CN103114318A - Electric brush plating device of flat plate type metal component - Google Patents
Electric brush plating device of flat plate type metal component Download PDFInfo
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- CN103114318A CN103114318A CN2013100715546A CN201310071554A CN103114318A CN 103114318 A CN103114318 A CN 103114318A CN 2013100715546 A CN2013100715546 A CN 2013100715546A CN 201310071554 A CN201310071554 A CN 201310071554A CN 103114318 A CN103114318 A CN 103114318A
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Abstract
The invention discloses an electric brush plating device of a flat plate type metal component. The electric brush plating device comprises a movement control device, a brush, an anode plate and an electric brush plating groove, wherein the brush and the anode plate are fixedly mounted in the electric brush plating groove; a plating component is mounted on the movement control device and is positioned in the electric brush plating groove; the plated surface of the plating component is opposite to the anode plate; the plating component and the anode plate are respectively connected with the cathode and the anode of a direct-current power supply; the bristles of the brush face the plated surface of the plating component; the movement control device controls the plating component to do horizontal reciprocating rectilinear movement in the electric brush plating groove; when the plating component moves in front of the brush, the plated surface of the plating component do friction movement relative to the bristles of the brush. According to the electric brush plating device, the brush and the plating component do relative flexible friction movement in partial time during the whole electric brush plating process, so that the electric deposition speed is accelerated effectively; and a plating layer is prevented from generating pinholes, pocking marks, nodules and the like. Therefore, the quality of the plating layer is improved.
Description
Technical field
The present invention relates to a kind of metallic surface electric brushing coating installation, espespecially a kind of device that flat-type metallic element surface is carried out Brush Plating.
Background technology
At present, traditional galvanic deposit (plating) allows the current density of use very limited, is generally less than 10A/dm
2(except electrodeposited chromium), electrodeposition rate is slower, and the coating production cycle is longer, and the roughness of electrodeposition cladding can increase along with the prolongation of electrodeposition time, easily produces the problems such as coating is mingled with, grain-size is thick.In actual applications, in order to obtain the careful coating of light, usually add a certain amount of additive (wetting agent, brightening agent, leveling agent etc.) in plating solution, and additive can consume along with the carrying out of galvanic deposit, make on the one hand maintenance of bath become difficult, can cause on the other hand containing more organic inclusion in coating, thereby affect the purity of metal plating, can cause also that sometimes the increase of coating fragility and coating is combined the defective such as bad with metallic matrix.
And though present existing electric brushing coating installation has that equipment is simple, volume is little, lightweight, portable, be convenient to use at the scene or carry out the advantages such as field repairing, but, this electric brushing coating installation exists following defective: first, plated pen (anode) material adopts high-purity fine graphite to make mostly, and this plated pen wears no resistance, work-ing life is short; The second, there are the defectives such as efficient is low, labor intensity of operating staff is large, quality of coating is unstable in this electric brushing coating installation take manual operations as main; The 3rd, there is plating solution waste problem, the metal ion more than 40% of residue plating solution can not effectively be recycled.
Summary of the invention
The object of the present invention is to provide a kind of flat-type metallic element electric brushing coating installation, this device can effectively improve the mass transfer in liquid phase process, promote electrodeposition rate, remove surface impurity and suppress hydrogen and infiltrate coating, avoid producing on coating the defectives such as pin hole, pit, dross, thereby improve the electrodeposition cladding surface quality.
To achieve these goals, the present invention has adopted following technical scheme:
a kind of flat-type metallic element electric brushing coating installation, it is characterized in that: it comprises motion control device, hairbrush, positive plate and brush coating bath, wherein: this hairbrush, this positive plate is fixedly mounted in this brush coating bath, plating piece is arranged on this motion control device via the insulation handle, this plating piece is in this brush coating bath, being oppositely arranged by surfacing and this positive plate of this plating piece, this plating piece is connected with the negative pole of direct supply, this positive plate is connected with the positive pole of this direct supply, the bristle of this hairbrush is arranged by surfacing towards this plating piece, this plating piece is subjected to the control of this motion control device and makes the horizontal reciprocating translational motion in this brush coating bath, in the time of before this plating piece moves to this hairbrush, this plating piece made relative fricting movement between the bristle of surfacing and this hairbrush.
