TWI716316B - Loader application based element assembling method of aluminum electrolytic capacitor - Google Patents

Loader application based element assembling method of aluminum electrolytic capacitor Download PDF

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TWI716316B
TWI716316B TW109114497A TW109114497A TWI716316B TW I716316 B TWI716316 B TW I716316B TW 109114497 A TW109114497 A TW 109114497A TW 109114497 A TW109114497 A TW 109114497A TW I716316 B TWI716316 B TW I716316B
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carrier
elements
electrolytic capacitor
aluminum electrolytic
impregnation
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TW109114497A
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TW202044294A (en
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王書斌
王子彥
張耀源
賀向榮
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大陸商東莞市愛德光設計有限公司
大陸商東莞輝城電子股份有限公司
王子彥
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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01G—CAPACITORS; CAPACITORS, RECTIFIERS, DETECTORS, SWITCHING DEVICES, LIGHT-SENSITIVE OR TEMPERATURE-SENSITIVE DEVICES OF THE ELECTROLYTIC TYPE
    • H01G13/00—Apparatus specially adapted for manufacturing capacitors; Processes specially adapted for manufacturing capacitors not provided for in groups H01G4/00 - H01G11/00
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01G—CAPACITORS; CAPACITORS, RECTIFIERS, DETECTORS, SWITCHING DEVICES, LIGHT-SENSITIVE OR TEMPERATURE-SENSITIVE DEVICES OF THE ELECTROLYTIC TYPE
    • H01G13/00—Apparatus specially adapted for manufacturing capacitors; Processes specially adapted for manufacturing capacitors not provided for in groups H01G4/00 - H01G11/00
    • H01G13/04—Drying; Impregnating

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Manufacturing & Machinery (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Fixed Capacitors And Capacitor Manufacturing Machines (AREA)
  • Automatic Assembly (AREA)

Abstract

The invention discloses a loader application based element assembling method of an aluminum electrolytic capacitor. A loader is providing with element placing stations in combination arrangement, and elements are well-assemble in an assembling device, pushed by air pressure to complete feeding, and enter the loader and are placed in the element placing stations respectively; multiple loads are stacked and fixed so that the loaders are in lock joint up and down. A matched transport and loading tool is arranged to fix and limit the elements in the loaders & in the corresponding placing stations and prevent the elements from inclining or falling off from loaders. Then, can move & transport the elements to an impregnation chamber to do the electrolyte impregnation and vacuum-pumping in well-placed status. The design-in small holes are arranged in the lateral side and bottom of each loader to discharge superfluous electrolyte; There is a design-in opening hole arranged in one side of each loader, so that automatic feeding can be realized in the air pressure pushing manner, and let the element enters the automatic assembling device go easily one after one.

Description

基於承載器應用之鋁電解電容素子裝配方法Aluminum electrolytic capacitor element assembly method based on carrier application

本發明涉及素子製作技術領域，尤其涉及一種基於承載器應用之鋁電解電容素子裝配方法。The present invention relates to the technical field of element production, in particular to a method for assembling aluminum electrolytic capacitor elements based on the application of a carrier.

鋁電解電容之生產製造業，所有生產製造工廠採用之素子投入生產線組裝方式常會因素子在已被裝上導針後，於後續移轉與運送過程中，無法避免常會發生互相間碰撞與堆疊與傾倒等情況，進而發生導針互相刺穿或刺傷素子之問題；同時於搬運過程及接下來之各個工序與組立過程，常需再次整理這些擺放淩亂之素子，才能再進行下一個工序之投入生產組裝；這種問題，實屬於電解電容製造業一直以來的困擾且從來就未能被真正改善與徹底解決。In the production and manufacturing of aluminum electrolytic capacitors, all the elements used in the manufacturing plants are put into the production line assembly method. After the guide pin has been installed, the subsequent transfer and transportation process cannot avoid collision and stacking. Dumping and other situations, and then the problem of guide pins piercing each other or piercing the element; at the same time, during the handling process and the subsequent processes and assembly process, it is often necessary to sort out the messy elements again before proceeding to the next process. Production and assembly; this kind of problem is actually a problem that the electrolytic capacitor manufacturing industry has always been troubled by and has never been truly improved and completely resolved.

