M299166 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種電路板加工槽之減漏裝置，特別是關 於將二減漏單元分設於〆加工槽之出、入口處，並在該加 工槽外設一集水槽，以防止液體外漏並回收液體之電路板 加工槽之減漏裝置。 【先前技術】 φ 習用電路板加工槽之減漏裝置，如中華民國公告418853 號「水平鍍膜之陰極導電輪構造」新型專利，其包含一加 工槽、二極板、一對外滾轴及數組成對之内滾轴。該加工 槽内係可裝載一電鍍液，且該加工槽之二側板係對應設有 一槽口。該二極板係分別引接至一電源裝置之陽極，該二 1 極板係相互平行且分別對稱設置於該加工槽之内部。該外 滾軸係分別引接至該電源裝置之陰極，該外滾軸係形成在 該加工槽外部，且該二外滾軸之間係間隔形成一間隙。該 • 數組成對之内滾軸係設於該加工槽之内部，且各二該内滾 軸之間係具有一間隙。 更詳言之，該加工槽之槽口、該外滾軸之間隙及該内滚 軸之間隙等位置係相互對應。當一電路板進行鍍膜時，該 外滚軸及該内滾軸係可同步轉動，使該電路板可於該外滾 轴、該槽口與該内滾軸之間隙内水平的移動輸送，並藉由 該極板及該外滾軸之極化，使該加工槽内之電鍍液之正離 子因電離作用而附著於該電路板之二侧表面。然而，當該 電路板於輸送過程中自該加工槽之二側板的槽口輸入/出時 C:\Lin<l«\PK Pdt\PKin〇73. doc 06/05/23/01:18 1¾ —5 — M299166 ，該槽口因無法提供適當之裝置或構件而容易 液洩漏至外部，因此導致該電鍍液需要不斷的砍巧電鍍 降低鍍膜加工之效率及增加鍍膜成本。因此，進而 步改良上述習用電路板加工槽之減漏裝置。 必要進一 有鑑於此，本創作改良上述之缺點，其係在一加热 出口側及入口侧各開設一組裝口，且 曰之 荖且％谷及組裝口分別設 置一減漏早兀，該減漏單元係設有至少一槽道、至少二又M299166 VIII. New description: [New technical field] This creation is about a leakage device for circuit board processing slots, especially regarding the separation of the two leakage reduction units at the exit and the entrance of the machining groove. A sink is provided in the peripheral of the processing tank to prevent leakage of liquid and to recover the leakage device of the liquid circuit board processing tank. [Prior Art] φ The leakage device for the processing board of the conventional circuit board, such as the new patent of the "Coiler Conductive Wheel Structure for Horizontal Coating" of the Republic of China Announcement No. 418853, which includes a processing groove, a two-pole plate, an external roller and a number composition Roll the shaft inside. The processing tank can be loaded with a plating solution, and the two side plates of the processing tank are correspondingly provided with a notch. The two plates are respectively connected to the anode of a power supply device, and the two plates are parallel to each other and symmetrically disposed inside the processing groove. The outer roller is respectively connected to the cathode of the power supply device, and the outer roller is formed outside the machining groove, and a gap is formed between the two outer rollers. The inner number of the pair of rollers is disposed inside the machining groove, and each of the inner rollers has a gap therebetween. More specifically, the slots of the machining groove, the gap between the outer rollers, and the gap between the inner rollers correspond to each other. When a circuit board is coated, the outer roller and the inner roller can rotate synchronously, so that the circuit board can be horizontally moved in the gap between the outer roller, the notch and the inner roller, and The positive ions of the plating solution in the processing bath are adhered to the two side surfaces of the circuit board by ionization by the polarization of the electrode plate and the outer roller. However, when the board is input/exited from the slots of the two side plates of the processing slot during the conveying process, C:\Lin<l«\PK Pdt\PKin〇73. doc 06/05/23/01:18 13⁄4 —5 — M299166, the notch easily leaks to the outside due to the inability to provide suitable devices or components, thus causing the plating solution to be continuously chopped to reduce the efficiency of coating processing and increase the cost of coating. Therefore, the above-described leakage device of the conventional circuit board processing groove is further improved. In view of the above, the present invention improves the above-mentioned shortcomings by providing an assembly opening on each of the heating outlet side and the inlet side, and the leakage and the leaking of the % valley and the assembly opening are respectively set. The unit is provided with at least one channel, at least two
