CN103934157A - Automatic paint spraying production line - Google Patents
Automatic paint spraying production line Download PDFInfo
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- CN103934157A CN103934157A CN201410171440.3A CN201410171440A CN103934157A CN 103934157 A CN103934157 A CN 103934157A CN 201410171440 A CN201410171440 A CN 201410171440A CN 103934157 A CN103934157 A CN 103934157A
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Abstract
The invention relates to an automatic paint spraying production line which comprises a conveying device and a painting device, wherein the conveying device comprises a first conveying line and a second conveying line, and the outlet end of the first conveying line is vertically connected with the inlet end of the second conveying line through a reversing device; the painting device comprises two long-edge painting units which are respectively arranged on two sides of the first conveying line, two short-edge painting units which are respectively arranged on two sides of the second conveying line, two paint storage boxes and two vacuumizing paint absorbers. The invention aims to provide an automatic paint spraying production line capable of painting irregular surfaces of long-side ends and short-side ends of a plate. The invention has the advantages that: the spraying component can form a flowing paint film, the irregular surfaces of the side ends of the board can be quickly and uniformly coated, and the excessive paint in the coating process is recycled by vacuumizing, so that the loss of the paint in the coating process is reduced.
Description
Technical field
The present invention relates to a kind of paint spraying production line for application sheet material broken edge, the spray paint production line of plate is arranged in especially a kind of automatic reverse automatically.
Background technology
Sheet material side end face mostly is irregular surface, the application of above-mentioned irregular surface is adopted to roller japanning more, on roller, roll on paint, then while moving on pipeline by sheet material side end face with the contacting of the roller edge of rotation, the paint sticking on roller edge is coated onto to sheet material side end face.In this way to sheet material side end face place japanning, exist that paint roller coating is inhomogeneous, japanning speed is slow, efficiency is low, paint unnecessary on sheet material can affect the disadvantages such as sheet material is attractive in appearance.
Sheet material has four side end faces, and in sheet material is carried, device for painting can only complete two applications to side end face, needs manually sheet material commutation is transferred on another conveyer belt to complete two other application to side end face, wastes time and energy, inefficiency.Four side end faces of sheet material are after all application completes, subsequent processing is the top and bottom application of sheet material, and in order to improve coating efficiency, existing way is that some blocks of sheet materials are carried out unifying application after assembled row's plate, but assembled row's plate process mostly is manual operation, has greatly limited automated process.
Summary of the invention
The object of the present invention is to provide a kind of can to sheet material long side end and the irregular face of minor face side be painted and can automatic reverse automatically arrange the automatic coating oil paint production line of plate.
Object of the present invention is achieved through the following technical solutions: a kind of automatic coating oil paint production line, it comprises conveying device and device for painting, described conveying device comprises the first conveyer line of carrying along the long limit of sheet material bearing of trend and the second conveyer line of carrying along sheet material minor face bearing of trend, and the described first conveyer line port of export is vertically connected by reversing arrangement with the entrance point of the second conveyer line, described device for painting comprises the japanning unit, two long limits that is divided into the first conveyer line both sides, be divided into two minor face japanning unit of the second conveyer line both sides, respectively to two storage paint casees of long japanning unit, limit and minor face japanning unit painting and take respectively two of unnecessary paint from long japanning unit, limit and minor face japanning unit away and vacuumize suction lacquerware, described japanning unit, long limit and minor face japanning unit include along the setting of sheet material throughput direction and coordinate the guide rail of sheet material side shape and be located at the spray assembly of painting to sheet material side face to be sprayed in guide rail middle section, described spray assembly comprise be connected into paint mouth and storage paint case go out to paint pipeline and lacquer export and the suction paint pipeline that vacuumizes suction lacquerware and be connected, go out to paint pipeline lacquer export and inhale paint pipeline and enter to paint the adjacent arrangement of opening's edge sheet material throughput direction, the described shape that goes out to paint pipeline lacquer export is vertical flat with the shape that suction paint pipeline enters paint mouth, and suction paint pipeline enters Qi Kou and is greater than paint pipeline lacquer export.
Compared to prior art, the invention has the advantages that:
1. spray assembly can form a mobile paint films, can be fast, equably sheet material side irregular surface is carried out to application, and adopt to vacuumize and reclaim unnecessary paint in coating process, reduce the loss of the paint in coating process.