這狀況除了會導致產品每批生產時都會發生一定不良損耗且依照損傷程度不同，又不一定可以100％被偵測出來，同時這些不良瑕疵品也有可能遺漏到用戶端造成客訴之嚴重風險，因而造成生產者被索賠而發生不可預期之嚴重損失。In addition to this situation, a certain amount of bad loss will occur in each batch of production, and depending on the degree of damage, it may not be 100% detected. At the same time, these defective products may also be missed to the user side and cause a serious risk of customer complaints. As a result, the producer was compensated and suffered unexpected and serious losses.

本發明之目的在於提供一種基於承載器應用之鋁電解電容素子裝配方法，有效解決上述技術問題。The purpose of the present invention is to provide a method for assembling aluminum electrolytic capacitor elements based on the application of the carrier, which effectively solves the above technical problems.

為有效解決上述技術問題，本發明採取之技術方案如下：In order to effectively solve the above technical problems, the technical solutions adopted by the present invention are as follows:

基於承載器應用之鋁電解電容素子裝配方法，該方法包括以下步驟：A method for assembling aluminum electrolytic capacitor elements based on the application of a carrier, the method includes the following steps:

S1設置一承載器；S1 sets a carrier;

S2所述承載器上設有組合排布之素子安放工位，將所述素子置放于素子安放工位裡面；S2 The carrier is provided with a combined arrangement of element placement stations, and the elements are placed in the element placement station;

S3多個承載器上下層疊，並設置運輸裝載工具將多個承載器輸送至含浸倉完成電解液含浸並抽真空；S3 Multiple carriers are stacked up and down, and a transportation loading tool is set up to transport the multiple carriers to the impregnation chamber to complete electrolyte impregnation and vacuum;

S4所述承載器之側邊及底部設有多個小孔，將多餘電解液藉由小孔排除；The side and bottom of the carrier described in S4 are provided with multiple small holes to remove excess electrolyte through the small holes;

S5設置離心機，將所述承載器藉由所述離心機將多餘電解液滲透並甩乾；In S5, a centrifuge is set, and the carrier is used to infiltrate the excess electrolyte and spin dry;

S6藉由運輸裝載工具將上述承載器輸送至烘烤裝置，完成烘乾；S6 Transport the above-mentioned carrier to the baking device by means of a transport loading tool to complete drying;

S7所述承載器一側設有開口，所述開口藉由氣壓推動完成送料，進入自動組立機。In S7, an opening is provided on one side of the carrier, and the opening is pushed by air pressure to complete the feeding and enter the automatic assembly machine.

特別地，所述步驟S1還包括以下步驟：In particular, the step S1 also includes the following steps:

所述承載器上設有提手或提杆。A handle or a lever is provided on the carrier.

特別地，所述步驟S2還包括以下步驟：In particular, the step S2 also includes the following steps:

電解電容器之素子可以於組立完導針後，於承載器中被固定排列及擺放整齊，導針一律朝上，避免因為淩亂擺放而造成素子之間互相碰撞及堆疊與傾倒。The elements of the electrolytic capacitor can be fixedly arranged and placed neatly in the carrier after the guide pins are assembled. The guide pins are always upward to avoid collisions and stacking and overturning of the elements due to messy placement.

特別地，所述步驟S3還包括以下步驟：In particular, the step S3 also includes the following steps:

含浸倉設計成與承載器與運輸裝載工具可連貫使用之搭配方式，讓承載器裡裝載整齊排滿之素子被運輸裝載工具之固定扣或倉槽框架穩固於承載器之安放工位，並運送到含浸倉放入含浸室機器內時，作業員可以將承載器一個接著一個以提杆提出運輸裝載工具之方式，再一個接著一個順手裝入含浸倉。The impregnation bin is designed to be used continuously with the carrier and the transportation and loading tool, so that the neatly filled elements in the carrier are firmly fixed at the placement station of the carrier by the fixed buckle of the transportation loading tool or the tank frame and transported When the impregnation chamber is put into the impregnation chamber machine, the operator can lift the carrier one by one with the lifting rod to transport the loading tool, and then load it into the impregnation chamber one by one.

特別地，所述步驟S7還包括以下步驟：In particular, the step S7 also includes the following steps:

承載器側邊設計一開縫讓素子由氣壓推動方式進入承載器排放，並於下一個工序時可以被以機器手夾或機器推進模組氣壓推動方式推出到輸送軌道上，整齊排列的進入自動組立機器以進行接下來之生產工序；The side of the carrier is designed with a slit to allow the elements to be pushed into the carrier by air pressure for discharge, and in the next process can be pushed out onto the conveyor track by the robot clamp or the machine propulsion module air pressure, neatly arranged into the automatic Set up the machine for the next production process;

承載器側邊設計一開縫放上組立工站之特製斜板固定座後再讓素子由氣壓機器手夾放入方式或機器推進模組氣壓推動方式來進入排料軌道後進入自動組立機。The side of the carrier is designed with a slit and placed on the special inclined plate fixing seat of the assembly station, and then the element is put into the discharge track by the pneumatic robot hand clamp or the machine propulsion module pneumatic push method, and then enters the automatic assembly machine.

