CN204939593U - A kind of pot galvanize finishing apparatus - Google Patents
A kind of pot galvanize finishing apparatus Download PDFInfo
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- CN204939593U CN204939593U CN201520743367.2U CN201520743367U CN204939593U CN 204939593 U CN204939593 U CN 204939593U CN 201520743367 U CN201520743367 U CN 201520743367U CN 204939593 U CN204939593 U CN 204939593U
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- basketry
- guide rail
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Abstract
The utility model relates to a kind of pot galvanize finishing apparatus, comprise water-cooling groove, deactivation slot and vibrating bed, it is characterized in that this finishing apparatus also comprises walking dolly and row rail support, described row rail support comprises two guide rails be parallel to each other, solid space is formed between guide rail and ground, the bottom of walking dolly is connected with the guide upper of row rail support, and walking dolly can be expert at rail support guide rail on move left and right; The length direction that described water-cooling groove, deactivation slot and vibrating bed follow rail support is fixedly expert in the solid space that formed between the guide rail of rail support and ground from left to right successively; Described walking dolly comprises mobile power set, back up pad, motor, control device, bracing frame and flange, is positioned on the guide rail of row rail support bottom described back up pad, and back up pad can be expert at rail support guide rail on move left and right.
Description
Technical field
The utility model relates to hot-galvanizing equipment technical field, is specifically related to a kind of pot galvanize finishing apparatus, and this equipment is mainly for structural part pot galvanize last handling process.
Background technology
Pot galvanize also claims galvanizing, is that steel and iron member immerses a kind of method obtaining metal cladding in the zinc liquid of melting.Along with China's high voltage power transmission, traffic, communication career develop rapidly, more and more higher to steel part requirement of shelter, pot galvanize demand also constantly increases.Workpiece will carry out aftertreatment after zinc-plated, to strengthen the Corrosion Protection of zinc layers.Aftertreatment comprises: passivation and water-cooled, needs workpiece in passivating solution and the aqueous solution, to soak specified time respectively.At present, finishing apparatus operating process is: in deactivation slot and water-cooling groove, place two metals " strainer " respectively, workpiece puts into deactivation slot " strainer " according to operation, turns in water-cooling groove " strainer ", turn over to classification stage after water-cooled again after passivation.In this flow process, workpiece has to pass through rolling type transfer and just finally completes last handling process, make mutually to collide acutely between workpiece, especially between the workpiece of weight more than 1kg, collision is very violent mutually, cause peeling off of the edges and corners zinc coating of workpiece, workpiece quality is defective, weight is had to adopt manual hand manipulation more than the last handling process factory of the workpiece of 1kg, this not only reduces production efficiency, increases labor strength, and the time of passivation and water-cooled can not obtain effectively, accurately controlling.
Utility model content
For the problems referred to above that existing pot galvanize finishing apparatus exists, the technical problem that the utility model quasi-solution is determined is, a kind of pot galvanize finishing apparatus is provided, this finishing apparatus is mainly applicable to the pot galvanize last handling process of structural part, solve due to sharp impacts mutual between workpiece and cause the problem that workpiece edges and corners zinc coating peels off, achieving the automatization of pot galvanize last handling process simultaneously.Because machinery instead of manually, significantly reduce the labour intensity of workman, improve production efficiency, saved production cost, and the accurate control of activity time can be realized.