The width of described positive plate greater than described plating piece by the width of surfacing so that described plating piece is when making the horizontal reciprocating translational motion, described plating piece total relative with the part of described positive plate by surfacing.
In the time of before described plating piece moves to described hairbrush, carry out relative fricting movement described plating piece by contacted shrink range between the bristle of surfacing and described hairbrush between 1 millimeter～6 millimeters.
Described hairbrush comprises brush holder, is fixed with described bristle on this brush holder, and this bristle is that animal wool or artificial flexible materials or natural fiber are made.
Described brush coating bath is top mouthful open type brush coating bath, and the bottom of described brush coating bath is provided with the leakage fluid dram of being convenient to discharge waste liquid.
Described motion control device comprises guide rail, buncher, on this guide rail, slide block is installed, be fixed with described insulation handle on this slide block, this buncher is controlled this slide block via transmission mechanism and is moved on this guide rail, this guide rail is provided with the limit switch that limits this slide block movement distance, and this buncher is connected with general control system.
a kind of flat-type metallic element electric brushing coating installation, it is characterized in that: it comprises motion control device, hairbrush, positive plate and brush coating bath, wherein: this plating piece, this positive plate is fixedly mounted in this brush coating bath, being oppositely arranged by surfacing and this positive plate of this plating piece, this plating piece is connected with the negative pole of direct supply, this positive plate is connected with the positive pole of this direct supply, this hairbrush is arranged on this motion control device via the insulation handle, this hairbrush is in this brush coating bath, the bristle of this hairbrush is arranged by surfacing towards this plating piece, this hairbrush is subjected to the control of this motion control device and makes the horizontal reciprocating translational motion in this brush coating bath, in the time of before this hairbrush moves to this plating piece, this plating piece made relative fricting movement between the bristle of surfacing and this hairbrush.
Described hairbrush comprises brush holder, is fixed with described bristle on this brush holder, and this bristle is that animal wool or artificial flexible materials or natural fiber are made; In the time of before described hairbrush moves to described plating piece, carry out relative fricting movement described plating piece by contacted shrink range between the bristle of surfacing and described hairbrush between 1 millimeter～6 millimeters.
Described brush coating bath is top mouthful open type brush coating bath, and the bottom of described brush coating bath is provided with the leakage fluid dram of being convenient to discharge waste liquid.
Described motion control device comprises guide rail, buncher, on this guide rail, slide block is installed, be fixed with described insulation handle on this slide block, this buncher is controlled this slide block via transmission mechanism and is moved on this guide rail, this guide rail is provided with the limit switch that limits this slide block movement distance, and this buncher is connected with general control system.
Advantage of the present invention is:
the present invention is by making hairbrush and plating piece (being the flat-type metallic element) carry out the relative flexibility fricting movement in the part-time of whole Brush Plating, improved the mass transfer in liquid phase process, the limit galvanic deposit current density of plating solution and the upper limit that current density is used in permission have effectively been promoted, accelerated electrodeposition rate, removed surface impurity, suppress hydrogen and infiltrated coating, effectively avoided the coating on the plating piece to produce pin hole, pit, the defectives such as dross, improved the quality of coating, improved the mechanical property of plating piece, in addition, the present invention effectively reduces operator's labour intensity, promoted the stability of Brush Plating, the present invention is applicable to the various coating of surface electrical brush plating to the flat-type metallic element.
Description of drawings
Fig. 1 is the composition schematic diagram of preferred embodiment of the present invention;
Fig. 2 is the hairbrush schematic diagram in the present invention.
Embodiment
as shown in Figure 1, flat-type metallic element electric brushing coating installation of the present invention comprises motion control device, hairbrush 23, positive plate 22 and brush coating bath 30, wherein: this hairbrush 23, this positive plate 22 is fixedly mounted in this brush coating bath 30, plating piece (being the flat-type metallic element) 50 is arranged on this motion control device via insulation handle 21, in practice, plating piece 50 can be fixedly mounted on this insulation handle 21 via conducting block and conducting rod (not shown), this plating piece 50 is in this brush coating bath 30, this plating piece 50 referred to positive plate 22 plate faces by surfacing and this positive plate 22() be oppositely arranged, this plating piece 50 is connected with the negative pole of direct supply 20, in practice, plating piece 50 is connected with the negative pole of direct supply 20 via the conductive core that is arranged in insulation handle 21, this positive plate 22 is connected with the positive pole of this direct supply 20, this direct supply 20 provides continuously adjustable galvanic current for the Brush Plating process, bristle 232 being arranged by surfacing towards this plating piece 50 of this hairbrush 23, this plating piece 50 is subjected to the control of this motion control device and makes the horizontal reciprocating translational motion with setting speed in this brush coating bath 30, when this plating piece 50 moves to this hairbrush 23 when front, this plating piece 50 made relative fricting movement between the bristle 232 of surfacing and this hairbrush 23.
