M286772 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種膠裝機之置本台高速移動精密定位及背膠厚度調整結 構，提供膠裝機之置本台在導軌槽内的平面軌道上作高速往返滑動時，在到達 疋位處可作精密定位停留動作，提升書本在整頁、頁面銑刀加工及頁面沾膠的 動作準確度，而該夾本台係可依客訴需求而任意設定其書本沾膠厚度，以提高 膠裝機之靈活應用性。 【先前技術】 • 在世界貿易組織架構下，機械設備之優勢在微利時代潮流中，不斷的再創新 •及改進，以符合-機多元化之客戶需求，進而提供多種功能選擇性，用以因應 物料加工品的多種規格要求，降低設備開發成本闕，以提昇產業競爭力，然 而，以習用膠裝機而言，該習用膠裝機的置本台在作返覆移位動作時，由於移 籲動速度相當快，往往造成該置本台在到達定位點時，產生定位誤差現象，造成 曰者軸位置的定位不準確及不良品增加；在置本台側邊設有凸輪，該凸輪中 ‘。處向外延伸數小凸輪，數小凸輪與控制元件作職控制外，並無法針對書背 娜面之膠層厚度做薄厚多層次之電氣信號控制，促使制膠裝機實祕降低。 以上所述該習用膠裝機，並沒有達到帶給操作者的實用性及便利性，由此 可見，以往操作者在應用該習用膠裝機時，仍具有上述之缺失，實有加以改良 之必要。 < 【新型内容】 5 M286772 本創作之目的即提供一種膠裝機之置本台高速移動精密定位及背膠厚度調 整結構，係在導軌槽内的二端頭各設有油壓式緩衝器，用以減緩置本台在高速 往返滑動而突然停留定位所造成之衝力過大，形成定位位置誤差現象，且在置 本台起始處設有紅外線感應元件，可使置本台停留在起始處的精確定位點，提 供膠裝機之置本台在導軌槽内的平面軌道上作高速往返滑動時，在到達定位處 •冑可作精密定位停留動作，提升書本在整頁、頁面銑刀加工及頁面沾膠的動作 準確度。 _ 賴作之再-目的即提供-轉顏之置本㈣速移_蚊減背膠厚 度調整結構’係在塗膠台外緣面的凸輪側面中心處向外延伸設有五個小凸輪， 在各小凸輪的外型輪廊皆設有不同位置之_凹陷，且各小凸輪外緣面皆觸接 有-微動關，凸輪可連接帶動該小凸輪作轉動，雜向軸承賴著凸輪外緣 面作轉動’俾使該夾本台產生高中低多層次之落差，用以控制書本沾膝薄厚程 度’並將多層次之落差點各觸發有一微動開關作動作，該數微動開關將動作之 電源訊號傳送給第-電路板，該第—電路板可驅使第二電路板所連接之各構件 鲁作整頁、銑刀轉動及頁面沾膠等動作，在其控制面板上設有lcd顯示螢幕可 將本結構所控制之設定數值顯示於螢幕上，以供操作者可一目瞭然本結構的控 _ 制情況，並提供操作者可隨時更動其設定數值。 【實施方式】 請參考第-圖〜第七囷所示’本創作膠裝機之置本台高速移動精密定位及背 膠厚度調整結構’由圖中可知，該膠裝機8的本體1上裝設有控制面板η、置 本台2、塗膠台3、銳刀台4、第一電路板5及第二電路板5〇，且在她的二 沿邊設有導軌槽η，在其中-導軌槽u内部設有一紅外線感應元件12、二相 6 M286772 對應紐式緩衝器13及-觸動_ 14，該二補應油壓式緩_ 13用以減緩 置料2在高雜返滑树，突齡留定位所造狀衝力過大的定位誤差，並 提门置本口植位置的準確度，置本台2起始處另—賴有觸動關μ，即 構成/由壓式緩衝器13與紅外線感應元件12及另一油壓式緩衝器以與觸動開 關14分別相對應設立在單一導軌槽^内部，若置本台2在往返移動過程接觸 摘動開關14則主馬達57停止運轉，而主馬達57所連動之置本台2同樣作停 止移位動作；在雜機8的二導鋪u内之執道面上設有—置本台2，該置本 台2可作水平移動，且在置本台2上設有―夾止件22，該纽件⑽上設有一對 應之夾片23，在置本台2側邊設有擋塊2卜#置本台2位處於該起始處，此時 該擋塊21壓合於油壓式緩衝n 13，而紅外線感應元件12則感測置本台2回歸 疋位處，使置本台2可精確停留在定位點，而置本台2内設有第_感應器24， 在夾止件22下方設有一夾本台6，在夾本台6下方處設有第二感應器24卜第 二感應器242及第二馬達251，在第二馬達251的轴心側邊設有一凸輪7 (請參 閱第一圖〜第二圖），該凸輪7的側面中心處向外延伸設有五個小凸輪71、72、 73、74、75 ’在各小凸輪71、72、73、74、75的外型輪廓皆設有不同位置之弧 形凹陷，各觸接有微動開關71卜712、713、714、715 (請參閱第四圖），當凸 輪7連接帶動該各小凸輪71、73、74、75作轉動時，該徑向轴承61依循著凸輪 7外緣面作轉動，俾使該夾本台6產生高中低多層次之落差，用以控制書本沾膠 薄厚程度，並將多層次之落差點各觸發有微動開關71卜713、714、715作動作， 該數微動開關711、713、714、715將動作之電源訊號傳送給第一電路板5，該 第一電路板5可驅使第二電路板50所連接之各構件作整頁、銑刀轉動及頁面沾 膠厚薄等動作（請參閱第五圖〜第七圖），在夹本台6的前端設有擋部62，且在 7 M286772 夹本台6的中間適當處設有一容置空間，該容置空間内設有一平移桿63 ;在置 本台2相鄰處設有塗膠台3，在塗膠台3相鄰處設有銑刀台4，在銑刀台4相鄰 處設有吸塵孔41，吸塵孔41的相鄰處設有一毛刷42，毛刷42的相鄰處設有一 主馬達51在主馬達51相鄰處設有第一電路板5及第二電路板50，並在置本台 2周圍設有第一馬達25，該第一馬達25可驅使置本台2作夾合動作，而主馬達 51可驅使置本台2產生平移動作，在本體丨的適當位置處設有一控制面板15， 在控制面板15的一端面設有LCD顯示螢幕151、複數設定按钮152及一沾膠薄 ί厚調整鈕153 (請參閱第三圖），該控制面板15與第一電路板5作連接，該第一 電路板5則將電源tfi號傳送至第二電路板5〇 ±，該第一電路板5將本結構之動 作概況顯現於LCD顯示螢幕151上，當書本在封裝加工前，該操作貝可先調整 沾賴整紐153變更其沾膠薄厚設定值，以達該第一電路板5可傳送最佳控制 電源訊號至第二電路板50，該第二電路板5Q卿送控制峨至各㈣構件中， 俾使職加工過程更具靈活性，如設定沾膠量較賴凸輪？無向軸承Μ定位 於起始點703夾本σ 6-端下降巾δ度大，科凸輪75所觸接之第五微動開關 產生動作；^又定，占膠量微厚則凸輪7與經向轴承Μ定位於起始點观， 夾本。6端下降巾田度略大，而小凸輪％所觸接之第四微動開關714產生動作， 若設定沾膠量薄則凸輪7與徑向軸承61定位於起始謂，夾本台卜端下降 則凸輪7與徑向轴承61定位於起始點7〇，失本台β 一端下降幅度略小，而小凸 輪71所觸㈣一鶴_丨產靖，犧動隨丨1、瓜、⑽, 產生動作，皆可驅使主馬達51驅動置本台2向另一端称在膠脚動作前， 右奴轉量略薄則凸輪7 向轴承61故於起始點？G爾本放置於置本 8 M286772 台2的夾止件22内，該夾止件22内之第一感應器24作動作，使第一馬達25 驅動置本台2之夾止件22作夾固動作，並驅動第二馬達251的凸輪7作轉動， 由於凸輪7外沿邊之起始點70與軸心間距離較遠，所以夾本台6被凸輪7頂抵 在最高點，而造成書本的沾膠略薄情況，此適用於頁數少之書本，該小凸輪71 所觸接之第一微動開關711則位處於小凸輪71的凹陷處，該第一微動開關711 即產生動作，使主馬達51驅動置本台2向另一端移動；在置本台2移動及第二 馬達251的轉動下，此時在夾本台6下方所設之徑向轴承61觸接於凸輪7的爽 鉗下降點704，該夾本台6單邊向下便能觸動第三感應器242，使第二馬達251 停止轉動，且置本台2下方之L型片可撞擊另一徑向轴承，使整台塗膠台3向 下移，以達置本台2所夾設的書本在不沾膠的情況下，可平移經過銑刀台4上 方，待置本台2之擋塊21接觸該觸動開關η，使觸動開關14動作而促使主馬 達51運轉停止，造成置本台2停留定位於本體丨的另一端，並藉由油壓式緩衡 器13減緩置本台2突然停留定位所造成之衝力過大的定位誤差，並提高置本台 2定位位置的準確度；在夾本台2上放置一封面，則第二感應器241產生觸動， 使主馬達51轉動並驅動置本台2作回程動作，及第二馬達251轉動將夾本台6 向上移動；置本台2作回程動作時，待置本台2之端沿邊觸動該紅外線感應元 件12作動作，使主馬達51運轉停止，並藉由油壓式緩衝器13減緩置本台2突 然停留定位所造成之衝力過大的定位誤差，使置本台2精相歸原始定位點； 若控制程式^該封面為直角貼合設定值或圓角貼合設定值時，在小凸輪的 凹陷處可觸動第二微動開關712作動作，使第二馬達251停止轉動，而徑向轴 承61則可停留在凸輪7的直角點7Q5或圓角點7()4上且驅動該夾甜馬達作轉 動’使失本台6之夾片61將封面失至於已沾膠之書本上，形成該書本與封面間 9 M286772 貼合處具有直域_的外觀型態，當到達該失片61的夾合壓力設定值時，該 置本台2上之夾止件22做打開動作，以便於膠裝後書本取出。 