201217191 六、發明說明： 【發明所屬之技術領域】 本發明係關於在被加飾體一方之表 來加飾之轉印加飾品的製造方法、轉印 加飾品。 【先前技術】 在金屬與樹脂等成形品之表面施有 使用在汽車、家庭用電器製品、行動電 等各種領域。對成形品之表面的加飾， 具有轉印層之轉印片接觸成形品之表面 圖仏來進行。然而，在所轉印之成形品 體形狀的情況下，為了使轉印片沿著成 ’因此有時亦使用例如專利文獻1所示 (a i r - p r e s s u r e f 〇 r m i n g)裝置。 [專利文獻1]日本特開2002·79573 【發明内容】 [發明所欲解決之課題] 在對作為被加飾體的金屬體進行轉 ’將轉印片對金屬體按壓之壓力若非大 印層無法密接於金屬體之表面。又，在 為深邃形狀等的立體形狀的情況下，即 氣成形裝置’亦難以賦予既均勻又充分 印片均等地密接在被加飾體之表面，且 壓力’設備本身亦變得很龐大。又，有 部與成形樹脂部為連續之表面的複合品 (曰本特願2009-272836，參照第7圖）。 .面施以利用轉印 加飾裝置及轉印 加飾之製品，係 活、及個人電腦 例如，係藉由使 以轉印轉印層之 的表面形狀為立 形品之表面接觸 之壓縮空氣成形 號公報 印加飾的情況下 到某程度，則轉 被加飾體之表面 使已使用壓縮空 的壓力’以使轉 為了賦予必要之 一種對具有金屬 進行加飾的技術 以此技術所製造 201217191 之製品，係由具有 一體化在金屬部之 在金屬部之表面與 層所構成。此製造 轉印片與金屬部配 至模穴，藉此同時 轉印層之表面加飾 方法中’由於係利 之轉印片伸展至熔 之移動受到抑制， 端即成形樹脂部， 生皺紋。 開口之金屬部、以 背面側的成形樹脂 開口部分之成形樹 方法中，係在射出 置於既定之位置， 地進行成形樹脂部 。依製品之形狀或 用炫融樹脂之流動 融樹脂之流動方向 因此有時在位於炼 其與金屬部之邊界 填充該開口之方式 部、以及連續形成 脂部之表面的轉印 成形金屬模具内將 以將熔融樹脂射出 之射出成形與運用 成形條件，此製造 與熱’使開口部分 ’金屬部之轉印片 融樹脂之流動之前 附近會於轉印片發 曰係以獲得一種在被加飾體之 實地施以轉印層之加飾之轉印加 ：：既簡單又確 加.裝置及轉印加飾品為目的。又，此，方法、轉印 種防止加飾時轉印片之i紋，將複合^明係以提供一 確實地藉由轉印層進行加飾之轉印加二表面既簡易又 轉印加飾裳置及轉印加挪品為目的。L的製造方法、 [解決課題之手段] 本發明之轉印加掷品之萝 具備：於帛1模配置被加飾體的步騍：1 1特徵手段係 轉印片配置於與該被加飾It之表面相I有轉印層之 ，·將該第1模與第2模予以鎖模，以D之位置的步驟 印片之間形成模穴的步冑；以及將:亥第2模與該轉 藉由該媒體將該轉印片按壓於該被加=入至該模穴， 體將5亥轉印片加熱，以將該 ’並且以該媒 步驟。 印至該被加飾體的201217191 SUMMARY OF THE INVENTION Technical Field of the Invention The present invention relates to a method of manufacturing a transfer jewel which is decorated on the side of a decorative body, and a transfer jewel. [Prior Art] It is used in various fields such as automobiles, household electrical appliances, and mobile power in the surface of molded articles such as metal and resin. The surface of the molded article is decorated with a transfer sheet having a transfer layer in contact with the surface of the molded article. However, in the case of the shape of the molded article to be transferred, in order to cause the transfer sheet to be formed, for example, a device (a i r - p r e s s u r e f 〇 r m i n g) shown in Patent Document 1 is sometimes used. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2002-79573 [Problem to be Solved by the Invention] In the case of rotating a metal body as a decorative body, the pressure of pressing the transfer sheet against the metal body is not a large printing layer. Cannot be intimately attached to the surface of the metal body. Further, in the case of a three-dimensional shape such as a deep shape, it is difficult to provide a uniform and sufficient print evenly to the surface of the object to be decorated, and the pressure itself itself becomes large. In addition, there is a composite product having a continuous surface with the molded resin portion (Japanese Patent Application No. 2009-272836, see Fig. 7). The surface is coated with a transfer garnishing device and a transfer embossed article, such as a compressed air forming number by contacting the surface of the transfer transfer layer with a surface of the vertical transfer product. In the case of the publication of the slogan, the surface of the embossed body is turned to the surface of the embossed body so that the pressure of the compressed space is used to make it necessary to impart the necessary technique for the decoration of the metal to the product of 201217191. It is composed of a surface and a layer of a metal portion which are integrated in the metal portion. This manufacturing of the transfer sheet and the metal portion is carried out to the cavity, whereby the surface of the transfer layer is simultaneously decorated by the method of expanding the transfer of the transfer sheet to the melt, and the end portion is formed into a resin portion to cause wrinkles. In the method of forming a metal portion of the opening and a molding resin opening portion on the back side, the resin portion is formed by projecting at a predetermined position. The flow direction of the resin according to the shape of the product or the flow of the molten resin is sometimes in the transfer molding die in which the opening portion is filled at the boundary between the metal portion and the surface of the grease portion. In the injection molding and application molding conditions for injecting the molten resin, the heat transfer is performed on the transfer sheet before the flow of the transfer portion of the metal portion of the opening portion is melted to obtain a decorative body. The transfer of the transfer layer of the transfer layer is applied: it is simple and correct. The device and the transfer plus jewelry are for the purpose. Moreover, the method and the transfer type prevent the i-pattern of the transfer sheet during the decoration, and the composite is provided to provide a transfer by the transfer layer, and the transfer of the two surfaces is simple and transferable. For the purpose of transfer and transfer. [Manufacturing Method of L, [Means for Solving the Problem] The transfer and throwing product of the present invention has a step of arranging the decorative body in the first mold: 1 1 characteristic means is a transfer sheet disposed on the decorated The surface phase I of It has a transfer layer, the first mold and the second mold are clamped, and the step of forming a cavity between the prints at the position of D; and the second mold The transfer presses the transfer sheet to the mold hole by the medium, and the body heats the 5 piece transfer sheet to use the medium step. Printed to the ornamented body
S 201217191 以此方式’由於係在將轉印片配置於與被加飾體之 表面相對向的位置之後’將媒體注入至形成在第2模盘 轉印片之間的模穴，藉由媒體將轉 /、 |片铋壓於被加飾體 ，因此即使是被加飾體之表面為深 狀4的立體形狀 亦不易在轉印片與被加飾體之間發生空氣蓄積， 升轉印片與被加飾體之密接性’確實地轉印轉印層於被 加飾體。 又，作為朝向被加飾體按壓轉印片之媒體，藉由使 用例如熔融樹脂，對轉印片給予壓力及熱。其結果即可 藉由媒體之熱使轉印片軟化同時並按壓於被力:：體可 易於對被加飾體轉印轉印層。再者，無須使用龐大之製 造裝置，藉由簡易之射出金屬模具即可進行轉印加飾品 之製造。 °° 本發明之轉印加飾品之製造方法的第2特徵手段， 係在於該媒體為熱可塑性樹脂之點。 注入至形成在第2模與轉印片之間之模穴的媒體， 係僅使用在用以將轉印片按壓於被加飾體之表面，完全 未被包含在最終所製造之轉印加飾品。因此，使用後之 媒體直接被廢棄的可能性即變高，在媒體為例如炫融樹 脂的情況下，可能會對環境造成不良影響。然而，若媒 體為熱可塑性樹脂’在將轉印片按壓於被加飾體之表面 時’係以高溫之狀態射出，之後即使變成低溫而固化， 亦只要再-欠加熱即軟化。因此’為了將轉印片按壓於被 加飾體之表面而使用的熱可塑性樹脂，便無須廢棄而可 再度利用。 5 201217191 本發明之轉印加 係具備在鎖模之前， 吸引步驟步驟。 飾品之製造方法的第3 將該轉印片與被加飾體 特徵手段， 近接之減壓 根據本特徵年鉛 ^ 在注入將轉印片按壓於被如銘骑 之表面的媒體前，由於轉印片為抵接於被加能 ，：：在媒體將轉印片按壓於被加飾體之表面：： 二產生轉印片對被加飾體之表面之抵接不夺便; ::::…加飾體之密心生，確實地轉印轉印層至 品之製造方法的第4特徵手段， 1模與該第2模之鎖模方向挾持 本發明之轉印加飾 係在於具備有沿著該第 δ亥轉印片的步驟之點。 根據本特徵手段，由於 方向挾持轉印片，因此可抑 偏移，並且可確實地挾持轉 抵接離開。 沿著第1模與第2模之鎖模 制轉印片從被加飾體之表面 印片對被加飾體之表面進行 …本發明之轉印加倚品裝置的帛1特徵構成，係具備 :第1模與第2模，係在内部形成模穴並且可彼此鎖模 載置。Ρ ’係以使其與具有轉印層之轉印片抵接的狀離 ，以可载置被加飾體的方式，形成在該第"莫之内面〔 以及媒體注人機構’係將推難轉印片至該被加飾體之 媒體注入至該模穴。 根據本構成，能以將被加飾體使其與轉印片抵接之 狀態載置於載置部，從媒體注入機構將媒體注入至形成 在第2模與轉印片之間的模穴，藉由媒體將轉印片按愿 3 .201217191 至被加飾體，並处里 ”、、，。果即可製造確實地 印加飾品。 、轉印有轉印層之轉 本發明之轉印知I# 具備有挾持夾器，兮：=置的第2特徵構成，係在於 模之鎖模方向挾持=係沿著該第〗模與該第2 貼近離開。 17片，使該轉印片對該被加飾體 .. 於在以挾持夾器挾持韓ep g & &能 對被加飾體進行抵接 、轉P片的狀心 接於被加飾體之表面 因此可確實地保持轉印片抵 之表面的狀態。其钟要炎备 月離開被加飾體 表©的& # °〜，在轉印片抵接於被加飾體之 衣面的狀態，即可抑制 在轉印h錐pm P片對被加飾體之位置偏移， 轉P片離開被加飾體之表 模之载置部的載置％狀態’被加飾體對第1 得容易。 專卩加飾品從第1模之取出即變 本發明之轉印加飾品裝 以扃肱兮、*上批 我置的第3特徵構成，係在於 以在將该被加飾體載置 ^ ^ ^ , 於忒载置部之狀態，使該被加飾 體之周緣部離開第丨.槿 谇夕、内面的方式設定該載置部之高 没點。 如本構成般，在將被加飾體載置於載置部之狀態， :::被力:飾體之周緣部離開第1模之内面的方式設定 沾向Ρ之门度#可使轉印片回繞至被加飾體之周緣部 '侧，可擴展被加飾體之表面的轉印區域。 