中之扣合具者，其係設置有固定手段，並 眞有可被設置於被設置體之帶體的扣合具，可爲拉鏈 '或 具有卡合條片之軌狀扣合具、或按釦帶、或搭扣等。 本發明之第3基本構成係一種拉鏈，針對於被設置在 被設置體之具有拉鏈帶之拉鏈，其特徵爲：識別媒體係被 -15- 200529776 (12) 安裝於該拉鏈帶之止部附近。作爲扣合具者，可爲拉鏈、 或具有卡合條片的軌狀扣合具、或按釦帶、或搭扣。 在此發明的構成，除了第1、第2基本構成以及將識 別媒體限定安裝在扣合具帶體的部位之點、以及限定扣合 具爲拉鏈之點以外，其它構成爲相同之構成。因此在第3 基本構成中者，亦同樣地可以達成如在上述第1、第2基 本構成所說明，可以形成同樣的天線之構成。 本發明之第4基本構成係一種拉鏈，針對於被設置於 被設置體之具有拉鏈帶之拉鏈，其特徵爲：於拉鏈之止部 安裝有識別媒體之扣合具。在本發明之構成，係除了將識 別媒體安裝在拉鏈止部之點以外，可做成與第1〜第3基 本構成爲相同的構成。第4基本構成中之止部，係爲上止 部或下止部或開離嵌插具。 識別媒體之安裝位置，可以安裝在上止部或下止部或 開離嵌插具的位置。並且，不但可以將識別媒體以內藏方 式安裝於上述止部、也可以裝卸自如地被安裝。爲裝卸自 如地安裝之情形時，在止部形成有識別媒體插入用的孔部 ’使識別媒體可以裝卸自如地插入該孔部。此時，識別媒 體爲無線1C晶片時，亦可將無線IC晶片做成天線內藏型 〇 對於天線方面，如上述，可將導電性纖維材料或導電 性材料配設在拉鏈上，以該導電性纖維材料或導電性材料 作爲天線而與無線I C晶片連接來使用。 本發明之第5基本構成係一種扣合具，針對於安裝有 -16- 200529776 (13) 固定手段，並具有可被設置在被設置體之帶體的扣合具， 其特徵爲：識別媒體係被安裝在上述固定手段。 本發明之第6基本構成係一種拉鏈，是針對於被設置 在被設置體之具有拉鏈帶之拉鏈，其特徵爲：識別媒體係 被安裝於拉鏈元件。 本發明之第7及第8基本構成係一種拉鏈，針對於被 設置在被設置體之具有拉鏈帶之拉鏈，其特徵爲：識別媒 體係被安裝於滑件，或是被內藏在相對於拉柄可以裝卸自 如地安裝之裝飾構件。 本發明之第9基本構成係一種扣合具，針對於安裝有 固定手段，並具有可被設置於被設置體之帶體的扣合具， 其特徵爲··安裝有無線I C晶片之識別媒體以及連接於無 線Ϊ C晶片之電源電池及天線。作爲該扣合具者，可以是 拉鏈、搭扣、按釦帶、軌狀扣合具、帶扣、止索具、旋轉 扣環、按釦等。 本發明之第]〇基本構成係一種扣合具，其特徵爲： 安裝有無線I C晶片以及將上述無線I C晶片予以遮蔽之遮 蔽材。作爲該扣合具者，可以是拉鏈、搭扣 '按釦帶、軌 狀扣合具、帶扣、止索具、旋轉扣環、按釦、背帶調整具 等。 本發明之第1 1基本構成係一種搭扣，針對於具有相 對面能夠卡合脫離之卡合面的搭扣，其特徵爲··將識別媒 體配置於上述卡合面間並予以被覆。作爲上述識別媒體者 ’以使用無線1C晶片爲理想，使被覆無線1C晶片之搭扣 -17 - 200529776 (14) ，具有將與無線I c晶片間的通信予以遮蔽之遮蔽材爲理 想。 本發明之第1 2基本構成係一種被設置體，針對於被 設置已安裝有識別媒體之扣合具的被設置體，其特徵爲： 上述識別媒體爲無線1C晶片，在該被設置體上具有與無 線I C晶片做電氣性連接的天線或信號線。 本發明之第1 3基本構成係一種被設置體，針對於被 設置已安裝有識別媒體之扣合具的被設置體，其特徵爲： 上述識別媒體爲無線IC晶片，在該被設置體具有被覆無 線1C晶片，將上述無線1C晶片之通信予以遮蔽的遮蔽材 〇 本發明之第1 4基本構成係一種扣合具，其特徵爲： 識別媒體係裝卸自如地被安裝。作爲該扣合具者’可以是 拉鏈、搭扣、按釦帶、軌狀扣合具、帶扣、止索具、旋轉 扣環、按釦、背帶調整具等。 (作用效果） 藉由讀取裝置來讀取已被記憶在作爲識別媒體中之無 線1C晶片、或是內藏有所謂「樹脂基因組（Plagenom ( 註冊商標））」、或是所謂「DNA墨水（註冊商標）」等 之各.種資訊，可以簡單地識別是真正原廠所製造的固定具 ，還是以仿冒之贗品方式所製造的固定具。並且，可以進 行安裝有識別媒體之固定具的商品管理等。 本發明之第1基本構成考，是利用將已安裝有識別媒 > 18- 200529776 (15) 體之固定具設置於被設置體’使識別媒體受被設置體所被 覆之狀態，因而成爲從外表是無法判斷識別媒體已被安裝 在被設置體的狀態。盡管成爲從外面無法確認識別媒體是 否存在，但是能夠使用已被記憶在識別媒體中的數據資料 或新記憶的數據資料或資訊’因而可以進行被設置體之真 僞識別、或是進行被設置體的商品管理等。並且，不必另 外實施將無線IC晶片安裝在被設置體的作業，且無線IC 晶片在不會從被設置體露出到外部就能夠簡單地被安裝。 本發明之第2基本構成者’由於扣合具具有識別媒體 的無線1C晶片，以及沿著帶體長邊方向呈連續延伸狀態 所配置之無線1C晶片的天線’所以即使無線1C晶片與讀 取裝置間的距離較長時也能夠進行資料的收發信。又，藉 由信號線可以讓各種感測器等與無線1C晶片相連接。 作爲沿著長邊方向呈連續延伸狀態之天線或信號線之 構成，可以是在帶體的長邊方向上爲直線狀配置之構成、 也可以一邊交叉於帶體的長邊方向呈鋸齒狀彎曲而同時沿 著帶體的長邊方向延伸之方式來構成、也可以以螺旋狀而 沿著帶體的長邊方向延伸之方式來構成等。 利用將天線配置在扣合具的帶體，可以拉長天線的長 度，因而可以增大環圈狀天線所產生的啓動電力’同時也 可以增加無線1C晶片與讀取裝置間的收發信距離° 利用讀取裝置將被記憶在無線IC晶片中的數據資料 讀出時，可簡單地辨別出扣合具是真正正牌產品亦或是仿 冒產品所製造之扣合具，或是被設置有無線I C晶片之被 -19- 200529776 (16) 造 口 可 的 體 晶 向 體 帶 情 材 外 號 維 線 帶 導 或 4K 爲 連 設置體是真正原廠所製造的被設置體亦或是仿冒品所製 的被設置體。並且，亦可以對裝設有無線IC晶片之扣 具或被設置體進行商品管理等。 作爲無線1C晶片所具備之記憶體來說，可以採用 重複寫入數據資料的記憶體、或是不可再寫入數據資料 記憶體、或是可記憶寫入數據資料或可記憶程式之記憶 〇 讀取裝置及無線IC晶片，係可藉由連接到無線I c 片的天線而作用。天線可被形成爲配置在帶體的長度方 呈連續地延伸之狀態來構成，亦可爲與無線IC晶片一 地構成而安裝在扣合具之帶體上，或者可利用扣合具之 體將天線配置在該帶體上皆可。爲利用扣合具之帶體之 形時，可在構成該帶體之織紗或編紗上使用導電性纖維 料來實施配線。該導電性纖維材料除了使用作爲天線之 ，亦可以用來作爲例如連接感測器及無線I C晶片之信 線所用。 作爲導電性纖維材料的配線，其可以由該導電性纖 材料來進行複數數條的配線，使各配線的一端連接到無 IC晶片，另一端則做成開放的狀態來織入或編入到上述 體而構成。並且，亦可將兩端連接到無線1C晶片之該 電性纖維材料的中間部以做成環圈狀之方式來進行織入 編入到上述帶體而構成。甚至於，也可以將一端連接到 線1C晶片之至少2條導電性纖維材料的另一端配置成 分別爲開放的狀態，使開放的另一端彼此以適宜的手段 -20 - 200529776 (17) 接形成環圈狀。 也可以利用將導電材料以黏貼、黏著、溶接或埋入方 式來作爲天誠配線。在此種情形下，也可以將導電材料 之一端連接到無線1C晶片，而使另一端爲開放狀態來形 成天線，或者可將導電材g 並將該導電性纖維材料的^中 成。也可以將2條導電材料 而將另一端彼此以適宜的手 之兩端連接到無線IC晶片’ 間部以成爲環圈狀之方式來構 之一端連接到無線1C晶片， 段連接時而形成環圈狀的天線 扣合具爲拉鏈之情形時，可以在構成芯線之至少—部 分-維以使用導電性纖維，_由該導電性纖維 1C晶片連接，來作爲天線叫與無線 π 次伧號線之構成。使用至少？條 的導電性纖維材料，將琴_ \ ^龍維材料之端部彼此連結 ，丨口」日寸在中間部使子/」、9攸 使至乂 2條的導電性纖維材料以 路地配設在芯線內，並將端部彼此沒有連結一二 連接到無線W晶片之方式，亦能夠形成環圈狀^線 或者，將配設到芯線的導電性纖維材料之 無線IC晶片，將該導電性纖維材料之另—p 具帶體上織成或編成日 Μ午^ 榀，與在扣合 义4成且一 u而電氣性連接到上述紐 片的導電性纖維材料之端部彼此相互連接日寺，；二 狀之天線。又，將貼附、黏著、培接、印刷成環圏 到扣合具帶體之導银忡忖M的 _、十 -八而連 人_ , 4电丨工祠料的一牺連接到上述無線IC曰 片’將联導電性讖維材料的另一端龃配 曰曰 纖維材料之另喘以㈣丨H°…^的導電性 -如以迴且h + ι.χ連接形成環圈狀的天線亦 -21 - 200529776 (18) 可 。 又再者，將拉鏈中連續狀的拉鏈元件以導電性樹脂單 絲彎曲成線圈狀或鋸齒狀而形成，藉由使該拉鏈元件與無 線1C晶片連接，可以發揮作爲無線1C晶片之天線或信號 線之功能。 在以拉鏈元件使之具有天線功能的情形下，可以將拉 鏈元件之一端保持於開放狀態，或者可以如上述使用導電 性纖維材料或導電性材料來形成環圈狀。並且，在以拉鏈 元件使之具有天線功能的情形下，亦可將芯線之至少一部 分纖維使用導電性纖維材料，而使芯線之導電性纖維材料 發揮作爲磁芯構件的功能。 電源電池未連接到無線1C晶片之情況時，至少必須 將收信天線形成環圈狀，以使用環圈部來產生啓動電力。 在本發明之第3基本構成中，由於可以同樣地達成由 上述第]、第2基本構成中能夠達到的各種效果，因此在 此省略其說明。在該發明中，由於特別是將識別媒體配設 在扣合具帶體（例如拉鏈帶）的止部附近，故可以將識別 媒體的安裝位置予以特定，因而無論是以讀取裝置將儲存 在識別媒體的數據資料進行讀取，或是對於能夠寫入數據 資料之作爲識別媒體的無線I C晶片或接觸式I C晶片，將 新的數據資料寫入其中時，皆可以簡單地設定識別媒體與 讀取裝置間的位置關係。 並且，扣合具帶體（例如拉鏈帶）之止部附近是利用 補強帶施有補強的部份，因此只要將識別媒體配置在補強 -22- 200529776 (19) 帶與扣合具帶體之間，就可以簡單地將識別媒體安裝於扣 合具帶體。並且，當識別媒體爲無線〗c晶片時，利用補 強帶可防止無線1C晶片或天線從扣合具帶體上脫離等， 因而可以防止受到來自外部的衝擊、障礙物等之撞擊造成 使無線1C晶片或天線產生破損。又，識別媒體也可以配 設於補強帶上。在第3基本構成中，作爲止部者，可以是 上止部、或下止部、或是開離嵌插具。 依據本發明之第4基本構成，亦是可以同樣地達成由 上述第1〜第3基本構成中所能夠達到的各種效果。在第 4基本構成中，作爲止部者，可以是上止部、或下止部、 或是開離嵌插具。 識別媒體的安裝位置，可以安裝在上止部或下止部或 開離嵌插具。並且，識別媒體可以是以內藏方式地安裝於 上述止部內’也可以被安裝成能夠裝卸自如。識別媒體爲 無線1 C晶片時，將該無線IC晶片以裝卸自如之方式來安 裝之情形時，於止部形成有無線I C晶片插入用的孔部， 無線i C晶片可以以裝卸自如之方式插入於該孔部。此時 ，亦可將無線I C晶片做成天線內藏型，或是也可以以接 觸式IC晶片來取代無線丨C晶片。更進一步地，作爲識別 媒體者，亦可以是利用添加所謂樹脂基因組（Plagenom ( 註冊商標））、或是印刷上所謂「DNA墨水（註冊商標） 」等來裝設在上止部或下止部或開離嵌插具。200529776 (1) IX. Description of the invention [Technical field to which the invention belongs] The present invention relates to: for example, a zipper, a buckle, a buckle with a belt body, a rail-shaped buckle with an engaging strip, a buckle, Various types of fasteners such as slings, strap adjustments, swivel buckles, snaps, etc., especially for wireless IC chips that can achieve product management functions or various security functions in narrow and wide areas Or various fasteners for identifying media such as wireless IC chips and antennas for transmitting and receiving signals, and objects to be installed with the fasteners. It should be noted that the identification medium described in the present specification and the scope of the patent application is used as a medium having a readable and / or readable symbol and an ID (IdentifUation) identification symbol. As a memory medium, it is represented by RFID (Radio Frequency Identification), additions with identification means and identification information holders containing the additions, or characters or graphics embedded with secret information having the same identification means. As R FID, R F ID of sand wafer or RFID of crystal wafer can be used. RFID is sometimes called a wireless 1C or 1C tag. The communication distance of RFID is zero to ten centimeters. It is more suitable to be less than 10 mm. Furthermore, the present invention also includes a contact type 1C chip which can communicate only when the IC chip is in contact with the read / write device. In addition, as the identification information holder, for example, there is an identification medium in which a rare earth element is mixed into a resin, and the type and addition amount of the mixed rare earth element are used as identification information indicating specific information, which is called "resin genome ( p I age η 〇m (registered trademark)), or the so-called DNA that mixes part of the DNA information from Health-5-200529776 (2) with artificially made synthetic dnA in ink Ink (registered trademark), etc. By using nuclear magnetic resonance to detect or optically detect infrared light, etc., the synthetic DNA information mixed in the ink is read out. Characters or patterns embedded as secret information with identification means 5 include: identification media that incorporates identification systems that respond to infrared rays, etc., into the media, and can be identified by irradiating infrared rays, etc. The identification system in the media; or the identification media in which characters, patterns, patterns, etc. are set on the media, are those who can identify the same characters, patterns, patterns, etc. [Prior art] In recent years, in the production stage, non-contact identification tags (ID tags) for data communication using wireless communication methods are embedded in products, thereby implementing the integration from the production of products to the sale. Management of commodities, or to prevent the loss, theft, and counterfeiting of commodities. In addition, there are proposals to put identification tags in clothes to prevent wandering and loss of patients with dementia. A general non-contact identification tag is composed of a wireless 1C chip with a CPU or memory that can do data processing, signal modulation and amplification, and its transmitting and receiving antenna. As the power source of the wireless 1C chip, there are a form in which the start-up power is generated by receiving electromagnetic waves from an external reading device, the generated start-up power is used as a power source, and a form of a power battery with a wireless 1C chip is provided. When reading the data stored in the wireless 1C chip with an external reading device-6-200529776 (3) For the form without a power battery, it is a receiving antenna built into the identification tag It has the function of receiving the control signal from the reading device, and also has the function of a coil. The electromagnetic wave emitted from the external reading device is used to generate the start-up power for the coil serving as the receiving antenna, and the wireless IC chip performs the operation with the same start-up power. Those with a power battery do not use the receiving antenna to generate startup power, but use the power battery to operate the wireless IC chip. Although the wireless IC chip is in an operable state, the necessary data is taken from the memory in the wireless 1C chip according to the control signal from the reading device, and the same data is used as the response data. The reader responds with a letter. The response signal is received on the receiving antenna of the reading device, and the response data is analyzed in the control unit of the reading device. This response data is data stored in the wireless IC chip. After being temporarily stored in the reading device, it is sent to a control device such as a personal computer. In addition, according to the control signal sent from the reading device, the data stored in the wireless chip can be updated or replaced, etc., which can be executed by the function of the wireless IC chip. When data is read from the memory in the wireless IC chip, or when data is written, various secure encryption methods can be sought in advance. An example of such a handle for a slide fastener with an identification tag is disclosed in, for example, Japanese Patent Application Laid-Open No. 2 002-] 2 5 72 1 (Patent Document 1). The handle disclosed in the same bulletin is, for example, a handle body 5 made of a soft material such as metal or synthetic resin, leather, thick cloth as shown in Fig. 51; 1C chip 5 4 and a coil antenna are embedded in the handle. 5 3, coil antenna 5 3 and 1C crystal 200529776 (4) The piece 5 4 is enclosed in a thin glass tube 5 5. When the handle body 51 is made of a metal material, an embedded hole 5 2 of a glass tube 55 is formed in the same body 51, and a receiving and sending credit slot 5 6 is formed on the wall surface of the embedded body 5 2 to communicate with each other. The coil antenna 5 3 on the receiving and sending credit slot 56 is arranged between the coil antenna 5 3 and the external reading device, and the coil antenna 5 3 and the IC chip 54 are incorporated in a manner capable of transmitting and receiving signals. After the thin glass tube 5 5 is inserted into the embedding hole 5 2, the embedding hole 5 2 is sealed with epoxy resin to form an embedded tag (ID tag) formed by the coil antenna 53 and the IC chip 54.的 拉柄 体 51 1. The handle body 5 1. When the handle body 51 is made of synthetic resin, the handle R-body 51 is made of a synthetic resin material having electromagnetic permeability. The identification label enclosed in the glass tube 55 is the same as the metal handle body described above, and is sealed in the above-mentioned embedding with epoxy resin to form a handle body 51 having the identification label embedded therein. When the handle body 51 is made of a leather material or a cloth material, an embedded glass tube 55 is formed in the handle body 51. The identification tag enclosed by the coil antenna 5 3 and the IC chip 54 which are enclosed in the glass tube 55 is reinforced by being covered with a metal tube with a long hole for receiving and sending credit. The reinforced identification tag is housed in the above-mentioned burial. On the other hand, an example of an integrated clothes button in which the above-mentioned identification tag is embedded is disclosed in, for example, Japanese Patent Laid-Open No. 2002-2 21 00 (Literature Reference 2). The button for clothing disclosed in the bulletin is like the 5 2 handle. Sealing the above, due to the different labeling, the hole 52 made of the material is formed in the space to be used as a button for space (shown in 200529776 (5)) is a button body made of hard resin with electromagnetic permeability. The button body A ring-shaped recess 64 is formed on the surface of 62, and a sewing foot 61 for sewing buttons to clothes is integrally protruded on the back. As shown in FIG. At the same time, the helical coil antenna 65 electrically connected to the wireless IC chip 66 is arranged around the recess 64. The identification tag formed by the wire IC chip 66 and the coil antenna 65 is arranged. After the inside of the recess 64, epoxy resin 67 is poured into the recess 64 to be cured to seal and waterproof the other tags formed by the coil antenna 65 and the wireless IC chip 66, so that a buckle with an identification tag is formed. Patent Document 1: Japanese Patent Laid-Open No. 2000-2-1 2 5 7 2 Patent Document 2: Japanese Patent Laid-Open No. 2000- 4 2 1 00 [Inventive Content] Question) To embed the identification tag until the above date Japanese Patent Application Laid-Open No. 2002- 1 2 5 72] The handle body disclosed in the gazette must have an identification tag enclosed in glass. When an impact is applied to the handle body 51 or an obstacle hits the receiving / sending credit When the glass tube 55 exposed by the slit 56 is waiting for time, the glass tube 55 may be damaged, and the broken glass sheet may fly out from the receiving slit 56. Japanese Patent Laid-Open No. 2 0 0 2 -The button disclosed in Gazette No. 4 2 1 0 was installed in the button for the first time because it was sewn to clothes and the like. Therefore, the shape of the 1C-shaped button on the surface of the winter house is blocked and the button tube is blocked. 