本發明之有益效果為：本發明提供之基於承載器應用之鋁電解電容素子裝配方法，可以完全避免發生導針互相刺穿或刺傷素子之問題，特別設計之承載器，可以一層一層的往上堆棧與堆疊，裝入運送裝載推車中運往下個工序使用，成就完整連結製程運用上之連續步驟的完整解決方案；可以將承載器一個接著一個以提杆提出運送裝載推車之方式，再一個接著一個順手裝入含浸倉，可以一層一層往上堆棧與堆疊完成含浸電解液與離心旋轉充分滲透與甩乾，可以接續一層一層往上堆棧與堆疊裝入烤箱內進行烘烤；可以被以機器手夾或機器推進模組氣壓推動方式推出到輸送軌道上，整齊排列的進入自動組立機器進行接下來之生產工序。The beneficial effects of the present invention are: the aluminum electrolytic capacitor element assembly method based on the application of the carrier provided by the present invention can completely avoid the problem of the guide pins piercing each other or puncturing the element. The specially designed carrier can be upwards layer by layer. Stacking and stacking, loaded into the transport loading trolley and transported to the next process for use, to achieve a complete solution that links the continuous steps of the process application; the carrier can be lifted one by one by lifting the rod to lift the loading trolley, and then The impregnation chamber can be stacked and stacked one by one to complete the impregnation electrolyte and centrifugal rotation to fully penetrate and spin dry. It can be stacked layer by layer and stacked into the oven for baking; The robot hand clamp or the machine propulsion module is pushed out onto the conveying track by air pressure, and neatly arranged into the automatic assembly machine for the next production process.

下面結合附圖對本發明進行詳細說明。The present invention will be described in detail below in conjunction with the drawings.

實施例1：Example 1:

於本實施例1中，基於承載器應用之鋁電解電容素子裝配方法，該方法包括以下步驟：In the first embodiment, the method for assembling aluminum electrolytic capacitor elements based on the application of the carrier includes the following steps:

S1設置一承載器01；S1 sets a carrier 01;

S2所述承載器01上設有組合排布之素子安放工位，將所述素子置放于素子安放工位裡面；S2 The carrier 01 is provided with a combined arrangement of element placement stations, and the elements are placed in the element placement station;

S3多個承載器01上下層疊，並設置運輸裝載工具將多個承載器01輸送至含浸倉完成電解液含浸並抽真空；S3 Multiple carriers 01 are stacked up and down, and a transportation loading tool is set to transport the multiple carriers 01 to the impregnation chamber to complete electrolyte impregnation and vacuum;

S4所述承載器01之側邊及底部設有多個小孔04，將多餘電解液藉由小孔04排除；S4 The side and bottom of the carrier 01 are provided with a plurality of small holes 04 to remove excess electrolyte through the small holes 04;

S5設置離心機，將所述承載器01藉由所述離心機將多餘電解液滲透並甩乾；In S5, a centrifuge is set up, and the carrier 01 is used to infiltrate and spin the excess electrolyte through the centrifuge;

S6藉由運輸裝載工具將上述承載器01輸送至烘烤裝置，完成烘乾；S6 The carrier 01 is transported to the baking device by means of a transport loading tool to complete drying;

S7所述承載器01一側設有開口02，所述開口02藉由氣壓推動完成送料，進入自動組立機。In S7, an opening 02 is provided on one side of the carrier 01, and the opening 02 is pushed by air pressure to complete the feeding and enter the automatic assembly machine.