本發明之轉印加掷品裝置的第4特徵構成係在於 f1模之内面施有防止從該轉印片轉印轉印層的防 止附著塗層之點。 3 .201217191 如本構成般’若在第1模之内面 轉印轉印層㈣止^塗層，可確實 至金屬模具之内面。 本發明之轉印加饰品裳置的第5 具備有在將該媒胃注入至該模穴之狀 之壓力的加壓機構之點。 如本構成般，若具備有在將該媒 狀態，提高該媒體之壓力的加壓機構 媒體便受到壓縮’進一步整體地增加 之表面的按壓力，而可更確實地進行 之表面的轉印。 本發明之轉印加飾品的特徵構成 被加飾體之表面的凹部或凸部，使用 手段來轉印轉印層之點。 如本構成般，若對形成在被加飾 凸部使用前述第1至4特徵手段轉印 成於被加飾體之表面的凹部或凸部微 與壓力的轉印層係順著凹部或凸部密 印加飾品令，形成於被加飾體之表面 由轉印層確實地轉印以進行加飾。又 ，亦可使被加飾體之表面加工（紋路或 與圖樣之位置配合。 【實施方式】 以下’根據圖式說明本發明之實 施有防止從轉印片 地防止轉印層轉印 特徵構成，係在於 態中，提高該媒體 體注入至該模穴之 時，注入至模穴之 轉印片對被加飾體 轉印層對被加飾體 ’係在於對形成在 前述第1至4特徵 體之表面的凹部或 轉印層時，即使形 細’受到媒體之熱 接。其結果，在轉 的凹部或凸部即藉 ’在轉印加飾品上 滾紋（knurling)等） 泡形態。 •5 .201217191 [第〗實施形態] 第1圖〜第6圖皆為表示轉印 。 轉印加飾品传料 ^之製程的圖 係對破加飾體2〇使用 的圖。 施以加飾所製造。 月1 2作為加飾片 使用於轉印加飾品之製造的轉 :第1模1、坌9 。 丨力韩裝置，係具備 俱 弟2輪2、轉印片保持機椹 機構。轉印加冑品係且字機構、以及媒體注入 體2〇、形成於被加飾體2〇之表 ：2之：加飾 以下製程所製造。 的轉…2a，其經由 [轉印片] 轉印片1 2，係具備有：基體κ〇 κ 胥啕丞體片12b、以及形成於基 體片12b上之轉印層12a。基體片12b係支撐轉印層 之片體。基體片1 2b係可使用一般所知之轉印片的基體 片。作為基體片12b之構成材料，係可自由列舉出從聚 對苯二甲酸乙二酯（polyethylene terephthalate)等之聚醋 (polyester)系樹脂、聚丙烯（p〇iypr〇pyiene)系樹脂、丙稀 酸（acrylic)系樹脂、聚碳酸酯（p〇iycarbonate)系樹脂、聚 醯胺（polyamide)系樹脂、聚醯亞胺（poiyimide)系樹脂、 歸烴（olefin)系樹脂、胺曱酸乙醋（urethane)系樹脂、以及 丙烯腈 丁二烯苯乙烯（acrylonitrile butadiene styrene)系 樹脂所構成之群中選擇的至少1種合成樹脂。基體片1 2b 係可列舉由上述之合成樹脂所形成的單層片、積層有單 層片2片以上的積層片、以及使用上述之合成樹脂的共 聚片等。尤其，在此發明之各實施形態之轉印加飾品的 製造方法中，可輕易地選到尺寸穩定性佳且不易因印刷S 201217191 In this way, 'the film is injected into the cavity formed between the second die transfer sheets after the transfer sheet is disposed at a position opposed to the surface of the decorative body, by the medium The transfer/, | sheet is pressed against the decorated body, so even if the surface of the decorated body is deep, the three-dimensional shape is not easy to accumulate air between the transfer sheet and the decorated body, and the transfer is performed. The adhesion between the sheet and the decorative body 'reproduces the transfer layer to the object to be decorated. Further, as a medium for pressing the transfer sheet toward the decorative body, pressure and heat are applied to the transfer sheet by using, for example, a molten resin. As a result, the transfer sheet can be softened by the heat of the medium while being pressed against the force: the body can easily transfer the transfer layer to the decorated body. Furthermore, it is not necessary to use a large manufacturing apparatus, and the manufacture of a transfer jewel can be carried out by simply ejecting a metal mold. ° The second characteristic means of the method for producing a transfer jewel according to the present invention is that the medium is a thermoplastic resin. The medium injected into the cavity formed between the second mold and the transfer sheet is used only for pressing the transfer sheet against the surface of the object to be decorated, and is not included in the final manufactured transfer jewelry. . Therefore, the possibility that the medium after use is directly discarded becomes high, and in the case where the medium is, for example, a dazzling resin, the environment may be adversely affected. However, if the medium is a thermoplastic resin, when the transfer sheet is pressed against the surface of the object to be decorated, it is ejected at a high temperature, and then cured even if it is brought to a low temperature, and softened as long as it is underheated. Therefore, the thermoplastic resin used for pressing the transfer sheet against the surface of the object to be decorated can be reused without being discarded. 5 201217191 The transfer attachment of the present invention has a step of attracting steps before clamping. The third method of manufacturing the jewelry, the transfer sheet and the feature of the attached body, and the decompression of the contact is performed according to the characteristic lead, before the transfer of the transfer sheet to the medium of the surface of the elephant, due to the transfer The printing sheet is abutting to be energized, and:: pressing the transfer sheet on the surface of the object to be decorated in the medium: 2, the transfer sheet is not in contact with the surface of the decorated body; ::: The fourth feature of the method for manufacturing a transfer layer to a product, and the transfer mode of the first mold and the mold clamping direction of the second mold are provided in the present invention. The point along the step of the δ-th transfer sheet. According to this characteristic means, since the transfer sheet is held in the direction, the offset can be suppressed, and the transfer can be surely held. The transfer-molding sheet along the first mold and the second mold is formed on the surface of the object to be decorated from the surface of the object to be decorated. The 帛1 feature of the transfer-receiving device of the present invention is provided. The first mold and the second mold form a cavity inside and can be clamped to each other. Ρ ' is formed so as to be in contact with the transfer sheet having the transfer layer, so as to be placed on the surface of the article, and the inner surface of the medium (and the media injection mechanism) The medium that pushes the difficult transfer sheet to the ornamented body is injected into the cavity. According to this configuration, the object to be attached can be placed on the placing portion in a state in which the object to be attached is brought into contact with the transfer sheet, and the medium is injected from the medium injection mechanism into the cavity formed between the second mold and the transfer sheet. By the media, the transfer sheet can be decorated according to the wish 3 .201217191, and the inside of the ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Knowing that I# has a clamp holder, the second characteristic of the 兮:= is set in the mold clamping direction of the mold = the system is placed close to the second along the first mold. 17 sheets, the transfer sheet is made The object to be decorated is: the ep g && can be attached to the surface of the object to be decorated, and the P-piece is attached to the surface of the object to be decorated. Keeping the state of the transfer sheet against the surface. The clock is required to leave the body of the decorated body © &# °~, and the transfer sheet is in contact with the surface of the decorated body to suppress In the transfer h cone pm P sheet is offset from the position of the decorated body, and the P piece is placed away from the mounting portion of the surface of the decorated body in the % state of the attached body pair 1 It is easy to add. The special jewelry is removed from the first mold, and the transfer and jewelry of the present invention are replaced by the third feature of the upper part of the present invention, which is placed in the decorative body. ^ ^ ^ , in the state of the mounting portion, the peripheral portion of the decorative body is separated from the 丨 槿谇 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The decorative body is placed in the state of the mounting portion, ::: Forced: the peripheral portion of the decorative body is separated from the inner surface of the first mold, and the thickness of the surface of the first mold is set to make the transfer sheet rewind to be decorated. The peripheral portion of the body can expand the transfer area of the surface of the decorative body. The fourth feature of the transfer and throwing device of the present invention is that the inner surface of the f1 mold is prevented from being transferred from the transfer sheet. The point of the printed layer to prevent adhesion of the coating. 