CN105671528B - Steel wire copper facing immersion liquid length adjustment device - Google Patents
Steel wire copper facing immersion liquid length adjustment device Download PDFInfo
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- CN105671528B CN105671528B CN201610228488.2A CN201610228488A CN105671528B CN 105671528 B CN105671528 B CN 105671528B CN 201610228488 A CN201610228488 A CN 201610228488A CN 105671528 B CN105671528 B CN 105671528B
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- immersion liquid
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- C—CHEMISTRY; METALLURGY
- C23—COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; CHEMICAL SURFACE TREATMENT; DIFFUSION TREATMENT OF METALLIC MATERIAL; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL; INHIBITING CORROSION OF METALLIC MATERIAL OR INCRUSTATION IN GENERAL
- C23C—COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; SURFACE TREATMENT OF METALLIC MATERIAL BY DIFFUSION INTO THE SURFACE, BY CHEMICAL CONVERSION OR SUBSTITUTION; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL
- C23C18/00—Chemical coating by decomposition of either liquid compounds or solutions of the coating forming compounds, without leaving reaction products of surface material in the coating; Contact plating
- C23C18/16—Chemical coating by decomposition of either liquid compounds or solutions of the coating forming compounds, without leaving reaction products of surface material in the coating; Contact plating by reduction or substitution, e.g. electroless plating
- C23C18/31—Coating with metals
- C23C18/38—Coating with copper
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- Chemical Kinetics & Catalysis (AREA)
- Engineering & Computer Science (AREA)
- Materials Engineering (AREA)
- Mechanical Engineering (AREA)
- Metallurgy (AREA)
- Organic Chemistry (AREA)
- Coating With Molten Metal (AREA)
Abstract
The present invention relates to a kind of steel wire copper facing immersion liquid length adjustment device, it includes cell body；Top in cell body is provided with seal cup, steel wire immersion liquid region is provided with flow table, the steel wire immersion liquid region includes walking the first immersion liquid area being sequentially distributed upwards, the second immersion liquid area and the 3rd immersion liquid area along steel wire, and the plating solution hoisting mechanism being promoted to plating solution in cell body in the first immersion liquid area is provided in the first immersion liquid area；It is provided in the second immersion liquid area switch-mode regulation device that regulation enters plating solution reflux state in the second immersion liquid area, the 3rd immersion liquid area being provided for the 3rd immersion liquid area switch-mode regulation device that regulation enters plating solution reflux state in the 3rd immersion liquid area in second immersion liquid area.Compact conformation of the present invention, can improve the copper-plated qualification rate of steel wireization according to the steel wire winding status adjustment immersion liquid time, safe and reliable.
Description
Technical field
The present invention relates to a kind of adjusting means, especially a kind of steel wire copper facing immersion liquid length adjustment device belongs to steel wire
Change copper-plated technical field.
Background technology
At present, most domestic steel wire copper facing immersion liquid length is all uncontrollable, but due to steel wire winding starting velocity
It is inconsistent during with normal production, the steel wire each point immersion liquid time can be caused different, so as to cause substandard product to produce.
The content of the invention
The purpose of the present invention is to overcome the deficiencies in the prior art there is provided a kind of steel wire copper facing immersion liquid length adjustment
Device, its compact conformation can improve the copper-plated qualification rate of steel wireization, safely may be used according to the steel wire winding status adjustment immersion liquid time
Lean on.
