M368549 五、新型說明： 【新型所屬之技術領域】 本創作係與一種熱轉印治具有關，尤指一種用以加強 熱轉印膜邊角貼合效果之吸膜治具及其機台。M368549 V. New description: [New technical field] The creation department is related to a thermal transfer treatment, especially a suction film fixture and a machine for enhancing the edge bonding effect of the thermal transfer film.
【先前技術J 按為提尚熱轉印成品之品質，使被轉印之料件於其 -邊角等處仍可獲得轉印膜良好的服貼效果，猶如我國公: 鲁第Μ测58號「熱轉印邊角加強吸膜治具」新型專利一 ^ 广為-種利用真空吸附力道’使轉印膜可更為服貼於： 件表面及其邊角處，以得到平整且光滑之貼附效果為目的 之技術。 由該專利所揭露之技術可知，其主要係於吸膜治具上 =於轉印膜周圍處增設通氣孔，以透過真Μ附作業而 將轉印膜周圍向下吸引 J 使之旎服貼於料件邊角處。惟， 雖利用吸膜治具配合真空吸附作業，可將轉印膜向下吸引 貼於料件邊角上’但有時仍無法確保轉印膜舖設於料 牛2的平整性、以及其服貼料件邊角的彎曲流暢性等等 在使用延展性較差的轉印膜時，單純依靠真空吸力 , Tt1干違角4處，以致使所獲 4侍之轉印膜成品的品質，仍不盡理想。 特有鑑：此’本創作人係為改善；解決上述之缺失，乃 究並配合學理之運用，終於提出一種設計合理且 有放改善上述缺失之本創作。 【新型内容】 3 M368549 本碧!作之主要目的’在於可提供一種加強熱轉印膜邊 角貼合效果之㈣治具及其機台，其係可提供轉印膜周圍 產生拉扯力，如此不僅可供轉印膜撐平於料件頂面，同時 也可令被向下拉扯的轉印膜服貼於料件邊角等處，達到 好的貼附性與平整性。 义 本創作之ϋ的，在於可提供—種加強熱轉印膜邊 角貼合效果之賴治具及錢台，其係可制上述所提供 之拉扯力，而使延展性較差的轉印膜亦能良好服貼於料件 邊角等處U卩僅管使祕展性差之轉印膜，亦可 好的熱轉印品質。 又’义 為了達成上述之目的，本創作係提供一種具有加強熱 轉印膜邊角貼合效果之吸膜治具的機台，包括：_工作平 台、-上模、以及一吸膜治具；上模設於工作平台上方並 可作上、下位移，且上模底部設有一熱加壓墊，並設有通 往該熱加壓墊之熱氣孔；吸膜治具則設於工作平台上，吸 膜治具更包含：-基座、一定位框、以及一料件:；基座 頂面^係凹設有一形成段差之容置槽，並於容置槽内設有 複數第一通氣孔；定位框則位於容置槽内，且於定位框上 設有-凹口’並設有與各第—通氣孔相對應的第二通氣孔 ;而料件台乃設於凹口内，且其頂面突出於凹口；其中， 基座與定位框間係形成一位移空間，且定位框乃活動平置 於容置槽内；俾藉由定位框能於所述位移空間作移動，以 對轉印膜提供向下之拉扯力，而加強轉印膜邊角處入 效果。 、 M368549 為了達成上述之目的，本創作係提供一種加 膜邊角貼合效果之吸膜治具，包括一基座、一定位框= 及一料件台；基座頂面上係凹設有一形成段差之容置样， 並於容置槽内設有複數第一通氣孔；定位框則位於容^ 内且於疋位框上設有一凹口，並設有輿么篦 工°又百興各第一通氣孔相 ，…的第—通钒孔；而料件台乃設於凹口内，且其頂面今 於凹口；其中，基座與定位框間係形成一位移空間，： 框乃活動平置於容置槽内；俾藉由定位框能於所述位 工間作移動，以對轉印膜提供向下之拉扯力， 印膜邊角處的貼合效果。 ㈣ 【實施方式】 _為了使貝審查委員能更進一步瞭解本創作之特徵及技 術内容，請參閱以下有關本創作之詳細說明與附圖， =附圖式僅提供參考與說明用，並非用來對本創作加以 制者。 月多閱第一圖及第二g| ’係分別為本創作吸膜治具之 解圖及立體組合圖。本創作係提供一種加強熱轉印 ^邊角貼合效果之吸膜治具及其機台，該吸膜治具i包栝 基座10、一定位框11、以及一料件台12 ;其中： • 2基座10係呈一板塊狀體，其頂面上凹設有一形成段 .差之奋置槽100 ’用以供上述各組件疊置其上，俾使所欲 包膜之料件2及其轉印膜3 (如第三圖所示）可置於盆上 崎加工。並於該容置槽100内穿設有貫通至基座1〇底面 令複數弟一通氣孔1〇1 ’以供該吸膜治具i於配合該機台 5 M368549 4 (如第三圖所示）工作時，能透過 ⑽)而使各第-通氣孔101產生吸力之效 10則用以固設於該機台4之卫作平台4G上，且該機台4更 包括一可於工作平台40上方作上、下位移之上模41 ’該上 模41底部係設有一熱加壓塾4 、 41Λ ^ „ 並叹有通往該熱加壓墊 41〇之熱氣孔411 (如第六圖所示）。 該定位框η係平置於上述基座10之容置们 於該定位框11上設有一 σ 11Λ 定……/ 以供上述料件台12能被 ^位於疋位框η之凹口 11G内，且該定位框u上穿設有與 上述各第一通氣孔101相對應的第_ 了應的第一通氣孔m ;當定位 框η平置於基座10之容置槽1〇〇内時， _ 1〇ι、⑴係呈彼此上、下相對且相罢、一、軋孔 乂 卜相對且相通的配置型態，以供 刖述吸力效果延伸至第二通氣孔lu處。 對應Ϊ:::12係配合料件2之形狀而成型’以供料件2 2置放於其上後，能—併被定位於上述定位㈣之凹口 内，亚使料件2頂面突出於該凹口 11〇，且料件2頂 面即為所欲貼附轉印膜3之乒& .. _ 於料件頂面上。 俾便於使轉印膜3舖設 .請-併參閱第四圖所示，本創作主要係於上述基座ι〇 框U之間形成一位移空間’且該定位框11乃活動平 置於基座1G之容置槽觸内；當轉印膜3舖設於料件2頂· =時，轉印膜3展開之面積係大於料件2頂面之面積，· =印臈3周圍將延伸至定位框μ各第二通氣孔m外 圍處’且令轉印膜3周圍被固定於定位框11上，以提供 M368549 轉、P膜3適度的拉扯力而能樓平於料件2頂面，避免因未 撐平所產生之皺摺等而影響其貼附上之美觀性。 承上，在本創作所舉之實施例中，係於基座10與定位 框11之間δ又有回復元件102，以將該定位框11向上抵頂而 與基座10間隔配置，形成所述位移空間。該回復元件102 可為一壓縮彈簧，並以複數型態分佈於基座10舆定位框11 間’俾=該定位框11於容置槽1〇〇内因受外力（如向下之 力）影響而作向下位移時，可壓縮該回復元件102而使 '、諸存彈力且於外力消除後透過其彈力將定位框11向上 -、X回復基座10與定位框11間之所述位移空間。此外 ’本創㈣透過—壓板13將轉印膜3周圍时於定位框^ 2周ST反13係相對疊置於定位框11之各第二通氣孔111 /，’且壓板13上設有—缺口 13()，以供料件2頂面 缺：13〇而不受到壓板13的壓制，另壓板13底面 ^又凹槽131，並於該凹槽131内嵌入-環形止滑圈 ^以增轉板13與轉印膜3間㈣擦效果。 轉印述之構造組成，即可得到本創作加強熱 、邊角貼σ效果之吸膜治具。 據此’如第三圖及第四圖所示，當欲於料件2上貼 膜3時’係將該料件2置於料件台^，並將轉印膜 _ 3展開舖設於料件2苜 〇 Ά r-> 、 予a I Ρ「、 ，且透過壓板13將轉印膜3周圍 ^ =置在壓板13與定位框12之間，以撐平該 3。 而此時的轉印膜3亦a 土 、 P膜3亦尚未被拉扯（如第七圖a所示）。 者’如第三圖及第五圖所示，再透過其它加工機器 7 M368549 等設備（圖略）由各第―、二通氣孔⑼、U1提供吸力 ，此^•定位框12因受吸力影響而向下位移，以令轉印膜3 周圍產生向下之拉扯力（如第七圖B所示），同時轉印膜 3在相對各第一、二通氣孔1〇1、⑴的部位，也會因為 交到吸力的影響而被向下拉扯，進而使轉印膜3鄰近料件 2邊角處的部位可緊貼其上，達到良好的貼附性與平整性 。最後，如第三圖及第六圖所示，配合該機台4之上模Μ 的各熱氣孔411提供高溫，以令熱加塵塾41〇被加熱及加 壓後而能將熱轉印膜3再作進一步地擠壓，進而完整貼合 於料件2頂面及其邊角、鄰近邊角下緣處。 σ 因此，藉由本創作加強熱轉印膜邊角貼合效果之吸膜 治具，不僅可更有效地加強轉印膜3於料件2邊角等處的 貼合效果，且儘管所使料轉印膜3其材㈣延展性較差 ，也能透過定位框12與壓板13的向下位移，以拉扯轉印膜 3周圍而使其能緊貼於料件2的邊角等處。 