CN204974580U - Automatic clearing device - Google Patents
Automatic clearing device Download PDFInfo
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- CN204974580U CN204974580U CN201520566614.6U CN201520566614U CN204974580U CN 204974580 U CN204974580 U CN 204974580U CN 201520566614 U CN201520566614 U CN 201520566614U CN 204974580 U CN204974580 U CN 204974580U
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Abstract
The utility model relates to an automatic clearing device, include: workstation, a driving motor, the 2nd driving motor and water pump, it has set gradually feed carousel, washing case, stoving case and has received the material carousel to be the annular on the workstation, the feed carousel is connected with a driving motor, receives the material carousel and is connected with the 2nd driving motor, each washs the case and the stoving case has import and the export that corresponds the setting respectively, each rinses the incasement and partly do not is provided with first driving roller and secondary drive roller, and first driving roller and secondary drive roller are laminated each other, and a connected drive roller has the 3rd driving motor, each washs the incasement and is provided with the rabbling mechanism, and the rabbling mechanism includes rotating electrical machines and pivot roller, is provided with a plurality of blades on the pivot roller, and the pivot roller is connected with rotating motor driven. The utility model discloses effectively having reduced the manufacturing cost of utmost point ear, having makeed the cleaning efficiency higher through the stirring, the cleaning performance is better.
Description
Technical field
The utility model relates to cleaning equipment, particularly relates to automatic flushing device.
Background technology
Lug is a kind of raw material of lithium ion polymer battery product, is the metallic conductor extracted by both positive and negative polarity from battery battery core.Need in cell production process to keep producing the clean of material, to ensure the conductance of battery and to increase the service life of battery, existing lug cleaning adopts manual cleaning more, or rectilinear continuous-flow type production line cleaning, manual cleaning inefficiency, cost is high, and although continuous-flow type production improves efficiency, but the pipeline length used is longer, China utility model ZL201420441261.2 discloses a kind of automatic flushing device, it comprises: discharge plate, rewinding dish and the first motor, described discharge plate and described rewinding dish correspondence are arranged, discharging mechanism is arranged in sequence with between described discharge plate and rewinding dish, multiple rinse bath that solution is housed, baking box and receiving mechanism, although this automatic flushing device substantially increases cleaning efficiency, but it is larger to take up room, large-area factory building is often needed to carry out placement streamline, production cost is remained high.
Utility model content
Based on this, be necessary to take up room greatly for cleaning equipment, make to clean the higher defect of cost, provide one to take up room little, effectively reduce the automatic flushing device of production cost, make cleaning efficiency higher by stirring, cleaning performance is better simultaneously.
A kind of automatic flushing device, comprising:
Workbench, the first drive motors, the second drive motors and water pump;
Described workbench is disposed with ringwise feed rotating disk, cleaning case, drying baker and rewinding rotating disk;
Described feed rotating disk is connected with described first drive motors, and described rewinding rotating disk is connected with described second drive motors;
Described cleaning case comprises the first cleaning case, the second cleaning case, the 3rd cleaning case, the 4th cleaning case;
Described first cleaning case, described second cleaning case, described 3rd cleaning case, the 4th cleaning case and described drying baker have import and the outlet of corresponding setting respectively;
Cleaning case inside described in each is respectively arranged with the first live-roller and the second live-roller, described first live-roller and described second live-roller bonded to each other, described first live-roller is connected with the 3rd drive motors;
Described water pump has pump mouth and water jet, described in each, cleaning case has water inlet respectively, and be respectively arranged with accumulator tank outside cleaning case described in each, described accumulator tank has a delivery port, described delivery port is connected to the pump mouth of described water pump, and water inlet described in each is connected to the water jet of described water pump;
Be provided with rabbling mechanism in cleaning case described in each, described rabbling mechanism comprises electric rotating machine and rotating shaft roller, and described rotating shaft roller is provided with multiple blade, and described rotating shaft roller drives with described electric rotating machine and is connected.
In one embodiment, described rotating shaft roller is provided with four described blades.
In one embodiment, four described blades are evenly arranged on described rotating shaft roller.
