CN100500311C - Apparatus for removing impurity from solution cleaning tank - Google Patents
Apparatus for removing impurity from solution cleaning tank Download PDFInfo
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- CN100500311C CN100500311C CNB2005101123090A CN200510112309A CN100500311C CN 100500311 C CN100500311 C CN 100500311C CN B2005101123090 A CNB2005101123090 A CN B2005101123090A CN 200510112309 A CN200510112309 A CN 200510112309A CN 100500311 C CN100500311 C CN 100500311C
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Abstract
The invention relates to a cleaner for cleaning foreign matters of solution wash tank. It comprises a tube and a filter, which is characterized in that: it also comprises an ejector and a solution recycle container. Said tubes connects the ejector, the solution recycle container, the filter and the wash tank; each section of tube is mounted with valves for altering the flow direction of gas and solution. In working, the ejector ejects compressed air, and via alteruing valve to change the flow direction of gas and solution; the filter filters the solution of wash tank to be adsorbed into solution recycle container; via altering valve, the flow direction of filtered gas or solution is changed to be attained into wash tank with or without filter. Compared to present device, the invention can clean the foreign matter floating in the wash tank and clean the foreign matter at the bottom of wash tank, without jam and accidence. And it has high efficiency and easy maintenance.
Description
Technical field
The present invention relates to a kind of ultrasonic cleaning apparatus, relate in particular in the ultrasonic cleaning apparatus device foreign bodies removal in the solution rinse bath.
Background technology
Washing and precipitating and the foreign matter of savings in the solution rinse bath, the main at present dual mode that adopts, a kind of is artificial removing, a kind of is to utilize filter pump to remove.The artificial removing at first needs to discharge the liquid in the solution rinse bath, manually the foreign matter of solution rinse bath swept then.This reset mode is that the amount of labour, working strength are bigger on the one hand.Be that the removing inconvenience also can not be thorough with foreign bodies removal on the other hand.Utilizing filter pump to remove is at first by the water pump on it liquid in solution rinse bath to be pumped together with foreign matter, and catches foreign matter in the liquid by the filter on it again.This reset mode, though it is more laborsaving than first kind of mode, remove more convenient, but this mode can only capture the foreign matter that swims in the solution, and can't pumping and be filtered device, the foreign matter that is deposited in the solution bottom of rinse bath catches, so can only regularly arrange manually to discharge liquid in the solution rinse bath again, the foreign matter with precipitation cleans again.Because the hand sweeping foreign matter is a kind of very dirty, antihygienic work, a lot of people do not go for, the resentment of being weary of is arranged, so do not have in major part under the situation of effectively supervision, foreign bodies removal ground is not very clean thorough in the groove, thereby can finally cause the cleaning performance of ultrasonic cleaning apparatus not good, even the foreign matter that is trapped in the solution can cause fault to scavenging pump.
Summary of the invention
Technical problem to be solved by this invention provides the scavenge unit of foreign matter in a kind of solution rinse bath, this device can dispose automatically, up hill and dale at short notice in the solution rinse bath floating and the precipitation foreign matter, the interior solution of solution rinse bath is purified fully, overcome the deficiency that prior art exists.
Technical solution problem of the present invention is to realize by following technical scheme:
The scavenge unit of foreign matter in a kind of solution rinse bath, comprise pipeline 1 and filter 2, it is characterized in that: also comprise injector 3, solution returnable 4, described pipeline 1 segmentation couples together injector 3, solution returnable 4, filter 2 and rinse bath 5, described each segment pipe be provided with converted gas and flow of solution to valve member; During 3 work of described injector, constantly spray compressed air, by adjusting the valve member on each segment pipe, the gases in the solution returnable 4 are separated out, pressure reduces, thereby after flow of solution in the rinse bath 5 are filtered through filters 2, flows to solution returnable 4; By adjusting the valve member on each segment pipe, can make the compressed air that sprays from injector 3 inject solution returnable 4 again, pressure increases, and the solution in the solution returnable 4 is flowed back to rinse bath 5 through filter 2 or without filter 2.
A kind of optimal technical scheme of the present invention is: described valve member is a threeway guide valve 601,602,603 and two-way valve 604, wherein the port 6011 of threeway guide valve 601 connects a segment pipe 101, this segment pipe 101 is connected to rinse bath 5 and is deep into rinse bath 5 bottoms, port 6012 is by three segment pipes 102,103,104 fens two-way, one the road is connected to the import 201 of filter 2, one the tunnel connects the port 6021 of threeway guide valve 602, port 6013 is by pipeline 105,106,107 fens two-way, one tunnel outlet 202, a tunnel that connects filter 2 connects the port 6022 of threeway guide valve 602; The port 6023 of described threeway guide valve 602 connects solution returnable 4 by pipeline 108, and this segment pipe 108 is deep into the bottom of solution returnable 4; The outlet 401 of described solution returnable 4 is by 109,110,111 fens two-way of three segment pipes, and one the tunnel connects the port 301 of injectors 3 again through two-way valve 604 by a segment pipe 112, and another road connects the port 6031 of threeway guide valve 603; The ejiction opening 302 of described injector 3 connects the port 6032 of threeway guide valve 603; The port 6033 of described threeway guide valve 603 is communicated with extraneous, the air inlet 303 that described injector 3 has the voltage supply stream of compressed air to advance.