The technical scheme provided according to the present invention, the steel wire copper facing immersion liquid length adjustment device, including for containing
The cell body of plating solution；Top in the cell body, which is provided with seal cup, the seal cup, is provided with steel wire immersion liquid region, the steel wire
Immersion liquid region includes walking the first immersion liquid area being sequentially distributed upwards, the second immersion liquid area and the 3rd immersion liquid area along steel wire, and described the
One immersion liquid area, the second immersion liquid area and the 3rd immersion liquid area are interconnected；It is provided in the first immersion liquid area by cell body
Plating solution is promoted to the plating solution hoisting mechanism in the first immersion liquid area；
Liquid energy overflow is plated in into the first immersion liquid area and enters the second immersion liquid area and the 3rd immersion liquid area, overflow enters the second leaching
Liquid zone, the plating liquid energy in the 3rd immersion liquid area are back in cell body by the second immersion liquid area, the 3rd immersion liquid area respectively；In second immersion liquid area
It is provided in the second immersion liquid area switch-mode regulation device that regulation enters plating solution reflux state in the second immersion liquid area, the 3rd immersion liquid area
It is provided for the 3rd immersion liquid area switch-mode regulation device that regulation enters plating solution reflux state in the 3rd immersion liquid area.
First weir divider and the second weir divider are set in the seal cup, to pass through the first weir divider, second
Weir divider forms the first immersion liquid area, the second immersion liquid area and the 3rd immersion liquid area, the first weir divider, respectively in seal cup
The weir divider hole for allowing plating solution to flow through is respectively provided with two weir dividers；First immersion liquid area is set on the side wall away from the second immersion liquid area
Put into the overfall in plating solution overflow to cell body in the first immersion liquid area.
The plating solution hoisting mechanism includes riser, and cell body is stretched into the lower end of the riser after passing through the first immersion liquid area
Interior, the top of riser is located above the first immersion liquid area, and the top of riser is provided with fluid hole；Provided with lifting leaf in riser
Wheel, the top of riser is provided with wheel rotation drive mechanism, wheel rotation drive mechanism driving lifting wheel rotation, with cause into
The plating solution for entering riser enters the first immersion liquid area by fluid hole.
The wheel rotation drive mechanism includes elevator pump, and the elevator pump is fixed on by pressing plate and bridge screw to be carried
The top of riser, the output shaft of elevator pump is connected with lifting impeller.
The second immersion liquid area switch-mode regulation device includes the second immersion liquid area mozzle positioned at the second immersion liquid area bottom, the
Two immersion liquid areas can be connected by the second immersion liquid area mozzle with cell body；The surface of second immersion liquid area mozzle is provided with the second leaching
Liquid zone mozzle valve plug, the second immersion liquid area mozzle valve plug can block the second immersion liquid area mozzle, the second immersion liquid area water conservancy diversion
Pipe valve plug is connected with the second immersion liquid area mozzle valve plug hoisting mechanism directly over the second immersion liquid area.
3rd immersion liquid area switch-mode regulation device includes the 3rd immersion liquid area mozzle positioned at the 3rd immersion liquid area bottom, the
Three immersion liquid areas can be connected by the 3rd immersion liquid area mozzle with cell body；The surface of 3rd immersion liquid area mozzle is provided with the 3rd leaching
Liquid zone mozzle valve plug, the 3rd immersion liquid area mozzle valve plug can block the 3rd immersion liquid area mozzle, the 3rd immersion liquid area water conservancy diversion
Pipe valve plug is connected with the 3rd immersion liquid area mozzle valve plug hoisting mechanism directly over the second immersion liquid area.
Advantages of the present invention：The seal cup of cell body internal upper part sequentially forms the first immersion liquid area, on steel wire direction of travel
Two immersion liquid areas and the 3rd immersion liquid area, the plating solution that plating solution is entered in the first immersion liquid area, the first immersion liquid area by plating solution hoisting mechanism
Energy overflow enters the second immersion liquid area and the 3rd immersion liquid area, passes through the second immersion liquid area switch-mode regulation device, the 3rd immersion liquid area and switchs
Adjusting means adjusts the second immersion liquid area, the plating solution storage state in the 3rd immersion liquid area respectively, realizes steel wire copper facing immersion liquid length
Regulation, compact conformation, can according to the steel wire winding status adjustment immersion liquid time, improve the copper-plated qualification rate of steel wireization, safely may be used
Lean on.
Brief description of the drawings
Fig. 1 is structural representation of the invention.
