CN209508447U - A kind of etched foil surface chromatism control device - Google Patents

Abstract

The utility model discloses a kind of etched foil surface chromatism control devices, including crust of the device, the inside left of described device shell and right side are reserved with cooling tank respectively and expand pond, the first connection water pipe is located above the middle part of crust of the device, the first connecting tube is welded and connected at left and right sides of the inner wall of the cooling tank, the fixture link block is welded and connected with the first connecting column far from the side lower inside of the first connecting tube, the lower right of the cooling tank is equipped with the first micro pump, the second connection water pipe is mounted on the inside of crust of the device, the lower right of the cooling tank and left side central portion, which run through, is connected with sparge pipe, run through above the right side for expanding pond and is connected with water inlet pipe.The etched foil surface chromatism control device, can be firmly fixed the etched foil of different length, and fixed more uniform when keeping etched foil cooling, to play the role of preventing color difference, and the adjustment device acidity that can be convenient is strong and weak.

Description

A kind of etched foil surface chromatism control device

Technical field

The utility model relates to etched foils to process correlative technology field, specially a kind of etched foil surface chromatism control dress It sets.

Background technique

Etched foil in process, needs to carry out tunnel corrosion using direct current to expand effective area, but meeting in this way A large amount of heat is generated, if cooling the phenomenon that will appear etched foil fusing fracture not in time, it is therefore desirable to carry out to etched foil cold But, if but temperature control is improper when cooling down, cooling not uniform enough situation can make etched foil surface generate color difference, and acidity Strong and weak can also join to the color difference of etched foil has an impact.

But general etched foil color difference control device on the market, cannot be firmly fixed the etched foil of different length, and not It is more uniform when etched foil can be made cooling, can not be strong and weak easily to adjust device acidity, therefore, it is proposed that a kind of corrosion Foil surface chromatic aberration control device, in order to solve the problems, such as to propose among the above.

Utility model content

The purpose of this utility model is to provide a kind of etched foil surface chromatism control devices, to solve above-mentioned background technique The etched foil color difference control device general on the market of middle proposition, cannot be firmly fixed the etched foil of different length, and cannot It is more uniform when keeping etched foil cooling, it can not be easily to adjust the problem of device acidity power.

To achieve the above object, the utility model provides the following technical solutions: a kind of etched foil surface chromatism control device, Including crust of the device, the inside left of described device shell and right side are reserved with cooling tank respectively and expand pond, and cooling tank and Expanding between pond and is connected by the first connection water pipe, the first connection water pipe is located above the middle part of crust of the device, and the Through ball valve is connected on one connection water pipe, it is welded and connected with the first connecting tube at left and right sides of the inner wall of the cooling tank, and Side of first connecting tube far from crust of the device is through fixture link block is connected with, and the fixture link block is far from the first connecting tube Side lower inside be welded and connected with the first connecting column, and a upper side of the fixture link block far from the first connecting tube is living It is dynamic to be connected with fixed link, and fixed link is fixedly connected on fixture link block by spring, the lower right peace of the cooling tank The second connection water pipe is connected with equipped with the first micro pump, and on the first micro pump, the second connection water pipe is mounted on dress The inside of shell is set, and is welded and connected with water spray above the left side of the second connection water pipe and above the right side of the second connection water pipe Pipe, the lower right of the cooling tank and left side central portion, which run through, is connected with sparge pipe, through company above the right side for expanding pond It is connected to water inlet pipe, and water inlet pipe is welded and connected with the second micromotor for being fixedly connected on crust of the device upper surface, and second Outlet pipe is welded and connected with above micromotor, water chamber is run through in the left side of the outlet pipe, and below the middle part of outlet pipe Through cooling tank, the rear side of the water chamber is welded to connect on crust of the device, and the lower section of water chamber is through being connected with spray head, And preformed hole is evenly distributed with below spray head.

Preferably, the fixture link block constitutes slide construction in the first connecting tube, and the first connecting tube and fixture connect The mode that block is connected by screw bolts is connect to be connected.