所述承載器01上設有提手或提杆03。電解電容器之素子可以於組立完導針後，於承載器01中被固定排列及擺放整齊，導針一律朝上，避免因為淩亂擺放而造成素子之間互相碰撞及堆疊與傾倒。含浸倉設計成與承載器01與運輸裝載工具可連貫使用之搭配方式，讓承載器01裡裝載滿滿排列整齊之素子被運輸裝載工具運送到含浸室時，作業員可以將承載器01一個接著一個以提杆提出運輸裝載工具之方式，再一個接著一個順手裝入含浸倉。承載器01側邊設計一開縫讓素子由氣壓推動方式進入排放並於下一個工序時可以被以機器手夾或機器推進模組氣壓推動方式推出到輸送軌道上，整齊排列的進入自動組立機器進行接下來之生產工序；承載器01側邊設計一開縫放上組立工站之特製斜板固定座後再讓素子由氣壓機器手夾或機器推進模組放入並進入排料軌道後進入自動組立機。A handle or lever 03 is provided on the carrier 01. The elements of the electrolytic capacitor can be fixedly arranged and placed neatly in the carrier 01 after the guide pins are assembled. The guide pins are always upward to avoid collisions and stacking and dumping of the elements due to messy placement. The impregnation chamber is designed to be used continuously with the carrier 01 and the transportation loading tool. When the carrier 01 is loaded with neatly arranged elements and transported to the impregnation chamber by the transportation loading tool, the operator can connect the carrier 01 one by one One is the method of lifting the transportation loading tool with the lifting rod, and then one by one, it is easily loaded into the impregnation chamber. A slit is designed on the side of the carrier 01 to allow the elements to be pushed into and discharged by air pressure, and in the next process, they can be pushed out onto the conveying track by the robot grip or the air pressure of the machine propulsion module, neatly arranged into the automatic assembly machine Proceed to the next production process; a slit is designed on the side of the carrier 01, and the special inclined plate fixing seat of the assembly station is placed, and then the element is put in by the pneumatic robot grip or the machine propulsion module and enters the discharge track. Automatic assembly machine.

申請人聲明，所屬技術領域之技術人員於上述實施例之基礎上，將上述實施例某步驟，與發明內容部分之技術方案相組合，從而產生之新的方法，也是本發明之記載範圍之一，本申請為使說明書簡明，不再羅列這些步驟之其它實施方式。The applicant declares that on the basis of the above-mentioned embodiments, a person skilled in the art combines certain steps of the above-mentioned embodiments with the technical solutions of the content of the invention to produce a new method, which is also one of the scope of the present invention. In order to make the description concise, this application will not list other implementations of these steps.

本發明提供之基於承載器應用之鋁電解電容素子裝配方法，可以完全避免發生導針互相刺穿或刺傷素子之問題，特別設計之承載器，可以一層一層的往上堆棧與堆疊，裝入運送裝載推車中運往下個工序使用，成就完整連結製程運用上之連續步驟的完整解決方案；可以將承載器一個接著一個以提杆提出運送裝載推車之方式，再一個接著一個順手裝入含浸倉，可以一層一層往上堆棧與堆疊完成含浸電解液與離心旋轉充分滲透與甩乾，可以接續一層一層往上堆棧與堆疊裝入烤箱內進行烘烤；可以被以機器手夾或機器推進模組氣壓推動方式推出到輸送軌道上，整齊排列的進入自動組立機器進行接下來之生產工序。The aluminum electrolytic capacitor element assembly method based on the application of the carrier provided by the present invention can completely avoid the problem of the guide pins piercing each other or puncturing the element. The specially designed carrier can be stacked and stacked layer by layer for transportation The loading trolley is transported to the next process to achieve a complete solution that connects the continuous steps of the process application; the carrier can be lifted one by one with the lifting rod to transport the loading trolley, and then one by one can be easily loaded into the impregnation The warehouse can be stacked and stacked layer by layer to complete the impregnation and full penetration and drying of the electrolyte and centrifugal rotation. It can be stacked and stacked layer by layer and placed into the oven for baking; it can be clamped by a robot or pushed by a machine. The group is pushed out onto the conveyor track by air pressure, and neatly arranged into the automatic assembly machine for the next production process.

具體為：Specifically:

設置一承載器；Set up a carrier;

