1311548 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種廢水處理設備，特別是指—種貴 金屬回收雜質過濾機。 貝 【先前技術】 如圖1所不，現有一種廢水回收裝置（申請案號第 87218Π9號案）’包含-廢水儲存槽i、一設置在該廢水儲 存槽1 -側的幫浦2、-設置在該幫浦2一側的電解槽3、1311548 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a wastewater treatment facility, and more particularly to a noble metal recovery impurity filter. [Prior Art] As shown in Fig. 1, there is a waste water recovery device (application No. 87218Π9) containing - waste water storage tank i, a pump 2 disposed on the side of the waste water storage tank 1 - setting Electrolyzer 3 on the side of the pump 2,
一設置在該電解槽3内部的電極板單元4及一直流電源單 元5。該廢水儲存槽i係可容置電鑛廢水，該幫浦2可將: 水抽送至該電解槽3中，且該電極板單元4具有多組正極 電極板4G1及多組負極電極板4G2，且該直流電源單元$是 分別導通該電極板單元4。且當直流電源導通至該電極板= 元4時’廢水中之貴金屬可析鍍在該等負極電極板術上 ，而達到回收目的。 〜^ —认貝玉、屬之目的， 但是在該電解槽3中設置多組的正極電極板仙及負㈣ 極板402 ’不僅使得整體結構較為複雜、组配較為麻煩 整體體積大》 【發明内容】 因此，本發明之目的，即在提供—種結構簡單、組配 容易且整體體積小之貴金屬回收雜質過濾機。 過據機，包含一機座 女襄在該機座内部 於是’本發明之貴金屬回收雜質 、一固設在該機座上方的濾筒單元、 5 1311548 設置在該濾筒An electrode plate unit 4 and a DC power supply unit 5 disposed inside the electrolytic cell 3. The wastewater storage tank i can accommodate the electric ore wastewater, and the pump 2 can pump water into the electrolytic cell 3, and the electrode plate unit 4 has a plurality of sets of positive electrode plates 4G1 and a plurality of sets of negative electrode plates 4G2, And the DC power supply unit $ is turned on to the electrode plate unit 4, respectively. And when the DC power source is turned on to the electrode plate = element 4, the precious metal in the wastewater can be deposited on the negative electrode plate to achieve the purpose of recycling. 〜 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Therefore, the object of the present invention is to provide a precious metal recovery impurity filter which is simple in structure, easy to assemble, and small in overall volume. The machine includes a machine seat, the girl is inside the frame, and then the noble metal of the present invention recovers impurities, a filter cartridge unit fixed above the frame, 5 1311548 is disposed in the filter cartridge
的粟浦、一設置在該濾筒單元中的導管、 一 早几中的第-電極筒件及-套設在該第—電極筒件與該渡 筒單元之間的第二電極筒件。該濾筒單元具有一底盤、一 設置在該底盤上的筒體及一對應該底盤且封設在該筒體頂 郤的頂盍，其等相配合界定出一容室，該底盤具有一入口 及-與該入口錯開設置的出口。該泵浦可泵送廢水經由該 入口進入該容室中。該導管是呈中空管狀且設置在該容室 中，並具有一與該出口接通的第一端部、一與該第一端部 相反設置且趨近於該頂蓋的第二端部、—由第一端部延伸 至該第二端部之内孔及多數設置在該第一、二端部之間且 可貫通該容室與該内孔的穿孔。該第一電極筒件是以網體 捲製成中空筒狀且設置在該容室中，並套設在該導管外部 ’且與直流電源之-電極相導通。該第二電極筒件是製成 中空筒狀且套設在該第一電極筒件與該筒體之間，且與該 第一電極筒件間隔設置，並與直流電源之另一電極相導= ，可與該第一電極筒件產生電解析鍍作用。 藉此，利用該導管、第一電極筒件及第二電 同心套設，不僅可達到預期之電解析錢目盖 簡化、體積小。 蹩體…構 【實施方式】 有關本發明之前述及其他技術内容、特點盘 以下配合參考圖式之—個較佳實施例 > 清楚的呈現。 說明中，將可 如圖2所示，本發明貴金屬回收雜質過濾機的較佳實 6 1311548 施例，包含-機座10、一固設在該機座10上方的濾筒單元 2_〇、一安裝在該機座10内部的泵浦30、一設置在該濾筒單 疋20中的定位盤件4〇、一與該定位盤件4〇相對設置的固 定單元50、一設置在該定位盤件4〇與該固定單元之間 的導管60、一設置在該、滤筒單元2〇中的第一電極筒件7〇 、—套設在該第一電極筒件70與該濾筒單元2〇之間的第 二電極筒件80及一提供該第一 '二電極筒件7〇、8〇直流 電源的電源供應單元90。 該濾筒單元20具有一底盤21、一密封固設在該底盤 21上的筒體22及一對應該底盤21且氣密封設在該筒體22 頂部的頂蓋23,其等相配合界定出一容室24。該底盤21 具有一入口 211及一與該入口 211錯開設置的出口 212。 该泵浦30可泵送廢水經由該入口 2丨丨進入該容室24中 〇 該定位盤件40是安裝定位在該底盤21上且位在該容 室24中，並具有一設於一底部且可套設定位在該出口 212 上的套接部41、一設於一頂部且呈凹孔狀的下定位部42、 一設置在該下定位部42外側的下凹槽43及一由該下定位 部42延伸至该套接部41且與該出口 2丨2相對的通孔44。 