CN205253464U - Three baskets turn to device and applied device's six basketball associations and move coating machine - Google Patents
Three baskets turn to device and applied device's six basketball associations and move coating machine Download PDFInfo
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- CN205253464U CN205253464U CN201521134145.7U CN201521134145U CN205253464U CN 205253464 U CN205253464 U CN 205253464U CN 201521134145 U CN201521134145 U CN 201521134145U CN 205253464 U CN205253464 U CN 205253464U
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Abstract
The utility model relates to a three baskets turn to device and applied device's six basketball associations and move coating machine, this three basket turn to the below binder frame that the device includes the mounting panel, connects 3 gear wheels in the three apex angle of this mounting panel department, gear wheel through the bearing, the center of mounting panel is run through and is set up a hollow rotation axis, the top outer wall fixed connection synchronizing wheel of this rotation axis, 3 the center pin that runs through in these rotation axis both ends is cup jointed to individual gear wheel setting in the rotation axis on the coplanar, the bottom fixed connection pinion of this center pin, this center pin is displacement from top to bottom in the rotation axis, the pinion with 3 individual gear wheel remains the meshing throughout to but making 3 gear wheel rotations 180, accomplishing the switching -over of material frame, the coating quality is improved in the work piece exchange position that coats to waiting of will gathering, coating machine moves in six basketball associations that adopt three above -mentioned baskets to turn to the device, uses the switching -over device to turn to the device with three baskets of symmetry setting and replaces the operation, accomplishes six basketball associations and moves, promotes coating efficiency by a wide margin.
Description
Technical field
The utility model relates to coating machine technical field, specifically a kind of three basket transfers and apply six baskets of this deviceInterlock coating machine.
Background technology
Comparatively advanced paint-on technique is to adopt automatic coating machine at present, and the workpiece that surface need be applied passes through feed mechanismPut into charging basket, then charging basket is placed in immersion trough workpiece is carried out to dip-coating, under motor drives, coating machine High Rotation Speed will be coated withMaterial is attached to the workpiece being coated with equably, and unnecessary water or liquid substance are dried fast and effectively, owing to being automatically coated with overgrowthProduce line and can increase substantially production efficiency, therefore be used widely in coating field. But on coating line, because charging basket is putWhen putting and shifting out coating machine, charging basket need to be connected with coating machine and remove, and material frame is in the time of High Rotation Speed, due to centrifugal forceAct on, the workpiece in material frame gathers to material frame inwall one side, causes non-uniform mass in material frame, easily causes equipment eventBarrier affects coating quality simultaneously.
Provide a kind of simple in structure, respectively expect frame can auto-steering, prevent the coating machine that workpiece gathers, efficiency is higher, be thisThose skilled in the art's technical issues that need to address.
Utility model content
Technical problem to be solved in the utility model be to provide a kind of simple in structure, respectively expect frame can auto-steering, efficiencyThree higher basket transfers and apply the moving coating machine of six basketball associations of this device.
In order to address the above problem, the utility model provides a kind of three basket transfers, comprises that being equilateral triangle establishesThe installing plate of putting, is connected to 3 gear wheels at these three drift angle places of installing plate, the below binder frame of gear wheel by bearing;The rotating shaft that a hollow is set is run through at the center of described installing plate, and middle part outer wall and the installing plate of this rotating shaft are fixedly linked, shouldThe top outer wall of rotating shaft is fixedly connected with synchronizing wheel, drives synchronizing wheel, drives 3 gear wheels and material frame to revolve round the sun; Described 3Gear wheel setting at grade, is socketed with the central shaft through this rotating shaft terminal, this central shaft in described rotating shaftBottom be fixedly connected with one with described 3 pinions that gear wheel engages simultaneously, this pinion forms in described 3 gear wheelsThe center of plane; This central shaft can upper and lower displacement in rotating shaft, when described central shaft upper and lower displacement, described pinion withDescribed 3 gear wheels remain engagement.
