200844015 九、發明說明： 【明屬冷貝】 發明領域 本發明係有關於一種燈用包裝箱，特別是有關於一種 5 具有可保存用以防止安裝錯誤或破裂並可安全地點燈之資 訊之1C標籤的燈用包裝箱。 發明背景 作為於半導體、液晶面板或印刷配線板等進行圖案形 10成之曝光裝置的光源係使用短弧型放電燈。除此之外，亦 有以常溫於發光管内封入1氣壓以上：^氣體、Kr氣體、Ar 氣體等稀有氣體之麵、型放紐。又，在作為放映機或投 影機之光源使用之稀有氣體型放電燈或水銀放電燈等金屬 蒸氣放電燈中，亦有以常溫於發光管内封入1氣壓以上之稀 15有氣體的放電燈。以下，只將該等高壓氣體封入放電燈稱 為放電燈或放電燈管。 當運送放電燈或將放電燈安裝於點燈裝置時，若不小 心施加較大的衝擊於放電燈的話，放電燈便有破損情況。 特別地，當高壓氣體封入放電燈破損的話，高壓氣體釋出 2〇之衝擊大’因此可能會危及性命。即使放電燈未達破損狀 態，若其因受到衝擊而產生微小的損傷或裂痕，或裝置零 件之-部分剝離而殘留於表面的話，便成為放電燈於點燈 中破裂的原因。為了避開前述問題，在此係利用細繩安裝 安全套，以緩和在將放電燈安裝於點燈裝置之作業中等破 5 200844015 — 裂時的衝擊。又，為了防止忘記取下保護套的情況發生， 、 在此係將阻抗電路或電容器電路設於保護套，而使點燈裝 置可辨識保護套之存在。以下，舉出幾個與此相關之習知 技術之例。 5 專利文獻1所揭示之「放電燈安全套」係可減輕封入有 ， 高壓稀有氣體之放電燈破裂時所產生之傷害者。如第7(a) • 圖所不，該放電燈安全套係可保護以常溫封入有壓力較大 氣壓更鬲之氣體的放電燈，且由通氣性薄片、通氣性筒體 及通乳性袋體所形成之套體。又，該套之端部係捆束於放 10電燈之桿部或燈座部之外側。 專利文獻2所揭示之「放電燈用保護套」係可簡便地進 打相對放電燈之保護套的安裝，且在安裝放電燈於點燈裝 置後，仍可簡單地取下保護套者。如第7(b)圖所*，係使用 自黏性薄片於至少可覆蓋放電燈之發光管部的放電燈用保 15 護套。 專散獻3_示之「放電燈㈣護套」係可在相對放 «燈點燈裝置之放電燈的絲完錢，防止忘記取下覆蓋 則呆護放電燈之放電燈用保護套的狀況發生者。如第7(c) ®所示，用以覆纽《之放電燈用保護套上設有連接放 d立之兩端子間至兩燈座部間之阻抗電路或電容器電路。 結果，在相對放電燈點燈裝置之放電燈的安裝完成後，忘 記取下，電燈用保護套時，即使欲開起放電燈，放電燈仍 不會發党’藉此可防止忘記取下保護套的情況發生。 專利文獻4所揭示之「超高壓水銀燈」係即使燈在燈交 6 200844015 換作業時施加了規定以上過大的壓力的情況下，或是燈有 缺陷的情舒韻，碎片糾會飛散者。超Μ水銀燈係 於半導體曝光裝置等中作為光源使用，並封人有大氣壓以 上之氣體*如第7(d)圖所示，其係由可包覆燈泡部之保護 套、及於輸送日㈣叫裝之保護盒在將超高壓水銀燈固定 於點燈裝置之前進行雙重的覆蓋。又，在將超—水銀燈 固定於點燈裝置後，可㈣確财無保護套。若不取下保 護套便無法點燈。 μ 專利文獻5所揭示之「噴墨列印機」係藉由將記錄有密 石馬、光源之使用記錄、及光源之出貨資訊等之非接觸型或 接觸型IC標籤的何體記龍直接設於可照射紫外線之光 、'、，連接m自&線等’而可防止使用種類錯誤之光源，並 y藉由將點kN·間或點燈—關燈次數等寫人丨。標籤來進 辱命管理。 15 20 專利文獻6所揭示之「隸品交換時期管理純」係藉 =將保存有IDf訊、封印之開啟狀態資訊、使用開始時刻 貝戒、及螢紐之瓦料資訊的1C標籤設於消耗品晶片， 而可自動地管理消耗品之交換時期。 專利讀7_示之「放紐賴護套」係可防止放電 、登之安裝錯誤與忘棘下保護套紐生者。即使封入 有高壓氣體之放電躲運送時㈣，藉㈣護套保護放電 燈之表面而可減輕傷害。又，將IC晶片設於保護套，可保 存關於放電燈之資訊。在將保護套安裝於點燈裝置時，藉 由讀取1C晶片之資訊，可防止放電燈之安裝錯誤。當將保 7 200844015 護套取下時，1C晶片便被破壞，因此無法讀出1C晶片的資 訊’而可檢測出保護套之取下，並防止忘記取下保護套的 狀況發生。藉由個別地認證燈，可適當地確認燈之規格， 並防止因點亮不同規格之燈而於裝置運轉後產生不良。 【專利文獻1】 【專利文獻2】 【專利文獻3】 【專利文獻4】 【專利文獻5】 【專利文獻6】 【專利文獻7】 特開2002-302180號公報 特開2003-160185號公報 特開2003-272558號公報 特開2003-309060號公報 特開2005-138476號公報 特開2006-085344號公報 特開2007-091235號公報 H^明内】 發明概要 發明欲解決之問題 ;、、<、而白知之放電燈保護套與1C標籤具有下述問題。 若只將1C晶片設於可從放電燈取下之發光管套，便無法對 放電心進订個別嚴密的管理。由於無法掌握放電燈之保管 狀態與輸送狀態，gj此無法得知放電燈的損傷。當直接將 Ά籤女裝於放f燈時，IC標籤便因點燈時之高溫或高電 壓而㈣。又’ ^無法記錄點燈時讀態，目此益法管200844015 IX. INSTRUCTIONS: [Ming-Flame] The present invention relates to a lamp package, and more particularly to a 1C having a information that can be stored to prevent installation errors or breaks and to secure the location of the lamp. The label is used in a light box. Background of the Invention A short arc type discharge lamp is used as a light source for performing an exposure apparatus in a pattern of a semiconductor, a liquid crystal panel, or a printed wiring board. In addition, it is also possible to seal a surface of a rare gas such as a gas, a Kr gas or an Ar gas at a normal temperature in a luminous tube at a pressure of 1 atmosphere or more. Further, in a metal vapor discharge lamp such as a rare gas type discharge lamp or a mercury discharge lamp which is used as a light source of a projector or a projector, there is a discharge lamp in which a rare gas having a pressure of at least 1 atmosphere is sealed in a light-emitting tube at a normal temperature. Hereinafter, only the high-pressure gas enclosed in the discharge lamp is referred to as a discharge lamp or a discharge lamp. When the discharge lamp is transported or the discharge lamp is mounted on the lighting device, the discharge lamp may be damaged if a large impact is not applied to the discharge lamp. In particular, when the high-pressure gas is sealed and the discharge lamp is broken, the high-pressure gas releases a large impact, which may endanger life. Even if the discharge lamp does not reach the damaged state, if it is slightly damaged or cracked due to the impact, or the part of the device is peeled off and remains on the surface, it becomes a cause of the discharge lamp being broken in the lighting. In order to avoid the aforementioned problems, a condom is installed by means of a string to alleviate the impact of the installation of the discharge lamp on the lighting device. Further, in order to prevent the occurrence of forgetting to remove the protective cover, the impedance circuit or the capacitor circuit is provided in the protective cover, so that the lighting device can recognize the presence of the protective cover. In the following, several examples of conventional techniques related to this are given. 5 The "discharge lamp condom" disclosed in Patent Document 1 can alleviate the damage caused when a discharge lamp of a high-pressure rare gas is broken. As shown in paragraph 7(a) • The discharge lamp condom protects a discharge lamp that is sealed with a gas with a higher pressure and a higher pressure at normal temperature, and is made of a ventilating sheet, a ventilating cylinder and a permeable bag. Form the sleeve. Further, the end of the sleeve is bundled on the outer side of the rod portion or the socket portion of the discharge lamp. The "protective cover for a discharge lamp" disclosed in Patent Document 2 can easily mount the protective cover of the discharge lamp, and can easily remove the protective cover after the discharge lamp is mounted on the lighting device. As shown in Fig. 7(b), a self-adhesive sheet is used for the discharge lamp cover of at least the light-emitting tube portion of the discharge lamp. "Discharge lamp (four) sheath" which can be used for the discharge lamp of the discharge lamp of the