所述承載器上設有組合排布之素子安放工位，將所述素子於素子組立機完成組立後，藉由氣壓推動完成送料，進入設置之承載器，將素子置放于素子安放工位裡面；多個承載器上下層疊之固定設計可以穩穩的讓多個承載器上下扣接住，並設置搭配設計之運輸裝載工具將多個承載器的內裝素子可以於運送過程100％固定定位於承載器之安放工位裡面而不會傾倒及掉落出來，再使用此搭配設計之運輸裝載工具穩穩的輸送至含浸倉完成電解液含浸並抽真空；所述承載器之側邊及底部設計並設置有多個小孔，用以將多餘電解液藉由小孔排除；設置離心機搭配此設置之承載器，此離心機設計為離心機與裝置承載器之離心倉均為可以穩固扣接及承載此多層疊加承載器並方便取放之專屬搭配方式，將所述承載器藉由所述離心機將多餘電解液滲透並甩乾；藉由搭配設計之運輸裝載工具將上述承載器輸送至烘烤裝置，完成烘乾；所述承載器一側設有開口，所述搭配設計之開口是用以藉由氣壓推動方式可以自動完成送料，進入自動組立機。此開口與搭配設計之氣壓推動方式的自動送料模式已經過精密計算與調適，素子於送料與進料都不會傾倒。The carrier is provided with a combined arrangement of element placement stations. After the elements are assembled in the element assembly machine, the feeding is completed by air pressure, enter the set carrier, and place the elements in the element placement station Inside; the fixed design of multiple loaders stacked up and down can stably allow multiple loaders to be buckled up and down, and a matching design of transportation and loading tools is provided to 100% fixed positioning of the inner elements of multiple loaders during transportation Put it in the loading station of the carrier without tipping or falling out, and then use this collocation design of the transportation loading tool to stably transport to the impregnation chamber to complete the electrolyte impregnation and vacuum; the sides and bottom of the carrier Designed and equipped with a number of small holes to remove excess electrolyte through the small holes; set a centrifuge with a carrier of this setting, this centrifuge is designed for the centrifuge and the device carrier. The centrifuge bins can be firmly buckled The exclusive matching method for connecting and carrying this multi-layer superimposed carrier and convenient to pick and place. The carrier is infiltrated and dried by the excess electrolyte through the centrifuge; the carrier is transported by the transportation and loading tool of the matching design To the baking device, the drying is completed; the carrier is provided with an opening on one side, and the opening of the matching design is used to automatically complete the feeding by air pressure and enter the automatic assembly machine. The automatic feeding mode of this opening and the air pressure driving method of the matching design has been precisely calculated and adjusted, so that the elements will not be dumped during feeding and feeding.

申請人又一聲明，本發明藉由上述實施例來說明本發明之實現方法及裝置結構，但本發明並不局限於上述實施方式，即不意味著本發明必須依賴上述方法及結構才能實施。所屬技術領域之技術人員應該明瞭，對本發明之任何改進，對本發明所選用實現方法等效替換及步驟之添加、具體方式之選擇等，均落於本發明之保護範圍與揭露範圍之內。The applicant further declares that the present invention uses the foregoing embodiments to illustrate the implementation method and device structure of the present invention, but the present invention is not limited to the foregoing embodiments, which does not mean that the present invention must rely on the foregoing methods and structures to be implemented. Those skilled in the art should understand that any improvement to the present invention, equivalent replacement of the selected implementation method of the present invention, addition of steps, selection of specific methods, etc., fall within the scope of protection and disclosure of the present invention.

01：承載器 02：開口 03：提杆 04：多個小孔 01: Carrier 02: opening 03: lever 04: Multiple small holes

圖1是本發明實施例1中的流程圖。Fig. 1 is a flowchart in Embodiment 1 of the present invention.

圖2是本發明實施例1中的承載器結構示意圖。Fig. 2 is a schematic diagram of the structure of the carrier in Embodiment 1 of the present invention.

圖3是本發明實施例1中的多個承載器組合結構示意圖。Fig. 3 is a schematic diagram of the combined structure of multiple carriers in Embodiment 1 of the present invention.

Claims (5)

