CN208577478U - A kind of electro-catalysis pole plate component - Google Patents

Abstract

The utility model discloses a kind of electro-catalysis pole plate components comprising anode mechanism, cathode mechanism, insulation distance plate.Anode mechanism includes that conductive motherboard one, surface are coated at least one flat plate one of electrode compound, surface is coated at least one piece of mesh plate one of electrode compound.Cathode mechanism includes that conductive motherboard two, surface are coated at least one flat plate two of electrode compound, surface is coated at least one piece of mesh plate two of electrode compound.The pole plate combination that the utility model is combined by using plate and mesh plate, plate plays flow blocking guide functions, flow electrolyte along the baffling direction of plate, mesh plate enables electrolyte to be flowed along the baffling direction of mesh vertical direction and mesh plate, to enable the electrolyte in electrolytic cell to flow along multiple directions, generate multiple circulation passages, electrolyte is set to come into full contact with the plate and mesh plate of electrification, so that electrolyte is uniformly sufficiently carried out electrocatalysis, improves water purification quality.

Description

A kind of electro-catalysis pole plate component

Technical field

The utility model relates to a kind of pole plate component of clean water treatment technical field, specially a kind of electro-catalysis polar plate group Part.

Background technique

With the anxiety of water resource, environmental pollution it is serious, water pollution is also increasingly severe, for the need of the purification of sewage It asks and is also increasingly taken seriously.There are many method for handling sewage, can generally be summarized as physical method, chemical method and bioanalysis etc..Object Logos mainly utilizes the non-solubility substance in physical action separation sewage, does not change chemical property during processing, still It is only used for sewage treatment degree situation of less demanding.Bioanalysis utilizes the metabolic function of microorganism, will be in sewage The decomposition of the organic matter of dissolution or colloidal state is oxidized to stable inorganic substances, makes to purify the sewage, but just for can give birth to The stain disease of object degradation, and efficiency is lower.Chemical method is acted on using chemical reaction to handle or recycle the dissolved matter of sewage The method of matter or colloidal substance, although this method high treating effect, expense is expensive, and outer adding medicine is more, operational administrative trouble.

Electro-catalysis is that electrode, the electric charge transfer on electrolyte interface is made to accelerate a kind of catalytic action of reaction.It is urged using electricity Change effect carries out a kind of common methods that water purification is current water purification, but the using effect of existing water purification electro-catalysis pole plate does not have It maximizes, disassembly and installation pole plate is time-consuming and laborious, and water purification efficiency is low, and utilization rate of electrical is low, and waste of resource simultaneously proposes water purification cost It is high.

Utility model content

(1) the technical issues of solving

In view of the deficiencies of the prior art, the utility model provides a kind of electro-catalysis pole plate component, has easy to install, water purification The advantages that high-efficient, the disassembly and installation for solving existing water purification electro-catalysis pole plate is time-consuming and laborious, the low problem of water purification efficiency.

(2) technical solution

To realize above-mentioned easy to install, the high purpose of water purification efficiency, the utility model is provided the following technical solutions: a kind of electro-catalysis Pole plate component comprising:

Anode mechanism comprising access the conductive motherboard one of positive pole, surface be coated at least one piece of electrode compound it is flat Plate one, surface are coated at least one piece of mesh plate one of electrode compound；Plate one, mesh plate one phase the same side be perpendicularly interposed in On the same mounting surface of motherboard one, and define plate one, the extending direction of one grafting side of mesh plate is respectively plate one, mesh plate One length direction；Plate one, one grafting side of mesh plate length respectively be up to plate one, one length of mesh plate five/ Two；

Cathode mechanism comprising the conductive motherboard of power cathode is tiled in the same plane and accessed with conductive motherboard one Two, surface is coated at least one flat plate two of electrode compound, surface is coated at least one piece of mesh plate two of electrode compound；Plate Two, phase the same side of mesh plate two is perpendicularly interposed on the same mounting surface of motherboard two, and it is slotting to define plate two, mesh plate two The extending direction for connecing side is respectively the length direction of plate two, mesh plate two；Plate two, two grafting side of mesh plate length difference Up to plate two, two length of mesh plate 2/5ths；Plate two, mesh plate two, plate one, mesh plate one mutually intersect And be arranged in parallel, plate two, mesh plate two are separated with motherboard one, and plate one, mesh plate one are separated with motherboard two；And

Insulate distance plate, plate one, mesh plate one, plate two, mesh plate two the identical other side be vertically plugged on it is fixed On same mounting surface away from plate.