lamp lighting device, and the condition of the protective cover for the discharge lamp for the discharge lamp is prevented. Occurred. As shown in Section 7(c)®, the protective cover for discharge lamps is provided with an impedance circuit or a capacitor circuit that connects the two terminals between the two terminals to the two lamp holders. As a result, after the installation of the discharge lamp of the discharge lamp lighting device is completed, forgetting to remove the protective cover for the electric lamp, even if the discharge lamp is to be turned on, the discharge lamp will not be sent to the party to prevent forgetting to remove the protection. The situation of the set occurs. The "ultra-high pressure mercury lamp" disclosed in Patent Document 4 is a case where the lamp is defective in the case where the lamp is subjected to a predetermined excessive pressure when the lamp is changed, and the chip is defective. The super-silver lamp is used as a light source in a semiconductor exposure device or the like, and is sealed with a gas having an atmospheric pressure or more* as shown in Fig. 7(d), which is a protective cover that can cover the bulb portion, and on the transport day (4) The protective box called is double-covered before the ultra-high pressure mercury lamp is fixed to the lighting device. In addition, after the super-mercury lamp is fixed to the lighting device, (4) there is no protective cover. You cannot turn on the light without removing the protective sheath. μ "Inkjet printer" disclosed in Patent Document 5 is a non-contact type or contact type IC tag which records a use of a dense stone horse, a light source usage record, and a light source shipment information. It can be directly placed on the light that can be irradiated with ultraviolet light, ',, connected to m self & line, etc., to prevent the use of a wrong type of light source, and y by writing the point kN· between or lighting—the number of times the lamp is turned off. Labels are used for shame management. 15 20 Patent Document 6 discloses that the “management period management pure” is based on the 1C label that stores the ID information, the opening status information of the seal, the use start time ring, and the button information of the flash. Product wafers, and can automatically manage the exchange period of consumables. The patent reading 7_ shows that the "slip-on jacket" can prevent discharge, installation errors, and forgetting the spine. Even if the discharge of high-pressure gas is enclosed and transported (4), the (4) sheath protects the surface of the discharge lamp to reduce the damage. Moreover, the IC chip is placed on the protective cover to retain information about the discharge lamp. When the protective cover is mounted on the lighting device, by reading the information of the 1C chip, the installation of the discharge lamp can be prevented. When the protective cover of 20084415 is removed, the 1C wafer is destroyed, so the information of the 1C wafer cannot be read, and the removal of the protective cover can be detected and the condition of forgetting to remove the protective cover can be prevented. By individually certifying the lamps, it is possible to appropriately check the specifications of the lamps and prevent the occurrence of defects after the operation of the device by lighting the lamps of different specifications. [Patent Document 1] [Patent Document 2] [Patent Document 3] [Patent Document 4] [Patent Document 5] [Patent Document 6] [Patent Document 7] JP-A-2002-302180 Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. 2007-085. ;, and Baizhi's discharge lamp cover and 1C tag have the following problems. If only the 1C chip is placed on the LED sleeve that can be removed from the discharge lamp, individual strict management of the discharge heart cannot be made. Since it is impossible to grasp the storage state and the conveyance state of the discharge lamp, gj cannot know the damage of the discharge lamp. When the women's clothing is placed directly on the lamp, the IC tag is exposed to high temperatures or high voltages (4). And '^ can’t record the state when lighting,
理放電燈之壽料。即使單純的方法透料緣體將IC ;^籤安装於放I燈，由於形狀與_般者不同，因此若非專 用的點燈裝置便無法使用。 即使女虞有發光管套，放電燈亦會因不適當的保管狀 8 200844015 悲、輸送狀態，而於光源裝置進行點燈時破裂。不適當的 輸送狀態，例如：異常的衝擊、溫度等。關於衝擊，若為 可破壞發光管程度之衝擊的話，由於燈未保持密閉，因此 無法點燈，故無法於光源裝置使用。相對於此，若因受到 5不會破壞發光管程度之衝擊而產生龜裂程度不起眼之損傷 的話，便有在存有龜裂的狀態下點燈的情況。若如前述般 在存有龜裂的情況下點燈的話，便會從該龜裂部分開始破 裂。又，關於異常溫度，由於燈保管於異常高溫，因此發 光套會黏付於發光管之表面，取下發光管套之後構成發光 10 管套之微小碎片亦會殘留於發光管表面。 又，由於放電燈保管於異常低溫，因此空氣中的水蒸 氣會凝結或來結於發光管表面’故微小水滴的汙潰會殘留 於發光管的表面。當在發光管表面存有發光管套之微小碎 片或微小水滴之汙潰的狀態下點亮放電燈時，碎片或汙潰 15 部分會成為高溫狀態，燈則有破裂的情況。如前所述，由 於放電燈是否處於破裂的狀態難以藉由只看放電燈一眼而 判斷，因此大部分的情況係在原樣的狀態下點燈，而導致 破裂。 為了開始放電燈的點燈，其係暫時的施加高電壓的啟 20 動脈波以破壞絕緣。之後，採取以通常電壓進行點燈之方 法。故，當直接將1C標籤設於放電燈時，1C標籤之内部電 路便被破壞。又，為了保護包裝箱内之放電燈，通常係使 用明顯較放電燈大之包裝箱。故，在習知之燈用包裝箱中， 難以讀寫在包裝箱中放有放電燈之狀態之1C標籤的資訊。 9 200844015 本發明之目的在於解決前述習知之問題，並於放電燈 中利用1(¾籤嚴禮地進行個別資訊之管理，並且可安全地 點燈。 解決問題之手段 5 / 7 #決前述問題’在本發明中’ _包裝箱之結構 包含有：構成箱體之外包I部；用以保護安裝有可以益線 通訊之IC標籤之放電燈的機構；及用以固持放電燈並使冗 標籤靠近外包裝部到可從外部以無線通訊之程度的機構。 外包裝部設有朝仰票籤凹入之凹部。又，該燈用包裝箱更 1 〇包含有將輸送狀態資訊及/或開啟記錄資訊記錄於工C標鐵 之機構’ rfUC標籤具有心保存關於放電燈之資訊的機 構。又’輸送狀態資訊係放電燈之輸送中的溫度記錄資訊 或衝擊記錄資訊，而開啟記錄資訊係開啟箱體之記錄資訊 或開啟放電燈之發光管套之記錄資訊。 15 發明效果 藉由前述結構，可利用1C標籤嚴密地管理放電燈之個 別資訊，並可安全地點燈。特別地，由於可從燈用包裝箱 外項寫δ又於放電燈之1C標籤的資訊，因此可進行放電燈個 別的輸送記錄之管理。即，藉由將放電燈之輸送資訊記錄 20於1c標籤，可防範使用因不適當的輸送而破裂可能性高之 放電燈於未然。 圖式簡單說明 第1圖係本發明實施例之燈用包裝箱之包裝狀態的圖。 第2圖係顯示收納於本發明實施例之燈用包裝箱之放 10 200844015 電燈的圖。 