開口及至少二滾柱’該槽道容置該二滾柱，使—電路板= 由該長開Π及二滾柱之間隙輸人/出該加工槽時，該二滾柱 利用水壓或磁力失置該電路板，使該電路板能垂直的輸、入/ 出該加工槽’因此能有效減少液體外漏量。再者，另利用 路板之加工效率。 【新型内容】 木水彳Θ進步回收外漏之液體，故本創作確實能提升電 本創作主要目的係提供—種電路板加卫槽之減漏裝置， 其係將至少二減漏單元設置於m 口側及入口側 處，使得本創作具有減少液體外漏之功效。 本創作夂要目的係提供一種電路板加工槽之減漏裝置， 其係將至少二減漏單元設置於—加玉槽之出σ側及入口側 處，且該加工槽外設有一集水肖，使得本創#具有回收外 漏液體之功效。 本創作另一目的係提供一種電路板加工槽之減漏裝置， 其係將二外側滾柱容置於一減漏裝置之一外側槽道内，且 該二外側滾柱係具有相吸磁性，使得本創作具有減少液體 M299166 外漏並提高電路板移動穩定性之功效。 本創作再一目的係提供一種電路板加工槽之減漏裝置， 係將一内側滚柱谷置於一減漏裝置之一内側槽道内，且 该一内侧滾杈係具有縮徑部，以利用水壓使其相互抵靠， 使得本創作具有減少㈣外漏並提高桃板移動穩定性之 功效。 根據本創作之電路板加工槽之減漏裝置，其包含一加工 #、二減漏單元及—集水槽。該加王概有—出口側及一 入口侧’該Φ 口側及人σ侧各開設—組裝口。該減漏單元 分別設於該組裝口處，該減漏單元係設有至少一槽道、至 少-長開口及至少-對滾柱，該槽道容設該滾柱，該二滾 柱之間具有-間隙。該長開口及間隙係供待加工之一電路 '板通過，该二滾柱用以緊密抵靠該電路板。該集水槽設於 該加工槽之外，且設有一汲水單元，以回收經由該減漏單 元外漏之液體。 【實施方式】 為讓本創作之上述及其他目的、特徵及優點能更明顯易 懂’下文特舉本創作之較佳實施例，並配合所附圖式，作 詳細說明如下： 請參照第1至3 ®所示，本創作較佳實施例之電路板加 工槽之減漏裝置係包含一加工槽1、二減漏單元2及一集 水槽3 ’其用以加Ji處理—電路板4。該電路板4較佳係選 自軟性電路板，且該電路板4較佳係以垂直豎立之方式移 動進入該加讀1進行加卫，縣加工後移動至該加工槽 M299166 1之外。 請參照第1至3圖所示，本創作較佳實施例之加工槽j 係可自任意形狀之容器’其設有一入口側及一出口側， 該加工槽1較佳係選自一長槽狀之容器，其設有二第一側 板11、二第二側板12、二組裝口 13及一導軌14。該加工 槽1選擇用以承置電鑛液、清潔液或清水等加工液體。該 第一侧板11及該第二側板12係相互鄰接而組成該加工槽 1。該第二側板12係可選自玻璃或壓克力等透光材質之側 ’板，以利觀察該加工槽1内部進行鍍膜或清洗等加工處理 之情況。該組裝口 13係縱向開設於第一側板u上，且該 組裝口 13之寬度係實質專於該減漏單元2之尺寸，以利組 裝該減漏單元2。該導執14係設置於該加工槽丨之内部， 而較佳係固設於该加工槽1之内底部，且該導軌14係形成 一導槽141，該導槽141由外向内縮徑形成一倒錐狀，其 一知之開口〔未4示示〕係貝質對應於該第一侧板1 1之組裝 _ 口 13之底端，如此該電路板4行經該加工槽i之内部時， 將可藉由該導執14之引導進行定向輪送。 請再參照第1至3圖所示，本創作較佳實施例之減漏單 元2係縱向固定於該第一側板11之組裝口 上，且今減 漏單元2之一部份凸設於該第一側板11之外侧，及其另一 部份凸設於該第一側板11之内侧。該減漏單元2係進一步 設有一外側槽道20、一内侧槽道20’、至少二對擋板21、21， 、21”、至少二長開口 22、22’、22”、二外侧^柱 23、二 内側滚柱24及-泡水口 25。該外側槽道2〇係形成於該減 —8 — C:\Linda\PK Pat\PK10073. doc ^ M299166Opening and at least two rollers' the channel accommodating the two rollers, so that the circuit board = when the gap between the long opening and the two rollers is input/exited, the two rollers utilize water pressure or The magnetic force loses the circuit board, so that the circuit board can be vertically inputted into and out of the processing slot, thus effectively reducing the amount of liquid leakage. In addition, the processing efficiency of the road board is additionally utilized. [New content] Mushui 彳Θ 彳Θ 回收 回收 回收 回收 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 彳Θ 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木 木The m mouth side and the entrance side make this creation have the effect of reducing liquid leakage. The main purpose of the present invention is to provide a leakage device for a circuit board processing slot, which is provided with at least two leakage reducing units disposed at the σ side and the inlet side of the jade groove, and the processing groove has a water collection , so that this # has the effect of recycling the leaking liquid. Another object of the present invention is to provide a leakage device for a circuit board processing slot, which is to accommodate two