As a further improvement of the foregoing solution, plate one, mesh plate one, plate two, mesh plate two are all made of compound painting One of layer titanium plate, the compound clad plate of stainless steel, graphite plate.

As a further improvement of the foregoing solution, plate one, mesh plate one, plate two, two spaced set of mesh plate.

As a further improvement of the foregoing solution, at least one flat plate one, at least one piece of mesh plate one form a pole plate Group one, the distance between each polar plate group one is all the same；At least one plate two, at least one mesh plate two form a pole plate Group two, the distance between each polar plate group two is all the same.

As a further improvement of the foregoing solution, the anode mechanism further includes at least one piece of mixed plate one；Mixed plate one The plate three of electrode compound is coated with including surface, surface is coated with electrode compound and the mesh plate three that connect with plate three；Plate three Or phase the same side of mesh plate three, plate one, mesh plate one is perpendicularly interposed on the same mounting surface of motherboard one, and is defined mixed The extending direction of one grafting side of plywood is the length direction of mixed plate one, and the length of one grafting side of mixed plate is up to mixed plate one 2/5ths of length

The cathode mechanism further includes at least one piece of mixed plate two；Mixed plate two includes the plate that surface is coated with electrode compound Four, the mesh plate four that surface is coated with electrode compound and connect with plate four；Plate four or mesh plate four, plate two, mesh plate two Phase the same side be perpendicularly interposed on the same mounting surface of motherboard two, and the extending direction for defining two grafting side of mixed plate is mixed The length of the length direction of plywood two, two grafting side of mixed plate is up to 2/5ths of two length of mixed plate；

Wherein, plate two, mesh plate two, mixed plate two, plate one, mesh plate one, mixed plate one (401) mutually intersect And be arranged in parallel, plate two, mesh plate two, mixed plate two are separated with motherboard one, and plate one, mesh plate one, mixed plate one are equal It is separated with motherboard two.

As a further improvement of the foregoing solution, plate one, mesh plate one, plate two, the three-dimensional dimension of mesh plate two are equal It is identical.

As a further improvement of the foregoing solution, the anode mechanism further includes an anode terminal, the cathode machine Structure further includes a cathode terminal；One end of anode terminal is mounted on motherboard one, and the other end opens up threaded hole one；Cathode connects One end of terminal is mounted on motherboard two, and the other end opens up threaded hole two.

As a further improvement of the foregoing solution, it is opened up on motherboard one about symmetrical at least two through-hole of anode terminal One, it opens up about symmetrical at least two through-hole two of cathode terminal on motherboard two.

As a further improvement of the foregoing solution, plate one, mesh plate one phase the same side be inserted perpendicularly into and be welded on On the same mounting surface of motherboard one, plate two, mesh plate two phase the same side be inserted perpendicularly into and be welded on the same of motherboard two On mounting surface；Plate one, mesh plate one, plate two, mesh plate two the equal assembled in the identical other side be plugged on the same of distance plate On one mounting surface.

As a further improvement of the foregoing solution, it is opened up on distance plate and plate one, mesh plate one, plate two, mesh plate Multiple mounting holes that the two identical other side is separated by.

(3) beneficial effect

Compared with prior art, the utility model provides a kind of electro-catalysis pole plate component, have it is following the utility model has the advantages that

The electro-catalysis pole plate component of the utility model by setting anode mechanism and cathode mechanism, and is respectively connected to power supply Positive and negative anodes, and place in a cell, complete to be purified electrolyte the electrocatalysis of electrolyte.Meanwhile anode Mechanism and cathode mechanism are provided with plate and mesh plate, and increase the contact area between motherboard and plate or mesh plate, To reduce connection resistance, electric energy loss is reduced, reduces water purification cost；The utility model on plate and mesh plate by coating Electrode compound makes plate and mesh plate sufficiently carry out electrocatalysis in electrolytic cell, improves electro-catalysis efficiency；The utility model The pole plate combination combined by using plate and mesh plate, plate play flow blocking guide functions, make electrolyte along plate The flowing of baffling direction, mesh plate enables electrolyte to be flowed along the baffling direction of mesh vertical direction and mesh plate, from And the electrolyte in electrolytic cell is enable to flow along multiple directions, multiple circulation passages are generated, electrolyte is made to come into full contact with electrification Plate and mesh plate, so that electrolyte is uniformly sufficiently carried out electrocatalysis, improve water purification quality；The utility model is also By the way that mixed plate is arranged, can be randomly provided in anode mechanism and cathode mechanism, so as to which electricity is arranged according to actual needs Solution liquid connects electric area, improves the electro-catalysis efficiency of pole plate component, avoids over-electrolysis, improve the utilization rate of electric energy.