The bottom of described rotating shaft is provided with semi-circular concave station; The top of described pinion is provided with the semi-ring with rotating shaft bottomThe semi-circular boss that shape concave station matches, semi-circular boss and the rotating shaft bottom of described central shaft this pinion during to top offsetThe clamping of semi-circular concave station coordinate, for driving described pinion to synchronize and be rotated with rotating shaft, so that 3 gear wheels are followedWhen installing plate is rotated around rotating shaft, between 3 gear wheels, keep relatively static, in locking state, cannot rotation. ShouldCentral shaft is during to bottom offset, and the semi-circular boss of pinion departs from the semi-circular concave station of rotating shaft bottom, described synchronizing wheel upperSide is provided with arrangement of clutch, and the top of described central shaft is located in this arrangement of clutch, and described central shaft departs from behind rotating shaft bottomUnder arrangement of clutch effect, keep static, the pinion of pinning center axle below, described rotating shaft keeps rotation status, 3 canine toothsWheel is under the drive of rotating shaft, and the still state in rotating, because therefore pinion and 3 gear wheels are still in engagement,Each gear wheel produces the rotation contrary with rotating shaft direction of rotation, realize the rotation commutation of each gear wheel, can complete and expect frameTurn to.
Further, be fixedly installed lower friction plate in described arrangement of clutch, the top outer wall of central shaft is fixedly connected with and instituteState the upper friction plate that lower friction plate matches, this central shaft is during to bottom offset, at the bottom of the semi-circular boss of pinion departs from rotating shaftThe semi-circular concave station of end, simultaneously because upper friction plate contacts with lower friction plate, central shaft is subject to frictional resistance and stops the rotation, little toothWheel remains static.
Further, the top inwall of described rotating shaft is provided with spring groove, in this spring groove, is provided with back-moving spring, this reset bulletSpring is set on central shaft, described central shaft compression reseting spring during to bottom offset, and when the downforce that this central shaft bears disappears,Described back-moving spring resets, and drives central shaft to top offset, the semi-circular boss of pinion again with the semi-ring of rotating shaft bottomThe clamping of shape concave station coordinates, and pinion is again synchronizeed and is rotated with rotating shaft.
Further, the top of described central shaft is provided with the push rod that can slide up and down, and described push rod upper end is fixedly connected with and presses downPlate, external pressure is delivered to push rod by lower platen, for driving central shaft to bottom offset.
Further, the edge of each gear wheel is provided with limited block, and centre position, the each edge of triangular mounting plate is all arranged with 2Individual limited post, the end face of each limited post coordinates with the limited block of corresponding drift angle place gear wheel respectively, and same spacing for limitingThe end face of the adjacent limited post of piece is located on same straight line, is 180 ° by the rotation travel limits of gear wheel.
The method of work of above-mentioned three basket transfers, comprises the steps:
A, the material frame that workpiece to be coated is housed is arranged on to gear wheel below, and on the limited block of gear wheel and installing plateThe end face of limited post contacts; The semi-circular boss of pinion coordinates with the semi-circular concave station clamping of rotating shaft bottom; Outside startupConnect buncher and drive synchronizing wheel driven rotary axle to carry out High Rotation Speed with the first rotating speed of presetting, now 3 gear wheels are synchronousRevolve round the sun, and between pinion and gear wheel, keep relative static, each gear wheel is in locking state;
B, this three baskets transfer High Rotation Speed, to Preset Time, regulate buncher rotating speed to turn to default secondSpeed, makes synchronizing wheel and rotating shaft low speed rotation, under the external cylinder that starts lower platen top is exerted pressure to lower platen and passed throughPressing plate is delivered to push rod, drives central shaft to bottom offset, and now the semi-circular boss of pinion departs from the semi-ring of rotating shaft bottomShape concave station, the upper friction plate of central shaft top outer wall contacts with the lower friction plate being fixedly installed, and central shaft is subject to frictional resistance and stopsOnly rotation, pinion remains static; 3 gear wheels are under the drive of rotating shaft low speed rotation, still in synchronous revolutionState, simultaneously due to pinion with 3 gear wheels still in engagement and pinion transfixion, each gear wheel produces and revolvesThe rotation that rotating shaft direction of rotation is contrary; In the rotation process of gear wheel, the limited block of gear wheel opens the beginning from installing plate graduallyThe limited post end face of side, to the limited post end face displacement of installing plate adjacent side;
After 180 ° of C, gear wheel rotation, the end face of the limited post of limited block contact installing plate adjacent side, now lower platenThe external cylinder of top is regained, and the external pressure of lower platen is disappeared, and back-moving spring resets and drives central shaft to top offset, littleThe semi-circular boss of gear coordinates with the semi-circular concave station clamping of rotating shaft bottom again, and each gear wheel is again in locking shapeState, regulates buncher rotating speed, carries out High Rotation Speed with the first rotating speed of presetting.