In one embodiment, two described rabbling mechanisms are set in cleaning case described in each.
In one embodiment, two described rabbling mechanisms are arranged at the both sides of described first live-roller and described second live-roller.
In one embodiment, described blade is set to waveform.
Above-mentioned automatic flushing device, the first live-roller and the second live-roller that play gearing are arranged in cleaning case, decrease taking up room of automatic flushing device, effectively reduce the production cost of lug, make cleaning efficiency higher by stirring, cleaning performance is better.
Accompanying drawing explanation
Fig. 1 is a direction structure schematic diagram of the automatic flushing device of the utility model embodiment;
Fig. 2 is the cross-sectional view of the first cleaning case of the utility model embodiment;
Fig. 3 is the perspective view of the first cleaning case of the utility model embodiment;
Fig. 4 is the cross-sectional view of the first cleaning case of another embodiment of the utility model;
Fig. 5 is the structural representation of the feed rotating disk of the utility model embodiment;
Fig. 6 is a direction structure schematic diagram of the first cleaning case of the utility model embodiment;
Fig. 7 is a direction structure schematic diagram of the first cleaning case of another embodiment of the utility model.
Detailed description of the invention
For the ease of understanding the utility model, below with reference to relevant drawings, the utility model is described more fully.Better embodiment of the present utility model is given in accompanying drawing.But the utility model can realize in many different forms, is not limited to embodiment described herein.On the contrary, provide the object of these embodiments be make to disclosure of the present utility model understand more thorough comprehensively.
It should be noted that, when element is called as " being arranged at " another element, directly can there is element placed in the middle in it on another element or also.When an element is considered to " connection " another element, it can be directly connected to another element or may there is centering elements simultaneously.Term as used herein " vertical ", " level ", "left", "right" and similar statement just for illustrative purposes, do not represent it is unique embodiment.
Unless otherwise defined, all technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present utility model understand usually.The object of the term used in description of the present utility model herein just in order to describe concrete embodiment, is not intended to be restriction the utility model.Term as used herein " and/or " comprise arbitrary and all combinations of one or more relevant Listed Items.
As shown in Figure 1, it is the automatic flushing device 10 of the utility model one preferred embodiment, comprise: workbench 100, first drive motors, the second drive motors and water pump, described workbench 100 is disposed with ringwise feed rotating disk 200, first cleaning case 510, second cleaning case 520, the 3rd cleaning case 530, the 4th cleaning case 540, drying baker 300 and rewinding rotating disk 400.
As shown in Figure 5, described feed rotating disk 200 is connected with described first drive motors 210.
Described rewinding rotating disk 400 is connected with described second drive motors.
Described first cleaning case 510, described second cleaning case 520, described 3rd cleaning case 530, the 4th cleaning case 540 and described drying baker 300 have import and the outlet of corresponding setting respectively, as shown in Figure 3, described first cleaning case 510 correspondence is provided with import 501 and outlet 502.
Cleaning case inside described in each is respectively arranged with the first live-roller and the second live-roller, described first live-roller and described second live-roller bonded to each other, described first live-roller is connected with the 3rd drive motors; As shown in Figure 2, in described first cleaning case 510, be provided with the first live-roller 503 and the second live-roller 504, described first live-roller 503 and described second live-roller 504 bonded to each other, described first live-roller 503 is connected with the 3rd drive motors 505.
Described water pump has pump mouth and water jet, described in each, cleaning case has water inlet respectively, and be respectively arranged with accumulator tank outside cleaning case described in each, described accumulator tank has a delivery port, described delivery port is connected to the pump mouth of water pump, water inlet described in each is connected to the water jet of corresponding described water pump, as Fig. 3, shown in Fig. 4, described first cleaning case 510 has water inlet 552, and the arranged outside of described first cleaning case 510 has accumulator tank 550, described accumulator tank 550 has a delivery port 551, the delivery port 551 of described accumulator tank 550 is connected to the pump mouth of water pump 509, the water inlet 552 of described first cleaning case 510 is connected to the water jet of corresponding described water pump 509.