Need to prove, when reality is used, this hairbrush 23, plating piece 50, positive plate 22 all are in the plating solution (not shown) that holds in this brush coating bath 30, this plating piece 50 is subjected to being controlled in the plating solution that holds in this brush coating bath 30 of this motion control device to make the horizontal reciprocating translational motion with setting speed, when this plating piece 50 moves to this hairbrush 23 that is in equally in plating solution when front, this plating piece 50 made relative fricting movement between the bristle 232 of surfacing and this hairbrush 23.
When actual design, the width of positive plate 22 should greater than plating piece 50 by the width of surfacing, so that plating piece 50 is when making the horizontal reciprocating translational motion, plating piece 50 can be referred to positive plate 22 plate faces with positive plate 22(by surfacing) a part relative, to guarantee the relative homogeneity of galvanic deposit current density, guarantee the Brush Plating quality of plating piece 50.For example, as Fig. 1, positive plate 22 can be made of mutual polylith sheet positive plate at a distance of a determining deviation, and shown in figure is three sheet positive plates, and these three sheet positive plates are connected with the positive pole of direct supply 20 after being connected via conduction thick stick 24.
When actual design, plating piece 50 be generally plane or hither plane by surfacing, preferably, plating piece 50 should be referred to positive plate 22 plate faces with positive plate 22(by surfacing) parallel being oppositely arranged, and do in the straight-line process of horizontal reciprocating at plating piece 50, what should guarantee plating piece 50 can be referred to positive plate 22 plate faces with positive plate 22(by surfacing) a part parallel relative.
When plating piece 50 moves to the hairbrush 23 that is in equally in plating solution when front, carry out should being controlled between 1 millimeter～6 millimeters by contacted shrink range between the bristle 232 of surfacing and hairbrush 23 of plating piece 50 of relative fricting movement, so that plating piece 50 is had enough contact pressures between the bristle 232 of surfacing and hairbrush 23, play the effect of mutual friction and disturbance, and hairbrush 23 can not had a negative impact by surfacing to plating piece 50.
In actual use, if shrink range is less than 1 millimeter, do not have rubbing effect mutually well, if shrink range is greater than 6 millimeters, hairbrush 23 easily aggravates and reduction of service life owing to rubbing, it can to being produced large-area covering and shielding by surfacing, reduce coating deposition quality and sedimentation effect again.In reality, shrink range is set as 2 millimeter and is advisable, and the friction that produces and disturbance are all best on elimination, the impact of crystal growth direction and the refinement of grain size of the defectives such as the pin hole that produces on coating, pit, dross.
As Fig. 2, hairbrush 23 comprises brush holder 231, is fixed with bristle 232 on this brush holder 231, and this bristle 232 is flexible materials, can be animal wool (as bristles, horse-hair etc.) or artificial flexible materials (as PA, PP material etc.) or natural fiber (as mountain palm fibre etc.) and makes.This bristle 232 requires to have certain width and thickness, length depending on Brush Plating requirement, and its length generally is slightly larger than by the length of surfacing, and this bristle 232 requires non-conductive, acid-alkali-corrosive-resisting, have certain intensity and plasticity, have higher wear resistance and thermotolerance.
