CN201785543U - Zinc plating liquid recovery device - Google Patents
Zinc plating liquid recovery device Download PDFInfo
- Publication number
- CN201785543U CN201785543U CN2010202825330U CN201020282533U CN201785543U CN 201785543 U CN201785543 U CN 201785543U CN 2010202825330 U CN2010202825330 U CN 2010202825330U CN 201020282533 U CN201020282533 U CN 201020282533U CN 201785543 U CN201785543 U CN 201785543U
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- China
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- electrolytic pickling
- wirewinding roller
- rectifier
- plating tank
- driven
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Abstract
The utility model relates to a zinc plating liquid recovery device, which comprises a hook arranged on a fixing hanging rod of a galvanized machine, a tension spring arranged at the lower end of a lower hook on the galvanized machine and a recovery panel connected with the other end of the tension spring. A recovery groove hole is arranged on the recovery panel at a position corresponding to that of a wire-separating conducting bar on the galvanized machine, and the lower end of the recovery panel is inserted into a limiting groove. By utilizing a wire liquid recovery device, the quantity of liquid which is brought out is quite low so that consumption of materials and pollution of sewage discharging are reduced. As the quantity of the residual liquid which is brought in is quite low, the wire can be cleaned through water which is only changed at each shift, and the discharged water completely returns to a plating tank to be reused, thereby realizing real zero emission. The zinc plating liquid recovery device is simple in operation, convenient in installation and suitable for various wire galvanized machines.
Description
Technical field
The utility model relates to a kind of galvanizing flux retrieving arrangement.
Background technology
The iron wire zincincation equipment of present domestic use roughly has following two kinds of situations:
(1) open hearth annealing is zinc-plated, and promptly iron wire is annealed again through chlorohydric acid pickling, washing, plating, washing, oven dry, take-up, warehouse-in several steps through 20 meters left and right sides open hearths on production line.The surplus temperature that iron wire in this process after annealing has several Baidu enters in the salt acid tank, will produce a large amount of acid mists, not only is difficult for reclaiming, and can causes serious atmospheric pollution.Pickle solution used after for some time, and pickling effect will descend after iron protochloride content reached capacity, and common producer will select stealthily to discharge, and causes very big groundwater pollution.What washing and plating after washing used before the plating all is flowing water, all can discharge the rinse water after tens tons even the up to a hundred tons of uses every day on every production line, not only has a large amount of sewage discharges, and has wasted water resources greatly.Production line generally needs about 100 meters.
(2) furnace annealing is zinc-plated, and iron wire carries out earlier lowering the temperature after the pit furnace anneal at zinc-plated money, again through chlorohydric acid pickling, washing, neutralization, the washing of antirust, weak burn into, zinc-plated, washing, oven dry, take-up, warehouse-in several steps.Though this technology acid mist pollution is a little lower than open hearth annealing, the iron wire after the pickling enters between wire barrow can make the Working environment extreme difference to causing environmental pollution between wire barrow.Basic and the open hearth of washing and plating after washing pollution level is annealed zinc-plated similarly before the plating, and production line generally needs about 60 meters.
More than the filtrate of two kinds of technology many remnants before washing work be brought in the washing pool, waste starting material, the water in the washing pool need frequent the replacing, the discharging environmental pollution of waste water is very big.
Summary of the invention
The purpose of this utility model provides a kind of can effectively the minimizing and reduces the filtrate loss, alleviates the washing bath operating pressure, reduced and frequently in the water washing process changed the galvanizing flux retrieving arrangement that sewage causes in galvanizing process.
The utility model adopts following technical scheme:
The utility model comprises hook on the fixedly peg that is arranged at galvanized machine, be arranged on the extension spring of lower draw-bar lower end of galvanized machine and the recovery panel that is connected with the extension spring the other end, described recovery panel be provided be arranged at galvanized machine on the recovery slotted eye of the corresponding setting of conduction separated time row, described recovery panel lower end is plugged in the stopper slot.
