TW202222486A - Barrel changing apparatus of automatic processing machine - Google Patents
Barrel changing apparatus of automatic processing machine Download PDFInfo
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本發明係關於一種自動化處理機,特別是關於一種自動化處理機之換桶裝置。The present invention relates to an automatic processing machine, in particular to a barrel changing device of the automatic processing machine.
銑刀、鑽頭等成形刀具,在製造過程中,須經過鈍化、研磨、拋光之程序,不僅止於上述刀具,工件進行表面研磨或拋光係極為常見之事,一般來說,拋光作業通常以取物件抓取待拋光之工件,浸入盛裝研磨顆粒之容器內,輔以容器或取物件之移動、轉動,使工件受到研磨顆粒之研磨、拋光。Forming tools such as milling cutters and drills must undergo passivation, grinding and polishing procedures during the manufacturing process. Not only the above-mentioned tools, the surface grinding or polishing of workpieces is extremely common. The object grabs the workpiece to be polished, and immerses it in the container containing the abrasive particles. With the help of the container or the movement and rotation of the object, the workpiece is ground and polished by the abrasive particles.
其中,對於不同的工件,通常需使用不同規格、種類之研磨顆粒來進行研磨,實務上,常會事先準備數個分別盛裝不同規格研磨顆粒之研磨桶,若要更換研磨顆粒,則將研磨桶自轉動機構上取下,再將另一研磨桶置於轉動機構上,方能進行研磨。Among them, for different workpieces, different specifications and types of abrasive particles are usually used for grinding. In practice, several grinding barrels containing different specifications of abrasive particles are often prepared in advance. If the abrasive particles are to be replaced, the grinding barrel is automatically Remove the rotating mechanism, and then place another grinding barrel on the rotating mechanism before grinding.
然而,換桶作業皆以人工進行,十分費時費力,且導致研磨製程無法以全自動流程進行。However, the barrel changing operations are all performed manually, which is time-consuming and labor-intensive, and makes the grinding process impossible to perform in a fully automatic process.
本發明之其中一目的係提供一種自動化處理機,能快速更換研磨桶,並有利於全自動化製程。One of the objectives of the present invention is to provide an automatic processor that can quickly replace the grinding barrel and is beneficial to the fully automated process.
為達成上述目的,本創作提供一種自動化處理機之換桶裝置,包含一研磨桶組與至少一自轉驅動組。In order to achieve the above object, the present invention provides a barrel changing device for an automatic processing machine, which includes a grinding barrel group and at least one rotation driving group.
該研磨桶組包含一基座、一轉盤與複數個研磨桶,該轉盤可繞一轉軸轉動地設於該基座上,該些研磨桶繞該轉盤之周向間隔設置於該轉盤之表面,各該研磨桶之底部具有一第一連接結構;該至少一自轉驅動組設置於該基座而位於該轉盤相對該些研磨桶之一側,該至少一自動驅動組能繞一自轉軸轉動,該至少一自轉驅動組並能朝該轉盤之方向移動或背向該轉盤移動地於一驅動位置與一初始位置之間升降,該至少一自轉驅動組具有一第二連接結構,該第二連接結構與該第一連接結構相對應而能選擇性地彼此連接,以使該研磨桶與該至少一自轉驅動組彼此不可相對轉動地連接;其中,當該至少一自轉驅動組位於該驅動位置時,該第一連接結構與該第二連接結構彼此連接,使該至少一自轉驅動組轉動時驅動該研磨桶繞該自轉軸一同轉動;當該至少一自轉驅動組位於該初始位置時,該第一連接結構與該第二連接結構彼此分離,使該研磨桶不受該至少一自轉驅動組之驅動轉動。The grinding barrel set includes a base, a turntable and a plurality of grinding barrels, the turntable is rotatably arranged on the base around a rotating shaft, and the grinding barrels are arranged on the surface of the turntable at intervals around the circumference of the turntable, The bottom of each of the grinding barrels has a first connection structure; the at least one self-rotation driving group is disposed on the base and located on a side of the turntable opposite to the grinding barrels, and the at least one automatic driving group can rotate around a self-rotating axis, The at least one self-rotation driving group can move towards the direction of the turntable or move away from the turntable to move up and down between a driving position and an initial position, and the at least one self-rotation driving group has a second connection structure, the second connection The structure corresponds to the first connection structure and can be selectively connected to each other, so that the grinding barrel and the at least one self-rotation driving group are non-rotatably connected to each other; wherein, when the at least one self-rotating driving group is in the driving position , the first connection structure and the second connection structure are connected to each other, so that when the at least one rotation driving group rotates, the grinding barrel is driven to rotate together around the rotation axis; when the at least one rotation driving group is at the initial position, the first rotation driving group is in the initial position. A connecting structure and the second connecting structure are separated from each other, so that the grinding barrel is not driven and rotated by the at least one rotation driving group.
