CN205341209U - Whitewashed finishing line is soaked in horizontal fluidization pond - Google Patents
Whitewashed finishing line is soaked in horizontal fluidization pond Download PDFInfo
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- CN205341209U CN205341209U CN201620073660.7U CN201620073660U CN205341209U CN 205341209 U CN205341209 U CN 205341209U CN 201620073660 U CN201620073660 U CN 201620073660U CN 205341209 U CN205341209 U CN 205341209U
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- pond
- leaching powder
- finishing line
- fluidisation
- powder
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Abstract
The utility model relates to a coating line technical field especially discloses a whitewashed finishing line is soaked in horizontal fluidization pond, including the conveying chain, soak whitewashed pond through heating device and fluidization that the conveying chain is connected, the fluidization is soaked whitewashed pond and is included barrel and the piece of being connected with the barrel of blowing, and the barrel installs inside and is equipped with fluidization plate, and fluidization plate is provided with the through -hole, and the barrel has holding chamber and powder chamber, and fluidization plate is located between holding chamber and the powder chamber, blow piece and whitewashed chamber intercommunication, during the in -service use, will treat that the work piece of spraying is hung on the conveying chain, the work piece heats to the predetermined temperature through heating device, then gets into the fluidization and soak the holding intracavity in whitewashed pond, and the piece of blowing will turn to powder coating that the intracavity installed in advance and blow in the holding intracavity, coating contact work piece and by the high temperature melting of work piece on the work piece, for traditional electrostatic spraying assembly line, cancelled electrostatic generating device and spray gun, simplified the overall structure of assembly line, greatly reduced manufacturing cost.
Description
Technical field
This utility model relates to paint line technical field, in particular discloses a kind of horizontal fluidised pond leaching powder finishing line.
Background technology
Along with the raising that properties of product are required by consumer, and also to extend the service life of product, increasing product uses surface treatment operation, paint industry is made to obtain quick development, surface treatment operation includes plating, plated film, sprays paint, dusts, and obtains in various fields such as household electrical appliances, component of machine, furniture and is increasingly widely applied.
Spray paint on the surface of the product the corrosion resistance and antirust ability that can improve product, moreover it is possible to strengthen the beautiful decoration of product；Due to powdery paints have that equipment investment is low, VOC(VOC) advantage such as zero-emission, therefore, dusting on the surface of the product have also been obtained is widely applied.Existing spray paint, the streamline that dusts needs configuration electrostatic generator and spray gun, and electrostatic generator makes product tape positive electricity so that paint or plastic powders are electronegative, recycling spray gun will paint or plastispray to product；Electrostatic generator installed by streamline and spray gun can increase integrally-built complexity, and can be greatly increased the manufacturing cost of whole streamline.
Summary of the invention
In order to overcome the shortcoming and defect existed in prior art, the purpose of this utility model is in that to provide a kind of horizontal fluidised pond leaching powder finishing line, simplifies the overall structure of streamline, reduces manufacturing cost.
For achieving the above object, one of the present utility model horizontal fluidised pond leaching powder finishing line, including carrier chain, the heater connected through carrier chain soaks powder pond with fluidisation, and fluidisation leaching powder pond includes cylinder and the blowing part being connected with cylinder, is equiped with fluidized plate in cylinder, fluidized plate is provided with through hole, cylinder has containing cavity and powder chamber, and fluidized plate is between containing cavity and powder chamber, and blowing part connects with powder chamber.
Preferably, being equiped with hanger in described cylinder, hanger is positioned at containing cavity.
Preferably, described fluidisation leaching powder pond also includes the first actuator for driving hanger to rotate.
Preferably, being equiped with support in described cylinder, hanger is installed in support, and fluidisation leaching powder pond also includes for driving hanger around the second actuator of holder pivots.
Preferably, described fluidisation leaching powder pond also includes the cover cap coordinated with cylinder, and cover cap adopts transparent material to make.
Preferably, described horizontal fluidised pond leaching powder finishing line also includes pretreating device, and pretreating device includes spray assemblies, defat assembly and silanization assembly, and heater is installed between pretreating device and fluidisation leaching powder pond.
