M422434 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種自動塗佈設備之塗佈機構，特別是指可 平均塗抹麵於待塗佈元件，且可控繼佈厚度之自動塗佈設 備之塗佈機構。 【先前技術】 傳統於竞管或賴等·佈树外緣塗抹塗佈原料時， 係透過塗《加以塗染，岭佈機之作動，係先將塗佈原料 儲存於墨相，塗佈原料由滾墨輪滾動帶出，_刀控制厚 度，再轉至滾墨輪，經滾墨輪移動行程，將塗佈原料塗染於 元件上。 、塗料或油墨採取塗佈機塗染，對於大面積的覆蓋表面， 塗膜均勻、附著性極佳、不會，除此之外，塗佈機適合 對元件塗覆形狀規則的塗面，覆蓋力絕敍健流程快速。 完整的塗佈製程包括：自動整列送料、分離推入圓盤、 定位確認、滾輪塗佈、人預乾烤箱使得塗佈·得以高溫固 化。 然而，從上述塗佈過程可知，塗佈的平整度為整個塗佈 製程很重要的步驟，因此如何在待_元件上均勻且平整的 塗佈塗料或油墨，甚為重要。 雖然透過滾墨輪得以朗塗佈之目的，_滾墨輪與待 塗佈元件間’滚墨輪係為主動元件，而待塗佈鱗則為被動 3 元件，當兩者第一次 情況發生。 塗佈接觸時， 則可能產生塗佈不均勻的 此外，目 别習用的塗怖機構並 件上之塗料厚度，如果需增加或减==於編: 加工，造成製造成本上之靜。塗佈厚度時，則需_ 由此可見’上述料結構仍有諸纽失 設計者，而亟待加以改良。 、實_良善 思加=二人鑑於上述結構所衍生的各項缺點，乃多 街’越多年苦心赠和研究後，終於成功 研發Α成本件塗佈機之塗佈機構。 【新型内容】 …本創作之目的係透過傳動輪與輔助輪間之傳動，進而使 仲k型輪餘墨輪間得以產生—可_卿，達職整造炎 輪上塗佈厚度之效果。 本創作之另一目的係透過辅助輪與執道之設置，使得造 型輪於雜佈讀上塗料，係透補助輪先純道接觸， 並帶動造型輪塗佈鱗_元件上，塗佈之目的。 本創作之又-目的係滚墨輪與造型輪上係可設有相對應 之造型，且該造型可針對不同產品規格之待塗佈元件而改 I ’使其付以針對各式產品加以使用。 為了達到上述目的，本創作包含有一固定於固定架之滾墨 輪，固定架外側則樞接設有一與滾墨輪相互連動傳動輪；—塗 佈原料機構，係將塗佈原料塗佈於滾墨輪上；一設置於支架上 之造型輪，支架兩側則分別設有與造型輪相互連動之辅助輪； 其中該輔助輪係與傳動輪相互接觸傳動，使得傳動輪得以帶動 辅助輪轉動，進而使造型輪得以同步轉動並與滚墨輪相互接 觸，使得塗佈原料得以均勻塗佈於造型輪上；一執道，係設置 於辅助輪前緣，提供輔助輪滾動之用。 於一實施例中，該固定架係為门字形。 於一實施例中，該執道係可為口字形。 於一實施例中，該傳動輪與滚墨輪間係透過樞軸將其樞 接。 於一實施例中，該塗佈原料機構係設置於固定架一侧，並 與滾墨輪相互細’其包含墨斗，該墨斗係儲存塗佈原料，塗 佈原料係透過滚墨輪滾動帶出，墨斗與滾墨輪間係設有刮刀， 透過刮刀得以控制塗佈原料於滾墨輪之厚度。 於一實施例中’該造型輪與辅助輪間透過樞軸相其樞接。 ;實施例中’該/袞墨輪上係可針對不同之待塗佈元件設 計設計不同造型。 於一實施例中’該塗佈輪係設有與滚墨輪相對應之造型， 供不同之待塗佈元件使用。 【實施方式】 ▲為讓本創作之上述和其他目的、特徵和優點能更明顯易 下文特舉出較佳實施例，並配合所附圖式，作詳細說明如 請參閱第一圖至第二圖所 佈機構之立體处構及另“創作自動塗饰設備之塗 體、，·口構及另一角度立體結構其包含有： 一滾墨輪1，該滾墨輪丨彳+gj n % 1 _績Π字形之ID定架u内， 、架Π子型外侧則樞接設有-傳動輪2,且傳動輪2盘 滾墨輪1間係透過樞軸12 " 中D^ 該樞軸12則透過馬達(圖 )之帶動’使得滾墨輪1及傳動輪2得以同步旋轉作 墨輪1上則設有與造型輪4相對應或設定_ 兀件上之造型結構13; 孟艸 1相H原料機構3 ’魏置於_㈣—側，並與滾墨輪 接觸’其包含墨斗31 ’該墨斗31係儲存塗佈原料，塗 =料係軸伽卿㈣斗⑽娜丨間係設 兩刀（圖中未標示），透過刮刀得以控制塗佈原料於滾墨輪 之厚度’料，上述之刮刀亦可設有不同之造型，使其塗佈 於滾墨輪上時，即有不同之厚度與造型； 一造型輪4，係設置於核41上，且位於核41内側， 而支架41兩側則分別設有辅助輪5，且造型輪4與輔助輪5 間透過姉42相其樞接’使得造型輪4與辅助輪5得以同步 轉動二其愤補助輪5係與傳動輪2相互接觸傳動，使得傳動 輪2付以帶動輔助輪5獅，進而使造型輪4得以同步轉動並 與滾墨輪1相互_，使得塗佈得以均勻塗佈於造型輪4 =，其獅射略_神，賴置補助輪 緣，祕輔助輪5滾動之用。 造型’為本創作自動塗佈設叙塗怖機構之 4輪44圖；本創作之造型輪4上係可針對 :元件之絲而調整造型輪4上之外型，於此實 凸起杉3，使得造型輪4係透過凸起部43與滚1相 雜觸，進而使得塗佈原料塗佈於凸起部43上。唯需注意: :塗=4之結構並不限制於凸起部43，係可針對不同的 捋塗佈7L件而改變。 請參閱第四圖及第五圖所示，為本創作自動塗佈設備之 塗佈機構之作動前及實施後之實施示意圖，·本創作之塗佈機 構於作動時’係透過塗佈顧機構3將塗佈補透過刮刀均 勻的塗佈於;袞墨輪丨上，且透·刀得啸制塗佈原料塗佈 於滾墨輪1上之厚度，此外，透職4輪1之_，使得塗 佈原料得以不斷均勻補充於滚墨輪丨上，此時，由於滾墨輪1 轉動時’固定架11外側之傳動輪2亦連帶跟著轉動，使得傳 動輪2得明步帶_助輪5轉動，此使的造型輪*也隨之 轉動，並與滾墨輪1相互鋪，使得魏麟得以均勻的塗 佈於ie型輪4上’當待塗佈元件置放於造型輪4前方時，造 型輪4會朝待塗佈元件方向移動，此時支架41兩側之輔助輪 5則會先與執道6相互接觸並於執道6上滾動，同時帶動造型 輪4滾動，並將待塗佈原料均勻塗佈於待塗佈元件上，達到 M422434 塗佈之效果。 請相第—®所*，為本創作自驗佈設備之塗佈機構 之立體結構’其巾局部放大圖之部份可清楚得知，由於塗佈 原料之塗#麟透過滾墨輪丨與造型輪4狀直接接觸，而 是透過傳雜2與輔助輪5間之相互帶動達成，更由於傳動 輪2與猶輪5係可為具有難财難成，因此滾墨輪i • 與造型輪4間得以產生一塗佈間隙，此間隙正好提供控制塗 佈原料厚度之空間，達顺制塗佈厚度之目的。 上列詳細說明係針對本創作之一可行實施例之具體說 月准該實施例並非用以限制本創作之專利範圍，凡未脫離本 到作技藝精神所為之等效實施或變更，均應包含於本案之專利 /圍中本創作之權利保護範圍應如後述之申請專利範圍所 述。 鲁 【圖式簡單說明】 圖為本創作自動塗佈設備之塗佈機構之立體結構示意圖。 第二圖為本創作自動塗佈設備之塗佈機構之另—角度立體結 構示意圖。 第三圖為本創作自動塗佈設備之塗佈機構之造型輪結構示意 圖。 第四圖為本創作自動塗佈設備之塗佈機構之作動前實施示意 圖0 第五圖為本創作自動塗職備之塗佈機構之作動後實施示意 8 M422434 圖。 