Preferably, the fixture link block is symmetrically arranged with 4 about the vertical central axes of cooling tank, and fixture link block Shape is in " Y " font.

Preferably, the lower surface spacing dimension of the upper surface of first connecting column and cooling tank is greater than the first connection water pipe Upper surface and cooling tank lower surface spacing dimension, and the upper surface spacing dimension of the upper surface of the first connecting column and cooling tank It is less than the volume size for expanding pond with the product of the cross-sectional area size of cooling tank.

Preferably, the fixed link runs through fixture link block, and the shape of fixed link is in " n " font.

Preferably, the lower section of the spray head is in arc line shaped, and spray head is uniformly distributed on water chamber.

Compared with prior art, the utility model has the beneficial effects that the etched foil surface chromatism control device, it can jail Solid fixation different length etched foil, and it is fixed more uniform when keeping etched foil cooling, prevent color difference to play Effect, and the adjustment device acidity that can be convenient is strong and weak；

1, it is provided with fixture link block, the first connecting tube and spring, is slided in the first connecting tube by fixture link block The spacing of adjustable left and right sides fixture link block to have the function that fixed different length etched foil, and passes through spring Elastic reaction, it may be convenient to shorten the spacing between fixed link and spring, and the first connecting column about cooling tank it is vertical in Axisymmetrical is provided with 4, then etched foil can be firmly fixed；

2, it is provided with the first connection water pipe, ball valve and outlet pipe, passes through the first connection water pipe and ball valve, adjustable cooling Pond and the water level for expanding solution in pond, while the liquid level of cooling tank can be increased by outlet pipe by spray head and preformed hole to Solution is sprayed above etched foil, then simultaneously to cool down simultaneously above and below etched foil, so that it is more uniform to make to cool down；

3, it is provided with ball valve, the second micromotor and sparge pipe, can be incited somebody to action after ball valve is closed by the second micromotor Liquid is all collected in cooling tank, and acid solution is added into cooling tank at this time or aqueous solution is the acidity of adjustable solution, and Aqueous solution flowing in cooling tank is driven by sparge pipe, original solution and the solution being now added can be made sufficiently to merge.

Detailed description of the invention

Fig. 1 is that the utility model faces the schematic diagram of the section structure；

Fig. 2 is that the schematic diagram of the section structure is regarded on the left of the utility model；

Fig. 3 is enlarged structure schematic diagram at A in the utility model Fig. 1.

In figure: 1, crust of the device；2, the first connecting tube；3, fixture link block；4, the first connecting column；5, spring；6, fixed Bar；7, preformed hole；8, cooling tank；9, expand pond；10, the first connection water pipe；11, ball valve；12, the first micro pump；13, second Connect water pipe；14, sparge pipe；15, water inlet pipe；16, the second micromotor；17, outlet pipe；18, water chamber；19, spray head.

Specific embodiment

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

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of etched foil surface chromatism control device, packet Crust of the device 1 is included, the inside left of crust of the device 1 and right side are reserved with cooling tank 8 respectively and expand pond 9, and cooling tank 8 and expansion It filling between pond 9 and is connected by the first connection water pipe 10, the first connection water pipe 10 is located above the middle part of crust of the device 1, and the Through ball valve 11 is connected on one connection water pipe 10, it is welded and connected with the first connecting tube 2 at left and right sides of the inner wall of cooling tank 8, And first side of the connecting tube 2 far from crust of the device 1 through fixture link block 3 is connected with, fixture link block 3 is far from the first connection The side lower inside of pipe 2 is welded and connected with the first connecting column 4, and side of the fixture link block 3 far from the first connecting tube 2 Top is connected with fixed link 6, and fixed link 6 is fixedly connected on fixture link block 3 by spring 5, the right side of cooling tank 8 Lower section is equipped with the first micro pump 12, and the second connection water pipe 13 is connected on the first micro pump 12, the second connection water pipe 13 are mounted on the inside of crust of the device 1, and above the left side of the second connection water pipe 13 and above the right side of the second connection water pipe 13 It is welded and connected with sparge pipe 14, the lower right of cooling tank 8 and left side central portion, which run through, is connected with sparge pipe 14, expands pond 9 Through being connected with water inlet pipe 15 above right side, and water inlet pipe 15 is welded and connected with and is fixedly connected on the of 1 upper surface of crust of the device Two micromotors 16, and the top of the second micromotor 16 is welded and connected with outlet pipe 17, and the left side of outlet pipe 17 is through out Water cavity 18, and run through cooling tank 8 below the middle part of outlet pipe 17, the rear side of water chamber 18 is welded to connect on crust of the device 1, and The lower section of water chamber 18, which is run through, is connected with spray head 19, and the lower section of spray head 19 is evenly distributed with preformed hole 7.