第3圖係使用收納於本發明實施例之燈用包裝箱之放 電燈時的圖。 第4圖係顯示於本發明實施例之燈用包裝箱中1C標籤 5 與讀寫器之結構的圖。 第5圖係顯示於本發明實施例之燈用包裝箱中寫入1C 標籤之時刻及其内容的圖。 第6圖係顯示於本發明實施例之燈用包裝箱中放電燈 之另一包裝狀態的圖。 10 第7(a)〜(e)圖係顯示習知燈之套的圖。 【實施方式】 實施發明之最佳型態 以下，一面參照第1圖〜第6圖一面詳細地說明實施本發 明之最佳型態。 15【實施例】 本發明之實施例係設有朝1C標籤凹下之凹部的燈用包 裝箱，而可在收納有具有1C標籤之放電燈的狀態下從外部 與1C標籤通訊。 第1圖係顯示本發明實施例之燈用包裝箱之包裝狀態 2〇 的圖。在第1圖中，包裝箱ίο係用以安全地輸送燈1之箱； 外包裝部11係構成包裝箱10之外表面的部分；缓衝部12係 利用緩衝功能保護燈1免受因外力引起之衝擊影響的部 分；包裝箱凹部13係從包裝箱10之外表面凹入之凹狀部 分；發光管套14係在放電燈從包裝箱出去之後覆蓋並保護 11 200844015 發光管之套體；輸送狀態感測器30係用以掌握進入包裝箱 之放電燈之輸送狀態的機構，例如，溫度感測器、加速度 感測器等；包裝箱感測器31係用以檢測包裝箱10業已開啟 之機構；套感測器32係用以檢測發光管套14業已從放電燈 5取下之機構；感測器控制部33係用以匯集輸送狀態感測器 30與包裝箱感測器31之電訊號的電路；信號線34係用以進 行各感測部、感測器控制部33及1(：標籤4〇之電訊號之接 收、發送的導線。 第2圖係顯示收納於燈用包裝箱之放電燈的圖。在第2 1〇圖中，燈1係短弧型之放電燈；發光管2係在内部進行發光 之部分；密封管3係密封發光管2並連接固持電極之部分； 燈座4係利用外部接收電力並於光源裝置内固持放電燈之 邛刀，燈座圓同部6係燈座之圓筒狀部分，亦是將密封部固 持於内部之部分；燈座凸部5係燈座之圓柱狀部分，亦是光 15源裝置中受固持之部分；1C標籤40係可保存關於放電燈之 資訊及關於輸送之資訊的IC晶片；罩蓋41係將IC標籤固持於 k座凸部5之前端的有底圓筒狀帽體；讀寫器6〇係可讀取保 存於1C標籤之關於放電燈之資訊及關於輸送之資訊的裝置。 第3圖係顯示直管型燈安裝有IC標籤之例的圖。在第3 2〇圖中，燈101係高壓水銀燈；發光管102係石英製之直管； 您封管103係密封發光管並連接固持電極之部分；燈座咖 係利用外部接收電力並於光源裝置内固持放電燈之部分。 第4圖係顯靴標籤與讀寫器之結構的圖。冗標_ 具有1C晶片、天線部與端子部。IC晶片具有記憶裝置。記 12 200844015 憶裝置記錄有燈資訊、輸送資訊、開啟記錄資訊及點燈記 錄資訊。ic標籤係透過天線部並利用讀寫器6〇進行記憶裝 置之資訊的讀寫。包裝箱10中具有輸送狀態感測器3〇、包 裝箱感測器3卜控制該等感測器之感測器控制部％及套感 5測器32。感測器控制部33及套感測器32係電連接於IC標籤 40之端子部。感測器控制部33具有時鐘，並可顯示現在時 刻且輸出時刻資訊，因此可將時刻資訊附加於輸送狀態資 訊及開啟記錄資訊。 第5圖係顯示將資訊寫入1C標籤之時刻與其内容的 H)圖。第6圖係顯示放電燈之另—包裝狀態的圖。在第6圖中， 包裝箱20係用以安全地輸送燈i之箱；外包裝部川系構成包 裝箱20之外表面的部分；、緩衝抑係利用緩衝功能保護燈^ 免受因外力引起之衝擊影響的部分。 接著，說明具有前述結構之本發明實施例之燈用包裝 15㈣功能與動作。首先，—面參照第i圖-面說明燈用包裝 箱之功能的概要。燈1係透過由外包裝部u及緩衝告⑴所構 成之包裝箱10輸送並保護其免受外力影響。則係由緩衝部 12固持於包裝箱_，域1與外包裝部11之間保持有一定 以上之距離，以防止外力傳到燈卜在此，緩衝部12係使用 20按壓成型呈具有緩衝功能之形狀之PET素材#盤。又，一般 而:在對於小型1C標籤進行讀寫時，必須使讀寫器靠近^ 標籤至數mm。在此，係將包裝箱凹部13設於包裝箱1〇，而 使讀寫器6〇可靠近IC標籤4〇，藉此，即使在燈進入包裝箱 中的狀態下’仍可輕㈣對職籤進行資訊的讀^通訊）。 13 200844015 接著，面芩照第2圖一面說明放電燈安裝有IC標籤之 狀悲。燈1之燈座凸部5的端部嵌入有罩蓋41。罩蓋41固持 有1C標籤40。1C標籤4〇經讀寫器6〇讀寫有關於放電燈之資 訊及關於輸运之貢訊。由於1(：標籤4〇利用電波與讀寫器6〇 5進行祕，因此罩蓋41以容易通過電波之材質為佳。再者， 由於燈點π牯燈座4有通電，因此帽體41係使用Tefl〇n(註冊 商才示）#氟树月曰般的絕緣性材料。由於使用絕緣性之罩蓋， 因此可保覆1C標籤免受施加於燈座之高電壓影響。特別 地，重點在於保護1C標籤免受點燈開始時強力的啟動脈波 10影響。又，由於將1C標籤設於安裝於習知之光源裝置時不 會產生阻礙之部位，因此即使是不具有1(：：標籤之讀寫器的 光源裝置，仍可如習知般點燈。 接著，一面參照第3圖一面說明直管型燈安裝有IC標籤 之狀態。關於直管型放電燈，包含有例如··高壓水銀燈、 I5金屬鹵素燈、低壓水銀燈等，但並不限定於該等放電燈。 連設於發光管102之密封管103之端部固定有燈座1〇4。燈 101係透過燈座104固持於光源裝置内。燈座1〇4延伸出有供 電線7。又，供電線7之一端與發光管内之電極（圖未示）電連 接，而另一端固定有壓接端子8。燈座1〇4之端部固持有絕 20 緣性之罩蓋141。罩蓋141内設有經遮蔽部47覆蓋之1C標籤 40。1C標籤40記錄有燈資訊等。 接著，一面參照第4圖一面說明在1C標籤與讀寫器間讀 寫資訊之動作。在製造及輸送燈之過程中係利用讀寫器進 行燈資訊與輸送資訊的寫入。此時便進行實際之燈與寫入 14 200844015 ic標籤之資訊的核對。在使用有燈之光源裝置中，系統部 係透過讀寫器讀寫1C楳籤之記憶裝置的資訊。接著，考慮 該結果與光源裝置之記憶裝置之資訊，並判斷可否使用放 電燈。之後，接收該結果並於光源裝置進行警告顯示或點 燈停止之動作等。 10 15 20 寫入1C標籤之資訊包含有燈ΐ訊、輪送資訊、開啟記 錄資、點燈記錄資訊。以下’針對该等資訊進行說明。 燈資訊包含有燈個別資訊與裝置設定資訊。燈個別資訊包 含有製造年月日、製造者姓名、製造場所、製造線、燈形 式、品種編號、批號及辨別編號等。裝置設定資訊包含有 額定燈電流、額定燈電壓、冷卻條件、相對裝置之安裝方 向及使用限制時間等。輸送資訊包含有輸送經過資訊與輸 送狀態資訊。輪送經過資訊包含有卫廠出貨日期和時刻、 ㈣入庫出庫曰期和時刻、代理店進貨出貨曰期和時刻、 出貨Λ目的地(顧客）、輸送公司名稱、貨物發票編號及負責人 姓:等。輪领態資訊包含有溫度記錄與衝擊記錄 方去可舉以下方法為例。當 間達到規定一或規二二 於職籤ιί:異㈣態之資訊及當時之溫度值記錄 過加速度感測4=錄之方法可舉以下方法為例。當透 示接收到異常：衝：1接收到一定量之衝擊時，便將顯 籤。再者，亦 的貝汛及當時之加速度值記錄於1C標 開啟記錄;=制部之時刻資訊並記錄於1«藏。 "糸私開啟包裝箱之記錄、開啟發光管套 15 200844015 之記錄等記錄。#開啟包裝料或開啟發光管套時，1(：標 籤圮錄有各自的開啟記錄資訊。檢測開啟之機構係使用， 例如，藉由剝下開啟導電性封印而使電路之一部分開啟之 感測器等。當包裝箱開啟時，便根據透過控制部連接於IC 5標籤之端子部之包裝感測器的信號，將包裝箱業已開啟的 開啟圮錄貧訊寫入ic標籤。再者，亦可附加控制部之時刻 資訊並記錄於1C標籤。當開啟發光管套並從放電燈上取下 日才，包裝箱處於業已從放電燈分離之狀態。此時，便根據 未透過控制部連接於1C標籤之端子部之套感測器的信號， 10將發光官套業已取下的開啟記錄資訊寫入1C標籤。當1C標 籤40不具有電源時’之後可利用讀寫器6〇透過端子部檢測 與套感測器之連接已中斷的狀況。 點燈記錄資訊包含有點燈開始日期和時刻、關燈曰期 和時刻、再次點燈日期和時刻、點燈條件、開關次數、累計 15點燈時間、裝置個體編號、裝置設定、裝置錯誤資訊及禁止 使用資訊等。該等資訊不只可利用於放電燈之使用狀況的管 理，當放電燈產生缺陷時，亦有利於之後的原因調查。 接著’一面參照第5圖一面說明寫入1C標籤之時刻與其 内容。放電燈係從製造之後至停止使用為止對於1(：標籤進 20行讀寫。在製造燈時，係使用讀寫器將燈資訊寫入1C標籤。 在輸送燈時，係使用讀寫器將輸送經過資訊寫入1(：標籤。 接著’讀出寫入1C標籤之燈資訊，並核對燈與燈資訊。當 在輸送途中溫度或衝擊發生異常時，IC標籤便寫入有輸送 狀態資訊。又，透過開啟包裝箱，IC標籤寫入有包裝箱開 16 200844015 啟記錄資訊。透過從燈上取下發光管套，IC標籤寫入有取 下發光管套之資訊。 當業已將燈安裝於錢裝置時，光絲置便在點亮燈 之前讀取寫入ic標籤之燈資訊、輪送資訊、開啟記錄資訊、 5點燈記錄資訊，且判斷可否點燈並進行警告顯示及點燈停 止動作。當透過燈資訊判斷出其係不適合光源裝置之燈品 種日十’光源裝置便發出警告。關於輸送資訊係進行如下述 般的判斷。當從燈製造時期至點燈開始時期的期間異常地 長時，便無法確保燈之性能，因此光源裝置會發出警告。 10當從開啟包裝箱之時刻至點燈開始時㈣期間異常地長 ¥ ’燈之保％•狀況便令人懷疑，因此総裝置會發出警告。 當沒扣啟發光管套之記錄時，便令人懷疑是否忘抑下 發光管套，因此光源裝置會發出警告。當溫度記錄及衝擊 記錄留下異常記錄時，光源褒置便發出警告。光源裝置不 b只對操作者發出警告，最好是強制的使燈無法使用。 光源裝置係在使用燈之期間中寫人以下點燈記錄資 訊。光源裝置係在開始點亮燈時，將點燈開始日期和時刻 及點燈條件等寫入1C標鐵，亦可在規定時間點燈後將點燈 時間及點燈條件等寫入IC標籤。再者，當點燈時間超過燈 20之壽命時，光源裝置便對操作者發出警告或強制的關燈。 當燈關閉時，光源裝置便將點燈時間及關燈日期和時刻寫 入驟藏。當光源裝置之系統部判斷燈之點燈狀態為異常 時，便強制的關燈，再將異常狀態及發生曰期和時刻記錄 作為點燈記錄資訊寫入1c標籤。異常狀態之記錄可為裝置 17 200844015 之錯决碼等。當為不可再點燈之燈異常狀態時，便將禁止 使用#的點燈記錄資訊寫入1c標籤。在再點亮燈之情況下， 光原4置亦會在點党燈之前讀取寫入ic標藏之燈資訊、輪 U資孔開啟5己錄資訊' 點燈記錄資訊，並判斷可否點燈j 5因此，即使在仍可使用的狀況下更換燈，點燈時間等使用 記錄亦會留存於燈本體之1C標籤，故可個別地管理燈之| 命。 $ 若是達到規定壽命之燈的話，IC標籤便寫入有因達到 規定哥命而禁止使用的點燈記錄資訊。又，若是光源裝置 10之系統判斷為異常之燈且不可再點燈的話，Ic標籤便寫入 有禁止使用的點燈記錄資訊。由於具有寫入有禁止使用資 訊之1C標籤的燈會根據光源裝置之可否點燈的判斷拒絕點 燈動作，因此可防止弄錯而再次點燈。再者，光源裝置亦 可從1C標籤讀出燈資訊，並作為停止使用之燈記錄於記儕 15裝置。當從停止使用之燈回收1C標籤時，由於可從1(：標鐵 之點燈記錄資訊掌握燈之使用狀況，因此有利於今後燈品 質之管理。又，在因燈異常而停止點燈之情況下，亦有利 於該原因之調查。 當在初期點燈時、再點燈時及點燈中，Ic標鐵與讀取 20 裝置間產生通訊錯誤時，最好是採取使燈只可於一定期間 點燈的處理。當在初期點燈時或再點燈時產生通訊錯誤 時，透過操作者將燈製造編號等燈資訊輸入光源褒置之觸 碰式面板等，而可於一定時間點亮燈。由於前述輸入之製 造編號等的燈資訊事先記錄於光源裝置之記憶裝置，因此 18 200844015 ^ 5燈點㈣間之管理。當在燈點燈中產生通訊錯誤 Τ可繼績於一定期間點亮燈。在該情況下，當燈自體產 生缺陷時，笋榀、#、A t 夕卜 取好透過光源裝置強制的關燈。由於該段時間 係進订在維修人M料以進行IC賴讀取裝置之修理之暫 時處理的時間，因此—定期間係例如數日間左右的期間。 特別地，若左、家、土 10 15 任k遂的地方的話，最好將該期間設定較長。 接著，—面參照第6圖一面說明放電燈之另一包裝狀 態^狀態與燈朗部設_減讀的包裝狀態大致相 同但由於透過供電線7可使1C標籤4〇靠近包裝箱2〇之外表 面因此可使項寫器6〇靠近IC標藏4〇,而可進行正確地讀 寫(通訊）。故，不必將凹部設於包裝箱。 如前所述，本發明實施例之燈用包裝箱的結構係設有 朝1C標籤凹下之凹部，而可在收納有具有IC減之放電燈 的狀態下從外部與1C標籤通訊，因此可於保管輸送中管理 放電燈之個別資訊’而經常可安全地點燈。 產業上利用之可能性 本發明之燈用包裝箱最適合作為可嚴密地管理記錄， 並可安食地點亮放電燈之包裝箱。特別地，用以收納具有 絕對無法點亮因輸送及管理不適當而具有破裂危險之放電 20 燈之用途的放電燈之包裝箱係必要的。 C闽式簡單説明】 .