200529776 (6 As for the buttons of the identification tag, the use is limited. In addition, in order to embed the antenna in the button, the length of the antenna is also limited. Therefore, the signal reception between the tag and the identification tag in a wide range In particular, the use of fasteners such as sliding zippers is being widely used, ranging from handbags, bags to clothes, etc., and their use forms also span several ranges. Therefore, for Use here The zipper of the range is expected to not use a glass tube, and it is also desirable to provide an identification tag in an easy-to-use shape for fasteners other than buttons. Furthermore, in the above-mentioned conventional example, an external reading device is used to wirelessly store the memory. The reading of the data in the 1C chip is only possible in a narrow area with a short distance between the identification tag and the reading device. Therefore, it is expected to develop even in a wide range. The identification tag technology can also be used in a wide area. In addition, when the identification tag is installed on a product such as clothes or a handbag, it is necessary to have personnel and time to separately install the identification tag on each product. In this case, the parts manufacturer and the apparel industry manufacturer must individually manage all the way from production to sales, which leads to the problem that integrated product management from product production to logistics and sales cannot be performed. In addition, the wireless 1C chip for judging the authentic product after the product is delivered to the customer is only required to transmit a signal in response to a signal from the reading device. In the logistics management of the manufacturing or sales stage, although the reach of the radio waves from the wireless] C chip is not required, it is only expected that the radio waves sent from the wireless IC chip can be read in a stable state within a predetermined range- 10- 200529776 • (7) Device receives mail. In addition, the wireless IC chip has an active type with a built-in power source and a passive type without a built-in power source. However, the active type has the problem of losing the transmission function of the wireless 1C chip within a few years depending on the battery life. On the passive side, it is technically difficult and costly to increase the reach of the radio waves from the wireless 1C chip, and it is difficult to mount the wireless IC chip on the fastener when the wireless IC chip is enlarged. The present invention has been invented in order to solve these problems. For manufacturers of parts that sell fasteners such as sliding zippers, as long as the identification tags are installed on each fastener in advance, it is only necessary to attach the fasteners equipped with the same identification tag to the product as the object to be installed. It can cooperate with the product management of the buckle to perform integrated product management on the product. Therefore, in the present invention, for fasteners such as sliding zippers, in the production stage, the wireless IC chip or the contact IC chip 'or the so-called "resin genome (Plagenom (registered (Trademark)) ", or the so-called" DNA ink (registered trademark) "in which artificially produced synthetic DNA is mixed in ink from a part of DNA information from living things, or a secret is buried Recognition media such as text or graphics are placed in it to solve the above problems. In addition, when the antenna is mounted on an object to which the fastener of the wireless IC chip is mounted, it can be used even in a wide area. Furthermore, 'the wireless IC chip mounted on the buckle can have both active and passive functions, and it can be equipped with a power-on function for at least several years by the available power supply' so that it comes from wireless during the manufacturing or sales stage. IC Crystal-11-200529776 (8) The radio waves of the chip are in a stable state within a predetermined range, and can be received by the reading device. After the end of the life of the power supply, it can be maintained from the reading device side. Function of sending signals. In addition, an active wireless IC chip and a passive wireless IC chip are mounted on the clip to synchronize the wireless IC chips of both parties, or only one of the wireless IC chips can be selectively operated. The use of active wireless IC chips until the end of the battery life can make the wireless chip from the wireless Ϊ c chip to stably emit radio waves within a predetermined range. After the end of the battery, the use of passive wireless IC chips can respond to The signal from the reading device side keeps the function of transmitting. (Technical means to solve the problem) In order to achieve the above-mentioned object, the first basic configuration of the present invention is a fastener, which is directed to a fastener having a fixing means attached thereto and a belt body that can be installed on an object to be installed. It is characterized in that an identification medium is installed at a part of the belt body covered by the above-mentioned object. The identification medium is a wireless IC chip, and an antenna or a signal line connected to the wireless IC chip is mounted on the fastener. Furthermore, as the above-mentioned identification medium, the so-called Shuyuegen genome (P 1 age η om (registered trademark)), gastric DNA ink (DNA ink (registered trademark)), or secret information embedded therein may be used. Text or graphics, etc. The above-mentioned fixing means is a zipper element attached along opposite side edges of a pair of fastener tapes if it is a zipper. In addition, if it is a rail-shaped fastener, it is an engaging strip formed opposite to the pair of belts and continuous to the long side of the belt -12- 200529776 (9). In addition, if it is a snap belt, a male engaging member having an engaging convex portion is formed at a predetermined interval in the longitudinal direction of the belt body, and an engaging hole can be engaged with and disengaged from the engaging convex portion. Part or female engaging member of the engaging recess. In addition, if it is a buckle, it is formed by a plurality of hook-shaped or mushroom-shaped male engaging elements and ring-shaped female engaging elements formed on or facing together a pair of engaging surfaces. As the identification medium, when a wireless IC chip is used, the reading device and the wireless 1C chip can function via an antenna connected to the wireless IC chip. The antenna can be integrated with the wireless 1C chip and mounted on the belt of the buckle, or the antenna can be arranged on the band using the belt of the buckle. When the belt body of the fastener is used, the conductive fiber material may be used for wiring in the woven or knitted yarn constituting the belt body. This conductive fiber material can also be used as a signal line for connecting a sensor and a wireless IC chip, for example. As the memory of the wireless IC chip, a memory that can repeatedly write data, a memory that cannot repeatedly write data, or a memory that can write data or a program can be used. As the conductor of the conductive fiber material, it can perform multiple wirings from the conductive fiber material. One end of each wiring is connected to the wireless 1C chip, and the other end is opened to be woven or knitted into the above-mentioned tape. Body way to constitute. In addition, both ends of the conductive fiber material may be connected to the wireless 1C chip, and the middle portion of the conductive fiber material having both ends connected to the wireless 1C chip may be knitted or knitted into a loop shape. The belt body is configured. Furthermore, one end can be connected to wireless] c crystal-13-200529776 (10) The other ends of at least two conductive fiber materials are arranged in an open state, so that the open ends are suitable for each other. The means are connected to form a ring shape. Alternatively, the conductive material can be connected to the wireless IC chip by affixing, adhering, welding, printing or embedding. In this case, 'one end of the conductive material is connected to the wireless 1C chip, and the other end is opened to form an antenna or signal line, or the two ends of the conductive material may be connected to the wireless IC chip, so that The middle portion of the conductive material is formed in a ring shape. One end of the two conductive materials may be connected to a wireless IC chip, and the other ends may be connected to each other by a suitable means to form a loop-shaped antenna. When the fastener is a zipper, the conductive fiber material is connected to the wireless 1C chip by using conductive fibers in at least a part of the fibers constituting the core wire, and can be configured as an antenna or a signal line. At least two conductive fiber materials are used, and the ends of the conductive fiber materials are connected to each other. At the same time, at least two conductive fiber materials are arranged in the core wire without becoming a short circuit in the middle portion, and the ends are connected to each other. The unconnected end is connected to the wireless IC chip, and a loop-shaped antenna can be formed. Alternatively, one end of the conductive fiber material arranged on the core wire is connected to the wireless 1C chip, and the other end of the conductive fiber material is woven or knitted with the buckle belt body, and one end can be connected to The wireless ΪC chip is an end portion of a conductive fiber material electrically connected to the wireless ΪC chip and connected to each other to form a loop-shaped antenna. In addition, one end of a conductive material that is affixed, adhesively welded or embedded in the buckle belt body may be connected to a wireless IC chip. 14-200529776 (11), the other end of the conductive material may be disposed with The other end of the conductive fiber material of the core wire is connected by a suitable means to form a loop-shaped antenna. Furthermore, a continuous zipper element in the zipper is formed by bending a conductive resin monofilament into a coil shape or a zigzag shape. By connecting the zipper element to a wireless IC chip, it can be used as an antenna or signal line with a wireless IC chip. Its function. As the fastener in this invention, it is a fastener provided with a fixing means and having a belt body that can be installed on the object, which can be a zipper, a rail-shaped fastener with an engaging strip, Buckles, buckles, etc. Since the above-mentioned identification medium is installed on the belt body portion where the object is installed, for a single unit of the fastening device, data can be read and written between the identification medium and the reading device. The second basic structure of the present invention is a fastening device, which is directed to a fastening device that is provided with a fixing means and has a belt body that can be installed on an object, and is characterized in that it has an identification that is installed on the fastening device. The medium, and the antenna or signal line continuously arranged in the longitudinal direction of the band body; the identification medium is a wireless IC chip; and the wireless IC chip is connected to the antenna or the signal line. As the fastener in this invention, it is provided with a fixing means and a fastener capable of being placed on the belt of the object, which can be a zipper 'or a rail-shaped buckle with an engaging strip. Tools, or snaps, or buckles. The third basic structure of the present invention is a zipper, which is directed to a zipper provided with a zipper tape on an object, characterized in that the identification medium is -15- 200529776 (12) installed near the stop of the zipper tape . The buckle can be a zipper, a rail-shaped buckle having an engaging strip, a snap belt, or a buckle. The configuration of the present invention is the same as the configuration except that the first and second basic configurations, the point where the identification medium is limited to be attached to the portion of the fastener body, and the point where the fastener is a zipper are limited. Therefore, in the third basic configuration, the same antenna configuration can be achieved as described in the first and second basic configurations described above. The fourth basic structure of the present invention is a zipper, which is directed to a zipper provided with a zipper tape on an object, and is characterized in that a fastener for identifying a medium is attached to a stop portion of the zipper. The constitution of the present invention can be made the same as the first to third basic constitutions except that the identification medium is attached to the fastener stopper. The stopper in the fourth basic structure is an upper stopper or a lower stopper or a release insert. The installation position of the identification medium can be installed at the top or bottom stop or the position away from the insert. In addition, the identification medium can be mounted on the stopper in a built-in manner, or it can be detachably mounted. In the case of attaching and detaching freely, a hole portion for inserting the identification medium is formed at the stop portion so that the identification medium can be inserted and detached into the hole portion freely. At this time, when the identification medium is a wireless 1C chip, the wireless IC chip can also be built into the antenna. As for the antenna, as described above, a conductive fiber material or a conductive material can be arranged on the zipper to use the conductive material. A flexible fiber material or a conductive material is used as an antenna connected to a wireless IC chip. The fifth basic structure of the present invention is a buckle, which is directed to a buckle equipped with a fixing means of -16-200529776 (13) and provided with a belt body which can be set on an object, and is characterized by identifying the medium The system is mounted on the above-mentioned fixing means. A sixth basic configuration of the present invention is a slide fastener for a slide fastener having a fastener tape provided on an object to be installed, characterized in that the identification medium is attached to the slide fastener element. The seventh and eighth basic constitutions of the present invention are a zipper, which is directed to a zipper with a zipper tape provided on an object, and is characterized in that the identification medium is mounted on a slider or is embedded in The handle can be detachably attached to the decorative member. A ninth basic configuration of the present invention is a fastening device, which is directed to a fastening device that is provided with a fixing means and has a belt that can be placed