M297342 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種板件覆膜機，尤指一種自動化作業之 設計者。 【先前技術】 按，諸如背光模組之導光板或擴散板等板件，為了避免 其表面於運送或存放的過程中，不會受到外力之損傷，一般 乃貼後有保S蔓膜，用以保護其上、下表面；但傳統之覆膜方式 多數係採人工作業，並無專用之覆膜機具可供使用，人事成 本咼且工作效率差。 【新型内容】 本創作之主要目的，係欲提供自動化作業之覆膜機具， 而具有提升經濟效益之功效。 為達上述功效，本創作之結構特徵，係於一機台設置包 括有： 前輸送單元，由第一動力源提供輸送動力； 後輸送單元，由第二動力源提供輸送動力； 上下供膜單元，提供貼覆於板件上、下表面之保護膜; 覆膜單元，銜接設置於前輸送單元之後，而對應前輸 返單70之高度設置上、下覆膜滚筒，並於上、下覆膜滾筒擇 一，自第三動力源獲致滾壓動力，另一滾筒則結合有頂靠動 力源，用以將保護膜貼覆於板件上、下表面； 壓板單元，設置於後輸送單元之起始端；以及 一裁膜單元，設置於覆膜單元與壓板單元之間，而令一 M297342 裁刀結合有動力源者。 【實施方式】 圖及第二圖所示，本創作係於一機台 首先，請參閱第一 (ίο)設置包括有： 用以 用以 月】輸送單凡（2〇)，由第一動力源（21)提供輸送動力 輸送待覆膜之板件； 後輸送單元（30)，由第二動力源（31)提供輸送動力 輸送已覆膜之板件；M297342 VIII. New description: [New technical field] This creation is about a plate laminating machine, especially a designer of automation work. [Prior Art] Press, such as the light guide plate or diffuser plate of the backlight module, in order to avoid the surface of the surface during the process of transportation or storage, it will not be damaged by external force. In order to protect the upper and lower surfaces; however, most of the traditional laminating methods are manual operations, and no special laminating tools are available, which is costly and inefficient. [New Content] The main purpose of this creation is to provide a laminating machine for automated operation, which has the effect of improving economic efficiency. In order to achieve the above effects, the structural features of the present invention are set in a machine comprising: a front conveying unit, which is provided with power by a first power source; a rear conveying unit, which is powered by a second power source; Providing a protective film attached to the upper and lower surfaces of the plate member; the film laminating unit is disposed behind the front conveying unit, and the upper and lower laminating rollers are disposed corresponding to the height of the front returning sheet 70, and are superposed on the upper and lower layers. The membrane roller is selected, the rolling power is obtained from the third power source, and the other roller is combined with the top power source for attaching the protective film to the upper and lower surfaces of the plate; the pressure plate unit is disposed in the rear conveying unit The starting end; and a film cutting unit disposed between the laminating unit and the platen unit, and a M297342 cutter is combined with the power source. [Embodiment] As shown in the figure and the second figure, the creation is on a machine. First, please refer to the first (ίο) setting including: for the month] to convey the single (2〇), by the first power The source (21) provides a plate for conveying power to be coated; the rear conveying unit (30), and the second power source (31) provides a plate for conveying power to convey the film;
上、下供膜單元（40)、（5〇)，提供貼覆於板件上、下表 之上、下保護膜（41)、（42); ^ 一覆膜單元（60)，銜接設置於前輸送單元（20)之後，而對 應前輸送單it(2G)之高度設置上、下覆膜滾筒（61)、（62)，並 =上、下覆膜滾筒（61)、（62)擇一，自第三動力源（63)獲致滾 壓動力，另一滚筒則結合有頂靠動力源（64)，用以將上、下保 護膜（41)、（51)貼覆於板件（p)上、下表面； 一壓板單元（70)，設置於後輸送單元（3〇)之起始端，用以 將已貼覆保護膜之板件壓制固定，方便後續之裁膜工作；而 其結構乃對應後輸送單元（3〇)之高度設置上、下壓板滾筒 (71)、（72)，並於上、下壓板滾筒（7丨）、（72)擇一，自第四動力 源（圖未示）獲致滾壓動力，另一滾筒則結合有頂靠動力源 (73);或是對應後輸送單元（3〇)起始端之上緣，設置一具有下 壓彈力之壓板懸臂（圖未示）;以及 一裁膜單元（80)，設置於覆膜單元（6…與壓板單元（70) 之間，而令一裁刀（81)結合有動力源（82)者。 前述裁膜單元（80)其一較佳實施例係如第二圖所示，使 M297342 用一片型裁刀（81)，並結合一直向動力源（82)，例氣壓缸等，但 不限定於此；亦即該裁刀（81)可改為圓型裁刀（圖未示），而動 力源（82)改為橫向動力源，藉以驅動圓型裁刀橫向位移。因 此，上述兩種方式皆可將貼覆於板件（P)上、下表面之上、下 保護膜（41)、（51)裁斷者。 基於如是之構成，待覆膜之板件由前輸送單元（20)輸送 至覆膜單元（60)，覆膜單元（6〇)則藉其上、下覆膜滾筒（61)、 (62)，將上、下供膜單元（4〇)、（5〇)所提供之上、下保護膜 (41)、（51)，貼覆於板件（p)上、下表面；然後，當已覆膜之板件 (P)脫離覆膜|元（60)，並受到壓板單元（7〇)之屢制，即可讓裁 膜單元（80)之裁刀（81)，裁斷連接於已覆膜板件尾端之上、下 保濩膜（41)、（51)，而經後輪送單元（3〇)輸送至後續之收板機 具（非為本案標的，不令贅述）;是以，本創作將傳統人工覆膜 之方式，由自動化之作業方式予以取代，而具有提升經濟效 益之功效。 絲上所述，本創作所揭示之構造，為昔所無，且確能達到 預期之功效，並具可供產業利用性，完全符合新型專利要件， 祈明貝審查委員核賜專利，以勵創新，無任德感。 惟，上述所揭露之圖式、說明，僅為本創作之較佳實施例， 大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或等效 變化，仍應包括在本案申請專利範圍内。 M297342 【圖式簡單說明】 第一圖係本創作之結構說明圖。 第二圖係第一圖中主要結構放大圖。 