During work, first drive motors 210 and the second drive motors drive feed rotating disk 200 and rewinding rotating disk 400 to rotate respectively, feed rotating disk 200 is contrary with rewinding rotating disk 400 rotation direction, such as, overlook feed rotating disk 200 and rewinding rotating disk 400 from top to bottom, feed rotating disk 200 rotates clockwise, rewinding rotating disk 400 rotates counterclockwise, the lug of the rectangular sheet of winding on feed rotating disk 200 is in the rotation along with feed rotating disk 200 and rewinding rotating disk 400, be conveyed through the first cleaning case 510 successively, second cleaning case 520, 3rd cleaning case 530, 4th cleaning case 540 and drying baker 300 move, lug is through the first cleaning case 510, second cleaning case 520, when the 3rd cleaning case 530 and the 4th cleaning case 540, cleaned, dry through drying baker 300 subsequently, finally be wound onto on rewinding rotating disk 400.
When driving lug to move across the first cleaning case 510, second cleaning case 520, the 3rd cleaning case 530 and the 4th cleaning case 540 when cleaning, lug abuts with the first live-roller of each cleaning case and the second live-roller respectively, it is more steady that described first live-roller 503 and described second live-roller 504 make lug move, lug is moved stressed more even, avoid the rotation due to rewinding rotating disk 400 to pull, lug is ruptured; Another side, without the need to extra transmission mechanism, significantly reduces taking up room of automatic flushing device 10.
Because lug moves in cleaning solution, the surface having adhered to the lug of liquid is comparatively smooth, first live-roller 503 and the second live-roller 504, two frictional force between live-roller and lug are lower, transmission efficiency is lower, in order to improve the transmission efficiency of described first live-roller 503 and the second live-roller 504, described first live-roller 503 and described second live-roller 504 surface are provided with frosted layer, frosted layer adds the frictional force with lug, and the transmission efficiency of described first live-roller 503 and described second live-roller 504 pairs of lugs is improved; Just as, described first live-roller 503 and described second live-roller 504 surface are provided with hairbrush layer, described hairbrush layer is made up of tiny and that hardness is higher hairbrush, add the first live-roller 503 and the frictional force between the second live-roller 504 and lug on the one hand, also can scrub lug surface on the other hand, make lug cleaning performance better.Such as, described first live-roller 503 and described second live-roller 504 are set to rubber rollers, rubber rollers has good elasticity, and for example, the spacing in the center of circle of described first live-roller 503 and the center of circle of described second live-roller 504 is less than the radius sum of described first live-roller 503 and described second live-roller 504, namely extrude mutually between described first live-roller 503 and described second live-roller 504, like this, lug transmission between described first live-roller 503 and described second live-roller 504 is subject to the immense pressure of described first live-roller 503 and described second live-roller 504, thus increase described first live-roller 503 and the frictional force between described second live-roller 504 and lug, the efficiency of described first live-roller 503 and described second live-roller 504 is improved, thus make lug transmission more steady.
Lug is at the first cleaning case 510, second cleaning case 520, when the 3rd cleaning case 530 and the 4th cleaning case 540, successively by the first cleaning case 510, second cleaning case 520, the import of the 3rd cleaning case 530 and the 4th cleaning case 540 enters, and left by outlet, cleaning solution is easily from the first cleaning case 510, second cleaning case 520, import 501 or the outlet 502 of the 3rd cleaning case 530 and the 4th cleaning case 540 leak, first cleaning case 510, second cleaning case 520, the cleaning solution that 3rd cleaning case 530 and the 4th cleaning case 540 leak is discharged to accumulator tank 550, solution in accumulator tank 550 is drawn back by water pump 509 and is delivered to the first cleaning case 510, second cleaning case 520, 3rd cleaning case 530 and the 4th cleaning case 540, realize the first cleaning case 510, second cleaning case 520, the circulation-supplied of cleaning solution in 3rd cleaning case 530 and the 4th cleaning case 540, avoid the waste of cleaning solution, reduce production cost.
