1342345 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種電鍍架，特別是指一種電鍍機構 的電鍍架。 【先前技術】 參閱圖1與圖2’目前的電鍍機構1〇〇主要用於電鍍被 動元件’並包含一用於盛裝電鍍液的電鍍槽1〇1、一提供第 電位的第一電極單元102，及一電鍍架2。 5亥電鑛架2包括一基座21、一鑛籠單元22、一第二電 極單元"23，及一傳動單元24。 該基座21包括一直立的基壁211、一設置於該基壁211 上的被動齒輪212、一設置於該被動齒輪212上的連結蓋 213’及一支穿過該基壁211並可拆卸地設置在該電鑛槽 101上的支撐桿214。 該鍍籠單元22包括一用於容裝物料並可拆卸地與該基 座21的連結蓋213組裝連結而與該基壁211成水平態樣之 鑛籠221 ’且當該支撐桿214設置在該電鍍槽ι〇1上時該 鑛籠221位於該電鍍槽ι〇1中且使容裝的物料浸置於電鍍 液中。 έ玄第二電極單元23提供低於第一電位的第二電位，並 包括一穿設於該基壁211且一端穿伸入該鍍籠221之電極軸 231 ° 該傳動單元24是用於帶動該鍍籠221繞該電極軸231 轉動’並包括一與該基座21的被動齒輪212相嚙合的齒輪 5 1342345 組241，而帶動該鍍籠221繞該電極軸231轉動》 進行電銀前，需先將物料填裝入該鍍籠221 _，接著 將忒鍍籠221組裝於該連結蓋2〗3，即可開始進行電鍍，且 電鍍過程中，使該鍍籠221繞該電極軸23丨轉動。1342345 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a plating rack, and more particularly to a plating rack for an electroplating mechanism. [Prior Art] Referring to Figures 1 and 2, the current plating mechanism 1 is mainly used for electroplating a passive element 'and includes a plating bath for holding a plating solution, and a first electrode unit 102 for providing a first potential. And a plating rack 2. The 5H electric mine frame 2 includes a base 21, a mine cage unit 22, a second electrode unit "23, and a transmission unit 24. The base 21 includes an upright base wall 211, a driven gear 212 disposed on the base wall 211, a connecting cover 213' disposed on the driven gear 212, and a detachable and detachable wall 211. A support rod 214 is disposed on the electric ore tank 101. The plating cage unit 22 includes a mine cage 221 ' for accommodating materials and being detachably assembled with the joint cover 213 of the base 21 to be horizontal with the base wall 211 and when the support rod 214 is disposed at The plating cage 221 is located in the plating tank ι 1 when the plating tank ι is placed on the plating tank, and the contents are immersed in the plating solution. The second electrode unit 23 provides a second potential lower than the first potential, and includes an electrode shaft 231 extending through the base wall 211 and extending into the plating cage 221 at one end. The transmission unit 24 is for driving The plating cage 221 rotates around the electrode shaft 231 and includes a gear set 5 342345 241 that meshes with the driven gear 212 of the base 21, and drives the plating cage 221 to rotate around the electrode shaft 231. The material needs to be filled into the plating cage 221 _, and then the ruthenium plating cage 221 is assembled to the joint cover 2 _ 3 to start the plating, and the plating cage 221 is wound around the electrode shaft 23 during the plating process. Turn.
電鍍結束後，需將該鍍籠221自該連結蓋23 1拆卸下 來，以取出物料，然因電鍍過程中，該鍍籠221與地面平 行，且該鍍籠221又繞該電極軸231轉動，造成部分物料 被甩動，而堆積於靠近該鍍籠221的開口端，因此，在取 料過程中，物料經常不慎自該錄籠221的開口端散落出去 ，而教壞已電鍍完成的物料。 此外，製私中，為爭取時效，通常會在該鍍籠22丨中 置入大量物料，此舉相應地需在電鍍過程中，增大第一、 山電位間的電壓’但對某些對電壓極其敏感的被動元件而 门電C的製程，將破壞其結構及電性，因此，電鍍此 辦對f壓具高敏感度的元件，僅能以每次少量並配合多次After the plating is completed, the plating cage 221 is removed from the joint cover 23 1 to take out the material. However, during the plating process, the plating cage 221 is parallel to the ground, and the plating cage 221 is rotated around the electrode shaft 231. Part of the material is caused to be shaken and accumulated near the open end of the plating cage 221. Therefore, during the reclaiming process, the material is often inadvertently scattered from the open end of the recording cage 221, and the material that has been plated is taught. . In addition, in order to achieve timeliness, a large amount of material is usually placed in the 22-cylinder of the plating cage, which correspondingly increases the voltage between the first and the mountain potential during the electroplating process, but for some pairs The passive component with extremely sensitive voltage and the process of gate C will destroy its structure and electrical properties. Therefore, the electroplating component with high sensitivity to f press can only be used with a small amount and multiple times.
