M326864 八、新型說明： 【新型所屬之技術領域】 本創作係一種自動化沖壓設備之送料裝置結構改良，尤指一種藉由電腦程 序控制送料裝置之作動程序，而使送料之動作更為精準確實並減少噪音及機件 磨損者。 【先前技術】 按，一般習知自動化沖壓設備之送料裝置，請參照第1、2圖所示，其設有 一機台組1〇〇，該機台組1〇〇至少包含有一沖壓設備no及鄰近該沖壓設備110 之送料裝置120，該送料裝置120至少包含有一機座130及一設於該機座130上 之一活動蓋體140。 請參照第2圖所示，該機座130中至少包含有一滾輪組131及一調整輪132; 該滾輪組131包含有複數個滾輪及一馬達（圖中未示），透過該馬達係帶動滾輪 組131之作動，·而該調整輪132係鄰近於出料口，且兩端並分別設有呈切削狀 之平面1321，又，該調整輪132上接設有一向沖壓設備iiq延伸之壓桿1322， 該壓桿1322係受到沖壓設備110之壓靠而帶動調整輪132轉動，及當沖壓設備 110遠離時可回復初始狀態。 同樣地，請參照第2圖所示，該蓋體14〇中至少包含有一固定軸mi及一 從動輪142 ’·而該固定轴141 一端穿過蓋體14〇之一側邊，並與一套接於機座 130上之偏心輪15〇樞接，另一端則穿過機座13〇與一控制桿丨⑼串接藉由該 控制桿160以帶動偏心輪150偏心轉動以調整控制進料口之空隙，使不同厚度 之待加工料帶進入機座130中；而從動輪142係與機座13〇中之滾輪組131 ^ 0 ’另’該蓋體140上設有至少-個螺合件17〇，該等螺合件17〇包含有—螺母 m及-螺桿172 ’且該螺母m上穿套有彈簧173，藉由螺母m與螺桿172 之鎖合而將蓋體14G活動地壓靠在機座13G上；又，於該蓋體⑽上遠離固定 軸141之端緣兩側設有向外凸伸之導座180，該導座18〇健靠於調整輪132上 M326864 之平面1321。 如此-來’畲機台虹100作動時，可驅使馬達帶動滾輪级⑶滾動，使進 入其中之物料向沖壓設備11G前進，當沖壓設備UG向下作動時 帶動調整輪_動，並透過導座18〇與調整輪132之平面咖之轉動:己人， =1上142與機座130上之滾輪組131產生空隙，以利進行沖 料動作完成後，沖壓設備110向上移動時，則壓桿· 猎由回復作用鬆離調整輪132，而使從動輪2斑滚輪 順向賴則G _，^ 棵浙，而铀⑼u 藉中 向下作動時，抵靠壓 " 體140及機座13G產生密合及鎌，以_待加碎帶前進距 離之控制，所以，當沖壓設備110作較為複雜之沖壓動作 進送料距離時，則盔法畢谧枷如^ 士 而要連、*、貝不同刖 合，以在轉動時合右if 因透過導座180與平面1321之轉動配 、β有較大噪音產生，而且長期作動後容易在 之接觸面產生磨損，而影響進料距離之準t 與+面1剡 【新型内容】 創作目的： 本創作之創作人有鐘於上述習用裝置之缺點， 研析、γ，終於完成本創作之自動化沖壓設備之送料裝置結構改良:數夂之 可藉即在提供一種自動化沖壓設備之送料裝置結構改良， 猎，之程序設相可_連續不同之前進送料距離。 該蓋翔作其紗—触，_座上财-_之蓋體， 彈菁’且該蓋體= 有從動輪而^動地與機座結合在一起，該等螺合件穿套有 該機座鄰近咖描設有-調整輪:===滾:組:合’又， 心輪並與-伺服馬達組柩接，該飼 該偏 電腦來達到自·制眷炎，以人„ 目動化冲壓s又備之動作，係透過 工 7作_ ’待加碎帶可透過輸送帶輸人機座中， M526864 並透過滚輪組之滾壓夹帶，且藉由電腦驅動伺服馬達組及自動化沖壓設備，使 伺服馬達組控佩心輪猶之咖，而使從動輪紐輪㈣合或產生間隙，並 同步帶動沖紐齡作，制可設定賴補前進祕距狀鮮控制定位之 要求。 本創作之另-目❸，在提供一種自動<匕沖壓設備之送料裝置結構改良，其 偏心輪可抵#於蓋斷緣之導座上，而使蓋體上移而產生空隙，碰不同厚度 之待加工料帶可進入機座中。 【實施方式】 本_係—種自統沖壓賴之送職置結構改良，請參照第3、4、5、6 圖所不’其設有-機座1〇，該機座1〇係位於自動化沖壓設備之輸送帶一定位置 上（其安裝位置如第1圖所示），該機座1〇上設有一活動之蓋體2〇，該蓋體2〇 中没有至少-螺合件30，該螺合件3〇貝，j包含有一螺母31及一螺桿犯，其中螺 母31+牙套有-彈簧33，並藉由螺桿％而將蓋體2〇與機座1〇結合在一起；又 於該蓋體20中則投有-固定軸2卜該固定轴21兩端分別穿過蓋體2〇，並套接 於機座W兩側邊之套孔n内，以使蓋體2G藉_定軸21為軸心而上下轉動， 又，該蓋體20於前緣設有一向外凸伸之導座22。 再者’該蓋體20中於固定轴21與螺合件3〇間設有一從動輪23，該從動輪 ·· 23並與樞接在機座10中之滾輪組4〇响合，該滾輪組4〇係並經由一馬達5〇之 .帶動而作動’且該滚輪組40内之滾輪間係透過傳動皮帶之繞設而互相帶動，另， 該機座ίο鄰近出料口樞設有一調整輪12，該調整輪12上至少一端設有一偏心 輪121 (於本實施例為兩端），該偏心輪a〗係抵靠於蓋體之導座22下，且 該偏。輪121並與-伺服馬達組6〇枢接，該伺服馬達組6〇係包含有一祠服馬 達61及傳動輪組62 ’該傳動輪虹62 t之一輪軸並框接於調整輪12之一端 由該飼服馬達組60之伺服馬達61之驅動，而令傳動輪組62及調整輪12連帶曰 轉動’同時’該鎌聪61之作缺親電細t蝴來達到自動控制要求。 使用時’可先藉由祠服馬達61驅動傳動輪組62並帶動調整輪U，而令偏 'M326864 心輪121偏心轉動’當該偏心輪121轉動時，推動蓋體2〇之導座22而使固定 轴21以套孔U為轴心而向上移動以產生適當空隙&(第6圖所示》以配合不同 1度之待加工料帶可以進入機座10中’此時，從動輪23與滾輪組4〇係互相壓 罪’並以賴鱗待加坤帶私難1G t，#待加工卿城狀之位置時， 再透過伺服馬達61驅動傳動輪组62及調整輪12而令偏心輪i2i推 〇 增加上移麟’錄· 23無齡4G _互械权待加工冊放鬆，並進 行/t壓之動作，s /帽之動作完錢，伺縣達61再媒動傳動輪組⑽及調整 輪12而令偏心輪121反轉回復，並使從動輪23與滾輪組4〇再度互相壓靠以 利馬達50順利將待加工料帶前進設定距離，方便沖壓設備進行下次沖壓動作， φ同f W待加工料▼刖進至設定之距離時，該蓋體2〇則藉由彈菁抑之彈性作 用’向下回復並再度夹靠待加工料帶，如此，不斷循環，使伺服馬達組60可控 制調整輪12轉動之時間，而使從動輪23與滚輪組4()〇#合或產生_，並同步 帶動沖壓設備m(如第丨圖所示)動作，達到精準控做位之要求更使待加工 料帶夾送與㈣設備之動作—致，不致有遲緩不同步之情形發生同時由於 從動輪23與滾輪組40之夾靠及放鬆係利用偏心輪121之平滑轉動所以可避 免較大噪音產生’而且可減少蓋體2〇之導座22與偏心輪⑵之接觸面磨損情 形，而提高進料距離之準確。 、 ·- '综上所述’本創作之送料構造簡易確實，進而能節省成本，並增進效用， 完全符合新型專利要件，特爰依法提出申請專利。 【圖式簡單說明】 第1圖係習知裝置之平面流程示意圖。 第2圖係習知裝置送料裝置之立體示意圖。 第3圖係本創作之立體分解示意圖。 第4圖係本創作之動作示意圖一。 第5圖係本創作之動作示意圖二。 第6圖係本創作之料厚調整動作示意圖。 