For fear of occuring because relative flexibility friction heat release causes the too fast phenomenon of plating solution temperature rise, as Fig. 1, brush coating bath 30 is designed to top mouthful open type brush coating bath.In addition, as Fig. 1, the bottom of brush coating bath 30 is provided with the leakage fluid dram 31 of being convenient to discharge waste liquid.
when actual design, this motion control device can comprise guide rail 13, the buncher (not shown), on this guide rail 13, slide block 15 is installed, be fixed with insulation handle 21 on this slide block 15, this buncher is controlled this slide block 15 via transmission mechanism 14 and is moved on this guide rail 13, this guide rail 13 is provided with the limit switch 16 that limits these slide block 15 move distances, the position of limit switch 16 can be regulated by the screw on the support (not marking in figure) that is fixed on motion control device, this buncher is connected with the general control system (not shown), this general control system can comprise revolution speed control device and on off control device, as Fig. 1, this general control system can be designed a control panel 10, this control panel 10 is provided with start and stop key 11 and rotating speed control knob 12.
In actual design, the selected material of positive plate 22 should decide according to coating kind and the material of wanting Brush Plating on plating piece 50, for example, Brush Plating monometallic nickel coating, positive plate 22 is made for the nickel material.And plating solution also should be selected its solution composition according to coating kind and the character of Brush Plating.Positive plate 22 and plating piece 50 by should be at a distance of setpoint distance between surfacing, their distances apart also should require to determine according to the actual electrical brush plating.In the present invention, the setting of the selection of coating kind and character, positive plate 22 materials, plating solution and preparation, positive plate 22 and 50 distances apart of plating piece is the technology of knowing of this area, does not here describe in detail.
the invention allows for another flat-type metallic element electric brushing coating installation, this electric brushing coating installation comprises motion control device, hairbrush, positive plate and brush coating bath, wherein: this plating piece (being the flat-type metallic element), this positive plate is fixedly mounted in this brush coating bath, being oppositely arranged by surfacing and this positive plate of this plating piece, roughly the same the getting final product of width by the width of surfacing and this positive plate of this plating piece, this plating piece is connected with the negative pole of direct supply, this positive plate is connected with the positive pole of this direct supply, this direct supply provides continuously adjustable galvanic current for the Brush Plating process, this hairbrush is arranged on this motion control device via the insulation handle, this hairbrush is in this brush coating bath, the bristle of this hairbrush is arranged by surfacing towards this plating piece, in actual use, this hairbrush, plating piece, positive plate all is in the plating solution that holds in this brush coating bath, this hairbrush is subjected to the control of this motion control device and makes the horizontal reciprocating translational motion with setting speed in the plating solution that holds in this brush coating bath, in the time of before this hairbrush moves to this plating piece that is in equally in plating solution, this plating piece made relative fricting movement between the bristle of surfacing and this hairbrush.
It should be noted that, this electric brushing coating installation is that the mounting means change to hairbrush 23, plating piece 50 obtains on the basis of the invention described above electric brushing coating installation shown in Fig. 1, the difference of this electric brushing coating installation and the invention described above electric brushing coating installation only is, in this electric brushing coating installation, motion control device is to drive hairbrush to make horizontal reciprocating with setting speed in the brush coating bath straight-line, rather than drives plating piece and make the horizontal reciprocating translational motion.Principle of work and the working process of these two kinds of electric brushing coating installations are basic identical.
The below illustrates working process of the present invention and principle of work with the electric brushing coating installation shown in Fig. 1.
As Fig. 1, with brush coating bath 30 fixed placement on microscope carrier 40, by adjusting the position of microscope carrier 40, make the staggered relatively, preferably parallel staggered relatively with positive plate 22 maintenances by surfacing of the plating piece 50 that is fixed on insulation handle 21.Start motion control device by start and stop key 11, regulate the rotating speed of buncher by rotating speed control knob 12, the movement velocity of adjusting slider 15 on guide rail 13, slide block 15 drives plating piece 50 motions, namely regulate the translational speed of plating piece 50, so by the restriction of two limit switches 16, plating piece 50 is being made the horizontal reciprocating translational motion with setting speed under the drive of slide block 15 between two limit switches 16.Then, again adjust the position of microscope carrier 40, make the frictional force that is contacted and have setting between surfacing (being a kind of pressure) of bristle 232 with the plating piece 50 of hairbrush 23, then the closing movement control device.
Then at the corresponding plating solution of the interior injection of brush coating bath 30, plating solution accounts for greatly 1/2～2/3 of Brush Plating groove 30 capacity.Start motion control device and open direct supply 20, so plating piece 50 is made the horizontal reciprocating translational motion within the specific limits with the setting speed that regulates, beginning to carry out the Brush Plating operation.