明參考第八圖〜第九圖所示，本創作膠裝機之置本台高速移動精密定位及背 膠厚度調整結構，_巾可知，該職機8係設有第_電路板5及第二電路板 50，該第―電路板5係將所接收之電祕號傳送於第二電路板50上，而第二電 路板50將此訊號傳送至各傳動構件作動作；在第一電路板5設有主控制電路， 而在第一電路板設有加熱器電路、自動/手動切換電路、夾本台電路、置本台電 路、夾封面電路及銑刀電路，當電源啟動時，該加熱器電路可對容器内之物質 作恆溫之控制，操作者依照書本的頁數多寡而調整沾膠調整鈕123變更其沾膠 薄厚設定值，若設定沾膠量較厚則第一電路板5可傳送控制電源訊號至第二電 路板50 ’該第二電路板5〇則傳送控制訊號至第二馬達251中，使凸輪7與徑向 軸承61定位於起始點703，而夾本台6—端則下降幅度大，待按下控制面板15 之自動/手動切換按鍵，即可將本結構作自動或手動控制設定，若本結構設定為 自動控制，在主控制電路中連接有紅外線感應元件12、觸動開關14及第一感應 器501，該紅外線感應元件12感測置本台2的起始定位點，則使主馬達51停止 運轉，此時置本台2可精確停留在定位點，該第一感應器24感應到書本時，該 夾止件22内之第一感應器24作動作，經由主控制電路將電源訊號傳送給置本 台電路，使第一馬達25驅動置本台2之夾止件22作夾合動作，此時第二馬達 251的凸輪7作轉動，該小凸輪75觸接的第五微動開關715產生一電源訊號至 主控制電路，並經由置本台電路使主馬達51驅動，以達置本台2向另一端移動， 在置本台2移動及第二馬達251的轉動下，此時夾本台6單邊向下而觸動第三 感應器242，該第三感應器242將電源訊號傳送給主控制電路，使第二馬達251 M286772 停止轉動，且在置本台2下方之l型片可撞擊一徑向轴承，使整台塗膠台3向 下移，以達置本台2的書本在不沾膠的情況下，可平移經過銑刀台4上方，待 置本台2將書本移至銑刀台4時，此時該書本8碰撞銑刀台4上方之徑向軸承， 便將銑刀盍打開，而該主控制電路傳送一電源訊號給銑刀電路，俾使該銑刀轉 盤之第三馬達252及集塵用之第四馬達254啟動運轉，且第四馬達253可有效 將書本之殘屑吸入於容器内，而置本台2移至銑刀台4後方時，置本台2之擋 塊21接觸該觸動開關14，使觸動開關14動作而促使主馬達51運轉停止，造成 置本台2停留定位於本體1的另一端待機，由於置本台2高速移動突然停止所 造成之反衝力，可藉由觸碰油壓式緩衝器13，使置本台2精確停留於定位處， 當封面放置於夾本台6時，在夾本台6下方之第二感應器241感應到夾本台6 上已放置封面時，該第二感應器241傳送電源訊號至主控制電路，使主馬達51 驅使置本台2做回程之動作及第二馬達251轉動，且經毛刷清理書背上之殘餘 紙屑後，該置本台2回程到夾本台6上，該控制面板12設有封面直、圓角切換 按鍵可設定其設定值時，使第二馬達251之小凸輪72可觸動第三微動開關712 作動作，使主控制電路驅使第二馬達251停止轉動，且使夾鉗馬達作轉動，在 夾本台6之夾片61將封面夾至於已沾膠之書本上，當夾片61的夾合壓力到達 封面夾鉗壓力調整鈕所設定的壓力值，該置本台2上之夾止件22做打開動作， 以便於膠裝後書本取出，該主控制電路之計數裝置則作加一動作，若按下計數 器歸零按鍵則計數值歸零；本創作之膠裝機8，設有手動控制部分，當控制面板 12之自動/手動切換按鍵被觸壓，而該主控制電路則驅使該自動/手動切換電路 作動作，若書本放置於置本台2内，該置本台電路則驅動第一馬達25轉動，將 夾止件22内的書本夾緊後，並以按鈕控制方式驅動該主馬達51作轉動，使置 M286772 本口 2之曰本移動至銑刀台4上方，再按下控制面板上之銑刀開關按鍵作銑 除頁面及吸塵動作後，再她控制方式驅動該主馬達51作轉動，使置本台2回 耘至炎本口 6的上方，當按下夾鉗封面開關按鍵則夾本台6之夾片61，可將封 面夾至於已娜之書背上，待封面夾賴力到賴定值，該置本台電路上之爽 •止件22作打開動作，以娜裝後該書本取出，該主控制電路之計數裝置作加一 β 動作。 為使本創作更加顯現出進步性與實用性，玆與習用產品作—比較分析如下： # 習用缺失： 1·置本〇在到達定位點時，產生定位誤差現象，造成書背膠黏位置的定位不準 確及不良品增加。 2·無法針對書背轉面之膠層厚度做薄厚多層次之電氣信驗制，促使習用膠 裝機實用性降低。 3·不具產業競爭力。 本創作之優點： ® 1·可提升產能及封裝品質。 2·設有二相對應油壓式緩衝器提高置本台定位位置的準確度。 3·帶動置本台之主馬達可提高轉速。 4·設有紅外線感應元件以感測置本台回歸定位處，使置本台可精確停留在定位 點。 5·提升書本在整頁、頁面銑刀加工及頁面沾膠的動作準確度。 6·可依客訴要求，任意變更設定其書本沾膠薄厚程度。 上列詳細說明係針對本創作之一可行實施例之具體說明，惟該實施例並非 12 M286772 用以限制本創作之專利範圍，凡未脫離本創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範圍中。 綜上所述，本案不但在技術思紅韻鑛，並能較制之物品增進上述 多項功效’應已充分符合新穎性及進步性之法賴新專利要件，爰依法提出申 請，懇請貴局核准本件新型專利申請案，以勵創作，至感德便。 【圖式簡單說明】 鲁第一圖為本創作之置本台位於起始點平面圖。 第一之一圖為本創作之置本台位於本體另一端平面圖。 第二圖為本創作之側視圖。 第三圖為本創作之控制面板示意圖。 第四圖為本創作之凸輪側視圖。 第五圖為本創作之置本台及夾本台侧視動作圖。 第六圖為本創作之置本台及夾本台側視動作圖。 參第七圖為本創作之置本台及夾本台側視動作圖。 第八圖為本創作之控制方塊圖。 第九圖為本創作之控制流程圖。 13 M286772 【主要元件符號說明】 膠裝機8 本體1 導軌槽11 紅外線感應元件12 油壓式緩衝器13 控制面板15 複數設定按鈕152 置本台2 夾止件22 第一感應器24 第三感應器242 第二馬達251 第四馬達253 銑刀台4 第一電路板5 主馬達51 觸動開關14 LCD顯示螢幕151 沾膠薄厚調整鈕153 擂塊21 夾片23 第二感應器241 第一馬達25 第三馬達252 塗膠台3 吸塵孔41 第二電路板50 夾本台6 擋部62 凸輪7 徑向軸承61 平移桿63 起始點 70、7(U、702、703 圓角點704 直角點705 小凸輪 71、72、73、74、75 微動開關 711、712、713、714、715M286772 VIII. New description: 【New technical field】 This creation is about a high-speed moving precision positioning and adhesive thickness adjustment structure of a plastic-mounted machine, which provides the position of the plastic-mounted machine on the plane track in the guide groove. When making high-speed round-trip sliding, it can be used for precise positioning and stopping action when reaching the position, which can improve the accuracy of the book in the whole page, page milling and page glue, and the folder can be customized according to the customer's demand. Arbitrarily set the thickness of the book's adhesive to improve the flexibility of the plastic machine. [Prior technology] • Under the framework of the World Trade Organization, the advantages of mechanical equipment in the trend of the meager profit era, constantly re-innovation and improvement, in order to meet the diversified customer