2. reversing arrangement can automatically be transformed into the sheet material of carrying along long side direction along short side direction and carry.
3. row's panel assembly can, automatically by carrying along sheet material long side direction after the interval sheet material close-packed arrays of carrying along short side direction on the second conveyer line, carry out the top and bottom of sheet material and unify application.
Brief description of the drawings
Fig. 1 is that the edge, japanning unit of a kind of automatic coating oil paint production line of the present invention embodiment is perpendicular to the schematic cross-section of throughput direction.
Fig. 2 is the perspective view of japanning unit in left side in Fig. 1.
Fig. 3 is the front view of unit of painting in Fig. 2.
Fig. 4 is the A-A cutaway view of Fig. 1.
Fig. 5 is the perspective view of japanning unit in right side in Fig. 1.
Fig. 6 is the front view of unit of painting in Fig. 5.
Fig. 7 is the B-B cutaway view of Fig. 1.
Fig. 8 is the syndeton schematic diagram of the first conveyer line and the second conveyer line.
Fig. 9 is reversing arrangement operation principle schematic diagram (containing a sheet material).
Figure 10 is reversing arrangement operation principle schematic diagram (containing two boards material).
Figure 11 is reversing arrangement operation principle schematic diagram (containing three blocks of sheet materials).
Figure 12 is the syndeton schematic diagram of row's panel assembly and the 3rd conveyer line.
Figure 13 is row's a kind of working state schematic representation of panel assembly (decline state).
Figure 14 is row's another kind of working state schematic representation of panel assembly (propradation).
Label declaration: 1 first conveyer line, 2 second conveyer lines, 3 the 3rd conveyer lines, 4 japanning unit, long limit, 5 minor faces japanning unit, 6 guide rails, 7 go out to paint pipeline lacquer export, 7-1 and go out to paint pipeline, 8 and inhale paint pipelines and enter Qi Kou, 8-1 and inhale paint pipeline, 9 lifting conveyer belts, 10 cylinders, 11 fixed dams, 12 adjustable end stops, 13 first row plate infrared inductors, 14 second row plate infrared inductors, 15 locating slots, 16 and pass sheets, 17 and turn over sheet, 18 commutation infrared inductors.
Detailed description of the invention
Below in conjunction with Figure of description and embodiment, content of the present invention is elaborated:
Be the embodiment schematic diagram of a kind of automatic coating oil paint production line provided by the invention as shown in figs. 1 and 10, it comprises conveying device and device for painting, described conveying device comprises the first conveyer line 1 of carrying along sheet material long side direction and the second conveyer line 2 of carrying along sheet material short side direction, and described first conveyer line 1 port of export is vertically connected by reversing arrangement with the entrance point of the second conveyer line 2; described device for painting comprises the japanning unit, two long limits 4 that is divided into the first conveyer line 1 both sides, be divided into two minor face japanning unit 5 of the second conveyer line 2 both sides, respectively to two storage paint casees of long japanning unit 4, limit and minor face japanning unit 5 paintings and take respectively two of unnecessary paint from long japanning unit 4, limit and minor face japanning unit 5 away and vacuumize suction lacquerware, described japanning unit 4, long limit and minor face japanning unit 5 include along the setting of sheet material throughput direction and coordinate the guide rail 6 of sheet material side shape and be located at the spray assembly of painting to sheet material side face to be sprayed in guide rail 6 middle sections, described spray assembly comprise be connected into paint mouth and storage paint case go out to paint pipeline 7-1 and lacquer export and the suction paint pipeline 8-1 that vacuumizes suction lacquerware and be connected, go out to paint pipeline lacquer export 7 and inhale paint pipeline and enter paint mouth 8 along the adjacent arrangement of sheet material throughput direction, the described shape that goes out to paint pipeline lacquer export 7 is vertical flat with the shape that suction paint pipeline enters paint mouth 8, and suction paint pipeline enters paint mouth 8 and is greater than paint pipeline lacquer export 7.
The present invention is mainly used for spraying long side end face and the short brink end face of sheet material, and the long side end face of described sheet material and short brink end face are with reeded female tenon or with protruding male tenon.Sheet material is delivered to guide rail 6 by conveyer belt, and described sheet material slides along guide rail 6, is provided with spray assembly in guide rail 6 middle sections, and described spray assembly can form vertical paint films, can automatically complete painting process through the sheet material side end face of paint films.