第1圖係本發明實施例之燈用包裝箱之包裝狀態的圖。 第2圖係顯示收納於本發明實施例之燈用包裝箱之放 電燈的圜。 19 200844015 第3圖係使用收納於本發明實施例之燈用包裝箱之放 電燈時的圖。 第4圖係顯示於本發明實施例之燈用包裝箱中1C標籤 與讀寫器之結構的圖。The life of the discharge lamp. Even if the simple method of the material permeable body is to mount the IC; the sign is mounted on the I-light, the shape is different from that of the _, so the non-special lighting device cannot be used. Even if the son-in-law has a light-emitting sleeve, the discharge lamp will be broken due to improper storage. 2008 200815 Sad, transport state, and when the light source device is lighting. Inappropriate delivery conditions, such as abnormal impact, temperature, etc. In the case of an impact, if the impact of the light-emitting tube is broken, the lamp is not kept sealed, so that the lamp cannot be turned on, and therefore it cannot be used in the light source device. On the other hand, if the degree of cracking is inconspicuous due to the impact of the fact that the light-emitting tube is not damaged by the light-emitting tube, the light is turned on in the state where the crack is present. If the lighting is carried out in the presence of cracks as described above, the crack will start to be broken. Further, regarding the abnormal temperature, since the lamp is stored at an abnormally high temperature, the light-emitting cover adheres to the surface of the light-emitting tube, and the minute pieces which constitute the light-emitting tube sleeve after the light-emitting tube sleeve is removed remain on the surface of the light-emitting tube. Further, since the discharge lamp is stored at an abnormally low temperature, the water vapor in the air condenses or comes to the surface of the arc tube. Therefore, the stain of the fine water droplets remains on the surface of the arc tube. When the discharge lamp is lit in a state in which fine fragments or minute water droplets of the light-emitting tube cover are present on the surface of the light-emitting tube, the debris or the stained portion 15 becomes a high temperature state, and the lamp is broken. As described above, since the discharge lamp is in a state of being broken, it is difficult to judge by looking at the discharge lamp at a glance, and therefore most of the cases are lit in the original state, resulting in cracking. In order to start the lighting of the discharge lamp, it temporarily applies a high voltage of the 20 arterial wave to destroy the insulation. After that, a method of lighting at a normal voltage is taken. Therefore, when the 1C tag is directly placed on the discharge lamp, the internal circuit of the 1C tag is destroyed. Moreover, in order to protect the discharge lamp in the package, it is usually used to make a package that is significantly larger than the discharge lamp. Therefore, in the conventional lamp package, it is difficult to read and write the information of the 1C tag in which the discharge lamp is placed in the package. 9 200844015 The object of the present invention is to solve the above-mentioned conventional problems, and to utilize 1 (3⁄4 signing ceremony to manage individual information in a discharge lamp, and to secure a spot light. Means for solving the problem 5 / 7 #决 the aforementioned problem' In the present invention, the structure of the package includes: a mechanism for constituting the outer casing of the casing; a mechanism for protecting the discharge lamp with the IC tag for the communication of the line; and for holding the discharge lamp and bringing the redundant tag closer The outer packaging portion is to a degree that can be wirelessly communicated from the outside. The outer packaging portion is provided with a concave recessed toward the upstream ticket. Further, the light packaging box further includes information on the delivery status and/or opening of the recording. The information recorded in the C-standard rail mechanism 'rfUC label has the heart to save information about the discharge lamp. 'Transport status information is the temperature record information or shock record information in the discharge of the discharge lamp, and the record-opening information is opened. The recording information of the body or the recording information of the light-emitting sleeve of the discharge lamp is turned on. 15 Effect of the Invention With the foregoing structure, the individual information of the discharge lamp can be strictly managed by using the 1C label. In particular, since the information of the δ and the 1C label of the discharge lamp can be written from the outside of the lamp package, the management of the individual delivery records of the discharge lamp can be performed. The conveyance information record 20 is on the 1c label, and it is possible to prevent the use of the discharge lamp which is highly likely to be broken due to improper conveyance. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing the packaging state of the lamp package of the embodiment of the present invention. Fig. 2 is a view showing a lamp 10 200844015 stored in a lamp package according to an embodiment of the present invention. Fig. 3 is a view showing a state in which a discharge lamp housed in a lamp package according to an embodiment of the present invention is used. The figure is a view showing the structure of the 1C tag 5 and the reader/writer in the lamp package of the embodiment of the present invention. Fig. 5 is a view showing the time at which the 1C tag is written in the lamp package of the embodiment of the present invention. Figure 6 is a view showing another package state of the discharge lamp in the lamp package of the embodiment of the present invention. 