Description of reference numerals：1- steel wires, 2- cell bodies, 3- overfalls, 4- seal cups, 5- elevator pumps, 6- risers, 7- pressing plates
Screw, 8- pressing plates, 9- mesh plates, 10- liftings impeller, the second immersion liquid of 11- area mozzle valve plug hoisting mechanism, the immersion liquid of 12- second
Area's mozzle valve plug, the second immersion liquid of 13- area mozzle, the first immersion liquid of 14- area, the second immersion liquid of 15- area, the immersion liquid areas of 16- the 3rd,
17- plating solutions, the weir dividers of 18- first, the weir dividers of 19- second, the immersion liquid area mozzle valve plug hoisting mechanisms of 20- the 3rd, 21-
Three immersion liquid area mozzle valve plugs and the immersion liquid area mozzles of 22- the 3rd.
Embodiment
With reference to specific drawings and examples, the invention will be further described.
As shown in Figure 1：In order to be able to according to the steel wire winding status adjustment immersion liquid time, improve the copper-plated qualification rate of steel wireization,
The present invention includes the cell body 2 for being used to contain plating solution 17；Top in the cell body 2 is provided with seal cup 4, the seal cup 4
Provided with steel wire immersion liquid region, the steel wire immersion liquid region includes walking the first immersion liquid area 14, second being sequentially distributed upwards along steel wire
Immersion liquid area 16 of immersion liquid area 15 and the 3rd, the first immersion liquid area 14, the second immersion liquid area 15 and the 3rd immersion liquid area 16 are mutually interconnected
It is logical；Be provided for plating solution lifting plating solution 17 in cell body 2 being promoted in first immersion liquid area 14 in the first immersion liquid area 14
Mechanism；
The overflow of the energy of plating solution 17 enters the second immersion liquid area 15 and the 3rd immersion liquid area 16 in into the first immersion liquid area 14, and overflow is entered
Enter the second immersion liquid area 15, the plating solution 17 in the 3rd immersion liquid area 16 can be back to by the second immersion liquid area 15, the 3rd immersion liquid area 16 respectively
In cell body 2；The second immersion liquid that regulation enters the reflux state of plating solution 17 in the second immersion liquid area 15 is provided in second immersion liquid area 15
Regulation enters the reflux state of plating solution 17 in the 3rd immersion liquid area 16 the is provided in area's switch-mode regulation device, the 3rd immersion liquid area 16
Three immersion liquid area switch-mode regulation devices.
Specifically, filled in cell body 2 for carrying out the copper-plated plating solution 17 of steel wireization to steel wire 1, seal cup 4 is located at cell body 2
Interior top, seal cup 4 is located at the top of the liquid level of plating solution 17.In moving towards on direction for steel wire 1, the leaching of the first immersion liquid area 14, second
The immersion liquid area 16 of liquid zone 15 and the 3rd is sequentially distributed, i.e., steel wire 1 first passes through the first immersion liquid area 14 and in the first immersion liquid area 14
Plating solution 17 carries out steel wire copper facing, by the steel wire in the first immersion liquid area 14 through the second immersion liquid area 15 and the 3rd immersion liquid area
16, the second immersion liquid area 15 is located between the first immersion liquid area 14 and the 3rd immersion liquid area 16, and the second immersion liquid area 15 and the first immersion liquid area 14,
3rd immersion liquid area 16 adjoins each other.
Plating solution 17 in cell body 2 can be entered in the first immersion liquid area 14 by plating solution hoisting mechanism, in the first immersion liquid area 14
After the overflow of plating solution 17 can enter the second immersion liquid area 15 and the 3rd immersion liquid area 16, the second immersion liquid area switch-mode regulation device can adjust into
The plating solution 17 for entering the second immersion liquid area 15 is stored in the second immersion liquid area 15 or is back in cell body 2；Similarly, the 3rd immersion liquid area is switched
The plating solution 17 that adjusting means can be adjusted into the 3rd immersion liquid area 16 is stored in the 3rd immersion liquid area 16 or is back in cell body 2.From
And, by the second immersion liquid area switch-mode regulation device, the 3rd immersion liquid area switch-mode regulation device steel wire 1 can be realized in the second immersion liquid area
15th, the immersion liquid length adjustment in the 3rd immersion liquid area 16, to meet to the copper-plated technological requirement of the steel wireization of steel wire 1.
