M266246 捌、新型說明： t新型所屬之技術領域】 新型領域 本發明是關於蠟筆被覆裝置之壓紙裝置的技術，具體 5 來說，本發明是關於更容易將被覆紙被覆到截面形狀呈六 角形的蠟筆上的蠟筆被覆裝置之壓紙裝置的技術。 在通常情況下，蠟筆的截面形狀呈圓形或六角形，爲 了保護其外側，防止粘到手上，一般被覆一層被覆紙。 第3圖就是這種蠟筆被覆裝置的所示圖。 10 粗略地觀察其結構可知，在操作臺的上部，以一定距 離設置了用來移送蠟筆的移送桿，並在移送桿的一側，設 置用來供應蠟筆的漏斗，在另一側設置被覆紙供應部。 另外，在移送桿的一側，設置用來在被覆紙上塗布粘 著劑的塗布滾筒，在另一側設置滾筒刷，用來圈回已塗布 15 粘著劑的被覆紙的末端。 但是，這種設計存在缺點，那是因爲蠟筆的外側呈六 角形，即使用滾筒刷圈回，無法牢固地將被覆紙一次性地 予以被覆，而且圈回後，呈直角的部位的被覆狀態不牢固 ，導致被覆紙容易脫落。 20 【先前技術】 新型背景 本新型的目的在於解決上述缺點，旨在提供一種新型 的蠟筆被覆裝置之壓紙裝置，在通常的六角形蠟筆的被覆 裝置中，在牢固地粘著附著在蠟筆外側上的被覆紙的同 M266246 簡化操作工序， 時，保持整潔的外觀，並憑藉自動化系統 節省生産費用。 新型概要 疋筆被覆裝置之壓紙筆w 技術，可在牢固地粘著附著在蠟 、置0 時，保持整潔的外觀，並可憑 冑上的㈣紙的f 序，節省生産費用。^自動化系統，簡化操作] 圖式簡單說明 10 的斜視圖 第見1 圖圖是根據本新型設相—被覆裝置之壓紙裝置 之壓紙裝置 第2圖是根據本新型設計的缫筆被覆Μ 運轉狀態正視圖； 15 第3圖是卿被覆裝置整體外㈣側面圖； 第4圖是根據本新型設計的縣被覆裝置之操作 的各階段截面圖。 i 序 【實施方式】 車父佳實施例之詳細說明 a爲了達到上述目的，本新型採用了如下設計，其特點 20疋包括如下部分：在通常的六角形壤筆的被覆裝置中對 难占著有部分被覆紙的狀態下被移送的蠟筆的外側進行壓紙 的壓紙部；被就近設置在壓紙裝置的外侧面上，用於將粘 著後剩餘的被覆紙末端部向上推動，予以彎曲的彎曲引導 部。 M266246 以下結合附圖，詳細說明本新型的理想事例。 附圖中’第1圖是根據本新型設計的蠟筆被覆裝置之壓 紙裝置的斜視圖；第2圖是根據本新型設計的蠟筆被覆裝置 之壓紙裝置運轉狀態正視圖；第3圖是蠟筆被覆裝置整體外 5觀的側面圖；第4圖是根據本新型設計的蠟筆被覆裝置之操 作工序的各階段截面圖。 本新型中，在操作臺（丨2〇)的上部，以一定距離形成用 來移送斷面呈六角形的蠟筆（1〇)的移送桿(2〇)，在移送桿(2〇) 的一側设置用來供應蟻筆的漏斗（14〇)，在另一側設置被覆 1〇紙供應部（110)。同時，在移送桿(2〇)的一側，設置用來在 被覆紙(50)上塗布粘著劑的塗布滾筒（16〇)，在另一側設置 滾筒刷（15G) ’用來_已塗布料劑的被覆紙的末端。 在蠟筆被覆裝置（1〇〇)中，對粘著有部分被覆紙(5〇)的 狀態下被移送的蠟筆（1〇)的外側進行壓紙，牢固粘著狀態， 15同時使得棱角分明，提高美觀度。 如圖所不，壓紙部(2)的一端設有具備插入槽的支 撐架(24)，在中部兩側設有軸桿(36)，同時設有在外周面上 凹入壓紙槽(32)而形成的一定直徑的呈圓板形的壓紙滾筒 (3) ’再將壓紙滾筒連接在插入槽㈣上，使其旋轉，然 2〇後5又置於躐筆移送桿(2〇)的上部，使壓紙槽(32)在躐筆(1〇) 的外側摺紙。 如圖所不，其中，壓紙槽⑽的截面形狀大體上呈“〕” 形，以便摺紙時位於六角形蝶筆⑽外側的中部 ，並在其兩 端内側形成傾斜面(34)，以使防止摺紙_筆⑽破損，更 M266246 容易進行摺紙動作。 彎曲引導部(4)爲末端設有彎曲部(42)的一定長度的片 g，彎曲部(42)以被覆紙(50)厚度就近設置於壓紙滾筒（3) 的外側面，將經過壓紙部(2)被壓紙的被覆紙頭部向上推動 5 ，予以，彎曲。 觀察本新型的運轉關係圖如下。 本新型所示的蠟筆被覆裝置（1〇〇)被覆即時工序各階段 如第4圖，主要分爲如下幾道工序。 在被覆紙(50)上部放置蝶筆（1〇)’使用加壓工具（沒有圖 10示）’邊壓邊移送的工序(a)。 在一側的被覆紙(50)末端内側面，利用塗布滾筒（丨6〇) 塗布粘著劑的工序(b)。 圈回已塗布粘著劑的被覆紙(50)末端外側面，粘著於蠟 筆外側的工序(c)。 15 壓紙部(2)的壓紙滾筒（3)對已粘著的被覆紙(50)進行壓 紙，使其牢固地粘著的同時，由彎曲引導部(4)引導至被覆 紙(50)另一側末端，向上彎曲的工序(d)。 利用塗布滾筒（160)，在彎曲的被覆紙(50)末端内側面 塗布粘著劑的工序⑴。 20 圈回已塗布粘著劑的被覆紙末端外側面，粘著於蠟筆 (1〇)外側的工序(g)。 在移送躐筆（10)的過程中，依次進入以上工序，最終完 成六角形蠟筆的被覆作業。 【圖式簡單説明】 M266246 第1圖是根據本新型設計的蠟筆被覆裝置之壓紙裝置 的斜視圖； 第2圖是根據本新型設計的蠟筆被覆裝置之壓紙裝置 運轉狀態正視圖； 5 第3圖是蠟筆被覆裝置整體外觀的側面圖； 第4圖是根據本新型設計的蠟筆被覆裝置之操作工序 的各階段截面圖。 【圖式之主要元件代表符號表】 32…壓紙槽 42…彎曲部 50…被覆紙 130···移送桿 2…壓紙部 3···壓紙滾筒 4···彎曲引導部 10…蝶筆 22…插入槽 24…支撐架M266246 新型 Description of the new type: The technical field to which the new type belongs] The new field The present invention relates to the technology of a paper pressing device of a crayon coating device. Specifically, the present invention relates to making it easier to cover the covering paper with a hexagonal cross-sectional shape. Technology of paper pressing device of crayon coating device on crayon. In general, the crayon has a circular or hexagonal cross-section. In order to protect the outside of the crayon and prevent it from sticking to your hands, it is usually covered with a layer of paper. Fig. 3 is a diagram showing such a crayon coating device. 