Another optimal technical scheme of the present invention, be above-mentioned optimal technical scheme to be carried out part-structure change: save three segment pipes 102,105,106, the port 6012 of described threeway guide valve 601 is passed through the port 6021 that pipeline 103 directly connects threeway guide valve 602, and port 6013 directly connects the import 201 of filter 2 by pipeline 104; The outlet 202 of filter 2 is directly connected the port 6022 of threeway guide valve 602 by pipeline 107; Other structure is identical with above-mentioned optimal technical scheme.
A two-way valve 605 that is used to connect air compressor machine can be connected on described injector 3 air inlets 303, and a pressure regulator 606 can be on the pipeline between injector 3 and the two-way valve 605, set up.
Threeway guide valve described in the above-mentioned optimal technical scheme 601,602,603 can replace with the assembly that two or three two-way valves and three-way pipe connect and compose.
Adopt above-mentioned technical scheme, can be by the mode that is reduced pressure in solution returnable 4 inside, utilize in the rinse bath 5 and the pressure differential in the solution returnable 4 will be deposited in rinse bath 5 neutralizations and be suspended in foreign matter in the solution in company with in solution intake line together, and through filter 2 filtrations, filter 2 filters out the foreign matter that contains in the solution, and the solution after the filtration finally flows in the solution returnable 4.
Turn back to rinse bath 5 as the solution after filtering being reclaimed molten device 4 from solution, can pressurize by adjusting 6 pairs of solution returnable 4 inside of valve member, because of the pressure effect, the solution after the filtration can advance through filter 2 or without filter 2 to turn back in the rinse bath 5.
Owing to except filter 2, have only pipeline between rinse bath 5 and the solution returnable 4, so can not stop up, situation generation such as fault.Can also change traffic attraction by the size that changes pipe diameter in addition.
Therefore, the advantage that has of the present invention is:
1, the floating foreign matter of solution rinse bath can not only be disposed, also the foreign matter that is deposited in the solution bottom of rinse bath can be disposed;
2, do not have situations such as obstruction, fault and take place, be easy to safeguard;
3, realize fully removing the interior foreign matter of rinse bath automatically, improved the efficient of removing foreign matter, reduced labourer's labour intensity simultaneously.
Description of drawings
Be elaborated below in conjunction with the scavenge unit of the drawings and specific embodiments to foreign matter in a kind of solution rinse bath of the present invention:
Fig. 1 is the structural representation of the embodiment of the invention 1;
Fig. 2 is the structural representation of the embodiment of the invention 2;
Fig. 3 is the structural representation of the embodiment of the invention 3.
The specific embodiment
Embodiment 1:
The scavenge unit of foreign matter comprises pipeline 1 and filter 2 in a kind of solution rinse bath as shown in Figure 1, injector 3, solution returnable 4, threeway guide valve 601,602,603 and two-way valve 604.Wherein the port 6011 of threeway guide valve 601 connects a segment pipe 101, this segment pipe 101 is connected to rinse bath 5 and is deep into rinse bath 5 bottoms, port 6012 is by 102,103,104 fens two-way of three segment pipes, one the road is connected to the import 201 of filter 2, one the tunnel connects the port 6021 of threeway guide valve 602, port 6013 is by 105,106,107 fens two-way of pipeline, and one tunnel outlet 202, a tunnel that connects filter 2 connects the port 6022 of threeway guide valve 602; Described threeway guide valve 602 ports 6023 connect solution returnable 4 by pipeline 108, and this segment pipe 108 is deep into the bottom of solution returnable 4; The outlet 401 of described solution returnable 4 is by 109,110,111 fens two-way of three segment pipes, and one the tunnel connects the port 301 of injectors 3 again through two-way valve 604 by a segment pipe 112, and another road connects the port 6031 of threeway guide valve 603; The ejiction opening 302 of described injector 3 connects the port 6032 of threeway guide valve 603; The port 6033 of described threeway guide valve 603 is communicated with extraneous.Described injector 3 air inlets 303 connect a pressure regulator 606, and pressure regulator 606 is connecting a two-way valve 605 that is used to connect air compressor machine.
