CN100509177C - Powder paint coating system and powder paint coating method - Google Patents
Powder paint coating system and powder paint coating method Download PDFInfo
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- CN100509177C CN100509177C CNB2007101468856A CN200710146885A CN100509177C CN 100509177 C CN100509177 C CN 100509177C CN B2007101468856 A CNB2007101468856 A CN B2007101468856A CN 200710146885 A CN200710146885 A CN 200710146885A CN 100509177 C CN100509177 C CN 100509177C
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Abstract
The present invention a powder dope coating system and powder dope coating method, which improves removing processing efficiency for the redundant film on the surface of a component for hanging goods, the running efficiency of coating product line as well as productivity, at the same time reduces cost for removing processing of the redundant film forming on the hanging component. Wherein, hanging the goods on a frame (14), then to coat powder dope on the goods hanging on the frame (14) by a dope coating device (20), so as to implement the coating of the dope. Then, to blow to the frame (14) hanging the goods coated with powder dope by a blowing device (40).
Description
Technical field
The present invention relates to be used for object being treated is carried out the powder coating application system and the powder coating coating method of the coating of powder coating, especially can be efficiently to being formed on the suspention that is used to suspend in midair object being treated with the unnecessary powder coating application system and the powder coating coating method of filming and carrying out lift-off processing on the parts surface.
Background technology
Designs such as layer door (hall door), three square frames in the elevator, side plate, ceiling have desired parts to be commonly called deisgn product, and this deisgn product is handled by application and carried out fine finishining.Specifically, as these object being treateds being carried out the example that application is handled, use powder coating is coated in powder coating coating method on this object being treated.
Use Fig. 7 to specifically describe an example of this powder coating coating method.Fig. 7 is the diagrammatic illustration figure of expression powder coating working procedure of coating.Shown in the step 1 of Fig. 7, the object being treated that at first utilizes suspension bracket will need to apply powder coating is sling at certain intervals successively, utilizes the endless conveyor circulation to transport this suspension bracket.Here, as the suspension bracket that is used to suspend in midair object being treated, for example use the suspension bracket shown in No. 3006283 grade of utility model registration.Circulate when mobile when suspention has the suspension bracket of object being treated, at first shown in the step 2 of Fig. 7 like that, object being treated is carried out pre-treatment.Specifically, object being treated is carried out the generation of degreasing and trbasic zinc phosphate overlay film, prevent that thus this object being treated from getting rusty, thereby make that powder coating is easy to adhere to from the teeth outwards.Then, shown in the step 3 of Fig. 7, like that, carry out dehydrating of object being treated.Afterwards shown in step 4 like that, powder coating is sprayed on applies this powder coating on the object being treated.Particular content to this operation is narrated in the back.Then, shown in step 5, like that, be coated with the baking drying of the object being treated of powder coating, and formation is filmed.At last, shown in step 6, like that, put down from suspension bracket and to be formed with the object being treated of filming.This suspension bracket is reused in next operation, and suspention needs the new object being treated of coating powder coating.
Then, use Fig. 8～Figure 10 to specifically describe the coating process shown in the step 4 of Fig. 7.Fig. 8 is the vertical view of the formation of expression powder coating application system in the past, Fig. 9 for the B-B of the powder coating application system of Fig. 8 to the side view of looking, Figure 10 is used to represent to utilize the varnish coating device of powder coating application system shown in Figure 8 to carry out the diagrammatic illustration side view of electrostatic spraying.
Powder coating application system in the past such as Fig. 8 and shown in Figure 9, have guide rail 10, be arranged on the below of this guide rail 10 and the suspention that is directed to along this guide rail 10 with anchor clamps 12, be installed in suspention with the bottom of anchor clamps 12 and the pair of right and left suspension bracket 16 of the object being treated W that is used to sling.Here, guide rail 10 is to be provided with along the circulating path of ring-type, thereby suspention is directed in circulating path along this guide rail 10 with the assembly of anchor clamps 12 and a pair of suspension bracket 16.In addition, a pair of suspension bracket 16 suspends this roughly rectangular object being treated W in midair according to the mode that the short direction of handled thing W is consistent with the bearing of trend of guide rail 10 (above-below direction of Fig. 8) as shown in Figure 8.