In order to make lug at the first cleaning case 510, second cleaning case 520, fully cleaned in 3rd cleaning case 530 and the 4th cleaning case 540, make cleaning performance better, such as, described first cleaning case 510, second cleaning case 520, rabbling mechanism is provided with in 3rd cleaning case 530 and the 4th cleaning case 540, such as, described first cleaning case 510, second cleaning case 520, electric rotating machine is provided with bottom 3rd cleaning case 530 and the 4th cleaning case 540, such as, described rabbling mechanism comprises three agitating rollers, such as, three cylindrical agitating rollers are set, connect one bottom three agitating rollers and stir rotating disk, such as, a stirring rotating disk connects bottom three agitating rollers, described stirring rotating disk drives with electric rotating machine and is connected, described stirring rotating disk is circular, three agitating rollers are evenly arranged along stirring disk peripheral, in order to strengthen mixing effect, two rabbling mechanisms are such as set, as shown in Figure 6, three agitating rollers 506 are provided with bottom described first cleaning case 510, connect one bottom three agitating rollers 506 and stir rotating disk 507, described stirring rotating disk 507 drives with electric rotating machine and is connected, described stirring rotating disk 507 is circular, and three agitating rollers 506 are evenly arranged along stirring rotating disk 507 circumference.During electric rotating machine work, drive the rotary motion of three agitating rollers 506, cleaning solution in described first cleaning case 510, second cleaning case 520, the 3rd cleaning case 530 and the 4th cleaning case 540 is stirred, thus cleaning solution is rolled, the lug through described first cleaning case 510, second cleaning case 520, the 3rd cleaning case 530 and the 4th cleaning case 540 fully can be cleaned in the cleaning solution of rolling.
In order to strengthen stirring dynamics, such as, refer again to Fig. 6, described agitating roller 506 has diamond structure, the agitating roller 506 of rhombus is larger with cleaning solution contact area, the resistance being subject to cleaning solution of agitating roller 506 is larger, thus makes the mixing effect of cleaning solution better, and the rolling amplitude of cleaning solution is larger.Such as, described agitating roller 506 is provided with blade 506a, specifically, four limits on the agitating roller 506 of rhombus are respectively arranged with the blade 506a perpendicular to four limits, blade 506a further increases the contact area of agitating roller 506 and cleaning solution, make agitating roller 506 have larger mixing power when rotating, cleaning solution rolling amplitude strengthens further, makes the cleaning performance of lug in cleaning solution better; In order to make blade 506a, there is comparatively strong hardness and corrosion resistance, described blade 506a is set to plastics blade 506a, make blade 506a have good corrosion resistance, there is comparatively strong hardness, there is advantage with low cost simultaneously, avoid the bending when rotating with agitating roller 506, in order to strengthen the hardness of blade 506a further, such as, described blade 506a thickness is set to 3mm ~ 8mm, preferably, described blade 506a thickness is set to 5mm.
In another embodiment, described rabbling mechanism comprises rotating shaft roller, as shown in Figure 7, multiple rotating shaft roller 508 is provided with bottom described first cleaning case 510, described rotating shaft roller 508 drives with described electric rotating machine and is connected, and described rotating shaft roller 508 is provided with multiple blade 508a, such as, described blade 508a quantity is four, and four described blade 508a are evenly arranged on described rotating shaft roller 508, it should be understood that the length due to blade 508a is longer, the resistance being subject to cleaning solution is larger, if adopt made of plastic, by easy bending or fracture, in order to make blade 508a have extreme hardness and corrosion resistance, described blade 508a is set to albronze blade 508a, in order to reduce the weight of blade 508a, blade 508a is made to rotate more laborsaving with rotating shaft roller 508, save energy consumption, such as, blade 508a thickness is set to 3mm ~ 5mm, preferably, blade 508a thickness is set to 4mm, blade 508a is made to have comparatively strong hardness on the one hand, not easily bending, on the other hand, make blade 508a lighter in weight, be easy to rotate, reduce energy consumption, rotate to allow blade 508a and more meet liquid flow trend, such as, blade 508a is set to waveform, stronger motive force is provided on the one hand to cleaning solution, make blade 508a not frangibility on the other hand.During work, described electric rotating machine drives described rotating shaft roller 508 to rotate, and four blade 508a are rotating around described rotating shaft roller 508, and strong agitation is done to cleaning solution, make cleaning solution strenuous exercise, lug surface is rinsed, lug is fully cleaned.