Detailed description of the invention

Fig. 1 is the front view of the electro-catalysis pole plate component of the utility model embodiment 1；

Fig. 2 is the top view of the electro-catalysis pole plate component in Fig. 1；

Fig. 3 is the front view of the anode mechanism of the electro-catalysis pole plate component of the utility model embodiment 1；

Fig. 4 is the side view of the anode mechanism in Fig. 3；

Fig. 5 is the top view of the anode mechanism in Fig. 3；

Fig. 6 is the front view of the cathode mechanism of the electro-catalysis pole plate component of the utility model embodiment 1；

Fig. 7 is the side view of the cathode mechanism in Fig. 6；

Fig. 8 is the top view of the cathode mechanism in Fig. 6；

Fig. 9 is the top view of the distance plate of the electro-catalysis pole plate component of the utility model embodiment 1；

Figure 10 is the bottom view of the distance plate in Fig. 9；

Figure 11 is the side view of the distance plate in Fig. 9；

Figure 12 is the front view of the anode mechanism of the electro-catalysis pole plate component of the utility model embodiment 2；

Figure 13 is the top view of the anode mechanism in Figure 12；

Figure 14 is the sectional view of A-a in Figure 13；

Figure 15 is the sectional view of B-b in Figure 13；

Figure 16 is the front view of the cathode mechanism of the electro-catalysis pole plate component of the utility model embodiment 2；

Figure 17 is the top view of the cathode mechanism in Figure 16；

Figure 18 is the sectional view of C-c in Figure 17；

Figure 19 is the sectional view of D-d in Figure 17；

Figure 20 is the front view of the anode mechanism of the electro-catalysis pole plate component of the utility model embodiment 3；

Figure 21 is the side view of the anode mechanism in Figure 20；

Figure 22 is the top view of the anode mechanism in Figure 20；

Figure 23 is the front view of the cathode mechanism of the electro-catalysis pole plate component of the utility model embodiment 3；

Figure 24 is the side view of the cathode mechanism in Figure 23；

Figure 25 is the top view of the cathode mechanism in Figure 23；

Figure 26 is the front view of the electro-catalysis pole plate component of the utility model embodiment 3.

Symbol description:

101 motherboard, one 402 mixed plate two

102 motherboard, 2 501 distance plate

201 plate, one 601 anode terminal

202 plate, 2 602 cathode terminal

203 plate, 3 701 threaded hole one

204 plate, 4 702 threaded hole two

301 mesh plate, one 801 through-hole one

302 mesh plate, 2 802 through-hole two

303 mesh plate, 3 901 mounting hole

304 mesh plate, 4 1001 slot

401 mixed plates one

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Embodiment 1

Fig. 1 and Fig. 2 is please referred to, the electro-catalysis pole plate component of the present embodiment is mounted in closed electrolytic cell, including sun Pole mechanism, cathode mechanism, insulation distance plate.

Anode mechanism includes conductive motherboard 1, plate 1, mesh plate 1, cathode terminal 602, wherein female Plate 1 accesses positive pole.The surface of plate 1 and mesh plate 1 is coated with electrode compound, and electrode compound is oxidation Ruthenium coating, yttrium oxide coating, brown lead oxide coating, stannic oxide coating, a kind of coating or be several coating in cobalt oxide coating The coating mixed, plate 1, mesh plate 1 are all made of the compound clad plate of composite coating titanium plate, stainless steel, graphite plate One of, it can also be mixed using a variety of.Plate 1, mesh plate 1 quantity can be respectively muti-piece, It can be one piece.In the present embodiment, plate 1, mesh plate 1 quantity be three pieces.Plate 1, mesh plate One 301 phase the same side is inserted perpendicularly into and is welded on the same mounting surface of motherboard 1, and defines plate 1, mesh The extending direction of one 301 grafting side of plate is respectively the length direction of plate 1, mesh plate 1.Plate 1, mesh plate The length of one 301 grafting sides respectively be up to plate 1, one 301 length of mesh plate 2/5ths, with maximize increase connect Contacting surface product, reduces contact resistance, reduces electric energy loss, reduces water purification cost.