該固定單元50具有一呈中空盤狀的壓板51及一設置 在該壓板51上方且截面呈倒^型的固定件52。 該導管60是呈中空管狀且設置在該容室24中，並具 有一套設定位在該下定位部42中的第一端部61、一與該第 一端部61相反設置的第二端部62、一由該第一端部61延 7 1311548 伸至該第一端部62之内子丨Ώ 部61、62之間且可貫通該容室μ :數°又置在該第一、二端 該第二端部62是可穿過該壓板51…玄内孔63的穿孔64。 該第一電極筒件70是以不^與該固定件52螺接。 設置在該容室24中，並=錄鋼網體捲製成多層筒狀且 «定位在該定位盤件Τ = 二外部，且-底部 該壓…止限位，並與該電二-頂部則受該 極相導通。 ，、仏應早兀90之一陰極電 該第二電極筒件80是以 製 在該第-電極筒件7。與該 ：成中：同狀且套設 筒件70間隔#晋^ , 22之間，且與該第一電極 相導通/又置’並與該電源供應單元Μ之-陽極電極 ^餘配完錢，該㈣6q與該第 穩固疋位在該定位盤件4〇與該固定翠元5〇之門门件 該固定件52螺鎖在該導管60的第二端部62上:且利用 板51及該第一電極筒件7 ，可使該壓 /4·。λ 座生軸向疋位，該第-雷;fS锊 件80也套設定位在該筒體22一 :第一電㈣ 筒件80與該第-電極筒件70之門伴捭门 該第二電極 曰〜“ 之間保持固定的間隔距離。 ，备該泵浦30栗送電鑛廢水經由該入口 濾筒單元20内部，且該電源供應單元$ 該第-電極料7G及第二電極 =源至 離子的全屬物皙合.故& , 時’廢水中帶有陽 :的金屬物質會游移（如I線箭頭 —電極筒件70上（即陰極電極）上 =負電的第 第-電極筒件70上，而達到 胃金屬析鑛在該 川收之目的。而經過遽後的廢 1311548 水則會穿透過該第一電極筒件7〇而由該導管6〇的穿孔Μ 流入該内孔63中，最後由該出口 212導出（如實線箭頭所 示）’且可再進行其他的過濾操作。 因此，本發明之過濾機不僅可使廢水中之貴金屬達到 回收之目的，且利用該導管6〇、第一電極筒件7〇、第二電 極筒件⑽、筒體22呈環狀互相套設作用，即可大大地縮小 體積，且利用該定位盤件4〇與固定單元5〇提供該導管 j-電極筒件70產生較佳之定位性，整體之結構亦吕相當 簡單、組配相當容易，可降低製造成本。 ^惟以上所述者，僅為本發明之較佳實施例而已，當不 ，以此限定本發日月實施m，即大凡依本發明巾請專利 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是現有一種廢水回收裝置的設置示意圖；及 圖2是一組合剖面圖，說明本發明貴金屬回收雜質過 濾機的一較佳實施例。 ' 1311548 【主要元件符號說明】 10..... …·機座 44 ••… ••…通孔 20..... •…渡筒單元 50…· ••…固定單元 21 …·· •…底盤 51 •… ••…壓板 211 ··· …·入D 52 …·· ••…固定件 212… *…出口 60 ··· •…·導管 22…… …·筒體 61 ···· ••…第一端部 23 ·…· …·頂蓋 62… ••…第二端部 24 ••… …容室 63 ··· ••…内孔 30 •… •…泵浦 64 ···· ••…穿孔 40 - ·… •…定位盤件 70 ·· · ••…第一電極筒件 41 "… …·套接部 80 ·· · ••…第二電極筒件 42 ' * · · •…下定位部 9〇 .... ••…電源供應單元 43…… •…下凹槽 10The millo, a duct disposed in the cartridge unit, a first-electrode barrel member in an early stage, and a second electrode barrel member disposed between the first-electrode barrel member and the barrel unit. The filter cartridge unit has a chassis, a cylinder disposed on the chassis, and a pair of top cymbals which are disposed on the top of the cylinder and which cooperate to define a chamber having an inlet And - an exit that is offset from the entrance. The pumpable pumpable wastewater enters the chamber via the inlet. The duct is hollow tubular and disposed in the chamber, and has a first end connected to the outlet, a second end opposite to the first end and approaching the top end, - an inner bore extending from the first end to the second end and a plurality of perforations disposed between the first and second ends and extending through the chamber and the inner bore. The first electrode barrel is formed in a hollow cylindrical shape by a net body and disposed in the chamber, and is sleeved outside the tube and is electrically connected to the electrode of the direct current power source. The second electrode barrel member is formed into a hollow cylindrical shape and sleeved between the first electrode barrel member and the barrel body, and is spaced apart from the first electrode barrel member and is guided to the other electrode of the DC power source. = , an electro-resolution plating effect can be generated with the first electrode barrel. Thereby, the catheter, the first electrode barrel and the second electric concentric sleeve can not only achieve the desired