10 Rough observation of the structure shows that a transfer rod for transferring crayons is set at a certain distance on the upper part of the operation table, and a funnel for supplying crayons is set on one side of the transfer rod, and a covering paper is set on the other side Supply Department. In addition, on one side of the transfer rod, a coating roller for applying an adhesive on the coated paper is provided, and on the other side, a roller brush is provided to loop back the end of the coated paper to which the 15 adhesive has been applied. However, this design has disadvantages because the outer side of the crayon is hexagonal, and even if it is looped back with a roller brush, the covering paper cannot be firmly covered at one time, and after being looped back, the covering state of the right-angled part is not It is strong, which makes the coated paper fall off easily. [Prior art] New background The purpose of this new model is to solve the above-mentioned shortcomings. The purpose of this new model is to provide a new type of paper pressing device for crayon coating device. The same paper as M266246 on the coated paper simplifies the operation process, while maintaining a neat appearance, and saves production costs by virtue of an automated system. New outline The paper-pressing pen technology of the pen coating device can firmly adhere to the wax when it is set to 0, maintain a neat appearance, and save the production cost based on the f-order of the paper on the tape. ^ Automation system, simplified operation] Schematic illustration of the oblique view of Figure 10 See Figure 1 Figure 1 shows the paper pressing device according to the novel phase-coating device Paper pressing device Figure 2 shows the pen coating M according to the new design Front view of the operating state; Figure 3 is a side view of the entire outer cover of the coating device; Figure 4 is a cross-sectional view of each stage of the operation of the county coating device designed according to the new model. i Preface [Embodiment] A detailed description of Che Fujia ’s embodiment a. In order to achieve the above purpose, the new model adopts the following design, which features 20 疋 including the following parts: It is difficult to occupy in the covering device of the ordinary hexagonal soil pen. The paper pressing part that presses the outside of the crayons that are transferred in a state of partially covering the paper; it is set nearby on the outside surface of the paper pressing device, and is used to push the end of the remaining paper after adhesion and bend it Curved guide. M266246 The following describes in detail the ideal case of this novel in combination with the drawings. In the drawing, 'the first figure is a perspective view of a paper pressing device of the crayon coating device designed according to the present invention; the second figure is a front view of the operating state of the paper pressing device of the crayon coating device according to the novel design; the third figure is a crayon 5 is a side view of the overall appearance of the coating device; FIG. 4 is a sectional view of each stage of the operation process of the crayon coating device according to the novel design. In the new model, a transfer rod (20) for transferring a crayon (10) with a hexagonal cross section is formed at a certain distance on the upper part of the operation table (丨 20). A funnel (14) for supplying ant pens is provided on one side, and a 10-sheet paper supply section (110) is provided on the other side. At the same time, a coating roller (16) for applying an adhesive on the coated paper (50) is provided on one side of the transfer rod (20), and a roller brush (15G) is provided on the other side. The end of the coated paper of the coating agent. In the crayon coating device (100), the outside of the crayon (10) transferred in a state where a part of the coating paper (50) is adhered is pressed to firmly adhere the state, and the edges and corners are made clear at the same time. Improve aesthetics. As shown in the figure, one end of the paper pressing part (2) is provided with a support frame (24) with an insertion groove, shafts (36) are provided on both sides of the middle part, and a paper pressing groove (not shown) is provided on the outer peripheral surface. 