Further, described the first rotating speed is 60 revs/min to 450 revs/min, is convenient to workpiece effectively to apply; InstituteState the second rotating speed for being no more than 20 revs/min, prevent that rotating speed is too fast, frictional force deficiency between friction plate causes pinion to followTurn, gear wheel cannot carry out rotation commutation.
Described material frame is during with gear wheel static and synchronous rotary relative to pinion, due to the effect of centrifugal force, in material frameWorkpiece to be coated to relatively the gathering away from a side of central shaft of each material frame, cause non-uniform mass in material frame, impactCoating quality; After each gear wheel rotation commutation, what former workpiece to be coated gathered relatively becomes relatively and leans on away from a side of central shaftOne side of nearly central shaft, completes after commutation, and synchronous rotary is respectively expected frame again, the workpiece to be coated gathering again to relatively away fromOne lateral movement of axle, in motion process, when having increased the contact area applying, workpiece produces and turns in moving processTurn, can effectively improve coating quality. The moving coating machine of a kind of six basketball associations, the moving coating machine of described six basketball associations comprises that above-mentioned three baskets turn toDevice, also comprises device framework, movably soaks hopper, reversing arrangement, and described reversing arrangement comprises with described device frameworkThe overarm that top is flexibly connected and the reversing motor that drives overarm to turn to, the two ends of described overarm are respectively equipped with three baskets and turn to dressPut, described in soak hopper liftable and be located at one end in device framework, when use, one group of three basket transfer is in the described hopper that soaksTop, another organizes the relative other end of three basket transfers in device framework.
The moving coating machine of described six basketball associations is also provided with feeding device and blanking device, for six basket coating machines are carried out material loading andBlanking.
Further, the both sides that the correspondence of described device framework is soaked hopper relevant position are provided with upright slide rail, described in soak hopperBe slidably matched with upright slide rail, soak hopper for control and vertically move in device framework.
Further, described two group of three basket transfer is symmetrical arranged, and the synchronizing wheel of three basket transfers is by two speed governing electricityMachine drives respectively, and in the time expecting frames in dip-coating operation for 3, other 3 material frames, in discharging or charging work, promote coating efficiency, subtractFew stand-by period, prompting efficiency.
The technique effect of utility model: (1) three basket transfers of the present utility model, are arranged on by arrangement of clutch controlThe pinion of 3 gear wheel centers, so that 3 gear wheels can rotation 180 °, by the workpiece switch to be coated gathering,Workpiece produces upset in subsequent movement process, increases the contact area applying, and can effectively improve coating quality; (2) adoptThe moving coating machine of six basketball associations of above-mentioned three basket transfers, uses reversing arrangement to replace symmetrically arranged three basket transfersOperation, completes six basketball associations and moves, and when significantly promoting coating efficiency, has reduced consumption, saves the energy.
Brief description of the drawings
Below in conjunction with Figure of description, the utility model is described in further detail:
Fig. 1 is the perspective view of the moving coating machine of the utility model six basketball associations;
Fig. 2 is the front view of the moving coating machine of the utility model six basketball associations;
Fig. 3 is the perspective view of three basket transfers of the present utility model;
Fig. 4 is the front view of three basket transfers of the present utility model;
Fig. 5 is the top view of three basket transfers of the present utility model;
Fig. 6 is that the A-A of Fig. 3 is to cutaway view;
Fig. 7 is the partial enlarged drawing in B region in Fig. 6;
Fig. 8 is reversing arrangement schematic diagram of the present utility model.
In figure: device framework 1, charging basket 2, soaks hopper 3, feeding device 4, blanking device 5, three basket transfers 6, commutation dressPut 7;
Horizontal stand 11, upright slide rail 12;
Installing plate 600, lower platen 601, arrangement of clutch 602, fixed head 603, synchronizing wheel 604, gear wheel 605, pinion606, charging basket connecting plate 607, limited block 608, limited post 609, boss 610, rotating shaft 611, central shaft 612, upper friction plate613, lower friction plate 614, back-moving spring 615, push rod 616;
Reversing motor 71, overarm 72.