Spray assembly comprise be connected into paint mouth and storage paint case go out to paint pipeline 7-1 and lacquer export and the suction paint pipeline 8-1 that vacuumizes suction lacquerware and be connected, paint sprays from going out to paint pipeline lacquer export 7, inhale lacquerware and enter paint mouthfuls 8 and reclaim from inhaling paint pipeline again via vacuumizing, above-mentioned process of spraying paint and inhales paint can form the painted surface that a paint films forms.
Describedly go out to paint pipeline lacquer export 7 and inhale paint pipeline that to enter paint mouthfuls 8 be vertical flat, go out to paint pipeline lacquer export 7 and inhale paint pipeline and enter paint mouthful 8 vertical long edge lengths and be slightly larger than sheet metal thickness.Go out to paint pipeline lacquer export 7 and inhale paint pipeline that to enter paint mouthfuls 8 be along the adjacent setting of sheet material throughput direction, going out to paint pipeline lacquer export 7 is located at and inhales before paint pipeline enters paint mouthfuls 8, when sheet material passes through spray assembly, go out to paint the paint that pipeline 7-1 sprays and be first applied to sheet material side, then attach at the unnecessary paint of sheet material side and paint pipeline 8-1 recovery by suction again, above-mentionedly go out to paint pipeline lacquer export 7 and inhale the position that paint pipeline enters paint mouthfuls 8 to arrange, making the paint of ejection is to be coated in sheet material side end face along sheet material throughput direction, japanning is even, paint effective, also be beneficial to and inhale paint pipeline 8-1 recovery paint.
When the sheet material side end face that will spray is when being with reeded female tenon, the projection of described guide rail 6 for matching with sheet material side groove, the paint films of spray assembly is to be all exposed at guide rail 6 outsides, vacuumize suction lacquerware and cannot form enough vacuum at spraying position, if the direction that goes out to paint that goes out to paint pipeline 7-1 of spray assembly be arranged in parallel with the direction of entering to paint of inhaling paint pipeline 8-1, going out to paint the paint that pipeline 7-1 sprays just cannot suck back from inhaling paint pipeline 8-1, thereby just cannot form paint films, so the direction that goes out to paint that goes out to paint pipeline 7-1 of spray assembly is arranged to 45-60 degree angle with the direction of entering to paint of inhaling paint pipeline 8-1 in the present invention, the paint that is beneficial to ejection is evacuated suction lacquerware and draws back, and then formation paint films.
When the sheet material side end face that will spray is during with protruding public tenon, the groove of described guide rail 6 for matching with sheet material side projection, the paint films of spray assembly is to be formed in the groove of guide rail 6, the groove structure of guide rail 6 is conducive to vacuumize suction lacquerware and vacuumizes, so the direction that goes out to paint that goes out to paint pipeline 7-1 of spray assembly is be arranged in parallel with the direction of entering to paint of inhaling paint pipeline 8-1, vacuumize and inhale lacquerware and also have enough vacuum just to suck back from inhaling paint pipeline 8-1 going out to paint the paint that pipeline 7-1 sprays, what be arranged in parallel goes out to paint pipeline 7-1 and inhales and paint the favourable cleaning of pipeline 8-1.
It also comprises the 3rd conveyer line 3, by arranging, panel assembly is vertical to be connected described the 3rd conveyer line 3 front ends with the second conveyer line 2 ends, described row's panel assembly comprises along the second conveyer line 2 throughput directions and is connected to the second conveyer line 2 ends and extends to lifting conveyer belt 9 and the row's plate inductor on the conveyor surface of the 3rd conveyer line 3, described lifting conveyer belt 9 is hinged fixing near one end of the second conveyer line 2, the other end is connected with the cylinder 10 of the conveyor surface oscilaltion of controlling lifting conveyer belt 9 relative the 3rd conveyer lines 3, on described lifting conveyer belt 9, be also provided with the casing member that stops that sheet material is carried, described casing member comprises to be located at the fixed dam 11 of lifting conveyer belt 9 ends and to be located at lifting conveyer belt 9 stage casings and the adjustable end stop 12 in close the 3rd conveyer line 3 outsides, described adjustable end stop 12 does reverse elevating movement with lifting conveyer belt 9, described row's plate inductor is located at the 3rd conveyer line 3 conveyor surface posterior segments, row's plate inductor comprises first row plate infrared inductor 13 and the second row plate infrared inductor 14 of sheet material position on the induction conveyor surface that cooperatively interacts, distance between first row plate infrared inductor 13 and fixed dam 11 is for being less than a sheet material width, distance between second row plate infrared inductor 14 and fixed dam 11 is for being greater than two boards material width and being less than three sheet material width.