The working method of the scavenge unit of foreign matter is such in this kind solution rinse bath:
Remove the process of the foreign matter in the solution rinse bath: adjust threeway guide valve 603, port 6032 and port 6033 are communicated with; Open two-way valve 604, form circulation of air route C.Adjust threeway guide valve 601 again, port 6011 and port 6012 are communicated with; Adjust threeway guide valve 602, port 6022 and port 6023 are communicated with; Form solution and suck route A.At this moment open connection two-way valve 605, adjust pressure regulator 606 and obtain suitable pressure.Compressed air is from port 6033 ejections of air ejector 3 via threeway guide valve 603, air is separated out in company with compressed air along route C in the solution returnable 4, air pressure reduces in the solution returnable 4, forms pressure differential in the solution returnable 4 and between in the rinse bath 5.Be suspended in solution and in rinse bath 5 foreign matter be inhaled in the pipeline together in company with solution, and flow along route A.The filter 2 of flowing through, foreign matter is filtered device 2 and filters and collect in the solution, and is final, crosses the solution that filters and flows in the solution returnable 4.
Solution after the filtration turns back to the process of solution rinse bath: adjust threeway guide valve 603, port 6031 and port 6032 are communicated with; Close two-way valve 604; Form circulation of air route D.Adjust threeway guide valve 601 again, port 6011 and port 6013 are communicated with; Adjust threeway guide valve 602, port 6021 and port 6023 are communicated with; Form solution return route B.At this moment open two-way valve 605, adjust pressure regulator 606 and obtain suitable pressure.Compressed air along route D, flows to solution returnable 4 through threeway guide valve 603 from air ejector 3 ejections, and the gas pressure intensity in the solution returnable 4 increases, and the solution in the solution returnable 4 is pushed back in the rinse bath 5 along route B.
Can change the traffic attraction of the aperture transform solution of pipeline.The internal diameter of the pipeline that present embodiment adopts is 30mm, and solution returnable 4 adopts has the excellent sealing effect cylinder, and volume is 200 liters.100 liters solution are injected in the rinse bath 5.Fall the foreign matter the solution and suck solution returnable 4 to take time 2～3 minutes to after solution returnable 4 reduced pressure treatment solution being filtered collection from rinse bath 5 through filter 2; After solution returnable 4 pressurized treatments, the solution after filtering is returned rinse bath 5 from the solution returnable took time 2-3 minute.Like this, be no more than 10 minutes time at most, just foreign matter in the solution rinse bath 5 thoroughly can be disposed.
Embodiment 2
The scavenge unit of foreign matter in the another kind of solution rinse bath as shown in Figure 2, be that scavenge unit to foreign matter in the embodiment 1 described solution rinse bath carries out part-structure and changes: save three segment pipes 102,105,106, the port 6012 of described threeway guide valve 601 is passed through the port 6021 that pipeline 103 directly connects threeway guide valve 602, and port 6013 directly connects the import 201 of filter 2 by pipeline 104; The outlet 202 of filter 2 is directly directly connected the port 6022 of threeway guide valve 602 by pipeline 107; Other structure is identical with above-mentioned optimal technical scheme.Here be not repeated.
Present embodiment adopts such structure, when the solution after the filtration turns back in the solution rinse bath, regulates threeway guide valve 601, and port 6011 and 6012 is communicated with, and no longer passes through filter 2, directly solution is turned back to rinse bath 5.Other working method is identical with embodiment 1.
The scavenge unit of foreign matter in another solution rinse bath, also be that scavenge unit to foreign matter in the embodiment 1 described solution rinse bath carries out part-structure and changes: the assembly replacement that described three two-way valves of threeway guide valve 601,602,603 usefulness and three-way pipe connect and compose, as shown in Figure 3; Perhaps the assembly that connects and composes with two bilateral pipes and three-way pipe replaces.Other structure is identical with embodiment 1, also is not repeated here.
Threeway guide valve 601,602,603 also can replace with the assembly that three two-way valves and three-way pipe connect and compose among the embodiment 2.
Above-described only is preferred implementation of the present invention.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the principle of the invention, can also make some distortion and improvement, these also should be considered as belonging to protection scope of the present invention.
Claims (6)
1, the scavenge unit of foreign matter in a kind of solution rinse bath, comprise pipeline (1) and filter (2), it is characterized in that: also comprise injector (3), solution returnable (4), described pipeline (1) segmentation couples together injector (3), solution returnable (4), filter (2) and rinse bath (5), described each segment pipe be provided with converted gas and flow of solution to valve member; During described injector (3) work, constantly spray compressed air, by adjusting the valve member on each segment pipe, gas in the solution returnable (4) is separated out, and pressure reduces, thereby makes the flow of solution process filter (2) in the rinse bath (5), after the filtration, flow to solution returnable (4); And, making the compressed air that from injector (3), sprays inject solution returnable (4) by adjusting the valve member on each segment pipe, pressure increases, and the solution in the solution returnable (4) is flowed back to rinse bath (5) through filter (2) or without filter (2).