藉此,本發明提供之自動化處理機可藉轉盤之轉盤快速更換欲進行研磨作業之研磨桶,且驅使研磨桶轉動之機構僅須設置一組。Therefore, the automatic processing machine provided by the present invention can quickly replace the grinding barrel to be subjected to the grinding operation by using the turntable of the turntable, and only one set of mechanisms for driving the grinding barrel to rotate needs to be provided.
請參考圖1至圖9,本發明提供一種自動化處理機之換桶裝置與升降裝置,包含一研磨桶組10、至少一自轉驅動組20與一偵測組。Referring to FIGS. 1 to 9 , the present invention provides a barrel changing device and a lifting device for an automatic processing machine, including a
該研磨桶組10包含一基座11、一轉盤12與複數個研磨桶13,該轉盤12可繞一轉軸轉動地設於該基座11上,該些研磨桶13繞該轉盤12之周向間隔設置於該轉盤12之表面而供作業組50攜帶工件插入進行研磨,各該研磨桶13之底部具有一第一連接結構;另外,該轉盤12之表面離心處設有複數第一限位結構,各該研磨桶13之底部離心處設有一第二限位結構,各該研磨桶13之第二限位結構與該第一限位結構位置對應時能彼此結合,使各該第一限位結構與該第二限位結構在一平行於該轉盤12表面之方向上彼此干涉(例如,各該研磨桶13底部具有一非圓形之輪廓而形成該第二限位結構,各該第一限位結構亦具有對應於該第二限位結構之非圓形輪廓,以供該研磨桶13以特定之方向嵌設於該第一限位結構)。The
該至少一自轉驅動組20設置於該基座11而位於該轉盤12相對該些研磨桶13之一側,該至少一自動驅動組20能繞一自轉軸轉動,該至少一自轉驅動組20並能朝該轉盤12之方向移動或背向該轉盤12移動地於一驅動位置與一初始位置之間升降,該至少一自轉驅動組20具有一第二連接結構,該第二連接結構與該第一連接結構相對應而能選擇性地彼此連接,以使該研磨桶13與該至少一自轉驅動組20彼此不可相對轉動地連接。The at least one self-
其中,當該至少一自轉驅動組20位於該驅動位置時,該研磨桶13被該至少一自轉驅動組20頂升,使該第一限位結構與該第二限位結構彼此在該平行於該轉盤12表面之方向上不干涉,且該第一連接結構與該第二連接結構彼此連接,使該至少一自轉驅動組20轉動時驅動該研磨桶13繞該自轉軸一同轉動;當該至少一自轉驅動組20位於該初始位置時,該第一限位結構與該第二限位結構在該平行於該轉盤12表面之方向上彼此干涉,該第一連接結構與該第二連接結構彼此分離,使該研磨桶13不受該至少一自轉驅動組20之驅動轉動。Wherein, when the at least one
換言之,該至少一自轉驅動組20自該初始位置上升至該驅動位置之過程中,抵頂至該研磨桶13並將該研磨桶13向上頂升一預定距離至該驅動位置,當該至少一自轉驅動組20位於該驅動位置時,該研磨桶13不接觸該轉盤12。In other words, when the at least one rotation driving
該偵測組則包含一第一偵測器41、一第二偵測器42、一第三偵測器43、一高度偵測部44與一角度偵測部45,該第一偵測器41、該第二偵測器42與該第三偵測器43分別設於該基座11,該第一偵測器41之高度位置低於該第二偵測器42,該高度偵測部44與該角度偵測部45分別設於該至少一自轉驅動組20上而隨該至少一自轉驅動組20升降,該高度偵測部44對應於該第一偵測器41與該第二偵測器42,該角度偵測部45對應於第三偵測器43,該角度偵測部45設於該至少一自轉驅動組20之一側,該第三偵測器43亦位於該至少一自轉驅動組20之一側。The detection group includes a