Fixture link block 3 constitutes slide construction in the first connecting tube 2 as shown in figure 1, and the first connecting tube 2 is connect with fixture The mode that block 3 is connected by screw bolts is connected, then can fix the etched foil of different length, such as fixture link block in Fig. 1 and Fig. 2 3 are symmetrically arranged with 4 about the vertical central axes of cooling tank 8, and the shape of fixture link block 3 is in " Y " font, then can make to corrode The fixation of foil is stronger, and can have an impact to avoid fixture link block 3 to the cooling of etched foil, as fixed in Fig. 1 and Fig. 2 Bar 6 runs through fixture link block 3, and the shape of fixed link 6 is in " n " font, then can protect spring 5, and can reduce to corrosion The cooling of foil has an impact；

The upper surface of the first connecting column 4 connect water pipe 10 greater than first with the lower surface spacing dimension of cooling tank 8 as shown in figure 1 Upper surface and cooling tank 8 lower surface spacing dimension, and the upper surface spacing of the upper surface of the first connecting column 4 and cooling tank 8 The product of size and the cross-sectional area size of cooling tank 8 is less than the volume size for expanding pond 9, then what be can be convenient exists etched foil It is mounted and dismounted on the device, and adjusts acidity after liquid can all being concentrated in cooling tank 8；

If the lower section of spray head 19 in Fig. 3 is in arc line shaped, and spray head 19 is uniformly distributed on water chamber 18, increases injection model It encloses, is atomized liquid, to make to cool down more uniform.

Working principle: it when using the etched foil surface chromatism control device, first according to the length of etched foil, adjusts left The distance between fixture link block 3 of right two sides when adjusting, the bolt in the first connecting tube 2 is unscrewed, fixture link block 3 exists It slides in first connecting tube 2, after the completion screws bolt, then open ball valve 11, make solution in cooling tank 8 to expansion It fills in pond 9 and flows, keep both sides liquid height parallel, and is parallel with the first connection upper surface of water pipe 10；

Then fixed link 6 is pulled up, then prevents from etched foil then to decontrol fixed link on the first connecting column 4 6, fixed link 6 will be moved down due to the elastic reaction of spring 5, and etched foil can be fixed on to fixed link 6 and the first connecting column 4 Between, then ball valve 11 is closed, then the power switch of the second micromotor 16 is opened, the second micromotor 16 will expand pond Liquid in 9 sprays in outlet pipe 17 after being pressurizeed by water inlet pipe 15, a part of liquid by the middle part of outlet pipe 17 directly into Enter in cooling tank 8, increase liquid level in cooling tank 8, another part enters in water chamber 18, then by reserved on spray head 19 Hole 7 sprays to etched foil, and since the aperture of preformed hole 7 is smaller, and liquid passes through the pressurization of the second micromotor 16, then can make molten After liquid mist sprays to etched foil, is cooling above etched foil, and liquid level rises in cooling tank 8, also to be cooling on the downside of etched foil, Then inhomogeneous cooling can be prevented even, with the rising of water level, etched foil can be flooded, it is micro- by first while spraying solution Type water pump 12 is opened, and the first micro pump 12 passes through sparge pipe 14 for rear in water sucking the second connection water pipe 13 in cooling tank 8 It sprays in cooling tank 8, since sparge pipe 14 is in the equal spaced set in the lower left corner of cooling tank 8 and the upper right corner, then can drive drop Water in warm pond 8 rotates counterclockwise, to take away the hot solution around etched foil, keeps cooling more thorough；