3.201217191 As in the present configuration, if the transfer layer (four) is applied to the inner surface of the first mold, the coating can be confirmed to the inner surface of the metal mold. The fifth place of the skirt is provided with a pressurizing mechanism for injecting the medium into the cavity. As in this configuration, if In the state of the medium, the pressurizing mechanism medium which raises the pressure of the medium is subjected to compression of the surface which is further increased in total, and the transfer of the surface can be performed more surely. a concave portion or a convex portion constituting the surface of the decorative body, and a point at which the transfer layer is transferred by means of the means. As in the present configuration, the first and fourth characteristic means are formed by transferring the formed convex portion to the decorative convex portion. The concave or convex portion of the surface of the decorative body and the pressure transfer layer are densely printed along the concave portion or the convex portion, and are formed on the surface of the decorative body to be reliably transferred by the transfer layer for decoration. Moreover, the surface of the object to be decorated may be processed (textured or matched with the position of the pattern. [Embodiment] Hereinafter, the implementation of the present invention according to the drawings will be described to prevent transfer layer transfer from being prevented from being transferred from the transfer sheet. In the state of being formed, when the medium body is injected into the cavity, the transfer sheet injected into the cavity is attached to the object to be decorated, and the pair is formed in the first to 4 concave surface of the feature body When the portion or the transfer layer is formed, even the shape 'heats by the medium. As a result, the concave portion or the convex portion of the rotation is a bubble form by knurling or the like on the transfer decorative member. • 5.201217191 [Embodiment] Each of Figs. 1 to 6 shows transfer. The transfer of the jewelry and the material transfer ^ The process of the map is used to break the decorative body 2〇. Manufactured by the decoration. Month 1 2 as a decorative piece Used in the manufacture of transfer jewelry: the first die 1, 坌9. The 丨力韩装置 has a 2nd wheel 2, a transfer sheet holding machine mechanism. The transfer twisted product and the word mechanism and the medium injection body 2 are formed on the surface of the object to be decorated 2: 2: Addition The following process is manufactured. The transfer sheet 2 2 is provided with a transfer sheet 12a comprising a base κ 〇 胥啕丞 body sheet 12b and a transfer layer 12a formed on the base sheet 12b. The base sheet 12b supports a sheet of the transfer layer. As the base sheet 12 2b, a base sheet of a generally known transfer sheet can be used. The constituent material of the base sheet 12b is exemplified by a polyester resin such as polyethylene terephthalate, a polypropylene (p〇iypr〇pyiene) resin, and propylene. An acrylic resin, a polycarbonate resin, a polyamide resin, a poiyimide resin, an olefin resin, and an amine citrate At least one synthetic resin selected from the group consisting of a resin and an acrylonitrile butadiene styrene resin. The base sheet 1 2b may be a single layer sheet formed of the above synthetic resin, a laminate sheet in which two or more sheets of a single layer sheet are laminated, and a copolymer sheet using the above synthetic resin. In particular, in the method of manufacturing a transfer jewel according to each embodiment of the present invention, dimensional stability is easily selected and it is difficult to print
S 10 201217191 乾燥而變形之聚對苯二甲酴7 , τ a夂乙一酯（polyethyIene terephthalate)樹脂等的基體片。並且，在利用真空吸引 使轉印片12密接於被加飾體2〇之|，以橡膠體加埶之 習知的轉印中’係必須選擇在指定之範圍中易於熱壓變 形的基體片12b。 轉印層12a係例如具備有表現文字或圖樣之圖案層 、以及使被加飾體與轉印層之接著性提升的接著層。亦 可具備確保被加飾體20表面之強度以使耐擦傷性提升 的硬塗層或使層間密接性提升的錨固層，或具備複數個 複數個圖案層等同類型之層。亦可在基體# m與轉印 層Ua之間具備有使轉印層12a從基體片丨几之剝離性 提升的脫模層。圖案層等係藉由凹版印刷法 ' 網版印刷 法、及平版印刷法等之印刷法、凹版塗佈法、輕塗佈法 、及到刀塗佈法等之塗佈法形成在基體片丨孔上。 [被加飾體] 士，加飾體20，例如，係具有凸狀部2〇a之金屬壓板 樹知成形體、以及玻璃等。在被加飾體2〇之表面係 未進行任何前處理’或已進行氧皮鋁(alumite)處理(被加 飾體=0為銘之情況下）、火焰（flame)處理 '電聚（piasma) 處理等之表面處理，或以易於形成轉印層12a之方式預 先進行接著劑之塗附#的表面處王里m貼附轉印層 12:易於接著之片#。被加飾體2〇之表面處理或表面之 被覆材，係必須對應被加飾體20與形成於表面之轉印層 12a的各組合來選擇適合之材質。S 10 201217191 A base sheet of dried and deformed poly(p-xylylene carbonate) 7 or a polyethy Iene terephthalate resin. Further, in the conventional transfer in which the transfer sheet 12 is adhered to the object to be decorated by vacuum suction, and the rubber body is twisted, it is necessary to select a base sheet which is easily deformed by hot pressing in a specified range. 12b. The transfer layer 12a is provided, for example, with a pattern layer that expresses a character or a pattern, and an adhesive layer that enhances the adhesion between the object to be decorated and the transfer layer. It is also possible to provide a hard coat layer for ensuring the strength of the surface of the decorative body 20 to improve the scratch resistance or an anchor layer for improving the adhesion between the layers, or a layer having a plurality of pattern layers of the same type. Further, a release layer for improving the releasability of the transfer layer 12a from the base sheet may be provided between the substrate #m and the transfer layer Ua. The pattern layer or the like is formed on the substrate sheet by a gravure printing method, a printing method such as a screen printing method or a lithography method, a gravure coating method, a light coating method, and a coating method such as a knife coating method. On the hole. [Attached body] The decorative body 20 is, for example, a metal press plate having a convex portion 2〇a, a molded body, and glass. The surface of the body to be decorated 2 is not subjected to any pretreatment' or has been treated with alumite (in the case of the decorated body = 0), flame treatment 'electropolymer' (piasma) The surface treatment of the treatment or the like, or the surface of the adhesive coating # previously applied in such a manner that the transfer layer 12a is easily formed, the transfer layer 12 is attached to the surface: the sheet # is easy to be attached. The surface treatment of the decorative body 2 or the surface covering material must be selected in accordance with each combination of the decorative body 20 and the transfer layer 12a formed on the surface.