Further, the first weir divider 18 and the second weir divider 19 are set in the seal cup 4, to pass through first
Weir divider 18, the second weir divider 19 form the first immersion liquid area 14, the second immersion liquid area 15 and the 3rd respectively in seal cup 4
The weir divider hole for allowing plating solution 17 to flow through is respectively provided with immersion liquid area 16, the first weir divider 18, the second weir divider 19；First
Set on side wall of the immersion liquid area 14 away from the second immersion liquid area 15 and enter overflowing in the overflow of plating solution 17 to cell body 2 in the first immersion liquid area 14
Head piece 3.
In the embodiment of the present invention, the first weir divider 18, the second weir divider 19 are in be vertically arranged in seal cup 4, with
By the first weir divider 18, the second weir divider 19 by seal cup 4 be separated to form the first immersion liquid area 14, the second immersion liquid area 15 with
And the 3rd immersion liquid area 16.Weir divider hole is respectively provided with first weir divider 18, the second weir divider 19, hence into the first leaching
Plating solution 17 in liquid zone 14 can enter the second immersion liquid area 15 and the 3rd immersion liquid area 16 by corresponding weir divider hole, realize the
One immersion liquid area 14, the second immersion liquid area 15 and the 3rd immersion liquid area 16 are interconnected.Overfall 3 is located on the side wall of seal cup 4, and
Overfall 3 is located remotely from the side wall of the side of the second immersion liquid area 15, and the first immersion liquid area 14 can be by the plating solution 17 of entrance by overfall 3
In overflow to cell body 2.
The plating solution hoisting mechanism includes riser 6, and groove is stretched into the lower end of the riser 6 after passing through the first immersion liquid area 14
In body 2, the top of riser 6 is located at the top of the first immersion liquid area 14, and the top of riser 6 is provided with fluid hole；It is provided with riser 6
Impeller 10 is lifted, the top of riser 6 is provided with wheel rotation drive mechanism, wheel rotation drive mechanism driving 10 turns of impeller of lifting
It is dynamic, to cause the plating solution 17 into riser 6 to enter the first immersion liquid area 14 by fluid hole.
In the embodiment of the present invention, the lower end of riser 6 is stretched into cell body 2, and in the lower end immersion plating solution 17 of riser 6,
Riser 6 is welded and fixed with seal cup 4 and cell body 2 etc..Fluid hole and the phase of cell body 2 that first immersion liquid area 14 passes through riser 6
Connection.Lifting impeller 10 can be rotated in riser 6, and wheel rotation drive mechanism driving lifting impeller 10 is rotated, and lifts impeller
10 rotate generation vortex so that enter the plating solution 17 in riser 6 and rise and entered by fluid hole in the first immersion liquid area 14.
When it is implemented, the wheel rotation drive mechanism includes elevator pump 5, the elevator pump 5 passes through pressing plate 8 and pressure
Plate bolt 7 is fixed on the top of riser 6, and the output shaft of elevator pump 5 is connected with lifting impeller 10.In addition, in the first immersion liquid area
14 bottom is provided with mesh plate 9, can be realized by mesh plate 9 and the plating solution 17 for entering the first immersion liquid area 14 is effectively filtered.
The second immersion liquid area switch-mode regulation device includes the second immersion liquid area mozzle positioned at the bottom of the second immersion liquid area 15
13, the second immersion liquid area 15 can be connected by the second immersion liquid area mozzle 13 with cell body 2；Second immersion liquid area mozzle 13 just on
Side is provided with the second immersion liquid area mozzle valve plug 12, and the second immersion liquid area mozzle valve plug 12 can block the second immersion liquid area mozzle 13,
The second immersion liquid area mozzle valve plug hoisting mechanism directly over the second immersion liquid area mozzle valve plug 12 and the second immersion liquid area 15
11 connections.