on an object, and is characterized in that an identification medium for a wireless IC chip is installed And the power battery and antenna connected to the wireless Ϊ C chip. Examples of the fastener include a zipper, a buckle, a snap fastener, a rail fastener, a buckle, a sling, a rotary buckle, and a snap fastener. The basic configuration of the present invention is a buckle, which is characterized in that a wireless IC chip and a shielding material for shielding the wireless IC chip are installed. Examples of such fasteners include zippers, buckles, snap fasteners, rail-like fasteners, buckles, slings, swivel buckles, snaps, strap adjustments, and the like. The eleventh basic configuration of the present invention is a buckle, which is directed to a buckle having an engagement surface on which the opposite surface can be engaged and disengaged, characterized in that the identification medium is arranged between the above-mentioned engagement surfaces and covered. As the above identification media, it is ideal to use a wireless 1C chip, so that the covering of the wireless 1C chip -17-200529776 (14) has a shielding material that shields the communication with the wireless IC chip. The twelfth basic structure of the present invention is an object to be installed, which is directed to an object to which a fastener having an identification medium is installed, characterized in that the identification medium is a wireless 1C chip on the object An antenna or signal line electrically connected to the wireless IC chip. The thirteenth basic configuration of the present invention is an installation object. The object for an installation object on which a fastener having an identification medium is installed is characterized in that the identification medium is a wireless IC chip, and the installation object has The shielding material covering the wireless 1C chip and shielding the communication of the wireless 1C chip. The fourteenth basic structure of the present invention is a buckle, which is characterized in that: the identification medium is detachably installed. Examples of the fasteners include a zipper, a buckle, a buckle, a rail-like buckle, a buckle, a sling, a rotating buckle, a snap, a strap adjustment, and the like. (Function and effect) The wireless device 1C chip that has been stored in the identification medium is read by a reading device, or the so-called "resin genome (Plagenom (registered trademark))" or "DNA ink ( (Registered trademark) "and other information, you can easily identify whether it is a genuine fixture made by the original factory or a fake fixture. In addition, it is possible to perform product management, etc., in which fixtures for identification media are installed. The first basic constitution test of the present invention is to use a fixture with an identification medium already installed> 18- 200529776 (15) body to be installed on the installation body, so that the identification medium is covered by the installation body. In appearance, it is impossible to judge that the identification medium has been mounted on the object. Although it is impossible to confirm the existence of the identification medium from the outside, it is possible to use the data materials that have been stored in the identification medium or the newly stored data materials or information. Therefore, it is possible to identify the authenticity of the subject or the subject. Product management, etc. In addition, it is not necessary to separately perform the work of mounting the wireless IC chip on the object, and the wireless IC chip can be easily mounted without being exposed from the object to the outside. The second basic constituent of the present invention is that “the wireless 1C chip with the identification medium and the antenna of the wireless 1C chip arranged in a continuous extension state along the longitudinal direction of the belt body”, so that even the wireless 1C chip and reading Data can be transmitted and received even when the distance between the devices is long. In addition, various sensors and the like can be connected to the wireless 1C chip via a signal line. The configuration of the antenna or signal line extending continuously along the longitudinal direction may be a configuration in which the strip is arranged linearly in the longitudinal direction of the strip, or it may be bent in a zigzag shape while crossing the longitudinal direction of the strip. In the meantime, it is configured so as to extend along the longitudinal direction of the belt body, or it may be configured so as to extend in the spiral direction along the longitudinal direction of the belt body. By disposing the antenna on the belt of the buckle, the length of the antenna can be lengthened, and thus the starting power generated by the loop antenna can be increased. At the same time, the transmitting and receiving distance between the wireless 1C chip and the reading device can be increased. When the data stored in the wireless IC chip is read out by a reading device, it can be easily discriminated whether the fastener is a genuine product, a fastener made of a counterfeit product, or a wireless IC is provided. Wafer cover-19- 200529776 (16) Stomatable body crystal with body material, nickname, dimensional cable guide, or 4K for connecting body is a genuine body made by a factory or a counterfeit The set body. In addition, it is also possible to perform product management and the like on a fastener or an object to which the wireless IC chip is mounted. As the memory included in the wireless 1C chip, a memory that can repeatedly write data, or a memory that can no longer write data, or a memory that can write data, or a program that can be stored. The device and the wireless IC chip can be used by the antenna connected to the wireless IC chip. The antenna can be configured to be arranged in a state where the length of the band body is continuously extended, or it can be mounted on the band body of the buckle for the same structure as the wireless IC chip, or the buckle body can be used. Any antenna can be arranged on the band. In the case of using the shape of the belt body of the fastener, the conductive yarn may be used for wiring on the woven or knitted yarn constituting the belt body. The conductive fiber material can be used as an antenna, and can also be used as a cable for connecting a sensor and a wireless IC chip, for example. As a conductive fiber material wiring, a plurality of wirings can be performed by the conductive fiber material, and one end of each wiring is connected to an IC-free chip, and the other end is woven or knitted into the open state. Body. Furthermore, the middle portion of the electrical fiber material connected to both ends of the wireless 1C chip may be knitted into a loop shape and knitted into the belt body. Furthermore, the other ends of at least two conductive fiber materials connected to the wire 1C chip at one end may be arranged to be open, so that the other open ends are connected to each other by suitable means-20-200529776 (17) Ring-shaped. It is also possible to use conductive materials for bonding, bonding, welding or embedding as Tiancheng wiring. In this case, one end of the conductive material may be connected to the wireless 1C chip, and the other end may be opened to form an antenna, or the conductive material g may be formed of the conductive fiber material. It is also possible to connect two conductive materials and connect the other ends to the wireless IC chip with suitable hands at both ends. The intermediary part is formed in a ring shape to connect one end to the wireless 1C chip. When the segments are connected, a loop is formed. When the loop-shaped antenna fastener is a zipper, conductive fibers can be used in at least a part of the dimension of the core wire, and the conductive fiber 1C chip is connected to serve as the antenna called the wireless π secondary wire. Of the composition. Use at least? The conductive fiber material of the strip connects the ends of the piano _ \ ^ Longwei material to each other, and the opening "ri inch" in the middle part / ", 9 yo to 2 pieces of conductive fiber material are arranged by road and road In the core wire, the ends are not connected to each other to the wireless W chip, and a loop-shaped wire can also be formed or a wireless IC chip made of a conductive fiber material disposed on the core wire can be made conductive. The other of the fiber material—p is woven or knitted on the belt body, and is connected to each other at the ends of the conductive fiber material that is electrically connected to the button at 40% and 1u. Temple; two-shaped antenna. In addition, _, ten-eight and even others_, which are attached, adhered, printed, and printed into a ring to the silver guide M of the buckle belt body, are connected to the above. The wireless IC chip "combines the other end of the conductive material with the other end of the fiber material, and also the conductivity of the fiber material, such as the conductivity of H ° ... ^-such as h + ι.χ connection to form a ring-shaped Antenna also -21-200529776 (18) OK. Furthermore, the continuous zipper element in the zipper is formed by bending a conductive resin monofilament into a coil shape or a zigzag shape. By connecting the zipper element to the wireless 1C chip, it can be used as an antenna or signal of the wireless 1C chip. The function of the line. In the case where the zipper element is provided with an antenna function, one end of the zipper element may be kept in an open state, or a loop-like shape may be formed using a conductive fiber material or a conductive material as described above. When the zipper element is used to provide an antenna function, a conductive fiber material may be used for at least a part of the fibers of the core wire, and the conductive fiber material of the core wire may function as a magnetic core member. When the power battery is not connected to the wireless 1C chip, the receiving antenna must be looped at least to use the loop portion to generate startup power. In the third basic configuration of the present invention, since various effects that can be achieved by the above-mentioned second and second basic configurations can be achieved in the same manner, descriptions thereof are omitted here. In this invention, since the identification medium is particularly disposed near the stop of the buckle belt body (for example, a zipper tape), the installation position of the identification medium can be specified, so whether it is stored in a reading device or not, When reading the data of the identification medium, or when writing new data to the wireless IC chip or contact IC chip that can write the data, the identification medium can be simply set. Take the positional relationship between the devices. In addition, the vicinity of the stopper of the buckle belt body (such as a zipper tape) is a portion that is reinforced by a reinforcing tape. Therefore, as long as the identification medium is arranged in the reinforcement-22- 200529776 (19) In this way, the identification medium can be simply mounted on the fastener body. In addition, when the identification medium is a wireless chip, the use of a reinforcing tape can prevent the wireless 1C chip or the antenna from detaching from the buckle belt body, etc., so that it can prevent the wireless 1C from being impacted by an external impact or an obstacle. The chip or antenna is damaged. The identification medium may be provided on the reinforcing tape. In the third basic configuration, the stopper may be an upper stopper, a lower stopper, or a release insert. According to the fourth basic configuration of the present invention, various effects that can be achieved by the above-mentioned first to third basic configurations can be similarly achieved. In the fourth basic configuration, as the stopper, it may be an upper stopper, a lower stopper, or an opening / closing insert. Identify the installation position of the media. It can be installed at the top or bottom stop or the opening insert. In addition, the identification medium may be mounted in the above-mentioned stopper in a built-in manner, or may be mounted so as to be detachable. When the identification medium is a wireless 1 C chip, when the wireless IC chip is mounted in a removable manner, a hole for inserting the wireless IC chip is formed at the stop, and the wireless i C chip can be inserted in a removable manner. In the hole. At this time, the wireless IC chip can also be made into a built-in antenna, or a contact IC chip can be used instead of the wireless IC chip. Furthermore, as the identification medium, the so-called resin genome (Plagenom (registered trademark)) can be added, or the so-called "DNA ink (registered trademark)" can be printed on the top or bottom stop Or leave the insert.