當該至少一自轉驅動組20位於該初始位置時,該高度偵測部44高度與該第一偵測器41對應而受該第一偵測器41之偵知;當該至少一自轉驅動組20位於該驅動位置時,該高度偵測部44高度與該第二偵測器42對應而受該第二偵測器42之偵知;當該至少一自轉驅動組20位於該驅動位置且該至少一自轉驅動組20恰好轉動至該角度偵測部45移動至該第三偵測器43之偵知範圍內時,該角度偵測部45受該第三偵測器43之偵知。When the at least one
於本實施例中,該至少一自轉驅動組20係包含一該自轉驅動組20,該自轉驅動組20設於該基座11且離該轉軸有一預定距離,該轉盤12能轉動使其中一該研磨桶13位置對應至該自轉驅動組20而能受該自轉驅動組20之驅動轉動,如此一來,便可減少自轉驅動組20之設置數量,且自轉驅動組20無須與轉盤12一同轉動,可降低轉盤12的重量負荷。詳細來說,該轉盤12可包含一基板121與一驅動機構122,該基板121之表面繞該轉軸設有複數開孔1211,該些研磨桶13分別設於該些開孔1211之上以遮蔽該些開孔1211,該自轉驅動組20可透過該些開孔1211與該些研磨桶13結合,該驅動機構122與該基板121連接以驅動該基板121繞該轉軸轉動,舉例來說,該驅動機構122可包含一轉動馬達1221與連接至該轉動馬達1221並受該轉動馬達1221驅動轉動之一傳動件1222,該基板121底部周緣處設有一被動鏈1212,該傳動件1222嚙合於該被動鏈1212,使該轉動馬達1221驅動該傳動件1222轉動時,藉由該被動鏈1212驅使該基板121繞該轉軸轉動,然而,該驅動機構之實際結構並不限於此。In this embodiment, the at least one self-
此外,為了定位該轉盤12以避免其在加工過程中轉動,本發明更可包含至少一定位組件30,該至少一定位組件30可升降移動地設於該基座11,該轉盤12開設有至少一定位孔1213,該至少一定位組件30選擇性地上升以嵌入該至少一定位孔1213,以防止該轉盤12轉動,較佳地,該至少一定位組件30與該自轉驅動組20連接,當該至少一定位組件30上升嵌入該至少一定位孔1213後,方驅使該自轉驅動組20升至該驅動位置;當該自轉驅動組20降至該初始位置時,方驅使該至少一定位組件30下降以脫離該至少一定位孔1213。In addition, in order to position the
關於該第一連接結構與該第二連接結構之實際構造,各該研磨桶13之第一連接結構可包含至少一嵌槽1321,該自轉驅動組20之第二連接結構則可包含至少一凸出之嵌塊21,該至少一嵌槽1321與該至少一嵌塊21分別離該自轉軸有一預定距離(於本實施例中,係包含複數該嵌槽1321與複數該嵌塊21,該些嵌槽1231繞該自轉軸間隔排列,該些嵌塊21亦繞該自轉軸間隔排列),當該自轉驅動組20位於該驅動位置時,該至少一嵌塊21嵌入該至少一嵌槽1321內,使該自轉驅動組20與該研磨桶13呈不可相對轉動地連接,而能帶動該研磨桶13繞該自轉軸轉動;更具體來說,各該研磨桶13包含一桶體131與一片體132,該片體132固設於該桶體131之底部。然而,亦可採用其餘連接結構,較極端而言,例如該第一連接結構與該第二連接結構可分別為摩擦力極大之材質,藉由巨大的表面摩擦力帶動研磨桶轉動。Regarding the actual structure of the first connection structure and the second connection structure, the first connection structure of each grinding
關於該第一限位結構與該第二限位結構,於本實施例中,該片體132具有二彼此相對且相互平行之側邊1322,該二側邊1322形成該第二限位結構,各該第一限位結構包含二間隔且平行設置之凸條1214,該二凸條1214之間圍構一定位空間,該二凸條1214之間距與該片體132之該二側邊1322之間距對應,使該片體132能以該二側邊1322對應該二凸條1214地嵌設於該定位空間;較佳地,各該第二限位結構更包含一前擋凸條1215,該前擋凸條1215位於該二凸條1214之間且垂直於該二凸條1214地設於該二凸條1214靠近該轉盤12中心之一側,使該定位空間由該二凸條1214與該前擋凸條1215所圍構,該片體132另包含一前邊1323,該前邊1323垂直於該二側邊1322且位於該二側邊1322之間,該前邊1323供抵頂該前擋凸條1215,藉此,當該研磨桶13設置於該定位空間且其前端抵頂至該前擋凸條1215,即代表該研磨桶13位置與方向正確,以利該自轉驅動組20之上升與結合。Regarding the first limiting structure and the second limiting structure, in this embodiment, the
承上述,由於該自轉驅動組20在移動至驅動位置前,該第一連接結構與該第二連接結構可能尚未嵌接完成,即使已嵌接完成,該第一限位結構亦可能尚未與該第二限位結構錯開,使該自轉驅動組20尚無法驅動該研磨桶13轉動,因此,自轉驅動組20的位置是否上升至足夠高的位置,將是自動化作業能否順利進行之重要的一環,對此,本發明以該第二偵測器42對該自轉驅動組20之高度偵測部44進行偵測,僅有在第二偵測器42偵知該高度偵測部44時,代表該自轉驅動組20已升至足夠高度,而可開始驅動該研磨桶13轉動;相對地,若要進行轉盤12的轉動,以更換不同的研磨桶13,則須確保自轉驅動組20已脫離研磨桶13,故本發明以第一偵測器41來偵知該高度偵測部44,以確認研磨桶13已脫離自轉驅動組20,轉盤12得以轉動;並且,為了使該些嵌塊21能正確地嵌入該些嵌槽1321內,該研磨桶13亦須被轉動至一特定角度,因此,在下降至初始位置前,自轉驅動組20以其角度偵測部45供該第三偵測器43進行偵測(舉例來說,該角度偵測部45可為一偵測片之一側之缺槽451,當該缺槽451對應至該第三偵測器43,該第三偵測器43則偵知該角度偵測部45),使自轉驅動組20轉動至角度偵測部45對準第三偵測器43為止(較佳者,當該自轉驅動組20位於該驅動位置且該第三偵測器43未偵知該角度偵測部45時,該自轉驅動組20無法下降至該初始位置,以確保運作之順暢),如此便可確保研磨桶13的角度正確,當自轉驅動組20下降,該些嵌塊21便可正確地嵌入該些嵌槽1321內,也就是說,該第一限位結構亦與該第二限位結構彼此對應而嵌合,使研磨桶13能被定位於轉盤12上。Based on the above, since the first connection structure and the second connection structure may not be fully embedded before the
具體來說,該自轉驅動組20可包含一本體22、一升降軸23與一自轉機構24,該本體22設於該基座11,該升降軸23可升降地穿設於該本體22,該自轉機構24設於該升降軸23之下端而驅動該升降軸23繞該自轉軸轉動;於本實施例中,該本體22內圍構一活塞室221,該升降軸23外套設一活塞231,該活塞231滑設於該活塞室221內而將該活塞室221分隔為一上活塞室與一下活塞室,該上活塞室與該下活塞室分別連接一氣體源或一液體源,藉由氣壓或液壓驅動使該活塞231於該活塞室221內上下滑移,以帶動該升降軸23之升降,有利於自動化製程之控制與編排;至於該自轉機構24,則可包含一旋轉馬達241、一旋轉軸242、一傳動輪243、一傳動帶244與一被動輪245,該旋轉軸242設於該旋轉馬達241上而受其驅動旋轉,該傳動輪243設於該旋轉軸242上而隨之同步旋轉,該被動輪245套設於該升降軸23外而與之同步旋轉,該傳動帶244套設於該傳動輪243與該被動輪245外,使該被動輪245受該傳動輪243之驅動而旋轉,然而,結構並不限於此。Specifically, the self-
實際使用時,首先,在未進行作業之一般情形下,如圖6與圖7所示,該自轉驅動組20位於較下方的初始位置,該第一定位結構與該第二定位結構彼此分離而不相互干涉,此時研磨桶13不受自轉驅動組20之驅動旋轉,且由於該第一限位結構與該第二限位結構之相互干涉,研磨桶13以特定角度被限位於轉盤12之特定位置,此時,轉盤12能夠轉動以更換研磨作業所須之研磨桶13或清潔桶,不受自轉驅動組20之干擾,其中,該高度偵測部44之高度恰好對應至該第一偵測器41,系統便可藉此得知自轉驅動組之位置與狀態,以確認是否可轉動轉盤。In actual use, first of all, in the general situation that no operation is performed, as shown in FIG. 6 and FIG. 7 , the
當要進行研磨作業時,如圖8與圖9所示,則可驅使自轉驅動組20上升至驅動位置,在此過程中,該第一定位結構與該第二定位結構彼此結合,使研磨桶13被自轉驅動組20抬升,進而使第一限位結構與第二限位結構彼此錯開而不相互干涉,此時,自轉驅動組20的轉動可帶動研磨桶13一同轉動,以利研磨程序之進行,其中,該高度偵測器44之高度恰好對應至該第二偵測器42,系統可藉此得知自轉驅動組20之位置與狀態,以確認是否可開始驅使自轉驅動組20轉動。When the grinding operation is to be performed, as shown in FIG. 8 and FIG. 9 , the self-rotating
特別要說明的是,由於第一限位結構與第二限位結構係以特定之方向與角度彼此嵌合,因此,在使研磨桶13下降之前,須先確認研磨桶13與轉盤12之相對角度是否正確,對此,可利用角度偵測部45與第三偵測器43,使自轉驅動組20轉動至角度偵測部45對齊至第三偵測器43而為其偵知為止,即代表研磨桶13之方向與角度正確,使第一限位結構與第二限位結構可正確對應結合。It should be noted that, since the first limiting structure and the second limiting structure are fitted with each other in a specific direction and angle, before lowering the grinding
其中,本發明之第一限位結構採用凸條1214,第二限位結構採用矩形輪廓之片體132,除了易於製造、組裝,更可確保研磨桶能水平地進入定位空間,減輕使用者換桶時之負擔。Among them, the first limiting structure of the present invention adopts the
藉此,本發明之自動化處理機之換桶裝置與升降裝置,能快速更換研磨桶而無須人工搬運,且具有升降離合功能之自轉驅動組僅須設置一組,大幅減輕轉盤之重量負擔與機台體積,更利用偵測組來確保研磨桶之高度與方向正確,極有利於全自動化製程之進行,實為相關加工業者所企盼,惟以上實施例僅在於說明並闡述本發明的技術內容,本專利的專利範圍應以後述的申請專利範圍為準。Thereby, the barrel changing device and the lifting device of the automatic processing machine of the present invention can quickly replace the grinding barrel without manual handling, and only one set of the self-rotating drive group with the lifting clutch function needs to be set up, which greatly reduces the weight burden of the turntable and the machine. The volume of the table and the detection group are used to ensure that the height and direction of the grinding barrel are correct, which is very beneficial to the progress of the fully automated process, which is expected by the relevant processing industry. The scope of this patent shall be subject to the scope of the patent application described later.