In the Brush Plating process, corresponding chemical/electrochemical reaction under the effect of impressed current, occurs with plating solution with positive plate 22 in plating piece 50, make metal ion plating piece 50 by surfacing on the galvanic deposit effect occurs.Movement and hairbrush 23 and relative fricting movement plating piece 50 between the effect of having played violent stirring plating solution of plating piece 50 in plating solution, compressed the deficient layer of ion (diffusion layer), thereby the upper limit of current density is used in the limit galvanic deposit current density and the permission that have improved plating solution, and then has accelerated Brush Plating speed.And the relative flexibility fricting movement between hairbrush 23 and plating piece 50 can produce to the coating that forms on plating piece 50 friction and perturbation action, this friction and perturbation action can effectively be removed impurity and the bubble hydrogen that adsorbs on coating in electrodeposition process, thereby avoid coating to produce the phenomenons such as pin hole, pit, dross.In addition, but the relative flexibility fricting movement between hairbrush 23 and plating piece 50 is the crystal grain thinning size also, improve each crystal face growth velocity of coating, suppress dendritic growth, the trend of impelling crystal to be parallel to the matrix growth increases, make the structure of plating layer smooth densification that becomes, thereby improve quality and the mechanical property of coating.
When arriving the Brush Plating time (the Brush Plating time is determined according to the current density of use and the thickness requirement of coating) of setting, close direct supply 20 and motion control device, discharge the residue plating solution by leakage fluid dram 31, in the interior injection cleaning water of brush coating bath 30, plating piece 50 is cleaned subsequently.After washing the residual plating solution on plating piece 50, take out plating piece 50 and carry out drying, can be met the metallic element of desired size and mechanical property.
It should be noted that, hairbrush 23 is not all to occur in whole Brush Plating process with relative fricting movement between plating piece 50, that is to say, in part-time in whole Brush Plating process, carrying out relative fricting movement between hairbrush 23 and plating piece 50, and be not carry out relative fricting movement between hairbrush 23 and plating piece 50 in other times.Carry out relative fricting movement if make between hairbrush 23 and plating piece 50 in whole Brush Plating process, can cause plating piece 50 can't carry out the normal electrical deposition, and can damage coating surface quality.
Certainly, in actually operating, carry out first to carry out the pre-treatment operation to plating piece 50 before the Brush Plating operation, be specially: at the corresponding pre-treatment of the interior injection of brush coating bath 30 (electric clean, activation) solution, solution accounts for greatly 1/2～2/3 of Brush Plating groove 30 capacity, start subsequently motion control device and open direct supply 20, plating piece 50 is made within the specific limits the horizontal reciprocating translational motion and plating piece 50 is carried out the pre-treatment operation with the setting speed that regulates.
In the present invention, plating piece 50(is negative plate) and plating solution between the chemical/electrochemical reaction that occurs between the chemical/electrochemical reaction, positive plate 22 and the plating solution that occur be the technology of knowing of this area, here do not describe in detail.
Advantage of the present invention is:
1, carry out in the Brush Plating process in the present invention, owing to taking to make hairbrush or plating piece (being the flat-type metallic element) carry out the horizontal linear to-and-fro movement, make in the part-time of whole Brush Plating, produced the relative flexibility fricting movement between hairbrush and plating piece, therefore, the present invention has promoted electrodeposition rate, improved the quality of electrodeposition cladding, wherein, the violent stirring effect that the horizontal linear to-and-fro movement in plating solution of hairbrush or plating piece produces plating solution, and friction and perturbation action that the relative flexibility fricting movement between hairbrush and plating piece produces can compress the deficient layer of ion (diffusion layer), improve the limit galvanic deposit current density of plating solution and the upper limit that current density is used in permission, and then quickening Brush Plating speed, and the friction that the relative flexibility fricting movement between hairbrush and plating piece produces and perturbation action can also effectively be removed impurity and the bubble hydrogen of coating surface absorption, thereby effectively avoid coating to produce pin hole, pit, the defectives such as dross, in addition, but the fricting shearing power that the relative flexibility fricting movement between hairbrush and plating piece produces and perturbation action crystal grain thinning size, the direction of growth of effectively improving each crystal face growth velocity of coating and coating surface crystal (suppresses dendritic growth, the trend of impelling crystal to be parallel to the matrix growth increases), make the structure of plating layer smooth densification that becomes, thereby improve quality and the mechanical property of coating.