The utility model solves the technical scheme that its technical problem adopts: provide a kind of pot galvanize finishing apparatus, comprise water-cooling groove, deactivation slot and vibrating bed, it is characterized in that this finishing apparatus also comprises walking dolly and row rail support, described row rail support comprises two guide rails be parallel to each other, solid space is formed between guide rail and ground, the bottom of walking dolly is connected with the guide upper of row rail support, and walking dolly can be expert at rail support guide rail on move left and right; The length direction that described water-cooling groove, deactivation slot and vibrating bed follow rail support is fixedly expert in the solid space that formed between the guide rail of rail support and ground from left to right successively;
Described walking dolly comprises mobile power set, back up pad, motor, control device, bracing frame and flange, is positioned on the guide rail of row rail support bottom described back up pad, and back up pad can be expert at rail support guide rail on move left and right; Described mobile power set is arranged on the right side of support plate upper surface, and the left side of support plate upper surface is connected with bracing frame, and mobile power set and bracing frame are all fixing on the supporting plate along the guide rail direction perpendicular to row rail support; On the supporting plate and just through hole is provided with to the center position of bracing frame, the bottom of described control device through back up pad through hole and be fixed by flange, the top of control device and the center of bracing frame affixed; Described motor is fixing on the supporting plate, and be positioned at the rear portion of control device, and be positioned at the inner side of bracing frame, described motor is connected with a joggle by gear and flange;
Described mobile power set comprises the first coupling shaft, two the first steering shafts, two gear shafts and movable motors; The two ends of the first coupling shaft are symmetrically connected with first steering shaft respectively, and the middle part of the first coupling shaft is connected with movable motor, and the bottom of described movable motor is fixed in back up pad; The lower vertical of each first steering shaft is connected with a gear shaft, and the bottom of described gear shaft through back up pad, and is engaged with the tooth bar on the guide rail inner side-wall of row rail support;
Described control device comprises the first oil cylinder, the second oil cylinder, column piece, guide pillar, the second steering shaft, the second coupling shaft, dynamical element, basketry anchor and basketry, described first oil cylinder top is connected with the center of bracing frame, and the bottom of the first oil cylinder connects the second oil cylinder; The bottom of described second oil cylinder is connected with column piece, and the lower end of column piece is connected with basketry anchor, and it is the guide pillar of symmetry axis that described basketry anchor is arranged with column piece, and the bottom of guide pillar and column piece is all successively through the through hole of flange and back up pad; Described basketry anchor comprises upper cover plate and affixed two side plates vertical with upper cover plate, between two side plates, be connected with basketry; The outside of two side plates of described basketry anchor is all connected with dynamical element, the second coupling shaft and the second steering shaft, and described dynamical element is connected with the second steering shaft by the second coupling shaft, and described second steering shaft is simultaneously affixed with the two ends of basketry;
The center of described flange is provided with centre hole, and flange bottom face contacts with back up pad, and the centre hole of flange is relative with the through hole of back up pad; The circumference side of flange is provided with tooth, and the gear that this flange is connected with motor by tooth is meshed, centered by centre hole, be arranged with sleeve pipe on flange upper surface, and sleeve pipe and described guide pillar match.
Compared with prior art, the beneficial effects of the utility model are:
The utility model arranges walking dolly, controls the walking dolly movement of being expert on rail support by movable motor, simultaneously by the time with the use of the passivation and water-cooled that effectively control workpiece of the first oil cylinder and the second oil cylinder; Basketry put into by workpiece, and basketry immerses in water-cooling groove and deactivation slot successively according to processing requirement, completes the operation of aftertreatment, then moves to unloading station, controls basketry and turns over turnback, unload workpiece to vibrating bed, then carry out classifying packing by dynamical element.Alternately shifting without the need to workpiece rolling type of each operation of this finishing apparatus, fundamentally solves the problem that the edges and corners zinc coating between workpiece mutually caused by collision peels off.
The utility model is for the hot galvanizing process of structural part and specialized designs, especially for the structural part of weight more than 1kg, in batch pot galvanize last handling process, effect significantly, avoids larger workpiece in pot galvanize in aftertreatment, mutually collide the problem of peeling off causing edges and corners zinc coating.
The application adopts motor and dynamical element to control simultaneously, replace with machinery artificial, achieve the automatization of last handling process, and then solve in factory the situation having to adopt manual hand manipulation to produce, significantly improve production efficiency, accurately can control the time of water-cooled and passivation simultaneously.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of embodiment entirety of the utility model pot galvanize finishing apparatus;
Fig. 2 is the decomposition texture schematic diagram of the walking dolly 1 of a kind of embodiment of the utility model pot galvanize finishing apparatus;
Fig. 3 is the perspective view of the control device 14 of a kind of embodiment of the utility model pot galvanize finishing apparatus;
Fig. 4 is the perspective view of the mobile power set 11 of a kind of embodiment of the utility model pot galvanize finishing apparatus;
Fig. 5 is the perspective view of the flange 16 of a kind of embodiment of the utility model pot galvanize finishing apparatus;
In figure, 1-walking dolly; The capable rail support of 2-; 3-water-cooling groove; 4-deactivation slot; 5-vibrating bed; 11-moves power set; 12-back up pad; 13-motor; 14-control device; 15-bracing frame; 16-flange; 111-first coupling shaft; 112-first steering shaft; 113-gear shaft; 114-movable motor; 141-first oil cylinder; 142-second oil cylinder; 143-column piece; 144-guide pillar; 145-second steering shaft; 146-second coupling shaft; 147-dynamical element; 148-basketry anchor; 149-basketry; 161-sleeve pipe; 162-centre hole; 163-tooth.