2, the scavenge unit of foreign matter in a kind of solution rinse bath according to claim 1, it is characterized in that: described valve member is three threeway guide valves (601,602,603) and a two-way valve (604), wherein first port (6011) of the first threeway guide valve (601) connects a segment pipe (101), this segment pipe (101) is connected to rinse bath (5) and is deep into rinse bath (5) bottom, second port (6012) of the first threeway guide valve (601) is by three segment pipes (102,103,104) divide two-way, one the road is connected to the import (201) of filter (2), one the tunnel connects first port (6021) of the second threeway guide valve (602), the 3rd port (6013) of the first threeway guide valve (601) is by pipeline (105,106,107) divide two-way, one the tunnel connects the outlet (202) of filter (2), and one the tunnel connects second port (6022) of the second threeway guide valve (602); The 3rd port (6023) of the described second threeway guide valve (602) connects solution returnable (4) by pipeline (108), and this segment pipe (108) is deep into the bottom of solution returnable (4); The outlet (401) of described solution returnable (4) divides two-way by three segment pipes (109,110,111), one the tunnel connects the port (301) of injector (3) again through two-way valve (604) by a segment pipe (112), another road connects first port (6031) of the 3rd threeway guide valve (603); The ejiction opening (302) of described injector (3) connects second port (6032) of the 3rd threeway guide valve (603); The 3rd port (6033) of described the 3rd threeway guide valve (603) is communicated with extraneous; The air inlet (303) that described injector (3) has the voltage supply stream of compressed air to advance.
3, the scavenge unit of foreign matter in a kind of solution rinse bath according to claim 1, it is characterized in that: described valve member is three threeway guide valves (601,602,603) and a two-way valve (604), wherein first port (6011) of the first threeway guide valve (601) connects a segment pipe (101), this segment pipe (101) is connected to rinse bath (5) and is deep into rinse bath (5) bottom, second port (6012) of the described first threeway guide valve (601) directly connects first port (6021) of the second threeway guide valve (602) by pipeline (103), and the 3rd port (6013) of the first threeway guide valve (601) directly connects the import (201) of filter (2) by pipeline (104); The outlet (202) of filter (2) is connected second port (6022) of the second threeway guide valve (602) by pipeline (107); The 3rd port (6023) of the described second threeway guide valve (602) connects solution returnable (4) by pipeline (108), and this segment pipe (108) is deep into the bottom of solution returnable (4); The outlet (401) of described solution returnable (4) divides two-way by three segment pipes (109,110,111), one the tunnel connects the port (301) of injector (3) again through two-way valve (604) by a segment pipe (112), another road connects first port (6031) of the 3rd threeway guide valve (603); The ejiction opening (302) of described injector (3) connects second port (6032) of the 3rd threeway guide valve (603); The 3rd port (6033) of described the 3rd threeway guide valve (603) is communicated with extraneous; The air inlet (303) that described injector (3) has the voltage supply stream of compressed air to advance.
4, according to the scavenge unit of foreign matter in claim 2 or the 3 described a kind of solution rinse baths, it is characterized in that: described injector (3) air inlet (303) is gone up and is connected a two-way valve (605) that is used to connect air compressor machine.
5, the scavenge unit of foreign matter in a kind of solution rinse bath according to claim 4 is characterized in that: the pipeline between described injector (3) and the described two-way valve (605) that is used to connect air compressor machine is provided with pressure regulator (606).
6, according to the scavenge unit of foreign matter in claim 2 or the 3 described a kind of solution rinse baths, it is characterized in that: each described threeway guide valve (601,602,603) all replaces with the assembly that two or three two-way valves and three-way pipe connect and compose.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101123090A CN100500311C (en) | 2005-12-29 | 2005-12-29 | Apparatus for removing impurity from solution cleaning tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101123090A CN100500311C (en) | 2005-12-29 | 2005-12-29 | Apparatus for removing impurity from solution cleaning tank |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1843641A CN1843641A (en) | 2006-10-11 |
| CN100500311C true CN100500311C (en) | 2009-06-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2005101123090A Active CN100500311C (en) | 2005-12-29 | 2005-12-29 | Apparatus for removing impurity from solution cleaning tank |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101947520B (en) * | 2010-08-06 | 2012-07-04 | 爱阔特(上海)清洗设备制造有限公司 | Automatic cleaning method maintaining stable cleaning effect and cleaning machine |
| CN113182270B (en) * | 2021-05-19 | 2023-04-07 | 上海纽氪曼科技有限公司 | Substrate pretreatment equipment for producing new materials |
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