needs, and thus provide a variety of functional options for the response The various specifications of the material processing products reduce the development cost of the equipment to enhance the competitiveness of the industry. However, in the case of the conventional plastic binding machine, the setting of the conventional plastic binding machine is shifted during the shifting operation. The speed is quite fast, which often causes the positioning error when the station reaches the positioning point, resulting in inaccurate positioning of the shaft position and the increase of defective products; a cam is provided on the side of the table, and the cam is in the '. A small number of cams are extended outwards, and a small number of cams and control elements are used for job control. It is not possible to make a thick and multi-layered electrical signal control for the thickness of the rubber layer of the book back, which promotes the reduction of the glue machine. The conventional plastic binding machine described above does not achieve the practicality and convenience brought to the operator. Therefore, it has been found that the conventional operator has the above-mentioned drawbacks when applying the conventional plastic binding machine, and it is necessary to improve it. < [New Content] 5 M286772 The purpose of this creation is to provide a high-speed moving precision positioning and adhesive thickness adjustment structure for a plastic-mounted machine. The two ends of the rail groove are provided with hydraulic buffers. It is used to slow down the impact caused by the sudden stop position of the table at the high-speed reciprocating sliding, and the positioning position error phenomenon is formed, and the infrared sensing element is arranged at the beginning of the table, so that the table can be stopped at the beginning. The precise positioning point provides the setting machine for the plastic machine to make high-speed reciprocating sliding on the plane track in the guide groove. When reaching the positioning position, the 胄 can be used for precise positioning and stopping action, and the book is processed on the whole page and page milling cutter. And the accuracy of the action of the page glue. _ 赖作之再- the purpose is to provide - turn the face of the book (four) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the outer shape of each small cam, there are different positions of the recess, and the outer surfaces of the small cams are all connected with a micro-motion, the cam can be connected to drive the small cam for rotation, and the misaligned bearing is outside the cam. The rotation of the edge surface '俾 causes the clamp to generate a high-medium-low level difference, which is used to control the thickness of the book, and the multi-level difference triggers a micro switch to act. The micro-switch will act. The power signal is transmitted to the first circuit board, and the first circuit board can drive the components connected to the second circuit board to perform the whole page, the milling cutter rotation and the page glue, and the LCD panel has an LCD display on the control panel. The screen can display the set value controlled by the structure on the screen, so that the operator can see the control situation of the structure at a glance, and provide the operator to change the set value at any time. [Embodiment] Please refer to the figure - Figure 7 to the seventh section, "This high-speed mobile precision positioning and adhesive thickness adjustment structure of the original binding machine" is shown in the figure, the body 1 of the plastic binding machine 8 is installed There are a control panel η, a mounting