The utility model galvanized machine comprises lathe, be arranged on the iron wire e Foerderanlage on the lathe, the driving motor that is in transmission connection with the iron wire transport unit, be arranged on the electrolytic pickling device on the lathe, iron wire electroplanting device and finished product drying installation, be provided with each two groups of electrolytic pickling groove and symmetrically arranged plating tank and washing baths in the described lathe, described iron wire transport unit comprises symmetrically arranged conduction separated time row, initiative drive shaft, driven transmission shaft, be symmetricly set on the active electrolytic pickling groove Wirewinding roller and the driven electrolytic pickling groove Wirewinding roller at electrolytic pickling groove two ends, the active washing bath Wirewinding roller and the driven washing bath Wirewinding roller that are symmetricly set on the active plating tank Wirewinding roller and the driven plating tank Wirewinding roller at plating tank two ends and are symmetricly set on the washing bath two ends, described active electrolytic pickling groove Wirewinding roller, active plating tank Wirewinding roller, initiatively the washing bath Wirewinding roller is sleeved on the initiative drive shaft, described driven electrolytic pickling groove Wirewinding roller, driven plating tank Wirewinding roller, driven washing bath Wirewinding roller is sleeved on the driven transmission shaft, be provided with the washing bath wire-crossing wheel in the described washing bath, described initiative driver passes through belt pulley, pulley belt is connected by transmission shaft with motor, described conduction separated time row is provided with the separated time hole with the corresponding setting of above-mentioned Wirewinding roller, is provided with conducting connecting part between described symmetrically arranged conduction separated time row; Described electrolytic pickling device comprise the electrolytic pickling rectifier, be connected with electrolytic pickling rectifier negative pole be arranged on electrolytic pickling groove negative electrode busbar in the electrolytic pickling groove, described electrolytic pickling rectifier anode is connected with conducting connecting part; Described iron wire electroplanting device comprise electroplating rectifier, be connected with the electroplating rectifier positive pole be arranged on plating tank anode conducting row in the plating tank, described electroplating rectifier negative pole is connected with conducting connecting part; Described finished product drying installation comprises oven dry rectifier, the conducting connecting part that is connected with the oven dry rectifier anode and the oven dry guide roller that is connected with oven dry rectifier negative pole; Described oven dry guide roller is connected with conducting connecting part; Described motor is connected with line guide roller and take-up reel by transmission shaft.
Positively effect of the present utility model is as follows:
(1) adopt the wire rod liquid withdrawal system, the liquid drag-out is extremely low, thereby has reduced materials consumption, has reduced the pollution of sewage discharge.
(2) since the residual liquid brought into seldom, so can adopt fixedly water cleaning, per tour is changed once, the water of discharge returns coating bath fully and utilizes again, thereby reaches real zero release.
(3) simple to operate, easy for installation, be applicable to various galvanized wire machines.
Description of drawings
Fig. 1 is the utility model structural representation;
Fig. 2 uses synoptic diagram (shaft side figure 1) for the utility model;
Fig. 3 uses synoptic diagram (axonometric drawing 2) for the utility model;
Fig. 4 overlooks the use synoptic diagram for the utility model;
Fig. 5 is the A portion enlarged view of the utility model Fig. 3.
In the accompanying drawings: 1 lathe, 2 driving motors, 3 electrolytic pickling grooves, 4 plating tanks, 5 washing baths, 6 active electrolytic pickling groove Wirewinding rollers, 7 driven electrolytic pickling groove Wirewinding rollers, 8 active plating tank Wirewinding rollers, 9 driven plating tank Wirewinding rollers, 10 active washing bath Wirewinding rollers, 11 driven washing bath Wirewinding rollers, 12 initiative drive shafts, 13 driven transmission shafts, 14 belt pulleys, 15 pulley belts, 16 plating tank anode conductings row, 17 electrolytic pickling groove negative electrode busbars, 18 electrolytic pickling rectifiers, 19 electroplating rectifiers, 20 conduction separated time rows, 21 separated time holes, 22 conducting connecting parts, 23 oven dry rectifiers, 24 oven dry guide rollers, 25 take-up guide rollers, 26 take-up reeies, 27 fixing pegs, 28 hooks, 29 extension springs, 30 reclaim panel, 31 reclaim slotted eye, 32 stopper slots, 33 washing bath wire-crossing wheels, 34 galvanized machines.