若要將無線I C晶片及天線內藏於拉鏈之各構成元件 之任何一個之中，則在拉鏈的製造過程中，可以使無線]C -23- 200529776 (20) 晶片及天線同時地被組裝到拉鏈中。 並且，依據本發明，當識別媒體對於上述止部形成爲 可以自由裝卸之情形時，因而擔心會從讀取裝置有不當地 讀取無線IC晶片的數據資訊時、或是有不當地寫入之虞 時，可以事先從止部將識別媒體取出，藉此可以防止不當 的存取。再者，安裝有識別媒體之扣合具與被設置體一起 被洗滌時，可以事先將無線IC晶片從扣合具中取出，以 防止洗滌時造成無線1C晶片的破損。 依據本發明之第5基本構成，可以將識別媒體安裝在 扣合具的固定手段。作爲扣合具者，可例舉出拉鏈、搭扣 、按釦帶、軌狀扣合具等，可以將識別媒體安裝在該等扣 合具的固定手段。 依據本發明之第6基本構成，可以將識別媒體安裝在 拉鏈的拉鏈元件。可以是將識別媒體安裝在拉鏈元件之至 少其中一個當中，也可以在複數個拉鏈元件中分別安裝各 別的識別媒體。 依據本發明之第7及第8基本構成，可以將識別媒體 安裝在相對於滑件或拉柄爲可以裝卸自如地安裝的裝飾構 件中。識別媒體爲無線1C晶片之情形時，對於無線1C晶 片的安裝，是在上述各構件形成無線1C晶片及天線插入 用之孔部’可以與天線一问地將無線】C晶片％自由裝卸 地嵌入該孔部來安裝。並且，藉由使無線IC晶片及天線 內藏在拉鏈其各構成元件之任何一者，在拉鏈的製造過程 中可以把無線IC晶片及天線同時地組裝到拉鏈中。 -24- 200529776 (21) 再者，藉由事先在拉鏈其各構成元件之任一者形成無 線ic晶片及天線可以自由裝卸地嵌入的孔部，當擔心會 從讀取裝置有不當地讀取無線IC晶片中的數據時、 或是有不當地寫入之虞時，可以事先從孔部將無線ic晶 片及天線取出來防止。 又’也可以使用接觸式1C晶片來取代無線Ic晶片及 天線。 依據本發明之第9基本構成，由於扣合具具有無線J c 晶片、電源電池及天線，因此不需要以來自讀取裝置之信 號來產生啓動電力，天線的構成也不一定要形成爲環圈狀 。但是’還是能夠使用形成爲環圈狀的收信天線。 使用形成爲运圈狀的天線之情形.，時，讓安裝在扣合亘 的無線1C晶片同時具備有主動式及被動式雙方之功能， 使其藉由電源可以具備至少有數年之有電啓動功能。藉此 ’在製造或販賣階段中，使來自於無線IC晶片的電波在 一定範圍內可以以穩定狀態接收來自讀取裝置的信號，電 源的壽命終了後，使其可因應來自於讀取裝置側的信號而 維持發信功能。 再者’主動式無線IC晶片及被動式無線IC晶片被安 裝在扣合具，使雙方的無線1C晶片同步，或者選擇性地 僅使其中一方的無線I c晶片動作。藉此，利用主動式無 線i c晶片而直到電池壽命用盡爲止，可使來自於無線I c 晶片在一定範圍內穩定地進行電波發信，當電池壽命終了 後’可以藉由被動式無線1 C晶片以因應來自於讀取裝置 -25- 200529776 (22) 側的信號來維持發信的功能。 由於在扣合具上安裝有無線I C晶片之電源電池是被 安裝，所以以利用電源電池之設置數量等來調整從天線發 信的電磁波強度是可能的’因而能夠從天線輸出所期望的 輸出。藉此，與天線配設於扣合具相配合下，可在寬廣區 域中進行無線1C晶片與讀取裝置之間的收發信。 對於如拉鏈般地左右可分離的扣合具帶體，可以在其 一方的扣合具帶體安裝電源電池，在另一方的扣合具帶體 安裝無線IC晶片來構成。在此情形下，可以利用使兩扣 合具帶體開離的開離嵌插具上形成開關機構，當開離嵌插 具於嵌合時，開關被開啓（ON )，使電源電池的電流及 電壓被供給到無線1C晶片，當開離嵌插具於開離時，開 關被關閉（〇 F F )，將來自電源電池的電流及電壓停止供 給到無線1C晶片。藉此，可以利用開離嵌插具之嵌合及 離間操作來開啓（Ο N )或關閉（Ο F F )控制無線I c晶片 的動作。 在按扣的陰陽構件之一方安裝有無線I C晶片及天線 之情形時，可以在另一方的構件安裝電源電池，藉由陰陽 構件的卡合讓電源電池與無線IC晶片進行連接，而陰陽 構件於開離時，讓電源電池與無線IC晶片進行斷路之方 式，於陰陽構件間來構成開關機構。 f昔由將無線1C晶片及天線安裝於該等扣合具，無須 進行特別的安裝無線1C晶片及天線的作業，就能夠自動 地共同與皮帶等上述扣合具設置在使用構件。 -26- 200529776 (23) 依據本發明之第]0基本構成，以導電金屬板等所構 成的遮蔽材配置在覆蓋住無線1C晶片或天線的部位，並 且使遮蔽材能夠裝卸自如地被裝設在扣合具。藉由利用g 蔽材將無線1 c晶片或天線予以遮蔽，可以禁止與讀取裝 置間的信號接收’因而使儲存於無線IC晶片的數據資料 無法進行不當的存取，而得以提高保密安全性。並且，同 樣地可以防止來自讀取裝置將篡改後的數據資料等儲存到 無線I c晶片中。 作爲遮蔽材，可以使用金屬板、金屬製網、或含有導 電性材料的樹脂等來形成。 依據本發明之第1 1基本構成，藉由在被覆識別媒體 的ί合扣D又置衣卸自如的遮敝材’而能夠任意地以遮蔽材將 識別媒體予以遮蔽，可以禁止與讀取裝置間的信號接收， 使識別媒體所保有的各種數據資料無法被進行不當的存取 ，而得以提高保密安全性。並且，同樣地可以防止來自讀 取裝置將篡改後的數據資料等儲存到識別媒體中。又，作 爲識別媒體者’由於最終是成爲被包夾於搭扣的卡合面間 之構成’所以只要將識別媒體載置在搭扣的卡合面上、或 是只是埋Λ或以添加方式就能夠容易地將識別媒體安裝於 搭扣。 在本發明之第]2基本構成中，是在被設置體配置有 無線I C晶片用的天線或信號線以及因應必要所需的各種 感測器，可以經由該同一信號線將各種感測器連接到無線 ]c晶片。並且，可以將天線與無線IC晶片相連接。對於 -27- 200529776 (24) 這些連接，可以雜+ ^ @# a 、茅曰由配置在扣ΰ具帶體的導電性材料或導 電性纖維材料來_胃If the wireless IC chip and antenna are contained in any one of the constituent elements of the zipper, the wireless can be made during the manufacturing process of the zipper] C -23- 200529776 (20) The chip and antenna are simultaneously assembled to In the zipper. In addition, according to the present invention, when the identification medium is formed so as to be freely attachable and detachable to the above-mentioned stopper, there is a concern that the data information of the wireless IC chip may be improperly read from the reading device or may be improperly written. Yu Shi, you can remove the identification medium from the stop in advance to prevent unauthorized access. In addition, when the fastener with the identification medium installed is washed together with the object, the wireless IC chip can be taken out of the fastener in advance to prevent the wireless 1C chip from being damaged during washing. According to the fifth basic configuration of the present invention, the identification medium can be mounted on the fastening means of the fastener. Examples of the fasteners include fasteners, buckles, snap fasteners, rail-like fasteners, and the like, and fixing means for attaching identification media to such fasteners. According to the sixth basic configuration of the present invention, the identification medium can be attached to the fastener element of the fastener. The identification medium may be installed in at least one of the zipper elements, or a separate identification medium may be installed in each of the plurality of zipper elements. According to the seventh and eighth basic constitutions of the present invention, the identification medium can be mounted on the decorative member which can be detachably mounted with respect to the slider or the handle. When the identification medium is a wireless 1C chip, for the installation of the wireless 1C chip, the wireless 1C chip and the antenna insertion hole are formed in the above components. The wireless] C chip can be embedded in and removed from the antenna. This hole is for mounting. Furthermore, by incorporating the wireless IC chip and the antenna in any of the constituent elements of the zipper, the wireless IC chip and the antenna can be simultaneously assembled in the zipper during the manufacturing process of the zipper. -24- 200529776 (21) Furthermore, by forming a wireless IC chip and a hole into which the antenna can be detachably inserted in any one of the constituent elements of the zipper in advance, it is feared that it may be read improperly from the reading device. When the data in the wireless IC chip is inadvertently written, the wireless IC chip and the antenna can be taken out from the hole in advance to prevent it. It is also possible to use a contact type 1C chip instead of a wireless Ic chip and an antenna. According to the ninth basic structure of the present invention, since the buckle has a wireless J c chip, a power battery, and an antenna, it is not necessary to generate a start-up power from a signal from a reading device, and the structure of the antenna does not have to be formed into a loop. shape. However, it is possible to use a loop-shaped receiving antenna. When using a loop-shaped antenna, the wireless 1C chip installed in the buckle can have both active and passive functions, so that it can be powered on for at least several years by the power supply. . Therefore, in the manufacturing or sales stage, the radio wave from the wireless IC chip can receive the signal from the reading device in a stable state within a certain range, and after the life of the power supply is finished, it can respond to the reading device side. Signal while maintaining the sending function. Furthermore, the active wireless IC chip and the passive wireless IC chip are mounted on a clip to synchronize the wireless 1C chips of both sides, or selectively operate only one of the wireless IC chips. In this way, using the active wireless IC chip until the battery life is exhausted, the radio wave from the wireless IC chip can be stably transmitted within a certain range. When the battery life is over, the passive wireless IC chip can be used. The function of transmitting signals is maintained in response to a signal from the reading device-25- 200529776 (22). Since the power battery with the wireless IC chip mounted on the fastener is installed, it is possible to adjust the intensity of the electromagnetic wave transmitted from the antenna by using the number of the power battery installed, etc., and the desired output can be output from the antenna. Thereby, in cooperation with the antenna configured with the buckle, the transmission and reception between the wireless 1C chip and the reading device can be performed in a wide area. For a fastener tape body that can be separated left and right like a zipper, a power battery can be mounted on one of the fastener tape bodies, and a wireless IC chip can be mounted on the other fastener tape body. In this case, a switch mechanism can be formed on the opening and closing insert that separates the two buckle belts. When the opening and closing insert is fitted, the switch is turned on to enable the current of the power battery. And the voltage is supplied to the wireless 1C chip. When the opening / closing insert is opened, the switch is turned off (0FF), and the current and voltage from the power battery are stopped from being supplied to the wireless 1C chip. Thereby, the operation of the wireless IC chip can be controlled by opening (0 N) or closing (0 F F) by using the fitting and separating operations of the opening and closing insert. When one of the male and female components of the snap is equipped with a wireless IC chip and an antenna, a power battery can be installed on the other component, and the power battery and the wireless IC chip are connected by the engagement of the female and male components. When opening and closing, the power battery and the wireless IC chip are disconnected to form a switching mechanism between the yin and yang members. In the past, the wireless 1C chip and antenna were mounted on such fasteners, and it was possible to automatically install the wireless 1C chip and antenna together with the above-mentioned fasteners such as a belt without using a special installation work. -26- 200529776 (23) According to the first basic structure of the present invention, a shielding material made of a conductive metal plate or the like is arranged at a portion covering the wireless 1C chip or antenna, and the shielding material can be installed and removed freely. On the buckle. By shielding the wireless IC chip or antenna with the g shielding material, it is possible to prohibit the reception of signals with the reading device. Therefore, the data stored in the wireless IC chip cannot be accessed improperly, and the security of privacy can be improved. . Also, it is possible to prevent the tampering data and the like from being stored in the wireless IC chip from the reading device. The shielding material can be formed using a metal plate, a metal mesh, or a resin containing a conductive material. According to the 11th basic structure of the present invention, the identification medium can be arbitrarily shielded with the shielding material by covering the identification material with the D buckle D and placing a detachable covering material, and the reading device can be prohibited. Receiving signals from time to time prevents various data and materials held in the identification media from being accessed improperly, thereby improving confidentiality and security. In addition, it is possible to prevent the tampering data and the like from being stored in the identification medium from the reading device. Moreover, as the identification media, "they are ultimately constituted between the engaging surfaces of the buckle", so the identification media need only be placed on the engaging surface of the buckle, or simply buried or added. It is possible to easily attach the identification medium to the buckle. In the second basic configuration of the present invention, an antenna or a signal line for a wireless IC chip and various sensors required as necessary are arranged in the object, and various sensors can be connected through the same signal line. To wireless] c chip. The antenna can be connected to a wireless IC chip. For -27- 200529776 (24) these connections can be mixed with + ^ @ # a, Mao Yue is made of conductive material or conductive fiber material arranged in the buckle belt body _ stomach
被D又置在被設置體之扣合具，利用所具有的無線I C 曰片_ R貝取欢釐之間進行信號接收，因而可以進行被設置 體的真僞判定或曰 难 4疋被g又置體的商品管理等。並且，由於在 被設置體具有夫神 ^丨、|日Π /由的- Χ線’所以即使與讀取裝置之間的距離離得 較開時，亦可以進f? ft 胃收。 因此’例如’穿著安裝有血壓計感測器的被設置體的 人以母Ife〜定時間、或是顯示出異常血壓時等，可以依 S事先&無，線IC晶片中設定測定血壓計之檢出條件來進 订血壓的測定，並將測得的結果預先記憶到無線1C晶片 的記憶體中。並且，各種感測器與無線1C晶片的連接係 耢由彳曰5虎線來實施，所記憶的檢測結果可以根據預先設定 的條件經由天線進行對讀取裝置發信。 又’由於僅安裝扣合具即可將無線I C晶片安裝到衣 服等之上’因此例如，在洗滌衣服時，可以對洗衣機自動 地指示洗衣方法。並且，若預先將溫度感測器裝在衣服上 時’可以偵測穿著該衣服的人的體溫，並且把所測得的體 溫從無線1C晶片發信到空調機，即可自動地調整溫度。 或者’預先在失智流浪病患的衣服上安裝位置感測器 ，可以即時地監視失智流浪病患的現在位置。如此地只要 在被設置體安裝具有無線IC晶片及天線的扣合具時，即 可把來自安裝在被設置體上的各種感測器的檢測信號以種 種方式取出並進行有效利用。 -28- 200529776 (25) 對於本發明之第1 3基本構成’作爲安裝有無線i c晶 片的扣合具，係可以使用拉鏈、搭扣、按釦帶、軌狀扣合 具、帶扣、止索具、旋轉扣環、按釣、背帶調整具等各種 扣合具。 本發明中，由於在被設置體設置有遮蔽無線1C晶片 的遮蔽材，可使遮蔽材的大小做成也可以覆蓋到無線Ic 晶片或天線之大小。作爲遮蔽材，可以使用金屬板、金屬 製網、含有導電性材料的樹脂等來形成。藉由遮蔽材可以 禁止天線的收發信，進而可以保住無線1C晶片的保密安 全性。並且，由於在必要時可以使用遮蔽材來覆蓋住無線 1C晶片或天線，因此能夠使其不將現在所在位置發信出去 ，因此可以保護個人隱私。 依據本發明之第1 4基本構成，由於識別媒體爲裝卸 自如地安裝在扣合具，因此可以容易地防止不當存取、或 容易地對儲存有所需數據資料之識別媒體進行更換等。藉 此，可以提高對於識別媒體的保密安全性，並且可以防止 來自讀取裝置將篡改後的數據資料等移植儲存到識別媒體 中 〇 並且’例如安裝有無線1C晶片或是接觸式1C晶片的 扣合具與被設置體要一起被洗滌時，藉由事先將IC晶片· 從扣合具卸除下來，可以防止洗滌時造成1C晶片的破損 。對於在扣合具內內藏1C晶片之情形時，則是使內藏無 線Ϊ C晶片的扣合具之構件以具有電磁透過性的酯類（ ester)、聚縮醛（p 〇】y a c e t a j )、聚乙二醇對苯二甲酸酯 -29- 200529776 (26) (P E T P )等低透率構件，例如尼龍、聚合成樹脂等來形 成較爲理想。 【實施方式】 以下是根據附圖而具體地說明本發明之較佳實施形態 。在本發明中作爲扣合具者，包含有，例如手提包、運動 服及其他各種衣類之繫緊具方面，例如拉鏈、搭扣、附有 帶體之按舶帶、軌狀扣合具、帶扣、止索具、背帶調整具 參 、旋轉扣環、按釦等各種扣合具。在以下之實施形態中， 雖然是針對前述扣合具，以具備有無線IC晶片及天線的 識別標籤之配置構成、或是以在識別標籤之天線構造爲主 要特徵來做說明，但是本發明並不限於上述無線IC晶片 及天線等之識別媒體，例如也可以採用如已述之具備識別 手段之添加物及包含有該添加物之識別資訊保持物、被埋 入具備同樣識別手段之祕密資訊之文字或圖形等的識別媒 體。 · 作爲適用本發明之識別標籤之曲型的形態方面，係使 具備儲存有識別對象物之識別資訊等數據的記億體之無線 IC晶片及天線互相地以電氣性連接來構成回應電路。該回 應電路，例如是在無線1C晶片中組入有偵測電路、電源 電路、控制電路、記憶電路、調變電路、振盪電路等。 再者於本發明中，係包含有：利用來自外部之電磁感 應等而供給電力到各電路之無電池式識別標籤、或者是以 內藏電池作爲電源之電源內藏式識別標籤。因此，作爲上 >30- 200529776 (27) 述電源電路，係分別意指：將電源電池配設在無線IC晶 片安裝側之情況下的電源電路，以及利用來自於外部讀取 裝置之發信信號以圈狀天線進行收信時、藉由環圈狀的天 線從上述發信信號的電磁波所產生的啓動電力之電源電路 〇 並且，本發明中之無線1C晶片係構成爲：利用來自 於讀取裝置之發信信號，將儲存於無線1C晶片內之記憶 體的數據取出作爲回應信號而發信到讀取裝置中者，或是 利用來自於讀取裝置之發信信號而能夠將儲存於無線1C 晶片內之記憶體的數據或程式進行改寫或更新等者，進而 使無線I C晶片內的控制裝置根據程式而可以自動地將儲 存於記憶體內之數據等發信到讀取裝置中省等等之各種控 制形备之無線I C晶片。 本發明中之無線1C晶片之構成並不限定於上述之構 成及下面說明之構成，而能夠做多種變化。 第1圖係本發明之代表性之第1實施形態，其係以模 式顯示具備裝設於拉鏈之無線1C晶片及天線之識別標籤 之配置位置之槪略立體圖。第2圖係顯示同一拉鏈的縱向 剖面圖。第3圖係以模式顯示裝設於同一拉鏈上之無線I C 晶片及形成於扣合具帶體上之天線或信號線的配置位置之 槪略立體圖。 第1圖中，符號1係代表以縫製而被設置在例如衣服 或手提袋等之被設置體25上的拉鏈，拉鏈帶4上安裝有 複數個鏈齒元件7、上止部5 '開離嵌插具]5、蝶棒9、 -31 - 200529776 (28) 箱棒1 0、滑件2、拉柄3、補強帶8等。 作爲拉鏈帶者，例如可由合成樹脂纖維所織成或編成 的纖維帶狀之基布、不織布、合成樹脂製薄布等所構成。 拉鏈元件，係由合成樹脂製單絲繞捲成線圈狀而形成線圈 狀鏈齒元件、或是將在平面內朝橫向方向折曲成U字型部 分沿著長邊方向以上下交互方式形成連續鋸齒狀的鋸齒狀 鏈齒元件等之連續性元件等所構成。此一構成，對於上述 之滑件、上下止具、補強用板狀構件、開離嵌插具亦同樣 地，其粗細、材質或構造等皆可以做種種的變化。 靠近被設置並被覆於被設置體2 5上之拉鏈帶4緣部 附近的部位上安裝有無線IC晶片2 0。無線IC晶片2 0係 可以採用貼附、黏著、熔接或射出等適宜的安裝手段而裝 設到拉鏈帶4上。並且，於無線IC晶片2 0中，圖中未顯 示出之天線是可與無線I C晶片2 0 —體形成。 如弟2圖所不之無線1C晶片20，係與第47圖所示之 外部讀取裝置2 4之間實施信號之收發信的天線一起，沿 著被設置體2 5之縫合線2 6而縫合於拉鏈I，配置成肉眼 無法察覺之狀態。 藉此，可以利用來自讀取裝置的發信信號將儲存於無 線IC晶片2 0的數據資料讀出，因此，無線I匚晶片2 0， 在拉鏈1單獨使用時’可作爲拉鏈〗之商品管理或真僞判 定用等識別裝置的功能。並且，該拉鏈】被設置於手提袋 或衣服等之被設置體2 5時，可作爲原創製品之被設置體 25的真僞判定用或商品管理之識別裝置的功能。並且，因 ‘32 ‘ 200529776 (29) 應需要，可以藉由來自讀取裝置的發信信號而將儲存於無 線I C晶片2 0的數據或程式加以修正、更正等。 弟1 Η所威不者’於無線IC晶片2 0並未具有使無線 1 c晶片2 0動作的電源，其可利用來自讀取裝置的發信信 號而由圖中並未顯示出的天線產生啓動電力，來讓無線j c 晶片2 0動作。 第3圖所顯示之拉鏈1中作爲拉鏈帶4者，例如是在 合成樹脂纖維所織成或編成的纖維帶狀基布上，以導電性 纖維材料1 2作爲織紗或編紗而加以織成或編成者。其他 構成上由於與第1圖中之構成相同，故使用與第1圖同樣 的符號以取代其說明。 第3圖中之導電性纖維材料1 2，如第〗9〜2 I圖所示 ’導電性纖維材料1 2係作爲織紗或編紗，可在織成或編 成拉鏈帶4基布的同時被織成或編成。導電性纖維材料】2 可被用來作爲安裝在被設置體25上但圖中未顯示出之感 測器等與無線IC晶片2 0相連結用的信號線，或者亦可用 來作爲無線IC晶片2 0之天線。在第1 9〜2 1圖中，爲了 谷易了解’因而將織網目、編網目以較誇張的放大狀態來 顯示。 取代第3圖中之導電性纖維材料]2，也可以使用如第 2 2〜2 4圖所示之金屬薄板、導電性樹脂等所構成的導電材 料1 3，以採用貼附、黏著、熔接、與帶體3 3 & 一體成型等 之各種安裝手段而裝設到拉鏈帶4之面。又，第2 2圖是 藏不以導亀性塗料來印刷之例子；第2 3圖是顯示導電材 -33- 200529776 (30) 料1 3的貼附、黏著、熔接的例子。第2 4圖中，雖然是顯 示軌狀扣合具3 3，若是欲使拉鏈帶4與軌狀扣合具3 3之 帶體3 3 a同樣地以樹脂—體成型來形成時，可做成與第2 4 圖中之帶體相同之構成。導電材料1 3安裝到拉鏈帶4時 ，只要可以確保導電材料1 3與無線IC晶片2 0之連接， 不論是拉鏈帶4之表面、背面，可以形成在其任一面上形 成。 以導電性纖維材料1 2或導電材料1 3作爲無線IC晶 片2 0之天線.之功能時，可形成爲一端連結到無線IC晶片 ’另一纟而作爲開放之一條天線電線，或者亦可形成一端分 別連結到無線1C晶片，同時個別之另一端作爲開放之二 條天線電線。並且，亦可將二條天線電線之上述另一端彼 此互相連結的天線或兩端連結到無線I c晶片、使中間部 形成爲圈狀之方式來配置形成天線電線。 本發明中，導電性纖維材料1 2之一個形態也包含有 可撓軟性電線等之金屬線。 使用導電性纖維材料】2作爲連結感測器等與無線ic 晶片連接之信號線時，可使用彼此不短路的2條導電性纖 維材料作爲信號線之功能。亦可使用導電性纖維材料j 2 與導電材料1 3之組合以形成天線電線或信號線。 無線IC晶片2 0，如第]圖所示，可安裝於一方之拉 鏈市4上，或者如第3圖所示，可安裝於二方之拉鏈帶4 上。 弟4圖係通不無線1C晶片2 0安裝於搭扣3 0的帶體 * 34 - 200529776 (31) 3 0 a上。在無線IC晶片2 0上一體地形成有未顯示於圖 之天線。如第4 ( b )圖所示，搭扣3 0之帶體3 0 a以縫 方式而被設置到被設置體25上之時，可使無線ic晶片 之安裝狀態做成肉眼從外部無法察覺的狀態。 無線IC晶片2 0於帶體3 0 a之安裝，可採用貼附、 著、熔接、或搭扣成形時一體成型地安裝等適宜的安裝 段。並且’天線，是可與無線IC晶片2 0 —體地形成， 者亦可在搭扣3 0之帶體3 0 a上使用導電體或導電性樹 等而形成。 第5圖是顯7F使用搭扣的束帶。束帶是由長條帶狀 搭扣3 0與短條帶狀的搭扣所構成，搭扣3 0的一端是被 定在搭扣3 0於長條方向的中間位置。於搭扣3 0的兩端 有能夠卡合脫卸的多數公或母卡合元件爲立起的卡合部 利用雙方卡合部的卡合，可以使束帶作成環狀。又，搭 3 0與搭扣3 0a的對向面亦設有能夠卡合與脫卸之多數公 母卡合元件呈立起的卡合面。 藉由將無線IC晶片2 0以配置於搭扣3 0之卡合面 間之方式來安裝於搭扣。於無線IC晶片2 0 —體地形成 圖中未顯示之天線。此時，當開啓挾持無線IC晶片2 0 搭扣時，可使無線IC晶片2 0相對於搭扣3 0爲裝卸自 形態。藉此，只要從搭扣3 0將無線IC晶片2 0取下， 使讀取裝置之讀取成爲無法實施之狀態，因此可防止對 線Ϊ C晶片2 0之不當存取。 又，在搭扣3 0的卡合面固定無線IC晶片2 0 ’錯由 中 合 20 黏 手 或 脂 的 固 設 ? 扣 或 之 有 的 如 可 4πχ Μ 在 -35- 200529776 (32) 能夠被覆無線I C晶片2 0的搭扣3 0 a設置遮蔽材，當在搭 扣3 0 a沒有將無線I c晶片2 0予以被覆時，無線IC晶片 2 0與外部的讀取裝置能夠互相通信進行信號接收；當搭扣 30a將無線1C晶片20或是將該無線1C晶片20的天線21 予以被覆時，使遮蔽材可以禁止無線IC晶片2 0與讀取裝 置間的信號接收。 藉由使無線IC晶片2 0從搭扣3 0上可以自由地裝卸 ’當設置有無線1C晶片20的被設置體25在要洗滌之際 ’可以將無線IC晶片2 0從搭扣3 0上卸除後之狀態下來 進行洗滌。又’當在有需要保護個人隱私時，也可以容易 地將無線I C晶片從搭扣上卸除。 第6 ( a )圖係將無線I c晶片2 0安裝於按釦帶3 1之 帶體3 2 a上之例。無線！ c晶片2 〇上一體地形成有圖中未 顯示之天線。如第6 ( b )圖所示，利用縫合、黏著、熔接 等將按釦帶3 1之帶體3 2 a設置於被設置體2 5，可以使無 線I C晶片2 0之安裝狀態做成從外部無法由肉眼察覺出之 狀態。