CN210314521U - Full-automatic production system for electrifying nickel plating of metal iron zipper - Google Patents
Full-automatic production system for electrifying nickel plating of metal iron zipper Download PDFInfo
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- CN210314521U CN210314521U CN201920702319.7U CN201920702319U CN210314521U CN 210314521 U CN210314521 U CN 210314521U CN 201920702319 U CN201920702319 U CN 201920702319U CN 210314521 U CN210314521 U CN 210314521U
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Abstract
The utility model discloses a full-automatic production system of metal iron zip fastener circular telegram nickel plating, including coating bath, waste water treatment pond, rectifier, liquid medicine groove, a plurality of cell bodies have in the coating bath, and are a plurality of the cell body is one for the alkaline corrosion groove along the horizontal direction in proper order, and the washing tank is four, and polishing groove is one, and the washing tank is four, and the neutralizing tank is one, and the washing tank is three, and nickel plating groove is one, and the washing tank is three, and the neutralizing tank is one, and the washing tank is six, every all be equipped with zip fastener conveyer in the cell body, every all be equipped with the zip fastener water absorption device in the cell body, the nickel plating inslot. The utility model discloses can make the zip fastener pass each cell body in compacter space to with the liquid in each cell body fully contact, need not slow down the translation rate and increase dwell time, effectively improve work efficiency, reduce area, and alleviate the work load of the follow-up cleaning procedure of electroplating step, reduce the water consumption.
Description
Technical Field
The utility model relates to a full automatic production system technical field of metal iron zip fastener circular telegram nickel plating especially relates to the full automatic production system of metal iron zip fastener circular telegram nickel plating.
Background
The metal zipper is mainly used for high-grade bags and clothes, and the surface of the metal zipper is required to be polished and then is subjected to color plating or lacquering treatment during production. The electroplating treatment is one of the surface treatments of the metal zipper, and metal ions in the electroplating solution are plated on the surface of the metal zipper through ion exchange by the principle of electrolytic plating, so that the surface color of the metal zipper is changed, the surface of the metal zipper is protected, and the influence of oxidation and the like on the zipper is reduced.
The zippers need to pass through different process devices in sequence in the preparation and subsequent treatment processes, in order to enable all process steps to react completely, the stay time of the zippers in the devices needs to be increased, and the following two modes are generally adopted, wherein firstly, the moving speed is reduced, so that the stay time is increased, the working efficiency is reduced, and secondly, the process devices are increased, so that the occupied area is increased, and the zippers cannot be widely used.
In the electroplating process of the zipper, a liquid medicine tank and a cleaning tank which are provided with liquid medicine are arranged in the plating tank, the plated zipper is soaked with a large amount of liquid medicine and cleaning water, the liquid medicine needs to be removed from the liquid medicine before entering the next plating tank, otherwise, the preparation of the next process is influenced, and a large amount of water is needed in the cleaning process.
SUMMERY OF THE UTILITY MODEL
The utility model aims at solving the defects existing in the prior art and providing a full-automatic production system for the electrifying nickel plating of the metal iron zipper.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
full-automatic production system of metal iron zip fastener circular telegram nickel plating, including coating bath, waste water treatment pond, rectifier, liquid medicine basin, a plurality of cell bodies have in the coating bath, and is a plurality of the cell body is one for the alkali corrosion groove along the horizontal direction in proper order, and the washing tank is four, and the polishing groove is one, and the washing tank is four, and the neutralizing tank is one, and the washing tank is three, and the nickel plating groove is one, and the washing tank is three, and the neutralizing tank is one, and the washing tank is six, every all be equipped with zip fastener conveyer in the cell body, every all be equipped with the zip fastener water absorption device in the cell body, the nickel plating.
Preferably, zip fastener conveyer includes the last initiative conveying axle, separates the sieve on, separates the sieve down, passively conveys axle, two locating plates down, on separate the sieve, separate sieve, passively convey the equal parallel arrangement of axle down and fix between two locating plates in proper order by last under to, on separate the sieve and separate the spacing blank that the sieve all had a plurality of equidistant settings down, and on separate the sieve more one spacing blank than separating the sieve down, be equipped with the constant head tank on the locating plate.