Meanwhile one 201, one pieces of mesh plates 1 of one flat plate are combined into a polar plate group, as shown in figure 3, sharing three A polar plate group is mounted on motherboard 1.The distance between three polar plate groups in the present embodiment are all the same, and each polar plate group In plate 1 it is all the same at a distance from other polar plate groups at a distance from mesh plate 1.Also, above-mentioned distance is answered When the thickness for being greater than plate 1 or mesh plate 1.As shown in Figure 4 and 5, one end installation of anode terminal 601 In motherboard 1, the other end opens up threaded hole 1.The plug wire column of positive pole can be accessed by threaded hole 1, and And it can be installed securely.It is opened up on motherboard 1 about symmetrical at least two through-hole 1 of anode terminal 601, The gas emerged can be made to emit, improve water purification efficiency.

Referring to Fig. 6, cathode mechanism includes conductive motherboard 2 102, plate 2 202, mesh plate 2 302, cathode terminal 602.Wherein, motherboard 2 102 and conductive motherboard 1 tile in the same plane, and access power cathode.Plate 2 202, The surface of mesh plate 2 302 is coated with electrode compound, electrode compound be ruthenium-oxide coating, yttrium oxide coating, brown lead oxide coating, A kind of coating or the coating mixed for several coating, plate 2 202, mesh plate two in stannic oxide coating, cobalt oxide coating 302 are all made of one of the compound clad plate of composite coating titanium plate, stainless steel, graphite plate, can also be mixed using a variety of. In the present embodiment, plate 2 202, mesh plate 2 302 quantity be three pieces.Plate 2 202, mesh plate 2 302 it is identical Side is inserted perpendicularly into and is welded on the same mounting surface of motherboard 2 102, while it is slotting to define plate 2 202, mesh plate 2 302 The extending direction for connecing side is respectively the length direction of plate 2 202, mesh plate 2 302.Plate 2 202,2 302 grafting of mesh plate The length of side respectively be up to plate 2 202,2 302 length of mesh plate 2/5ths, to improve plate 2 202, mesh The contact area of plate 2 302 and motherboard 2 102 reduces contact resistance.

Fig. 7 and Fig. 8 is please referred to, 2 202, one pieces of mesh plates 2 302 of one flat plate are combined into a polar plate group, and shape At three polar plate groups.In the present embodiment, the distance between these three polar plate groups are all the same, in each polar plate group, plate two 202, the distance between mesh plate 2 302 is all identical as in other polar plate groups.Also, plate 2 202, mesh plate 2 302 it Between distance should be greater than the thickness of plate 2 202 or mesh plate 2 302.One end of cathode terminal 602 is mounted on motherboard On 2 102, the other end opens up threaded hole 2 702.Threaded hole 2 702 accesses the plug wire column of power cathode, can keep power supply Stablize supply.It is opened up on motherboard 2 102 about symmetrical at least two through-hole 2 802 of cathode terminal 602, through-hole 2 802 can To generate gas in discharge electrolysis, electrolytic efficiency is improved.

Wherein, plate 2 202, mesh plate 2 302, plate 1, mesh plate 1 mutually intersect and are arranged in parallel, And three-dimensional dimension length, width, thickness are also all identical.Plate 2 202, mesh plate 2 302 are separated with motherboard 1 to prevent In electrical contact, plate 1, mesh plate 1 separate with motherboard 2 102 in electrical contact to prevent.It is mounted on band so just Plate 1, mesh plate 1 on the motherboard 1 of electricity is positively charged, be mounted on plate 2 202 on motherboard 2 102, Mesh plate 2 302 is negatively charged, and plate 1, mesh plate 1 intersect with plate 2 202, mesh plate 2 302, And it is spaced lesser distance, and make to be located at plate 2 202, mesh plate 2 302, plate 1, mesh plate 1 between each other Electrolyte carry out electrocatalysis.Meanwhile plate 1, plate 2 202 play flow blocking guide functions, make electrolyte along flat The baffling direction of plate is flowed, and mesh plate 1, mesh plate 2 302 enable electrolyte along mesh vertical direction and baffling direction It is flowed, so that the electrolyte in electrolytic cell be enable to flow along multiple directions, generates multiple circulation passages, fill electrolyte The plate and mesh plate of tap touching electrification, enable electrolyte to be uniformly sufficiently carried out electrocatalysis, improve water purification quality.