Detailed description of the invention
Embodiment 1 as shown in Figures 3 to 5, the three basket transfers of the present embodiment, comprise be equilateral triangle arrangeInstalling plate 600, is connected to 3 gear wheels 605 at these 600 3 drift angle places of installing plate by bearing, the below of gear wheel 605 is solidSurely connect charging basket connecting plate 607, material frame 2 is flexibly connected with charging basket connecting plate 607, is convenient to material frame 2 to load and unload; Installing plate600 runs through at center the rotating shaft 611 that a hollow is set, and middle part outer wall and the installing plate 600 of this rotating shaft 611 are fixedly linked,The top outer wall of this rotating shaft 611 is fixedly connected with synchronizing wheel 604, uses external buncher and belt pulley to drive synchronizing wheel 604Rotation, can drive 3 gear wheels 605 and material frame 2 to revolve round the sun; 3 gear wheels 605 arrange at grade, rotating shaftIn 611, be socketed with through the central shaft 612 at these rotating shaft 611 two ends, the bottom of this central shaft 612 is fixedly connected with a little toothWheel 606, the center of the plane that this pinion 606 forms in 3 gear wheels 605, this central shaft 612 is in rotating shaft 611Can upper and lower displacement, when central shaft 612 carries out upper and lower displacement, pinion 606 remains and engages with 3 gear wheels 605.
As shown in Figure 6, the bottom of rotating shaft 611 is provided with semi-circular concave station; The top of pinion 606 is provided with and rotating shaftThe semi-circular boss 610 that the semi-circular concave station of 611 bottoms matches, the semi-ring of central shaft 612 this pinion 606 during to top offsetShape boss 610 coordinates with the semi-circular concave station clamping of rotating shaft 611 bottoms, when rotating shaft 611 rotates, can drive pinion 606 withRotating shaft 611 is synchronously rotated, so that 3 gear wheels 605 are followed installing plate 600 while being rotated around rotating shaft 611,3Between individual gear wheel 605 in locking state, cannot rotation.
As shown in Figure 7, the top of synchronizing wheel 604 is provided with arrangement of clutch 602, and this clutch dress is located on the top of central shaft 612Put in 602, the top of central shaft 612 is provided with the push rod 616 that can slide up and down along arrangement of clutch, and push rod 616 upper ends are fixedly connected withLower platen 601, uses external cylinder lower platen 601 is exerted pressure and be delivered to push rod 616 by lower platen 601, for drivingMoving central shaft 612 is to bottom offset; In arrangement of clutch 602, be fixedly installed friction plate 614 under plate-like, the top outer wall of central shaft 612Be fixedly connected with the upper friction plate 613 matching with lower friction plate, this central shaft 612 is during to bottom offset, upper friction plate 613 with underFriction plate 614 contacts, and central shaft 612 is subject to frictional resistance and stops the rotation, and pinion 606 remains static.
The top inwall of rotating shaft 611 is provided with spring groove, is provided with back-moving spring 615 in this spring groove, this back-moving spring 615Be set on central shaft 612, when the push rod 616 on central shaft 612 tops does not bear external pressure, the reset bullet in central shaft 612In the raw, the semi-circular boss 610 of pinion 606 coordinates with the semi-circular concave station clamping of rotating shaft 611 bottoms spring; Push awayWhen bar 616 bears external pressure, central shaft 612 is to bottom offset, and the catch on central shaft 612 relevant positions is multiple to lower compressionPosition spring 615, when the external pressure bearing when push rod 616 disappears, back-moving spring 615 resets and drives central shafts 612 to top offset,The semi-circular boss 610 of pinion 606 coordinates with the semi-circular concave station clamping of rotating shaft 611 bottoms again.
As shown in Figure 3, the edge of each gear wheel 605 is provided with a limited block 608, centre position, the each edge of triangular mounting plateBe provided with lug boss, the bilateral symmetry of this lug boss is provided with 2 limited posts 609, the end face of each limited post 609 respectively with corresponding drift angleThe limited block 608 of place's gear wheel 605 coordinates, and for limiting the end face place of two adjacent limited posts 609 of same limited block 608On same straight line, it is 180 ° by the rotation travel limits of gear wheel 605.
The method of work of above-mentioned three basket transfers, comprises the steps:
A, the material frame 2 that workpiece to be coated is housed is arranged on to gear wheel 605 belows, and the limited block 608 of gear wheel 605 withThe end face of the limited post 609 on installing plate 600 contacts, the semi-circular boss 610 of pinion and the semi-ring of rotating shaft 611 bottomsThe clamping of shape concave station coordinates; Start external buncher drive synchronizing wheel 604 driven rotary axle 611 High Rotation Speeds (for example 450 turn/Minute), now 3 gear wheels 605 synchronously revolve round the sun, and between pinion 606 and gear wheel 605, keep relative static, eachGear wheel 605 is in locking state; The workpiece of material in frame 2 be due to the effect of centrifugal force, accumulate in each material frame 2 relatively away fromOne side of axle 612, affects workpiece coating quality.