2, simple operation of the present invention, be applicable to the various coating of surface electrical brush plating to the flat-type metallic element, such as monometallic (as nickel, copper, zinc etc.) coating, alloy (as Ni-Co, Cu-Zn, Zn-Ni etc.) coating, nano-composite plate etc., the plating solution of use can be selected according to coating kind and the character of Brush Plating.In addition, adopt the anode material corresponding with plating solution master salt can effectively reduce the waste of plating solution, realize the stable use that plating solution is long-term.
3, in the actual electrical brush plating, can adopt pre-treatment mode and the Brush Plating solution of Brush Plating, thereby solve electroplating pretreatment process complicated (multiple-grooved processing) and long problem of process time, can greatly strengthen the bonding force of coating and plating piece matrix, certainly, in the situation that the requirement of the bonding force of coating is not too high, adopt the pre-treatment mode of electroplating also can satisfy the Brush Plating demand.
4, select the good hairbrush of wear resistance, can effectively increase the work-ing life of hairbrush, and solve the problem of repeatedly changing plated pen in traditional electroplating process.
5, the opened type brush coating bath in the present invention is designed with to be beneficial to and avoids occuring because relative flexibility friction heat release causes the too fast phenomenon of plating solution temperature rise.
6, the present invention adopts semi-automatic means to carry out the Brush Plating operation to plating piece, effectively reduces operator's labour intensity, and has promoted the stability of Brush Plating.
7, the Brush Plating operation carried out of the present invention can not affect the purity of coating, can not change the fragility of coating, can make coating and plating piece matrix keep good bonding force.
Above-mentioned is preferred embodiment of the present invention and the know-why used thereof; for a person skilled in the art; in the situation that do not deviate from the spirit and scope of the present invention; any based on apparent changes such as the equivalent transformation on the technical solution of the present invention basis, simple replacements, within all belonging to protection domain of the present invention.
Claims (10)
1. flat-type metallic element electric brushing coating installation, it is characterized in that: it comprises motion control device, hairbrush, positive plate and brush coating bath, wherein: this hairbrush, this positive plate is fixedly mounted in this brush coating bath, plating piece is arranged on this motion control device via the insulation handle, this plating piece is in this brush coating bath, being oppositely arranged by surfacing and this positive plate of this plating piece, this plating piece is connected with the negative pole of direct supply, this positive plate is connected with the positive pole of this direct supply, the bristle of this hairbrush is arranged by surfacing towards this plating piece, this plating piece is subjected to the control of this motion control device and makes the horizontal reciprocating translational motion in this brush coating bath, in the time of before this plating piece moves to this hairbrush, this plating piece made relative fricting movement between the bristle of surfacing and this hairbrush.
2. flat-type metallic element electric brushing coating installation as claimed in claim 1 is characterized in that:
The width of described positive plate greater than described plating piece by the width of surfacing so that described plating piece is when making the horizontal reciprocating translational motion, described plating piece total relative with the part of described positive plate by surfacing.
3. flat-type metallic element electric brushing coating installation as claimed in claim 1 is characterized in that:
In the time of before described plating piece moves to described hairbrush, carry out relative fricting movement described plating piece by contacted shrink range between the bristle of surfacing and described hairbrush between 1 millimeter～6 millimeters.
4. flat-type metallic element electric brushing coating installation as described in any one in claims 1 to 3 is characterized in that:
Described hairbrush comprises brush holder, is fixed with described bristle on this brush holder, and this bristle is that animal wool or artificial flexible materials or natural fiber are made.
5. flat-type metallic element electric brushing coating installation as described in any one in claims 1 to 3 is characterized in that:
Described brush coating bath is top mouthful open type brush coating bath, and the bottom of described brush coating bath is provided with the leakage fluid dram of being convenient to discharge waste liquid.