Fig. 9 and Figure 10 is please referred to, three groups of slots are opened up on distance plate 501, four are arranged in each groups of slots mutually Parallel slot 1001.Plate 1, mesh plate 1, plate 2 202, the identical other side of mesh plate 2 302 are vertical It is plugged on the same mounting surface of distance plate 501, and is inserted into slot 1001, carry out dismountable assembled installation, in order to It dismantles and installs again again, recycle plate and mesh plate, make the sustainable use of material.As shown in figure 11, fixed It is separated by away from being opened up on plate 501 with the identical other side of plate 1, mesh plate 1, plate 2 202, mesh plate 2 302 Multiple mounting holes 901 can pass through mounting hole 901 by using screw and distance plate 501 is fixed, pacify distance plate 501 In electrolytic cell.Distance plate 501 can combine anode mechanism and cathode mechanism, and anode mechanism and cathode mechanism It does not contact between each other, i.e., is electrically connected there is no direct, avoids direct short-circuit, while fixed effect can also be played.

It in other embodiments, can be in the polar plate group of setting other quantity, and plate and mesh in each polar plate group The quantity of plate may be the same or different, and meet actual electrolysis demand.

Therefore, the electro-catalysis pole plate component of the present embodiment by setting anode mechanism and cathode mechanism, and is respectively connected to electricity The positive and negative anodes in source, and place in a cell, it completes to be purified electrolyte the electrocatalysis of electrolyte.Meanwhile sun Pole mechanism and cathode mechanism are provided with plate and mesh plate, and increase the contact surface between motherboard and plate or mesh plate Product reduces electric energy loss to reduce connection resistance, reduces water purification cost.The present embodiment on plate and mesh plate by applying Electrode compound is covered, plate and mesh plate is made sufficiently to carry out electrocatalysis in electrolytic cell, improves electro-catalysis efficiency.The present embodiment The pole plate combination also combined by using plate and mesh plate, plate play flow blocking guide functions, make electrolyte along flat The baffling direction of plate is flowed, and mesh plate enables electrolyte to be flowed along the baffling direction of mesh vertical direction and mesh plate, To enable the electrolyte in electrolytic cell to flow along multiple directions, multiple circulation passages are generated, electrolyte is made to come into full contact with band The plate and mesh plate of electricity enable electrolyte to be uniformly sufficiently carried out electrocatalysis, improve water purification quality.

Embodiment 2

The electro-catalysis pole plate component of the present embodiment is similar to embodiment 1, distinguishes in polar plate group in this present embodiment Composition is different.Figure 12 is please referred to, the anode mechanism of the present embodiment includes three polar plate groups, one of polar plate group and embodiment 1 In identical, the difference of other two polar plate group and embodiment 1.In another two polar plate group, each polar plate group includes two pieces mixed Plywood 1, each mixed plate 1 include 3 203, mesh plates 3 303 of a plate.Plate 3 203, mesh plate three 303 surface is coated with electrode compound, and is connected with each other and scrabbles up one piece of whole plate.This block whole plate and plate 1, mesh plate one 301 are similarly installed, i.e., identical side is perpendicularly interposed on the same mounting surface of motherboard 1, and defines mixing The extending direction of one 401 grafting side of plate is the length direction of mixed plate 1, and the length of one 401 grafting side of mixed plate is up to 2/5ths of one 401 length of mixed plate.Figure 13 is please referred to, the plate three in each mixed plate 1 in the present embodiment 203, the distribution of mesh plate 3 303 is different, and as shown in Figure 14 and Figure 15, plate 3 203 be can be set far from motherboard 1 Side, also can be set close to motherboard 1 side.Equally, mesh plate 3 303 can be set far from motherboard one 101 side also can be set in the side close to motherboard 1.

