CN207294912U - Prevent the chemical conversion reactive tank of tank liquor crystallization pollution - Google Patents
Prevent the chemical conversion reactive tank of tank liquor crystallization pollution Download PDFInfo
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- CN207294912U CN207294912U CN201721260231.1U CN201721260231U CN207294912U CN 207294912 U CN207294912 U CN 207294912U CN 201721260231 U CN201721260231 U CN 201721260231U CN 207294912 U CN207294912 U CN 207294912U
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Abstract
A kind of chemical conversion reactive tank for preventing tank liquor crystallization pollution,Including electrolytic bath,Aluminium foil transport mechanism,Interior cycling mechanism,Sprinkle mechanism,Crystallization-preventive mechanism,Interior cycling mechanism includes circulating pump,Return pipe,Water inlet pipe,Sprinkle mechanism includes import sprinkle pipe and outlet sprinkle pipe,Import sprinkle pipe is arranged horizontally at the top of inlet electrode roller,Outlet sprinkle pipe is arranged horizontally at the top of exit electrodes roller,Crystallization-preventive mechanism includes import crystallization-preventive plate and outlet crystallization-preventive plate,Import crystallization-preventive plate is arranged on the side wall of the electrolytic bath below inlet electrode roller,On the side wall of outlet crystallization-preventive plate and the electrolytic bath being arranged on below exit electrodes roller,Import crystallization-preventive plate includes bearing plate and baffle,Import crystallization-preventive plate and outlet crystallization-preventive plate in the utility model can guide the particles stick of crystallization on crystallization-preventive plate,And groove body side wall is covered and is wrapped up,Avoid its leakage bonding crystalline particle,So as to solve the problems, such as that crystalline particle destroys aluminium foil.
Description
Technical field
The utility model is related to aluminium foil used in capacitor processing technique field, more particularly to it is a kind of prevent tank liquor crystallization pollution
It is melted into reactive tank.
Background technology
Aluminium foil in process, is sequentially delivered to by groove by electrode roller, exit electrodes roller in inlet electrode roller, groove
Chemical solution, since aluminium foil has certain width, leakage is in the outside of tank liquor between adjacent groove body, aluminium foil herein
Temperature is relatively low, and the temperature of the tank liquor in groove is very high, and many solution vapors are floated above groove body, in these solution vapors
During rising, easily crystallized when running into the relatively low aluminium foil of temperature of the leakage above tank liquor, the solution particles after crystallization can adhere to
On groove body side wall, or drop in groove body, cause the pollution to solution, or the mechanical force between crystalline particle and electrode roller
Aluminium foil surface is damaged.
Utility model content
It is necessary to propose a kind of chemical conversion reactive tank for preventing tank liquor crystallization pollution for avoiding solution crystalline particle from destroying aluminium foil.
It is a kind of prevent tank liquor crystallization pollution chemical conversion reactive tank, including electrolytic bath, aluminium foil transport mechanism, interior cycling mechanism,
Sprinkle mechanism, crystallization-preventive mechanism, electrolytic bath are open-topped square groove body, and chemical solution, aluminium foil transmission are held in groove body
Mechanism includes electrode roller in inlet electrode roller, exit electrodes roller, groove, and inlet electrode roller is arranged on the entrance of electrolytic bath, exports
Electrode roller is arranged on the exit of electrolytic bath, and electrode roller is arranged on inside electrolytic bath in groove, and interior cycling mechanism includes circulating pump, returns
Water pipe, water inlet pipe, the water inlet of circulating pump and one end of return pipe connect, and the other end of return pipe is stretched in electrolytic bath, into
One end of water pipe and the water outlet of circulating pump connect, and the other end of water inlet pipe stretches to electrolytic bath from the top open part of electrolytic bath
Inside, sprinkle mechanism includes import sprinkle pipe and outlet sprinkle pipe, and import sprinkle pipe is arranged horizontally at inlet electrode
The top of roller, outlet sprinkle pipe are arranged horizontally at the top of exit electrodes roller, import sprinkle pipe and outlet sprinkle pipe