Preferably, the upper active transmission shaft is a conductive transmission shaft, and the lower passive transmission shaft is a non-conductive transmission shaft.
Preferably, the upper driving transmission shaft comprises a conductive pulley and a metal roller, and the conductive pulley is fixed at the tail end of the metal roller and is externally connected through a wire.
Preferably, the zipper electroplating device at least comprises a zipper conveying device and a copper anode, the conductive pulley is connected with the negative pole of the rectifier through a lead, the copper anode is connected with the positive pole of the rectifier, and the zipper to be plated is provided with a conductive metal wire for connecting zipper teeth of the zipper.
Preferably, the zip fastener water absorption device includes recovery tube, first seal pot, second seal pot, magnetic drive pump, fan, first seal pot and second seal pot top all have first inlet and second inlet, first seal pot and second seal pot bottom all have the leakage fluid dram, the recovery tube communicates with the first inlet of first seal pot, the second inlet of first seal pot and the first inlet of second seal pot intercommunication, the second inlet and the fan intercommunication of second seal pot, the leakage fluid dram of first seal pot and the leakage fluid dram of second seal pot all communicate through the inlet end of check valve with magnetic drive pump, the leakage fluid dram of magnetic drive pump passes through the external waste water treatment pond of check valve.
Preferably, the first seal pot has a liquid level sensing device.
Preferably, the recovery pipe is provided with a liquid suction port, and the liquid suction port is opposite to a zipper stained with liquid medicine or cleaning water.
Preferably, be connected with a plurality of branch pipes on the recovery pipe, and a plurality of branch pipes set up side by side, the sealed other end of branch pipe one end and recovery pipe intercommunication, every all be equipped with the imbibition mouth on the branch pipe.
Preferably, the second liquid inlet of the second seal tank is connected with the fan through an air pipe.
The utility model has the advantages that:
1. the zipper to be conveyed penetrates into the zipper conveying device and is wound between the upper driving conveying shaft and the lower driven conveying shaft, the zipper to be conveyed is horizontally positioned and separated by the upper partition screen and the lower partition screen, the zipper to be conveyed is wound between the upper driving conveying shaft and the lower driven conveying shaft at equal intervals, the zipper can penetrate through each groove body in a more compact space and is fully contacted with liquid in each groove body, the moving speed does not need to be reduced, the residence time does not need to be prolonged, the working efficiency is effectively improved, and the zipper conveying device is compact in structure and small in occupied area.
2. Through setting up zip fastener water absorption device, through vacuum suction with the liquid medicine on the zip fastener or wash in water is inhaled the recovery pipe by inhaling the liquid mouth, can before the zip fastener gets into next cell body, liquid medicine and water on the zip fastener are taken off, alleviate the work load of follow-up washing process, reduce the water consumption, and can carry out the liquid medicine and retrieve saving cost.
Drawings
FIG. 1 is a schematic structural view of a full-automatic production system for electrifying and nickel plating of a metal iron zipper;
FIG. 2 is a schematic structural view of a zipper conveying device of the full-automatic metallic iron zipper electrifying nickel plating production system provided by the utility model;
FIG. 3 is a schematic view of the structure of the upper driving transmission shaft of the zipper transmission device of the full-automatic metallic iron zipper electrifying nickel plating production system provided by the utility model;
FIG. 4 is a schematic structural view of a zipper electroplating device of the full-automatic metallic iron zipper electrifying nickel plating production system provided by the utility model;
fig. 5 is a schematic structural view of the zipper water absorption device of the metal iron zipper electrifying nickel plating full-automatic production system provided by the utility model.