Preferably, described horizontal fluidised pond leaching powder finishing line also includes leveling device, solidification equipment and chiller, and leveling device is installed between fluidisation leaching powder pond and solidification equipment, and solidification equipment is installed between leveling device and chiller.
Preferably, described horizontal fluidised pond leaching powder finishing line also includes rotationally hanging device, rotationally hanging device include the first slide rail and be slidably connected to the first slide rail turn linked to mechanical hand, one end of first slide rail is installed between heater and fluidisation leaching powder pond, and the other end of the first slide rail is installed between fluidisation leaching powder pond and leveling device.
Preferably, described horizontal fluidised pond leaching powder finishing line also includes detecting device and moves back coating device, and detecting device is installed in chiller and moves back between coating device, moves back coating device and is installed between detecting device and pretreating device.
Preferably, described horizontal fluidised pond leaching powder finishing line also includes handling equipment, handling equipment includes the second slide rail and is slidably connected to the conveying robot of the second slide rail, one end of second slide rail is installed in detecting device and moves back between coating device, and the other end of the second slide rail is installed in and moves back between coating device and pretreating device.
The beneficial effects of the utility model: time actually used, workpiece to be sprayed is hung on carrier chain, workpiece is sent to heater by carrier chain, the heated device of workpiece is heated to predetermined temperature, in containing cavity subsequently into fluidisation leaching powder pond, the coating that powder intracavity is installed in advance is blown in containing cavity by blowing part, coating contacts workpiece and by the high-temperature fusion of workpiece on the outer surface of workpiece, relative to traditional electrostatic spraying streamline, eliminate electrostatic generator and spray gun, simplify the overall structure of streamline, greatly reduce manufacturing cost.
Accompanying drawing explanation
Fig. 1 is FB(flow block) of the present utility model；
Fig. 2 is the sectional view in fluidisation leaching powder pond of the present utility model.
Accompanying drawing labelling includes:
10 cylinder 11 fluidized plate 12 containing cavities
13 powder chamber 14 hanger 15 supports
16 cover caps 17 are dried part.
Detailed description of the invention
For the ease of the understanding of those skilled in the art, below in conjunction with embodiment and accompanying drawing, this utility model being further described, the content that embodiment is mentioned is not to restriction of the present utility model.
Refer to shown in Fig. 1 and Fig. 2, one of the present utility model horizontal fluidised pond leaching powder finishing line, including carrier chain, the heater connected through carrier chain soaks powder pond with fluidisation, fluidisation leaching powder pond includes cylinder 10 and the blowing part 17 being connected with cylinder 10, in the present embodiment, blowing part 17 is air pump or aerator etc., fluidized plate 11 it is equiped with in cylinder 10, fluidized plate 11 is provided with through hole (not shown), cylinder 10 has containing cavity 12 and powder chamber 13, and fluidized plate 11 is between containing cavity 12 and powder chamber 13, and blowing part 17 connects with powder chamber 13.
Time actually used, workpiece to be sprayed is hung on carrier chain, coating is installed in the powder chamber 13 of cylinder 10, workpiece is sent to heater by carrier chain, melt temperature according to coating, heater is by workpiece heat to predetermined temperature, this predetermined temperature is higher than the melt temperature of coating, then workpiece is sent in the containing cavity 12 in fluidisation leaching powder pond by carrier chain, the coating installed in advance in powder chamber 13 is blown in containing cavity 12 through the through hole of fluidized plate 11 by blowing part 17, coating is made to be in " boiling " state in containing cavity 12, coating contacts workpiece in containing cavity 12 and by the high-temperature fusion of workpiece on the outer surface of workpiece, according to specific needs, when part 17 of drying is air pump, those skilled in the art can regulate and control the size of air pump output pressure, and then the height of the coating distance fluidized plate 11 of " boiling " state of adjustment；When part 17 of drying is aerator, those skilled in the art can adjust the size of blower speed, and then the height of the coating distance fluidized plate 11 of " boiling " state of adjustment, relative to traditional electrostatic spraying streamline, eliminate electrostatic generator and spray gun, simplify the overall structure of streamline, greatly reduce manufacturing cost.