-11- S 201217191 [第1模] 於第1模1，係從内面突出形成有配置被加飾體20 之載置部1A。載置部1A係對應被加飾體20背面之形狀 的形狀。因此，載置部1A亦可形成為平面狀或凹狀。又 ’第1模1係以在鎖模時沿著被加飾體20配置轉印片 作為加飾片的方式構成。在被加飾體2〇配置於第1 模1之載置部1A結束後的階段，在被加飾體2 0與第2 模2之間配置轉印片！ 2。轉印片1 2係以轉印層i 2a與 基體片1 2b構成，轉印層1 2a係將被加飾體之表面加以 加飾。該轉印片12，例如，係將輥筒狀之長條膜材展開 配置於該位置。 [第2模] 於第2模2，係形成有具有沿著被加飾體2〇表面之 形狀的模穴（cavity)面 在被加飾體2 0與模穴 空間V。 2A，藉由與第丨模丨之鎖模，而 面2A之間形成可注入樹脂之模穴 L轉印片保持機構] 作為轉印片保持機構，於第 1衩1係设有朝向模面 1 a每性推彈之第1夹哭 杳λ 。。4興弟2夹器5。詳細而言，如 1圖所示，第1夹器4係設於較第 面1 a之伤要务 平又弟2夹态5遇接近模 之位置，在設於第丨模丨 動板7安F# 円邛之空間部1B的可 女衷有貝通弟"莫丨之内 奂哭c〆 1的動作桿6。又，第） 又态5係在設於第丨模 弟2 ^ 、 二間部1B的可動；^9 放有貫通第1模1之内部的動作桿8。 9 201217191 可動板9係設在較安裝第！夾器4之動作桿6的可 =離開模面u的位置，動作桿8係貫通可動板7 置IS:動板9。在空間"中’可動板7係藉由配 性構it7與空間部1B之模面U側之壁面之間的彈 彈離開模面1&之方向。可動板9係透過 推彈2 ^ 4結於可動板7，彈性構件93係將可動板9 面1a之方向。其結果，第1夾…即被 ^換面la。又，於空間部1B係在較可動板7及9 接近核面la之位置具備有固定板1〇。-11-S 201217191 [First Modulus] In the first mold 1, the placing portion 1A on which the decorative body 20 is placed is formed to protrude from the inner surface. The placing portion 1A has a shape corresponding to the shape of the back surface of the decorative body 20. Therefore, the placing portion 1A can also be formed in a planar shape or a concave shape. Further, the first mold 1 is configured such that a transfer sheet is placed along the object to be decorated 20 as a decorative sheet at the time of mold clamping. The transfer sheet is placed between the decorated body 20 and the second mold 2 at a stage after the finished body 2 is placed on the mounting portion 1A of the first mold 1! 2. The transfer sheet 1 2 is composed of a transfer layer i 2a and a base sheet 1 2b, and the transfer layer 12 2 is decorated with the surface of the object to be decorated. The transfer sheet 12 is, for example, a roll-shaped long film material which is disposed at this position. [Second mode] In the second mold 2, a cavity surface having a shape along the surface of the body 2 to be decorated is formed in the cavity 20 and the cavity space V. 2A, by the mold clamping with the second mold, the mold L holding the resin can be formed between the faces 2A, and the transfer sheet holding mechanism is used as the transfer sheet holding mechanism, and the first side is provided with the facing surface. 1 a The first clip of each sexual bomb is crying λ. . 4 Xingdi 2 clipper 5. In detail, as shown in FIG. 1 , the first clamp 4 is disposed on the first surface 1 a, and the second clamp is in the position of the close mold, and is disposed on the third mold. F# 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间Further, the fifth state is movable in the second mode 1 2 and the second portion 1B; and the action bar 8 penetrating the inside of the first die 1 is placed. 9 201217191 The movable plate 9 is installed in the installation! The action lever 6 of the clipper 4 can be separated from the position of the die face u, and the actuating lever 8 passes through the movable plate 7 to set the IS: the movable plate 9. In the space "in the middle, the movable plate 7 is separated from the surface of the die face 1& by the projectile between the matching structure 7 and the wall surface of the die surface U side of the space portion 1B. The movable plate 9 is coupled to the movable plate 7 by a pusher 2^4, and the elastic member 93 is oriented in the direction of the face 1a of the movable plate 9. As a result, the first clip... is replaced by a face la. Further, the space portion 1B is provided with a fixing plate 1 at a position closer to the nuclear surface la than the movable plates 7 and 9.
當可動板9受到彈出桿（eject r(D 杈1之無面la的方向移動時，透過彈性構件9a可 第ΤΙ:往同方向移動’動作桿6, 8便使第1夾器4與 :'5離開模面u。此時，轉印片12係處於由第！ ::及第2夾器5挾持之狀態。當可動板9 接近模面1 a夕十丄 ^ 1 1〇 . u 之方向移動時，可動板7即抵接於固定板 彈性構\牛9'然而’可動板9係在可動板7停止後亦抗衡 = Ϊ Γ。而往模面1&移動。其結果，第2失器5即 另—夾益4而成為容許轉印片12之移動的位置。 壓力二可動板9未受到彈出桿、氣缸等之推 可動板9係受到彈性構件9a之彈性推彈 力’而往遠離第y， 亦受到彈性構：…模面1a的方向移動，可動板7 模面…:移ΓΓΓΤ’而往遠離第1模1之 接近模面即，第1爽器4及第2爽器5係 挾持且伴牲_ 5則與第1夾器4抵接’而成為 挾待且保持轉印片12之位置。 rw -13- 201217191 [媒體注入機構] 於第2模2 ’係具備有將溶融樹脂（媒體㈣予以射 出注入的閘口（gate)1i作為媒體注入機構。閘口 n係以 與配置於載置杳"A之被加飾體20之表面相對向的方式 形成在模穴面2A。此外，在第i模i與第2模2鎖模之 狀態下，媒體係從閘口 1丨注入至形成在模穴面2A與配 置於被加飾體20表面之轉印片12之間的模穴v。 [媒體] 所注入之媒體3 0，係具有黏度之液體或具有流動性 之溶嘁祕知等。就炫融樹脂而言，熱可塑埶 化性樹脂之任-種皆可。然而，注入至形成在模穴面、2A 與轉印片12之間之模穴v的媒體3〇，係僅使用在用以 將轉印片12按壓至被加飾體20之表面。因此，本發明 中使用後之媒體3 0並非直接就予以廢棄而係加以再利 因此’作為溶融樹脂係使用例如熱可塑性樹脂。當 媒體3 0為熱可塑性樹脂時，由於在將轉印片1 2按壓至 被加飾體2〇之表面時係以高溫之狀態注入，之後即使變 成低而固化但藉由再次加熱而予以軟化，因此再利用 今易。就熱可塑性樹脂而言，例如，可列舉PC/ABS、pe 、ABS、Ps ' SAN、EVA、PVC、PMMA、PA、POM、以 及PBT等。 [樹脂成形之處理程序] 如第1圖所示，使用圖外之操作器（manipulator)等 將被加飾體20配置於第1模1之載置部1A，在第2模2 與配置於第I模1之被加飾體20之間則配置轉印片12 3 -14- 201217191 此時，配置於第1模1之載 係错由設於第1模1之吸引部1 3吸引而受到保持' J二藉由第1夹器4及第2夾器1挾持轉印。片12 ，視*要再以加熱器將轉印片12予以加熱之後，如第2 圖所不，將第1夾器4及第2夾器5移動至第ι模i之 杈面1 a的方向’使轉印片i 2沿著被加飾體μ之表面。 此：轉印片12係藉由設於第1模1之吸引部13吸引 而受到保持。 如第3圖所示，當第i模i與第2模2之鎖模完成 時’第2模2之模穴面2A與配置於被加飾體2〇之表面 的轉印片1 2之間即形成模穴v。 、人如第4圖所示，從第2模2 口 η將炼融樹脂30注入至所形成之模穴v。此時，藉由 t入至模穴V之溶融樹脂30,轉印片12即被按壓朝向 被加餅體20之表面，其結果，轉印片 …飾…表面。此處，在注入至模…炫融 树知30為南溫的情況下，熔融樹脂即將轉印片a 加熱二並進一步將被加飾體2〇之表面加熱，而更確實 地進行轉印片12之轉印層12a對被加飾體20之表面的 卜此處，所射出之炼融樹脂的溫度，係設^成例如 。=8代以上，第"莫1及第2模2則設定成例如80 I以上。 :第5圖所示，在炫融樹脂3〇硬化後，使第2模離 # Μ ^以將鎖㈣放，在以第1夾11 4及第2夹11 5 、持轉印膜12的狀態下離開被加飾體2()之表面。 -15- 1 201217191 然後，如第6圖所+ ^ '、，猎由設於第1模1之推出棒（未圖 山絲出轉印加飾品P，並且藉由設於第2模2之 棒(未圖不)推出硬化後之熔融樹月旨30，並恢復轉印 片1 2之給送。 Λ絲、I獲仔之轉印加飾& P，係藉由轉印層1 2a確實地 飾體20之表面。以此方式，藉由本發明之製造 飾。又，@加飾裝置，即可進行被加飾體20之表面的加 ，仫在使用熱可塑性樹脂作為熔融樹脂30的情況下 卩對硬化後之樹脂加熱以返回熔融樹脂等之 處理1再利用作為注人至模穴V之媒體。 [第2實施形態] 的構成：鈀I悲中’僅針對與第1實施形態之構成不同 施形離中以°兄明’針對相同的構成則省略其說明。本實 媒體：以將媒體3〇注入至…之狀態，設有提高 姊胺30之壓力的加壓機構。 樹脂後之狀筚望7圖圖U)表不剛注入熔融 壓縮的狀態 表示所注入之熔融樹脂受到 媒體t〇V,⑷ '第/圖（b)所示，作為提高模穴V内之 具備有滑動模3。滑動模3:可 ==穴面的内部 相對移動，在滑動模3與第:2模、:之門'2在鎖模方向 模3推彈至離門笛]广] 模2之間，係設有將滑動 後當射出炫- 之方向的彈性構件3a。在鎖模 出炫融樹脂30時，滑無p 〆 之模穴持在從第2模2 完成 ， 圖（a))，在熔融樹脂30之射出 後，使滑動模3抗衡彈性構件3a朝向第"莫丨前 •16· 3 201217191 進(第/圖(b))。其結果，模穴v之區域即變小，所注入 之熔融樹脂30會受到壓縮，轉 表面的推壓力即增加，而可對被加飾體20之 ㈣20之轉^ 更確T地進行轉印層對被加 [另一實施形態] 用缝:R L述只施开7 %中雖已例示被加飾體20係以其 周緣部抵接於第丨模之模面u 的狀態，載置於第1模1 例，不過如·8圖所示，高度亦可設定成 =於m之載置冑1Α，係以在載置部1Α載置有 =加飾體20的狀態，使被加部體2〇之周緣部鳩離開 第1模1.之模面la。以此方式，若被加倚體2〇之周緣 部鳥為離開第1模1之模面U，則轉印片12便可從 被加飾體20之周緣部2〇b繞至其内方被加飾體2〇之 轉印區域即擴展。此外，若轉印# 12及炼融樹脂從 被加飾體20之周緣部2〇b繞至其内方，則在開模時，熔 融樹脂30及轉印μ 12#發生無法㈣地從被加飾體2〇 之表面離開的情形。在此情況下，係以橡膠、胺甲酸乙 酉曰（urethane)系之柔軟樹脂構成溶融樹脂3〇，轉印片12 則設置成板片。或者，將解除底切（undercut)之機構組裝 於金屬模具。 (2)如第8圖所示，於第1模1之模面，亦可施有 防止從轉印片1 2轉印轉印層的防止附著塗層1 4。以此 方式’若於模面1 a施有防止附著塗層1 4，則可確實地 防止轉印層1 2 a轉印至模面1 a。作為防止附著塗層1 4， 係於模面1 a施以矽或氟加工，或進行表面凹凸處理（喷 珠•蝕刻），或併用這兩者來進行。 5 •17- 201217191 (3)於第1夾器4及第2夾器5之保持轉印片 面，亦可配置鐵氟龍^ # …、持轉P片12之 減低摩擦的構件。如此# °標）或塗佈完成之環（Γίη§)等 壓於被加飾體2。之：:二當:模前在將轉印片… 動，而不會過度地拉V轉= 體20之凸狀部2〇a。 了使其順者破加飾 幵;成(凹4)凸上述實施形態中’雖並未在被加•體2〇之表面 化成凹凸，不過如笛β 第圖所示，被加飾體20亦可具備例 = 等且於表面形成有凹凸。即使在此情況下 “曰(媒體)30係以密接於貫通部2〇c之方式按壓 轉…2,以將轉印層⑵確實地轉印至被加飾體2。 〇 a (5)上述實施形態中，雖在被加飾體20之表面僅實 匕轉P層12a之加飾’不過在第i模i亦可設置射出樹 脂之閘口，而與在被加飾體2〇之表面進行轉印層12&之 加飾的同時，將樹脂部形成於被加飾體2〇之背面。又， 亦可在第1模丨設置調整金屬模具之溫度的溫度調整機 構以調整被加飾體2〇之溫度。如此一 |，在被加飾體 2〇為例如金屬體的情況下，對藉由溫度調整機構加熱後 之被加飾體20的表面，轉印片之轉印層即更易於轉印。 (6)上述實施形態中，雖將轉印加飾裝置配置於垂直 方向（縱向），不過亦可配置於水平方向（橫向）。 (7)上述實施形態中，雖顯示使用具有轉印層12a之 轉印片1 2之例，不過取而代之，亦可設置成對被加飾體 20之表面，將光面之基體片或在基體片附加有圖樣等的 -18- .201217191 插入片(insert sheet)直接設為—體而予以加飾之構成。又 ’上述實施形態中’雖顯示將轉印片12形成為輕筒狀之 長條膜材展開配置於與被加飾體2〇 志 心衣面相對向的位 置之例，不過亦可配合被加飾體2 〇之外形而配置唑過裁 切者’或者較被加飾體20大之任意形狀(例如，長方形 之枝葉片）。 本發明之各實施形態之轉印加飾品之製造方法中’ 在使轉印；i 12密接於被加飾體2〇之表面，以使轉印層 時，係…融樹脂3。之加壓及加熱。加壓係 」片12之直接加壓，而加熱則為對轉印片12之直 對被加㈣2〇之加熱。由於藉由溶融樹脂3。 :::使轉印片12密接於被力，體2。之表面，因此在 是在、、〜20之表面為平滑的情況下當'然更不用說，即使 = 一)或㈣等微細凹凸形狀的情況下，炫 二“二 流入該凹凸形狀，使轉印片12以良好精 ==㈣狀’而能使轉印層⑴以良好精度轉印 …。…者，即使是較大之凹凸形狀，亦可使轉 ，由V屬义 精度轉印至該凹凸形狀之角落為止。