Embodiment
Below in conjunction with embodiment and accompanying drawing thereof, the utility model is described in further detail, but not in this, as the restriction to the application's claims.
The utility model pot galvanize finishing apparatus (is called for short finishing apparatus, see Fig. 1-5) comprise walking dolly 1, row rail support 2, water-cooling groove 3, deactivation slot 4 and vibrating bed 5, described row rail support 2 comprises two guide rails be parallel to each other, solid space is formed between guide rail and ground, the bottom of walking dolly 1 is connected with the guide upper of row rail support 2, and walking dolly 1 can be expert at rail support 2 guide rail on move left and right; The length direction that described water-cooling groove 3, deactivation slot 4 and vibrating bed 5 follow rail support 2 is fixedly expert in the solid space that formed between the guide rail of rail support 2 and ground from left to right successively;
Described walking dolly 1 (see Fig. 2) comprises mobile power set 11, back up pad 12, motor 13, control device 14, bracing frame 15 and flange 16, be positioned at bottom described back up pad 12 on the guide rail of row rail support 2, and back up pad 12 can be expert at rail support 2 guide rail on move left and right; Described mobile power set 11 is arranged on the right side of back up pad 12 upper surface, and the left side of back up pad 12 upper surface is connected with bracing frame 15, and mobile power set 11 and bracing frame 15 are all fixed in back up pad 12 along the guide rail direction perpendicular to row rail support 2; Back up pad 12 is just provided with through hole to the center position of bracing frame 15, the bottom of described control device 14 through back up pad 12 through hole and be fixed by flange 16, the top of control device 14 and the center of bracing frame 15 affixed; Described motor 13 is fixing on the supporting plate, and be positioned at the rear portion of control device 14, and be positioned at the inner side of bracing frame 15, described motor 13 is connected with a joggle by gear and flange 16;
Described mobile power set 11 (see Fig. 4) comprises the first coupling shaft 111, two the first steering shafts, 112, two gear shafts 113 and movable motor 114; The middle part that the two ends of the first coupling shaft 111 are symmetrically connected with first steering shaft 112, first coupling shaft 111 is respectively connected with movable motor 114, and the bottom of described movable motor 114 is fixed in back up pad 12; The lower vertical of each first steering shaft 112 is connected with a gear shaft 113, and the bottom of described gear shaft 113 through back up pad 12, and is engaged with the tooth bar on the guide rail inner side-wall of row rail support 2;
Described control device 14 (see Fig. 3) comprises the first oil cylinder 141, second oil cylinder 142, column piece 143, guide pillar 144, second steering shaft 145, second coupling shaft 146, dynamical element 147, basketry anchor 148 and basketry 149, described first oil cylinder 141 top is connected with the center of bracing frame 15, and the bottom of the first oil cylinder 141 connects the second oil cylinder 142; The bottom of described second oil cylinder 142 is connected with column piece 143, the lower end of column piece 143 is connected with basketry anchor 148, the guide pillar 144 that described basketry anchor 148 is arranged with column piece 143 is symmetry axis, the bottom of guide pillar 144 and column piece 143 is all successively through the through hole of flange 16 and back up pad 12; Described basketry anchor 148 comprises upper cover plate and affixed two side plates vertical with upper cover plate, is connected with basketry 149 between two side plates; The outside of two side plates of described basketry anchor 148 is all connected with dynamical element 147, second coupling shaft 146 and the second steering shaft 145, described dynamical element 147 is connected with the second steering shaft 145 by the second coupling shaft 146, and described second steering shaft 145 is simultaneously affixed with the two ends of basketry 149;
The center of described flange 16 (see Fig. 5) is provided with centre hole 162, and flange bottom face contacts with back up pad 12, and the centre hole of flange 16 is relative with the through hole of back up pad 12; The circumference side of flange 16 is provided with tooth 163, and the gear that this flange is connected with motor 13 by tooth is meshed, centered by centre hole 162, be arranged with sleeve pipe 161 on flange upper surface, and sleeve pipe 161 and described guide pillar 144 match.