outer rollers in an outer channel of one of the leakage reducing devices, and the two outer rollers have phase magnetic attraction, so that This creation has the effect of reducing the leakage of the liquid M299166 and improving the stability of the movement of the board. A further object of the present invention is to provide a leakage device for a circuit board processing slot, wherein an inner roller valley is placed in an inner channel of one of the leakage devices, and the inner roller system has a reduced diameter portion for utilizing water. Pressing them against each other makes the creation have the effect of reducing (4) leakage and improving the stability of the movement of the peach. The leakage device of the circuit board processing slot according to the present invention comprises a processing #, a second leakage reducing unit and a sump. The king has an outlet port and an inlet side, and the Φ port side and the person σ side are each provided with an assembly port. The leakage reducing unit is respectively disposed at the assembly port, and the leakage reducing unit is provided with at least one channel, at least a long opening and at least a pair of rollers, the channel accommodating the roller, between the two rollers With - gap. The long opening and the gap are for the passage of a circuit to be processed, the two rollers for closely abutting the circuit board. The sump is disposed outside the processing tank and is provided with a water sump unit for recovering liquid leaking through the snorkeling unit. [Embodiment] The above and other objects, features and advantages of the present invention will become more apparent and <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; As shown in FIG. 3, the leakage device of the circuit board processing slot of the preferred embodiment of the present invention comprises a processing slot 1, a second leak reducing unit 2, and a sump 3' for adding a Ji-process board 4. Preferably, the circuit board 4 is selected from a flexible circuit board, and the circuit board 4 is preferably vertically erected into the read 1 for protection, and moved to the processing slot M299166 1 after processing in the county. Referring to Figures 1 to 3, the processing slot j of the preferred embodiment of the present invention can be provided from a container of any shape having an inlet side and an outlet side, the processing slot 1 preferably being selected from a long slot. The container is provided with two first side plates 11, two second side plates 12, two assembly ports 13 and a guide rail 14. The processing tank 1 is selected to hold a processing liquid such as an electric ore liquid, a cleaning liquid or clean water. The first side plate 11 and the second side plate 12 are adjacent to each other to constitute the machining groove 1. The second side plate 12 may be selected from a side plate of a light-transmitting material such as glass or acryl to observe the inside of the processing tank 1 for processing such as plating or cleaning. The assembly opening 13 is longitudinally opened on the first side plate u, and the width of the assembly opening 13 is substantially specific to the size of the leakage reducing unit 2 to facilitate assembly of the leakage reducing unit 