M326864M326864 VIII. New description: [New technical field] This is a kind of improvement of the feeding device of automatic stamping equipment, especially the actuating program of controlling the feeding device by computer program, so that the feeding action is more accurate and indeed Reduce noise and wear parts. [Prior Art] According to the conventional feeding device for automatic stamping equipment, please refer to Figures 1 and 2, which is provided with a machine set 1〇〇, which includes at least one punching device no and The feeding device 120 is adjacent to the feeding device 120 of the pressing device 110. The feeding device 120 includes at least one base 130 and a movable cover 140 disposed on the base 130. As shown in FIG. 2, the base 130 includes at least one roller set 131 and one adjustment wheel 132. The roller set 131 includes a plurality of rollers and a motor (not shown), and the roller is driven by the motor system. The adjusting wheel 132 is adjacent to the discharge opening, and the two ends are respectively provided with a cutting plane 1321. Further, the adjusting wheel 132 is connected with a pressing rod extending toward the pressing device iiq. 1322, the pressing rod 1322 is pressed by the pressing device 110 to drive the adjusting wheel 132 to rotate, and can return to the initial state when the pressing device 110 is away. Similarly, as shown in FIG. 2, the cover body 14 includes at least one fixed shaft mi and one driven wheel 142 '· and one end of the fixed shaft 141 passes through one side of the cover 14 , and The eccentric wheel 15 sleeved on the base 130 is pivotally connected, and the other end is connected to the control rod 丨 (9) through the base 13 藉. The control rod 160 is used to drive the eccentric 150 to rotate eccentrically to adjust the control feed. The gap of the mouth allows the different thickness of the material to be processed to enter the machine base 130; and the driven wheel 142 is connected to the roller set 131 ^ 0 ' in the frame 13 另 another 'the cover 140 is provided with at least one screw The screw member 17A includes a nut m and a screw 172', and the nut m is sleeved with a spring 173. The nut 14 is operatively pressed by the screw 172 to press the cover 14G. Abutting on the base 13G; further, on both sides of the cover body (10) away from the end edge of the fixed shaft 141, there is an outwardly protruding guide 180, which is leaned against the plane 1321 of the adjustment wheel 132 on the M326864. . In this way, when the 'Taiwan Hong 100 is activated, the motor can drive the roller stage (3) to roll, so that the material entering the material advances toward the punching device 11G, and when the punching device UG is actuated downward, the adjusting wheel is moved and the guide is transmitted through the guide. 18〇 and the rotation of the plane coffee of the adjustment wheel 132: oneself, =1 upper 142 and the roller set 131 on the base 130 create a gap, so that after the punching operation is completed, when the punching device 110 moves upward, the pressure bar · Hunting looses the adjustment wheel 132 by the recovery action, and makes the follower wheel 2 follow the roller G _, ^ Zhe, while the uranium (9) u borrows downwards, presses the body & the body 140 and the frame 13G The sealing and the squeezing are generated, and the control of the forward distance of the smashing belt is controlled. Therefore, when the pressing device 110 makes a complicated feeding action into the feeding distance, the helmet method is different, and the *, and the shell are different. In order to close the right if rotated, due to the rotation of the guide 180 and the plane 1321, β has a large noise, and it is easy to wear on the contact surface after long-term operation, which affects the feed distance and t Face 1剡 [New Content] Purpose of Creation: This Creation The creator has the shortcomings