【主要元件符號說明】 肇 (1〇)機台 (20) 前輸送單元 (21) 第一動力源 (3〇)後輸送單元 (31)第二動力源 (40) 上供膜單元 (41) 上保護膜 (5〇)下供膜單元 (51)下保護膜 (60) 覆膜單元 (61) 上覆膜滾筒 (62) 下覆膜滾筒 (63) 第三動力源 (64) 頂靠動力源 (70) 壓板單元 (71) 上壓板滾筒 (72) 下壓板滾筒 (73) 頂靠動力源 (80) 裁膜單元 (81) 裁刀 (82) 動力源 (P)板件The upper and lower film supply units (40) and (5〇) are provided on the plate, above the table, and under the protective film (41), (42); ^ a filming unit (60), the connection setting After the front conveying unit (20), the upper and lower laminating rollers (61), (62) are arranged corresponding to the height of the front conveying sheet it (2G), and the upper and lower laminating rollers (61), (62) Alternatively, the rolling force is obtained from the third power source (63), and the other roller is coupled with a top power source (64) for attaching the upper and lower protective films (41) and (51) to the plate. (p) upper and lower surfaces; a platen unit (70) disposed at the beginning end of the rear conveying unit (3〇) for pressing and fixing the plate to which the protective film has been attached, so as to facilitate subsequent film cutting work; The structure is provided with upper and lower platen rollers (71) and (72) corresponding to the height of the rear conveying unit (3〇), and is selected from the upper and lower platen rollers (7丨) and (72), from the fourth power source. (not shown) to achieve rolling power, the other roller is combined with a top power source (73); or corresponding to the upper edge of the starting end of the rear conveying unit (3〇), a pressure plate cantilever with a lower pressing force is provided ( A film cutting unit (80) is disposed between the film laminating unit (6... and the platen unit (70), and a cutter (81) is combined with a power source (82). A preferred embodiment of the membrane unit (80) is as shown in the second figure, and the M297342 is provided with a one-piece cutter (81), and is coupled to the power source (82), such as a pneumatic cylinder, etc., but is not limited thereto. That is, the cutter (81) can be changed to a circular cutter (not shown), and the power source (82) is changed to a lateral power source to drive the lateral displacement of the circular cutter. Therefore, the above two methods are It can be applied to the upper and lower surfaces of the plate member (P) and the lower protective film (41), (51). Based on the configuration, the plate to be coated is transported by the front conveying unit (20) to The film laminating unit (60) and the film laminating unit (6〇) are provided by the upper and lower film feeding units (4〇) and (5〇) by the upper and lower laminating rollers (61) and (62). The upper and lower protective films (41) and (51) are attached to the upper and lower surfaces of the plate member (p); then, when the coated plate member (P) is separated from the film | (60), and is pressed Unit (7〇) is a system of multiple The cutting blade (81) of the film cutting unit (80) is cut and connected to the upper end of the coated plate member, the lower protective film (41), (51), and conveyed by the rear transfer unit (3〇). To the subsequent closing machine (not for the subject matter of this case, it is not to be repeated); therefore, this creation replaces the traditional artificial filming method with the automatic operation method, and has the effect of improving economic benefits. The structure revealed by this creation is not in the past, and it can achieve the expected effect, and it can be used for industrial utilization. It fully complies with the new patent requirements, and the Qimingbei review committee has approved the patent to encourage innovation and no responsibility. Sense of morality. However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Those who are familiar with this art, the modifications or equivalent changes made in the spirit of the case should still include the patent application in this case. Within the scope. M297342 [Simple description of the diagram] The first diagram is a structural description of the creation. The second figure is an enlarged view of the main structure in the first figure. [Description of main components] 肇(1〇) machine (20) Front conveying unit (21) First power source (3〇) Rear conveying unit (31) Second power source (40) Upper film supply unit (41) Upper protective film (5〇) lower film supply unit (51) lower protective film (60) laminating unit (61) upper laminating roller (62) lower laminating roller (63) third power source (64) Source (70) Platen unit (71) Upper platen roller (72) Lower platen roller (73) Top power source (80) Film cutting unit (81) Cutter (82) Power source (P) plate
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