In order to strengthen stirring action, described rabbling mechanism is set to two, two rabbling mechanisms are arranged at the both sides of described first live-roller 503 and described second live-roller 504, or two rabbling mechanisms are arranged at front and the rear of described first live-roller 503 and described second live-roller 504.
In order to make described lug at described first cleaning case 510, second cleaning case 520, the cleaning performance of the 3rd cleaning case 530 and the 4th cleaning case 540 is better, described first cleaning case 510, second cleaning case 520, percussion mechanism is provided with in 3rd cleaning case 530 and the 4th cleaning case 540, described percussion mechanism comprises vibration motor and is arranged at described first cleaning case 510, second cleaning case 520, the jolting plate of the bottom of the 3rd cleaning case 530 and the 4th cleaning case 540, described vibration motor is connected with described jolting plate, when described lug is at described first cleaning case 510, second cleaning case 520, when cleaning in the 3rd cleaning case 530 and the 4th cleaning case 540, vibration motor drives described jolting plate to shake, cleaning solution is acutely rolled, continuous flushing lug, lug is fully cleaned.
In order to strengthen vibrating effect, such as, described jolting plate is set to metallic plate, and such as, described jolting plate is set to rectangular metal plate, and such as, under equal quality, improve vibration frequency, described jolting plate is set to aluminium sheet; Because jolting plate long-term work is in cleaning solution, easily oxidized or corrosion, such as, in order to improve described jolting plate service life, described jolting plate is set to albronze plate, and albronze plate can improve vibrations efficiency on the one hand, can effectively avoid jolting plate to be corroded on the other hand, be oxidized, and there is higher hardness, improve the service life of jolting plate.
In order to improve the vibration frequency of jolting plate further, reduce the energy consumption of vibration motor, such as, described jolting plate thickness is set to 0.55mm ~ 0.85mm, preferably, described jolting plate thickness is set to 0.65mm, jolting plate is made to have larger vibration frequency and amplitude under identical driving power on the one hand, cleaning solution is made to be subject to stronger vibrations and to roll, thus make lug cleaning performance better, make jolting plate have higher hardness on the other hand, avoid jolting plate bending, improve the service life of jolting plate.
In order to improve vibrations efficiency further, such as, described jolting plate is set to four pieces, four pieces of jolting plates are evenly arranged around described first live-roller 503 and described second live-roller 504, like this, lug is when by described first cleaning case 510, second cleaning case 520, the 3rd cleaning case 530 and the 4th cleaning case 540, and cleaning solution shakes from the four direction of lug, rolls, and makes the cleaning performance of lug better.
In order to improve cleaning solution at described first cleaning case 510, second cleaning case 520, mobility in 3rd cleaning case 530 and the 4th cleaning case 540, lug is fully cleaned, described first cleaning case 510, second cleaning case 520, rotating mechanism is provided with in 3rd cleaning case 530 and the 4th cleaning case 540, such as, described first cleaning case 510, second cleaning case 520, revolving wormgear is provided with bottom 3rd cleaning case 530 and the 4th cleaning case 540, described revolving wormgear is connected with electric rotating machine, like this, revolving wormgear drives cleaning solution to rotate rolling under electric rotating machine drives, lug is fully cleaned, revolving wormgear due to the resistance being subject to solution less, therefore energy consumption is lower, make lug cleaning performance better on the one hand, revolving wormgear has the energy consumption lower than rabbling mechanism on the other hand.
In order to improve cleaning performance further, such as, supersonic generator is provided with in described first cleaning case 510, second cleaning case 520, the 3rd cleaning case 530 and the 4th cleaning case 540, by supersonic generator, Ultrasonic Cleaning is carried out to lug, make lug cleaning performance better, reduce further energy consumption simultaneously.