【主要元件符號說明】 1滚墨輪 11固定架 12樞軸 13造型結構 2傳動輪 3塗佈原料機構 31墨斗 4造型輪 41支架 42樞轴 43凸起部 5輔助輪 6執道M422434 V. New description: [New technical field] This creation is about the coating mechanism of automatic coating equipment, especially the automatic coating of the thickness of the cloth to be coated. Coating mechanism for cloth equipment. [Prior Art] When the coating material is applied to the outer edge of the competition or the outer edge of the cloth tree, it is coated by the coating, and the linger machine is used to store the coating material in the ink phase. Rolled out by the roller, the _ knife controls the thickness, and then turns to the roller, and the coating material is coated on the component by the moving stroke of the roller. Coatings or inks are coated with a coating machine. For large-area covering surfaces, the coating film is uniform, and the adhesion is excellent, and it is not. In addition, the coating machine is suitable for coating the components with regular shape coatings. The process of martial arts is fast. The complete coating process includes: automatic alignment of the feed, separation of the push-in disc, positioning confirmation, roller coating, and human pre-drying oven for coating and high temperature curing. However, it is known from the above coating process that the flatness of the coating is an important step in the entire coating process, so how to apply a uniform or flat coating or ink on the component is very important. Although the purpose of the coating is achieved by the roller, the 'rolling wheel is the active component between the roller and the component to be coated, and the scale to be coated is the passive 3 component. . In the case of coating contact, uneven coating may occur. In addition, the thickness of the coating on the component of the conventional coating device may be increased or decreased if it is increased or decreased. When coating thickness, it is necessary to see that the above-mentioned material structure still has a designer, and it needs to be improved. In fact, in view of the shortcomings derived from the above structure, the two people have successfully researched and developed the coating mechanism of the cost-coated machine. [New content] ...The purpose of this creation is to transmit the transmission between the transmission wheel and the auxiliary wheel, so that the secondary k-wheel remnant wheel can be produced - can be used to achieve the effect of coating thickness on the wheel. The other purpose of this creation is to make the modeling wheel read the paint on the miscellaneous cloth through the setting of the auxiliary wheel and the obedience, and to pass the auxiliary wheel to the pure road contact, and to drive the modeling wheel to coat the scale_component, the purpose of coating. . The purpose of this creation is that the ink roller and the modeling wheel can be provided with corresponding shapes, and the shape can be changed for different product specifications to be coated. . In order to achieve the above object, the present invention comprises a roller that is fixed to the fixing frame, and the outer side of the fixing frame is pivotally connected with a driving wheel that is interlocked with the roller; the coating material mechanism applies the coating material to the roller. On the ink wheel; a modeling wheel disposed on the bracket, the two sides of the bracket are respectively provided with auxiliary wheels that are interlocked with the modeling wheel; wherein the auxiliary wheel train and the transmission wheel are in contact with each other, so that the transmission wheel can drive the auxiliary wheel to rotate, In turn, the modeling wheel can be synchronously rotated and brought into contact with the roller, so that the coating material can be uniformly applied to the modeling wheel; and the obstruction is