2. The guide 14 is disposed inside the machining slot, and is preferably fixed to the inner bottom of the machining slot 1. The guide rail 14 is formed with a guide groove 141 formed by an outwardly inwardly reducing diameter. An inverted cone shape, wherein the opening (not shown) corresponds to the bottom end of the assembly port 13 of the first side plate 1 1 such that the circuit board 4 passes through the inside of the processing slot i Directional rotation can be performed by the guidance of the guide 14. Referring to FIGS. 1 to 3 again, the leakage reduction unit 2 of the preferred embodiment of the present invention is longitudinally fixed to the assembly opening of the first side panel 11, and a portion of the leakage reduction unit 2 is protruded from the first portion. The outer side of the one side panel 11 and the other side thereof are protruded from the inner side of the first side panel 11. The leakage reduction unit 2 is further provided with an outer channel 20, an inner channel 20', at least two pairs of baffles 21, 21, 21", at least two long openings 22, 22', 22", and two outer legs. 23. Two inner rollers 24 and a bubble port 25. The outer channel 2 is formed in the subtraction - 8 - C:\Linda\PK Pat\PK10073. doc ^ M299166
漏單元2之擔板21及2Γ之間’且該擔板2ι及2ι，係概呈 U字型或U字型，該外側槽道2G之上—係選_成一 放缺口〔未標不〕或形成封閉狀’而該外側_道2〇之下 端面係另M —對承載部〔未標示〕’叫支^該二外側 社23，且該二外繼柱23可_承載部_對轉動。 再者，該内侧槽道20,係形成於該擋板21，及21,，之間，且 該擋板21’及21”亦概呈U字型或u字型，該内側槽道2〇, 之上端面係選擇形成-P級缺π〔未標示〕或形成封閉狀 ’而該内側槽道20,之下端聽另設有―對承載部〔未標示 〕’以便支㈣二内侧滾柱24，且該二外側滚柱Μ可於 該承載部内相對轉動。另外，該長開σ 22係縱向開設形成 於該二擔板21之間。該長開口 22，係縱向開設形成於該二 擔板2Γ之間。該長開口 22，，係縱向開設形成於該二擔板21 ” 之間。該長開口 22、長開口 22’及長開口 22”係由外而内依 序設置’其具有相互對位之關係1其長寬尺寸較佳係實 質相等。 請再參照第1至3 ®所示’該二外織柱23係可成對 容置於該外侧槽道20之内部，且該二外嫩柱23之截面 積係略小於該外侧槽道20之戴面積，該二外侧滾柱Μ之 間係具有相吸之磁性。例如，該二外側滾柱23之至少一部 份係選自磁鐵，且兩者係為相異極性；或者，該二外側滾 柱23 個選自磁鐵及另—個選自導磁性材質〔例如鐵或 ’载口金等〕*此’使該二外側滾柱才目互磁附吸引，以 便該二外側滾柱23可於該外側槽道2〇内穩固的對應滾動 m\mmx «beBetween the plates 21 and 2Γ of the drain unit 2 and the plates 2ι and 2ι are generally U-shaped or U-shaped, and the outer channel 2G is selected as a gap (not marked) Or forming a closed shape and the lower end surface of the outer side of the road 2 is another M - the supporting portion [not labeled] is called the two outer side 23, and the two outer sub-pillars 23 can be _ bearing portion _ opposite rotation . Furthermore, the inner channel 20 is formed between the baffles 21 and 21, and the baffles 21' and 21" are also U-shaped or u-shaped, and the inner channel 2〇 The upper end face is selected to form a -P grade lacking π [not labeled] or forming a closed shape and the inner channel 20, and the lower end is additionally provided with a pair of bearing portions [not labeled] for supporting (four) two inner rollers 24, and the two outer roller cymbals are relatively rotatable in the bearing portion. The long opening σ 22 is longitudinally formed between the two slabs 21. The long opening 22 is formed in the longitudinal direction. The long opening 22 is formed between the two plates 21 ′′ in the longitudinal direction. The long opening 22, the long opening 22' and the long opening 22" are sequentially arranged from the outside to the inside. They have a mutual alignment relationship. The length and width dimensions thereof are preferably substantially