In addition, powder coating application system in the past has a pair of varnish coating device 20 in the both sides of guide rail 10.Application spray gun (gun) holding member 26 that each varnish coating device 20 has pillar 24 on the upper surface that is arranged on ground substrate 22, is installed in this substrate 22, be provided with in the mode that can move freely on above-below direction (vertical direction) with respect to pillar 24, for example 3 application spray gun 28 to install with application spray gun holding member 26 mode arranged side by side on above-below direction.This application spray gun 28 will be stored in inner powder coating ejection.This varnish coating device 20 respectively is provided with 1 respectively in the both sides of guide rail 10, thereby can carry out the coating of powder coating to the two sides of the object being treated W that suspended in midair by suspension bracket 16.
Use Figure 10 that the more concrete formation of varnish coating device 20 is described.As shown in figure 10, varnish coating device 20 carries out the coating of powder coating to object being treated W by electrostatic spraying.Specifically, each applies and is electrically connected with high pressure generating apparatus 30 on the spray gun 28, and this high pressure generating apparatus 30 makes application spray gun 28 electronegative.On the other hand, guide rail 10, suspention form these guide rail 10 ground connection by electroconductive component (particularly for example iron) respectively with anchor clamps 12 and suspension bracket 16.Therefore, the object being treated W positively charged that suspends in midair by suspension bracket 16.Thus, between application spray gun 28 and object being treated W, produce electric field (with reference to the dotted line of Figure 10).
When from application spray gun 28 ejection powder coatings, this powder coating is electronegative.Then, move with the object being treated W (promptly the dotted line along Figure 10 moves) near positively charged in air on one side along the power line in the electric field on the powder coating of this ejection one side.Thus, object being treated W is carried out the spraying of uniform powder coating.In addition, at this moment, powder coating also spreads to the side of object being treated W, also can carry out the coating of this side.Like this, electrostatic spraying can not carry out the spraying of powder coating with the applying coating rate that is higher than common application with omitting, and can improve the application quality, reduces the cost of powder coating etc.
But above-mentioned powder coating coating method in the past has following problem.
Promptly, when utilizing Fig. 8 and 20 couples of object being treated W of varnish coating device shown in Figure 9 to carry out the spraying of powder coating, because application spray gun holding member 26 moves up at upper and lower with respect to pillar, though therefore powder coating is not sprayed on this object being treated W with omitting, application this moment spray gun 28 must move to than the upper end of object being treated W and more carry out the spraying of powder coating by the position of top.Its reason is, and is bad in order to prevent the application of the upper area of object being treated W.But also applied powder coating on the suspension bracket 16 this moment, if directly carry out dry processing of baking shown in the step 5 of Fig. 7, and then can fusion and fix attached to the powder coating on this suspension bracket 16.Here, because suspension bracket 16 will repeat to use for several times as mentioned above, therefore each access times that increase are formed on suspension bracket 16 lip-deep filming which floor will thicken, and the problem that electric conductivity reduces, electrostatic force descends, surface covered worsens of suspension bracket 16 can take place therewith together.Therefore, in order to keep the satisfactory electrical conductivity of suspension bracket 16, after using for several times, be formed with the suspension bracket 16 of filming from the teeth outwards, must spray (beads blast) device by bead and wait this is filmed and peel off.In addition, owing to used the operation of this injection apparatus, also have the quantity of employed suspension bracket 16 in the paint line not enough, the danger interrupted takes place in the processing in the paint line.
Figure 11 (a) is the figure of the state of the suspension bracket 16 before using in the powder coating application system of representing in the past, and Figure 11 (b) is the figure of the state of the suspension bracket 16 after reusing in the powder coating application system of representing in the past.Part 16a shown in the blank of Figure 11 (b) represents to be formed on suspension bracket 16 lip-deep filming.Shown in Figure 11 (b), it is very thick that the coating thickness of the torso portion shown in the arrow C of suspension bracket 16 becomes.On the other hand, covered by object being treated W because the hook portion shown in the arrow D of suspension bracket 16 is many, therefore filming can not be thicker than the torso portion shown in the above-mentioned arrow C.In order to ensure the electric conductivity of suspension bracket 16, it is necessary not filming in the accumulation of the hook portion shown in the arrow D at least, but has under the state of filming in the accumulation of the torso portion shown in the arrow C, and problem can take place the electric conductivity function of suspension bracket 16.Therefore, the result must peel off filming of whole suspension bracket 16.