In the embodiment of the present invention, the second immersion liquid area mozzle 13 is located at the bottom in the second immersion liquid area 15, the second immersion liquid area 15
It can be connected by the second immersion liquid area mozzle 13 with cell body 2, i.e., can pass through second into the plating solution 17 in the second immersion liquid area 15
Immersion liquid area mozzle 13 is back in cell body 2.The mouth of pipe of second immersion liquid area mozzle valve plug 12 and the second immersion liquid area mozzle 13
Match, be i.e. can close the second immersion liquid area water conservancy diversion after the second immersion liquid area mozzle of the second immersion liquid area mozzle valve plug 12 insertion 13 is interior
Pipe 13, now, the plating solution 17 in the second immersion liquid area 15 can not be back in cell body 2.Second immersion liquid area mozzle valve plug is carried
Rising mechanism 11 can be using forms such as cylinders, and specially known to those skilled in the art, here is omitted.
3rd immersion liquid area switch-mode regulation device includes the 3rd immersion liquid area mozzle positioned at the bottom of the 3rd immersion liquid area 16
22, the 3rd immersion liquid area 16 can be connected by the 3rd immersion liquid area mozzle 22 with cell body 2；3rd immersion liquid area mozzle 22 just on
Side is provided with the 3rd immersion liquid area mozzle valve plug 21, and the 3rd immersion liquid area mozzle valve plug 21 can block the 3rd immersion liquid area mozzle 22,
The 3rd immersion liquid area mozzle valve plug hoisting mechanism directly over 3rd immersion liquid area mozzle valve plug 21 and the second immersion liquid area 16
20 connections.
In the embodiment of the present invention, the 3rd immersion liquid area mozzle 22 is located at the bottom in the 3rd immersion liquid area 16, the 3rd immersion liquid area 16
It can be connected by the 3rd immersion liquid area mozzle 22 with cell body 2, i.e., can pass through the 3rd into the plating solution 17 in the 3rd immersion liquid area 16
Immersion liquid area mozzle 22 is back in cell body 2.The mouth of pipe of 3rd immersion liquid area mozzle valve plug 21 and the 3rd immersion liquid area mozzle 22
Match, i.e. the 3rd immersion liquid area mozzle valve plug 21 can close the 3rd immersion liquid area water conservancy diversion after inserting in the 3rd immersion liquid area mozzle 22
Pipe 22, now, the plating solution 17 in the 3rd immersion liquid area 16 can not be back in cell body 2.3rd immersion liquid area mozzle valve plug is carried
Rising mechanism 20 can be using forms such as cylinders, and specially known to those skilled in the art, here is omitted.
Specifically, in initial start-up, the conduct speed of steel wire 1 from low to high during, opened by the second immersion liquid area
Close adjusting means, the 3rd immersion liquid area switch-mode regulation device causes the second immersion liquid area 15, the 3rd immersion liquid area 16 are in open shape respectively
State, now, the plating solution 17 into the second immersion liquid area 15 can be back in cell body 2 by the second immersion liquid area mozzle 13, into
Plating solution 17 in three immersion liquid areas 16 can be back in cell body 2 by the 3rd immersion liquid area mozzle 22, so that initial velocity conduct
Steel wire 1 be dipped into corresponding liquid length so as to meeting technological requirement.
During work, start elevator pump 5 first, to drive the rotation of lifting impeller 10, and with the rotation of lifting impeller 10,
Plating solution 17 enters in the first immersion liquid area 14 from the fluid hole of riser 6, and overflow is reached into the plating solution 17 in the first immersion liquid area 14
The upper surface of disk 4, height when liquid level is totally submerged steel wire 1 meets process stipulation requirement, is now placed in the first immersion liquid area 14
The part of plating solution 17 flowed out to from overfall 3 in cell body 2, a part overflows to the second immersion liquid area 15, then from the second immersion liquid area
15 overflow to the 3rd immersion liquid area 16, now, and the second immersion liquid area mozzle 13 is blocked by the second immersion liquid area mozzle valve plug 12, lead to
Cross the 3rd immersion liquid area mozzle valve plug 21 and block the 3rd immersion liquid area mozzle 22, with the second immersion liquid area 15, the 3rd immersion liquid area 16
The interior storage for carrying out plating solution 17, to enable steel wire 1 to sequentially enter the plating solution 17 to the second immersion liquid area 15, the 3rd immersion liquid area 16
It is interior, complete the steel wire copper-plating technique process to steel wire 1.