Of the present utility model be further characterized in that the height of described guide pillar 144 be the 1-1.2 of column piece 143 height doubly.
Of the present utility modelly be further characterized in that described dynamical element 147 adopts the forms such as plunger fuel pump, vane oil pump or geared oil pump, for the 180 degree of upsets accurately controlling basketry provide power.
Of the present utility modelly be further characterized in that the both sides of described vibrating bed 5 are provided with baffle plate, can effectively avoid workpiece to be scattered owing to being given a shock, more convenient workman can carry out classifying packing.
The principle of work of the utility model pot galvanize finishing apparatus is: walking dolly 1 is placed in position directly over cold rinse bank 3 as initial station; Workpiece is placed in basketry 149, starter motor 13, motor 13 drives and rotates with the flange 16 of gears meshing, basketry 149 horizontally rotates, start the first oil cylinder 141 makes basketry 149 produce " vibrations " effect simultaneously, workpiece is evenly separated, effectively prevent workpiece and stick together in sepn process, simultaneously and increase effective contact area of workpiece and water, thus improve water-cooled efficiency; Then start the second oil cylinder 142, regulate the height of basketry 149, basketry 149 is immersed in cold rinse bank 3 just, and water-cooled time controling, in 2s, is mentioned fast and returns to original state;
Start movable motor 114, walking dolly 1 moves to next station, and namely walking dolly 1 moves to the top of deactivation slot 4, close movable motor 114, now, basketry 149 is without the need to concussion and rotate, regulate basketry 149 directly to decline by the second oil cylinder 142 to immerse in passivating solution, reach setting-up time and mention;
Start movable motor 114, walking dolly 1 moves to the top (unloading station) of vibrating bed 5, now close movable motor 114, start dynamical element 147, successively by the second coupling shaft 146, second steering shaft 145 by transmission of power to basketry 149,180 degree of upsets of discharging basketry 149 can be realized, workpiece is unloaded on vibrating bed 5, namely workman's classifying packing, so far complete the pot galvanize last handling process of this workpiece.
The drawback that the utility model pot galvanize finishing apparatus exists in pot galvanize last handling process for structural part specially designs, and structural part is the hot dip of batch type in pot galvanize treating processes, and for continuously dip coat technique, the application is inapplicable.The size adjusting the parts such as walking dolly, row rail support in use can increase the application the workpiece scope that is suitable for, for postprocessing working procedures provides a kind of form of mechanize.
The orientation words such as the "front", "rear" mentioned in the utility model, "left", "right" are relative concepts, in the utility model, definition follows the length direction of rail support 2 is left and right directions, definition direction, vibrating bed 5 place is right, direction, water-cooling groove 3 place is left, and the direction, a guide rail place first seen in definition Fig. 1 is front.
Embodiment 1
The present embodiment pot galvanize finishing apparatus comprises walking dolly 1, row rail support 2, water-cooling groove 3, deactivation slot 4 and vibrating bed 5, described row rail support 2 comprises two guide rails be parallel to each other, solid space is formed between guide rail and ground, the bottom of walking dolly 1 is connected with the guide upper of row rail support 2, and walking dolly 1 can be expert at rail support 2 guide rail on move left and right; The length direction that described water-cooling groove 3, deactivation slot 4 and vibrating bed 5 follow rail support 2 is fixedly expert in the solid space that formed between the guide rail of rail support 2 and ground from left to right successively;
Described walking dolly 1 comprises mobile power set 11, back up pad 12, motor 13, control device 14, bracing frame 15 and flange 16, be positioned at bottom described back up pad 12 on the guide rail of row rail support 2, and back up pad 12 can be expert at rail support 2 guide rail on move left and right; Described mobile power set 11 is arranged on the right side of back up pad 12 upper surface, and the left side of back up pad 12 upper surface is connected with bracing frame 15, and mobile power set 11 and bracing frame 15 are all fixed in back up pad 12 along the guide rail direction perpendicular to row rail support 2; Back up pad 12 is just provided with through hole to the center position of bracing frame 15, the bottom of described control device 14 through back up pad 12 through hole and be fixed by flange 16, the top of control device 14 and the center of bracing frame 15 affixed; Described motor 13 is fixing on the supporting plate, and be positioned at the rear portion of control device 14, and be positioned at the inner side of bracing frame 15, described motor 13 is connected with a joggle by gear and flange 16;