又 融樹;融樹脂3〇之流入地點逐漸地擴大且利用炼 = 動的連續性加壓，因此亦可有效地防止在 便轉印片12密接之過程中，於 之間形成空氣蓄積之所謂氣泡的發生。』加飾體20 中，二月之各實施形態之轉印加飾品之製造方法 刷乾谭二擇對編⑺尺寸穩定性佳且不易因印 知而變形的材料，因此可使用圖案之位置或大小之When the movable plate 9 is subjected to the ejecting rod (the movement of the ejector 1 in the direction of the faceless la, the elastic member 9a can be moved through the same direction: the action lever 6, 8 causes the first clamp 4 to: '5 leaves the die face u. At this time, the transfer sheet 12 is in a state of being held by the ::: and the second gripper 5. When the movable plate 9 is close to the die face 1 a 夕 丄 1 1 1 〇. When the direction is moved, the movable plate 7 abuts against the elastic plate of the fixed plate. However, the movable plate 9 also counterbalances Ϊ Γ after the movable plate 7 is stopped, and moves toward the die face 1 & The lost device 5, that is, the other, is a position that allows the movement of the transfer sheet 12. The pressure movable plate 9 is not subjected to the elastic force of the elastic member 9a by the push plate 9 of the ejecting rod, the cylinder or the like. Away from the yth, it is also subjected to the elastic structure: ...the direction of the die face 1a, the movable plate 7 die face...: moves away from the first die 1 close to the die face, that is, the first cooler 4 and the second cooler The 5th system is held and the _5 is in contact with the first clamper 4, and the position of the transfer sheet 12 is maintained. rw -13- 201217191 [Media injection mechanism] A gate (1) for injecting and injecting a molten resin (the medium (4)) is used as a medium injection mechanism. The gate n is formed on the cavity surface so as to face the surface of the object 20 to be placed on the mounting 杳" 2A. Further, in a state in which the i-th mode i and the second mode 2 are mode-locked, the medium is injected from the gate 1 to between the die face 2A and the transfer sheet 12 disposed on the surface of the object 20 to be decorated. The cavity v. [Media] The medium injected into the media is a liquid with a viscosity or a fluidity of the solvent. For the sleek resin, any of the thermoplastic resin can be used. However, the medium 3〇 injected into the cavity v formed between the cavity face, 2A and the transfer sheet 12 is used only for pressing the transfer sheet 12 to the surface of the object 20 to be decorated. The medium 30 used in the present invention is not directly discarded and is reused. Therefore, for example, a thermoplastic resin is used as the molten resin. When the medium 30 is a thermoplastic resin, the transfer sheet 1 2 is used. When pressed to the surface of the body 2 to be decorated, it is injected at a high temperature, and even after it is changed It is low-solidified and softened by reheating, so it is easy to use. For the thermoplastic resin, for example, PC/ABS, pe, ABS, Ps 'SAN, EVA, PVC, PMMA, PA, POM, PBT, etc. [Processing Procedure for Resin Molding] As shown in Fig. 1, the attached body 20 is placed on the mounting portion 1A of the first die 1 by using a manipulator or the like outside the drawing. The transfer sheet 12 3 -14 - 201217191 is disposed between the 2 mod 2 and the object 20 to be placed on the first mold 1. In this case, the erroneous arrangement of the first dies 1 is provided in the first dies 1 The suction unit 13 is sucked and held, and J 2 is transferred by the first gripper 4 and the second gripper 1 . After the sheet 12 is heated, the transfer sheet 12 is heated by the heater, and as shown in FIG. 2, the first clamper 4 and the second clamp 5 are moved to the first surface of the first mold i. The direction 'makes the transfer sheet i 2 along the surface of the object to be decorated μ. This is because the transfer sheet 12 is held by suction by the suction portion 13 provided in the first mold 1. As shown in Fig. 3, when the mold clamping of the i-th mold i and the second mold 2 is completed, the mold surface 2A of the second mold 2 and the transfer sheet 1 2 disposed on the surface of the object 2 to be decorated are The cavity v is formed. As shown in Fig. 4, the smelting resin 30 is injected from the second die 2 η into the formed cavity v. At this time, the transfer sheet 12 is pressed toward the surface of the cake 20 by the t-infusion of the molten resin 30 into the cavity V, and as a result, the surface of the transfer sheet is decorated. Here, in the case of injecting into the mold, the smelting of the tree 30 is the south temperature, the molten resin is heated by the transfer sheet a and further heating the surface of the object 2 to be heated, and the transfer sheet is more reliably performed. The transfer layer 12a of 12 is applied to the surface of the object to be decorated 20, and the temperature of the molten resin to be emitted is set, for example. = 8 generations or more, the first "Mo 1 and 2nd 2 are set to, for example, 80 I or more. : In Fig. 5, after the hardening resin 3 is hardened, the second mold is moved away from # Μ ^ to place the lock (four), and the first folder 11 4 and the second clamp 11 5 are held by the transfer film 12 In the state, it leaves the surface of the body 2 (). -15- 1 201217191 Then, as shown in Fig. 6 + ^ ', the hunting rod is set by the first mold 1 (not shown in the transfer of the jewelry P, and by the rod set in the second mold 2 (not shown), the molten tree 30 is pushed out, and the transfer of the transfer sheet 12 is resumed. The transfer of the transfer sheet and the film P is performed by the transfer layer 1 2a. In this way, the surface of the object to be decorated 20 can be applied by using the decorative device of the present invention, and in the case where a thermoplastic resin is used as the molten resin 30, in the case of using the decorative device of the present invention.卩The process of heating the resin after hardening to return the molten resin or the like 1 and using it as a medium for injecting into the cavity V. [Configuration of the second embodiment] Palladium I sorrows only for the configuration of the first embodiment The description of the same configuration is omitted for the different types of the application. The actual medium is provided with a pressurizing mechanism for increasing the pressure of the guanamine 30 in a state in which the medium 3 is injected into the state. Figure 7) U) The state in which the melt compression is not injected indicates that the injected molten resin is subjected to the medium t〇V, (4) ' As shown in Fig. 2(b), the sliding die 3 is provided as the inside of the cavity V. Sliding die 3: can be == internal relative movement of the pocket surface, between the sliding die 3 and the 2nd die, the door '2 in the clamping mode, the mode 3 is pushed to the door flute] wide mode 2 An elastic member 3a that will slide in a direction of being dazzled is provided. When the molten resin 30 is clamped, the mold hole which is slipped without p 持 is held from the second mold 2, and (a)), after the molten resin 30 is ejected, the sliding mold 3 is made to face the elastic member 3a. "Mo丨前•16· 3 201217191 Advance (p./fig. (b)). As a result, the area of the cavity v becomes smaller, the injected molten resin 30 is compressed, and the pressing force of the rotating surface is increased, and the transfer of the (20) 20 of the decorated body 20 can be more accurately performed. In addition, it