The seal cup 4 of the internal upper part of cell body 2 of the present invention sequentially forms the first immersion liquid area 14, second on the direction of travel of steel wire 1
Immersion liquid area 16 of immersion liquid area 15 and the 3rd, plating solution 17 enters the first immersion liquid area 14, the first immersion liquid area 14 by plating solution hoisting mechanism
Interior plating solution 17 can overflow enter the second immersion liquid area 15 and the 3rd immersion liquid area 16, by the second immersion liquid area switch-mode regulation device,
3rd immersion liquid area switch-mode regulation device adjusts the second immersion liquid area 15, the storage state of plating solution 17 in the 3rd immersion liquid area 16 respectively, real
The regulation of existing steel wire copper facing immersion liquid length, compact conformation can improve steel wire according to the steel wire winding status adjustment immersion liquid time
Copper-plated qualification rate, it is safe and reliable.
Claims (6)
1. a kind of steel wire copper facing immersion liquid length adjustment device, including for containing plating solution（17）Cell body（2）；It is characterized in that：
In the cell body（2）Interior top is provided with seal cup（4）, the seal cup（4）It is interior to be provided with steel wire immersion liquid region, the steel wire leaching
Liquid zone domain includes walking the first immersion liquid area being sequentially distributed upwards along steel wire（14）, the second immersion liquid area（15）And the 3rd immersion liquid area
（16）, the first immersion liquid area（14）, the second immersion liquid area（15）And the 3rd immersion liquid area（16）It is interconnected；In the described first leaching
Liquid zone（14）Inside it is provided for cell body（2）Interior plating solution（17）It is promoted to the first immersion liquid area（14）Interior plating solution hoisting mechanism；
Into the first immersion liquid area（14）Interior plating solution（17）Energy overflow enters the second immersion liquid area（15）And the 3rd immersion liquid area（16）, overflow
Stream enters the second immersion liquid area（15）, the 3rd immersion liquid area（16）Plating solution（17）The second immersion liquid area can be passed through respectively（15）, the 3rd leaching
Liquid zone（16）It is back to cell body（2）It is interior；Second immersion liquid area（15）Inside it is provided for regulation and enters the second immersion liquid area（15）Interior plating solution
（17）Second immersion liquid area switch-mode regulation device of reflux state, the 3rd immersion liquid area（16）Inside it is provided for regulation and enters the 3rd immersion liquid
Area（16）Interior plating solution（17）3rd immersion liquid area switch-mode regulation device of reflux state.
2. steel wire copper facing immersion liquid length adjustment device according to claim 1, it is characterized in that：The seal cup（4）It is interior
First weir divider is set（18）And second weir divider（19）, to pass through the first weir divider（18）, the second weir divider
（19）In seal cup（4）The first immersion liquid area is inside formed respectively（14）, the second immersion liquid area（15）And the 3rd immersion liquid area（16）, first
Weir divider（18）, the second weir divider（19）On be respectively provided with permission plating solution（17）The weir divider hole flowed through；First immersion liquid area
（14）Away from the second immersion liquid area（15）Side wall on set enter the first immersion liquid area（14）Interior plating solution（17）Overflow is to cell body（2）It is interior
Overfall（3）.