無線IC晶片2 0朝帶體3 2 a之安裝可採用貼附、黏 著、熔接、在帶體32a之成形時一體成型而安裝等適宜的 安裝手段。 根據圖示例之按釦帶，是由：例如織成或編成所得到 之纖維帶狀基布上，夾介以一預定間隔沿著基布中央之長 邊方向穿設的複數之安裝孔，將公按釦3 2 b —體成型在其 表背面上而獲得的公卡合構件，以及夾介對方之纖維帶狀 基布的安裝孔將多數個雌按釦3 2c予以一體成型在其表背 -36 - 200529776 (33) 面而獲得的雌卡合構件所構成。 第7 ( a )圖係在具有卡合條片3 3 b的軌狀扣合具3 3 之帶體3 3 a上安裝無線IC晶片2 0之例。於無線丨c晶片 2 〇，係一體地形成有未顯示於圖中之天線。如第7 ( b )圖 所示，利用縫合、黏著、熔接等將軌狀扣合具3 3之帶體 3 3 a設置於被設置體2 5，可以使無線I c晶片2 0之安裝狀 態做成從外部無法由肉眼察覺出之狀態。無線1C晶片20 朝帶體3 3 a之安裝可採用貼附、黏著、熔接、在帶體3 3 a 之成形時一體成型而安裝等適宜的安裝手段。 第8〜1 8圖係顯示本發明之代表性的第2實施形態之 圖式’是採用拉鏈】來作爲扣合具者。除了無線IC晶片 2 〇係配置於拉鏈帶4之開離嵌插具1 5附近之構成之外， 基本上具備與上述第1實施形態中之拉鏈I相同的構成。 因此，藉由使用第1實施形態中所使用的相同符號而省略 該構件之說明。 無線1C晶片20，係利用黏著、貼附、熔接等手段， 被安裝在位於拉鏈帶4下端部且夾介接著層所熔接之補強 帶8內或是補強帶8上面。並且，導電性纖維材料1 2可 在織成或編成拉鏈帶4之同時，以織成或編成之方式來被 安裝使用。 亦可使用導電材料1 3來取代導電性纖維材料1 2，如 在上述第1實施形態中所說明之方式來安裝在拉鏈帶4上 〇 以導電性纖維材料1 2或導電材料]3作爲無線I C晶 -37- 200529776 (34) 片2 0之天線電線2 1或信號線2 3之功能時，可形成爲一 5而連結到無線I C晶片2 0，另一端作爲開放之一條天線電 線2 1或信號線2 3。亦可形成一端分別連結到無線I C晶片 ，同時個別之另一端作爲開放之二條天線電線2 1或信號 線2 3。又，亦可配置成將上述二條天線電線2 ]之另一端 彼此互相連結，一端分別連結到無線IC晶片，將兩端連 結於無線IC晶片的天線電線之中間部形成環狀，因而形 成環狀的天線電線。 本發明中，導電性纖維材料1 2之一個形態也包含有 可撓軟性電線等之金屬線。 第9圖係顯示以構成拉鏈元件1 4及/或芯線之至少 一條導電性纖維材料1 2來作爲無線1C晶片20的天線功 能的例示。如第2 6、2 7圖所示，把構成拉鏈元件1 4之導 電性樹脂單絲予以折曲形成線圈狀、鋸齒狀，藉由以信號 線2 3將拉鏈元件1 4之一端與無線IC晶片2 0連接，而可 以讓拉鏈元件I 4具有天線之功能。 或者，如第2 5 ( a )圖所示，在構成芯線I 1纖維的一 部分上配置以導電性纖維材料]2，因而可讓該導電性纖維 材料I 2具備天線的功能。再者，將構成拉鏈元件1 4之導 電性樹脂單絲予以折曲形成線圈狀，而具有天線的功能， 同時構成芯線〗1之纖維之至少一部分利用配置導電性纖 維材料1 2，可以讓芯線Π具有在導電性樹脂單絲中作爲 磁芯構件之功能。 亦可使拉鏈元件]4之另一端與第8圖所示之導電性 -38- 200529776 (35) 纖維材料]2的另一端連接，而具有作爲環狀天線的功能 。信號線23可使用導電性纖維材料等之導電性線狀材料 ’其可在織成或編成拉鏈帶4之同時被形成。或者，可使 用導電性材料構成對拉鏈元件1 4作電氣性連接之蝶棒9 或箱棒1 〇，信號線2 3亦可以電氣性連接到該蝶棒9或箱 棒10。 第10圖係顯示在一對拉鏈帶4分別安裝有無線1C晶 片2 0及天線2 1之例，無線I c晶片2 0及天線2 1被安裝 到位於下止部6之附近的拉鏈帶4上，以補強帶8被覆之 狀態。可以使2個無線1C晶片20上可分別具有不同數據 或不同的控制功能。無線IC晶片2 0亦可使用黏著等適宜 手段而安裝，以取代以補強帶8實施被覆。 並且，可將一方之無線1C晶片構成具有電源電池之 主動式，另一方之無線1C晶片則可構成不具有電源電池 之被動式。此時，可讓雙方之無線1C晶片同步化，或考 僅選擇性地使一方之無線I C晶片動作。利用主動式之無 線I C晶片使電池壽命一直到用盡爲止均可使電波從無線 1C晶片穩定地於一預定範圍內進行發信，而在電池的壽命 終了之後，則利用被動式的無線IC晶片因應來自於讀取 裝置側的信號來維持發信功能。 第1 1、] 2圖係顯示第9圖之例中設置有無線IC晶片 20用之電源電池22之例。電源電池22及無線1C晶片2〇 係以信號線2 3做電氣性連接，使電源電池2 2之電流與電 壓可供給到無線IC晶片2 0。電源電池2 2、信號線2 3及 -39 - 200529776 (36) 無線IC晶片2 〇係以補強帶8被覆，同時可夾介補強帶8 而安裝到拉鏈帶4上。並且，電源電池22或無，線1C晶片 20也可以被安裝到補強帶8上。 尤其疋’藉由電源電池2 2可以裝卸自如地安裝到補 強帶8上’並讓電源電池2 2具有開關功能時，利用將電 源電池22按壓等進行使開關機構動作之操作，可以僅在 必要時才使無線1C晶片20動作。 作爲電源電池22，可以將其收容配置在具備開關功能 的外殻等內部’將該外殼以安裝在補強帶8上之方式來構 成。因此，在本發明中，電源電池2 2在用語意義上，係 包含：僅使用電池之情形、或是使用可自由裝卸地收容在 附有開關的外殼或是沒有開關功能的外殼等附帶外殼之情 形。 並且，第1 1圖中，由於可以藉由被設置體2 5使無線 晶片20受被覆之故，因而即使將無線ic晶片20安裝 於補強帶上之情形時、或是安裝於補強帶8與拉鏈帶4間 之情形時，可以經常地保持受被設置體2 5所被覆的狀態 〇 第1 3圖係顯示將無線1C晶片20及天線2 1安裝於一 對之拉鏈帶4中的一方，而將電源電池22安裝於另一方 之例。電源電池22及無線1C晶片20夾介開離嵌插具1 5 而做電氣性連接。構成開離嵌插具】5之陽構件與陰構件 之間形成有電氣性連接端子，如第1 4 ( a )圖所示，由於 該陽構件與陰構件之間嵌合而互相卡合，使該電氣性連接 -40- 200529776 (37) 端子彼此接觸而形成電氣性連接狀態，如第M ( b )圖所 示’該陽構件與陰構件之卡合被解除而使兩者分離，因而 電氣性連接被切斷。 藉此，在構成開離嵌插具]5之陽構件與陰構件上可 成爲具有開關機構之方式。又，亦可以藉由使電源電池22 具有開關功能’利用按壓電源電池2 2等操作來讓開關機 構動作’得以議無線I C晶片2 0只有在必要時動作。 並且，第1 3、1 4圖所顯示之例中，雖然已說明天線 2 1與無線IC晶片2 0 —起被構成之例，但是天線2 1不一 定需要與無線i C晶片2 0 —起被構成，其可爲形成於拉鏈 帶4或導電性之拉鏈元件、或是具有導電性纖維材料之芯 線等。 第1 5圖〜第1 8圖係說明無線I c晶片2 0被構成可對 拉鏈帶4可自由裝卸之例。第1 5圖中係顯示，電源電池 2 2與卡合部2 7 b做電氣性連接地安裝於補強帶8上，配合 卡合部2 7 b及作爲天線功能的拉鏈元件】4或芯線1 1以信 號線2 3 —起做電氣性連接之例。當無線IC晶片2 〇之卡 合部27a與安裝於補強帶8上之卡合部27b卡合時，可形 成帶有電源電池之無線IC晶片。 第]6圖係顯示天線2 1形成於被設置體2 5內之例。 在此情形中，可以將電源電池安裝於補強帶8上，也可以 使天線2 1形成爲環圈狀而產生啓動電力之構成。 第1 7圖係顯示在一對拉鏈帶4分別具有可自由裝卸 之無線]C晶片2 0及天線2 ]的搆成例。並且，於第]8圖 -41 - 200529776 (38) 係顯不無線1C晶片20與安裝在補強帶8上之卡合部27b 可以自由裝卸之例。其係顯示卡合部2 7 b經由信號線2 3 與具有導電性之拉鏈元件14或具有導電性纖維材料之芯 線1 1內的導電性纖維材料做電氣性連接之例。 第25 ( b ) 、 （ c )圖中係顯示將無線IC晶片2〇內藏 於鍵齒元件7內’配設於芯線1丨內之導電性纖維材料1 2 與無線IC晶片2 0做電氣性連接之例。可以以芯線丨〗內 之導電性纖維材料1 2被利用作爲天線，將需要個數之無 · 線Ϊ C晶片2 0安裝於任意之元件7內。無線I c晶片2 0朝 兀件7內之安裝可以在元件7成型時一起被組入。 又’無線IC晶片可以安裝於各種扣合具之固定手段 ’例如爲按扣扣合具時，可以將無線IC晶片安裝在公卡 合構件或母卡合構件的內部。 亦可將芯線1 ]內之導電性纖維材料1 2與配設於拉鏈 帶上之導電性纖維材料、導電性材料連接成環圈狀來構成 天線。 第2 8圖係顯示將無線1C晶片內藏於上止部5之例， 並且第29圖係顯示將無線1C晶片內藏於下止部6之例。 這些例子中，作爲天線者，可以與無線IC晶片2 0 —體地 形成，或者利用導電性之拉鏈元件、或是利用具有導電性 纖維材料之芯線等。又，在圖示之例中’雖然是顯示將無 線1C晶片內藏於上下止部5、6之例，但作爲識別媒體， 也可以使用將稀土族元素混入於樹脂中之樹脂基因組（ P 1 a g e η 〇 m (註冊商標））。 -42- 200529776 (39) 第3 0圖係顯示在下止部6上形成有可使無線ic晶片 2 0裝卸自如地嵌入的孔部6 a之例。無線IC晶片2 0之天 線係可以與無線IC晶片2 0 —體形成，或者是利用導電性 之拉鏈元件、或是具有導電性纖維材料之芯線等。利用使 無線1C晶片20由孔部6a裝卸，可以形成在不欲與讀取 裝置間進行通信時，於任何時候皆可將無線1C晶片20從 孔部6 a中取出之方式。 第3 1圖係顯示在滑件2上形成有可以使無線ic晶片 20自由裝卸地嵌入之孔部2a之例。無線1C晶片20之天 線可在無線1C晶片20 —體形成之時被形成。利用使無線 IC晶片2 0由孔部2 a裝卸，可以形成在不欲與讀取裝置間 進行通信時’於任何時候皆可將無線1C晶片20從孔部2a 中取出之方式。 第32圖’是顯示將接觸式1C晶片20安裝在能夠裝 卸自如地裝設於拉柄3的裝飾體]9之例。接觸式IC晶片 2 0係配設於裝飾體1 9的內部，其一部份由形成在裝飾體 ]9表面的開口露出。利用從開口部讓讀/寫機接觸到j c 晶片而可以互相通信’因此可以進行資料的讀出與寫入。 裝飾體〗9係可使拉柄3插入嵌合於其內部。 又，第3 3圖係顯示將具有天線之無線I c晶片2 0安 裝在可自由地裝卸於拉柄3之裝飾體1 9上之例。無線j c 晶片2 0是配設在裝飾體1 9的內部，其全周圍受到被覆。 裝飾體]9係具有卡合頭部，可以以按扣方式卡合於形成 在拉柄的卡合孔部。 - 43 - 200529776 (40) 裝飾體1 9可構成爲插入嵌合於拉柄3，亦可卡合於按 釦。 第3 4圖、第3 5圖係顯示出相對於滑件2，使無線j c 晶片2 0、天線2 1內藏於裝卸自如的拉柄3之例。由於拉 柄3對滑件爲可自由地裝卸之故，若不欲與讀取裝置之間 實施收發信的話，於任何時候均可將拉柄3從滑件2卸下 ，因而可防止對無線IC晶片2 0之不當存取等。又，取代 將無線IC晶片2 0、天線21內藏於上述拉柄3，以形成添 加有讓稀土類元素混入於樹脂中之所謂樹脂基因組（ Plagenom )之樹脂形成體，以其作爲識別媒體裝著於拉柄 3之一部份而形成亦可。 第3 6圖係在帶扣3 6收容具有天線的無線Ic晶片者 ’是在形成於陽構件36a的收容部36c，於嵌合狀態下收 容具有天線的無線1C晶片，可以藉由利用一字型螺絲起 子等而將無線1C晶片20從收容部3 6c中取出。亦可因應 需要而使用黏著劑等將無線IC晶片2〇內藏於收容部3心 中。第36 ( b)圖係顯示陽構件36a與陰構件36b在卡合 後之狀態，由同一圖中可知，陽構件36a與陰構件36b在 卡口後之狀悲下’可防止無線I c晶片2 〇露出到外部。 第J 7 ( a ) 、（ b )圖係顯示將接觸式IC晶片安裝於 背帶調整具37之例。在背帶調整具37上形成之孔部37a 的內周面上形成有凹部，利用在接觸式Ic晶片的外周部 上所形成的凸部與上述凹部卡合，而能夠裝卸地安裝接觸 式]C晶片。 - 44 - 200529776 (41) 作爲識別媒體’係亦可以使用如已述之將稀土類兀素 混入於樹脂中之樹脂基因組（Plagenom (註冊商標）)。 利用照射紫外線來產生頻譜，用以檢測出對應於稀土類元 素之種類或添加量等所產生的特定波長的周波數來作爲資 訊。第3 8圖係顯示在旋轉扣環3 8安裝有添加了上述樹脂 基因組（Plagenom)之樹脂形成體來作爲識別媒體2〇之 例。可以將識別媒體2 0裝卸地嵌入於形成在旋轉扣環3 8 的孔部3 8 a。符號3 5係長度可自由調整地被安裝之背帶。 第39圖係顯示在止索具39上安裝無線1C晶片20之 例。可螺合於止索具3 9本體的蓋3 9 b與止索具3 9本體間 形成有空間部，於該空間部可收容具有天線之無線I C晶 片2 0。藉由把蓋3 9 b從止索具3 9本體卸除，可將無線I c 晶片2 0取出。 並且，如第40圖、第41圖所示，在止索具39本體 的外周面形成有具有電氣性接觸片的搭扣3 〇，利用將安裝 於被設置體25的感測器28及信號線29與安裝在該被設 置體2 5之搭扣3 0上所形成的電氣性接觸片、以及與上述 止索具3 9的電氣性接觸片做電氣性連接，可以將在感測 器2 8處所檢測出的數據儲存到無線I c晶片2 0中。並且 也可以將儲存後之該數據發信到讀取裝置。 作爲感測器2 8 ’當使用計測心跳次數的感測器時，例 如可使用在用來計測慢跑時之心跳次數等廣泛用途上。符 號3 9 a係長度可自由調整地被安裝之芯繩。 第4 2圖，係顯示由被固定於被設置體2 5的陽按扣 -45- 200529776 (42) 4 〇 b與陰按扣4 0 a所形成的按釦4 〇中內藏具有天線印 1C晶片之例。利用裝卸在陽按扣40b或陰按扣40a戶J 的蓋40c，而可使無線π晶片20內藏於按釦40中。 使用蓋4 0 c ’當無須使用時，可預先將無線I c晶片 按釦4 0中取出，以防止對無線I c晶片的不當存取。 第43圖〜第46圖，係顯示利用遮蔽材45能契 線1C晶片20及天線2 1予以遮蔽之例。作爲遮蔽材 ，可使用含有金屬板、金屬網、或磁性材料之樹脂板 具備有遮蔽材4 5的構件，爲可以裝卸自如地安裝於J ，或者是安裝於被設置體25上。要將具備遮蔽材45 件以自由裝卸地安裝於拉鏈1或被設置體25之構成 可以使用搭扣3 0或按釦4 〇等之可裝卸的扣合具來實 如第4 3圖所示，利用卡合搭扣3 0，使遮蔽材4 5 於無線1C晶片20，因而可以將來自於無線1C晶片 發信或是來自讀取裝置的信號接收予以遮蔽。 如第4 4圖所示，當使天線形成於拉鏈元件1 4等 邊方向時，必須以遮蔽材4 5被覆於天線全域。並且 第4 5圖所示，在遮蔽材4 5的前面側形成天線2 1 ,藉 具備遮蔽材4 5的被設置體2 5將拉鏈1覆蓋，可以同 拉鏈1及天線2 1予以遮蔽及被覆。 第4 7圖〜第4 9圖係顯示將本發明之扣合具設置 服之被設置體25之例。在被設置體25上預先安裝天 或各種感測器2 8、信號線2 9，例如將作爲扣合具之右 設置於被設置體2 5時，以設置於拉鏈]之導電性纖 3無線 〒設置 藉由 20從 ί將無 45者 [等。 Ϊ鏈1 的構 :，係 施。 被覆 20的 之長 ，如 由以 時將 於衣 線21 t鏈] 維材 -46- 200529776 (43) 料或導電材作爲信號線來使用，藉由將上述信號線29連 接到由上述導電性纖維材料或導電材所形成的信號線，可 以把感測器2 8之檢測値儲存到安裝於拉鏈1上之圖中未 顯示的無線IC晶片中。 藉由配置於外部之讀取裝置2 4及無線IC晶片之間進 行信號的收發信時，將儲存於無線IC晶片之從上述感測 器2 8之檢測値發信到讀取裝置2 4。並且，藉由使用設置 於上述拉鏈1之導電性纖維材料或導電材作爲收發信天線 ，即使讀取裝置24與無線1C晶片之間的距離離的較開時 ，亦可使用該收發信天線來進行信號的收發信。 在拉鏈1上具備有電源電池時，可依照儲存於無線i c 晶片之程式、例如可以在每隔一預定時間等就從無線1C 晶片將各種數據資料朝向讀取裝置發信。安裝於扣合具的 無線IC晶片係同時擁有具有電源電池（主動式），以及 不具有電源電池（被動式）雙方之功能，依電源電力使其 至少數年具備備存電力啓動功能，使得在製造或販賣階段 中來自於無線I C晶片的電波於預定範圍內可以在穩定狀 態下由讀取裝置收信，而在電源壽命終了後，使其可維持 因應來自於讀取裝置側的信號而發信之功能。 並且，將主動式無線IC晶片及被動式無線IC晶片安 裝在扣合具上，使雙方之無線1C晶片同步化，或者僅使 其中一方的無線Ϊ c晶片選擇性地動作。藉此，利用主動 式無線IC晶片一直到電池壽命用盡爲止，可使來自於無 線IC晶片於預定範圍內將電波穩定地發信，而在電池壽 -47- 200529776 (44) 命終了後’利用被動式無線I C晶片，可以維持因應來自 於讀取裝置側之信號而發信之功能。 如第49圖所示，是在被設置體25上安裝太陽電池46 ’其可作爲安裝於被設置體2 5上之各種感測器或安裝於 拉鏈1之無線IC晶片的電源電池。 將識別標籤使用在以醫療用衣服爲識別對象物之情況 等的時候’可以在醫療用衣服的布料上裝設所需數量之感 測益。作爲感測器者’可使用經常保持監視病患之心跳次 數、呼吸、血壓、體溫、腦波等的感測器，或是檢測出現 在所在位置的位置感測器等之各種感測器。作爲被設置體 2 5者，並不限於衣服，以具備無線ic晶片之扣合具亦可 安裝在帽子等之上。 安裝有本發明之無線IC晶片的扣合具，可以在被設 置體之不顯眼的部位將無線I C晶片等完全地覆蓋，因而 可以將無線I C晶片之存在製作成不容易被辨識之狀態。 並且，亦可以將無線IC晶片等配置在無法簡單地從被設 置物卸除的部位上。 藉此’以儲存機密號碼等作爲儲存於無線IC晶片的 數據資料，可充分地保證商品對於遺失對策、遭竊對策、 僞造對策的信賴性。並且’藉由將各種商品資訊等儲存在 無線Ϊ C晶片之記憶體’可以合理地進行從商品的生產到 物流、販賣等之所有的商品管理。並且，由於無線1C晶 片可裝卸自如地安裝於扣合具，所以在必要時可預先將無 線I C晶片從扣合具上卸除。 -48 - 200529776 (45) 又’本發明並不僅限定在上述實施形態而已，熟於此 技術者從這些實施形態可以容易地進行變更之技術範圍當 然也包括在內。 【圖式簡單說明】 第1圖係顯不第1貫施形態之無線IC晶片的配置位 置之圖。 第2圖係第1圖中之縱剖面圖。 第3圖係顯示無線i C晶片及天線或信號線的配置位 置之圖。 第4圖係顯示無線Ϊ C晶片安裝在搭扣之例的圖。 第5圖係顯示無線IC晶片安裝在搭扣之變形例的圖 〇 第6圖係顯示無線1C晶片安裝在按釦帶之例的圖。 第7圖係顯示無線1C晶片安裝在軌狀扣合具之例的 圖。 第8圖係顯示第2實施形態之無線IC晶片配置於下 止部附近之例的圖。 第9圖係顯示第2實施形態之變形例的圖。 第1 0圖係顯示第2實施形態之另一變形例的圖。 第1]圖係顯示在第2實施形態中安裝有電源電池之 例的圖。 第]2圖係顯示在第2實施形態中安裝有電源電池之 變形例的圖。 -49 - 200529776 (46) 第1 3圖係顯示在第2實施形態中安裝有電源電池之 另一變形例的圖。 第1 4圖係第1 3圖之開關機構之說明圖。 第1 5圖係顯不無線I C晶片裝卸自如地安裝之例的圖 〇 弟1 6圖係藏不無線i C日日片裝卸自如地安裝之變化例 的圖。 第1 7圖係顯示無線IC晶片裝卸自如地安裝之另一變 形例的圖。 第1 8圖係顯不無線I C晶片裝卸自如地安裝之宜他變 形例的圖。 第1 9圖係顯示使用導電性纖維材料作爲織紗之例的 圖。 第20圖係顯不使用導電性纖維材料作爲織紗之變形 例的圖。 第2 1圖係顯不使用導電性纖維材料作爲編紗之例的 圖。 桌22圖係顯不導電材安裝在拉鏈帶上之例的圖。 弟 2 ：> Η係威不導電材女裝在拉鍵帶上之變形例的圖 〇 第2 4圖係顯示導電材埋入在拉鏈帶上之例的圖。 第2 5圖係顯示將無線IC晶片設置在元件上，將導電 性纖維材料設置在芯線上之例的圖。 第2 6圖係顯示具有天線功能的拉鏈元件爲環圈狀之 -50- 200529776 (47) 局部放大圖。 第 2 7圖係顯示具有天線功能的拉鏈元件爲鋸齒狀之 局部放大圖。 第2 8圖係顯示將無線I C晶片安裝在上止部之例的圖 〇 第2 9圖係顯示將無線IC晶片安裝在下止部之例的圖 〇 第3 0圖係顯示將無線1C晶片安裝在下止部之變形例 的圖。 第3 1圖係顯示將無線1C晶片安裝在滑件之例的圖。 第3 2圖係顯示將無線1C晶片安裝在裝飾構件之例的 圖。 第3 3圖係顯示將無線I C晶片安裝在裝飾構件之變形 例的圖。 第3 4圖係顯示將無線I C晶片安裝在裝卸式拉柄之例 的圖。 第3 5圖係顯示將無線I C晶片安裝在裝卸式拉柄之例 的圖。 第3 6圖係顯示將無線1C晶片安裝在帶扣之例的圖。 第3 7圖係顯示將接觸式I C晶片安裝在背帶調整具之 例的圖。 第38圖係顯示將樹脂基因組（Plagenom (註冊商標 ))安裝在旋轉扣環之例的圖。 第3 9圖係顯示將無線I C晶片安裝在止索具之例的圖 -51 - 200529776 (48) 第40圖係顯示將無線1C晶片安裝在止索具之變形例 的圖。 第4〗圖係顯示止索具與被設置體的關係之圖。 第42圖係顯示將無線1C晶片安裝在按釦之例的圖。 第43圖係顯示配置有遮蔽材之例的圖。 第44圖係顯示配置有遮蔽材之變形例的圖。 第45圖係顯示配置有遮蔽材之另一變形例的圖。 第46圖係顯示配置有遮蔽材之其他變形例的圖。 第47圖係顯示在被設置體上設置有具備無線1C晶片 之拉鏈之例的圖。 第4 8圖係顯示在被設置體上設置有具備無線I C晶片 之拉鏈之變形例的圖。 第49圖係顯示在被設置體上設置有具備無線1C晶片 之拉鏈之另一變形例的圖。 第5 0圖係顯示在被設置體上設置有具備無線I C晶片 之拉鏈之其他變形例的圖。 第5 1圖係顯示習知例之圖。 第5 2圖係顯示另一習知例之圖。 第5 3圖係第5 2圖之剖面圖。 【主要元件符號說明】 ] 拉鏈 2 拉鏈元件 -52 - 200529776 (49) 2a 孔部 3 拉柄 4 拉鏈帶 5 上止咅β 6 下止部 6 a 孔部 7 拉鏈元件 8 補強帶 9 蝶棒 10 箱棒 11 芯線 12 導電性纖維材料 13 導電材 15 開離嵌插具 2 0 識別媒體（如無線IC晶片、接觸式IC晶片 、及其他形式等等） 2 1 天線 22 電源電池 23 信號線 24 讀取裝置 25 被設置體 2 6 縫合線 27a,27b 卡合部 2 8 感測器 -53- 200529776 (50) 29 信號線 30 搭扣 3 1 按釦 32a 按釦帶之帶體 3 2b 陽按金口 3 3 軌狀扣合具 33a 軌狀扣合具之帶體 35 背帶 36 帶扣 3 6a 陽構件 3 6b 陰構件 3 6c 收容咅β 3 7 背帶調整具 3 8 旋轉扣環 3 8a 孔部 3 9 止索具 3 9a 芯線 3 9b 芸 JDXL 40 按釦 40a 陰按釦 40b 陽按i口 40c 蓋 45 遮蔽材 46 太陽電池 -54_ 200529776 (51) 5 1 拉 52 埋 53 線 54 1C 55 玻 56 收 6 1 縫 62 鈕 64 環 65 螺 66 並 j\\\ 本體 孔 天線 丨片 管 信用狹縫 腳 本體 凹處 狀線圈天線 I C晶片 -55-D is placed on the fastening device of the installation object, and the wireless IC chip _ R is used to receive the signal. Therefore, the authenticity of the installation object can be judged or difficult. Commodity management, etc. In addition, since the subject has a husband and a god ^ 丨, | 日 Π / 由-Ⅹ 线 ', even if the distance from the reading device is relatively large, the f? Ft stomach can be received. Therefore, for example, a person wearing a device with a sphygmomanometer sensor can set the measurement sphygmomanometer in advance on the wire IC chip according to S & None when the mother Ife ~ fixed time or when abnormal blood pressure is displayed. The detection conditions are used to order the blood pressure measurement, and the measured results are stored in the memory of the wireless 1C chip in advance. In addition, the connection system between various sensors and the wireless 1C chip is implemented by the 5 tiger wire, and the memorized detection results can be transmitted to the reading device via the antenna according to the preset conditions. Also, since the wireless IC chip can be mounted on clothes, etc. by only attaching the fastener, for example, when washing clothes, the washing machine can automatically instruct the washing method. In addition, if a temperature sensor is installed on the clothes in advance, it can detect the body temperature of the person wearing the clothes, and send the measured body temperature from the wireless 1C chip to the air conditioner to automatically adjust the temperature. Or ‘install a position sensor on the clothes of a demented homeless patient in advance, and you can immediately monitor the current position of the demented homeless person. In this way, when a fastener having a wireless IC chip and an antenna is mounted on the object, detection signals from various sensors mounted on the object can be taken out in various ways and used effectively. -28- 200529776 (25) Regarding the 1st 3rd basic structure of the present invention, as a fastener equipped with a wireless IC chip, a zipper, a buckle, a snap belt, a rail-shaped buckle, a buckle, and a stopper can be used. Rigging, rotating buckle, snap fishing, strap adjustment and other buckles. In the present invention, since a shielding material for shielding the wireless 1C chip is provided on the object, the shielding material can be made into a size that can also cover the size of the wireless IC chip or antenna. The shielding material can be formed using a metal plate, a metal mesh, a resin containing a conductive material, or the like. The shielding material can prohibit the transmission and reception of the antenna, and thus the security of the wireless 1C chip can be maintained. And, if necessary, a shielding material can be used to cover the wireless 1C chip or antenna, so that it can not send out the current location, so personal privacy can be protected. According to the fourteenth basic structure of the present invention, since the identification medium is detachably mounted on the fastener, it is possible to easily prevent improper access, or to easily replace the identification medium storing the required data and the like. Thereby, the confidentiality and security of the identification medium can be improved, and the tampering data and the like can be prevented from being transplanted and stored in the identification medium by the reading device. And, for example, a button of a wireless 1C chip or a contact 1C chip is installed. When the clamp and the object are to be washed together, by removing the IC chip from the clamp in advance, it is possible to prevent damage to the 1C wafer during washing. In the case where the 1C chip is built in the buckle, the components of the buckle with the built-in wireless Ϊ C chip are made of esters and polyacetals (p 〇yacetaj) having electromagnetic permeability. Polyethylene terephthalate-29-200529776 (26) (PETP) and other low-permeability members, such as nylon, are polymerized to form resins. [Embodiment] The following is a detailed description of a preferred embodiment of the present invention based on the drawings. As fasteners in the present invention, they include, for example, handbags, sportswear, and other various types of fastenings, such as zippers, buckles, straps with straps, rail-like fasteners, Buckles, rigging, strap adjustment, rotating buckles, snaps and other fasteners. In the following embodiments, although the above-mentioned fastening device is described with an arrangement configuration of an identification tag including a wireless IC chip and an antenna, or an antenna structure