B, this three baskets transfer rotate to Preset Time, regulate buncher rotating speed, make synchronizing wheel 604 and rotating shaft611 low speed rotation (for example 4 revs/min), the external cylinder that starts lower platen 601 tops is exerted pressure and leads to lower platen 601Cross lower platen 601 and be delivered to push rod 616, drive central shaft 612 to bottom offset, now the semi-circular boss 610 of pinion 606 is de-From the semi-circular concave station of rotating shaft 611 bottoms, the upper friction plate 613 of central shaft 612 top outer walls and the lower friction being fixedly installedSheet 614 contacts, and central shaft 612 is subject to frictional resistance and stops the rotation, and pinion 606 remains static; 3 gear wheels are in rotationUnder the drive of axle 611 low speed rotation, the still state in synchronous revolution, simultaneously due to 606 and 3 gear wheels 605 of pinion stillIn engagement and pinion 606 transfixions, each gear wheel 605 produces the rotation contrary with rotating shaft 611 direction of rotation;In the rotation process of gear wheel 605, the limited block 608 of gear wheel 605 leaves the limited post of installing plate 600 initial sides gradually609 end faces, to the limited post 609 end face displacements of installing plate 600 adjacent side;
After 180 ° of C, gear wheel 605 rotation, limited block 608 contacts the top of the limited post 609 of installing plate 600 adjacent sideFace, now the external cylinder of lower platen 601 tops is regained, and the external pressure of lower platen 601 is disappeared, and back-moving spring 615 resetsAnd driving central shaft 612 to top offset, the semi-circular boss 610 of pinion 606 is again recessed with the semi-circular of rotating shaft 611 bottomsDecometer connects cooperation, and each gear wheel 606, again in locking state, regulates buncher rotating speed, carries out High Rotation Speed, continues completeBecome the material frame of commutation to be rotated.
By the cooperation of gear wheel 605 and pinion 606 gear ratios, can guarantee gear wheel Rotate 180 ° time, rotating shaft611 rotation integer multiples (i.e. 360 ° or 720 ° or 1080 ° etc.), so that pinion 606 is during to top offset, the semi-ring of pinion 606Shape boss 610 completes clamping with the semi-circular concave station of rotating shaft 611 bottoms and coordinates.
As depicted in figs. 1 and 2, a kind of moving coating machine of six basketball associations of applying above-mentioned three basket transfers 6, also comprises equipment frameFrame 1, movably soak hopper 3, reversing arrangement 7, feeding device 4 and blanking device 5, establish the both sides of device framework 1 relevant positionThere is upright slide rail 11, soak hopper 3 and be slidably matched with upright slide rail 11, soak hopper 3 for control vertically square on the interior edge of device framework 1To movement.
As shown in Figure 8, reversing arrangement 7 comprises overarm 72 Hes that are flexibly connected with the horizontal stand 11 on device framework 1 topThe reversing motor 71 that drives overarm to turn to, the two ends of overarm connect 6, two group three of three basket transfer by fixed head 603 respectivelyBasket transfer 6 is symmetrical arranged, and the synchronizing wheel 604 of three basket transfers is driven respectively by two motors, when 3 material frames 2 are soakingWhile being coated with operation, other 3 material frames 2, in discharging or charging work, promote coating efficiency, reduce the stand-by period, prompting efficiency.
Obviously, above-described embodiment is only for the utility model example is clearly described, and is not to this realityWith the restriction of novel embodiment. For those of ordinary skill in the field, also can on the basis of the above descriptionTo make other changes in different forms. Here without also giving exhaustive to all embodiments. And theseBelong to apparent variation that spirit of the present utility model extended out or variation still in protection domain of the present utility modelAmong.