table 2, a coating station 3, a sharp turret 4, a first circuit board 5 and a second circuit board 5 〇, and a rail groove η is provided on her two edges, in which the rail slot u is internally provided with an infrared sensing element 12, two-phase 6 M286772 corresponding to the new type buffer 13 and - touch _ 14, the second supplement hydraulic pressure type _ 13 is used to slow the feeding of the material 2 in the high-heavy returning tree, The positioning error caused by the excessive positioning force is left, and the accuracy of the position of the mouth is set, and the starting position of the table 2 is further controlled by the touch, so that the pressure buffer 13 and the infrared sensor are formed. The component 12 and the other hydraulic buffer are respectively disposed inside the single rail slot corresponding to the touch switch 14, and if the table 2 contacts the swing switch 14 during the reciprocating movement, the main motor 57 stops, and the main motor 57 connected to the station 2 also stops the shifting action; in the second guide shop of the machine 8 The road surface is provided with a table 2, which can be horizontally moved, and a clamping member 22 is arranged on the table 2, and a corresponding clip 23 is arranged on the button member (10). The side of the table 2 is provided with a stopper 2, and the second position of the table is at the starting position. At this time, the stopper 21 is pressed against the hydraulic buffer n13, and the infrared sensing element 12 senses the original. The table 2 returns to the position, so that the table 2 can accurately stay at the positioning point, and the _ sensor 24 is disposed in the table 2, and a clip 6 is arranged under the clip member 22, at the table A second sensor 24 is disposed at a lower portion of the second inductor 242 and a second motor 251. A cam 7 is disposed on the axial side of the second motor 251 (refer to the first to the second figures). There are five small cams 71, 72, 73, 74, 75' extending outward from the center of the side of the side of each of the small cams 71, 72, 73, 74, 75. Each of the contacts has a micro switch 71, 712, 713, 714, 715 (refer to the fourth figure). When the cam 7 is connected to drive the small cams 71, 73, 74, 75 for rotation, the radial bearing 61 follows. Cam 7 The edge surface is rotated, so that the clip table 6 produces a high-medium-low multi-level drop, which is used to control the thickness of the book, and the multi-level drop points are triggered by the micro switch 71 713, 714, 715. The micro-switches 711, 713, 714, and 715 transmit the power signals of the operation to the first circuit board 5, and the first circuit board 5 can drive the components connected to the second circuit board 50 as a whole page and a milling cutter. Rotation and page thickness (see Figure 5 to Figure 7), a stopper 62 is provided at the front end of the clamp table 6, and an accommodation space is provided at the appropriate position in the middle of the 7 M286772 clamp table 6. a translation rod 63 is disposed in the accommodating space; a rubber coating table 3 is disposed adjacent to the table 2, and a milling turret 4 is disposed adjacent to the coating table 3, adjacent to the milling table 4 A dust collecting hole 41 is disposed, and a brush 42 is disposed adjacent to the dust collecting hole 41. A main motor 51 is disposed adjacent to the brush 42. The first circuit board 5 and the second circuit board are disposed adjacent to the main motor 51. 