6. flat-type metallic element electric brushing coating installation as described in any one in claims 1 to 3 is characterized in that:
Described motion control device comprises guide rail, buncher, on this guide rail, slide block is installed, be fixed with described insulation handle on this slide block, this buncher is controlled this slide block via transmission mechanism and is moved on this guide rail, this guide rail is provided with the limit switch that limits this slide block movement distance, and this buncher is connected with general control system.
7. flat-type metallic element electric brushing coating installation, it is characterized in that: it comprises motion control device, hairbrush, positive plate and brush coating bath, wherein: this plating piece, this positive plate is fixedly mounted in this brush coating bath, being oppositely arranged by surfacing and this positive plate of this plating piece, this plating piece is connected with the negative pole of direct supply, this positive plate is connected with the positive pole of this direct supply, this hairbrush is arranged on this motion control device via the insulation handle, this hairbrush is in this brush coating bath, the bristle of this hairbrush is arranged by surfacing towards this plating piece, this hairbrush is subjected to the control of this motion control device and makes the horizontal reciprocating translational motion in this brush coating bath, in the time of before this hairbrush moves to this plating piece, this plating piece made relative fricting movement between the bristle of surfacing and this hairbrush.
8. flat-type metallic element electric brushing coating installation as claimed in claim 7 is characterized in that:
Described hairbrush comprises brush holder, is fixed with described bristle on this brush holder, and this bristle is that animal wool or artificial flexible materials or natural fiber are made;
In the time of before described hairbrush moves to described plating piece, carry out relative fricting movement described plating piece by contacted shrink range between the bristle of surfacing and described hairbrush between 1 millimeter～6 millimeters.
9. flat-type metallic element electric brushing coating installation as claimed in claim 7 or 8 is characterized in that:
Described brush coating bath is top mouthful open type brush coating bath, and the bottom of described brush coating bath is provided with the leakage fluid dram of being convenient to discharge waste liquid.
10. flat-type metallic element electric brushing coating installation as claimed in claim 7 or 8 is characterized in that:
Described motion control device comprises guide rail, buncher, on this guide rail, slide block is installed, be fixed with described insulation handle on this slide block, this buncher is controlled this slide block via transmission mechanism and is moved on this guide rail, this guide rail is provided with the limit switch that limits this slide block movement distance, and this buncher is connected with general control system.
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103469265A (en) * | 2013-09-25 | 2013-12-25 | 珠海紫翔电子科技有限公司 | Conducting hairbrush carrier |
| CN103526241A (en) * | 2013-09-23 | 2014-01-22 | 中国人民解放军装甲兵工程学院 | Brush plating device and method for repairing scratches of mechanical parts |
| CN103526243A (en) * | 2013-10-17 | 2014-01-22 | 广西大学 | Brush electroplating repair experiment platform for oil cylinder barrel |
| CN103966637A (en) * | 2014-05-08 | 2014-08-06 | 广西大学 | Brushing electroplating experimental platform |
| CN104562109A (en) * | 2014-12-05 | 2015-04-29 | 广西大学 | Flat electro brush plating experiment platform |
| CN106939435A (en) * | 2017-04-28 | 2017-07-11 | 北京汽车股份有限公司 | Portable galvanizing rig |
| CN114438565A (en) * | 2022-02-21 | 2022-05-06 | 湖南昇通新材料科技有限公司 | Production equipment and method for electromagnetic shielding fabric brush nickel plating |
| CN114892227A (en) * | 2022-03-30 | 2022-08-12 | 沈阳理工大学 | Method and experimental device for electrodeposition of nickel-cobalt alloy coating with nanostructure through physical field auxiliary pulse |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1170049A (en) * | 1996-07-01 | 1998-01-14 | 柯国平 | Method and apparatus for quickly electroplating |
| CN2767461Y (en) * | 2004-08-04 | 2006-03-29 | 上海工程技术大学 | Nano electro-brush plating test apparatus |
| US20070144896A1 (en) * | 2004-06-01 | 2007-06-28 | Glassman Steven P | Plating process enhanced by squeegee roller apparatus |
| CN102817054A (en) * | 2012-07-20 | 2012-12-12 | 樊荣 | Electric brush plating machine |
| CN102899708A (en) * | 2012-11-05 | 2013-01-30 | 无锡宏联电镀设备有限公司 | Cathode moving device for electroplating bath |
-
2013
- 2013-03-06 CN CN201310071554.6A patent/CN103114318B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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