with an identification tag as a main feature, the present invention is not It is not limited to the above identification media of wireless IC chips and antennas, for example, it is also possible to use an additive having identification means as described above, an identification information holder containing the addition, and a secret information embedded with the same identification means. Recognition media such as text or graphics. As a form of the curved shape of the identification tag to which the present invention is applied, a wireless IC chip and an antenna having a memory of billions of digits storing data such as identification information of an identification object are electrically connected to each other to form a response circuit. The response circuit is, for example, a detection circuit, a power supply circuit, a control circuit, a memory circuit, a modulation circuit, an oscillation circuit, etc. incorporated in a wireless 1C chip. Furthermore, the present invention includes a battery-less type identification tag that supplies electric power to each circuit by using electromagnetic induction from the outside, or a built-in type identification tag that uses a built-in battery as a power source. Therefore, as the above-mentioned power circuit of > 30-200529776 (27), it means the power circuit in the case where the power battery is arranged on the mounting side of the wireless IC chip, and the use of a signal from an external reading device When a signal is received by a loop antenna, a power supply circuit for activating power generated from the electromagnetic wave of the transmission signal through the loop antenna is used. The wireless 1C chip in the present invention is configured to use a signal source Take the transmission signal of the device, take out the data stored in the memory in the wireless 1C chip and send it to the reading device as a response signal, or use the transmission signal from the reading device to store it in the Rewriting or updating the data or programs in the memory in the wireless 1C chip, so that the control device in the wireless IC chip can automatically send the data stored in the memory to the reading device according to the program, etc. Various wireless IC chips for control. The structure of the wireless 1C chip in the present invention is not limited to the structure described above and the structure described below, but various changes can be made. Fig. 1 is a representative first embodiment of the present invention, and is a schematic perspective view showing the arrangement position of an identification tag provided with a wireless 1C chip and an antenna mounted on a zipper in a mode. Fig. 2 is a longitudinal sectional view of the same slide fastener. FIG. 3 is a schematic perspective view showing the arrangement positions of the wireless IC chip mounted on the same zipper and the antenna or signal line formed on the belt body of the fastener. In FIG. 1, the symbol 1 represents a zipper which is set on an object 25 such as clothes or a handbag by sewing. A plurality of sprocket elements 7 and a top stop 5 ′ are attached to the zipper tape 4. Insertion tool] 5, butterfly rod 9, -31-200529776 (28) box rod 10, slider 2, handle 3, reinforcement belt 8 and so on. As the fastener tape, for example, a fibrous tape-like base cloth, a non-woven cloth, a thin synthetic resin cloth, etc., which are woven or knitted by synthetic resin fibers, may be used. The zipper element is made of a synthetic resin monofilament and wound into a coil shape to form a coil-shaped sprocket element, or a U-shaped part that is folded in a horizontal direction in a horizontal direction in a plane to form a continuous interaction along the longitudinal direction. Consists of continuous elements such as zigzag sprocket elements. With this configuration, the thickness, material, and structure of the slider, the upper and lower stoppers, the reinforcing plate-like member, and the release insert can be changed in various ways. A wireless IC chip 20 is mounted on a portion near the edge portion of the zipper tape 4 which is provided and covered on the installation body 25. The wireless IC chip 20 can be mounted on the fastener tape 4 by a suitable mounting means such as attachment, adhesion, welding, or injection. Furthermore, in the wireless IC chip 20, an antenna not shown in the figure can be formed integrally with the wireless IC chip 20. The wireless 1C chip 20 shown in FIG. 2 is along the antenna for transmitting and receiving signals between the external reading device 24 shown in FIG. 47, along the suture line 2 6 of the object 25. It is sewn to the zipper I, and is arrange | positioned so that it may become invisible to the naked eye. In this way, the data signal stored in the wireless IC chip 20 can be read out using a signal from the reading device. Therefore, the wireless I 匚 chip 20 can be used as a zipper when it is used alone. Functions of identification devices such as for authenticity determination. In addition, when the zipper is installed on the object 25 of a handbag or clothes, it can function as an authenticating device for authenticating the object 25 of an original product or as an identification device for product management. In addition, since '32' 200529776 (29) is required, data or programs stored in the wireless IC chip 20 can be corrected and corrected by a signal from a reading device. Brother 1 ca n’t do anything in the wireless IC chip 2 0 does not have a power source for operating the wireless 1 c chip 2 0, which can be generated by an antenna not shown in the figure using a transmission signal from a reading device Turn on the power to make the wireless jc chip 20 operate. In the zipper 1 shown in FIG. 3, as the zipper tape 4, for example, a fiber-like base fabric woven or knitted by synthetic resin fibers is used, and the conductive fiber material 12 is woven or knitted. Or compiled. Since the other configurations are the same as those in the first figure, the same symbols as those in the first figure are used instead of the description. The conductive fiber material 1 2 in Figure 3, as shown in Figures 9 ~ 2 I. 'The conductive fiber material 1 2 is used as woven or knitted yarn, which can be woven or knitted into 4 base fabrics of zipper tape at the same time. Woven or knitted. Conductive fiber material] 2 It can be used as a signal line for connecting to the wireless IC chip 20, such as a sensor mounted on the object 25, but not shown, or it can be used as a wireless IC chip 2 0 antenna. In Figs. 19 to 21, for the sake of easy understanding by Gu Yi, weaving nets and knitting nets are displayed in an exaggerated enlarged state. Instead of the conductive fiber material in Figure 3] 2, you can also use a conductive material 1 3 made of a metal sheet, conductive resin, etc. as shown in Figures 2 to 24 to attach, adhere, and weld. It is mounted on the surface of the fastener tape 4 by various mounting means such as integral molding with the belt body 3 3 &. In addition, Figure 22 shows an example in which a conductive coating is not used for printing; Figure 23 shows an example in which the conductive material -33- 200529776 (30) is attached, adhered, and welded. Although the rail-shaped fastener 3 3 is shown in FIG. 24, if the zipper tape 4 and the belt body 3 3 a of the rail-shaped fastener 3 3 are formed in the same manner as the resin body, it can be done. The structure is the same as that of the belt in Fig. 24. When the conductive material 13 is attached to the zipper tape 4, as long as the connection between the conductive material 13 and the wireless IC chip 20 can be ensured, the surface and back of the zipper tape 4 can be formed on either side. Use conductive fiber material 12 or conductive material 1 3 as the antenna of wireless IC chip 20. In the function, it can be formed as one antenna wire connected to the wireless IC chip at one end, or as an open antenna wire, or one end can be connected to the wireless 1C chip, and the other end can be used as two open antenna wires. In addition, the antenna wires may be arranged such that the antennas at the other ends of the two antenna wires are connected to each other or both ends are connected to the wireless IC chip and the middle portion is formed in a loop shape. In the present invention, one form of the conductive fiber material 12 also includes a metal wire such as a flexible flexible electric wire. Use conductive fiber material] 2 As a signal line that connects sensors and wireless IC chips, you can use two conductive fiber materials that are not short-circuited with each other as the signal line. It is also possible to use a combination of conductive fiber material j 2 and conductive material 1 3 to form antenna wires or signal lines. The wireless IC chip 20 can be mounted on one of the chain chains 4 as shown in the figure, or can be mounted on the two zipper tapes 4 as shown in the third figure. The figure 4 shows that the wireless 1C chip 20 is mounted on the belt body 30 of the buckle * 34-200529776 (31) 3 0 a. An antenna (not shown) is integrally formed on the wireless IC chip 20. As shown in FIG. 4 (b), when the belt body 30a of the buckle 30 is set on the object 25 in a seam manner, the installation state of the wireless IC chip can be made invisible to the naked eye from the outside. status. The wireless IC chip 20 can be mounted on the strip body 30 a, and suitable mounting sections such as attaching, attaching, welding, or integrally mounting during the formation of a buckle can be used. Also, the 'antenna can be formed integrally with the wireless IC chip 20, or it can be formed by using a conductive body or a conductive tree on the belt body 30a of the buckle 30. Figure 5 shows the 7F using a buckle strap. The strap is composed of a long strip-shaped buckle 30 and a short strip-shaped buckle. One end of the buckle 30 is fixed at the middle position of the buckle 30 in the long direction. At both ends of the buckle 30, there are a plurality of male or female engaging elements that can be engaged and disengaged. The engaging portions are formed by using the engaging portions of the two engaging portions to form a loop. In addition, the opposing surface of the buckle 30 and the buckle 3 0a is also provided with an engagement surface where most of the male and female engagement elements can be engaged and disengaged. The wireless IC chip 20 is mounted on the fastener by being disposed between the engaging surfaces of the fastener 30. An antenna not shown in the figure is formed on the wireless IC chip 20 in bulk. At this time, when the buckle of the wireless IC chip 20 is turned on, the wireless IC chip 20 can be made to be attached to and detached from the buckle 30. With this, as long as the wireless IC chip 20 is removed from the buckle 30, the reading of the reading device becomes impossible, and therefore, improper access to the line C chip 20 can be prevented. Also, fix the wireless IC chip 2 0 on the engaging surface of the buckle 3 0 'Mistakenly fixed by the Zhonghe 20 stick or grease? The buckle or some may be 4πχ Μ in -35- 200529776 (32) can be covered A shielding material is provided for the buckle 3 0 a of the wireless IC chip 20. When the wireless IC chip 20 is not covered at the buckle 3 a, the wireless IC chip 20 and an external reading device can communicate with each other to perform signals. Receiving; when the buckle 30a covers the wireless 1C chip 20 or the antenna 21 of the wireless 1C chip 20, the shielding material can prohibit signal reception between the wireless IC chip 20 and the reading device. By allowing the wireless IC chip 20 to be freely attached and detached from the fastener 30, 'when the object 25 provided with the wireless 1C chip 20 is to be washed', the wireless IC chip 20 can be removed from the fastener 30. Wash after washing. Also, when there is a need to protect personal privacy, the wireless IC chip can also be easily removed from the buckle. Fig. 6 (a) is an example in which the wireless IC chip 20 is mounted on the belt body 3 2a of the snap fastener 31. wireless! An antenna (not shown) is integrally formed on the c-chip 20. As shown in FIG. 6 (b), the belt body 3 2a of the snap fastener 3 1 is set to the installation body 2 5 by sewing, adhesion, welding, etc., so that the installation state of the wireless IC chip 20 can be changed from A state that cannot be detected by the naked eye. The wireless IC chip 20 can be mounted on the band body 3 2 a by suitable mounting means such as attaching, adhering, welding, and integrally molding and mounting the band body 32 a during molding. According to the example of the figure, the snap belt is formed by, for example, weaving or weaving a fiber-like base fabric obtained by sandwiching a plurality of mounting holes formed at a predetermined interval along the long side of the center of the base fabric. A male engaging member obtained by forming a male snap 3 2 b on the front and back surfaces, and a mounting hole of a fiber ribbon-shaped base fabric sandwiching the counterpart, and a plurality of female snaps 3 2c are integrally formed on its surface. Back-36-200529776 (33) The female engagement member obtained by the face. Fig. 7 (a) is an example in which the wireless IC chip 20 is mounted on the band body 3 3a of the rail-like fastener 3 3 having the engaging strip piece 3 3 b. An antenna (not shown) is integrally formed on the wireless chip c. As shown in FIG. 7 (b), the band body 3 3a of the rail-like fastener 3 3 is set on the object 2 5 by sewing, adhesion, welding, etc., so that the wireless IC chip 20 can be installed. It is in a state that cannot be detected by the naked eye from the outside. The installation of the wireless 1C chip 20 toward the band body 3 3 a can be performed by a suitable mounting means such as attaching, adhering, welding, or integrally forming and mounting the band body 3 3 a during forming. Figs. 8 to 18 are diagrams showing a representative second embodiment of the present invention. The pattern is a fastener]. The wireless IC chip 20 has a configuration basically the same as that of the zipper I in the first embodiment except that the wireless IC chip 20 is arranged near the opening / closing insert 15 of the fastener tape 4. Therefore, the description of the components is omitted by using the same symbols as those used in the first embodiment. The wireless 1C chip 20 is mounted in or on the reinforcing tape 8 which is located at the lower end portion of the zipper tape 4 and is fused by an adhesive layer by means