In the figure: 01 zipper electroplating device, 02 zipper conveying device, 02-1 upper driving conveying shaft, 02-2 upper partition sieve, 02-3 lower partition sieve, 02-4 lower driven conveying shaft, 02-5 positioning plate, 02-6 positioning groove, 03 metal roller, 04-1 conductive pulley, 04-2 conducting wire, 04-3 copper connecting plate, 05 zipper water sucking device, 05-1 recovery tube, 05-2 branch tube, 05-3 liquid sucking port, 05-4 first sealing tank, 05-5 second sealing tank, 05-6 magnetic pump, 05-7 fan, 05-8 first liquid inlet, 05-9 second liquid inlet, 05-10 liquid outlet, 05-11 liquid level sensing device, 05-12 one-way valve, 06 plating tank, 06-1 alkaline etching tank, 06-2 cleaning tank, 06-3 polishing tank, 06-4 neutralizing tank and 06-5 nickel plating tank.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments.
Referring to fig. 1-5, the full-automatic production system for the electrifying nickel plating of the metal iron zipper comprises a plating tank 06, a wastewater treatment tank, a rectifier and a liquid medicine tank, wherein the plating tank 06 is internally provided with a plurality of tank bodies, the plurality of tank bodies are sequentially an alkali etching tank 06-1, a cleaning tank 06-2, a polishing tank 06-3, a cleaning tank 06-2, a neutralizing tank 06-4, a cleaning tank 06-2, a nickel plating tank 06-5, a cleaning tank 06-2, a neutralizing tank 06-4 and a cleaning tank 06-2, each tank body is internally provided with a zipper conveying device 02, each tank body is internally provided with a zipper water absorption device 05, the nickel plating tank 06-5 is internally provided with a zipper electroplating device 01, and a zipper sequentially passes through the tank bodies during electroplating.
In the utility model, the zipper conveying device 02 comprises an upper active conveying shaft 02-1, an upper separating screen 02-2, a lower separating screen 02-3, a lower passive conveying shaft 02-4, two positioning plates 02-5, wherein the upper separating screen 02-2, the lower separating screen 02-3 and the lower passive conveying shaft 02-4 are all arranged in parallel and are sequentially fixed between the two positioning plates 02-5 from top to bottom, the upper separating screen 02-2 and the lower separating screen 02-3 are respectively provided with a plurality of spacing blank spaces which are arranged at equal intervals, the upper separating screen 02-2 is provided with one more spacing blank space than the lower separating screen 02-3, the positioning plate 02-5 is provided with a positioning groove 02-6, after installation, the spacing blank spaces of the upper separating screen 02-2 and the lower separating screen 02-3 are staggered, the perpendicular line of the spacing blank spaces of the upper separating screen 02-2 on the horizontal plane just falls at the middle position of the two adjacent spacing blank spaces of the lower separating screen 02-3, the zipper to be conveyed penetrates through the zipper conveying device 02 and is wound between the upper driving conveying shaft 02-1 and the lower driven conveying shaft 02-4, wherein the zipper to be conveyed is horizontally positioned and separated by the upper partition screen 02-2 and the lower partition screen 02-3, so that the zipper to be conveyed winds between the upper driving conveying shaft 02-1 and the lower driven conveying shaft 02-4 at equal intervals.
Specifically, when the zipper is used for conveying in the electroplating step, the upper active conveying shaft 02-1 is a conductive conveying shaft, and the lower passive conveying shaft 02-4 is a non-conductive conveying shaft.
Specifically, the upper driving transmission shaft 02-1 comprises a conductive pulley 04-1 and a metal roller 03, wherein the conductive pulley 04-1 is fixed with the tail end of the metal roller 03 and is externally connected through a wire 04-2.
The zipper electroplating device 01 at least comprises a zipper conveying device 02 and a copper anode, wherein the conductive pulley 04-1 is connected with the negative pole of a rectifier through a lead 04-2, the copper anode is connected with the positive pole of the rectifier, a conductive metal wire for connecting zipper teeth of the zipper is arranged on the zipper to be plated, the zipper teeth of the zipper are connected to the conductive metal wire, the zipper teeth of the zipper are continuously contacted with a metal roller 03 of an upper driving conveying shaft 02-1 in the electroplating process, the metal roller 03 is connected with the negative pole of the rectifier through the conductive pulley 04-1, copper ions on the copper anode are continuously subjected to ion exchange, and a coating is formed on the surfaces of the zipper teeth of the zipper.