10 Figures 7(a) to (e) show a diagram of a conventional lamp cover. [Embodiment] The best mode for implementing the invention is The preferred embodiment of the present invention will be described in detail with reference to Figs. 1 to 6. [Embodiment] An embodiment of the present invention is provided with a lamp package which is recessed toward the 1C label, and It is possible to communicate with the 1C tag from the outside in a state in which the discharge lamp having the 1C tag is housed. Fig. 1 is a view showing a package state of the lamp package of the embodiment of the present invention. In Fig. 1, the package is shown in Fig. 1. Ίο is a box for safely conveying the lamp 1; the outer package portion 11 is a portion constituting the outer surface of the package box 10; the buffer portion 12 is a portion for protecting the lamp 1 from the impact caused by an external force by a buffer function; The box recess 13 is a concave portion recessed from the outer surface of the package box 10; the light-emitting sleeve 14 covers and protects the casing of the 2008 200815 light-emitting tube after the discharge lamp exits the package; the transport state sensor 30 is used The mechanism for grasping the delivery state of the discharge lamp entering the package, for example, a temperature sensor, an acceleration sensor, etc.; the package sensor 31 is for detecting the mechanism that the package 10 has been opened; the cover sensor 32 Used to detect the light tube The sleeve 14 has been removed from the discharge lamp 5; the sensor control unit 33 is a circuit for collecting the electrical signals of the state sensor 30 and the package sensor 31; the signal line 34 is used for sensing The measuring unit, the sensor control units 33 and 1 (the wires for receiving and transmitting the electrical signals of the tag 4〇). Fig. 2 is a view showing a discharge lamp housed in a lamp package. In the second aspect, the lamp 1 is a short arc type discharge lamp; the arc tube 2 is a portion that emits light inside; the sealing tube 3 is a portion that seals the arc tube 2 and is connected to the holding electrode; the lamp holder 4 is externally used. Receiving electric power and holding the squeegee of the discharge lamp in the light source device, the cylindrical portion of the lamp holder having the same portion of the 6-series lamp holder is also a portion for holding the sealing portion inside; the lamp holder convex portion 5 is a cylinder of the lamp holder The portion is also a portion of the light source device that is held by the light source; the 1C label 40 is an IC chip that can store information about the discharge lamp and information about the conveyance; the cover 41 holds the IC label before the k-seat 5 The bottomed cylindrical cap of the end; the reader/writer 6 can read the information about the discharge lamp stored in the 1C tag and the information about the conveyance. Fig. 3 is a view showing an example in which an IC tag is mounted on a straight tube type lamp. In the third figure, the lamp 101 is a high-pressure mercury lamp; the light-emitting tube 102 is a straight tube made of quartz; and the sealing tube 103 is a portion that seals the light-emitting tube and connects the holding electrode; the lamp holder uses external power to receive the light and the light source. A portion of the discharge lamp is held within the device. Figure 4 is a diagram showing the structure of the shoe label and the reader. The redundancy symbol _ has a 1C chip, an antenna portion, and a terminal portion. The IC chip has a memory device. Note 12 200844015 Recall that the device records information about lights, conveys information, turns on recorded information, and lights up information. The ic tag transmits and writes information of the memory device through the antenna unit through the antenna unit. The package 10 has a transport state sensor 3, a sensor sensor 3, and a sensor control unit % and a sensor 32 for controlling the sensors. The sensor control unit 33 and the sleeve sensor 32 are electrically connected to the terminal portion of the IC tag 40. The sensor control unit 33 has a clock and can display the current time and output the time information, so that the time information can be attached to the delivery status information and the recording information can be turned on. Figure 5 shows a H) diagram of the time at which information is written to the 1C tag and its contents. Figure 6 is a diagram showing the state of the other packaging of the discharge lamp. In Fig. 6, the package 20 is used for safely transporting the lamp i; the outer packaging part is the part of the outer surface of the package 20; and the buffering is used to protect the lamp by the buffer function ^ from external force The part of the impact of the impact. Next, the function and operation of the lamp package 15 (4) of the embodiment of the present invention having the above-described configuration will be described. First, the outline of the function of the lamp package will be described with reference to the i-th surface. The lamp 1 is conveyed through the package 10 composed of the outer package portion u and the buffer (1) and protected from external force. The buffer portion 12 is held in the packaging box _, and a certain distance is maintained between the domain 1 and the outer packaging portion 11 to prevent external force from being transmitted to the lamp. Here, the buffer portion 12 is formed by pressing and forming a buffering function. The shape of the PET material #盘. Also, in general, when reading and writing small 1C tags, the reader must be placed close to the tag to a few mm. Here, the box recess 13 is provided in the package 1〇, so that the reader/writer 6 can be placed close to the IC tag 4〇, thereby being able to perform lightly (four) even in the state where the lamp enters the package. Sign the information to read ^ communication). 