In order to remove in cleaning solution the impurity cleaning lug and stay, as shown in Figure 4, the delivery port 551 of described accumulator tank 550 is connected with chimney filter 511, described chimney filter 511 is connected with described water pump 509 by water pipe, such as, multistorey strainer mesh is provided with in described chimney filter 511, described filter screen can be tackled cleaning the impurity stayed and filter, in order to optimize the filter effect of multistorey strainer mesh, the filter opening of multistorey strainer mesh staggers mutually, like this, the probability that impurity is blocked can be improved, further raising filter effect, such as, the filter opening diameter of described filter screen is set to 0.4mm ~ 0.8mm, preferably, the diameter of described filter opening is set to 0.65mm, the interdiction capability of filter screen can be improved on the one hand, can ensure that on the other hand cleaning solution can be quickly through, avoid blocking, such as, be provided with spongy layer in described chimney filter 511, the gap of spongy layer is closeer, has good interdiction capability, has good filter effect.
In order in time by Impurity removal, chimney filter 511 is avoided to block, such as, described chimney filter 511 is connected with the water pipe being connected described water pump 509 with the delivery port 551 of described accumulator tank 550 respectively by screw thread, when water pump 509 inflow is less, or when the operate power of water pump 509 rises, indicate that described chimney filter 511 has started blocking, then chimney filter 511 is backed out from described delivery port 551, chimney filter 511 is changed or cleaned, the circulation rate of cleaning solution is got a promotion, and reduces the operate power of water pump 509.
In one embodiment, described first cleaning case 510 is set to washer box, described second cleaning case 520 is rinse tank, described 3rd cleaning case 530 is oxidation case, described 4th cleaning case 540 is rinse tank, such as, cleaning solution in described first cleaning case 510 is cleaning agent, for washing the impurity on lug surface, cleaning solution in described second cleaning case 520 is clear water, for removing the cleaning agent sticked on lug surface, make lug clean surface, composition in 3rd cleaning case 530 is not impacted, cleaning solution in described 3rd cleaning case 530 is oxidizing solution, for forming oxide layer on lug surface, lug is protected, the cleaning solution of described 4th cleaning case 540 is clear water, for removing the oxidizing solution on lug surface, make lug clean surface.
In one embodiment, cleaning agent in described first cleaning case 510 comprises each component of following mass parts: 200 parts ~ 800 parts, water, 0.6 part ~ 0.9 part, hydrogen peroxide, 0.5 part ~ 1.0 parts, sodium chloride, 0.2 part ~ 0.8 part, potash, 0.8 part ~ 1.4 parts, potassium hydroxide, glycerine 3 parts ~ 5 parts, sodium hydrogen phosphate 0.6 part ~ 0.8 part, 0.2 part ~ 0.6 part, sodium carbonate, sodium acid carbonate 0.4 part ~ 0.8 part, sodium metasilicate 0.6 ~ 0.9 part, sodium alkyl sulfate 1.0 parts ~ 1.2 parts and sodium alkyl benzene sulfonate 0.8 part ~ 1.0 parts.
Preferably, cleaning agent in described first cleaning case 510 comprises each component of following mass parts: 500 parts, water, 0.7 part, hydrogen peroxide, 0.8 part, sodium chloride, 0.5 part, potash, 0.9 part, potassium hydroxide, glycerine 4 parts, sodium hydrogen phosphate 0.7 part, 0.5 part, sodium carbonate, sodium acid carbonate 0.6 part, sodium metasilicate 0.75 part, sodium alkyl sulfate 1 part and sodium alkyl benzene sulfonate 0.9 part.Like this, good cleaning performance can be obtained.
In order to improve cleaning performance, improve the activity of cleaning agent, the cleaning agent temperature of described first cleaning case 510 is set to 65 ° ~ 85 °, and preferably, the cleaning agent temperature of described first cleaning case 510 is set to 78 °.
The cleaning agent nonhazardous be made up of above-mentioned each component, cost is low, has good cleaning performance, the impurity adhering to lug surface can be removed fast and effectively.Wherein, sodium alkyl sulfate and sodium alkyl benzene sulfonate are anion surfactant, there is good activity, lug surface impurity can be removed rapidly, potash, potassium hydroxide, glycerine, sodium hydrogen phosphate and sodium carbonate make lug surface stain resistance, the dirt after cleaning can be prevented again to be deposited on lug, sodium metasilicate makes lug surface have good effect of impregnation, there is good removal and dispersion greasy dirt, glycerine and water can carry out any ratio and mix, avoid water Yin Wendu too low and condense, improving the mobility of water.