After the completion of cooling, ball valve 11 is opened, post-etching foil in expansion pond 9 is flowed liquid into and exposes the surface, that is, can be taken off Etched foil, and periodically solvent acidity in cooling tank 8 can be detected using acidometer, when acidity value and standard value have error When, liquid is concentrated in cooling tank 8 by the second micromotor 16 after ball valve 11 is closed, is then added into cooling tank 8 Acid solution or water are adjusted, and pass through the effect of the first micro pump 12 and sparge pipe 14, can drive water in cooling tank 8 Flowing, mix the solution being newly added with original solution more uniform, here it is etched foil surface chromatism control device use it is whole A process.

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

Claims (6)

1. a kind of etched foil surface chromatism control device, including crust of the device (1), it is characterised in that: described device shell (1) Inside left and right side are reserved with cooling tank (8) respectively and expand pond (9), and cooling tank (8) and expand and pass through the between pond (9) One connection water pipe (10) is connected, and first connection water pipe (10) is located above the middle part of crust of the device (1), and the first connection Through being connected with ball valve (11) on water pipe (10), the first connection is welded and connected at left and right sides of the inner wall of the cooling tank (8) It manages (2), and side of the first connecting tube (2) far from crust of the device (1), through being connected with fixture link block (3), the fixture connects It connects block (3) to be welded and connected with the first connecting column (4) far from the side lower inside of the first connecting tube (2), and fixture connects Block (3) is connected with fixed link (6) far from a upper side of the first connecting tube (2), and fixed link (6) passes through spring (5) It is fixedly connected on fixture link block (3), the lower right of the cooling tank (8) is equipped with the first micro pump (12), and first The second connection water pipe (13) is connected on micro pump (12), second connection water pipe (13) is mounted on crust of the device (1) Inside, and water spray is welded and connected with above the left side of the second connection water pipe (13) and above the right side of the second connection water pipe (13) Pipe (14), the lower right of the cooling tank (8) and left side central portion, which run through, to be connected with sparge pipe (14), expansion pond (9) Run through above right side and be connected with water inlet pipe (15), and water inlet pipe (15) is welded and connected with and is fixedly connected on table on crust of the device (1) Second micromotor (16) in face, and outlet pipe (17), the water outlet are welded and connected with above the second micromotor (16) Water chamber (18) are run through in the left side for managing (17), and run through cooling tank (8) below the middle part of outlet pipe (17), the water chamber (18) Rear side be welded to connect on crust of the device (1), and the lower section of water chamber (18) is through being connected with spray head (19), and spray head (19) preformed hole (7) are evenly distributed with below.

2. a kind of etched foil surface chromatism control device according to claim 1, it is characterised in that: the fixture link block (3) slide construction is constituted on the first connecting tube (2), and the first connecting tube (2) and fixture link block (3) are connected by screw bolts Mode is connected.

3. a kind of etched foil surface chromatism control device according to claim 1, it is characterised in that: the fixture link block (3) 4 are symmetrically arranged with about the vertical central axes of cooling tank (8), and the shape of fixture link block (3) is in " Y " font.

4. a kind of etched foil surface chromatism control device according to claim 1, it is characterised in that: first connecting column (4) upper surface is greater than the first upper surface and cooling tank (8) for connecting water pipe (10) with the lower surface spacing dimension of cooling tank (8) Lower surface spacing dimension, and the upper surface spacing dimension and cooling tank of the upper surface of the first connecting column (4) and cooling tank (8) (8) product of cross-sectional area size is less than the volume size for expanding pond (9).

5. a kind of etched foil surface chromatism control device according to claim 1, it is characterised in that: the fixed link (6) Through fixture link block (3), and the shape of fixed link (6) is in " n " font.

6. a kind of etched foil surface chromatism control device according to claim 1, it is characterised in that: the spray head (19) Lower section is in arc line shaped, and spray head (19) is uniformly distributed on water chamber (18).