In addition, the powder coating of uncoated on object being treated W can utilize by reclaiming again, but the powder coating that is coated on the suspension bracket 16 can not reclaim, and has to have used powder coating too much and problem that the application expense increases.
Summary of the invention
The present invention considers the problems referred to above and finishes, its purpose is to provide powder coating application system and powder coating coating method, its can improve be formed on the suspention that is used to suspend in midair object being treated with the unnecessary lift-off processing efficient of filming on the parts surface, improve the running rate of coating production line and boost productivity, can reduce being formed on suspention with the unnecessary expense that lift-off processing spent of filming on the parts simultaneously.According to the present invention, can improve the organic efficiency of utilizing again that is used for powder coating.
The present invention is the powder coating application system that is used for object being treated coating powder coating, it is characterized in that it has: the suspention that is used to suspend in midair object being treated is with parts, by carrying out the varnish coating device of the coating of this powder coating, suspention is had by the above-mentioned coating applying device be coated with the blowning installation that the above-mentioned suspention of the object being treated of powder coating is blown with parts with the object being treated spraying powder coating on the parts being suspended in above-mentioned suspention.
In addition, the present invention is the powder coating coating method that is used for object being treated coating powder coating, it is characterized in that it has following operation: suspention with parts on the suspention object being treated operation, by to being suspended in the operation that above-mentioned suspention is carried out the operation of the coating of this powder coating, suspention had the above-mentioned suspention of the object being treated that is coated with powder coating blow with parts with the object being treated spraying powder coating on the parts.
According to this powder coating application system and powder coating coating method, for to object being treated spraying powder coating the time also attached to suspention with the unnecessary powder coating on the parts, by this suspention is blown with parts, it can be peeled off with parts from this suspention.Therefore, after object being treated being toasted in the dry processing of operation, object being treated is being formed when filming, can not form unnecessary filming on parts in suspention, perhaps the unnecessary quantitative change of filming that forms on parts in suspention gets considerably less.Thus, can improve and be formed on this suspention with the unnecessary lift-off processing efficient of filming on the parts surface, improve the running rate of paint line and also boost productivity, can reduce being formed on suspention with the unnecessary expense that lift-off processing spent of filming on the parts simultaneously.And, can improve the organic efficiency of utilizing again that is used for powder coating.
In powder coating application system of the present invention, the above-mentioned coating applying device preferably carries out the coating of powder coating to object being treated by electrostatic spraying.Thus, also can carry out the coating of powder coating, can apply powder coating to object being treated with not omitting the direct part relative in the object being treated with varnish coating device.
In the powder coating application system of the present invention, by directly being fastened on the latter half on the above-mentioned object being treated and being arranged on the top of above-mentioned the latter half and the first half that can freely load and unload on this latter half constitutes, above-mentioned blowning installation is preferably blown with the first half in the parts to above-mentioned suspention with parts in above-mentioned suspention.Thus, when suspending the air blowing of using parts in midair by blowning installation, can under the situation that near the powder coating the upper end that will not be coated in object being treated is peeled off, carry out uniform application to object being treated.In addition, in the case, in the baking drying of operation is handled afterwards, attached to suspention powder coating fusion on the latter half in the parts, on the surface of this latter half, form and film, therefore after carrying out several application circulation, the latter half is separated with the first half, only this latter half is carried out inject process.If the inject process of this only the latter half, then owing to become the inject process area of object and diminish, therefore with whole suspention is compared with the situation that parts carry out inject process, can carry out the inject process of several times number once.
In the powder coating application system of the present invention, with in the parts, the latter half and the first half preferably combine by helicitic texture in above-mentioned suspention.Thus, can easily the latter half be loaded and unloaded on the first half, and can easily carry out the replacing operation of the latter half.