equal. Please refer to the first to third The two outer woven columns 23 can be placed in pairs inside the outer channel 20, and the cross-sectional area of the outer outer column 23 is slightly smaller than the wearing area of the outer channel 20, the two outer rollers Between the crucibles, there is a magnetic attraction. For example, at least a portion of the two outer rollers 23 are selected from magnets, and the two are different in polarity; or, the two outer rollers are selected from magnets and The other one is selected from a magnetic material (such as iron or 'carrier gold, etc.*)* such that the two outer rollers are magnetically attracted to each other so that the two outer rollers 23 can be secured in the outer channel 2 Corresponding scrolling m\mmx «be
06/05/23/01:44 PV M299166 及緊靠。另外，上述磁吸抵靠方式亦可應用於該二内側滚 柱24 ’使該二内側滾柱24相互磁附吸引。 4再參照第1至3圖所示，該二内侧滾柱24亦係成對 的容置於該内側槽道20,之内，且該二内側滚柱24之截面 積係略小於該内側槽道20,之截面積，該二内側滚柱24之 一部份係對應縮徑形成一縮徑部241。如此，該二内側滾 柱24亦可於該内側槽道2〇,内相互滾動，並利用外溢之水 > 壓使該二内側滾柱24可於該内侧槽道20,内穩固的對應滾 動及緊靠。另外，該洩水口 25係開設形成於該外側槽道2〇, 之下知)面，以供排出該加工槽1内少量之外漏液體。 睛再參照第1至3圖所示，本創作較佳實施例之集水槽 3係對應設置於該洩水口 25之下方，使該集水槽3可蓄集 該加工槽1外漏之液體。該集水槽3係進一步設有一汲水 單元31、至少二擾流柱32及一連接管％。該汲水單元31 較佳係為一抽水馬達。該至少二擾流柱32係立設於該加工 _ 彳曰1之内底部，且該至少二擾流柱32分別對稱設置於該導 軌14之一侧，該擾流柱32較佳係為一中空管柱，且其係 在柱面上穿設數個孔洞321。該連接管33之一端係連接至 該汲水單元31之輸出端，而另一端係連接至該擾流柱32 ，如此該汲水單元31可經由該連接管33將液體輸送至該 擾流柱32。 請再參照第3 _示，當-電路板4〔例如軟性電路板 〕進行鍍膜或清洗等加工處理時，該電路板4較佳係以垂 直豎立之方式由該加工槽1之外部依序經過該減漏單元2 C:\Lintla\PK Pnt\PKI0073.doc 一 10 — M299166 之長開口 22、該二外側滾柱23之間隙、該長開口 22·、該 二内侧滾柱24之間隙及該長開口 22,，，以便進入該加工槽 1之内部。在該加工槽1之内部加工後，該電路板4再依 照反向之順序由該加工槽1輸出至外部。爾後，再選擇注 入適i之加工液體，例如電鑛液、清潔液或清水，以進行 電鍍及/或清洗加工。再者，當該電路板4進入該加工槽1 時’該加工槽1之導軌14之導槽H1係呈倒錐狀而有利於 導引該電路板4，以進行穩固的定向輸送。 > 請再參照第3圖所示，由於該減漏單元2之長開口 22 、22’及22”之開口寬度僅略大於該電路板之厚度，因此可 減少液體外漏之程度，但液體無可避免的仍會部份外溢至 該加工槽1之外。為了有效控制液體之外漏程度，可於該 減漏單元2之外侧槽道20設置該外側滾柱23，該外側滾 柱23夾置該電路板4並利用磁吸力相互吸引。另外，於該 減漏單元2之内側槽道20’設置該内側滾柱24，其係利用 > 該縮徑部241形成之間隙，該間隙促使少部份水液外溢， 因而產生一外溢水壓吸引該二内側滾柱24緊密相互抵靠， 故能確保該内側滾柱24緊密夾置該電路板4，使該電路板 4不會任意晃動，特別是當該電路板4選自軟性電路板時 ，本創作大幅提升其定向輸送之穩定性。此時，該二外側 滾柱23〔及二内侧滾柱24〕係同步相向滾動〔即一滾柱係 順時針滾動，而另一滾柱係逆時針滾動〕，使該電路板4 定向滾動輸入/輸出。如此，可進一步增加該電路板輸入/輪 出该加工槽1时之液體防漏性’進而有效控制該液體之外 C:\Linda\PK Pnt\PKI0073. doc ——11 —06/05/23/01:44 PV M299166 and close. Further, the above magnetic attraction type can also be applied to the two inner rollers 24' to magnetically attract the two inner rollers 24 to each other. 4 Referring again to FIGS. 1 to 3, the two inner rollers 24 are also disposed in pairs in the inner channel 20, and the cross-sectional area of the two inner rollers 24 is slightly smaller than the inner groove. In the cross-sectional area of the track 20, a portion of the two inner rollers 24 is formed with a reduced diameter portion 241 corresponding to the reduced diameter. In this way, the two inner rollers 24 can also roll in the inner channel 2〇, and use the overflowing water to press the two inner rollers 24 to be stable in the inner channel 20. And close. Further, the water discharge port 25 is formed in the outer channel 2, which is a lower surface for discharging a small amount of leaking liquid in the processing tank 1. Further, referring to Figs. 1 to 3, the sump 3 of the preferred embodiment of the present invention is disposed below the water discharge port 25 so that the sump 3 can collect the liquid leaking from the processing tank 1. The sump 3 is further provided with a water immersion unit 31, at least two turbulence bars 32 and a connecting pipe %. The water unit 31 is preferably a pumping motor. The at least two spoilers 32 are erected in the bottom of the processing _1, and the at least two spoilers 32 are symmetrically disposed on one side of the guide rail 14, and the spoiler 32 is preferably a A hollow tubular string is provided with a plurality of holes 321 in the cylindrical surface. One end of the connecting pipe 33 is connected to the output end of the hydrophobic unit 31, and the other end is connected to the spoiler 32, so that the water purging unit 31 can deliver liquid to the spoiler via the connecting pipe 33. 32. Referring to FIG. 3 again, when the circuit board 4 (for example, a flexible circuit board) is subjected to processing such as coating or cleaning, the circuit board 4 is preferably sequentially erected by the outside of the processing slot 1. The leakage reducing unit 2 C:\Lintla\PK Pnt\PKI0073.doc 10 - the long opening 22 of the M299166, the gap between the two outer rollers 23, the long opening 22, the gap between the two inner rollers 24, and the The opening 22 is long to enter the inside of the processing tank 1. After the inside of the processing tank 1, the board 4 is output from the processing tank 1 to the outside in the reverse order. Thereafter, the injection of a suitable processing fluid, such as an electromineral, cleaning solution or clean water, for electroplating and/or cleaning is selected. Moreover, when the circuit board 4 enters the machining slot 1, the guide groove H1 of the guide rail 14 of the machining groove 1 is inverted tapered to facilitate guiding the circuit board 4 for stable directional conveyance. > Referring again to Fig. 3, since the opening widths of the long openings 22, 22' and 22" of the leak reducing unit 2 are only slightly larger than the thickness of the circuit board, the degree of liquid leakage can be reduced, but the liquid Inevitably, it will partially overflow out of the processing tank 1. In order to effectively control the degree of leakage outside the liquid, the outer roller 23 may be disposed on the outer side channel 20 of the leakage reducing unit 2, and the outer roller 23 The circuit board 4 is interposed and attracted to each other by magnetic attraction. Further, the inner roller 24 is disposed in the inner channel 20' of the leakage reducing unit 2, and the gap formed by the reduced diameter portion 241 is used. Inducing a small amount of water to overflow, thereby generating an overflow pressure to attract the two inner rollers 24 to closely abut each other, thereby ensuring that the inner roller 24 closely sandwiches the circuit board 4, so that the circuit board 4 is not arbitrarily Shaking, especially when the circuit board 4 is selected from a flexible circuit board, the creation greatly enhances the stability of the directional conveyance. At this time, the two outer rollers 23 (and the two inner rollers 24) are synchronously scrolling each other (ie, One roller rolls clockwise while the other roller is reversed The needle is scrolled to make the board 4 directional scroll input/output. Thus, the liquid leakage resistance of the board when the input/turning of the processing slot 1 is further increased, thereby effectively controlling the liquid outside C:\Linda\ PK Pnt\PKI0073. doc ——11 —
〇«/〇5/2；1/0|：44 PSI M299166 滲量。 請再參照1、4及5圖所示，當該液體自該力0工槽i内 部溫出後，該液體可經由該減漏單元2之外侧槽道加下底 部的洩水口 25外流至該集水槽3，再利用該汲水單元31 輸送至該擾流柱32 ,如此使該液體可再行回收循環使用， 同時該液體亦可藉由該汲水單元31之外加水壓自該擾流柱 32之孔洞321喷出，使該加工槽i之液體產生擾流，進而 攪拌液體，以增進鍍膜或清洗加工之效果。 如上所述，相較於習用電路板加工槽之減漏裝置利用該 外滾軸及該内滾軸同步帶動該電路板水平的移動通過該加 工槽之内部時，該電路板之移動會相對使該加工槽丨之液 體藉由該槽口大量渗出，進而導致加工效率低落等缺點， 本創，第1圖藉由該加工槽i之第-側板u分別設有該 減漏單元2，使該電路板4〔特別是軟性電路板〕以=直豎 立之方式移動通職加卫槽丨時，該賴單元2係 = 少該槽加H之液體之外滲量。另外，該·單元2係可 卜側滾置23及/或二内側滾柱24，其可迫緊貼合該 4,可進行同步滾動，以㈣帶動該電路板4移 動/、確貫可更進一步減少液體之外漏量。再 集水槽3承接古玄加工揭、广雇 $ …1 ㈣加卫槽1 h外漏之液體，並利用該没水 时，及則錄餘32料加卫槽1之液 體均勻授動’其確實可進一步增加該電路板4之加工 〇 然其並非用以 雖然本創作已利用上述較佳實施例揭 C:\Umln\PK Pat\nm73.doc〇«/〇5/2;1/0|:44 PSI M299166 Seepage. Referring to Figures 1, 4 and 5 again, after the liquid is warmed from the inside of the force 0 working tank i, the liquid can flow out through the drain port 25 at the bottom of the outer side channel of the leakage reducing unit 2 to the bottom. The sump 3 is transported to the spoiler 32 by the sluice unit 31, so that the liquid can be recycled for recycling, and the liquid can also be pressurized by the squirting unit 31. The hole 321 of the column 32 is ejected to cause a disturbance of the liquid in the processing tank i, thereby stirring the liquid to enhance the effect of the coating or cleaning process. As described above, when the outer roller and the inner roller synchronously drive the horizontal movement of the circuit board through the inside of the machining groove, the movement of the circuit board is relatively the same as that of the conventional circuit board processing groove. The liquid in the processing tank is oozing out in a large amount by the notch, thereby causing disadvantages such as low processing efficiency. In the first embodiment, the first side plate u of the processing tank i is provided with the leak reducing unit 2, respectively. When the circuit board 4 (especially a flexible circuit board) moves the on-service garret in a straight-up manner, the slab 2 is less than the liquid osmosis amount of the groove plus H. In addition, the unit 2 is a rollable side 23 and/or two inner rollers 24, which can be pressed tightly to the 4, can be synchronously rolled, and (4) drive the circuit board 4 to move/verify. Further reduce the amount of leakage outside the liquid. Re-sink 3 to undertake the ancient Xuan processing, widely hired $ ... 1 (four) plus the trough 1 h leaking liquid, and use the water, and then record the remaining 32 materials plus the tank 1 of the liquid evenly ' It is indeed possible to further increase the processing of the circuit board 4, although it is not used, although the present invention has been disclosed by the above preferred embodiment C:\Umln\PK Pat\nm73.doc
Ofi/05/Z；i/〇l：44 PM —12 — M299166 限定本創作，任何熟習此技藝者，在不脫離本創作之精神 和範圍之内，當可作各種更動與修改，因此本創作之保護 範圍當視後附之申請專利範圍所界定者為準。Ofi/05/Z;i/〇l:44 PM —12 — M299166 Qualify this creation, and anyone who is familiar with this art can make various changes and modifications without departing from the spirit and scope of this creation. The scope of protection is subject to the definition of the scope of the patent application.