Wherein the zipper water absorption device 05 comprises a recovery pipe 05-1, a first seal pot 05-4, a second seal pot 05-5, a magnetic pump 05-6 and a fan 05-7, a first liquid inlet 05-8 and a second liquid inlet 05-9 are respectively arranged above the first seal pot 05-4 and the second seal pot 05-5, liquid outlet 05-10 are respectively arranged at the bottoms of the first seal pot 05-4 and the second seal pot 05-5, the recovery pipe 05-1 is communicated with the first liquid inlet 05-8 of the first seal pot 05-4, the second liquid inlet 05-9 of the first seal pot 05-4 is communicated with the first liquid inlet 05-8 of the second seal pot 05-5, the second liquid inlet 05-9 of the second seal pot 05-5 is communicated with the fan 05-7, the second liquid inlet 05-9 of the second seal pot 05-5 is connected with the fan through an air pipe, the liquid discharge port 05-10 of the first seal pot 05-4 and the liquid discharge port 05-10 of the second seal pot 05-5 are communicated with the liquid inlet end of the magnetic pump 05-6 through the one-way valve 05-12, and the liquid discharge end of the magnetic pump 05-6 is externally connected with a wastewater treatment pool through the one-way valve 05-12.
Further, the first sealed tank 05-4 is provided with a liquid level sensing device 05-11, the liquid level sensing device 05-11 displays the height of the wastewater liquid in the first sealed tank 05-4 in real time, liquid medicine is recovered into the device, after the liquid medicine reaches a certain medicine level, the liquid level sensing device 05-11 senses and starts a magnetic pump 05-6, and the liquid medicine is pumped into the liquid medicine tank for secondary use.
Specifically, a liquid suction port 05-3 is arranged on the recovery pipe 05-1, the liquid suction port 05-3 is opposite to a zipper stained with liquid medicine or cleaning water, and the liquid medicine or the cleaning water on the zipper is sucked into the recovery pipe 05-1 through the liquid suction port 05-3 by vacuum suction force generated by a fan 05-7.
Furthermore, a plurality of branch pipes 05-2 are connected to the recovery pipe 05-1, the branch pipes 05-2 are arranged in parallel, one end of each branch pipe 05-2 is sealed, the other end of each branch pipe 05-2 is communicated with the recovery pipe 05-1, a liquid suction port 05-3 is formed in each branch pipe 05-2, in order to improve the automatic water absorption efficiency, a zipper stained with liquid medicine or cleaning water sequentially passes through each liquid suction port 05-3, and the zipper is driven by a traction device and sequentially passes through each branch pipe 05-2 and just passes through each liquid suction port 05-3.
When the utility model is used, the zipper to be plated is provided with the zipper teeth which are connected to the conductive metal wires, in the electroplating process of the nickel plating bath 06-5, the zipper teeth of the zipper are continuously contacted with the metal roller 03 of the upper driving transmission shaft 02-1, the metal roller 03 is connected with the negative pole of the rectifier through the conductive pulley 04-1, copper ions on the copper anode are continuously exchanged, a plating layer is formed on the surfaces of the zipper teeth of the zipper, the electroplating is completed, each liquid suction port 05-3 on the cylinder body is connected with the liquid suction pipe in parallel, the dehydrated waste water is recovered into the first sealing tank 05-4 through the suction force of the fan 05-7 by the liquid suction pipe, when the liquid level reaches the upper limit of the liquid level induction device 05-11, the magnetic pump 05-6 is automatically opened, the waste water is pumped out by the magnetic pump 05-6 through the one-way valve 05-12 to be, when the liquid level drops to the lower liquid level set by the liquid level sensor, the device automatically turns off the magnetic pump 05-6 and stops pumping the waste water.
Above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the design of the present invention, equivalent replacement or change should be covered within the protection scope of the present invention.