The 3rd conveyer line 3 is conveying roller, and lifting conveyer belt 9 is the conveyer belt composition that many parallel interval arrange, and each conveyer belt extends on conveying roller.
Sheet material is delivered to lifting conveyer belt 9 from the second conveyer line 2, can be blocked in lifting conveyer belt 9 front portions by adjustable end stop 12, when the sheet material that is positioned at lifting conveyer belt 9 rear portions is transferred away, first row plate infrared inductor 13 and second row plate infrared inductor 14 are responded to less than sheet material signal simultaneously, can control lifting conveyer belt 9 rises, adjustable end stop 12 declines, make the sheet material that is trapped in lifting conveyer belt 9 front portions continue transported to lifting conveyer belt 9 rear portions, the sheet material that the is delivered to lifting conveyer belt 9 rear portions baffle plate 11 that can be fixed stops, next the sheet material that is delivered to lifting conveyer belt 9 rear portions can be close proximity to last block of sheet material, when near sheet material quantity while reaching three, first row plate infrared inductor 13 and second row plate infrared inductor 14 sense sheet material signal simultaneously, controlling lifting conveyer belt 9 drops to below the 3rd conveyer line 3 conveyor surfaces, make the roller on the 3rd conveyer line 3 support above-mentioned sheet material, and carry toward sheet material long side direction with sheet material, when lifting conveyer belt 9 declines, adjustable end stop 12 rises, stop the anterior sheet material of carrying of lifting conveyer belt 9.
Distance between first row plate infrared inductor 13 and fixed dam 11 is for being less than a sheet material width, and the distance between second row plate infrared inductor 14 and fixed dam 11 is for being greater than two boards material width and being less than three sheet material width.Arranging of above-mentioned first row plate infrared inductor 13 and second row plate infrared inductor 14 positions ensured that the sheet material quantity of each row's plate is three, and three blocks of sheet materials abut against together, facilitates the japanning of the sheet material top and bottom of next step.The quantity that second row plate infrared inductor 14 setting positions can once be arranged plate according to sheet material is adjusted, once arrange four blocks of sheet materials of plate, distance between second row plate infrared inductor 14 and fixed dam 11 is just for being greater than three sheet material width and being less than four sheet material width, by that analogy.
Described reversing arrangement comprises to be located under the first conveyer line 1 end front side and to be positioned at the bottomless locating slot 15 of the second conveyer line 2 tops and to be located at locating slot 15 sidewall inductive components, described the second conveyer line 2 is the conveyer chain that two parallel interval arrange, on each conveyer chain, correspondence arranges the passing sheet 16 that interval is greater than a sheet material width and is less than two boards material width, between described locating slot 15 bottoms and conveyer chain, gap is greater than a sheet metal thickness and is less than two boards material thickness, described inductive component comprises turning over sheet 17 and responding to and turn over sheet 17 displacements and control conveyer chain the commutation infrared inductor 18 that moves a segment distance of being subjected to displacement according to the accommodating sheet material quantity of locating slot 15, it is described that to turn over that sheet 17 upper ends are articulated with locating slot 15 sidewalls and turn over sheet 17 madial walls be arcwall face.
Before reversing arrangement operation, need to place a sheet material in locating slot 15 bottoms in advance and work as base plate, after reversing arrangement operation, sheet material A is transported to the first conveyer line 1 end, front end first falls into locating slot 15, be resisted against on base plate and slide, whole sheet material A falls into locating slot 15 afterwards, sheet material A overlays on base plate, what extruding was arranged on locating slot 15 sidewalls turns over sheet 17, making to turn over sheet 17 digs laterally, turn over the position that sheet 17 outwards digs and do not reach predetermined location, conveyer chain does not move, then sheet material B continues to fall into locating slot 15, in the time that sheet material B overlays on sheet material A, that continues that extruding is arranged on locating slot 15 sidewalls turns over sheet 17, the radian projection of what sheet material B pushed turn over sheet 17 madial walls is larger, so it is larger to turn over the angle that sheet 17 outwards digs, commutation infrared inductor 18 senses and turns over sheet 17 positions, start conveyer chain and move forward a segment distance (commutation infrared inductor 18 control conveyer chain operation distance should ensure can just in time complete painting process through the sheet material of being located at the device for painting on the second conveyer line 2 in this is carried), passing sheet 16 is fixed by screws on conveyer chain, conveyer chain drives passing sheet 16 to move, move to base plate position when passing sheet 16, will be against living base plate side, thereby drive base plate to move forward, sheet material A falls into locating slot 15 bottoms and has replaced base plate, sheet material B whereabouts makes to turn over sheet 17 and leaves infrared inductor sensed position, sheet material afterwards continues to fall into locating slot 15 and repeats previous motion.
Sheet material goes to locating slot 15 from the first conveyer line 1, is all that sheet material front end is first encountered supporting surface, then slides along supporting surface, and last sheet material rear end falls into locating slot 15.If do not set in advance a base plate as gripper shoe, the transmission plane that just the second conveyer line 2 need to be arranged to width and be equaled sheet material length, this kind of setting not only increased machine cost, and transmission plane coefficient of friction is larger, be unfavorable for that sheet material slides, can reduce the efficiency of whole conveying device.
Claims (5)
1. an automatic coating oil paint production line, it is characterized in that: it comprises conveying device and device for painting, described conveying device comprises the first conveyer line (1) of carrying along the long limit of sheet material bearing of trend and the second conveyer line (2) of carrying along sheet material minor face bearing of trend, and described the first conveyer line (1) port of export is vertically connected by reversing arrangement with the entrance point of the second conveyer line (2); described device for painting comprises two the japanning unit, long limit (4) that are divided into the first conveyer line (1) both sides, be divided into two minor face japanning unit (5) of the second conveyer line (2) both sides, respectively to two storage paint casees of long japanning unit, limit (4) and minor face japanning unit (5) painting and take two of unnecessary paint away and vacuumize suction lacquerware from long japanning unit, limit (4) and the minor face unit (5) of painting respectively, described japanning unit, long limit (4) and minor face japanning unit (5) include along sheet material throughput direction and arrange and coordinate the guide rail (6) of sheet material side shape and be located at the spray assembly of painting to sheet material side face to be sprayed in guide rail (6) middle section, described spray assembly comprise be connected into paint mouth and storage paint case go out to paint pipeline (7-1) and lacquer export and the suction paint pipeline (8-1) that vacuumizes suction lacquerware and be connected, go out to paint pipeline lacquer export (7) and inhale paint pipeline and enter Qi Kou (8) along the adjacent arrangement of sheet material throughput direction, the described shape that goes out to paint pipeline lacquer export (7) is vertical flat with the shape that suction paint pipeline enters Qi Kou (8), and suction paint pipeline enters Qi Kou (8) and is greater than paint pipeline lacquer export (7).
2. automatic coating oil paint production line according to claim 1, it is characterized in that: it also comprises the 3rd conveyer line (3), by arranging, panel assembly is vertical to be connected described the 3rd conveyer line (3) front end with the second conveyer line (2) end, described row's panel assembly comprises along the second conveyer line (2) throughput direction and is connected to the second conveyer line (2) end and extends to lifting conveyer belt (9) and the row's plate inductor on the conveyor surface of the 3rd conveyer line (3), described lifting conveyer belt (9) is hinged fixing near one end of the second conveyer line (2), the other end is connected with the cylinder (10) of the conveyor surface oscilaltion of controlling relative the 3rd conveyer line (3) of lifting conveyer belt (9), on described lifting conveyer belt (9), be also provided with the casing member that stops that sheet material is carried, described casing member comprises to be located at the fixed dam (11) of lifting conveyer belt (9) end and to be located at lifting conveyer belt (9) stage casing and the adjustable end stop (12) in close the 3rd conveyer line (3) outside, described adjustable end stop (12) does reverse elevating movement with lifting conveyer belt (9), described row's plate inductor is located at the 3rd conveyer line (3) conveyor surface posterior segment, row's plate inductor comprises first row plate infrared inductor (13) and the second row plate infrared inductor (14) of sheet material position on the induction conveyor surface that cooperatively interacts, distance between first row plate infrared inductor (13) and fixed dam (11) is for being less than a sheet material width, distance between second row plate infrared inductor (14) and fixed dam (11) is for being greater than two boards material width and being less than three sheet material width.
3. automatic coating oil paint production line according to claim 1, it is characterized in that: described reversing arrangement comprises to be located under the first conveyer line (1) end front side and to be positioned at the bottomless locating slot (15) of the second conveyer line (2) top and to be located at the inductive component of locating slot (15) sidewall, described the second conveyer line (2) is the conveyer chain that two parallel interval arrange, on each conveyer chain, correspondence arranges the passing sheet (16) that interval is greater than a sheet material width and is less than two boards material width, between described locating slot (15) bottom and conveyer chain, gap is greater than a sheet metal thickness and is less than two boards material thickness, described inductive component comprises turning over sheet (17) and responding to and turn over sheet (17) displacement and control conveyer chain the commutation infrared inductor (18) that moves a segment distance of being subjected to displacement according to the accommodating sheet material quantity of locating slot (15), it is described that to turn over that sheet (17) upper end is articulated with locating slot (15) sidewall and turns over sheet (17) madial wall be arcwall face.
4. according to the automatic coating oil paint production line described in claim 1-3 any one, it is characterized in that: described guide rail (6) is the groove that matches with sheet material side projection, go out to paint pipeline (7-1) go out to paint direction with inhale paint pipeline (8-1) enter to paint direction parallel.
5. according to the automatic coating oil paint production line described in claim 1-3 any one, it is characterized in that: the projection of described guide rail (6) for matching with sheet material side groove, the direction that goes out to paint that goes out to paint pipeline (7-1) becomes 45-60 degree angle with the direction of entering to paint of inhaling paint pipeline (8-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410171440.3A CN103934157B (en) | 2014-04-25 | 2014-04-25 | Automatic paint spraying production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410171440.3A CN103934157B (en) | 2014-04-25 | 2014-04-25 | Automatic paint spraying production line |
Publications (2)
| Publication Number | Publication Date |
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| CN103934157A true CN103934157A (en) | 2014-07-23 |
| CN103934157B CN103934157B (en) | 2017-01-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410171440.3A Active CN103934157B (en) | 2014-04-25 | 2014-04-25 | Automatic paint spraying production line |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107649318A (en) * | 2017-10-26 | 2018-02-02 | 无锡杰森表面处理设备有限公司 | Sheet metal moves paint spraying mechanism |
| CN110465432A (en) * | 2019-09-12 | 2019-11-19 | 浙江工业大学 | The automatic positioning technology of mine hydraulic prop anti-corrosion spray |
| CN110694823A (en) * | 2019-10-09 | 2020-01-17 | 佛山维尚家具制造有限公司 | Method for sealing furniture plate groove and numerical control equipment for realizing method |
| CN115780206A (en) * | 2022-10-24 | 2023-03-14 | 神通科技集团股份有限公司 | Processing technology of automobile B column outer decorative plate |
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| JP2001173214A (en) * | 1999-12-20 | 2001-06-26 | Matsushita Electric Works Ltd | Wood floor material and its manufacturing method |
| CN1820918A (en) * | 2006-03-15 | 2006-08-23 | 舒波 | Water-proof coating method for floor tongue-and-groove |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107649318A (en) * | 2017-10-26 | 2018-02-02 | 无锡杰森表面处理设备有限公司 | Sheet metal moves paint spraying mechanism |
| CN110465432A (en) * | 2019-09-12 | 2019-11-19 | 浙江工业大学 | The automatic positioning technology of mine hydraulic prop anti-corrosion spray |
| CN110465432B (en) * | 2019-09-12 | 2021-03-23 | 浙江工业大学 | Automatic positioning technology for anticorrosion spraying of mine hydraulic prop |
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| CN115780206A (en) * | 2022-10-24 | 2023-03-14 | 神通科技集团股份有限公司 | Processing technology of automobile B column outer decorative plate |
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| Publication number | Publication date |
|---|---|
| CN103934157B (en) | 2017-01-11 |
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| C06 | Publication | ||
| PB01 | Publication | ||
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Address after: 354200 plots xg-24, 25 and 26, Xushi area, Jianyang Economic Development Zone, Nanping City, Fujian Province Patentee after: Fujian Zhuanghe Bamboo Technology Co.,Ltd. Address before: 364200 plot 1-07 in the west of Tongyou Nanlin forest products Industrial Park, Jianyang City, Nanping City, Fujian Province Patentee before: FUJIAN ZHUANGHE BAMBOO INDUSTRY Co.,Ltd. |