One end is closing, and the water outlet of the other end of import sprinkle pipe and circulating pump connects, export the other end of sprinkle pipe also with circulation
The water outlet connection of pump, opens up some fluid holes in the bottom sidewall of import sprinkle pipe and outlet sprinkle pipe, will be melted into molten
By fluid hole sprinkle on the surface of the aluminium foil transmitted by inlet electrode roller and exit electrodes roller, crystallization-preventive mechanism includes liquid
Import crystallization-preventive plate and outlet crystallization-preventive plate, import crystallization-preventive plate are arranged on the side wall of the electrolytic bath below inlet electrode roller,
On the side wall of outlet crystallization-preventive plate and the electrolytic bath being arranged on below exit electrodes roller, import crystallization-preventive plate is four be obliquely installed
Fluorine plate, import crystallization-preventive plate include bearing plate and baffle, and bearing plate is inclined at the side of the electrolytic bath below inlet electrode roller
On wall, baffle is vertically arranged on the inner wall of the side wall below inlet electrode roller, and the upper end of baffle and the lower end of bearing plate connect,
The lower end of baffle and the side wall inner wall of electrolytic bath fit closely, and outlet crystallization-preventive plate is arranged on the electrolytic bath below exit electrodes roller
Side wall on, outlet crystallization-preventive and import crystallization-preventive plate have symmetrically arranged structure, so that by inlet electrode roller and outlet
Solution vapor crystallization below the aluminium foil of electrode roller is dropped in inside electrolytic bath.
Preferably, the import sprinkle pipe and outlet sprinkle pipe have identical structure, and import sprinkle pipe is hollow circular-tube,
Observation panel is opened up in the top sidewall of import sprinkle pipe, observation panel is connected with the hollow cavity of import sprinkle pipe, in import sprinkle
Liquid tubule is done if being also set up in the hollow cavity of pipe, if the lower end for doing liquid tubule is connected with some fluid holes, if doing liquid
The open height of the upper end of tubule is higher than the height of the fluid hole of import sprinkle pipe, and less than the height of observation panel.
Preferably, interior cycling mechanism further includes that the water inlet of some left sides is in charge of, the water inlet of some right sides is in charge of, the water inlet pipe bag
Include left side water inlet pipe and right side water inlet pipe, left side water inlet pipe extend upwardly to top open part along the left side side wall of electrolytic bath,
The right sidewall of right side water inlet pipe along electrolytic bath extends upwardly to top open part, and some left side water inlets, which are in charge of, to be evenly distributed on
On the open-topped left side wall of electrolytic bath, the upper end of one end that the water inlet of some left sides is in charge of with left side water inlet pipe is connected, separately
One end stretches to the inside of electrolytic bath, and some right side water inlets are in charge of on the open-topped right side wall for being evenly distributed on electrolytic bath,
Upper end of the one end that some right side water inlets are in charge of with right side water inlet pipe is connected, and the other end stretches to the inside of electrolytic bath.
Import crystallization-preventive plate and outlet crystallization-preventive plate in the utility model can guide the particles stick of crystallization in anti-caking
On brilliant plate, and groove body side wall is covered and is wrapped up, its leakage bonding crystalline particle is avoided, so as to solve crystalline particle to aluminium foil
The problem of destruction.
Brief description of the drawings
Fig. 1 is the top view for the chemical conversion reactive tank for preventing tank liquor crystallization pollution.
Fig. 2 is the left view for the chemical conversion reactive tank for preventing tank liquor crystallization pollution.
Fig. 3 is the sectional view along A-A for the chemical conversion reactive tank that tank liquor crystallization pollution is prevented in Fig. 1.
Fig. 4 is the sectional view along B-B for the chemical conversion reactive tank that tank liquor crystallization pollution is prevented in Fig. 1.
Fig. 5 is the top view of import sprinkle pipe.
Fig. 6 is sectional view of the import sprinkle pipe along C-C in Fig. 3.
Fig. 7 is the structure diagram of import crystallization-preventive plate.