of adhesion, attachment, welding and the like. In addition, the conductive fiber material 12 can be woven or knitted while being woven or knitted into a zipper tape 4 to be installed and used. It is also possible to use a conductive material 1 3 instead of the conductive fiber material 12 and attach it to the fastener tape 4 as described in the first embodiment above. A conductive fiber material 12 or a conductive material] 3 is used as a wireless IC crystal-37- 200529776 (34) When the function of antenna wire 2 1 or signal wire 2 3 of 2 0 can be formed as a 5 and connected to the wireless IC chip 20, the other end is an open antenna wire 2 1 Or signal line 2 3. It is also possible to form one end respectively connected to the wireless IC chip, while the other end is used as two open antenna wires 21 or signal wires 2 3. Alternatively, the other ends of the two antenna wires 2 may be connected to each other, one end is respectively connected to the wireless IC chip, and the middle portion of the antenna wire connected to both ends of the wireless IC chip is formed into a ring shape, thereby forming a ring shape. Antenna wires. In the present invention, one form of the conductive fiber material 12 also includes a metal wire such as a flexible flexible electric wire. FIG. 9 shows an example of the antenna function of the wireless 1C chip 20 using at least one conductive fiber material 12 constituting the zipper element 14 and / or the core wire. As shown in FIGS. 26 and 27, the conductive resin monofilament constituting the zipper element 14 is bent to form a coil shape or a zigzag shape, and one end of the zipper element 14 is connected to the wireless IC by a signal line 2 3 The chip 20 is connected, so that the zipper element I 4 can function as an antenna. Alternatively, as shown in FIG. 25 (a), a conductive fiber material is disposed on a part of the fibers constituting the core wire I1], so that the conductive fiber material I2 can be provided with the function of an antenna. Furthermore, the conductive resin monofilament constituting the zipper element 14 is bent to form a coil, and has the function of an antenna, and at least a part of the fibers constituting the core wire 1 can be provided with a conductive fiber material 12 to allow the core wire Π has a function as a core member in a conductive resin monofilament. It is also possible to connect the other end of the zipper element] 4 to the conductive -38- 200529776 (35) fiber material] 2 shown in FIG. 8 and have the function of a loop antenna. As the signal line 23, a conductive linear material such as a conductive fiber material can be used. It can be formed while weaving or weaving the fastener tape 4. Alternatively, the butterfly rod 9 or the box rod 10 for electrically connecting the zipper element 14 may be formed of a conductive material, and the signal line 23 may be electrically connected to the butterfly rod 9 or the box rod 10. FIG. 10 shows an example in which a wireless 1C chip 20 and an antenna 21 are mounted on a pair of fastener tapes 4, respectively. The wireless IC chip 20 and the antenna 21 are attached to the fastener tape 4 located near the bottom stop 6. It is covered with the reinforcing belt 8. The two wireless 1C chips 20 can have different data or different control functions. The wireless IC chip 20 may be mounted using an appropriate means such as adhesion, instead of being covered with the reinforcing tape 8. In addition, one wireless 1C chip can be configured as an active type with a power battery, and the other wireless 1C chip can be configured as a passive type without a power battery. At this time, the wireless 1C chips of both parties can be synchronized, or only one of the wireless IC chips can be selectively operated. The active wireless IC chip can be used to make the battery life stable until a battery is exhausted, and the radio waves can be transmitted stably within a predetermined range from the wireless 1C chip. After the end of the battery life, the passive wireless IC chip is used to respond The signal from the reading device side maintains the transmission function. Fig. 1 and Fig. 2 show an example in which the power source battery 22 for the wireless IC chip 20 is provided in the example of Fig. 9. The power battery 22 and the wireless 1C chip 20 are electrically connected by a signal line 23, so that the current and voltage of the power battery 22 can be supplied to the wireless IC chip 20. Power battery 2 2, signal line 2 3 and -39-200529776 (36) The wireless IC chip 2 is covered with a reinforcing tape 8 and can be installed on the zipper tape 4 through the reinforcing tape 8 at the same time. In addition, the power battery 22 or none, and the wire 1C chip 20 may be mounted on the reinforcing tape 8. In particular, when the power supply battery 22 has a switching function, the power supply battery 22 can be detachably mounted on the reinforcing belt 8 to operate the switching mechanism by pressing the power supply battery 22, etc., only when necessary. Only then does the wireless 1C chip 20 operate. As the power source battery 22, it can be housed and placed inside a case having a switch function, and the case is constructed by attaching the case to the reinforcing tape 8. Therefore, in the present invention, the power battery 22 includes, in the meaning of the term, a case where only a battery is used, or a case with a switch that is detachably housed in a case with a switch or a case without a switch function is used. situation. In addition, in FIG. 11, since the wireless chip 20 can be covered by the installation body 25, even when the wireless IC chip 20 is mounted on the reinforcing tape, or when it is mounted on the reinforcing tape 8 and In the case of 4 zipper bands, the state covered by the object 25 can be kept constantly. Figure 13 shows the wireless 1C chip 20 and the antenna 21 being mounted on one of the pair of zipper bands 4, On the other hand, the power source battery 22 is mounted on the other side. The power battery 22 and the wireless 1C chip 20 are electrically connected to each other through the insertion insert 15. The opening and closing insert] 5 is formed with an electrical connection terminal between the male member and the female member. As shown in FIG. 14 (a), the male member and the female member are engaged with each other to engage with each other. Make the electrical connection -40- 200529776 (37) The terminals are in contact with each other to form an electrical connection state, as shown in Fig. M (b) 'The engagement between the male member and the female member is released and the two are separated, so The electrical connection is cut off. This makes it possible to provide a switch mechanism for the male member and the female member constituting the separation insert. Alternatively, the power source battery 22 may be provided with a switch function, "the switch mechanism is operated by pressing the power source battery 22, etc.", and the wireless IC chip 20 may operate only when necessary. In the examples shown in FIGS. 1 and 14, although the example in which the antenna 2 1 and the wireless IC chip 20 are configured together has been described, the antenna 2 1 does not necessarily need to start with the wireless IC chip 20. The structure may be formed on the fastener tape 4 or a conductive fastener element, or a core wire having a conductive fiber material. Figures 15 to 18 illustrate an example in which the wireless IC chip 20 is configured to be detachably attached to the fastener tape 4. Figure 15 shows that the power battery 22 and the engaging portion 2 7 b are electrically connected to the reinforcing strip 8 and cooperate with the engaging portion 2 7 b and the zipper element serving as an antenna] 4 or the core wire 1 1 Take the signal line 2 3 as an example for electrical connection. When the engaging portion 27a of the wireless IC chip 20 is engaged with the engaging portion 27b mounted on the reinforcing tape 8, a wireless IC chip with a power battery can be formed. Fig. 6 shows an example in which the antenna 21 is formed in the object 25. In this case, the power supply battery may be mounted on the reinforcing band 8, or the antenna 21 may be formed in a loop shape to generate start-up power. Fig. 17 shows an example of a configuration in which a pair of fastener tapes 4 each have a wireless] C chip 20 and an antenna 2] that can be detachably attached. In addition, Fig. 8 -41-200529776 (38) shows an example in which the wireless 1C chip 20 and the engaging portion 27b mounted on the reinforcing tape 8 can be freely attached and detached. This is an example in which the engaging portion 2 7 b is electrically connected to the conductive fiber material in the conductive fastener element 14 or the conductive fiber material core 1 1 via the signal line 2 3. Figures 25 (b) and (c) show that the wireless IC chip 20 is embedded in the key tooth element 7 and the conductive fiber material 12 arranged in the core wire 1 and the wireless IC chip 20 are electrically connected. Example of sexual connection. The conductive fiber material 12 in the core wire 丨 can be used as an antenna, and the required number of wires Ϊ C chip 20 can be installed in any element 7. The mounting of the wireless IC chip 20 toward the element 7 can be incorporated together when the element 7 is formed. Also, "the wireless IC chip can be mounted on various fastening means", for example, in the case of a snap fastener, the wireless IC chip can be mounted inside a male or female engaging member. The antenna may be formed by connecting the conductive fiber material 12 in the core wire 1] and the conductive fiber material and the conductive material arranged on the fastener tape in a loop shape. Fig. 28 shows an example in which the wireless 1C chip is built in the top stop portion 5, and Fig. 29 shows an example in which the wireless 1C chip is built in the bottom stop portion 6. In these examples, the antenna can be formed integrally with the wireless IC chip 20, or a conductive zipper element, or a core wire having a conductive fiber material can be used. In the example shown in the figure, 'Although it shows an example in which the wireless 1C chip is embedded in the upper and lower stops 5, 6, it is also possible to use a resin genome (P 1 age η 〇m (registered trademark)). -42- 200529776 (39) Figure 30 shows an example in which a hole portion 6 a is formed in the bottom stop 6 to allow the wireless IC chip 20 to be detachably inserted. The antenna of the wireless IC chip 20 can be formed integrally with the wireless IC chip 20, or a conductive zipper element, or a core wire having a conductive fiber material. By attaching and detaching the wireless 1C chip 20 from the hole portion 6a, the wireless 1C chip 20 can be taken out of the hole portion 6a at any time when communication with the reading device is not intended. FIG. 31 shows an example in which a hole 2a is formed in the slider 2 so that the wireless IC chip 20 can be detachably inserted. The antenna of the wireless 1C chip 20 can be formed when the wireless 1C chip 20 is formed in one body. By attaching and detaching the wireless IC chip 20 from the hole portion 2a, it is possible to form a method in which the wireless 1C chip 20 can be taken out of the hole portion 2a at any time when communication with the reading device is not desired. Fig. 32 'shows an example in which the contact type 1C wafer 20 is mounted on a decorative body which can be detachably mounted on the handle 3] 9. The contact IC chip 20 is disposed inside the decorative body 19, and a part of the IC chip is exposed through an opening formed on the surface of the decorative body. By allowing the reader / writer to come into contact with the j c chip through the opening, communication can be achieved ', so that data can be read and written. Decorative body 9: The handle 3 can be inserted and fitted into the interior. Fig. 33 shows an example in which a wireless IC chip 20 having an antenna is mounted on a decorative body 19 which can be freely attached to the handle 3. The wireless j c chip 20 is arranged inside the decorative body 19, and the entire periphery is covered. Decorative body] 9 series has an engaging head, which can be snap-fitted to the engaging hole formed in the handle. -43-200529776 (40) The decorative body 19 can be inserted into the handle 3, or can be engaged with a snap. Figures 34 and 35 show examples in which the wireless j c chip 20 and the antenna 21 are embedded in the handle 3 which can be attached and detached relative to the slider 2. Since the handle 3 is freely attachable to and detachable from the slider, the handle 3 can be detached from the slider 2 at any time if it is not intended to transmit and receive information to and from the reading device, thereby preventing wireless communication. Improper access to IC chip 20, etc. In addition, instead of the wireless IC chip 20 and the antenna 21 being built into the handle 3, a resin forming body added with a so-called resin genome (Plageom) in which rare earth elements are mixed in the resin is formed, and the identification medium is used as a device. It may be formed by being attached to a part of the handle 3. Fig. 36 shows the case where a wireless IC chip with an antenna is accommodated in the buckle 36. The wireless IC chip with the antenna is accommodated in the receiving portion 36c formed in the male member 36a. A screwdriver or the like is used to take out the wireless 1C chip 20 from the storage portion 36c. The wireless IC chip 20 may be embedded in the receiving section 3 using an adhesive or the like as needed. Figure 36 (b) shows the state of the male member 36a and the female member 36b after being engaged. From the same figure, it can be seen that the male member 36a and the female member 36b fall down after the bayonet 'can prevent the wireless IC chip. 2 〇 exposed to the outside. Figures 7 (a) and (b) show an example of mounting the contact IC chip on the strap adjuster 37. A recessed portion is formed in the inner peripheral surface of the hole portion 37a formed in the strap adjuster 37. The convex portion formed on the outer peripheral portion of the contact IC chip is engaged with the recessed portion, so that the contact type can be detachably mounted. Wafer. -44-200529776 (41) As the identification medium, it is also possible to use a resin genome (Plagenom (registered trademark)) in which a rare earth element is mixed into a resin as described above. The spectrum is generated by irradiating ultraviolet rays, and used to detect the number of cycles corresponding to a specific wavelength generated by the type or amount of rare earth elements as information. Fig. 38 shows an example in which a resin forming body to which the above-mentioned resin genome (Plagenom) is added is attached to the rotary buckle 38 as an identification medium 20. The identification medium 20 can be detachably inserted into the hole portion 3 8 a formed in the rotary retaining ring 3 8. Symbol 3 5 is a strap which can be freely adjusted in length. Fig. 39 shows an example in which the wireless 1C chip 20 is mounted on the rigging 39. A space portion is formed between the cover 3 9 b of the main body of the rigging device 39 and the main body of the rigging device 39, and a space IC can be accommodated in the space portion. The wireless IC chip 20 can be taken out by removing the cover 39b from the body of the rigging 39. In addition, as shown in FIGS. 40 and 41, a buckle 3 having an electrical contact piece is formed on the outer peripheral surface of the body of the rigging 39, and a sensor 28 and a signal to be mounted on the object 25 are used. The wire 29 is electrically connected to the electrical contact piece formed on the buckle 30 attached to the object 25, and to the electrical contact piece of the aforementioned rigging 39, so that the sensor 2 The data detected in 8 places are stored in the wireless IC chip 20. Also, the stored data can be sent to a reading device. As the sensor 2 8 ′, when a sensor for measuring the number of heartbeats is used, it can be used for a wide range of purposes such as measuring the number of heartbeats during jogging. The symbol 3 9 a is a core rope whose length can be adjusted freely. Figure 4 2 shows a snap button 4 〇 formed by a male snap button-45- 200529776 (42) 4 〇 fixed to the installation body 2 5 and a female snap button 4 0 a. Example of 1C chip. The wireless π chip 20 can be contained in the snap 40 by using the cover 40c attached to and removed from the male snap 40b or the female snap 40a. Using the cover 40 c ′ When not in use, the wireless IC chip snap-in button 40 can be taken out in advance to prevent improper access to the wireless IC chip. Figs. 43 to 46 show examples in which the shielding material 45 can be used to shield the 1C chip 20 and the antenna 21. As the shielding material, a resin plate containing a metal plate, a metal mesh, or a magnetic material can be used. The member provided with the shielding material 45 can be detachably mounted on J, or it can be mounted on the object 25. 45 pieces of shielding material can be detachably mounted on the zipper 1 or the installation body 25, and a removable fastener such as a buckle 30 or a buckle 40 can be used as shown in Fig. 4 and 3 By using the snap fastener 30, the shielding material 4 5 is placed on the wireless 1C chip 20, so the signal from the wireless 1C chip or the signal reception from the reading device can be shielded. As shown in Figs. 4 to 4, when the antenna is formed in the equilateral direction of the zipper element 14, it is necessary to cover the entire area of the antenna with a shielding material 45. In addition, as shown in FIGS. 4 and 5, the antenna 2 1 is formed on the front side of the shielding material 4 5, and the zipper 1 is covered by the installation body 2 5 with the shielding material 4 5. . Fig. 47 to Fig. 49 show examples of the object 25 to which the fastening device of the present invention is provided. In the installation body 25, various sensors 2 8 and signal wires 2 9 are pre-installed. For example, when the right side of the fastener is placed on the installation body 25, the conductive fiber 3 is wireless. 〒 set with 20 from ί will have no 45 [wait. The structure of Ϊ chain 1:, Department of Shi. The length of the cover 20, such as the 21 t chain from the clothes line] U-Materials-46- 200529776 (43) material or conductive material is used as the signal line, by connecting the above signal line 29 to the above conductive The signal line formed by the fiber material or the conductive material can store the detection card of the sensor 28 in a wireless IC chip (not shown) mounted on the zipper 1. When a signal is transmitted and received between the external reading device 24 and the wireless IC chip, a letter from the detection of the sensor 28 in the wireless IC chip is transmitted to the reading device 24. In addition, by using the conductive fiber material or the conductive material provided in the zipper 1 as a transmitting and receiving antenna, the transmitting and receiving antenna can be used even when the distance between the reading device 24 and the wireless 1C chip is relatively large. Send and receive signals. When the zipper 1 is provided with a power battery, the data stored in the wireless IC chip can be transmitted according to the program stored in the wireless IC chip, for example, the wireless 1C chip can send various data to the reading device at predetermined intervals. The wireless IC chip mounted on the buckle has both the function of a power battery (active) and a power battery (passive). Based on the power supply, it has a power backup function for at least several years. Or the radio waves from the wireless IC chip during the sales phase can be received by the reading device in a stable state within a predetermined range, and after the end of the power supply life, it can maintain the transmission of the signal in response to the signal from the reading device Features. In addition, the active wireless IC chip and the passive wireless IC chip are mounted on the fastening device to synchronize the wireless 1C chips of the two sides or to selectively operate only one of the wireless chip. With this, using the active wireless IC chip until the battery life is exhausted, the wireless IC chip can stably transmit radio waves within a predetermined range, and after the battery life -47- 200529776 (44) is over ' By using a passive wireless IC chip, the function of transmitting a signal in response to a signal from the reading device side can be maintained. As shown in FIG. 49, a solar cell 46 'is mounted on the object 25, and it can be used as a power source battery for various sensors mounted on the object 25 or a wireless IC chip mounted on the zipper 1. When an identification tag is used in the case where medical clothes are used as an identification object, etc., 'it is possible to install a desired amount of sensing benefit on the cloth of medical clothes. As the sensor person, various sensors such as a position sensor that constantly monitors the patient's heartbeat, breathing, blood pressure, body temperature, brain waves, etc., or a position sensor that detects the presence of the patient can be used. The person to be installed 25 is not limited to clothes, and a fastener having a wireless IC chip may be mounted on a hat or the like. The buckle mounted with the wireless IC chip of the present invention can completely cover the wireless IC chip and the like in an inconspicuous part of the object, so that the existence of the wireless IC chip can be made into a state that is not easily recognized. In addition, a wireless IC chip or the like may be placed at a position where it cannot be easily removed from the object. By using the stored secret number as the data stored in the wireless IC chip, the reliability of the product against loss countermeasures, theft countermeasures, and counterfeit countermeasures can be fully ensured. In addition, 'by storing various product information and the like in the memory of the wireless C chip', it is possible to reasonably perform all product management from product production to distribution and sales. In addition, since the wireless 1C chip can be detachably mounted on the fastener, the wireless IC chip can be removed from the fastener in advance if necessary. -48-200529776 (45) The present invention is not limited to the above-mentioned embodiments, and the technical scope that can be easily changed by those skilled in the art from these embodiments is naturally included. [Brief description of the drawing] Fig. 1 is a diagram showing the arrangement position of the wireless IC chip in the first embodiment. Fig. 2 is a longitudinal sectional view of Fig. 1; Fig. 3 is a diagram showing the positions of the wireless IC chip and the antenna or signal line. Fig. 4 is a diagram showing an example in which a wireless ΪC chip is mounted on a buckle. Fig. 5 is a diagram showing a modification example in which a wireless IC chip is mounted on a buckle. Fig. 6 is a diagram showing an example in which a wireless 1C chip is installed on a buckle. Fig. 7 is a diagram showing an example in which the wireless 1C chip is mounted on a rail-like fastener. Fig. 8 is a diagram showing an example in which the wireless IC chip of the second embodiment is arranged near the bottom stop. Fig. 9 is a diagram showing a modification of the second embodiment. Fig. 10 is a diagram showing another modification of the second embodiment. Fig. 1 is a diagram showing an example in which a power battery is mounted in the second embodiment. Fig. 2 is a diagram showing a modified example in which the power battery is mounted in the second embodiment. -49-200529776 (46) Fig. 13 is a diagram showing another modified example in which the power source battery is mounted in the second embodiment. FIG. 14 is an explanatory diagram of the switching mechanism in FIG. 13. Fig. 15 is a diagram showing an example of a wireless IC chip that can be installed and removed freely. Brother 16 is a diagram showing a modified example of a wireless IC chip that can be installed and removed freely. Fig. 17 is a view showing another modification example in which the wireless IC chip can be detachably mounted. Fig. 18 is a view showing an alternative modification of the wireless IC chip which can be mounted freely. Fig. 19 is a view showing an example of using a conductive fiber material as a woven yarn. Fig. 20 is a diagram showing a modification example in which a conductive fiber material is not used as a woven yarn. Fig. 21 is a diagram showing an example in which a conductive fiber material is not used as the knitting yarn. The table 22 shows an example in which a non-conductive material is mounted on a zipper tape. Brother 2: > Η is a diagram of a modified example of a non-conducting material of a non-conductive material on a zipper tape 〇 Figure 24 is a diagram showing an example of a conductive material embedded in a zipper tape. Fig. 25 is a diagram showing an example in which a wireless IC chip is provided on a device and a conductive fiber material is provided on a core wire. Fig. 26 is a partial enlarged view showing a loop-shaped zipper element having an antenna function -50- 200529776 (47). Figures 27 and 7 show a partially enlarged view of a zipper element having an antenna function. Fig. 28 is a diagram showing an example in which a wireless IC chip is mounted on a top stop. Fig. 29 is a diagram showing an example in which a wireless IC chip is installed on a bottom stop. Fig. 30 is a diagram showing that a wireless 1C chip is installed. A diagram of a modification of the bottom stop. FIG. 31 is a diagram showing an example in which a wireless 1C chip is mounted on a slider. Fig. 32 is a diagram showing an example in which a wireless 1C chip is mounted on a decorative member. Fig. 33 is a diagram showing a modification example in which a wireless IC chip is mounted on a decorative member. Fig. 34 is a diagram showing an example in which a wireless IC chip is mounted on a removable handle. Fig. 35 is a diagram showing an example in which a wireless IC chip is mounted on a removable handle. Fig. 36 is a diagram showing an example in which a wireless 1C chip is mounted on a buckle. Fig. 37 is a diagram showing an example in which a contact IC chip is mounted on a strap adjuster. Fig. 38 is a diagram showing an example in which a resin genome (Plagenom (registered trademark)) is attached to a rotary buckle. Fig. 39 is a diagram showing an example of mounting a wireless IC chip on a rigging -51-200529776 (48) Fig. 40 is a diagram showing a modification example of mounting a wireless 1C chip on a rigging. Figure 4 is a diagram showing the relationship between the rigging and the object. Fig. 42 is a diagram showing an example in which a wireless 1C chip is mounted on a snap. Fig. 43 is a diagram showing an example in which a shielding material is arranged. Fig. 44 is a diagram showing a modification example in which a shielding material is arranged. Fig. 45 is a view showing another modified example in which a shielding material is arranged. Fig. 46 is a diagram showing another modified example in which a shielding material is arranged. Fig. 47 is a diagram showing an example in which a slide fastener including a wireless 1C chip is provided on the object. Fig. 48 is a diagram showing a modification example in which a slide fastener provided with a wireless IC chip is provided on the object. Fig. 49 is a view showing another modified example in which a slide fastener including a wireless 1C chip is provided on the object. Fig. 50 is a view showing another modified example in which a slide fastener including a wireless IC chip is provided on the object. Figure 51 is a diagram showing a conventional example. Fig. 52 is a diagram showing another conventional example. Figure 53 is a sectional view of Figure 52. [Description of Symbols of Main Components] Zipper 2 Zipper Element -52-200529776 (49) 2a Hole 3 Handle 4 Zipper Tape 5 Upper Stopper β 6 Lower Stop 6 a Hole 7 Zipper Element 8 Reinforcing Band 9 Butterfly Rod 10 Box rod 11 Core wire 12 Conductive fiber material 13 Conductive material 15 Disengagement insert 2 0 Identification medium (such as wireless IC chip, contact IC chip, and other forms, etc.) 2 1 antenna 22 power battery 23 signal line 24 read Retrieval device 25 Set body 2 6 Suture 27a, 27b Engagement part 2 8 Sensor-53- 200529776 (50) 29 Signal cable 30 Buckle 3 1 Snap 32a Snap belt 3 2b Male deposit Mouth 3 3 Rail-shaped buckle 33a Rail-shaped buckle 35 Carrying strap 36 Buckle 3 6a Male member 3 6b Female member 3 6c Housing 咅 β 3 7 Strap adjuster 3 8 Rotating buckle 3 8a Hole 3 9 rigging 3 9a core wire 3 9b brass JDXL 40 snap 40a female snap 40b male snap 40c cover 45 cover material 46 solar cell-54_ 200529776 (51) 5 1 pull 52 buried 53 line 54 1C 55 glass 56 closed 6 1 slot 62 button 64 ring 65 screw 66 and j \\\ body hole antenna 丨 chip tube credit Leg slit-shaped coil body a recess -55- wafer antenna I C