electrolysis, but also simplify the size of the money cover. [Embodiment] The foregoing and other technical contents and features of the present invention are clearly shown below with reference to the preferred embodiment of the drawings. In the description, as shown in FIG. 2, a preferred embodiment of the noble metal recovery impurity filter of the present invention includes a base 10 and a filter cartridge unit 2 〇 fixed on the base 10. a pump 30 mounted inside the base 10, a positioning plate member 4 disposed in the filter cartridge unit 20, and a fixing unit 50 disposed opposite the positioning plate member 4, a positioning device is disposed at the positioning a conduit 60 between the disk member 4 and the fixing unit, a first electrode cylinder member 7 disposed in the filter cartridge unit 2, and a sleeve disposed on the first electrode cylinder member 70 and the filter cartridge unit A second electrode barrel member 80 between the two turns and a power supply unit 90 for supplying the first 'two-electrode barrel member 7', 8 〇 DC power source. The filter cartridge unit 20 has a chassis 21, a cylinder 22 sealed to the chassis 21, and a pair of top covers 23 that are disposed on the top of the cylinder 22 and hermetically sealed. A chamber 24. The chassis 21 has an inlet 211 and an outlet 212 that is offset from the inlet 211. The pump 30 can pump wastewater into the chamber 24 via the inlet 2, and the positioning disc 40 is mounted on the chassis 21 and located in the chamber 24, and has a bottom portion And a sleeve portion 41 disposed on the outlet 212, a lower positioning portion 42 disposed at a top portion and having a concave shape, a lower recess 43 disposed outside the lower positioning portion 42, and a lower portion The lower positioning portion 42 extends to the through hole 44 of the socket portion 41 opposite to the outlet 2丨2. The fixing unit 50 has a pressing plate 51 in the shape of a hollow disk and a fixing member 52 disposed above the pressing plate 51 and having a cross section. The duct 60 is hollow tubular and disposed in the chamber 24, and has a set of first end portions 61 disposed in the lower positioning portion 42 and a second end disposed opposite the first end portion 61. The portion 62 extends from the first end portion 61 to the inner end portion 61, 62 of the first end portion 62 and can pass through the chamber μ: several degrees are placed in the first and second portions. The second end portion 62 is a through hole 64 that can pass through the platen 51. The first electrode cylinder member 70 is not screwed to the fixing member 52. Disposed in the chamber 24, and = the steel mesh roll is made into a multi-layered cylinder and «positioned on the positioning disc member Τ = two external, and - the bottom of the pressure ... stop limit, and with the electric two - top Then it is turned on by the pole phase. And one of the cathodes of the first electrode 96 is made of the first electrode cylinder member 7. And the same: the same: the same shape and the sleeve member 70 is spaced between #晋^, 22, and is electrically connected