In the powder coating application system of the present invention, above-mentioned suspention preferably further has the cover that covers above-mentioned helicitic texture with parts.Thus, can prevent that when spraying powder coating powder coating is coated on this helicitic texture.Therefore, can prevent on helicitic texture form film, the problem of separating the difficulty that becomes of the latter half and the first half.
According to powder coating application system of the present invention and powder coating coating method, can improve and be formed on the suspention that is used to suspend in midair object being treated with the unnecessary lift-off processing efficient of filming on the parts surface, can improve the running rate of coating production line and boost productivity, can reduce simultaneously being formed on suspention with the unnecessary expense that lift-off processing spent of filming on the parts.And, can also improve and be used for the organic efficiency that powder coating utilizes again.
Description of drawings
Fig. 1 is used to illustrate that the integral body of common powder applying coating system constitutes the overall perspective view of summary.
Fig. 2 is the vertical view of the formation of the powder coating application system of expression an embodiment of the invention.
Fig. 3 for the A-A of the powder coating application system of Fig. 2 to the side view of looking.
Fig. 4 is the front view that the suspension bracket of the powder coating application system of presentation graphs 2 constitutes details.
Fig. 5 is the part stereogram that the suspension bracket of presentation graphs 4 partly constitutes.
Fig. 6 is the side view of formation details of blowning installation of the powder coating application system of presentation graphs 2.
Fig. 7 is the key diagram of the summary situation of expression powder coating working procedure of coating.
The vertical view that Fig. 8 constitutes for expression powder coating application system in the past.
Fig. 9 for the B-B of the powder coating application system of Fig. 8 to the side view of looking.
Figure 10 is used to represent to utilize the varnish coating device of powder coating application system shown in Figure 8 to carry out the explanation side view of the summary situation of electrostatic spraying.
Figure 11 (a) is the figure of the suspension bracket state before using in the expression powder coating application system in the past, and Figure 11 (b) is the figure of the suspension bracket state after reusing in the expression powder coating application system in the past.
The specific embodiment
Following with reference to the description of drawings embodiments of the present invention.Fig. 1～Fig. 6 is the figure of an embodiment of expression powder coating application system of the present invention.
Wherein, Fig. 1 be used to illustrate vertical view that the integral body of common powder applying coating system constitutes the overall perspective view of summary, Fig. 2 and constitute for the powder coating application system of expression an embodiment of the invention, Fig. 3 for the A-A of the powder coating application system of Fig. 2 to the side view of looking.In addition, Fig. 4 is the part stereogram that the front view, Fig. 5 of the details that constitutes of the suspension bracket of the powder coating application system of presentation graphs 2 constitutes for the part of the suspension bracket of presentation graphs 4.Fig. 6 is the side view that the blowning installation of the powder coating application system of presentation graphs 2 constitutes details.
During with reference to Fig. 1～Fig. 6, the parts identical with the powder coating application system in the past of Fig. 7～shown in Figure 10 have same-sign and describe.
The powder coating application system of present embodiment such as Fig. 1～shown in Figure 3, have the guide rail 10 that the circulating path (with reference to two dotted lines of Fig. 1) along ring-type is provided with, the below that is arranged on this guide rail 10 and the suspention that is directed to along this guide rail 10 with anchor clamps 12, be installed in the pair of right and left suspension bracket 14 that suspends in midair with the bottom of anchor clamps 12 and be used to sling object being treated W.Here, suspention is directed in circulating path along guide rail 10 with the assembly of anchor clamps 12 and a pair of suspension bracket 14.In addition, a pair of suspension bracket 14 suspends this roughly rectangular tabular object being treated W in midair according to the short direction of the object being treated W mode consistent with the bearing of trend of guide rail 10 as shown in Figure 1.The details of the formation of this suspension bracket 14 is in the back narration.
In addition, the powder coating application system has a pair of varnish coating device 20 as shown in Figure 2 in the both sides of guide rail 10.The application spray gun holding member 26 that each varnish coating device 20 has pillar 24 on the upper surface that is arranged on ground substrate 22, is installed in this substrate 22, be provided with in the mode that moves freely in vertical direction with respect to pillar 24 and to go up for example 3 the application spray gun 28 that mode arranged side by side is installed at above-below direction (vertical direction) with application spray gun holding member 26.This application spray gun 28 will be stored at inner powder coating spraying.In addition, move up at upper and lower with respect to pillar 24 by application spray gun holding member 26, each application spray gun 28 can be to whole the spraying powder coating of object being treated W.