綜上所述’本創作實為不可多得之新型創作產品，其 可達到預期之使用目的’而解決習知之缺失，又因極具 員=進步性’完全符合新型專利申請要件，爰依專利 =出申請，敬請詳查並賜准本案專利，以保障創作人之 拘為本創作之較佳可行實施例，非因此即‘ 二= 丨=專利範圍’故舉凡運用本創作說明書及圖式 内效結構變化’均同理皆包含於本創作之範圍 M368549 【圖式簡單說明】 =一圖係本創作謂治具之 =係本創作吸膜治具之立體組合圖。 -圖#本創作機台之平面示意圖。 四圖傳、本劍作吸膜治具進行吸膜作 剖視圖。 句# 第五圖係根據第四圖進行吸膜作業之動作示意圖 0 α θ 係根據第五圖進行熱轉印作業之動作示意 圖0 第七圖Α 係第四 第七圖B係第四 第七圖C係第四 【主要元件符號說明】 <本創作> 圖之A部分放大詳圖。 圖之B部分放大詳圖。 圖之C部分放大詳圖。 吸膜治具 1 基座 10 第一通氣孔 101 定位框 11 第二通氣孔 111 壓板 13 凹槽 131 料件 2 轉印膜 3 容置槽 100 回復元件 102 凹口 110 料件台 12 缺口 130 環形止滑圈 132[Prior Art J is based on the quality of the heat transfer product, so that the transferred material can still obtain a good effect of the transfer film at its corners, etc., just like our country: Ludi Μ58 The new patent "Hot-transfer corner-enhanced suction film fixture" is widely used - the vacuum adsorption force is used to make the transfer film more conformable to the surface of the part and its corners to obtain a smooth and smooth The technology for attaching effects to the purpose. It is known from the technology disclosed in the patent that it is mainly used on the suction film fixture = a vent hole is added around the transfer film to attract the downward direction of the transfer film through the true enamel operation to make it fit. At the corners of the material. However, although the suction film fixture is used in conjunction with the vacuum suction operation, the transfer film can be attracted downwardly to the corners of the material member, but sometimes the transfer film cannot be ensured on the flatness of the cattle 2 and its service. Bending fluency of the corners of the applicator, etc. When using a transfer film with poor ductility, relying solely on vacuum suction, Tt1 dry corners are 4, so that the quality of the finished transfer film is not Do your best. The unique essay: This creator is improving; solving the above-mentioned deficiencies, and using it in conjunction with the use of physics, finally proposes a creation that is reasonably designed and has improved the above-mentioned deficiencies. [New content] 3 M368549 The main purpose of this book is to provide a (4) fixture and a machine for enhancing the edge-to-corner bonding effect of the thermal transfer film, which can provide a pulling force around the transfer film, Not only can the transfer film be flattened on the top surface of the material, but also the transfer film that is pulled down can be attached to the corners of the material, etc., to achieve good adhesion and flatness. The essence of Yiben's creation is that it can provide a kind of lacquering tool and money platform that can enhance the edge-to-corner bonding effect of the heat transfer film, which can make the pulling force provided by the above-mentioned, and make the transfer film with poor ductility It can also be well applied to the corners of the material, etc. U卩 can only make the transfer film with poor secretability, and also good thermal transfer quality. In order to achieve the above objectives, the author provides a machine with a suction film fixture that enhances the edge-angle bonding effect of the thermal transfer film, including: _ work platform, upper mold, and a suction film fixture The upper mold is arranged above the working platform and can be displaced up and down, and a hot pressing pad is arranged at the bottom of the upper mold, and a hot air hole is provided to the hot pressing pad; the suction film jig is set on the working platform. The suction film fixture further comprises: a base, a positioning frame, and a material component; the top surface of the base is provided with a receiving groove for forming a step, and the plurality of first