Described mobile power set 11 comprises the first coupling shaft 111, two the first steering shafts, 112, two gear shafts 113 and movable motor 114; The middle part that the two ends of the first coupling shaft 111 are symmetrically connected with first steering shaft 112, first coupling shaft 111 is respectively connected with movable motor 114, and the bottom of described movable motor 114 is fixed in back up pad 12; The lower vertical of each first steering shaft 112 is connected with a gear shaft 113, and the bottom of described gear shaft 113 through back up pad 12, and is engaged with the tooth bar on the guide rail inner side-wall of row rail support 2;
Described control device 14 comprises the first oil cylinder 141, second oil cylinder 142, column piece 143, guide pillar 144, second steering shaft 145, second coupling shaft 146, dynamical element 147, basketry anchor 148 and basketry 149, described first oil cylinder 141 top is connected with the center of bracing frame 15, and the bottom of the first oil cylinder 141 connects the second oil cylinder 142; The bottom of described second oil cylinder 142 is connected with column piece 143, the lower end of column piece 143 is connected with basketry anchor 148, the guide pillar 144 that described basketry anchor 148 is arranged with column piece 143 is symmetry axis, the bottom of guide pillar 144 and column piece 143 is all successively through the through hole of flange 16 and back up pad 12; Described basketry anchor 148 comprises upper cover plate and affixed two side plates vertical with upper cover plate, is connected with basketry 149 between two side plates; The outside of two side plates of described basketry anchor 148 is all connected with dynamical element 147, second coupling shaft 146 and the second steering shaft 145, described dynamical element 147 is connected with the second steering shaft 145 by the second coupling shaft 146, and described second steering shaft 145 is simultaneously affixed with the two ends of basketry 149;
The center of described flange 16 is provided with centre hole 162, and flange bottom face contacts with back up pad 12, and the centre hole of flange 16 is relative with the through hole of back up pad 12; The circumference side of flange 16 is provided with tooth 163, and the gear that this flange is connected with motor 13 by tooth is meshed, centered by centre hole 162, be arranged with sleeve pipe 161 on flange upper surface, and sleeve pipe 161 and described guide pillar 144 match.
Dynamical element 147 in the present embodiment adopts plunger fuel pump, is supplied to corresponding second coupling shaft 146 and the second steering shaft 145 power by plunger fuel pump, and the final control basketry 149 that realizes carries out rotary movement.The height of described guide pillar 144 is highly equal with column piece 143, needed for carry out pot galvanize aftertreatment workpiece be Ф 10 Deformed Steel Bars, after carrying out aftertreatment by this finishing apparatus, workpiece surface is without breakage, and finishing time can accurately control, and shortens working time, significantly improves working efficiency.
Embodiment 2
The connection of each parts of the present embodiment and position relationship are with embodiment 1, its difference is that the present embodiment medium power element 147 adopts geared oil pump, the height of guide pillar 144 is 1.2 times of column piece 143 height, column piece 143 vertically knee-action is all the time ensure that by guide pillar 144, tooth on the circumference side of described flange 16 is straight-tooth, the gear be connected with motor 13 by this tooth is engaged each other and carries out transmission of power, the transmission of power of flange 16 will be passed to by motor 13 to basketry anchor 148, and then control moving up and down of blue basket 149.
The workpiece carrying out pot galvanize aftertreatment needed for the present embodiment is the Q235 steel plate of 150mm × 50mm × 10mm.
Embodiment 3
The connection of each parts of the present embodiment and position relationship are with embodiment 1, its difference is that the both sides of vibrating bed 5 in the present embodiment are provided with baffle plate, can effectively avoid workpiece to be scattered owing to being given a shock, can more convenient workman concentrate carry out classifying packing, further save working time.The diameter of basketry 149 is Ф 700mm.
The workpiece carrying out pot galvanize aftertreatment needed for the present embodiment is the HRB400 Deformed Steel Bars that diameter is respectively 20mm.
The utility model is not addressed part and is applicable to prior art.
The above; be only preferably embodiment of the present utility model; but protection domain of the present utility model is not limited thereto, all those skilled in the art of being familiar with are in the technical solution of the utility model and be equal to based on design of the present utility model within the protection domain replacing or change and all should be encompassed in the utility model claim.