13 200844015 Next, I will explain the sadness of the installation of the IC tag on the discharge lamp as shown in Figure 2. A cover 41 is fitted to the end of the lamp boss 5 of the lamp 1. The cover 41 holds a 1C tag 40. The 1C tag 4 is read and written by the reader/writer 6 and has information about the discharge lamp and the information about the transport. Since the label (4) is secreted by the magnetic wave and the reader/writer 6〇5, the cover 41 is preferably made of a material that easily passes the electric wave. Further, since the lamp point π is electrically connected to the socket 4, the cap 41 is provided. The use of Tefl〇n (registered by the registrar) #氟树曰曰-like insulating material. Because of the use of an insulating cover, the 1C tag can be protected from the high voltage applied to the lamp holder. In particular, The main point is to protect the 1C tag from the strong start pulse 10 at the beginning of the lighting. Moreover, since the 1C tag is placed in a conventional light source device, there is no obstruction, so even if it does not have 1 (:: The light source device of the tag reader can be lit as usual. Next, the state in which the IC tag is attached to the straight tube lamp will be described with reference to Fig. 3. The straight tube type discharge lamp includes, for example, The high-pressure mercury lamp, the I5 metal halide lamp, the low-pressure mercury lamp, etc. are not limited to the discharge lamps. The lamp holder 1〇4 is fixed to the end of the sealing tube 103 of the arc tube 102. The lamp 101 is transmitted through the lamp holder 104. Retained in the light source device. The lamp holder 1〇4 extends out The power supply line 7. In addition, one end of the power supply line 7 is electrically connected to an electrode (not shown) in the arc tube, and the other end is fixed with a crimp terminal 8. The end of the socket 1〇4 is fixed to be 20 The cover 141 is provided with a 1C label 40 covered by the shielding portion 47. The 1C label 40 records the lamp information, etc. Next, the information read and written between the 1C label and the reader is described with reference to FIG. In the process of manufacturing and conveying the lamp, the reader uses the reader to write the lamp information and the transmission information. At this time, the actual lamp is written and checked. The information of the light is written in the light of the 2008. In the device, the system department reads and writes the information of the memory device of the 1C tag through the reader/writer. Then, considering the result and the information of the memory device of the light source device, it is determined whether the discharge lamp can be used. After receiving the result and the light source The device performs warning display or lighting stop operation, etc. 10 15 20 The information written into the 1C tag includes the information of the lamp, the information of the rotation, the recording of the record, and the recording of the information. The following 'Description of the information. Information package There are individual information and device setting information. The individual information of the lamp includes the date of manufacture, the name of the manufacturer, the manufacturing location, the manufacturing line, the lamp form, the product number, the batch number and the identification number. The device setting information includes the rated lamp current, Rated lamp voltage, cooling conditions, relative installation direction and use limit time, etc. The conveyance information includes information on the conveyance and conveyance status. The information on the shipment includes the date and time of shipment of the factory, (4) the warehouse delivery period and Time, agent purchase and delivery schedule and time, shipment, destination (customer), delivery company name, cargo invoice number and responsible person's surname: etc. The wheeled information includes temperature record and shock record. The following method is taken as an example. When the information of the rule 1 or the rule 2 is reached, the information of the different (four) state and the temperature value recorded at that time are recorded by the acceleration sensing 4 = recording method may be exemplified by the following method. When the transmission receives an exception: rush: 1 will receive a certain amount of impact, it will be displayed. In addition, the same Bellow and the acceleration value at that time are recorded in the 1C standard to open the record; = the moment of the Ministry of Information and recorded in 1 «Tibetan. "Privately open the record of the package, open the record of the light