的方式進行，無法同時大量完成，降低了生產效率。 【發明内容】 即在提供一種取料安全之電鍍 因此’本發明之目的 機構的電鍍架。 —於是，本發明為電鍍機構的電鍍架，該電鍍機構包括 :於容裝電鍍液的電鍍槽’及一提供第一電位的 他早元。 一鑛籠早元， 該電鍍架是包含一基座、一轉向單元 及一第二電極單元。 6 1342345 該基座包括一直立的基壁，及一支穿過該基壁並可拆 卸地設置在該電鍍槽上的支撐桿。 該轉向單元設置於該基壁上。 。玄鍍4單元用於容裝物料並可拆卸地設置於該轉向單 tlJl ’ 成與㈣向單元連接的端部高於相反端部的傾斜 態樣’且當该支撐桿設置在肖電鍵槽上日夺，該豸籠單元位 於該電鑛槽中J•使容裝的物料浸置於電鑛液中。 該第二電極單元提供不同於第一電位的第二電位，並 包括一穿設於該基壁且一端穿伸入該鍍籠單元之電極軸。 本發明的功效在於該轉向單元，而使該鍍籠單元呈傾 斜设置’在取料過程中，讓容裝於該鍍籠中的物料順勢落 下，而堆積於該鍍籠的底部，當自該轉向單元拆卸下該鍍 籠時’物料不至於散落出去。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三個較佳實施例的詳細說明中將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖3與圖4,本發明為電鍍機構1〇〇的電鍍架；3, 該電鍍機構100主要用於電鍍被動元件，並包含一用於盛 裝電鍍液的電鍍槽101，及一提供第一電位的第一電極單元 102。 該電鍍架3之第一較佳實施例是包含一基座3丨、一轉 1342345 向單元32、一鍍籠單元33,及一第二電極單元％。 該基座3】包括-直立的基壁m，及一支穿過該基壁 311並可拆卸地設置在該電鍍槽1〇1上的支撐桿Μ]。 該轉向單元32包括一側視剖面呈楔形且設置於該基壁 311上的轉向塊321 ’及—設置於該轉向塊321上的連结蓋 323 。 該鍍籠單元33包括_用於容裝物料並可拆卸地與該連 結蓋323組裝結合的鑛€ 331，且該織331成與該連結蓋 323連接的端部高於相反端部的傾斜態樣，當該支撐桿^2 設置在該電鍍# 101上時，該链籠331位於該電鍍槽1〇1 中且使容裝的物料浸置於電鑛液中。 在本例中，基於製作上的考量與拆卸的方便性，該鍍 籠331與該基壁311之間的夾角是介於ι度到3〇度。 «玄第一電極單元34提供不同於第一電位的第二電位， 並包括一穿設於該基壁311且一端穿伸入該鍍籠331之電極 轴34丨，且該電極軸341的周面徑向突伸多數傳導柱342, 且該電極# 341的材質可以是鈦、銅，或上述元素的合金 。此外，在本例中，第二電位是小於第一電位。 進行電鑛别，需先將物料容置於該鍍籠33丨中，接著 將該錢籠331裝設於該連結蓋323，即可開始進行電鍵，且 電錄結束後，需將該鑛籠331自該連結蓋323拆却下來， 以取出物料。 本發明由於在該基壁311上增設該轉向單元32，使得 °又置於該轉向單元32的該鍍籠331是呈傾斜狀態，在取料 8 過程中，使容置於該鑛籠331中的物料，順勢落下，而堆 積於該鍍籠331的底部，當自該連結i 323拆卸下該鍵籠 331時’物料不至於散落一地。 相較於目前電鍍機構的電鍍架，鍍籠是呈水平設置， 造成部分物料在電鍍過程中被甩動而堆積於靠近鍍籠的開 口端，因此，在取料過程中，當自連結蓋拆卸下鍍籠時， 物料經常不慎自鍍籠的開口端散落出去，而毀壞已電鍍完 成的物料；本發明則藉由在該基壁3Π上增設該轉向單元 32，使設置於該轉向單元32的該鍍籠331是呈傾斜狀態， 因此，容置於該鑛€ 331 +的物料即使在電鍵過程中_ 甩動，最終仍順勢落下，而堆積於該鍍籠331的底部，取 料過程中，當自該連結蓋323拆卸下該鍍籠33丨時物料 不至於散落出去，可確實保存電鍍完成後的物料。 參閱圖5,本發明電鍍機構1〇〇的電鍍架3之第二較佳 貫施例是包含一基座31、一轉向單元32、一鑛籠單元33、 一第二電極單元34，及一傳動單元35。 該基座31包括一直立的基壁311，及一支穿過該基壁 311並可拆卸地設置在該電鍍槽1〇1上的支撐桿312。 該轉向單元32包括一側視剖面呈楔形且設置於該基壁 311上的轉向塊321、一設置於該轉向塊321的被動齒輪 322 ’及一設置於該被動齒輪322上的連結蓋323。 該鍍籠單元33包括一用於容裝物料並可拆卸地與該連 結蓋323組裝結合的鍍籠331，且該鍍籠331成與該連結蓋 323連接的端部高於相反端部的傾斜態樣，當該支撐桿 1342345 。又置在該電㈣101上時，該錄籠331位於該電錄槽1〇1 中且使谷裝的物料浸置於電鑛液中。 该第二電極單元34提供不同於第—電位的第二電位， 並包括—穿設於該基壁311且一端穿伸入該鑛籠331之電極 軸341 ’且該電極軸341的周面徑向突伸多數傳導柱⑷， 且遠電極# 341的材質可以是欽 '銅，或上述元素的合金 〇 5亥傳動單元35是用於帶動該鍍籠331繞該電極軸341 轉動，並包括一與該被動齒輪322相嚙合的齒輪組351。 该齒輪組351傳動該被動齒輪322，而帶動該鍍籠331 繞該電極軸341轉動。 進行電鍍前，需先將物料容置於該鍍籠33丨中，接著 將鍍籠331裝設於該連結蓋323，即可開始進行電鍍，且電 鍍過程中，使該鍍籠331繞該電極軸341轉動，電鍍結束 後，需將該鍍籠331自該連結蓋323拆卸下來，以取出物 料。 本例中’該電鍍架3增設該傳動單元35，且在該轉向 單元32的該轉向塊321與該連結蓋323之間增設該被動齒 輪322，使得該鍍籠331在電鍍過程中，可繞該電極軸341 轉動’使付谷裝於5玄鍛籠3 31中的物料，可被均句地電銀 〇 參閱圖6’本發明電鍍機構1〇〇的電鍵架3之第三較佳 實施例大致上類似於該第二較佳實施例，其不同點僅在於 :該轉向單元32包括多數個轉向塊321、配合該等轉向塊 10 1342345 321數目且分別與該傳動單元35的齒輪組351相嚙合的被 動齒輪322，及配合該轉向塊321數目的連結蓋323，該鍵 籠單元33包括多數個鍍籠331。 本發明藉由設置多數個鑛籠331 ’當電鑛對電塵具有高 敏感度的物料時，可在該每一鍍籠331中置入適量的物料 ’並k供適當的電壓’而可同時進行大量電鑛，提高生產 效率。 縱上所述，本發明電鍍機構1〇〇的電鍍架3藉由在該 基壁311上增設該轉向單元32，使該鍍籠331可呈傾斜設 置，供容置在該鍍籠331十的物料，順勢落下堆積於該鍍 籠331的底部，而不至於在取料過程中，散落出去，並藉 由增設多數個鍍籠331，以供對電壓具高敏感度的物料同時 進行大量電鍍，確實達到本發明的目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 旎以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一頂視示意圖’說明目前的電鍍機構； 圖2是一側視圖’說明目前的電鍍機構的電鍍架； 圖3是一頂視示意圖，說明本發明電鍍機構的電鍍架 之第一較佳實施例； 圖4是一侧視圖’說明圖3的電鍍架； 圖5疋一側視圖’說明本發明電鑛機構的電鑛架之第 11 1342345The way it is carried out cannot be completed in large quantities at the same time, reducing production efficiency. SUMMARY OF THE INVENTION It is an object of the present invention to provide a plating safe for the purpose of the present invention. - Thus, the present invention is an electroplating frame for an electroplating mechanism comprising: a plating bath for accommodating a plating solution & a first element providing a first potential. In a mine cage, the plating rack comprises a base, a steering unit and a second electrode unit. 6 1342345 The base includes an upright base wall and a support rod that is detachably disposed through the base wall and disposed on the plating tank. The steering unit is disposed on the base wall. . The black plate 4 unit is used for accommodating the material and is detachably disposed on the steering head tlJ1 'the inclined end of the end connected to the unit (four) to the unit is higher than the opposite end portion' and when the support rod is disposed on the slanting keyway In the day, the cage unit is located in the electric ore tank. J• The contents are immersed in the electric ore. The second electrode unit provides a second potential different from the first potential, and includes an electrode shaft penetrating the base wall and having one end penetrating into the plating cage unit. The effect of the invention lies in the steering unit, and the plating cage unit is arranged in an inclined position. During the reclaiming process, the material contained in the plating cage falls down and accumulates at the bottom of the plating cage. When the steering unit disassembles the plating cage, the material will not be scattered. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 3 and FIG. 4, the present invention is a plating frame of a plating mechanism 1; 3. The plating mechanism 100 is mainly used for electroplating passive components, and includes a plating tank 101 for containing a plating solution, and a first is provided. The first electrode unit 102 of the potential. The first preferred embodiment of the plating rack 3 includes a base 3, a 1342345 direction unit 32, a plating unit 33, and a second electrode unit %. The base 3 includes an upright base wall m and a support rod 穿过 which is detachably disposed on the plating tank 1〇1 through the base wall 311. The steering unit 32 includes a steering block 321 ' having a wedge-shaped side view and disposed on the base wall 311, and a coupling cover 323 disposed on the steering block 321 . The plating cage unit 33 includes a mineral for arranging and detachably assembling and joining the joint cover 323, and the end of the woven joint 331 connected to the joint cover 323 is higher than the inclined state of the opposite end portion. For example, when the support rod 2 is disposed on the plating #101, the chain cage 331 is located in the plating tank 101 and the contents are immersed in the electric ore. In this example, the angle between the plating cage 331 and the base wall 311 is between 3 degrees and 3 degrees, based on considerations in fabrication and ease of disassembly. «The first electrode unit 34 provides a second potential different from the first potential, and includes an electrode shaft 34A penetrating the base wall 311 and extending into the plating cage 331 at one end, and the circumference of the electrode shaft 341 The surface radially protrudes from the plurality of conductive pillars 342, and the material of the electrode #341 may be titanium, copper, or an alloy of the above elements. Further, in this example, the second potential is less than the first potential. To carry out the electric ore, the material needs to be placed in the plating cage 33丨, and then the money cage 331 is installed on the joint cover 323, and the electric key is started, and after the electric recording is finished, the mine cage is needed. The 331 is removed from the joint cover 323 to take out the material. In the present invention, since the steering unit 32 is added to the base wall 311, the plating cage 331 which is again placed in the steering unit 32 is inclined, and is accommodated in the mine cage 331 during the reclaiming process 8. The material falls down and accumulates at the bottom of the plating cage 331. When the key cage 331 is removed from the joint i 323, the material is not scattered. Compared with the electroplating frame of the current electroplating mechanism, the plating cage is horizontally disposed, causing some materials to be swayed during the electroplating process and stacked near the open end of the plating cage. Therefore, during the reclaiming process, when the self-joining cover is removed When the cage is under the plating, the material is often inadvertently scattered from the open end of the plating cage, and the material that has been plated is destroyed; the present invention is disposed on the steering unit 32 by adding the steering unit 32 to the base wall 3Π. The plating cage 331 is inclined, so that the material contained in the mine 331 + even if it is swaying during the keying process, it finally falls down and accumulates at the bottom of the plating cage 331 during the reclaiming process. When the plating cage 33 is detached from the joint cover 323, the material is not scattered, and the material after the plating is completed can be surely saved. Referring to FIG. 5, a second preferred embodiment of the plating frame 3 of the plating mechanism of the present invention comprises a base 31, a steering unit 32, a mine cage unit 33, a second electrode unit 34, and a Transmission unit 35. The base 31 includes an upright base wall 311, and a support rod 312 passing through the base wall 311 and detachably disposed on the plating tank 101. The steering unit 32 includes a steering block 321 having a wedge-shaped side view and disposed on the base wall 311, a driven gear 322 ′ disposed on the steering block 321 , and a connecting cover 323 disposed on the driven gear 322 . The plating cage unit 33 includes a plating cage 331 for accommodating the material and being detachably assembled with the joint cover 323, and the plating cage 331 is connected to the joint cover 323 at an end higher than the opposite end. In the case, when the support rod is 1342345. When placed on the electric (four) 101, the recording cage 331 is located in the electric recording slot 1〇1 and the material of the cereal is dipped in the electric mineral liquid. The second electrode unit 34 provides a second potential different from the first potential, and includes an electrode shaft 341 ′ that is inserted through the base wall 311 and has one end penetrating into the cage 331 and a circumferential surface of the electrode shaft 341 A plurality of conductive columns (4) are protruded, and the material of the distal electrode #341 may be a copper or a alloy of the above elements. The fifth driving unit 35 is used to drive the plating cage 331 to rotate around the electrode shaft 341, and includes a A gear set 351 that meshes with the driven gear 322. The gear set 351 drives the driven gear 322 to drive the plating cage 331 to rotate about the electrode shaft 341. Before the electroplating, the material is first placed in the plating cage 33丨, and then the plating cage 331 is installed on the joint cover 323 to start electroplating, and during the electroplating process, the plating cage 331 is wound around the electrode. The shaft 341 is rotated, and after the plating is completed, the plating cage 331 is removed from the joint cover 323 to take out the material. In the present embodiment, the transmission unit 35 is added to the electroplating frame 3, and the driven gear 322 is added between the steering block 321 of the steering unit 32 and the connecting cover 323, so that the plating cage 331 can be wound during the electroplating process. The electrode shaft 341 is rotated to make the material contained in the 5 forging cage 3 31, and can be uniformly charged. Referring to FIG. 6 'the third preferred embodiment of the keying frame 3 of the plating mechanism of the present invention The example is substantially similar to the second preferred embodiment except that the steering unit 32 includes a plurality of steering blocks 321 , a gear set 351 that matches the number of the steering blocks 10 1342345 321 and the transmission unit 35, respectively. The meshing driven gear 322 and the joint cover 323 matching the number of the steering blocks 321 include a plurality of plating cages 331. In the present invention, by setting a plurality of mine cages 331 'when the electric ore is highly sensitive to electric dust, an appropriate amount of material 'and a suitable voltage' can be placed in each of the plating cages 331 while simultaneously Carry out a large number of electric mines to improve production efficiency. In the above, the plating frame 3 of the plating mechanism of the present invention is provided with the steering unit 32 on the base wall 311, so that the plating cage 331 can be disposed obliquely for accommodating the plating cage 331 The material is deposited on the bottom of the plating cage 331, and is not scattered during the take-up process, and a plurality of plating cages 331 are added to simultaneously perform a large amount of plating on materials with high sensitivity to voltage. The object of the invention is indeed achieved. However, the above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a top plan view showing the current plating mechanism; FIG. 2 is a side view 'illustrating a plating frame of the present plating mechanism; FIG. 3 is a top plan view showing the plating mechanism of the present invention. The first preferred embodiment of the electroplating frame; FIG. 4 is a side view 'illustrating the electroplating frame of FIG. 3; FIG. 5 is a side view showing the eleventh of the electric ore frame of the electrominening mechanism of the present invention.
二較佳實施例；及 圖6是一側視圖，說明本發明電鍍機構的電鍍架之第 三較佳實施例。 12 1342345 【主要元件符號說明】 100… …電鍍機構 322… •…被動齒輪 101 ··· •…電鍍槽 323… •…連結蓋 102… …·第一電極單元 33… •…鍍籠單元 3 ....... •…電鍍架 331 ··· •…鍍籠 31 ·.··. •…基座 34••… •…第二電極單元 311 ··· •…基壁 341 ··· …·電極軸 312… •…支撐桿 342 ··· •…傳導柱 32…… •…轉向單元 35….· •…傳動單元 321 ··· •…轉向塊 351… •…齒輪組 13A preferred embodiment; and Figure 6 is a side elevational view of a third preferred embodiment of the electroplating frame of the electroplating mechanism of the present invention. 12 1342345 [Description of main component symbols] 100...plating mechanism 322... •...passive gear 101 ··· •...plating bath 323... •...connecting cover 102...·first electrode unit 33... •...plating cage unit 3 . ...... •...plating rack 331 ··· •...plating cage 31 ····.•...base 34••... •...second electrode unit 311 ··· •...base wall 341 ··· ...·electrode shaft 312... •...support rod 342 ··· •...transmission column 32... •...steering unit 35....•...transmission unit 321 ··· •...steering block 351...•...gear set 13