Claims (2)
1. a pot galvanize finishing apparatus, comprise water-cooling groove, deactivation slot and vibrating bed, it is characterized in that this finishing apparatus also comprises walking dolly and row rail support, described row rail support comprises two guide rails be parallel to each other, solid space is formed between guide rail and ground, the bottom of walking dolly is connected with the guide upper of row rail support, and walking dolly can be expert at rail support guide rail on move left and right; The length direction that described water-cooling groove, deactivation slot and vibrating bed follow rail support is fixedly expert in the solid space that formed between the guide rail of rail support and ground from left to right successively;
Described walking dolly comprises mobile power set, back up pad, motor, control device, bracing frame and flange, is positioned on the guide rail of row rail support bottom described back up pad, and back up pad can be expert at rail support guide rail on move left and right; Described mobile power set is arranged on the right side of support plate upper surface, and the left side of support plate upper surface is connected with bracing frame, and mobile power set and bracing frame are all fixing on the supporting plate along the guide rail direction perpendicular to row rail support; On the supporting plate and just through hole is provided with to the center position of bracing frame, the bottom of described control device through back up pad through hole and be fixed by flange, the top of control device and the center of bracing frame affixed; Described motor is fixing on the supporting plate, and be positioned at the rear portion of control device, and be positioned at the inner side of bracing frame, described motor is connected with a joggle by gear and flange;
Described mobile power set comprises the first coupling shaft, two the first steering shafts, two gear shafts and movable motors; The two ends of the first coupling shaft are symmetrically connected with first steering shaft respectively, and the middle part of the first coupling shaft is connected with movable motor, and the bottom of described movable motor is fixed in back up pad; The lower vertical of each first steering shaft is connected with a gear shaft, and the bottom of described gear shaft through back up pad, and is engaged with the tooth bar on the guide rail inner side-wall of row rail support;
Described control device comprises the first oil cylinder, the second oil cylinder, column piece, guide pillar, the second steering shaft, the second coupling shaft, dynamical element, basketry anchor and basketry, described first oil cylinder top is connected with the center of bracing frame, and the bottom of the first oil cylinder connects the second oil cylinder; The bottom of described second oil cylinder is connected with column piece, and the lower end of column piece is connected with basketry anchor, and it is the guide pillar of symmetry axis that described basketry anchor is arranged with column piece, and the bottom of guide pillar and column piece is all successively through the through hole of flange and back up pad; Described basketry anchor comprises upper cover plate and affixed two side plates vertical with upper cover plate, between two side plates, be connected with basketry; The outside of two side plates of described basketry anchor is all connected with dynamical element, the second coupling shaft and the second steering shaft, and described dynamical element is connected with the second steering shaft by the second coupling shaft, and described second steering shaft is simultaneously affixed with the two ends of basketry;
The center of described flange is provided with centre hole, and flange bottom face contacts with back up pad, and the centre hole of flange is relative with the through hole of back up pad; The circumference side of flange is provided with tooth, and the gear that this flange is connected with motor by tooth is meshed, centered by centre hole, be arranged with sleeve pipe on flange upper surface, and sleeve pipe and described guide pillar match.
2., according to the arbitrary described pot galvanize finishing apparatus of claim 1, it is characterized in that the both sides of described vibrating bed are provided with baffle plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520743367.2U CN204939593U (en) | 2015-09-24 | 2015-09-24 | A kind of pot galvanize finishing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520743367.2U CN204939593U (en) | 2015-09-24 | 2015-09-24 | A kind of pot galvanize finishing apparatus |
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| Publication Number | Publication Date |
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| CN204939593U true CN204939593U (en) | 2016-01-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520743367.2U Withdrawn - After Issue CN204939593U (en) | 2015-09-24 | 2015-09-24 | A kind of pot galvanize finishing apparatus |
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| CN (1) | CN204939593U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105177485A (en) * | 2015-09-24 | 2015-12-23 | 河北工业大学 | Hot galvanizing post-treatment equipment |
-
2015
- 2015-09-24 CN CN201520743367.2U patent/CN204939593U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105177485A (en) * | 2015-09-24 | 2015-12-23 | 河北工业大学 | Hot galvanizing post-treatment equipment |
| CN105177485B (en) * | 2015-09-24 | 2017-06-06 | 河北工业大学 | A kind of galvanizing equipment for after-treatment |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160106 Effective date of abandoning: 20170606 |
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| AV01 | Patent right actively abandoned |