10:研磨桶組 11:基座 12:轉盤 121:基板 1211:開孔 1212:被動鏈 1213:定位孔 1214:凸條 1215:前擋凸條 122:驅動機構 1221:轉動馬達 1222:傳動件 13:研磨桶 131:桶體 132:片體 1321:嵌槽 1322:側邊 1323:前邊 20:自轉驅動組 21:嵌塊 22:本體 221:活塞室 23:升降軸 231:活塞 24:自轉機構 241:旋轉馬達 242:旋轉軸 243:傳動輪 244:傳動帶 245:被動輪 30:定位組件 41:第一偵測器 42:第二偵測器 43:第三偵測器 44:高度偵測部 45:角度偵測部 451:缺槽 50:作業組 10: Grinding barrel set 11: Pedestal 12: Turntable 121: Substrate 1211: Opening 1212: Passive chain 1213: Positioning hole 1214: Rib 1215: Front bumper ribs 122: Drive mechanism 1221: Turn the motor 1222: Transmission parts 13: Grinding barrel 131: barrel 132: sheet body 1321: Groove 1322: Side 1323: Front 20: Rotation drive group 21: Inserts 22: Ontology 221: Piston chamber 23: Lifting shaft 231: Piston 24: Rotation mechanism 241: Rotary Motor 242: Rotary axis 243: Transmission wheel 244: Transmission belt 245: Passive Wheel 30: Positioning components 41: First detector 42: Second detector 43: The third detector 44: Height Detection Department 45: Angle detection part 451: missing slot 50: Working Group
圖1係本發明之立體圖。 圖2係本發明之部分立體圖。 圖3係本發明之部分立體分解圖。 圖4係本發明之轉盤與研磨桶之立體分解圖。 圖4A係本發明之研磨桶之另一角度之立體圖。 圖5係本發明之自轉驅動組之立體圖。 圖6係本發明之A-A剖面圖。 圖7係本發明之B-B剖面圖。 圖8與圖9係本發明之作動示意圖。 FIG. 1 is a perspective view of the present invention. FIG. 2 is a partial perspective view of the present invention. FIG. 3 is a partially exploded perspective view of the present invention. FIG. 4 is an exploded perspective view of the turntable and the grinding barrel of the present invention. 4A is a perspective view of the grinding barrel of the present invention from another angle. FIG. 5 is a perspective view of the rotation driving group of the present invention. Figure 6 is an A-A sectional view of the present invention. Fig. 7 is a B-B sectional view of the present invention. 8 and 9 are schematic diagrams of the operation of the present invention.
10:研磨桶組 10: Grinding barrel set
11:基座 11: Pedestal
12:轉盤 12: Turntable
13:研磨桶 13: Grinding barrel
50:作業組 50: Working Group
Claims (10)
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TW109142001A TWI749917B (en) | 2020-11-30 | 2020-11-30 | Barrel changing apparatus of automatic processing machine |
KR1020210079068A KR102680254B1 (en) | 2020-11-30 | 2021-06-18 | Automatic processing apparatus |
CN202110674990.7A CN114633200B (en) | 2020-11-30 | 2021-06-18 | Automatic processor |
DE102021118394.4A DE102021118394A1 (en) | 2020-11-30 | 2021-07-15 | Automated processing facility |
JP2021124638A JP7308547B2 (en) | 2020-11-30 | 2021-07-29 | Automated processing machine |
US17/395,615 US20220168860A1 (en) | 2020-11-30 | 2021-08-06 | Automatic Processing Apparatus |
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JPS5570559A (en) * | 1978-11-14 | 1980-05-28 | Tipton Mfg Corp | Planetary revolution type barreling device having tiltable barrel |
JPS60161067A (en) * | 1984-01-27 | 1985-08-22 | Tipton Mfg Corp | High-speed working method with planetary turning barrel and working machine |
DE4428817C1 (en) * | 1994-02-09 | 1995-06-01 | Dreher Manfrid Kg Dr Ing | Centrifugal force slide grinding machine |
JP3610309B2 (en) * | 2001-03-01 | 2005-01-12 | 株式会社チップトン | Barrel polishing system |
TWM394874U (en) * | 2010-05-07 | 2010-12-21 | Huo-Shan Huang | Grinding & polishing container |
TWM398993U (en) * | 2010-07-21 | 2011-03-01 | Krown Jie Co Ltd | Rolling mill |
ITMI20112227A1 (en) * | 2011-12-06 | 2013-06-07 | Paolo Redaelli | MACHINE FOR SURFACE FLOW FINISHING |
JP5570559B2 (en) | 2012-08-02 | 2014-08-13 | 東芝テック株式会社 | Electronic equipment and programs |
JP5874628B2 (en) * | 2012-10-31 | 2016-03-02 | 株式会社デンソー | Centrifugal ball mill |
CN105102186B (en) * | 2013-04-09 | 2017-11-21 | Otec精密研磨有限责任公司 | Method and apparatus for carrying out Surface Machining to workpiece |
TWM517050U (en) * | 2015-11-03 | 2016-02-11 | Taiwan Sun Li Fia Co Ltd | Workpiece holding mechanism of polishing device |
JP6829467B2 (en) * | 2017-04-05 | 2021-02-10 | スピードファム株式会社 | Double-sided polishing device |
CN211103374U (en) * | 2019-12-10 | 2020-07-28 | 厦门东山盛机械有限公司 | Vertical polishing grinder |
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