provided on the front edge of the auxiliary wheel to provide the auxiliary wheel for rolling. In an embodiment, the fixing frame is a gate shape. In an embodiment, the obstruction may be a mouth shape. In one embodiment, the drive wheel and the roller are pivoted through a pivot. In one embodiment, the coating material mechanism is disposed on one side of the fixing frame and is thinner than the ink roller. The ink container comprises an ink fountain. The ink container stores the coating material, and the coating material is rolled out through the roller. There is a scraper between the ink fountain and the roller, and the thickness of the coating material is controlled by the scraper. In an embodiment, the modeling wheel and the auxiliary wheel are pivotally connected via a pivot. In the embodiment, the ink roller can be designed with different shapes for different components to be coated. In one embodiment, the coating wheel train is provided with a shape corresponding to the roller, for use with different components to be coated. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, and advantages of the present invention will become more apparent. The three-dimensional structure of the mechanism and the other "painting body of the automatic painting equipment, the mouth structure and the three-dimensional structure of another angle include: a roller wheel 1, the roller rim + gj n % 1 _ Π Π 之 ID ID u u , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The shaft 12 is driven by the motor (Fig.) to enable the roller 1 and the transmission wheel 2 to rotate synchronously. The ink wheel 1 is provided with a matching structure 13 corresponding to the modeling wheel 4 or set on the 兀 ;; The 1-phase H material mechanism 3' is placed on the _(four)-side and is in contact with the roller wheel. 'It contains the ink fountain 31'. The ink fountain 31 stores the coating material, and the coating material is the shaft-axis gamma (four) bucket (10) Two knives (not shown) are used to control the thickness of the coating material on the roller by the squeegee. The above squeegee can also be made differently. Type, when applied to the roller, there are different thicknesses and shapes; a modeling wheel 4 is disposed on the core 41 and is located inside the core 41, and the bracket 41 is provided with auxiliary wheels on both sides 5, and the modeling wheel 4 and the auxiliary wheel 5 are pivoted through the 姊42 phase, so that the modeling wheel 4 and the auxiliary wheel 5 are synchronously rotated, and the yoke auxiliary wheel 5 and the transmission wheel 2 are in contact with each other, so that the transmission wheel 2 pays To drive the auxiliary wheel 5 lions, so that the modeling wheel 4 can be rotated synchronously and interact with the roller 1 so that the coating can be evenly applied to the modeling wheel 4 =, the lion is slightly _ god, the subsidy rim, The auxiliary auxiliary wheel 5 is used for rolling. The styling 'is a four-wheeled 44-figure diagram of the automatic coating and coating mechanism of the creation; the modeling wheel 4 of the creation can adjust the shape of the shape wheel 4 for the wire of the component. In this case, the raised cedar 3 is such that the styling wheel 4 is in contact with the roller 1 through the convex portion 43, and the coating material is applied to the convex portion 43. Only need to pay attention to: It is not limited to the convex portion 43 and can be changed by coating 7L pieces for different crucibles. Referring to the fourth and fifth figures, A schematic diagram of the implementation of the coating mechanism for creating the automatic coating device before and after the operation, and the coating mechanism of the present invention is applied uniformly by the coating compensation mechanism through the coating mechanism 3; On the ink rim, and the thickness of the coating material applied to the roller 1 is made through the knives, and the 4th round of the coating is used, so that the coating material is continuously and evenly replenished on the rim. At this time, since the driving wheel 2 on the outer side of the fixing frame 11 is also rotated in turn when the roller 1 is rotated, the driving wheel 2 has a clear step belt _ the wheel 5 is rotated, and the modeling wheel* is also rotated. And paving with the roller 1 so that Wei Lin can be uniformly applied to the IE wheel 4. When the component to be coated is placed in front of the styling wheel 4, the styling wheel 4 moves toward the component to be coated. At this time, the auxiliary wheels 5 on both sides of the bracket 41 will first contact the roadway 6 and roll on the roadway 6, and simultaneously drive the modeling wheel 4 to roll, and uniformly apply the material to be coated to the component to be coated. Achieve the effect of M422434 coating. Please refer to the section -®*, which is the three-dimensional structure of the coating mechanism of the self-inspection equipment. The part of the magnified part of the towel can be clearly seen, because the coating material is coated with the lining The modeling wheel 4 is in direct contact with each other, but is achieved by the interaction between the mixing wheel 2 and the auxiliary wheel 5. Moreover, since the transmission wheel 2 and the jug wheel 5 are difficult to make, it is difficult to make the roller wheel i and the modeling wheel. The four chambers are capable of producing a coating gap which provides a space for controlling the thickness of the coating material to achieve the purpose of coating thickness. The above detailed description of the present invention is not intended to limit the scope of the present invention, and the equivalent of the implementation or modification of the present invention should be included. The scope of protection of the patent in this case shall be as described in the scope of the patent application described later. Lu [Simple diagram of the diagram] The diagram is a three-dimensional structure diagram of the coating mechanism of the automatic coating device. The second figure is a schematic view of another angle structure of the coating mechanism of the automatic coating device. The third figure is a schematic view of the structure wheel structure of the coating mechanism of the automatic coating device. The fourth figure shows the implementation of the coating mechanism of the automatic coating equipment. Figure 5 The fifth figure shows the operation of the coating mechanism of the automatic coating equipment. [Main component symbol description] 1 Rolling wheel 11 Fixing frame 12 Pivot 13 Modeling structure 2 Transmission wheel 3 Coating material mechanism 31 Ink fountain 4 Model wheel 41 bracket 42 pivot 43 boss 5 auxiliary wheel 6