Refer to shown in Fig. 2, it is equiped with fluidized plate 11 in the cylinder 10 in described fluidisation leaching powder pond, fluidized plate 11 generally comprises filter course and gripper shoe, the agent structure of filter course adopts sintered meshwork to be made, and sintered meshwork has a lot of through hole, the specific size according to variety classes coating particles size, those skilled in the art can select the size of clear size of opening, it is, of course, also possible to through hole is made variously-shaped, for instance rectangle or circle etc..Sintered meshwork is a kind of filtering material multi-layer flat knitmesh being sintered together, there is the features such as permeability height, resistance is little, circulation is big, fluidized plate 11 is for being filtered coating, it is prevented that the large particulate matter in coating adheres on surface of the work and then causes Workpiece coating bad.Gripper shoe is generally adopted high-strength material and makes, for instance titanium steel, is used for supporting filter course so that the bulk strength of fluidized plate 11 is greatly increased, it is to avoid extraneous object touches drainage screen causes drainage screen to damage, and also extends the service life of fluidized plate 11 simultaneously.
Also being equiped with hanger 14 in the cylinder 10 in described fluidisation leaching powder pond, hanger 14 is positioned at the containing cavity 12 of cylinder 10, and the workpiece that carrier chain transmits hangs on hanger 14 and completes painting operation in containing cavity 12.Fluidisation leaching powder pond also includes the first actuator for driving hanger 14 to rotate, and then realize the related workpiece rotation of hanger 14, now hanger 14 is in autorotation, first actuator is arranged on cylinder 10 or on hanger 14, certainly, first actuator also can be arranged on the outside of cylinder 10 by those skilled in the art, the first actuator and hanger 14 is coupled together by drive mechanism.When hanger 14 rotates in the coating of " boiling " together with workpiece, the coating of " boiling " can be fully contacted with workpiece, it is ensured that on workpiece, the coating thickness of regional is uniform, and then the coating quality of lifting workpieces.
Support 15 also it is equiped with in described cylinder 10, hanger 14 is installed on support 15, in the present embodiment, hanger 14 is linked together with support 15 by hinged or pivot joint mode, fluidisation leaching powder pond also includes the second actuator for driving hanger 14 to rotate around support 15, and then realize hanger 14 and rotate around support 15 together with workpiece, now hanger 14 is in revolution state.Certainly, the second actuator may be mounted on cylinder 10, on support 15 or on hanger 14, the second actuator also can be installed the outside of cylinder 10, the second actuator and hanger 14 are coupled together by drive mechanism.By the revolution of hanger 14 and rotation, make the omnibearing rotation in the coating of " boiling " of the workpiece on hanger 14, the regional further ensured that on workpiece is fully contacted with coating so that the coating thickness on outer surface of workpiece is consistent as far as possible, is greatly promoted the coating quality of workpiece.In the present embodiment, the first actuator, the second actuator all adopt drive motor, certainly, according to specific needs, also the first actuator, the second actuator can be set to other power sources such as hydraulic motor.
Described fluidisation leaching powder pond also includes the cover cap 16 coordinated with cylinder 10, cover cap 16 covers in the containing cavity 12 of cylinder 10, avoid the coating of " boiling " from effusion in containing cavity 12, avoid the wasting phenomenon because the effusion of coating produces on the one hand, also avoid the pollution because the effusion of coating causes on the other hand.Preferably, cover cap 16 adopts transparent material to make, for instance, transparent plastic or clear glass, certainly, in order to avoid glass is broken easily because of collision, it is preferable that clear glass is transparent toughened glass.By cover cap 16 is arranged to transparence, user is not only it can be seen that the painting effect of workpiece, it is simple to management and control is coated with the length of ETL estimated time of loading, but also can watch at any time fluidisation leaching powder pond inside courtyard number, it is simple in the powder chamber 13 of cylinder 10, add coating at any time.
According to specific needs, those skilled in the art make specific shape it is also possible that state cover cap 16, such as, cover cap 16 can be made hemispherical, so can also assist the volume increasing containing cavity 12, it is to avoid containing cavity 12 is too small and the sidewall that causes the workpiece in rotation to touch containing cavity 12 or cover cap 16.Certainly, the all right additional configuration automatic feeder of those skilled in the art, automatic feeder is connected with the powder chamber 13 in cylinder 10, and induction apparatus is installed in powder chamber 13, when the coating in powder chamber 13 is less than preset value, automatic feeder starts and adds quantitative coating in powder chamber 13, and user can add coating, the coating efficiency of further lifting workpieces without stopping fluidisation leaching powder pond.
Refer to shown in Fig. 1, described horizontal fluidised pond leaching powder finishing line also includes pretreating device, heater is installed between pretreating device and fluidisation leaching powder pond, pretreating device includes spray assemblies and defat assembly, the foreign material that surface of the work adheres to, for workpiece is sprayed water, are cleaned up by spray assemblies；Defat assembly utilizes the oily waste degradation that defat liquid medicine will adhere on workpiece.
Described pretreating device also includes the first washing component, silanization assembly and the second washing component, workpiece enters the first washing component after defat assembly processes, the defat liquid medicine remained on workpiece is cleaned up by the first washing component, prevent defat liquid medicine from silanization treatment being damaged, process subsequently into silanization assembly, silanization assembly forms protective filmy layer on the surface of workpiece, workpiece is made to have better paint-absorbable, guarantee more ideally to adhere on the surface of the workpiece at coating, workpiece after silanization assembly processes enters the second washing component, the silane liquid medicine that surface of the work is adhered to by the second washing component cleans up.
Described silanization assembly replaces traditional bonderizing assembly, silane liquid medicine is for main component, metal or nonmetallic materials to be carried out surface treatment with organosilan aqueous solution, compared with processing with conventional phosphatizing, silanization treatment is without harmful heavy metal ions, not phosphorous, it is not necessary to heat, and silanization treatment process does not produce sediment, the process time is short, controls simplicity etc., it is possible to be effectively improved paint or the powder adhesive force to workpiece.
Described horizontal fluidised pond leaching powder finishing line also includes leveling device, solidification equipment and chiller, and leveling device is installed between fluidisation leaching powder pond and solidification equipment, and solidification equipment is installed between leveling device and chiller.Leveling device includes levelling room and is installed in the air draft assembly that levelling is indoor, fluidisation leaching powder pond application complete after workpiece be transported to levelling indoor and carry out levelling process, utilize air draft assembly to increase the speed air flow that levelling is indoor, promote the efficiency that levelling processes.Solidification equipment includes curing oven and the heater being installed on curing oven, the workpiece that leveling device has processed is transported in curing oven and carries out cured, temperature requirement according to different coating, heater is utilized to increase the temperature in curing oven to predetermined temperature, shorten workpiece and solidify time used, further service hoisting production efficiency.In addition, according to specific needs, those skilled in the art can also increase the number of plies of curing oven, such as, curing oven is arranged to three layers, workpiece after leveling device processes is conveyed in the layer that curing oven is different in batches, it is to avoid curing oven only has one layer of speed slowing down streamline because hardening time is longer, and then reduces the production efficiency of streamline.Chiller includes cooling room and is installed in the cooling assembly that cooling is indoor, workpiece after the process of cured device enters the indoor cooling of cooling, performance requirement according to different coating, cooling assembly is by temperature adjusting indoor for cooling to predetermined temperature, the cooling shortening workpiece processes time, further service hoisting production efficiency.
Refer to shown in Fig. 1 and Fig. 2, described horizontal fluidised pond leaching powder finishing line also includes rotationally hanging device, rotationally hanging device includes the first slide rail and is slidably connected at and turns linked to mechanical hand on the first slide rail, one end of first slide rail is installed between heater and fluidisation leaching powder pond, and the other end of the first slide rail is installed between fluidisation leaching powder pond and leveling device.When after the heated device heat treated of workpiece, turn linked to mechanical hand and workpiece is moved on the hanger 14 in fluidisation leaching powder pond, workpiece is carried out painting operation by fluidisation leaching powder pond, after Workpiece coating operation completes, turn linked to mechanical hand to move between leveling device and fluidisation leaching powder pond along the first slide rail, then turn linked to mechanical hand and again workpiece is transferred in leveling device from hanger 14.Described rotationally hanging device only arranges one and turns linked to mechanical hand, utilizes and turns linked to mechanical hand moving back and forth along the first slide rail, it is achieved workpiece turnover fluidisation leaching powder pond, simplifies the overall construction design of streamline on the one hand, also reduces the manufacturing cost of streamline on the other hand.
Referring to shown in Fig. 1, described horizontal fluidised pond leaching powder finishing line also includes detecting device and moves back coating device, and detecting device is installed in chiller and moves back between coating device, moves back coating device and is installed between detecting device and pretreating device.Workpiece transportation and detection apparatus after chiller cooling being processed detects, and the application situation of workpiece is detected by detecting device, for instance, the detection thickness of film, smoothness etc., if the coating quality detection OK of workpiece, workpiece is transported to precalculated position and deposits；If the coating quality of workpiece detects NG(and defective), workpiece is transported to and moves back coating device and carry out moving back coating and process, moving back coating device to utilize and move back painting liquid medicine etc. and washed off by the coating on workpiece, the workpiece after moving back coating device and processing is delivered to pretreating device, again carries out painting operation.
Described horizontal fluidised pond leaching powder finishing line also includes handling equipment, handling equipment includes the second slide rail and is slidably connected at the conveying robot on the second slide rail, one end of second slide rail is installed in detecting device and moves back between coating device, and the other end of the second slide rail is installed in and moves back between coating device and pretreating device.After workpiece device after testing detection OK, workpiece is moved to precalculated position by conveying robot；When workpiece device after testing detects after NG, workpiece is transported to and moves back coating device and carry out moving back painting and process, and workpiece completes to move back after painting processes, and conveying robot slides into along the second slide rail and moves back between coating device and pretreating device, then by workpiece transfer to pretreating device.Certainly, when extraneous workpiece moves to after near pretreating device, also workpiece is moved to pretreating device by available conveying robot.Described handling equipment only arranges a conveying robot, utilize conveying robot moving back and forth along the second slide rail, realize workpiece from detecting device blanking or by workpiece feeding to pretreating device, auxiliary simplifies the overall structure of streamline further, and also auxiliary reduces the manufacturing cost of streamline simultaneously.
Horizontal fluidised pond of the present utility model leaching powder finishing line, by pretreating device, heater, fluidisation leaching powder pond, leveling device, solidification equipment, chiller, detecting device through described carrier chain and move back coating device and link together, being arranged on by handling equipment moves back near coating device, rotationally hanging device is arranged near fluidisation leaching powder pond, preferably, each device above is arranged in same level, avoid presenting in solid space between each device setting up and down, and then prevent the device misplaced up and down from touching the staff of walking.
Time actually used, whole streamline can also be installed one and control device, each device is all connected with control device, control device is utilized to adjust the operational factor of each device, mobile phone, PC terminal unit etc. can also be connected with controlling device simultaneously, utilize mobile phone or PC terminal that whole streamline is monitored.
This utility model coating is directly melted on the workpiece of high temperature in fluidisation leaching powder pond, compared to traditional electrostatic spraying streamline, multiple components and parts such as application powder cabinet, electrostatic generator, recovering device for coating, spray gun can be saved, shorten the flow process of coating process, it is greatly promoted production efficiency, and the manufacturing cost of the whole streamline of effective reduction, compared to traditional electrostatic spraying streamline, comprehensive energy consumption falls more than 40% on a year-on-year basis.
The speed of service of each device of this utility model can be sectional-regulated, the specific requirement according to different workpieces, can arbitrarily adjust the paint capacity beat of workpiece；In addition, compared to traditional electrostatic spraying streamline, save the components and parts needed for multiple application, the equipment volume making correspondence reduces, such as, save electrostatic generator and spray gun so that the space installed needed for electrostatic generator and spray gun is saved in fluidisation leaching powder pond, and the operation and maintenance then making equipment are more convenient.
Known this utility model is have above-described good characteristic in sum, is made it on using, promotes the usefulness not having in conventional art and have practicality, become the product of a great practical value.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this specification content should not be construed as restriction of the present utility model.
Claims (10)
1. a horizontal fluidised pond leaching powder finishing line, it is characterized in that: include carrier chain, the heater connected through carrier chain soaks powder pond with fluidisation, fluidisation leaching powder pond includes cylinder and the blowing part being connected with cylinder, being equiped with fluidized plate in cylinder, fluidized plate is provided with through hole, and cylinder has containing cavity and powder chamber, fluidized plate is between containing cavity and powder chamber, and blowing part connects with powder chamber.
2. horizontal fluidised pond according to claim 1 leaching powder finishing line, it is characterised in that: being equiped with hanger in described cylinder, hanger is positioned at containing cavity.
3. horizontal fluidised pond according to claim 2 leaching powder finishing line, it is characterised in that: described fluidisation leaching powder pond also includes the first actuator for driving hanger to rotate.
4. horizontal fluidised pond according to claim 2 leaching powder finishing line, it is characterised in that: being equiped with support in described cylinder, hanger is installed in support, and fluidisation leaching powder pond also includes for driving hanger around the second actuator of holder pivots.
5. horizontal fluidised pond according to claim 1 leaching powder finishing line, it is characterised in that: described fluidisation leaching powder pond also includes the cover cap coordinated with cylinder, and cover cap adopts transparent material to make.
6. horizontal fluidised pond according to claim 1 leaching powder finishing line, it is characterized in that: described horizontal fluidised pond leaching powder finishing line also includes pretreating device, pretreating device includes spray assemblies, defat assembly and silanization assembly, and heater is installed between pretreating device and fluidisation leaching powder pond.
7. horizontal fluidised pond according to claim 6 leaching powder finishing line, it is characterized in that: described horizontal fluidised pond leaching powder finishing line also includes leveling device, solidification equipment and chiller, leveling device is installed between fluidisation leaching powder pond and solidification equipment, and solidification equipment is installed between leveling device and chiller.
8. horizontal fluidised pond according to claim 7 leaching powder finishing line, it is characterized in that: described horizontal fluidised pond leaching powder finishing line also includes rotationally hanging device, rotationally hanging device include the first slide rail and be slidably connected to the first slide rail turn linked to mechanical hand, one end of first slide rail is installed between heater and fluidisation leaching powder pond, and the other end of the first slide rail is installed between fluidisation leaching powder pond and leveling device.
9. horizontal fluidised pond according to claim 7 leaching powder finishing line, it is characterized in that: described horizontal fluidised pond leaching powder finishing line also includes detecting device and moves back coating device, detecting device is installed in chiller and moves back between coating device, moves back coating device and is installed between detecting device and pretreating device.
10. horizontal fluidised pond according to claim 9 leaching powder finishing line, it is characterized in that: described horizontal fluidised pond leaching powder finishing line also includes handling equipment, handling equipment includes the second slide rail and is slidably connected to the conveying robot of the second slide rail, one end of second slide rail is installed in detecting device and moves back between coating device, and the other end of the second slide rail is installed in and moves back between coating device and pretreating device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620073660.7U CN205341209U (en) | 2016-01-26 | 2016-01-26 | Whitewashed finishing line is soaked in horizontal fluidization pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620073660.7U CN205341209U (en) | 2016-01-26 | 2016-01-26 | Whitewashed finishing line is soaked in horizontal fluidization pond |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205341209U true CN205341209U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620073660.7U Expired - Fee Related CN205341209U (en) | 2016-01-26 | 2016-01-26 | Whitewashed finishing line is soaked in horizontal fluidization pond |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205341209U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105521926A (en) * | 2016-01-26 | 2016-04-27 | 东莞丰卓机电设备有限公司 | Extract powder coating production line for horizontal fluidization tank |
| CN108745813A (en) * | 2018-05-21 | 2018-11-06 | 河南森源电气股份有限公司 | A kind of tube shape component fluidisation processing method and device |
-
2016
- 2016-01-26 CN CN201620073660.7U patent/CN205341209U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105521926A (en) * | 2016-01-26 | 2016-04-27 | 东莞丰卓机电设备有限公司 | Extract powder coating production line for horizontal fluidization tank |
| CN105521926B (en) * | 2016-01-26 | 2018-06-19 | 东莞丰卓机电设备有限公司 | A kind of horizontal fluidised pond leaching powder finishing line |
| CN108745813A (en) * | 2018-05-21 | 2018-11-06 | 河南森源电气股份有限公司 | A kind of tube shape component fluidisation processing method and device |
| CN108745813B (en) * | 2018-05-21 | 2021-08-17 | 河南森源电气股份有限公司 | Cylindrical part fluidized machining method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160629 Termination date: 20190126 |