tube sleeve 15 200844015 and other records. # When opening the package or opening the LED sleeve, 1 (: the label has its own record of opening the record. The mechanism for detecting the opening is used, for example, by peeling off the conductive seal to make one part of the circuit open. When the package is opened, the open message recorded by the package is written into the ic tag according to the signal of the package sensor connected to the terminal portion of the IC 5 tag through the control unit. The time information of the control unit can be added and recorded in the 1C label. When the light-emitting sleeve is opened and removed from the discharge lamp, the package is in a state of being separated from the discharge lamp. At this time, it is connected according to the non-transmission control unit. The signal of the sensor of the terminal part of the 1C tag, 10 writes the open record information that has been removed by the light-emitting official set into the 1C tag. When the 1C tag 40 does not have the power supply, the reader can be used to pass through the terminal part. Detecting the disconnection of the connection with the sensor. The lighting record information includes a little light start date and time, turn-off time and time, re-lighting date and time, lighting conditions, number of switches, Accumulate 15 lighting hours, device individual number, device settings, device error information, and prohibition of use information. Such information can be used not only for the management of the use of the discharge lamp, but also for the subsequent reasons when the discharge lamp is defective. Next, we will explain the time and contents of writing the 1C label with reference to Figure 5. The discharge lamp is read and written for 1 (: 20 in the label after the manufacturing is stopped). The lamp writes the lamp information to the 1C tag. When the lamp is delivered, the reader uses the reader to write the message through the message 1 (: tag. Then 'read the lamp information written to the 1C tag, and check the lamp and lamp information. When the temperature or impact occurs abnormally during the transportation, the IC tag is written with the conveyance status information. Also, by opening the package, the IC tag is written in the package opening 16 200844015 to record information. By removing the light-emitting sleeve from the lamp The IC tag is written with the information to remove the LED sleeve. When the lamp has been installed in the money device, the light wire will read the information written in the ic tag and rotate before the lamp is lit. The message is recorded, the information is recorded, and the information is recorded at 5 o'clock. It is judged whether the light can be turned on and the warning display and the lighting stop operation are performed. When the light source information is judged to be unsuitable for the light source device, the light source device will issue a warning. The conveyance information is judged as follows. When the period from the lamp manufacturing period to the lighting start period is abnormally long, the performance of the lamp cannot be ensured, and therefore the light source device issues a warning. 10 When the package is opened It is unusually long to start at the beginning of the lighting (4). 'The % of the lamp is saved. ・The situation is doubtful, so the device will issue a warning. When the record of the light pipe cover is not buckled, it is doubtful whether to forget the light. The sleeve, so the light source device will issue a warning. When the temperature record and the impact record leave an abnormal record, the light source device will issue a warning. The light source device does not only warn the operator, it is best to force the lamp to be unusable. The light source device writes the following lighting record information during the use of the lamp. The light source device writes the lighting start date and time, lighting conditions, and the like to the 1C standard when the lighting is started, and can also write the lighting time, lighting conditions, and the like to the IC tag after lighting for a predetermined period of time. Furthermore, when the lighting time exceeds the life of the lamp 20, the light source device issues a warning to the operator or forcibly turns off the light. When the light is turned off, the light source device writes the lighting time and the date and time of turning off the light. When the system unit of the light source device determines that the lighting state of the lamp is abnormal, the lamp is forcibly turned off, and the abnormal state, the occurrence cycle, and the time record are written as the lighting record information into the 1c tag. The record of the abnormal state may be the wrong code of the device 17 200844015, and the like. When it is an abnormal state of the lamp that can no longer be lit, the lighting record information prohibiting the use of # is written to the 1c tag. In the case of re-lighting the light, the light source 4 will also read the information written in the ic standard before the party light, the round U-port open 5 recorded information 'lighting record information, and judge whether it is possible Therefore, even if the lamp is replaced in a condition that can still be used, the usage record such as the lighting time remains in the 1C tag of the lamp body, so that the lamp can be individually