This varnish coating device 20 is owing to respectively be provided with one in the both sides of guide rail 10, therefore can carry out the coating of powder coating to the two sides of the object being treated W that suspended in midair on the suspension bracket 14.As shown in figure 10, varnish coating device 20 carries out the coating of powder coating by electrostatic spraying to object being treated W, because the details of this electrostatic spraying was illustrated, therefore omits its explanation.
And then on the downstream of a pair of varnish coating device 20 in the circulating path that forms by guide rail 10, blowning installation 40 is installed on the guide rail 10 by means of attaching parts 42.This blowning installation 40 is blown towards the suspension bracket 14 of suspention object being treated W shown in Fig. 2, Fig. 3 and Fig. 6 etc.
Below, each inscape of this powder coating application system, especially suspension bracket 14 and blowning installation 40 are described in detail.
Blowning installation 40 is blown in the horizontal direction as Fig. 3 and shown in Figure 6, and the short transverse set positions of this blowning installation 40 can be blown on the height of suspension bracket 14 at gas.This blowning installation 40 suspends in midair from the top by attaching parts 42.
More particularly, the short transverse position of blowning installation 40 is set according to the mode that gas mainly blows on the first half 14a in suspension bracket 14.Thus, blowning installation 40 makes by air blowing and is coated in the suspension bracket 14 powder coating on the first half 14a and peels off.
Below, to describing by this action that constitutes formed powder coating application system.
At first, use Fig. 1 and Fig. 7 that the whole summary situation of powder coating coating method is described.At first, the object being treated W that utilizes suspension bracket 14 to sling successively at certain intervals and need adhere to powder coating, and move this suspension bracket 14 along guide rail 10.Then, when the circulation of suspending the suspension bracket 14 that object being treated W is arranged in midair is mobile, at first object being treated W is carried out pre-treatment.Specifically, object being treated W is carried out the generation of degreasing and trbasic zinc phosphate overlay film, prevent that thus this object being treated W from getting rusty, thereby make powder coating be easy to adhere to.Then, be moved further the suspension bracket 14 that suspention has object being treated W, carry out dehydrating of this object being treated W by drying device (not shown).Afterwards, have the suspension bracket 14 of object being treated W to move to varnish coating device 20 suspention, by each application spray gun 28 of varnish coating device 20 to object being treated W spraying powder coating, thereby on this object being treated W, apply powder coating.At this moment, because varnish coating device 20 respectively is provided with 1, amounts to 2 in the both sides of guide rail 10, therefore powder coating can be coated on the two sides of object being treated W.In addition, because varnish coating device 20 carries out the coating of powder coating by electrostatic spraying to object being treated W, therefore on the side of object being treated W, also can adhere to powder coating.
In addition, by each application spray gun 28 of varnish coating device 20 during, be on the suspension bracket 14 of this object being treated W top and also adhere to a part of powder coating to object being treated W spraying powder coating.But, covered by the cover 14c of hollow cone shape owing to connect the helicitic texture part (specifically being arranged on the male screw portion 14d and the female threaded hole that is formed on the cover 14c of the latter half 14b upper end) of the first half 14a and the latter half 14b in the suspension bracket 14, so this helicitic texture part can not adhered to powder coating.
Then, as shown in Figure 2, the suspension bracket 14 that suspention is had an object being treated W is side shifting downstream further, thereby as shown in Figure 3, makes suspension bracket 14 relative with blowning installation 40.At this moment, as shown in Figure 6, the height of suspension bracket 14 is the opening of its first half 14a towards blowning installation 40.Then, under the relative state of suspension bracket 14 and blowning installation 40,40 pairs of suspension brackets 14 of blowning installation are blown.Thus, being coated in the suspension bracket 14 powder coating on the first half 14a peels off.
Here, if 40 pairs of whole suspension brackets 14 of blowning installation (promptly, the first half 14a and the latter half 14b) when blowing, owing to the air blowing that hook-shaped the latter half 14b is carried out, be coated near the powder coating in object being treated W upper end and also might be stripped from the problem that this moment, even application can take place to carry out object being treated W.