Figure 16, Figure 17, Figure 18 and Figure 19 are please referred to, the cathode mechanism of the present embodiment is identical as anode construction, places position Difference is set, and can be combined with anode mechanism.Wherein, cathode mechanism includes two pieces of mixed plates 2 402.Plate 4 204 or net Orifice plate 4 304, plate 2 202, mesh plate 2 302 phase the same side be perpendicularly interposed on the same mounting surface of motherboard 2 102, And the extending direction for defining 2 402 grafting side of mixed plate is the length direction of mixed plate 2 402,2 402 grafting side of mixed plate Length is up to 2/5ths of 2 402 length of mixed plate.Wherein, plate 2 202, mesh plate 2 302, mixed plate 2 402, flat Plate 1, mesh plate 1, mixed plate 1 mutually intersect and are arranged in parallel, and plate 2 202, mixes mesh plate 2 302 Plywood 2 402 is separated with motherboard 1, plate 1, mesh plate 1, mixed plate 1 with motherboard 2 102 every It opens.

Therefore, the electro-catalysis pole plate component of the present embodiment compares for embodiment 1 and has bigger adaptation range, while can To be randomly provided in anode mechanism and cathode mechanism, electric area is connect so as to be arranged electrolyte according to actual needs, is mentioned The electro-catalysis efficiency of high pole plate component, avoids over-electrolysis, improves the utilization rate of electric energy.

Embodiment 3

The electro-catalysis pole plate component of the present embodiment and the electro-catalysis pole plate component of embodiment 1 are similar, and difference is this implementation Plate and the quantity of mesh plate and being not quite similar for embodiment 1 in example in polar plate group.Figure 20, Figure 21, Figure 22 are please referred to, in figure It is identical there are two polar plate group in three polar plate groups of anode mechanism, it has been all made of two mesh plates 1, a plate one 201.Equally, Figure 23, Figure 24 and Figure 25 are please referred to, cathode mechanism is identical structure with anode mechanism, and only placement location is not Together.Figure 26 is please referred to, after anode mechanism and cathode construction combine, compared to embodiment 1, the quantity of mesh plate is big in the present embodiment It increases greatly, to increase the aisle spare of electrolyte and connect electric area, further increases electro-catalysis efficiency, improve water purification effect Rate and quality.

Embodiment 4

The electro-catalysis pole plate component of the present embodiment and the electro-catalysis pole plate component of embodiment 1 are similar, and difference is this implementation Plate 1, the mesh plate 1, plate 2 202,2 302 spaced set of mesh plate of example, and all plate 1, One polar plate group of mesh plate one 301 compositions, one all plates 2 202, mesh plate 2 302 compositions polar plate group.This reality Electrolysis slot space can be equably separated by the plate and mesh plate for applying example, make electrolyte level among the space of separation, It is electrolysed electrolyte simultaneously, the electrolytic efficiency of electrolyte is improved, while electro-catalysis equably can be carried out to electrolyte, keeps away Exempt from the insufficient situation of electrolyte electro-catalysis, improve the function and effect of electro-catalysis, improve utilization rate of electrical, reduces the wave to resource Take.

It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (10)

1. a kind of electro-catalysis pole plate component, it is characterised in that: comprising:

Anode mechanism comprising access the conductive motherboard one (101) of positive pole, surface be coated at least one piece of electrode compound it is flat Plate one (201), surface are coated at least one piece of mesh plate one (301) of electrode compound；Plate one (201), mesh plate one (301) Phase the same side is perpendicularly interposed on the same mounting surface of motherboard one (101), and defines plate one (201), mesh plate one (301) The extending direction of grafting side is respectively the length direction of plate one (201), mesh plate one (301)；Plate one (201), mesh plate The length of one (301) grafting side respectively be up to plate one (201), mesh plate one (301) length 2/5ths；