50, and a first motor 25 is disposed around the table 2, the first motor 25 can drive the table 2 to perform the clamping action, and the main motor 51 can drive The table 2 generates a translational action, and a control panel 15 is disposed at an appropriate position of the body ,. An LCD display screen 151, a plurality of setting buttons 152 and a glue thin adjustment button 153 are provided on one end surface of the control panel 15 ( Referring to FIG. 3), the control panel 15 is connected to the first circuit board 5, and the first circuit board 5 transmits the power supply tfi to the second circuit board 5〇±, the first circuit board 5 will be the structure The action profile is displayed on the LCD display screen 151. When the book is packaged, the operation can be adjusted to change the thickness of the glue to the entire button 153 to achieve the best transfer of the first circuit board 5. Controlling the power signal to the second circuit board 50, the second circuit board 5Q sends the control to each of the (4) components, so that the processing process is more flexible, such as setting the amount of glue to rely on the cam? The non-directional bearing Μ is positioned at the starting point 703. The σ 6-end falling towel has a large δ degree, and the fifth micro-switch that is touched by the cam 75 generates an action; ^ is determined, and the cam 7 and the warp are slightly thick. Position the bearing Μ at the starting point view and clamp it. The 6-end descent towel is slightly larger, and the fourth micro-switch 714 touched by the small cam% generates an action. If the dipping amount is set, the cam 7 and the radial bearing 61 are positioned at the beginning, and the end of the clip is terminated. When descending, the cam 7 and the radial bearing 61 are positioned at the starting point 7〇, and the falling end of the β-station is slightly smaller, while the small cam 71 is touched (four) and the crane is 丨 丨 , , , , , , , , , , , 牺 牺 牺 牺 牺 牺, the action can be driven to drive the main motor 51 to drive the table 2 to the other end before the action of the rubber foot, the right slave rotation is slightly thinner, then the cam 7 to the bearing 61 is at the starting point? G is placed in the clamping member 22 of the 8 M286772 table 2, and the first sensor 24 in the clamping member 22 is actuated to cause the first motor 25 to drive the clamping member 22 of the table 2 to be clamped. Fixing action, and driving the cam 7 of the second motor 251 to rotate, because the starting point 70 of the outer edge of the cam 7 is far from the axis, the clamp table 6 is pressed against the highest point by the cam 7, and the book is caused. In the case where the glue is slightly thin, this applies to a book with a small number of pages, and the first micro switch 711 touched by the small cam 71 is located at the recess of the small cam 71, and the first micro switch 711 generates an action. The main motor 51 is driven to move the table 2 to the other end; under the movement of the table 2 and the rotation of the second motor 251, the radial bearing 61 disposed under the table 6 is in contact with the cam 7 at this time. The cooling clamp lowers the point 704, the single side of the clamping table 6 can touch the third inductor 242, the second motor 251 stops rotating, and the L-shaped piece below the table 2 can strike another radial bearing. , so that the entire coating station 3 is moved downwards to reach the book that is placed on the table 2, and can be translated over the milling table 4 without being glued. The stopper 21 of the table 2 is in contact with the touch switch η, so that the touch switch 14 is actuated to cause the main motor 51 to stop running, so that the table 2 stays positioned at the other end of the body ,, and is hydraulically relieved. The weighing device 13 slows down the positioning error