After the suspension bracket of the powder coating of the first half 14a having been peeled off by blowning installation 40 14 along guide rail 10 further downstream side transport, in baking drying oven (not shown), object being treated W is toasted dry the processing.Thus, attached to the powder coating on the object being treated W because high-temperature hot-air and fusion forms on the surface of this object being treated W and films.
At this moment, attached to the powder coating on the latter half 14b hook-shaped in the suspension bracket 14 also fusion, on the surface of this latter half 14b, form and film.Therefore, carry out this application of several circulation after, make the latter half 14b from the first half 14a separation, change this latter half 14b.Then, utilize the bead injection apparatus only to carry out inject process to being laminated with the latter half 14b that films.If this inject process area that then becomes object reduces only to the inject process of hook-shaped the latter half 14b, therefore when being carried out inject process, whole suspension bracket 14 compares, can carry out the inject process of several times number once.
As mentioned above, powder coating application system and powder coating coating method according to present embodiment, by object being treated W is suspended on the suspension bracket 14, and to being suspended in the object being treated W spraying powder coating on this suspension bracket 14, thereby carry out the coating of this powder coating, afterwards, there is the suspension bracket 14 of the object being treated W that has applied powder coating to blow to suspention.Therefore, for to object being treated W spraying powder coating the time also attached to the unnecessary powder coating on the suspension bracket 14, can be by this suspension bracket 14 being blown and it being peeled off from this suspension bracket 14.Thereby, in the baking drying to object being treated W of operation is handled afterwards, when formation is filmed to object being treated W, can on suspension bracket 14, not form unnecessary filming, perhaps the unnecessary quantitative change of filming that forms on suspension bracket 14 gets considerably less.Thus, can improve and be formed on this suspension bracket 14 lip-deep unnecessary lift-off processing efficient of filming, improve the running rate of paint line and also boost productivity, can reduce the unnecessary expense that lift-off processing spent of filming that is formed on the suspension bracket 14 simultaneously.And, can also improve the organic efficiency of utilizing again that is used for powder coating.
In addition, because varnish coating device 20 carries out the coating of powder coating to object being treated W by electrostatic spraying, therefore also can carry out the coating of powder coating to part directly relative among the object being treated W, can apply powder coating to object being treated W with not omitting with varnish coating device 20.
In addition, suspension bracket 14 is by directly being fastened on the latter half 14b on the object being treated W and being arranged on the top of the latter half 14b and the first half 14a that can freely load and unload on this latter half 14b constitutes, and the first half 14a in 40 pairs of suspension brackets 14 of blowning installation blows.Therefore, when carrying out the air blowing of suspension bracket 14, near the powder coating in upper end that is coated in object being treated W can not peeled off, can carry out uniform application object being treated W by blowning installation 40.In addition, at this moment, in the baking drying of operation is handled afterwards, because attached to the powder coating fusion on the latter half 14b in the suspension bracket 14, on the surface of this latter half 14b, form and film, therefore after carrying out several application circulation, the latter half 14b is separated from the first half 14a, only this latter half 14b be carried out inject process.If this only to the inject process of the latter half 14b, then owing to become the inject process area of object and reduce, therefore when being carried out inject process, whole suspension bracket 14 compares, can carry out the inject process of several times number once.
In addition, the latter half 14b and the first half 14a are by helicitic texture (specifically in the suspension bracket 14, be arranged on the male screw portion 14d and the female threaded hole that is formed on the cover 14c of the upper end of the latter half 14b) combine, therefore the latter half 14b easily can be loaded and unloaded on the first half 14a, can easily carry out the replacing operation of the latter half 14b.
In addition, because suspension bracket 14 also has the cover 14c that covers above-mentioned helicitic texture, therefore can prevent that powder coating is coated on this helicitic texture when the spraying of powder coating.Thereby, can prevent on helicitic texture form film, the problem of the latter half 14b and the difficulty that becomes separating of the first half 14a.