of the above-mentioned conventional devices, research and analysis, γ, and finally completed the improvement of the feeding device of the automatic stamping equipment of the present creation: the number of the feeding device can be improved in an automatic stamping equipment, hunting, The program setting phase can be different from the previous feed distance. The cover is made up of its yarn-touch, _ seated on the cover of the fortune-_, and the cover body = has a driven wheel and is combined with the base, The base is adjacent to the coffee drawing - adjustment wheel: === roll: group: combined 'and, the heart wheel is connected with the - servo motor group, the feeding of the computer to achieve self-made phlegm, to people The movement of the stamping s is also prepared by the workmanship _ 'to be added to the conveyor belt through the conveyor belt, M526864 and through the roller group rolling entrainment, and by computer drive servo motor group and The automatic stamping equipment enables the servo motor to control the corrugated wheel, and the driven wheel (4) is combined or generates a gap, and simultaneously drives the rushing age, and the system can set the requirements for the navigation control. Another object of the present invention is to provide an automatic <匕 stamping device feeding device structure improvement, the eccentric wheel can be pressed against the guide seat of the cover breaking edge, and the cover body is moved up to create a gap, touch Different thickness of the material to be processed can enter the machine base. [Embodiment] This _ series - the type of self-regulation stamping Lai Zhi sent to the structure of the job Good, please refer to the 3rd, 4th, 5th, and 6th drawings. It is equipped with a machine base 1〇, which is located at a certain position of the conveyor belt of the automatic stamping equipment (the installation position is as shown in Figure 1). Shown that the movable base 1 is provided with a movable cover 2〇, and the cover body 2 has no at least a screwing member 30, and the screw member 3 has a nut 31 and a screw. The nut 31+ the sleeve has a spring 33, and the cover body 2〇 is combined with the base 1〇 by the screw %; and the cover body 20 is cast with the fixed shaft 2 and the fixed shaft 21 The ends are respectively passed through the cover body 2〇 and sleeved in the sleeve holes n on both sides of the frame W, so that the cover body 2G is rotated up and down by the axis of the fixed axis 21, and the cover body 20 is in front The rim is provided with an outwardly projecting guide 22. In the cover 20, a driven wheel 23 is disposed between the fixed shaft 21 and the screw member 3, and the driven wheel 23 is pivotally connected to the base 10. In the middle of the roller group 4 〇, the roller set 4 〇 is driven by a motor 5 . , and the roller between the roller set 40 is driven by the transmission belt, and the other Stand ίο The adjusting port 12 is provided with an adjusting wheel 12, and at least one end of the adjusting wheel 12 is provided with an eccentric wheel 121 (both ends in this embodiment), and the eccentric wheel a is abutted against the guide 22 of the cover body, and The wheel 121 is pivotally connected to the servo motor group 6〇. The servo motor unit 6 includes a servo motor 61 and a transmission wheel set 62. The transmission wheel is a wheel axle and is connected to the adjusting wheel. One end of the 12 is driven by the servo motor 61 of the feeding motor set 60, and the transmission wheel set 62 and the adjusting wheel 12 are coupled with the ' rotation 'at the same time', and the 镰 61 61 is lacking in the electric power to achieve the automatic control requirement. When in use, the driving wheel set 62 can be driven by the motor 61 to drive the adjusting wheel U, and the biasing of the 'M326864 core wheel 121 is eccentrically rotated. 'When the eccentric wheel 121 rotates, the guide body of the cover body 2 is pushed. 22, the fixed shaft 21 is moved upward with the sleeve hole U as an axis to generate a proper gap & (Fig. 6) to fit the different 1 degree of the material to be processed into the base 10' The moving wheel 23 and the roller group 4 are mutually sinful and sinful. Then, the drive wheel set 62 and the adjustment wheel 12 are driven by the servo motor 61 to increase the eccentric wheel i2i, and the movement of the eccentric wheel i2i is increased, and the operation of the machine is relaxed. After the action of the s/cap, the servo-driver wheel set (10) and the adjustment wheel 12 are used to reverse the return of the eccentric wheel 121, and the driven wheel 23 and the roller set 4 are pressed against each other again to facilitate the motor 50. Smoothly move the belt to be processed forward to set the distance, which is convenient for the stamping equipment to carry out the next stamping action. When the φ and f W materials to be processed are pushed to the set distance, the cover body 2〇 is elasticized by the elastic crystal. Recovering downwards and re-clamping the belt to be processed again, so that the cycle is repeated, so that the servo motor group 60 can control the timing of the rotation of the adjustment wheel 12, and the driven wheel 23 and the roller set 4 () 〇 # merge or generate _, and Simultaneously drive the stamping equipment m (as shown in the figure) to achieve the precise control of the position requirements, and the action of the material to be processed and (4) the action of the equipment - without delay and unsynchronization, due to the driven wheel 23 and the roller set 40 are clamped and relaxed by the smoothing of the eccentric wheel 121 Rotation can avoid large noise generation, and the contact surface wear of the guide 22 and the eccentric (2) of the cover 2 can be reduced, and the feed distance can be improved accurately. , ·- 'In summary, the feeding structure of this creation is simple and practical, which can save costs and improve utility. It fully complies with the new patent requirements, and specializes in applying for patents according to law. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of a planar flow of a conventional device. Figure 2 is a schematic perspective view of a conventional device feeding device. Figure 3 is a three-dimensional exploded view of the creation. Figure 4 is a schematic diagram of the action of this creation. Figure 5 is a schematic diagram of the action of this creation. Figure 6 is a schematic diagram of the material thickness adjustment action of this creation. M326864
【主要元件符號說明】 機座 10 套孔 11 調整輪 12 偏心輪 121 蓋體 20 固定轴 21 導座 22 從動輪 23 螺合件 30 螺母 31 螺桿 32 彈簧 33 滾輪組 40 馬達 50 伺服馬達組 60 伺服馬達 61 傳動輪組 62 9[Main component symbol description] Base 10 Set hole 11 Adjustment wheel 12 Eccentric wheel 121 Cover body 20 Fixed shaft 21 Guide seat 22 Drive wheel 23 Screwing member 30 Nut 31 Screw 32 Spring 33 Roller set 40 Motor 50 Servo motor unit 60 Servo Motor 61 drive wheel set 62 9