caused by the sudden stop position of the table 2, and improves the accuracy of positioning the positioning position of the table 2; when a surface is placed on the table 2, the second sensor 241 generates a touch. The main motor 51 is rotated and the main table 2 is driven to perform the returning operation, and the second motor 251 is rotated to move the clamping table 6 upward; when the table 2 is used for the returning operation, the end of the table 2 is set to move the infrared sensing along the edge. The component 12 acts to stop the main motor 51, and the hydraulic buffer 13 slows down the positioning error caused by the sudden stop of the positioning of the table 2, so that the stage 2 is returned to the original positioning point; If the cover of the control program is a right angle fitting setting value or a rounded fitting setting value, the second micro switch 712 can be actuated in the depression of the small cam to stop the rotation of the second motor 251, and the radial bearing 61 Can stay on the cam 7 Right angle point 7Q5 or rounded point 7 () 4 and drive the sweet motor for rotation 'to make the clip 61 of the lost table 6 to lose the cover to the glued book, forming the book and the cover 9 The M286772 has a straight-field appearance. When the clamping pressure setting value of the missing piece 61 is reached, the clamping member 22 on the table 2 is opened to facilitate the removal of the book after the binding. . Referring to the eighth to ninth drawings, the high-speed mobile precision positioning and adhesive thickness adjustment structure of the present binding machine is known as the _the circuit board 5 and the second The circuit board 50, the first circuit board 5 transmits the received electric secret number to the second circuit board 50, and the second circuit board 50 transmits the signal to the respective transmission members for operation; on the first circuit board 5 a main control circuit is provided, and a heater circuit, an automatic/manual switching circuit, a clamping circuit, a local circuit, a cover circuit, and a milling circuit are provided on the first circuit board, and the heater is activated when the power is turned on. The circuit can control the temperature of the material in the container, and the operator adjusts the glue adjustment button 123 according to the number of pages of the book to change the thickness setting value of the glue. If the glue amount is set to be thick, the first circuit board 5 can be Transmitting the control power signal to the second circuit board 50', the second circuit board 5 transmits a control signal to the second motor 251, positioning the cam 7 and the radial bearing 61 at the starting point 703, and clamping the table 6 The end is reduced by a large amount, and the control panel 15 is pressed automatically / By dynamically switching the button, the structure can be automatically or manually controlled. If the structure is set to automatic control, the infrared sensing element 12, the touch switch 14 and the first sensor 501 are connected to the main control circuit, and the infrared sensing element is connected. 