Embodiment
Shown in accompanying drawing 1,2,3,4,5, the utility model comprises hook 28 on the fixedly peg 27 that is arranged at galvanized machine 34, be arranged on the extension spring 29 of lower draw-bar 28 lower ends of galvanized machine 34 and the recovery panel 30 that is connected with extension spring 29 the other ends, described recovery panel 30 be provided be arranged at galvanized machine 34 on the recovery slotted eye 31 of conduction separated time row 20 corresponding settings, described recovery panel 30 lower ends are plugged in the stopper slot 32, adopt the wire rod liquid withdrawal system, the liquid drag-out is extremely low, thereby reduced materials consumption, reduced the pollution of sewage discharge.
Galvanized machine 34 described in the utility model comprises lathe 1, be arranged on the iron wire e Foerderanlage on the lathe 1, the driving motor 2 that is in transmission connection with the iron wire transport unit, be arranged on the electrolytic pickling device on the lathe 1, iron wire electroplanting device and finished product drying installation, be provided with electrolytic pickling groove 3 and symmetrically arranged plating tank 4 and washing bath 5 each two groups in the described lathe 1, described iron wire transport unit comprises symmetrically arranged conduction separated time row 20, initiative drive shaft 12, driven transmission shaft 13, be symmetricly set on active electrolytic pickling groove Wirewinding roller 6 and driven electrolytic pickling groove Wirewinding roller 7 in the electrolytic pickling groove 3, be symmetricly set on active plating tank Wirewinding roller 8 and the driven plating tank Wirewinding roller 9 in the plating tank 4 and be symmetricly set on active washing bath Wirewinding roller 10 and driven washing bath Wirewinding roller 11 in the washing bath 5, described active electrolytic pickling groove Wirewinding roller 6, active plating tank Wirewinding roller 8, initiatively washing bath Wirewinding roller 10 is sleeved on the initiative drive shaft 12, described driven electrolytic pickling groove Wirewinding roller 7, driven plating tank Wirewinding roller 9, driven washing bath Wirewinding roller 11 is sleeved on the driven transmission shaft 13, be provided with washing bath wire-crossing wheel 33 in the described washing bath 5, because the residual liquid of bringing into seldom, so can adopting fixedly, water cleans, per tour is changed once, the water of discharging returns coating bath fully and utilizes again, thereby reach real zero release, described initiative driver 12 1 ends are provided with belt pulley 14, described belt pulley 14 is in transmission connection by pulley belt 15 and motor 2, described conduction separated time row 20 is provided with the separated time hole 21 with the corresponding setting of above-mentioned Wirewinding roller, and 20 of described symmetrically arranged conduction separated time rows are provided with conducting connecting part 22; Described electrolytic pickling device comprise electrolytic pickling rectifier 18, be connected with electrolytic pickling rectifier 18 negative poles be arranged on electrolytic pickling groove negative electrode busbar 17 in the electrolytic pickling groove 3, described electrolytic pickling rectifier 18 is anodal to be connected with conducting connecting part 22; Described iron wire electroplanting device comprise electroplating rectifier 19, be connected with electroplating rectifier 19 positive poles be arranged on plating tank anode conductings row 16 in the plating tank 4, described electroplating rectifier 19 negative poles are connected with conducting connecting part 22; Described finished product drying installation comprises oven dry rectifier 23, the conducting connecting part 22 that is connected with oven dry rectifier 23 positive poles and the oven dry guide roller 24 that is connected with oven dry rectifier 23 negative poles; Described oven dry guide roller 24 is connected with conducting connecting part 22; Described motor 2 is provided with take-up guide roller 25 and take-up reel 26.
Claims (2)
1. galvanizing flux retrieving arrangement, it is characterized in that it comprises hook (28) on the fixedly peg (27) that is arranged at galvanized machine (34), is arranged on the extension spring (29) of lower draw-bar (28) lower end of galvanized machine (34) and the recovery panel (30) that is connected with extension spring (29) the other end, described recovery panel (30) be provided be arranged at galvanized machine (34) on the recovery slotted eye (31) of conduction separated time row (20) corresponding setting, described recovery panel (30) lower end is plugged in the stopper slot (32).