In addition, the powder coating application system and the powder coating coating method of present embodiment are not limited to above-mentioned form, various changes in addition.For example, although understand to use suspension bracket 14 as being used to suspend in midair the situation of the suspention of object being treated W, but so long as can suspend the parts of object being treated W in midair, then can also use other parts as the suspention parts with parts.In addition, be used to make powder coating to be not limited to carry out the type of electrostatic spraying, can also use other kind attached to the varnish coating device on the object being treated W.
Claims (6)
1. powder coating application system that is used for object being treated coating powder coating, it is characterized in that it has: the suspention that is used to suspend in midair object being treated is with parts, by having applied the blowning installation that the described suspention of the object being treated of powder coating is blown with parts to being applied the varnish coating device of this powder coating by described suspention with the object being treated spraying powder coating of parts suspention and suspention being had by described varnish coating device.
2. the described powder coating application system of claim 1 is characterized in that described varnish coating device applies powder coating by electrostatic spraying to object being treated.
3. the described powder coating application system of claim 1, it is characterized in that, described suspention with parts by directly being fastened on the latter half on the described object being treated and being arranged on the top of described the latter half and the first half of freely loading and unloading on this latter half constitutes; Described blowning installation is blown with the first half in the parts to described suspention.
4. the described powder coating application system of claim 3 is characterized in that, with in the parts, the latter half and the first half combine by helicitic texture in described suspention.
5. the described powder coating application system of claim 4 is characterized in that, described suspention also further has the cover that covers described helicitic texture with parts.
6. powder coating coating method that is used for object being treated is carried out powder coating, it is characterized in that it has following operation: suspention with parts on the suspention object being treated operation, by operation to being applied the operation of this powder coating by described suspention with the object being treated spraying powder coating of parts suspentions and suspention being had the described suspention of the object being treated that has applied powder coating blow with parts.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006229162A JP2008049281A (en) | 2006-08-25 | 2006-08-25 | Powder coat deposition system and powder coat deposition method |
| JP229162/2006 | 2006-08-25 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101130183A CN101130183A (en) | 2008-02-27 |
| CN100509177C true CN100509177C (en) | 2009-07-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2007101468856A Expired - Fee Related CN100509177C (en) | 2006-08-25 | 2007-08-24 | Powder paint coating system and powder paint coating method |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2008049281A (en) |
| CN (1) | CN100509177C (en) |
Families Citing this family (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102240616A (en) * | 2010-05-13 | 2011-11-16 | 薛永波 | Spraying method capable of reducing running paint |
| CN102568726A (en) * | 2011-12-30 | 2012-07-11 | 南阳金牛电气有限公司 | Zinc oxide resistor aluminium spraying device and aluminium spray process thereof |
| CN102601015B (en) * | 2012-03-21 | 2015-04-15 | 浙江洁美电子科技股份有限公司 | Continuous production system used for anti-electrostatic spraying and method thereof |
| CN103372514A (en) * | 2012-04-25 | 2013-10-30 | 珠海格力电器股份有限公司 | Hanger for plastics spraying production and manufacturing method thereof |
| CN104707752B (en) * | 2013-12-12 | 2017-08-04 | 珠海格力电器股份有限公司 | Glue sprayer |
| JP6474631B2 (en) * | 2015-02-17 | 2019-02-27 | 東レエンジニアリング株式会社 | Electrospray equipment |
| CN105312175A (en) * | 2015-11-17 | 2016-02-10 | 宁海建新胶管有限公司 | Adhesive adding table |
| CN112958352B (en) * | 2021-04-25 | 2022-05-17 | 石家庄金博惠工具有限公司 | Base member protective layer coating system |
| KR102589446B1 (en) * | 2022-05-20 | 2023-10-17 | (주)제이와이 | Coating object transfer device of coating system capable of moving the location of the coating object |
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- 2007-08-24 CN CNB2007101468856A patent/CN100509177C/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5397394A (en) * | 1993-09-09 | 1995-03-14 | The Fishing Group | Powder coating booth |
| CN1448225A (en) * | 2002-03-27 | 2003-10-15 | 田漥工程股份有限公司 | Coating method and coating equipment applying the same method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101130183A (en) | 2008-02-27 |
| JP2008049281A (en) | 2008-03-06 |
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