holes are arranged in the receiving groove. a venting hole; the positioning frame is located in the accommodating groove, and a notch is provided on the positioning frame and a second venting hole corresponding to each venting hole is provided; and the material table is disposed in the notch And a top surface thereof protrudes from the recess; wherein a displacement space is formed between the base and the positioning frame, and the positioning frame is movable in the receiving groove; and the positioning frame can move in the displacement space, The downward pulling force is applied to the transfer film to enhance the effect of the corners of the transfer film. M368549 In order to achieve the above purpose, the present invention provides a suction film fixture with a film edge fitting effect, comprising a base, a positioning frame = and a material table; the top surface of the base is concavely provided Forming a stepped space, and providing a plurality of first vent holes in the accommodating groove; the positioning frame is located in the cavity and has a notch on the 框 frame, and is provided with a 篦 篦 ° ° The first vent hole phase, the first through hole of the vanadium hole, and the material table is disposed in the recess, and the top surface thereof is in the recess; wherein the base and the positioning frame form a displacement space, the frame The activity is placed flat in the accommodating groove; and the positioning frame can be moved between the positions to provide a downward pulling force to the transfer film and a bonding effect at the corners of the printing film. (IV) [Implementation] _ In order to enable the Beck Review Committee to further understand the features and technical contents of this creation, please refer to the following detailed description and drawings regarding the creation. The figure is for reference and explanation only, not for The author of this creation. Read more on the first picture and the second g| ’s respectively for the solution and three-dimensional combination of the creation of the suction film fixture. The present invention provides a suction film fixture and a machine table thereof, which are capable of enhancing the thermal transfer and corner bonding effect, the suction film fixture i-packing base 10, a positioning frame 11, and a material table 12; : • 2 base 10 is a plate-like body, and a top surface is recessed with a forming section. The poor groove 100' is used for the above components to be stacked thereon to make the desired coating material Piece 2 and its transfer film 3 (as shown in the third figure) can be placed in the basin for processing. And passing through the bottom surface of the pedestal 1 to the bottom surface of the pedestal 1 to make the ventilating hole 1 〇 1 ' for the suction film fixture i to cooperate with the machine 5 M368549 4 (as shown in the third figure) When working, the effect of generating the suction force of each of the first vent holes 101 through (10)) is fixed on the service platform 4G of the machine table 4, and the machine table 4 further includes a work platform 40 is placed above and below the upper mold 41'. The bottom of the upper mold 41 is provided with a hot pressurizing 塾4, 41Λ^ „ and a hot air hole 411 leading to the hot pressing pad 41〇 (such as the sixth figure) The positioning frame η is placed on the pedestal 10 and the accommodating frame 11 is provided with a σ 11 ...... ... / for the above-mentioned material table 12 can be located in the 框 frame η In the recess 11G, the positioning frame u is provided with a first