is exemplified that the affixed by the slit RL is only 7%, and the affixed body 20 is exemplified in a state in which the peripheral portion thereof abuts against the die surface u of the second die. In the first example, as shown in Fig. 8, the height can be set to =1Α in the mounting position of the m, and the added part 20 is placed on the placing unit 1Α, and the added portion is placed. The peripheral portion of the body 2〇 leaves the die face la of the first die 1. In this way, if the peripheral portion of the body 2 is removed from the die U of the first die 1, the transfer sheet 12 can be wound from the peripheral portion 2〇b of the decorated body 20 to the inside thereof. The transfer area of the decorated body 2 is expanded. Further, when the transfer #12 and the smelting resin are wound from the peripheral edge portion 2b of the decorative body 20 to the inside thereof, the molten resin 30 and the transfer μ 12# may not be (four) from the time of being opened. The case where the surface of the decorative body 2 is left. In this case, the molten resin is made of a soft resin of rubber or urethane, and the transfer sheet 12 is provided as a sheet. Alternatively, the mechanism for removing the undercut is assembled to the metal mold. (2) As shown in Fig. 8, the mold-preventing coating layer 14 for preventing transfer of the transfer layer from the transfer sheet 12 may be applied to the mold surface of the first mold 1. In this manner, if the adhesion preventing coating 14 is applied to the die face 1a, the transfer layer 1 2 a can be surely prevented from being transferred to the die face 1 a. As the adhesion preventing coating layer 14, the molding surface 1a is subjected to ruthenium or fluorine processing, or surface unevenness treatment (spraying/etching) is performed, or both. 5 • 17- 201217191 (3) In the first transfer device 4 and the second clamp 5, the transfer sheet can be placed, and the friction reducing member of the Teflon® can be disposed. Such a #° mark) or a coated ring (Γίη§) is pressed against the body 2 to be decorated. :: Two: Before the mold, the transfer sheet is moved, and the V-turn = the convex portion 2〇a of the body 20 is not excessively pulled. In the above embodiment, the surface of the body is formed into irregularities, but as shown in the figure of the flute β, the body 20 is decorated. It is also possible to have an example = and etc., and irregularities are formed on the surface. Even in this case, "曰 (media) 30 is pressed in the manner of being in close contact with the penetration portion 2〇c, so that the transfer layer (2) is reliably transferred to the object 2 to be decorated. 〇a (5) In the embodiment, only the decoration of the P layer 12a is actually turned on the surface of the object to be decorated 20, but the gate of the resin may be provided on the surface of the i-th mold i, and the surface of the surface of the object to be decorated 2 The resin layer is formed on the back surface of the object to be decorated 2 while the transfer layer 12 & is attached. Further, a temperature adjustment mechanism for adjusting the temperature of the metal mold may be provided in the first mold to adjust the ornamented body. In the case where the object to be decorated 2 is, for example, a metal body, the transfer layer of the transfer sheet is further transferred to the surface of the object 20 to be heated by the temperature adjusting mechanism. (6) In the above embodiment, the transfer garnishing device is disposed in the vertical direction (longitudinal direction), but may be disposed in the horizontal direction (lateral direction). (7) In the above embodiment, the display has a rotation. An example of the transfer sheet 12 of the printing layer 12a, but instead, may be provided as the surface of the object 20 to be decorated. The base sheet of the smooth surface or the -18-.201217191 insert sheet to which the pattern is attached to the base sheet is directly decorated as a body, and is decorated in the above-described embodiment. The sheet 12 is formed as a light-bar-shaped long film material which is disposed in a position facing the center of the decorated body 2, but may be placed in the shape of the decorative body 2 〇. The cutter 'or any shape that is larger than the ornamented body 20 (for example, a rectangular blade). In the method of manufacturing a transfer jewelry according to each embodiment of the present invention, 'transfer; i 12 is attached to the decorated The surface of the body 2 is such that when the transfer layer is transferred, the resin 3 is pressurized and heated. The pressure is applied to the sheet 12 directly, and the heating is applied to the straight portion of the transfer sheet 12. (4) Heating of 2 inches. By melting the resin 3 by. ::: The transfer sheet 12 is brought into close contact with the force, the body 2. In the case where the surface of the film is smooth, the surface of the film is smooth, and it is not necessary to say that even if the shape of the fine concavo-convex shape such as a) or (4) is small, the "two" flow into the concave-convex shape and turn The printing sheet 12 can be transferred in a good precision == (four) shape to enable the transfer layer (1) to be transferred with good precision, etc., even if it is a large concave-convex shape, it can be transferred to the The corner of the concave-convex shape is melted again; the inflow point of the molten resin is gradually enlarged and pressurized by the continuity of the refining, so that it can be effectively prevented from being in the process of bonding the transfer sheet 12, The occurrence of so-called air bubbles which form air accumulation. In the decorative body 20, the manufacturing method of the transfer jewel in each embodiment of February is a good method of dimensional stability and is not easily deformed by printing. Material, so the position or size of the pattern can be used
S -19- 201217191 印刷精度較南的轉印片1 9十 制來進行轉印。因此，結果而言 ，即可製造圖案之位置戋女 .^ ^ „ —人小與被加飾體20之凹凸形狀 之位置精度权同的轉印加飾品p 〇 此發明中，被加飾體 • 巾溫20亦可為第9圖所示之具有金 屬部80與成形樹脂部81遠病+ ± ' 逐、·只之表面的複合品。來昭第 9圖之（1)及（2)，複合品係 ^ 由中央大幅地開口之俯視矩形 形狀的金屬部8 0、以及以掠古 汉以填充該開口 83之方式一體化 於金屬部80之背面整體的忐 妁成形祕脂部81所構成。複合 品係呈周緣微幅向下方伸屎沾^ , 伸展的形狀。金屬部80係構成複 合品之表面的一部分，成开彡谢# 珉形知ί脂部81之表面則構成複合S -19- 201217191 Transfer printing with a printing accuracy of 1 to 10 is used for transfer. Therefore, as a result, the position of the pattern can be created. ^ ^ „ — The transfer precision of the small and the positional accuracy of the concave-convex shape of the decorated body 20 〇 In this invention, the decorated body is included The towel temperature 20 may be a composite product having a surface of the metal portion 80 and the molded resin portion 81 which is far from the surface of the molded resin portion 81, as shown in Fig. 9, and is shown in Figs. 9 (1) and (2). The composite system is composed of a metal portion 80 having a rectangular shape that is opened in the center and a smear forming grease portion 81 that is integrated with the entire back surface of the metal portion 80 so as to fill the opening 83. The composite line has a shape that extends slightly downward from the periphery and is stretched. The metal part 80 forms part of the surface of the composite, and the surface of the composite is formed by the surface of the composite.