managed. $ If the lamp reaches the specified life, the IC tag will be written with the lighting record information that is prohibited from being used due to the prescribed life. Further, if the system of the light source device 10 determines that the lamp is abnormal and cannot be lit again, the Ic tag is written with the lighting record information forbidden to use. Since the lamp having the 1C tag written with the prohibition of use of the information rejects the lighting operation based on the judgment of the light source device, it is possible to prevent the mistake from being turned on again. Further, the light source device can also read the lamp information from the 1C tag and record it on the recording device 15 as a stop lamp. When the 1C label is recovered from the lamp that has been used, it is possible to control the use of the lamp from the information recorded by the lamp (1): it is advantageous for the management of the lamp quality in the future. In this case, it is also conducive to the investigation of the cause. When the initial lighting, re-lighting and lighting, when the Ic standard and the reading 20 device generate communication errors, it is best to take the light only When the communication error occurs during the initial lighting or when the lighting is turned on again, the operator can input the lamp information such as the lamp manufacturing number into the touch panel of the light source, etc., at a certain point in time. Since the lamp information of the input manufacturing number and the like is recorded in advance in the memory device of the light source device, 18 200844015^5 management between the lamp points (4). When a communication error occurs in the lamp lighting, the performance can be continued for a certain period of time. Lights up the lamp. In this case, when the lamp itself has a defect, the bamboo shoots, #, A t are taken to be turned off by the light source device. Since this time is ordered in the maintenance person M material IC Lai reading device repair In the case of the time period of the temporary processing, for example, the period of the period is, for example, a period of several days. In particular, if the left, the home, and the soil 10 15 are k遂, it is preferable to set the period to be long. Referring to Fig. 6, one side of the packaging lamp is explained, and the state of the package is substantially the same as that of the lamp reading unit. However, since the 1C label 4 is close to the outer surface of the package 2 through the power supply line 7, The item writer 6 is placed close to the IC tag 4, and can be correctly read and written (communication). Therefore, it is not necessary to provide the recess in the package. As described above, the structure of the lamp package of the embodiment of the present invention It is provided with a concave portion recessed toward the 1C label, and can communicate with the 1C label from the outside in a state in which the discharge lamp with IC reduction is accommodated, so that the individual information of the discharge lamp can be managed during storage and transportation, and the safe place is often safe. INDUSTRIAL APPLICABILITY The lamp package of the present invention is most suitable as a package for rigorously managing records and lighting the discharge lamp in a safe place. In particular, it is used for storage and has absolutely no illumination due to transportation and management. Discomfort A packaging box for a discharge lamp for use in a discharge lamp having a risk of rupture is necessary. A simple description of the C-type is shown in Fig. 1. Fig. 1 is a view showing a packaging state of a lamp package according to an embodiment of the present invention. Fig. 3 is a view showing a state in which a discharge lamp housed in a lamp package according to an embodiment of the present invention is used. Fig. 4 is a view showing a state in which a discharge lamp housed in a lamp package according to an embodiment of the present invention is used. A diagram of the structure of a 1C tag and a reader/writer in a lamp package according to an embodiment of the present invention.
5 第5圖係顯示於本發明實施例之燈用包裝箱中寫入1C 標籤之時刻及其内容的圖。 第6圖係顯示於本發明實施例之燈用包裝箱中放電燈 之另一包裝狀態的圖。 第7(a)〜(e)圖係顯示習知燈之套的圖。 10 【主要元件符號說明】 卜101···燈 13...包裝箱凹部 2、102...發光管 14…發光管套 3、103...密封管 30...輸送狀態感測器 4、104···燈座 31...包裝箱感測器 5…燈座凸部 32...套感測器 6...燈座圓筒部 33…感測器控制部 7...供電線 34...信號線 8…壓接端子 40. 1C 標籤 9…連接器 4卜141…罩蓋 10、20...包裝箱 42···管 11、21…外包裝部 47…遮蔽部 12、22···緩衝部 60...讀寫器 205 Fig. 5 is a view showing the timing at which the 1C tag is written in the lamp package of the embodiment of the present invention and its contents. Fig. 6 is a view showing another package state of the discharge lamp in the lamp package of the embodiment of the present invention. Figures 7(a) to (e) show a diagram of a conventional lamp set. 10 [Description of main component symbols] Bu 101···Light 13...Package recess 2,102...Light-emitting tube 14...Light-emitting sleeve 3,103...Sealing tube 30...Transportation state sensor 4, 104··· Lamp holder 31...Package sensor 5... Lamp holder convex portion 32... Case sensor 6... Lamp holder cylindrical portion 33... Sensor control unit 7.. Power supply line 34...Signal line 8... Crimp terminal 40. 1C Label 9... Connector 4 141... Cover 10, 20... Packing box 42··· Tubes 11, 21... Outer packaging part 47... Shading unit 12, 22··· buffer unit 60... reader/writer 20