3. steel wire copper facing immersion liquid length adjustment device according to claim 1, it is characterized in that：The plating solution hoisting mechanism
Including riser（6）, the riser（6）Lower end pass through the first immersion liquid area（14）After stretch into cell body（2）It is interior, riser（6）
Top be located at the first immersion liquid area（14）Top, riser（6）Top be provided with fluid hole；Riser（6）It is interior to be provided with lifting leaf
Wheel（10）, riser（6）Top be provided with wheel rotation drive mechanism, wheel rotation drive mechanism driving lifting impeller（10）Turn
It is dynamic, to enter riser（6）Plating solution（17）First immersion liquid area is entered by fluid hole（14）.
4. steel wire copper facing immersion liquid length adjustment device according to claim 3, it is characterized in that：The wheel rotation driving
Mechanism includes elevator pump（5）, the elevator pump（5）Pass through pressing plate（8）And bridge screw（7）It is fixed on riser（6）Top
End, elevator pump（5）Output shaft with lifting impeller（10）Connection.
5. steel wire copper facing immersion liquid length adjustment device according to claim 1, it is characterized in that：The second immersion liquid area is opened
Closing adjusting means includes being located at the second immersion liquid area（15）Second immersion liquid area mozzle of bottom（13）, the second immersion liquid area（15）Pass through
Second immersion liquid area mozzle（13）Energy and cell body（2）It is connected；Second immersion liquid area mozzle（13）Surface provided with second leaching
Liquid zone mozzle valve plug（12）, the second immersion liquid area mozzle valve plug（12）The second immersion liquid area mozzle can be blocked（13）, described
Two immersion liquid area mozzle valve plugs（12）With the second immersion liquid area（15）Second immersion liquid area mozzle valve plug hoisting mechanism of surface
（11）Connection.
6. steel wire copper facing immersion liquid length adjustment device according to claim 1, it is characterized in that：The 3rd immersion liquid area is opened
Closing adjusting means includes being located at the 3rd immersion liquid area（16）3rd immersion liquid area mozzle of bottom（22）, the 3rd immersion liquid area（16）Pass through
3rd immersion liquid area mozzle（22）Energy and cell body（2）It is connected；3rd immersion liquid area mozzle（22）Surface provided with the 3rd leaching
Liquid zone mozzle valve plug（21）, the 3rd immersion liquid area mozzle valve plug（21）The 3rd immersion liquid area mozzle can be blocked（22）, described
Three immersion liquid area mozzle valve plugs（21）With the second immersion liquid area（16）3rd immersion liquid area mozzle valve plug hoisting mechanism of surface
（20）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610228488.2A CN105671528B (en) | 2016-04-13 | 2016-04-13 | Steel wire copper facing immersion liquid length adjustment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610228488.2A CN105671528B (en) | 2016-04-13 | 2016-04-13 | Steel wire copper facing immersion liquid length adjustment device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105671528A CN105671528A (en) | 2016-06-15 |
| CN105671528B true CN105671528B (en) | 2017-11-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610228488.2A Active CN105671528B (en) | 2016-04-13 | 2016-04-13 | Steel wire copper facing immersion liquid length adjustment device |
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| CN110344100B (en) * | 2019-07-23 | 2024-05-28 | 江苏欧姆圣智能装备股份有限公司 | Overflow device for plating tank |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2684906B2 (en) * | 1991-08-29 | 1997-12-03 | 松下電工株式会社 | Electroless copper plating method on ceramic substrate |
| CN102618854A (en) * | 2012-04-06 | 2012-08-01 | 柳州市红日焊丝制造有限公司 | Welding wire washing and copper-plating device |
| CN203498469U (en) * | 2013-09-18 | 2014-03-26 | 张家港市沙洲钢绳有限公司 | Steel wire rising and falling device in steel wire copper plating production line |
| CN204589344U (en) * | 2015-02-02 | 2015-08-26 | 井冈山市吉达金属股份有限公司 | A kind of energy-saving welding wire copper plating device |
| CN205603673U (en) * | 2016-04-13 | 2016-09-28 | 无锡盛力达科技股份有限公司 | Steel wire chemical plating copper immersion fluid length adjustment device |
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| CN105671528A (en) | 2016-06-15 |
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