In one embodiment, oxidizing solution in described 3rd cleaning case 530 comprises each component of following mass parts: 200 parts ~ 800 parts, water, ammonium acid fluoride 0.5 part ~ 2.5 parts, 0.8 part ~ 1.8 parts, chromium oxide, sodium phosphate 0.5 part ~ 2.0 parts, nickelous sulfate 0.2 part ~ 0.4 part, natrium citricum 0.5 part ~ 0.8 part and boric acid 0.8 part ~ 2.0 parts.
Preferably, oxidizing solution in described 3rd cleaning case 530 comprises each component of following mass parts: 200 parts ~ 800 parts, water, ammonium acid fluoride 0.5 part ~ 2.5 parts, 0.8 part ~ 1.8 parts, chromium oxide, sodium phosphate 0.5 part ~ 2.0 parts, nickelous sulfate 0.2 part ~ 0.4 part, natrium citricum 0.5 part ~ 0.8 part and boric acid 0.8 part ~ 2.0 parts.
The oxidizing solution of mentioned component, can rapidly to the lug surface oxidation through cleaning, and make lug surface form oxide layer, and then protect lug, wherein nickelous sulfate has the effect of accelerated oxidation.
It is worth mentioning that, lug and oxidizing solution carry out the speed that is oxidized and residing temperature correlation, lug oxidation rate between 50 ° ~ 90 ° is very fast, such as, the temperature of the oxidizing solution of described 3rd cleaning case 530 is set to 50 ° ~ 90 °, preferably, the temperature of the oxidizing solution of described 3rd cleaning case 530 is set to 75 °, like this, make lug can rapid oxidation when through the 3rd cleaning case 530, improve efficiency.
In order to improve the washing speed of lug in the first cleaning case 510 and carry out the speed that is oxidized in the 3rd cleaning case 530, such as, heater and temperature inductor is provided with in described first cleaning case 510 and described 3rd cleaning case 530, described heater is connected respectively at temperature controller with described temperature inductor, when the temperature of the solution in the first cleaning case 510 and the 3rd cleaning case 530 is lower, described temperature inductor by the temperature feedback of solution to temperature controller, temperature controller control heater works, solution temperature is made to increase, when the solution temperature in the first cleaning case 510 and the 3rd cleaning case 530 reaches preset range, then temperature controller control heater quits work, such as, in order to improve the efficiency of heating surface, described heater is heating rod, such as, in order to reduce energy consumption, oxidizing solution is heated more even, described heater is heater strip, described heater strip is uniformly distributed in four sidewalls and the bottom of described first cleaning case 510 and described 3rd cleaning case 530.
The temperature of the cleaning solution in maintenance first cleaning case 510 and the 3rd cleaning case 530, need constantly to heat cleaning solution, cleaning solution will be caused to be heated accelerate evaporation rate like this, in order to avoid solution concentration is too high, such as, described first cleaning case 510 and the 3rd cleaning case 530 are also provided with concentration detector and detector for liquid level, when concentration detector detects that solution concentration is too high, then give the alarm; When liquid level is lower than preset height, then give the alarm.
Through washing, cleaning, oxidation and the lug after again cleaning, send into drying baker 300 and dry.
In order to accelerate the rate of drying of lug, wind wheel is provided with in described drying baker 300, high temperature in drying baker 300 makes the liquid sticked on lug be evaporated rapidly, wind wheel makes the hot-air in drying baker 300 circulate, heat in drying baker 300 is more evenly distributed, such as, wind wheel quantity is two, two described wind wheels are symmetricly set in drying baker 300, such as, two wind wheels are symmetrical arranged about the connecting line between the import 501 of drying baker 300 and outlet 502, lug is made to move in outlet 502 process in the import 501 by drying baker 300, fully dried.