12 sensing the initial positioning point of the table 2, then stopping the main motor 51, at this time, the table 2 can accurately stay at the positioning point, when the first sensor 24 senses the book, the clamping piece The first sensor 24 in the 22 operates to transmit the power signal to the local circuit via the main control circuit, so that the first motor 25 drives the clamping member 22 of the table 2 to perform the clamping operation. The cam 7 of the 251 rotates, and the fifth micro switch 715 touched by the small cam 75 generates a power signal to the main control circuit, and drives the main motor 51 via the local circuit to move the unit 2 to the other end. When the table 2 moves and the second motor 251 rotates, the clip 6 is unilaterally downwardly touched by the third sensor 242, and the third sensor 242 transmits the power signal to the main control circuit, so that The second motor 251 M286772 stops rotating, and The l-shaped piece below the table 2 can impact a radial bearing, so that the entire coating table 3 is moved downwards, so that the book of the table 2 can be translated through the milling table without the glue. 4, when the table 2 is moved to the milling table 4, the book 8 collides with the radial bearing above the milling table 4, and the milling cutter is opened, and the main control circuit transmits a The power signal is sent to the milling circuit, so that the third motor 252 of the milling cutter turntable and the fourth motor 254 for dust collection are started, and the fourth motor 253 can effectively suck the debris of the book into the container, and the device When the table 2 is moved to the rear of the milling table 4, the stopper 21 of the table 2 contacts the touch switch 14, and the touch switch 14 is actuated to cause the main motor 51 to stop, causing the table 2 to stay positioned on the body 1. At the other end, due to the recoil caused by the sudden stop of the high-speed movement of the table 2, the hydraulic buffer 13 can be touched, so that the table 2 is accurately stopped at the positioning position, and the cover is placed on the table 6 When the second sensor 241 under the clip 6 senses that the cover has been placed on the clip 6, the second sensor 24 1 transmitting the power signal to the main control circuit, causing the main motor 51 to drive the table 2 to perform the returning action and the second motor 251 to rotate, and after cleaning the residual paper scraps on the back of the book by the brush, the table 2 is returned to the clamp In the table 6, the control panel 12 is provided with a cover straight and rounded switch button to set the set value, so that the small cam 72 of the second motor 251 can actuate the third micro switch 712 to actuate the main control circuit. The two motors 251 stop rotating, and the clamp motor rotates, and the cover 61 of the clamp table 6 clamps the cover to the glued book, and when the clamping pressure of the clip 61 reaches the cover clamp pressure adjustment button The set pressure value, the clamping member 22 on the table 2 is opened to facilitate the removal of the book after the binding, and the counting device of the main control circuit performs an additional action, if the counter is reset to zero The count value is reset to zero; the blanking machine 8 of the present invention is provided with a manual control portion, when the automatic/manual switching button of the control panel 12 is touched, and the main control circuit drives the automatic/manual switching circuit to operate, The book is placed in the table 2, the The circuit of the table drives the first motor 25 to rotate, clamps the book in the clamping member 22, and drives the main motor 51 to rotate in a button control manner, so that the copy of the M286772 port 2 is moved to the milling machine. Above the knife table 4, press the milling cutter switch button on the control panel to make the milling page and the vacuuming action, then the control mode drives the main motor 51 to rotate, so that the table 2 is turned back to the Yankou port 6. Above, when the clamp cover switch button is pressed, the clip 61 of the table 6 is clamped, and the cover clip can be clipped to the back of the book of the book, and the cover clip is pulled to the value of the cover, which is cool on the circuit of the table. The stopper 22 is opened, and after the book is loaded, the book is taken out, and the counting device of the main control circuit performs a β motion. In order to make this creation more progressive and practical, the comparison and analysis of the products used in the following are as follows: # The use of the missing: 1. When the 〇 〇 arrives at the locating point, the positioning error occurs, resulting in the adhesive position of the book back. Inaccurate positioning and increased defective products. 2. It is impossible to make a thick and multi-layer electrical signal inspection for the thickness of the rubber layer on the back of the book, which will reduce the practicality of the conventional glue machine. 3. Not competitive in industry. The advantages of this creation: ® 1· can increase productivity and package quality. 2. There are two corresponding hydraulic buffers to improve the accuracy of positioning the position of the station. 3. Drive the main motor of this unit to increase the speed. 4.·Infrared sensing element is provided to sense the positioning position of the table, so that the table can accurately stay at the positioning point. 5. Improve the accuracy of the book in the entire page, page milling and page glue. 6.·According to the requirements of the customer, the book can be arbitrarily changed to set the thickness of the book. The detailed description above is a detailed description of one of the possible embodiments of the present invention, but the embodiment is not intended to limit the scope of the patents of the present invention, and equivalent implementations or changes without departing from the spirit of the present invention should be It is included in the patent scope of this case. To sum up, this case is not only in the technical thinking of Hongyun mine, but also to improve the above-mentioned multiple functions of the products. The new patent requirements should be fully complied with the novelty and progressiveness. This new type of patent application, to encourage creation, to the sense of virtue. [Simple description of the diagram] The first picture of Lu is the floor plan of the starting point of this creation. The first picture is the plan view of the creation of the table at the other end of the body. The second picture is a side view of the creation. The third picture is a schematic diagram of the control panel of the creation. The fourth picture is the side view of the cam of the creation. The fifth picture is a side view of the creation of this table and the table. The sixth picture is a side view of the creation of the table and the table. Refer to the seventh picture for the creation of this table and the side view of the table. The eighth picture is the control block diagram of the creation. The ninth figure is the control flow chart of the creation. 13 M286772 [Description of main component symbols] Perfect binding machine 8 Main body 1 Rail groove 11 Infrared sensing element 12 Hydraulic buffer 13 Control panel 15 Multiple setting button 152 Setting the table 2 Clamping member 22 First sensor 24 Third sensor 242 Second motor 251 Fourth motor 253 Milling table 4 First board 5 Main motor 51 Touch switch 14 LCD display screen 151 Dip thick adjustment button 153 Block 21 Clip 23 Second sensor 241 First motor 25 Three motor 252 Glue table 3 Dust hole 41 Second circuit board 50 Clamping table 6 Stop 62 Cam 7 Radial bearing 61 Translation rod 63 Starting point 70, 7 (U, 702, 703 Rounded point 704 Right angle point 705 Small cams 71, 72, 73, 74, 75 microswitches 711, 712, 713, 714, 715