品之其他部分。金屬部80之矣& & L 之表面與成形樹脂部8〗之表 面係平滑地連接。就轉印加飾品之例而言，可舉將開口 83設為液晶顯示部之行動電話或智慧型手機的正面側框 體。此時’於成形樹脂部係使用透明之樹脂。雖未圖示 ，不過轉印加飾品中’可利用成形樹脂部81，在轉印加 飾品之背面形成與背面側框體嵌合用之凸座（b〇ss)或翼 助（nb)。此時’由於不再須要以另一步驟來安裝翼肋等 ，而且翼料為-體成形，目此亦可薄化㈣整體之厚 度。參照第9圖之（3)，轉印加飾品係具備有以覆蓋金屬 部80之表面與成形樹脂部8 1之表面的方式形成的轉印 層1 2a。轉印層1 2a，例如’可舉由光硬化性樹脂或熱硬 化性樹脂構成且使表面強度提升的透明硬塗層。轉印層 1 2 a，係單層、或積層複數之層者皆可，或者配合複合品 之形狀而局部地形成圖案。The rest of the product. The surface of the 矣 && L of the metal portion 80 is smoothly connected to the surface of the molded resin portion 8 . As an example of the transfer garnish, the opening 83 may be a front side frame of a mobile phone or a smart phone of the liquid crystal display unit. At this time, a transparent resin was used in the molded resin portion. Although not shown, the transfer resin member 81 can be formed by the molding resin portion 81 on the back surface of the transfer ornament to form a projection (b〇ss) or a wing aid (nb) for fitting the back side frame. At this time, since it is no longer necessary to install the ribs or the like in another step, and the wing material is formed into a body, it is also possible to thin the thickness of the whole (4). Referring to Fig. 9 (3), the transfer garnish is provided with a transfer layer 12a formed to cover the surface of the metal portion 80 and the surface of the molded resin portion 81. The transfer layer 12a, for example, may be a transparent hard coat layer composed of a photocurable resin or a thermosetting resin and having a surface strength improved. The transfer layer 1 2 a may be a single layer or a laminate of a plurality of layers, or may be partially patterned in accordance with the shape of the composite.
-20- S .201217191 金屬部80,例如’係有具有凸狀部2〇a之鋁等的金 屬壓板。金屬部80只要是與金屬板同樣地可進行表面加 飾者’則樹脂成形體、玻璃等亦可。於金屬部8〇之表面 ，係未進行任何前處理，或已進行氧皮链（aiumite)處理（ 金屬部80為鋁之情況下）、火焰（fUme)處理、電漿 (Plasma)處理等之表面處理，或以易於形成轉印層丄以 之方式預先進行接著劑之塗附等的表面處理，而預先貼 附轉印層12a易於接著之片材。金屬吾"〇之表面處理或 表面之被覆材，係必須對應金屬部8 〇與形成於表面之轉 印層i2a的各組合來選擇適合之材質。成形樹脂部81， 亦能以轉印層12a易於牢接的方式，施以表面處理或接 著片或接著層等的表面被覆。 作為成形樹脂部8 1之構成材料，例如，可列舉聚苯 乙烯（polystyrene)系樹脂、聚烯烴（p〇ly〇lefin)系樹脂、 ABS树月曰、ABS樹脂、AS樹脂、AN樹脂等之泛用樹脂 。又，亦可使用聚碳酸酯（p〇lycarb〇nate)系樹脂、丙烯酸 (acryhc)系樹脂等之泛用工程樹脂、或聚醯亞胺 (polyimide)；^·月曰、液晶聚醋（iiqUid crystal polyester)樹脂 荨之超級工程樹脂（SUperengineeringresin)。再者，亦可 使用添加有玻璃纖維或無機填料等之補強材的複合樹脂 〇 此外’在被加飾體2〇為複合品的情況下，係將第1 圖至第8圖所示之被加飾體2〇視為將第9圖所示之複合 品予以簡化記述者。 -21- 5 .201217191 在被加飾體20為複合品的情況下，此發明係—種轉 印加飾品之製造方法，該轉印加飾品係構成表面之—邙 分之金屬部80與構成表面之其他部分之成形樹脂部^ 一體化後之複合品的表面經過加飾，具備：於第丨模上 配置該複合品的步驟；將具有轉印層之轉印片丨2以跨越 金屬部80之表面與成形樹脂部81之表面之邊界82 =方 式配置於相對向之位置的步驟；將第1模1與第2模2 予以鎖模，以在第2模2與該轉印片12之間形成模穴的 步驟；以及將媒體30射出至模穴，以該媒體3〇之壓力 將轉印片12按壓於複合品，並且以該媒體3〇將轉印片 12加熱，以使轉印層牢接於複合品之表面的步驟。此外 ，在上述之配置複合品20之步驟之前，有準備複合品 20之步驟。例如，藉由從以日本特願之第 7圖所示之製造方法，除去加飾片s後之形態所製造。 詳細而言，具備：將金屬部8〇配置於金屬模具内的步驟 ;予以鎖模並將熔融樹脂射出至模穴的步驟；予以保壓· 冷卻使金屬部80與成形樹脂部81 一體化的步驟；以及 予以開杈以取出複合品20之步驟。金屬部8〇係可在配 置於孟屬杈具内之耵既已形成為預先所定之立體形狀， 或者構成為在射出成形時變形成所定之立體形狀。 又，此發明係一種轉印加飾裝置，用以製造轉印加 飾品’該轉印加飾品係構成表面之一部分之金屬部8〇與 構成表面之其他部分之成形樹脂部81 一體化後之複合 f的表面為經過加飾，具備1 "莫卜係形成有載置 邛其係以複合品之背面接觸的方式載置在表面配置有具 -22- 5 201217191 有轉印層之轉印片12的複合品；第2模2,係藉由 1模1之鎖模而在與轉印片12之表面之間形成模穴 及媒體注入機構’係將推壓轉印 ！ 〇 s、-人 ^ 1 ^ 12至複合品之 3 0注入至模穴。 再者，此發明係一種轉印加飾。口。，具備：複合 係構成表面之一部分之金屬部8〇與構成表面之其 分之成形樹脂部81為一體化， &化’且在其表面形成有凹 凸部，以及轉印層，係使用卜、+、 节使用上述之製造方法轉印至 或凸部。 以此方式構成時，由於在腺# h u ^ ' a任將轉印片1 2配置於與 品之表面相對向的位置之德 K设’將媒體30注入至形成 2模2與轉印片1 2之問& π a 1的柄八，藉由媒體3 0將轉 1 2按壓至複合品，因此卽 、— 此即使疋複合品之表面為深抽 狀等的立體形狀，亦不具+ J +易在轉印片12與複合品之間 空氣蓄積，以提升轉印片】 1 # |巧12與複合品之密接性，而 合品確實地轉印棘£卩厚 ..λ 〇 a。於金屬部80與成形樹脂名 之邊界82亦可球實地 肩也轉印。此發明中，由於利用 3〇之壓力與熱使轉印片密接於複合品之表面，因此 止加飾時轉印# 12之皺紋，將複合品之表面既簡易 實地藉由轉印層進行加叙 τ力飾。即使形成於複合品之表 凹部或凸部為微細，夸, 、 &到媒體之熱與壓力的轉印層 著凹部或凸部密接Ο政έ士 ^ i=t ^ , '、、、°果，在轉印加飾品中，形 複合品之表面的凹部岑几Ar7 β Μ , Α凸部即錯由轉印層確實地轉 進行加飾。 與第 ;以 媒體 品， 他部 部或 凹部 複合 在第 印片 之形 發生 在複 p 8 1 媒體 可防 又確 面的 係順 成於 印以 -23- 201217191 [產: 個人 泛地 面形 【圖 表示 係表 轉印 【主 f上之可利用性] 本發明係在汽束、& 0 κ 豕庭用電化製口口 '行動電話、及 電腦等各種領域’不論是内m外飾品，皆可廣 利用於所使用之轉印加飾品、以及在被加飾體之表 成有轉印層之轉印加飾品的製造。 式簡單說明】 第1圖係表不第1實施形態之轉印加飾裝置的構成 第2圖係表不將加飾片拉至第丨模之狀態。 第3圖係表示鎖模完成後之狀態。 〜 第4圖係表示樹脂注入之狀，離、 第5圖係表示開模後之狀態。 第6圖係表不取出轉印加飾品後之狀態。 第7圖係第2實施形態之轉印加飾裝置 枒脂注入之狀態，表 。卩（a) V ;衣不树知壓縮之狀態。 弟8圖係表元另—實施开）能夕去由匕 笛η $怨之轉印加飾裝置的|邱。 圖之（1)係表示複合品 ° 示m邮-+ τ τ & 尤略才冓成的俯視圖，（2) ()所不之μ、線的截*圖，（3)係 ） 加飾骏置的截面圖。 ，、（2)對應之 要元件符號說明】 1 第 1 模 1 a 模 面 1A 載 置 部 1B 空 間 部 2 第 2 模 2A 模 穴 面 3 滑 動 模 3 -24- 201217191 3a 彈性構件 4 第1夾器 5 第2夾器 6 動作桿 7 可動板 7a 彈性構件 8 動作桿 9 可動板 9a 彈性構件 10 固定板 11 閘口 12 轉印片（加飾片） 12a 轉印層 12b 基體片 13 吸引部 14 防止附著塗層 20 被加飾體 20a 凸狀部 20b 周緣部 30 媒體（熔融樹脂） 8 0 金屬部 81 成形樹脂部 82 邊界 83 開口 V 模穴 P 轉印加飾品 -25--20-S.201217191 The metal portion 80 is, for example, a metal platen having aluminum or the like having a convex portion 2〇a. The metal portion 80 may be a resin molded body, glass or the like as long as it can be surface-coated as in the case of a metal plate. The surface of the metal portion 8 is not subjected to any pretreatment, or has been subjected to an aaite treatment (in the case where the metal portion 80 is aluminum), a flame (fUme) treatment, a plasma treatment, or the like. The surface treatment or the surface treatment in which the transfer layer is easily formed in advance so as to facilitate the formation of the transfer layer, and the transfer layer 12a is easily attached to the sheet which is easily attached. For the surface treatment of the metal or the surface, it is necessary to select a suitable material for each combination of the metal portion 8 〇 and the transfer layer i2a formed on the surface. The molding resin portion 81 can also be coated with a surface treatment or a surface of a sheet or an adhesive layer so that the transfer layer 12a can be easily attached. The constituent material of the molded resin portion 81 is, for example, a polystyrene resin, a polyolefin resin, an ABS resin, an ABS resin, an AS resin, an AN resin, or the like. General purpose resin. Further, a general-purpose engineering resin such as polycarbonate (p〇lycarb〇nate) resin or acrylic acid (acryhc) resin or polyimide may be used; ^· 月曰, liquid crystal polyacetate (iiqUid) Crystal polyester) Super resin (SUperengineeringresin). Further, a composite resin reinforced with a reinforcing material such as glass fiber or inorganic filler may be used. In addition, when the object to be decorated 2 is a composite product, the first to eighth drawings are used. The decorative body 2〇 is regarded as a simplified description of the composite product shown in Fig. 9. -21- 5 .201217191 In the case where the decorative body 20 is a composite product, the invention is a manufacturing method of a transfer jewel which constitutes a metal portion 80 of a surface and a surface constituting The molded resin portion of the other portion is subjected to finishing, and includes: a step of disposing the composite on the first mold; and transferring the transfer sheet 2 having the transfer layer to cross the metal portion 80 a boundary 82 between the surface and the surface of the molded resin portion 81 is disposed at a position opposite to the position; the first mold 1 and the second mold 2 are clamped to be between the second mold 2 and the transfer sheet 12 a step of forming a cavity; and ejecting the medium 30 to the cavity, pressing the transfer sheet 12 against the composite at a pressure of the medium 3, and heating the transfer sheet 12 with the medium 3 to transfer the transfer layer The step of clinging to the surface of the composite. Further, before the step of arranging the composite 20 described above, there is a step of preparing the composite 20. For example, it is produced by removing the decorative sheet s from the manufacturing method shown in Fig. 7 of Japanese Patent Application. Specifically, the step of disposing the metal portion 8 is placed in the mold, the step of clamping the mold and ejecting the molten resin to the cavity, and the pressure and cooling of the metal portion 80 and the molding resin portion 81 are integrated. a step; and the step of opening the composite 20 to be removed. The metal portion 8 can be formed into a predetermined three-dimensional shape after being disposed in the genus of the genus, or configured to be deformed into a predetermined three-dimensional shape at the time of injection molding. Further, the present invention is a transfer garnishing device for manufacturing a transfer garnish which is a composite of the metal portion 8 构成 which is a part of the surface of the transfer garnish and the molded resin portion 81 which constitutes the other portion of the surface. The surface is decorated and has a 1 " Mob-based mounting on the surface of the composite with the back contact of the composite placed on the surface of the transfer sheet 12 having a transfer layer of -22- 5 201217191 The second mold 2 is formed by forming a cavity between the surface of the transfer sheet 12 and the medium injection mechanism by the mold clamping of the first mold 1. 〇 s, - person ^ 1 ^ 12 to the compound 3 0 into the cavity. Furthermore, the invention is a transfer ornament. mouth. The metal portion 8〇 which is a part of the surface of the composite structure is integrated with the molded resin portion 81 constituting the surface, and the uneven portion is formed on the surface thereof, and the transfer layer is used. , +, and the joint are transferred to the convex portion using the above-described manufacturing method. When it is configured in this manner, since the transfer sheet 1 2 is disposed at a position opposite to the surface of the product in the gland # hu ^ 'a, the medium 30 is injected to form the 2 mold 2 and the transfer sheet 1 2) & π a 1 of the handle eight, by the media 30 to press 1 2 to the composite, so 卽, - even if the surface of the composite is deep drawn, etc., does not have + J + Easy to accumulate air between the transfer sheet 12 and the composite to enhance the transfer sheet] 1 # | Q12 and the composite, and the product is exactly transferred to the thorns. λ 〇 a. At the boundary 82 between the metal portion 80 and the molding resin name, the ball can also be transferred to the shoulder. In the invention, since the transfer sheet is adhered to the surface of the composite by the pressure and heat of 3 Torr, the wrinkles of the transfer #12 are removed during the decoration, and the surface of the composite is simply transferred by the transfer layer. Xu Zili ornaments. Even if the concave or convex portion formed on the composite is fine, the transfer layer of heat and pressure to the media is indented or concavely attached to the gentile gentleman ^ i=t ^ , ', ,, ° In the transfer jewel, the concave portion of the surface of the composite product is a few Ar7 β Μ , and the ridge convex portion is erroneously transferred by the transfer layer. With the media; the combination of the media, his department or the recess in the shape of the first print occurred in the complex p 8 1 The media can be prevented and confirmed by the shun into the seal -23- 201217191 [Production: Personal pan-ground shape [ The figure shows the transferability of the watch sheet [Usage on the main f] The present invention is in the various fields such as the steam beam, the & 0 κ 豕 用 电 ' ' ' ' ' ' ' ' ' ' It can be widely used in the manufacture of transfer jewels used and transfer jewels having a transfer layer on the surface of the decorative body. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing a configuration of a transfer and decoration device according to a first embodiment. Fig. 2 is a view showing a state in which the decorative sheet is not pulled to the first die. Figure 3 shows the state after the mold clamping is completed. ~ Figure 4 shows the state of resin injection, and Figure 5 shows the state after mold opening. Figure 6 shows the state after the transfer of the jewelry is not taken out. Fig. 7 is a view showing the state of the resin injection device of the second embodiment, the state of the resin injection.卩 (a) V; clothing does not know the state of compression. The younger brother of the 8th figure is another element - the implementation of the opening of the ) η η η 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨 怨Figure (1) shows the top view of the composite product m-- τ τ & 尤略才成成, (2) () not the μ, the line cut-off *, (3) series) Sectional view of Jun. , (2) corresponding component symbol description] 1 1st die 1 a die face 1A mounting section 1B space section 2 2nd die 2A die face 3 sliding die 3 -24- 201217191 3a elastic member 4 first clamp The second clamp 6 the action lever 7 the movable plate 7a the elastic member 8 the action lever 9 the movable plate 9a the elastic member 10 the fixed plate 11 the gate 12 the transfer sheet (the decorative sheet) 12a the transfer layer 12b the base sheet 13 the suction portion 14 prevents Adhesive coating 20 is decorated with body 20a convex portion 20b peripheral portion 30 medium (molten resin) 8 0 metal portion 81 molding resin portion 82 boundary 83 opening V cavity P transfer bearing jewelry - 25 -