In figure：Electrolytic bath 11, inlet electrode roller 21, exit electrodes roller 22, electrode roller 23, circulating pump 31, return pipe in groove
32nd, left side water inlet pipe 33, right side water inlet pipe 34, left side water inlet are in charge of the water inlet of 35, right side and are in charge of 36, import sprinkle pipe 41, observation
Mouthfuls 411, go out liquid tubule 412, fluid hole 413, outlet sprinkle pipe 42, import crystallization-preventive plate 51, bearing plate 511, baffle 512, go out
Mouth crystallization-preventive plate 52, aluminium foil 100.
Embodiment
, below will be to required use in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment
Attached drawing be briefly described, it should be apparent that, drawings in the following description are some embodiments of the utility model, for this
For the those of ordinary skill of field, without creative efforts, it can also be obtained according to these attached drawings other
Attached drawing.
Referring to Fig. 1 to Fig. 7, the utility model embodiment provides a kind of chemical conversion reactive tank for preventing tank liquor crystallization pollution,
Including electrolytic bath 11, aluminium foil transport mechanism, interior cycling mechanism, sprinkle mechanism, crystallization-preventive mechanism, electrolytic bath 11 is open-topped
Square groove body, holds chemical solution, aluminium foil transport mechanism is including in inlet electrode roller 21, exit electrodes roller 22, groove in groove body
Electrode roller 23, inlet electrode roller 21 are arranged on the entrance of electrolytic bath 11, and exit electrodes roller 22 is arranged on the outlet of electrolytic bath 11
Locate, electrode roller 23 is arranged on inside electrolytic bath 11 in groove, and interior cycling mechanism includes circulating pump 31, return pipe 32, water inlet pipe, circulation
The water inlet of pump 31 is connected with one end of return pipe 32, and the other end of return pipe 32 is stretched in electrolytic bath 11, and the one of water inlet pipe
End is connected with the water outlet of circulating pump 31, and the top open part of the other end from the electrolytic bath 11 of water inlet pipe stretches to electrolytic bath 11
Inside, sprinkle mechanism include import sprinkle pipe 41 and outlet sprinkle pipe 42, and import sprinkle pipe 41 is arranged horizontally at import
The top of electrode roller 21, outlet sprinkle pipe 42 are arranged horizontally at the top of exit electrodes roller 22,41 He of import sprinkle pipe
The one end for exporting sprinkle pipe 42 is connected for closing, the other end of import sprinkle pipe 41 with the water outlet of circulating pump 31, exports sprinkle
Water outlet of the other end of pipe 42 also with circulating pump 31 is connected, in the bottom sidewall of import sprinkle pipe 41 and outlet sprinkle pipe 42
Some fluid holes 413 are opened up, chemical solution is being passed through into inlet electrode roller 21 and exit electrodes roller by 413 sprinkle of fluid hole
On the surface of the aluminium foil 100 of 22 transmission, crystallization-preventive mechanism includes import crystallization-preventive plate 51 and outlet crystallization-preventive plate 52, import anti-caking
Brilliant plate 51 is arranged on the side wall of the electrolytic bath 11 of the lower section of inlet electrode roller 21, is exported crystallization-preventive plate 52 and is arranged on exit electrodes
On the side wall of the electrolytic bath 11 of the lower section of roller 22, import crystallization-preventive plate 51 is the tetrafluoro plate being obliquely installed, and import crystallization-preventive plate 51 wraps
Bearing plate 511 and baffle 512 are included, bearing plate 511 is inclined on the side wall of the electrolytic bath 11 of the lower section of inlet electrode roller 21, gear
Plate 512 is vertically arranged on the inner wall of the side wall of the lower section of inlet electrode roller 21, the upper end of baffle 512 and the lower end of bearing plate 511
Connection, the lower end of baffle 512 are fitted closely with the side wall inner wall of electrolytic bath 11, and outlet crystallization-preventive plate 52 is arranged on exit electrodes roller
On the side wall of the electrolytic bath 11 of 22 lower sections, outlet crystallization-preventive has symmetrically arranged structure with import crystallization-preventive plate 51, so that through
The solution vapor crystallization for crossing the lower section of aluminium foil 100 of inlet electrode roller 21 and exit electrodes roller 22 is dropped in inside electrolytic bath 11.