基於承載器應用之鋁電解電容素子裝配方法，包括以下步驟： 設置一所述承載器； 所述承載器上設有組合排布之所述素子安放工位，將所述素子置放于所述素子安放工位裡面； 多個所述承載器上下層疊，並設置運輸裝載工具將多個所述承載器輸送至含浸倉完成電解液含浸並抽真空； 所述承載器之側邊及底部設有多個小孔，將多餘所述電解液藉由所述小孔排除； 設置離心機，將所述承載器藉由所述離心機將多餘所述電解液滲透並甩乾； 藉由所述運輸裝載工具將所述承載器輸送至烘烤裝置，完成烘乾； 所述承載器一側設有開口，所述開口藉由氣壓推動完成送料，進入自動組立機。 The assembly method of aluminum electrolytic capacitor element based on the application of the carrier includes the following steps: Set up a said carrier; The carrier is provided with a combined arrangement of the element placement station, and the element is placed in the element placement station; A plurality of the carriers are stacked up and down, and a transportation loading tool is arranged to transport the plurality of carriers to the impregnation chamber to complete the electrolyte impregnation and vacuum; A plurality of small holes are provided on the side and bottom of the carrier, and excess electrolyte is removed through the small holes; Set up a centrifuge, and use the centrifuge to infiltrate and spin the excess electrolyte into the carrier; The carrier is transported to the baking device by the transport loading tool to complete the drying; An opening is provided on one side of the carrier, and the opening is pushed by air pressure to complete the feeding and enter the automatic assembly machine. 根據權利要求1所述基於承載器應用之鋁電解電容素子裝配方法，其中，設置一所述承載器之步驟還包括以下步驟： 所述承載器上設有提手或提杆。 4. The method for assembling aluminum electrolytic capacitors based on a carrier application according to claim 1, wherein the step of setting a carrier further comprises the following steps: A handle or a lever is provided on the carrier. 根據權利要求1所述基於承載器應用之鋁電解電容素子裝配方法，其中，所述承載器上設有組合排布之所述素子安放工位，將所述素子置放于所述素子安放工位裡面之步驟還包括以下步驟： 電解電容器之所述素子可以於組立完導針後，於所述承載器中被固定排列及擺放整齊，所述導針一律朝上，避免因為淩亂擺放而造成所述素子與所述素子之間互相碰撞及堆疊與傾倒。 The method for assembling aluminum electrolytic capacitor elements based on the application of a carrier according to claim 1, wherein the element placement station is arranged on the carrier, and the element is placed in the element placement station. The steps in the location also include the following steps: The elements of the electrolytic capacitor can be fixedly arranged and arranged neatly in the carrier after the assembly of the guide pins, and the guide pins are always upward to avoid messy placement of the elements and the elements Collide with each other and stack and dump. 根據權利要求1所述基於承載器應用之鋁電解電容素子裝配方法，其中，多個所述承載器上下層疊，並設置運輸裝載工具將多個所述承載器輸送至含浸倉完成電解液含浸並抽真空之步驟還包括以下步驟： 含浸倉設計成與所述承載器與運輸裝載工具可連貫使用之搭配方式，讓所述承載器裡裝載整齊排滿之所述素子被所述運輸裝載工具之固定扣或倉槽框架穩固於所述承載器之安放工位，並運送到含浸室時，作業員可以將所述承載器一個接著一個以提杆提出所述運輸裝載工具之方式，再一個接著一個順手裝入含浸倉。 The method for assembling aluminum electrolytic capacitor elements based on carrier applications according to claim 1, wherein a plurality of the carriers are stacked up and down, and a transportation loading tool is provided to transport the plurality of carriers to the impregnation chamber to complete the electrolyte impregnation and integration The step of vacuuming also includes the following steps: The impregnation bin is designed to be used continuously with the carrier and the transport loading tool, so that the neatly filled elements in the carrier are firmly held in place by the fixed buckle or bin frame of the transport loading tool. When the loading station of the carrier is transported to the impregnation chamber, the operator can lift the carrier one by one with the lifting rod to lift the transportation loading tool, and then load the carrier into the impregnation chamber one by one. 根據權利要求1所述基於承載器應用之鋁電解電容素子裝配方法，其中，所述承載器一側設有開口，所述開口藉由氣壓推動完成送料，進入自動組立機之步驟還包括以下步驟： 所述承載器側邊設計一開縫讓所述素子由氣壓推動方式進入排放並於下一個工序時可以被以機器手夾或機器推進模組氣壓推動方式推出到輸送軌道上，整齊排列之進入所述自動組立機器進行接下來之生產工序； 所述承載器側邊設計一開縫放上組立工站之特製斜板固定座後再讓所述素子由氣壓機器手夾或機器推進模組放入並進入排料軌道後進入所述自動組立機。 The method for assembling aluminum electrolytic capacitor elements based on a carrier application according to claim 1, wherein an opening is provided on one side of the carrier, and the opening is pushed by air pressure to complete the feeding, and the step of entering the automatic assembly machine further includes the following steps : The side of the carrier is designed with a slit so that the elements can be pushed into and discharged by air pressure, and can be pushed out onto the conveying track by a robot clamp or a machine propulsion module air pressure in the next process, and they are arranged neatly. The automatic assembly machine performs the next production process; The side of the carrier is designed with a slit and placed on the special inclined plate fixing seat of the assembly station, and then the element is put into the discharge track by the pneumatic robot grip or the machine propulsion module and enters the automatic assembly machine.
TW109114497A 2019-05-10 2020-04-30 Loader application based element assembling method of aluminum electrolytic capacitor TWI716316B (en)

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