C:\Lindn\PK P«t\PK 10073. doc —13 — 00/05/23/01:44 PM M299166 【圖式簡單說明】 第1圖·本創作車父佳實施例之電路板加工槽之減漏裝置 之部份組合立體圖。 第2圖：本創作較佳實施例之電路板加謂之減漏裝置 之減漏單元及加工槽之局部分解立體圖。 第3圖：本創作較佳實施例之電路板加工槽之減漏裝置 在電路板進行加工時之上視圖。 第4圖：本創作較佳實施例之電路板加工槽之減漏裝置 之内侧滾柱受壓移動之上視圖。 第5圖·本創作沿第4圖之孓5線之内侧滾柱受壓移動 之剖視圖。 【主要元件符號說明】 1 加工槽 11 第一側板 12 第二侧板 13 組裝口 14 導轨 141 導槽 2 減漏單元 20 外側槽道 20, 内侧槽道 21 擔板 21， 擔板 21” 擋板 22, 長開口 22, 長開口 22” 長開口 23 外侧滾柱 24 内側滾柱 241 縮徑部 25 洩水口 3 集水槽 31 汲水單元 32 擾流柱 —14 — C:\Limla\PK Piit\PKI0073. doc flG/05/M/Ol：44 M299166 321孔洞 33 連接管 4 電路板C:\Lindn\PK P«t\PK 10073. doc —13 — 00/05/23/01:44 PM M299166 [Simple description of the drawing] Fig. 1 · Circuit board processing slot of the embodiment of the author A partial combination perspective view of the sniffer device. Fig. 2 is a partially exploded perspective view showing the leakage reducing unit and the machining groove of the circuit board of the preferred embodiment of the present invention. Fig. 3 is a top view of the circuit board processing slot of the preferred embodiment of the present invention when the board is processed. Fig. 4 is a top view of the inner roller of the circuit board processing groove of the preferred embodiment of the present invention. Fig. 5 is a cross-sectional view of the inner roller of the present invention taken along the line 5 of Fig. 4 under pressure. [Description of main component symbols] 1 Machining tank 11 First side plate 12 Second side plate 13 Assembly port 14 Guide rail 141 Guide groove 2 Leakage reduction unit 20 Outer channel 20, Inner channel 21 Support plate 21, Support plate 21" Plate 22, long opening 22, long opening 22" long opening 23 outer roller 24 inner roller 241 reduced diameter portion 25 drain port 3 sump 31 water unit 32 spoiler column - 14 - C:\Limla\PK Piit\ PKI0073. doc flG/05/M/Ol:44 M299166 321 hole 33 connecting tube 4 circuit board
C:\Limla\PK Pat\PKinn73. doc —15 —C:\Limla\PK Pat\PKinn73. doc —15 —
nfi/05/23/0l;44 PMNfi/05/23/0l;44 PM