Further, the import sprinkle pipe 41 and outlet sprinkle pipe 42 have identical structure, and import sprinkle pipe 41 is hollow
Pipe, opens up observation panel 411 in the top sidewall of import sprinkle pipe 41, and observation panel 411 is hollow interior with import sprinkle pipe 41
Chamber connects, and liquid tubule 412 is done if being also set up in the hollow cavity of import sprinkle pipe 41, if doing the lower end of liquid tubule 412
Connected with some fluid holes 413, if the open height for doing the upper end of liquid tubule 412 is higher than the fluid hole of import sprinkle pipe 41
413 height, and less than the height of observation panel 411.With certain altitude go out liquid tubule 412 in import sprinkle pipe 41 with
From overflow, from the solution in the effect of sprinkle, crystallization-preventive, import sprinkle pipe 41 along the upper end opening and fluid hole of outlet tubule
413 outflows, when the solution height in import sprinkle pipe 41 is less than the upper end opening of outlet tubule, then stops sprinkle, are compared to
The structure of fluid hole 413 is directly opened up in sprinkle bottom of the tube, when sprinkle is not required, without the solution in sprinkle pipe is emptied,
Still it can retain a part of solution, keep the liquid condition in sprinkle pipe, avoid after solution is emptied, it is remaining seldom
Solution crystallization is sticked on the inner wall of sprinkle pipe.
Further, interior cycling mechanism, which further includes the water inlet of some left sides and is in charge of the water inlet of 35, some right sides, is in charge of 36, the water inlet
Pipe includes left side water inlet pipe 33 and right side water inlet pipe 34, and left side water inlet pipe 33 is extended upwardly to along the left side side wall of electrolytic bath 11
Top open part, the right sidewall of right side water inlet pipe 34 along electrolytic bath 11 extend upwardly to top open part, some left sides into
Moisture pipe 35 is evenly distributed on the open-topped left side wall of electrolytic bath 11, the water inlet of some left sides be in charge of 35 one end with a left side
The upper end connection of side water inlet pipe 33, the other end stretch to the inside of electrolytic bath 11, and some right side water inlets are in charge of 36 and are evenly distributed on
On the open-topped right side wall of electrolytic bath 11, the water inlet of some right sides is in charge of the upper end of 36 one end with right side water inlet pipe 34 and is connected
Connect, the other end stretches to the inside of electrolytic bath 11.
Module or unit in the utility model embodiment device can be merged according to actual needs, divide and deleted
Subtract.
Above disclosed is only the utility model preferred embodiment, cannot limit the utility model with this certainly
Interest field, one of ordinary skill in the art will appreciate that realize all or part of flow of above-described embodiment, and according to this reality
The equivalent variations made with new claim, still fall within the scope that utility model is covered.