Claims (6)
1. The full-automatic production system for the metal iron zipper electrified nickel plating comprises a plating bath, a wastewater treatment tank, a rectifier and a liquid medicine tank, and is characterized in that a plurality of tank bodies are arranged in the plating bath, the tank bodies are one alkaline etching tank, four cleaning tanks, one polishing tank, four cleaning tanks, one neutralizing tank, three cleaning tanks, one nickel plating tank, three cleaning tanks, one neutralizing tank and six cleaning tanks in sequence along the horizontal direction, each tank body is internally provided with a zipper conveying device, each tank body is internally provided with a zipper water absorption device, the nickel plating tank is internally provided with a zipper electroplating device, the zipper conveying device comprises an upper active conveying shaft, an upper partition sieve, a lower passive conveying shaft and two positioning plates, the upper partition sieve, the lower partition sieve and the lower passive conveying shaft are arranged in parallel and are sequentially fixed between the two positioning plates from top to bottom, the upper partition sieve and the lower partition sieve are provided with a plurality of spacing spaces arranged at equal intervals, the zipper electroplating device at least comprises a zipper conveying device and a copper anode, wherein the conductive pulley is connected with the negative pole of a rectifier through a lead, the copper anode is connected with the anode of the rectifier, a conductive metal wire for connecting the zipper teeth of the zipper is arranged on the zipper to be plated, the zipper water absorption device comprises a recovery pipe, a first sealing tank, a second sealing tank, a magnetic pump and a fan, a first liquid inlet and a second liquid inlet are respectively arranged above the first sealing tank and the second sealing tank, the bottoms of the first sealing tank and the second sealing tank are respectively provided with a liquid discharge port, and the recovery pipe is communicated with the first liquid inlet of the first sealing tank, the second inlet of first seal pot and the first inlet intercommunication of second seal pot, the second inlet and the fan intercommunication of second seal pot, the leakage fluid dram of first seal pot and the leakage fluid dram of second seal pot all communicate through the inlet fluid end of check valve with the magnetic drive pump, the flowing back end of magnetic drive pump passes through the external waste water treatment pond of check valve.
2. The full-automatic production system for electrifying nickel plating of the metal iron zipper according to claim 1, wherein the upper driving transmission shaft is a conductive transmission shaft, and the lower driven transmission shaft is a non-conductive transmission shaft.
3. The full-automatic production system for electroplated nickel of the metal iron zipper of claim 1, wherein the first sealed tank is provided with a liquid level sensing device.
4. The full-automatic production system for electrifying nickel plating of the metal iron zipper according to claim 1, wherein a liquid suction port is arranged on the recovery pipe, and the liquid suction port is opposite to the zipper stained with liquid medicine or cleaning water.
5. The full-automatic production system for electrified nickel plating of the metal iron zipper according to claim 4, wherein a plurality of branch pipes are connected to the recovery pipe and arranged in parallel, one end of each branch pipe is sealed, the other end of each branch pipe is communicated with the recovery pipe, and a liquid suction port is formed in each branch pipe.
6. The full-automatic production system for the electrified nickel plating of the metal iron zipper according to claim 1, wherein a second liquid inlet of the second sealing tank is connected with a fan through a gas pipe.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920702319.7U CN210314521U (en) | 2019-05-16 | 2019-05-16 | Full-automatic production system for electrifying nickel plating of metal iron zipper |
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| CN201920702319.7U CN210314521U (en) | 2019-05-16 | 2019-05-16 | Full-automatic production system for electrifying nickel plating of metal iron zipper |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110029384A (en) * | 2019-05-16 | 2019-07-19 | 温州兴益和拉链有限公司 | Metallic iron zipper energization nickel plating fully-automatic production system |
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- 2019-05-16 CN CN201920702319.7U patent/CN210314521U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110029384A (en) * | 2019-05-16 | 2019-07-19 | 温州兴益和拉链有限公司 | Metallic iron zipper energization nickel plating fully-automatic production system |
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