to the first electrode and is set to 'and the power supply unit - - the anode electrode ^ is finished Money, the (four) 6q and the first stable clamp on the positioning plate member 4〇 and the fixed gate member of the door member are screwed onto the second end portion 62 of the duct 60: and using the plate 51 And the first electrode cylinder member 7 can make the pressure /4·. λ seat axial clamping, the first thunder; fS element 80 is also set in the cylinder 22: first electric (four) cylinder 80 and the first electrode barrel 70 door with the door The two electrodes 曰 “ “ “ “ “ “ “ “ “ 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵 泵The total genus of the ions is combined. Therefore, the metal material with yang in the wastewater will migrate (such as the I-line arrow - the electrode on the electrode tube 70 (ie, the cathode electrode) = the negative electrode - the first electrode On the cylinder member 70, the metallurgical metallization is achieved in the collection. The waste 1311548 water passing through the crucible penetrates the first electrode cylinder member 7〇 and flows into the inner portion of the conduit 6〇. In the hole 63, finally, the outlet 212 is taken out (as indicated by a solid arrow) and another filtering operation can be performed. Therefore, the filter of the present invention not only enables the precious metal in the wastewater to be recovered, but also utilizes the conduit. 6〇, the first electrode cylinder 7〇, the second electrode cylinder (10), and the cylinder 22 are annularly arranged on each other The utility model can greatly reduce the volume, and the positioning of the disc member 4 〇 and the fixing unit 5 〇 provides the catheter j-electrode tube member 70 to obtain better positioning property, and the overall structure is also relatively simple and the assembly is quite easy. The manufacturing cost can be reduced. However, the above description is only the preferred embodiment of the present invention, and if not, the implementation of the present invention is limited to the implementation of the patent scope and the description of the invention. The simple equivalent changes and modifications are all within the scope of the present invention. [Simplified Schematic] FIG. 1 is a schematic view showing the arrangement of a conventional wastewater recovery device; and FIG. 2 is a combined sectional view illustrating the present invention. A preferred embodiment of a precious metal recovery impurity filter. ' 1311548 [Description of main component symbols] 10..... ...frame 44 ••... ••...through hole 20..... 50...·••...Fixed unit 21 ...·· •... Chassis 51 •... ••... Platen 211 ·····Into D 52 ...··••...Fixed part 212... *...Exit 60 ··· •... ·Tube 22...... ...·Cylinder 61 ···· ••...first end 23 ·...· ...· top cover 62... ••...second end 24 ••...room 63 ··· ••...inner hole 30 •... •...pump 64 ·· ··••...Perforation 40 - ·... • Positioning plate 70 ··· ••...first electrode barrel 41 "...sleeve 80 ···••...second electrode barrel 42' * · · •... Lower positioning part 9〇.... ••...Power supply unit 43... •... Lower groove 10