Claims (3)
- A kind of 1. chemical conversion reactive tank for preventing tank liquor crystallization pollution, it is characterised in that：Including electrolytic bath, aluminium foil transport mechanism, interior Cycling mechanism, sprinkle mechanism, crystallization-preventive mechanism, electrolytic bath are open-topped square groove body, and chemical solution is held in groove body, Aluminium foil transport mechanism includes electrode roller in inlet electrode roller, exit electrodes roller, groove, and inlet electrode roller is arranged on the import of electrolytic bath Place, exit electrodes roller are arranged on the exit of electrolytic bath, and electrode roller is arranged on inside electrolytic bath in groove, and interior cycling mechanism includes following Ring pump, return pipe, water inlet pipe, the water inlet of circulating pump and one end of return pipe connect, and the other end of return pipe stretches to chemical conversion In groove, one end of water inlet pipe and the water outlet of circulating pump connect, and the other end of water inlet pipe is stretched into from the top open part of electrolytic bath To the inside of electrolytic bath, sprinkle mechanism includes import sprinkle pipe and outlet sprinkle pipe, and import sprinkle pipe is arranged horizontally at The top of inlet electrode roller, outlet sprinkle pipe are arranged horizontally at the top of exit electrodes roller, import sprinkle pipe and outlet One end of sprinkle pipe is closing, and the other end of import sprinkle pipe and the water outlet of circulating pump connect, and export the other end of sprinkle pipe Also it is connected with the water outlet of circulating pump, some fluid holes is opened up in the bottom sidewall of import sprinkle pipe and outlet sprinkle pipe, with By chemical solution by fluid hole sprinkle on the surface of the aluminium foil transmitted by inlet electrode roller and exit electrodes roller, crystallization-preventive Mechanism includes import crystallization-preventive plate and outlet crystallization-preventive plate, and import crystallization-preventive plate is arranged on the electrolytic bath below inlet electrode roller On side wall, on the side wall of outlet crystallization-preventive plate and the electrolytic bath being arranged on below exit electrodes roller, import crystallization-preventive plate is inclination The tetrafluoro plate of setting, import crystallization-preventive plate include bearing plate and baffle, and bearing plate is inclined at the change below inlet electrode roller On the side wall of grooving, baffle is vertically arranged on the inner wall of the side wall below inlet electrode roller, the upper end of baffle and bearing plate Lower end connects, and the lower end of baffle and the side wall inner wall of electrolytic bath fit closely, and outlet crystallization-preventive plate is arranged under exit electrodes roller On the side wall of the electrolytic bath of side, outlet crystallization-preventive has symmetrically arranged structure with import crystallization-preventive plate, so that by import electricity Solution vapor crystallization below the aluminium foil of pole roller and exit electrodes roller is dropped in inside electrolytic bath.
- 2. the chemical conversion reactive tank as claimed in claim 1 for preventing tank liquor crystallization pollution, it is characterised in that：The import sprinkle pipe There is identical structure with outlet sprinkle pipe, import sprinkle pipe is hollow circular-tube, and sight is opened up in the top sidewall of import sprinkle pipe Cha Kou, observation panel are connected with the hollow cavity of import sprinkle pipe, and liquid is done if being also set up in the hollow cavity of import sprinkle pipe Tubule, if the lower end for doing liquid tubule is connected with some fluid holes, if the open height for doing the upper end of liquid tubule is higher than import The height of the fluid hole of sprinkle pipe, and less than the height of observation panel.
- 3. the chemical conversion reactive tank as claimed in claim 1 for preventing tank liquor crystallization pollution, it is characterised in that：Interior cycling mechanism also wraps Include that the water inlet of some left sides is in charge of, the water inlet of some right sides is in charge of, the water inlet pipe includes left side water inlet pipe and right side water inlet pipe, left side The left side side wall of water inlet pipe along electrolytic bath extends upwardly to top open part, right sidewall of the right side water inlet pipe along electrolytic bath Top open part is extended upwardly to, some left side water inlets are in charge of on the open-topped left side wall for being evenly distributed on electrolytic bath, if Upper end of the one end that dry left side water inlet is in charge of with left side water inlet pipe is connected, and the other end stretches to the inside of electrolytic bath, some right sides Side water inlet is in charge of on the open-topped right side wall for being evenly distributed on electrolytic bath, one end that the water inlet of some right sides is in charge of with right side The upper end connection of water inlet pipe, the other end stretch to the inside of electrolytic bath.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721260231.1U CN207294912U (en) | 2017-09-28 | 2017-09-28 | Prevent the chemical conversion reactive tank of tank liquor crystallization pollution |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721260231.1U CN207294912U (en) | 2017-09-28 | 2017-09-28 | Prevent the chemical conversion reactive tank of tank liquor crystallization pollution |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207294912U true CN207294912U (en) | 2018-05-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721260231.1U Active CN207294912U (en) | 2017-09-28 | 2017-09-28 | Prevent the chemical conversion reactive tank of tank liquor crystallization pollution |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207294912U (en) |
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2017
- 2017-09-28 CN CN201721260231.1U patent/CN207294912U/en active Active
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