venting hole m corresponding to each of the first vent holes 101; when the positioning frame η is placed on the accommodating groove of the pedestal 10 In the case of 1 〇〇, _ 1 〇ι, (1) are arranged in a state in which the upper and lower sides are opposite each other, and the rolling holes are opposite and connected to each other, so as to extend the suction effect to the second vent hole. The corresponding Ϊ:::12 is formed by the shape of the material 2, after the feeding member 2 2 is placed thereon, and can be positioned in the notch of the above positioning (4), the sub-material 2 The top surface protrudes from the recess 11〇, and the top surface of the material member 2 is the ping & .. _ on the top surface of the material to be attached. 俾It is convenient to lay the transfer film 3. Please - and referring to the fourth figure, the present invention mainly forms a displacement space between the pedestal U frame U and the positioning frame 11 is placed in the accommodating groove of the pedestal 1G; When the printing film 3 is laid on the top of the material 2, the area of the transfer film 3 is larger than the area of the top surface of the material 2, and the periphery of the printing plate 3 will extend to the periphery of the second vent hole m of the positioning frame μ. 'And the periphery of the transfer film 3 is fixed on the positioning frame 11 to provide a moderate pulling force of the M368549 rotor and the P film 3, and can be flattened on the top surface of the material member 2, thereby avoiding wrinkles caused by unsinking, etc. In addition, in the embodiment of the present invention, there is a recovery element 102 between the base 10 and the positioning frame 11 to push the positioning frame 11 upward. And The susceptor 10 is spaced apart to form the displacement space. The responsive element 102 can be a compression spring and is distributed in a plurality of configurations between the pedestal 10 and the positioning frame 11 俾 = the positioning frame 11 is in the accommodating groove 1 〇 When the inside of the crucible is displaced downward by the external force (such as the downward force), the returning element 102 can be compressed to make the elastic force of the retaining force, and after the external force is removed, the positioning frame 11 is raised upward by the elastic force thereof, and the X is returned to the base. The displacement space between the seat 10 and the positioning frame 11. In addition, the 'Beneficial (4) transmission-pressing plate 13 is disposed on the second side of the positioning frame 11 when the transfer film 3 is around the positioning frame 2 The vent hole 111 /, 'and the pressure plate 13 is provided with a notch 13 (), so that the top surface of the feeding member 2 is missing: 13 〇 without being pressed by the pressing plate 13, and the bottom plate of the pressing plate 13 is further recessed 131, and The groove-shaped anti-slip ring is embedded in the groove 131 to enhance the wiping effect between the plate 13 and the transfer film 3. According to the structural composition of the transfer, the suction film fixture for enhancing the heat and the edge σ effect can be obtained. According to this, as shown in the third and fourth figures, when the film 3 is to be applied to the material 2, the material 2 is placed on the material table, and the transfer film _ 3 is laid down on the material. 