2. galvanizing flux retrieving arrangement according to claim 1, it is characterized in that described galvanized machine (34) comprises lathe (1), be arranged on the iron wire e Foerderanlage on the lathe (1), the driving motor (2) that is in transmission connection with the iron wire transport unit, be arranged on the electrolytic pickling device on the lathe (1), iron wire electroplanting device and finished product drying installation, be provided with each two groups of electrolytic pickling groove (3) and symmetrically arranged plating tank (4) and washing baths (5) in the described lathe (1), described iron wire transport unit comprises symmetrically arranged conduction separated time row (20), initiative drive shaft (12), driven transmission shaft (13), be symmetricly set on the active electrolytic pickling groove Wirewinding roller (6) and the driven electrolytic pickling groove Wirewinding roller (7) at electrolytic pickling groove (3) two ends, the active washing bath Wirewinding roller (10) and the driven washing bath Wirewinding roller (11) that are symmetricly set on the active plating tank Wirewinding roller (8) and the driven plating tank Wirewinding roller (9) at plating tank (4) two ends and are symmetricly set on washing bath (5) two ends, described active electrolytic pickling groove Wirewinding roller (6), active plating tank Wirewinding roller (8), initiatively washing bath Wirewinding roller (10) is sleeved on the initiative drive shaft (12), described driven electrolytic pickling groove Wirewinding roller (7), driven plating tank Wirewinding roller (9), driven washing bath Wirewinding roller (11) is sleeved on the driven transmission shaft (13), be provided with washing bath wire-crossing wheel (33) in the described washing bath (5), described initiative driver (12) is by belt pulley (14), pulley belt (15) is connected by transmission shaft with motor (2), described conduction separated time row (20) is provided with the separated time hole (21) with the corresponding setting of above-mentioned Wirewinding roller, is provided with conducting connecting part (22) between described symmetrically arranged conduction separated time row (20); Described electrolytic pickling device comprise electrolytic pickling rectifier (18), be connected with electrolytic pickling rectifier (18) negative pole be arranged on electrolytic pickling groove negative electrode busbar (17) in the electrolytic pickling groove (3), described electrolytic pickling rectifier (18) is anodal to be connected with conducting connecting part (22); Described iron wire electroplanting device comprise electroplating rectifier (19), be connected with electroplating rectifier (19) positive pole be arranged on plating tank anode conducting row (16) in the plating tank (4), described electroplating rectifier (19) negative pole is connected with conducting connecting part (22); Described finished product drying installation comprises oven dry rectifier (23), the conducting connecting part (22) that is connected with oven dry rectifier (23) positive pole and the oven dry guide roller (24) that is connected with oven dry rectifier (23) negative pole; Described oven dry guide roller (24) is connected with conducting connecting part (22); Described motor (2) is connected with line guide roller (25) and take-up reel (26) by transmission shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202825330U CN201785543U (en) | 2010-08-05 | 2010-08-05 | Zinc plating liquid recovery device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202825330U CN201785543U (en) | 2010-08-05 | 2010-08-05 | Zinc plating liquid recovery device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201785543U true CN201785543U (en) | 2011-04-06 |
Family
ID=43817517
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202825330U Expired - Fee Related CN201785543U (en) | 2010-08-05 | 2010-08-05 | Zinc plating liquid recovery device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201785543U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102912272A (en) * | 2012-10-18 | 2013-02-06 | 如皋市大生线路器材有限公司 | Collector for preventing leakage of galvanizing zinc after burn-through of galvanized pot |
-
2010
- 2010-08-05 CN CN2010202825330U patent/CN201785543U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102912272A (en) * | 2012-10-18 | 2013-02-06 | 如皋市大生线路器材有限公司 | Collector for preventing leakage of galvanizing zinc after burn-through of galvanized pot |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110406 Termination date: 20130805 |