32) and formed a platen-shaped platen roller (3) of a certain diameter. 'The platen roller is connected to the insertion slot to rotate it, and then 5 and 5 are placed on the pen transfer rod (2). 〇), the paper holder (32) is folded on the outside of the pen (10). As shown in the figure, the cross-sectional shape of the paper pressure groove 大体上 is generally "]", so that it is located in the middle of the outer side of the hexagonal butterfly pen 折 when origami, and forms inclined surfaces (34) on the inner sides of both ends so that Prevents origami _ pen breakage, M266246 is easy to perform origami. The bending guide part (4) is a piece g of a certain length provided with a bending part (42) at the end, and the bending part (42) is provided on the outer side of the platen roller (3) with the thickness of the coating paper (50) as close as possible. The paper part (2) is pushed upward by the coated paper head 5 and is bent. Observe the operation relationship diagram of this new model as follows. The crayon coating device (100) shown in the new model covers each stage of the instant process, as shown in Figure 4, and is mainly divided into the following processes. A step (a) of placing a butterfly pen (10) 'using a pressurizing tool (not shown in Fig. 10)' on the cover paper (50) while pressing and transferring. The step (b) of applying an adhesive to the inner surface of the end of the coated paper (50) on one side by a coating roller (600). Step (c) of looping back the outer surface of the end of the coated paper (50) to which the adhesive has been applied and sticking to the outside of the crayon. 15 The platen roller (3) of the paper pressing section (2) presses the adhered covering paper (50) to make it adhere firmly, and is guided by the bending guide (4) to the covering paper (50). Step (d) where the other end is bent upward. Step ⑴ of applying an adhesive to the inner side surface of the end of the curved coated paper (50) using a coating roller (160). Step 20 (g) of turning back the outer surface of the end of the coated paper to which the adhesive has been applied and sticking to the outside of the crayon (10). In the process of transferring the pen (10), the above steps are sequentially performed, and the covering operation of the hexagonal crayon is finally completed. [Brief description of the drawings] M266246 Figure 1 is a perspective view of the paper pressing device of the crayon coating device according to the new design; Figure 2 is a front view of the paper pressing device of the crayon coating device according to the new design; Fig. 3 is a side view of the overall appearance of the crayon coating device; and Fig. 4 is a cross-sectional view of each stage of the operation process of the crayon coating device according to the novel design. [Representative symbols for the main components of the drawing] 32 ... pressing slot 42 ... bending section 50 ... coated paper 130 ... transfer rod 2 ... pressing section 3 ... pressing roller 4 ... bending guide 10 ... Butterfly pen 22 ... Insert slot 24 ... Support