2苜〇Ά r->, a I Ρ ", and the transfer film 3 is placed between the platen 13 and the positioning frame 12 through the platen 13 to flatten the 3. The film 3 is also a soil, the P film 3 has not been pulled (as shown in the seventh figure a). As shown in the third and fifth figures, and then through other processing equipment 7 M368549 and other equipment (figure omitted) The suction is provided by each of the first and second vent holes (9) and U1, and the positioning frame 12 is displaced downward by the suction force to cause a downward pulling force around the transfer film 3 (as shown in FIG. 7B). ), at the same time, the portion of the transfer film 3 opposite to the first and second vent holes 1〇1, (1) is pulled downward due to the influence of the suction force, so that the transfer film 3 is adjacent to the corner of the material member 2 The part can be placed close to it to achieve good adhesion and flatness. Finally, as shown in the third and sixth figures, the hot air holes 411 of the die above the machine table 4 are provided with high temperature to make After the dusting crucible 41 is heated and pressurized, the thermal transfer film 3 can be further pressed, and then completely adhered to the top surface of the material member 2 and its corners, adjacent to the lower edge of the corner. By the present invention, the suction film fixture for enhancing the edge-to-corner adhesion effect of the heat transfer film can not only effectively strengthen the bonding effect of the transfer film 3 at the corners of the material member 2, etc., and although the material is transferred The film 3 (4) has poor ductility and can also be displaced downward through the positioning frame 12 and the pressing plate 13 to pull the periphery of the transfer film 3 so as to be in close contact with the corners of the material member 2, etc. 'This creation is a rare new creative product, which can achieve the intended use purpose' and solve the lack of conventional knowledge, and because of the extreme staff = progressive 'full compliance with the new patent application requirements, according to the patent = application, Please check and grant the patent in this case to protect the creator's detainment as a better and feasible embodiment of the creation. Therefore, it is not a case of 'two = 丨 = patent scope'. Any use of this creation specification and schema internal structure changes 'All the same reason is included in the scope of this creation M368549 [Simplified illustration = One picture is the creation of the fixture = the three-dimensional combination of the creation of the suction film fixture. - Figure # The schematic diagram of the creation machine. Four pictures, the sword as a suction film fixture for the suction film for cross-sectional view句# The fifth figure is a schematic diagram of the operation of the film suction operation according to the fourth figure. 0 α θ is a schematic diagram of the operation of the thermal transfer operation according to the fifth figure. The seventh figure is the fourth seventh figure B is the fourth Figure 7C is the fourth [main component symbol description] <this creation> The A part of the figure is enlarged and detailed. The part B of the figure is enlarged and detailed. The C part of the figure is enlarged and detailed. The film fixture 1 pedestal 10 First vent hole 101 positioning frame 11 second vent hole 111 pressure plate 13 groove 131 material 2 transfer film 3 accommodating groove 100 recovery element 102 notch 110 material table 12 notch 130 annular anti-slip ring 132
M368549 機台 4 工作平台 40 上模 41 熱加壓墊 410 熱氣孔 411M368549 Machine 4 Working platform 40 Upper mold 41 Thermal pressure pad 410 Hot air hole 411
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