In order to strengthen the hot-air circulation in described drying baker 300 further, such as, dividing plate is provided with in described drying baker 300, described dividing plate is arranged on the inwall of drying baker 300, such as, the inside sidewalls of the both sides along the described lug direction of motion of described drying baker 300 is respectively arranged with side dividing plate, base spacer is provided with bottom described drying baker 300, described drying baker 300 top is provided with roof spacer, two described side dividing plates, described base spacer and described roof spacer are interconnected, described drying baker 300 is spaced apart interior drying baker 300 and outer drying baker 300, described wind wheel is connected to described interior drying baker 300 and described outer drying baker 300, under the effect of wind wheel, air circulation is in interior drying baker 300 and outer drying baker 300, such as, described wind wheel is arranged on two side dividing plates, such as, in order to accelerate the velocity of liquid assets of hot-air, described wind wheel is set to blower wheel and air-suction wheel respectively, specifically, be arranged at the contrary setting of the wind wheel on two side dividing plates, make a wind wheel that the hot-air of interior drying baker 300 is retracted to outer drying baker 300, the air of outer drying baker 300 is blown into interior drying baker 300 by another wind wheel, thus make the air passage rates in drying baker 300 faster, at lug through out-of-date, the liquid sticked on lug can evaporate rapidly, lug is fully dried.
Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this description is recorded.
The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to utility model patent scope.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (6)
1. an automatic flushing device, is characterized in that, comprising:
Workbench, the first drive motors, the second drive motors and water pump;
Described workbench is disposed with ringwise feed rotating disk, cleaning case, drying baker and rewinding rotating disk;
Described feed rotating disk is connected with described first drive motors, and described rewinding rotating disk is connected with described second drive motors;
Described cleaning case comprises the first cleaning case, the second cleaning case, the 3rd cleaning case, the 4th cleaning case;
Described first cleaning case, described second cleaning case, described 3rd cleaning case, the 4th cleaning case and described drying baker have import and the outlet of corresponding setting respectively;
Cleaning case inside described in each is respectively arranged with the first live-roller and the second live-roller, described first live-roller and described second live-roller bonded to each other, described first live-roller is connected with the 3rd drive motors;
Described water pump has pump mouth and water jet, described in each, cleaning case has water inlet respectively, and be respectively arranged with accumulator tank outside cleaning case described in each, described accumulator tank has a delivery port, described delivery port is connected to the pump mouth of described water pump, and water inlet described in each is connected to the water jet of described water pump;
Be provided with rabbling mechanism in cleaning case described in each, described rabbling mechanism comprises electric rotating machine and rotating shaft roller, and described rotating shaft roller is provided with multiple blade, and described rotating shaft roller drives with described electric rotating machine and is connected.
2. automatic flushing device according to claim 1, is characterized in that, described rotating shaft roller is provided with four described blades.
3. automatic flushing device according to claim 2, is characterized in that, four described blades are evenly arranged on described rotating shaft roller.
4. the automatic flushing device according to any one of claim 1-3, is characterized in that, arranges two described rabbling mechanisms in cleaning case described in each.
5. automatic flushing device according to claim 4, is characterized in that, two described rabbling mechanisms are arranged at the both sides of described first live-roller and described second live-roller.
6. automatic flushing device according to claim 4, is characterized in that, described blade is set to waveform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520566614.6U CN204974580U (en) | 2015-07-29 | 2015-07-29 | Automatic clearing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520566614.6U CN204974580U (en) | 2015-07-29 | 2015-07-29 | Automatic clearing device |
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|---|---|
| CN204974580U true CN204974580U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520566614.6U Expired - Fee Related CN204974580U (en) | 2015-07-29 | 2015-07-29 | Automatic clearing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112964124A (en) * | 2021-04-09 | 2021-06-15 | 杭州制氧机集团股份有限公司 | Automatic cleaning device for heat transfer fins of aluminum plate-fin heat exchanger |
-
2015
- 2015-07-29 CN CN201520566614.6U patent/CN204974580U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112964124A (en) * | 2021-04-09 | 2021-06-15 | 杭州制氧机集团股份有限公司 | Automatic cleaning device for heat transfer fins of aluminum plate-fin heat exchanger |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |