CN204676184U - Surface of aluminum plate anodic oxidation production line - Google Patents
Surface of aluminum plate anodic oxidation production line Download PDFInfo
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- CN204676184U CN204676184U CN201520400683.XU CN201520400683U CN204676184U CN 204676184 U CN204676184 U CN 204676184U CN 201520400683 U CN201520400683 U CN 201520400683U CN 204676184 U CN204676184 U CN 204676184U
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- dodge gate
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Abstract
The utility model discloses a kind of surface of aluminum plate anodic oxidation production line, comprise material loading platform, oil removing unit, the washing unit and oxidation unit arranged successively, between described material loading platform and oil removing unit, between oil removing unit and washing unit and wash and be provided with transition roller between unit and oxidation unit.The surface of aluminum plate anodic oxidation production line of this structure, its production process is a continuous print line flow procedure, effectively improves the production efficiency of surface of aluminum plate anodic oxidation treatment.
Description
Technical field
The utility model relates to a kind of surface of aluminum plate anodic oxidation production line.
Background technology
The principle of surface of aluminum plate anodic oxidation treatment is that anode is placed in electrolyte solution with aluminium sheet, utilizes electrolytic action, makes its surface form aluminum oxide film.It specifically comprises the operations such as surface of aluminum plate oil removing, washing, oxide treatment, skin drying and coated protective membrane.At present, in surface of aluminum plate anodic oxidation treatment technological process, each operation is all independently separated, make whole technological process can not become a quantity-produced technological process, but the process that " pause-processing " hockets, do not form production line balance, therefore greatly reduce the production efficiency of surface of aluminum plate anodic oxidation treatment.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of surface of aluminum plate anodic oxidation treatment production line, makes its production process be a continuous print line flow procedure, to improve the production efficiency of surface of aluminum plate anodic oxidation treatment.
The utility model is solved the problem by following technique means: a kind of surface of aluminum plate anodic oxidation production line, comprise the material loading platform arranged successively, oil removing unit, washing unit and oxidation unit, described material loading platform is set side by side with many conveying rollers along aluminium sheet throughput direction, described oil removing unit comprises except grease chamber, described oil removing indoor are set side by side with many conveying rollers along aluminium sheet throughput direction, oil removing indoor are filled with degreaser, leave except the outlet of grease chamber for aluminium sheet except the two side, front and back of grease chamber is respectively arranged with and enters the entrance except grease chamber for aluminium sheet, described outlet and entrance are provided with dodge gate, described dodge gate top is connected with except grease chamber's sidewall by loose-leaf, the leveling board be connected with except grease chamber's sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring, dodge gate opposite side is provided with limited block near dodge gate top, described limited block is connected with except grease chamber's sidewall, described washing unit comprises washing room, described washing indoor are set side by side with many conveying rollers along aluminium sheet throughput direction, the two side, front and back of washing room is also respectively arranged with and leaves the outlet of washing room and the entrance entering washing room for aluminium sheet for aluminium sheet, washing indoor are provided with multiple cleaning shower nozzle, described oxidation unit comprises tank room, many conveying rollers are set side by side with along aluminium sheet throughput direction in described tank room, the two side, front and back of tank room is also respectively arranged with and supplies aluminium sheet leave the outlet of tank room and enter the entrance of tank room for aluminium sheet, described outlet and entrance are provided with dodge gate, described dodge gate top is connected with tank room sidewall by loose-leaf, the leveling board be connected with tank room sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring, dodge gate opposite side is provided with limited block near dodge gate top, described limited block is connected with tank room sidewall, on the right side of described tank room, inwall is provided with conducting plates, described conducting plates is provided with electrode, described electrode comprises cylindrical shell and the body of rod of socket mutually, described cylindrical shell is connected with conducting plates, one end that the described body of rod is positioned at cylindrical shell is connected with cylindrical shell top by spring, the body of rod is provided with pulley away from spring one end by rotating shaft, between described material loading platform and oil removing unit, between oil removing unit and washing unit and wash and be provided with transition roller between unit and oxidation unit.
Further, the described both sides, front and back except grease chamber are provided with excess oil room, and the both sides, front and back of described tank room are provided with remaining liquid chamber.
The beneficial effects of the utility model: surface of aluminum plate anodic oxidation production line of the present utility model, comprise the material loading platform arranged successively, oil removing unit, washing unit and oxidation unit, described material loading platform is set side by side with many conveying rollers along aluminium sheet throughput direction, described oil removing unit comprises except grease chamber, described oil removing indoor are set side by side with many conveying rollers along aluminium sheet throughput direction, oil removing indoor are filled with degreaser, leave except the outlet of grease chamber for aluminium sheet except the two side, front and back of grease chamber is respectively arranged with and enters the entrance except grease chamber for aluminium sheet, described outlet and entrance are provided with dodge gate, described dodge gate top is connected with except grease chamber's sidewall by loose-leaf, the leveling board be connected with except grease chamber's sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring, dodge gate opposite side is provided with limited block near dodge gate top, described limited block is connected with except grease chamber's sidewall, described washing unit comprises washing room, described washing indoor are set side by side with many conveying rollers along aluminium sheet throughput direction, the two side, front and back of washing room is also respectively arranged with and leaves the outlet of washing room and the entrance entering washing room for aluminium sheet for aluminium sheet, washing indoor are provided with multiple cleaning shower nozzle, described oxidation unit comprises tank room, many conveying rollers are set side by side with along aluminium sheet throughput direction in described tank room, the two side, front and back of tank room is also respectively arranged with and supplies aluminium sheet leave the outlet of tank room and enter the entrance of tank room for aluminium sheet, described outlet and entrance are provided with dodge gate, described dodge gate top is connected with tank room sidewall by loose-leaf, the leveling board be connected with tank room sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring, dodge gate opposite side is provided with limited block near dodge gate top, described limited block is connected with tank room sidewall, on the right side of described tank room, inwall is provided with conducting plates, described conducting plates is provided with electrode, described electrode comprises cylindrical shell and the body of rod of socket mutually, described cylindrical shell is connected with conducting plates, one end that the described body of rod is positioned at cylindrical shell is connected with cylindrical shell top by spring, the body of rod is provided with pulley away from spring one end by rotating shaft, between described material loading platform and oil removing unit, between oil removing unit and washing unit and wash and be provided with transition roller between unit and oxidation unit.The surface of aluminum plate anodic oxidation production line of this structure, its production process is a continuous print line flow procedure, effectively improves the production efficiency of surface of aluminum plate anodic oxidation treatment.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further described.
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of oil removing unit;
Fig. 3 is the structural representation of washing unit;
Fig. 4 is the structural representation of oxidation unit.
Embodiment
Below with reference to accompanying drawing, the utility model is described in detail, as Figure 1-4: the surface of aluminum plate anodic oxidation production line of the present embodiment, comprise the material loading platform 1 arranged successively, oil removing unit 2, washing unit 3 and oxidation unit 4, described material loading platform is set side by side with many conveying rollers 5 along aluminium sheet throughput direction, described oil removing unit comprises except grease chamber 6, described oil removing indoor are set side by side with many conveying rollers along aluminium sheet 7 throughput direction, oil removing indoor are filled with degreaser, leave except the outlet of grease chamber for aluminium sheet except the two side, front and back of grease chamber is respectively arranged with and enters the entrance except grease chamber for aluminium sheet, described outlet and entrance are provided with dodge gate 8, described dodge gate top is connected with except grease chamber's sidewall by loose-leaf 9, the leveling board 10 be connected with except grease chamber's sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring 11, dodge gate opposite side is provided with limited block 12 near dodge gate top, described limited block is connected with except grease chamber's sidewall, described washing unit comprises washing room 13, described washing indoor are set side by side with many conveying rollers along aluminium sheet throughput direction, the two side, front and back of washing room is also respectively arranged with and leaves the outlet of washing room and the entrance entering washing room for aluminium sheet for aluminium sheet, washing indoor are provided with multiple cleaning shower nozzle 14, described oxidation unit comprises tank room 15, many conveying rollers are set side by side with along aluminium sheet throughput direction in described tank room, the two side, front and back of tank room is also respectively arranged with and supplies aluminium sheet leave the outlet of tank room and enter the entrance of tank room for aluminium sheet, described outlet and entrance are provided with dodge gate, described dodge gate top is connected with tank room sidewall by loose-leaf, the leveling board be connected with tank room sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring, dodge gate opposite side is provided with limited block near dodge gate top, described limited block is connected with tank room sidewall, on the right side of described tank room, inwall is provided with conducting plates 16, described conducting plates is provided with electrode, described electrode comprises cylindrical shell 17 and the body of rod 18 of socket mutually, described cylindrical shell is connected with conducting plates, one end that the described body of rod is positioned at cylindrical shell is connected with cylindrical shell top by spring, the body of rod is provided with pulley 19 away from spring one end by rotating shaft, between described material loading platform and oil removing unit, between oil removing unit and washing unit and wash between unit and oxidation unit and be provided with transition roller 20.During production; aluminium sheet is placed on material loading platform; under the acting in conjunction of conveying roller and transition roller; satisfactory oxide film is formed on its surface after forming surface film oxide by the oil removing of oil removing cell surface, the cleaning of washing unit and oxidation unit successively; be sent to corresponding equipment by conveying roller subsequently and carry out the operation such as oven dry and coated protective membrane; until complete whole production process; whole production process is a continuous print line flow procedure, effectively improves the production efficiency of surface of aluminum plate anodic oxidation treatment.
Above-mentioned oil removing unit to the process of surface of aluminum plate oil removing is: during oil removing, the aluminium sheet sent by material loading platform is sent to the ingress except grease chamber, continue to push ahead, the dodge gate promoting ingress is opened, enter oil removing indoor, in the process that dodge gate is opened, meeting compression spring, after on the conveying roller that aluminium sheet imports oil removing indoor completely, the dodge gate of ingress resets by under spring force effect, again entrance is blocked, degreaser is avoided to flow out from ingress, under limited block and spring action, entrance is just blocked by dodge gate, aluminium sheet continues conveying on the conveying roller of oil removing indoor, and be immersed in degreaser, grease and degreaser reaction are removed, aluminium sheet is derived by exit subsequently, cleaning unit is sent to by transition roller.
The above-mentioned unit that washes with water to the process that surface of aluminum plate is cleaned is: aluminium sheet is sent to washing chamber inlet by transition roller, enter washing subsequently indoor, in cleaning shower nozzle, spray current clean surface of aluminum plate, aluminium sheet is in the cleaning of washing transmission limit, indoor limit, after having cleaned by the outlet of washing room out, oxidation unit is sent to through transition roller.
Above-mentioned oxidation unit to the process that aluminium sheet carries out oxide treatment is: during electrolysis, electrolytic solution is injected in tank room, external circuitry anode is communicated with conducting plates, negative electrode and electrical communication, aluminium sheet is delivered to tank room ingress by extraneous transition roller, continue to push ahead, the dodge gate promoting ingress is opened, enter on the conveying roller of tank room, aluminium sheet is by electrolytic solution submergence, and pulley under the action of the spring, all the time with aluminium sheet upper surface close contact, now namely aluminium sheet is placed in electrolytic solution as anode, electrolytic action can be utilized to form oxide film in surface of aluminum plate, in the process that dodge gate is opened, meeting compression spring, import completely when aluminium sheet after on the conveying roller in tank room, the dodge gate of ingress resets by under spring force effect, again entrance is blocked, electrolytic solution is avoided to flow out from ingress, under limited block and spring action, entrance is just blocked by dodge gate, the conveying roller top conveying limit of aluminium sheet in tank room forms oxide film on surface, when aluminium sheet is sent to outlet, well shaped has become required oxide film, aluminium sheet is derived by exit subsequently, import next procedure by extraneous conveying roller and continue processing, aluminium sheet leaves tank room process from exit is similar with the process entering tank room from ingress, here be not described in detail.
As the further improvement of technique scheme, the described both sides, front and back except grease chamber are provided with excess oil room 21, and the both sides, front and back of described tank room are provided with remaining liquid chamber 22.In the process that aluminium sheet enters or leaves except grease chamber, have small portion degreaser to be flowed out by entrance or outlet, these degreasers collect by excess oil room, avoid degreaser waste, equally, enter or leave at aluminium sheet in the process of tank room, have small portion electrolytic solution and flowed out by entrance or outlet, these electrolytic solution collect by remaining liquid chamber, avoid electrolytic solution waste.
What finally illustrate is, above embodiment is only in order to illustrate the technical solution of the utility model and unrestricted, although be described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify to the technical solution of the utility model or equivalent replacement, and not departing from aim and the scope of technical solutions of the utility model, it all should be encompassed in the middle of right of the present utility model.
Claims (2)
1. a surface of aluminum plate anodic oxidation production line, it is characterized in that: comprise the material loading platform (1) arranged successively, oil removing unit (2), washing unit (3) and oxidation unit (4), described material loading platform is set side by side with many conveying rollers (5) along aluminium sheet throughput direction, described oil removing unit comprises except grease chamber (6), described oil removing indoor are set side by side with many conveying rollers along aluminium sheet (7) throughput direction, oil removing indoor are filled with degreaser, leave except the outlet of grease chamber for aluminium sheet except the two side, front and back of grease chamber is respectively arranged with and enters the entrance except grease chamber for aluminium sheet, described outlet and entrance are provided with dodge gate (8), described dodge gate top is connected with except grease chamber's sidewall by loose-leaf (9), the leveling board (10) be connected with except grease chamber's sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring (11), dodge gate opposite side is provided with limited block (12) near dodge gate top, described limited block is connected with except grease chamber's sidewall, described washing unit comprises washing room (13), described washing indoor are set side by side with many conveying rollers along aluminium sheet throughput direction, the two side, front and back of washing room is also respectively arranged with and leaves the outlet of washing room and the entrance entering washing room for aluminium sheet for aluminium sheet, washing indoor are provided with multiple cleaning shower nozzle (14), described oxidation unit comprises tank room (15), many conveying rollers are set side by side with along aluminium sheet throughput direction in described tank room, the two side, front and back of tank room is also respectively arranged with and supplies aluminium sheet leave the outlet of tank room and enter the entrance of tank room for aluminium sheet, described outlet and entrance are provided with dodge gate, described dodge gate top is connected with tank room sidewall by loose-leaf, the leveling board be connected with tank room sidewall is provided with above described dodge gate, described leveling board is connected with dodge gate side by spring, dodge gate opposite side is provided with limited block near dodge gate top, described limited block is connected with tank room sidewall, inwall is provided with conducting plates (16) on the right side of described tank room, described conducting plates is provided with electrode, described electrode comprises cylindrical shell (17) and the body of rod (18) of socket mutually, described cylindrical shell is connected with conducting plates, one end that the described body of rod is positioned at cylindrical shell is connected with cylindrical shell top by spring, the body of rod is provided with pulley (19) away from spring one end by rotating shaft, between described material loading platform and oil removing unit, between oil removing unit and washing unit and wash between unit and oxidation unit and be provided with transition roller (20).
2. surface of aluminum plate anodic oxidation production line according to claim 1, is characterized in that: the described both sides, front and back except grease chamber are provided with excess oil room (21), and the both sides, front and back of described tank room are provided with remaining liquid chamber (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520400683.XU CN204676184U (en) | 2015-06-11 | 2015-06-11 | Surface of aluminum plate anodic oxidation production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520400683.XU CN204676184U (en) | 2015-06-11 | 2015-06-11 | Surface of aluminum plate anodic oxidation production line |
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| Publication Number | Publication Date |
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| CN204676184U true CN204676184U (en) | 2015-09-30 |
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| CN201520400683.XU Active CN204676184U (en) | 2015-06-11 | 2015-06-11 | Surface of aluminum plate anodic oxidation production line |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104862760A (en) * | 2015-06-11 | 2015-08-26 | 重庆德凯覆铜板有限公司 | Aluminum plate surface anodic oxidation production line |
| CN114941166A (en) * | 2022-06-10 | 2022-08-26 | 常州市凯宏铝业有限公司 | Frosted oxidation treatment process for surface of aluminum profile |
-
2015
- 2015-06-11 CN CN201520400683.XU patent/CN204676184U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104862760A (en) * | 2015-06-11 | 2015-08-26 | 重庆德凯覆铜板有限公司 | Aluminum plate surface anodic oxidation production line |
| CN114941166A (en) * | 2022-06-10 | 2022-08-26 | 常州市凯宏铝业有限公司 | Frosted oxidation treatment process for surface of aluminum profile |
| CN114941166B (en) * | 2022-06-10 | 2023-09-08 | 常州市凯宏铝业有限公司 | Frosted oxidation treatment process for surface of aluminum profile |
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| GR01 | Patent grant |