Cathode mechanism comprising the conductive motherboard of power cathode is tiled in the same plane and accessed with conductive motherboard one (101) Two (102), surface are coated at least one flat plate two (202) of electrode compound, surface is coated at least one piece of mesh of electrode compound Plate two (302)；Plate two (202), mesh plate two (302) phase the same side be perpendicularly interposed in the same peace of motherboard two (102) On dress face, and define plate two (202), the extending direction of mesh plate two (302) grafting side is respectively plate two (202), mesh The length direction of plate two (302)；Plate two (202), mesh plate two (302) grafting side length respectively be up to plate two (202), 2/5ths of mesh plate two (302) length；Plate two (202), mesh plate two (302), plate one (201), mesh Plate one (301) mutually intersects and is arranged in parallel, and plate two (202), mesh plate two (302) are separated with motherboard one (101), puts down Plate one (201), mesh plate one (301) are separated with motherboard two (102)；And

Insulate distance plate (501), plate one (201), mesh plate one (301), plate two (202), mesh plate two (302) it is identical The other side is vertically plugged on the same mounting surface of distance plate (501).

2. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: plate one (201), mesh plate one (301), plate two (202), mesh plate two (302) are all made of the compound clad plate of composite coating titanium plate, stainless steel, in graphite plate It is a kind of.

3. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: plate one (201), mesh plate one (301), plate two (202), mesh plate two (302) spaced set.

4. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: at least one flat plate one (201), extremely Few one piece of mesh plate one (301) forms a polar plate group one, and the distance between each polar plate group one is all the same；At least one plate Two (202), at least one mesh plate two (302) form a polar plate group two, and the distance between each polar plate group two is all the same.

5. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: the anode mechanism further includes at least One piece of mixed plate one (401)；Mixed plate one (401) includes that surface is coated with the plate three (203) of electrode compound, surface is coated with electrode Coating and the mesh plate three (303) being connect with plate three (203)；Plate three (203) or mesh plate three (303), plate one (201), phase the same side of mesh plate one (301) is perpendicularly interposed on the same mounting surface of motherboard one (101), and defines mixing The extending direction of plate one (401) grafting side is the length direction of mixed plate one (401), the length of mixed plate one (401) grafting side Up to 2/5ths of mixed plate one (401) length；

The cathode mechanism further includes at least one piece of mixed plate two (402)；Mixed plate two (402) includes that surface is coated with electrode compound Plate four (204), the surface mesh plate four (304) that is coated with electrode compound and is connect with plate four (204)；Plate four (204) Or phase the same side of mesh plate four (304), plate two (202), mesh plate two (302) is perpendicularly interposed in motherboard two (102) On same mounting surface, and the extending direction for defining mixed plate two (402) grafting side is the length direction of mixed plate two (402), is mixed The length of plywood two (402) grafting side is up to 2/5ths of mixed plate two (402) length；

Wherein, plate two (202), mesh plate two (302), mixed plate two (402), plate one (201), mesh plate one (301), mixed Plywood one (401) mutually intersects and is arranged in parallel, plate two (202), mesh plate two (302), mixed plate two (402) with mother Plate one (101) separates, and plate one (201), mesh plate one (301), mixed plate one (401) are separated with motherboard two (102).

6. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: plate one (201), mesh plate one (301), plate two (202), the three-dimensional dimension of mesh plate two (302) are all the same.

7. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: the anode mechanism further includes one Anode terminal (601), the cathode mechanism further include a cathode terminal (602)；Pacify one end of anode terminal (601) Mounted in motherboard one (101), the other end opens up threaded hole one (701)；One end of cathode terminal (602) is mounted on motherboard two (102) on, the other end opens up threaded hole two (702).

8. a kind of electro-catalysis pole plate component according to claim 7, it is characterised in that: opened up on motherboard one (101) about Anode terminal (601) symmetrical at least two through-hole one (801) opens up about cathode terminal (602) on motherboard two (102) Symmetrical at least two through-hole two (802).

9. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: plate one (201), mesh plate one (301) phase the same side is inserted perpendicularly into and is welded on the same mounting surface of motherboard one (101), plate two (202), mesh plate Phase the same side of two (302) is inserted perpendicularly into and is welded on the same mounting surface of motherboard two (102)；Plate one (201), mesh Plate one (301), plate two (202), mesh plate two (302) the equal assembled in the identical other side be plugged on the same of distance plate (501) On one mounting surface.

10. a kind of electro-catalysis pole plate component according to claim 1, it is characterised in that: distance plate is opened up and put down on (501) Plate one (201), mesh plate one (301), plate two (202), mesh plate two (302) multiple mounting holes for being separated by of the identical other side (901)。