Claims (8)
1. three basket transfers, is characterized in that, comprising: be the installing plate (600) that equilateral triangle arranges, pass through bearingBe connected to 3 gear wheels (605) at these (600) three drift angle places of installing plate, the below binder frame (2) of gear wheel (605); InstituteThe rotating shaft (611) that a hollow is set is run through at the center of stating installing plate (600), the fixing company of top outer wall of this rotating shaft (611)Connect synchronizing wheel (604);
Described 3 gear wheels (605) arrange at grade, and described rotating shaft is socketed with through this rotating shaft in (611)(611) central shaft at two ends (612), the bottom of this central shaft (612) be fixedly connected with one with described 3 gear wheels (605) simultaneouslyThe pinion (606) of engagement, the center of the plane that this pinion (606) forms in described 3 gear wheels (605); In thisAxle (612) can upper and lower displacement in rotating shaft (611), when described central shaft (612) upper and lower displacement, and described pinion (606)Remain and engage with described 3 gear wheels (605);
The bottom of described rotating shaft (611) is provided with semi-circular concave station; The top of described pinion (606) is provided with and rotating shaft(611) the semi-circular boss (610) that the semi-circular concave station of bottom matches, described central shaft (612) this little tooth during to top offsetThe semi-circular boss (610) of wheel (606) coordinates with the semi-circular concave station clamping of rotating shaft (611) bottom; This central shaft (612) toWhen bottom offset, the semi-circular boss (610) of pinion (606) departs from the semi-circular concave station of rotating shaft (611) bottom, described synchronousThe top of wheel (604) is provided with arrangement of clutch (602), and the top of described central shaft (612) is located in this arrangement of clutch (602), instituteState after central shaft (612) departs from rotating shaft (611) bottom and keep static under arrangement of clutch (602) effect, under pinning center axleThe pinion (606) of side.
2. three basket transfers according to claim 1, is characterized in that, described arrangement of clutch is fixedly installed in (602)Lower friction plate (614), the top outer wall of central shaft (612) be fixedly connected with match with described lower friction plate (614) on rubPad (613), described central shaft is during to bottom offset, and described upper friction plate (613), lower friction plate (614) cooperatively interacts so that instituteState central shaft (612) and keep static.
3. three basket transfers according to claim 2, is characterized in that, the top inwall of described rotating shaft (611) is establishedHave spring groove, be provided with back-moving spring (615) in this spring groove, it is upper that this back-moving spring (615) is set in central shaft (612), described inCentral shaft (612) is compression reseting spring (615) during to bottom offset.
4. three basket transfers according to claim 3, is characterized in that, the top of described central shaft (612) is provided with canThe push rod (616) sliding up and down, described push rod (616) upper end is fixedly connected with lower platen (601).
5. three basket transfers according to claim 4, is characterized in that, the edge of described gear wheel (605) is provided with limitPosition piece (608), centre position, the each edge of triangular mounting plate (600) is all arranged with 2 limited posts (609), each limited post(609) end face coordinates with the limited block (608) of corresponding drift angle place gear wheel (605) respectively, and for limiting same limited block(608) end face of adjacent limited post (609) is located on same straight line.
6. the moving coating machine of six basketball associations of applying three described basket transfers of one of the claims 1-5, its feature existsIn, also comprising device framework (1), movably soak hopper (3), reversing arrangement (7), described reversing arrangement (7) comprises with describedThe overarm (72) that the top of device framework (1) is flexibly connected and the reversing motor (71) that drives overarm to turn to, described overarm (72)Two ends be respectively equipped with three basket transfers (6), described in soak hopper (3) liftable and be located at the interior one end of device framework (1), when useOne group of three basket transfer (6) is in described top of soaking hopper (3), and another organizes three basket transfers (6) in device framework(1) the relative other end in.
7. the moving coating machine of six basketball associations according to claim 6, is characterized in that, the correspondence of described device framework (1) is soaked materialThe both sides of the relevant position of groove (3) are provided with upright slide rail (12), described in soak hopper (3) and upright slide rail (12) and be slidably matched.
8. the moving coating machine of six basketball associations according to claim 6, is characterized in that, described two group of three basket transfer (6) is rightClaim to arrange, the synchronizing wheel (604) of three basket transfers (6) is driven respectively by two bunchers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521134145.7U CN205253464U (en) | 2015-12-30 | 2015-12-30 | Three baskets turn to device and applied device's six basketball associations and move coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521134145.7U CN205253464U (en) | 2015-12-30 | 2015-12-30 | Three baskets turn to device and applied device's six basketball associations and move coating machine |
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| Publication Number | Publication Date |
|---|---|
| CN205253464U true CN205253464U (en) | 2016-05-25 |
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| CN201521134145.7U Active CN205253464U (en) | 2015-12-30 | 2015-12-30 | Three baskets turn to device and applied device's six basketball associations and move coating machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106925485A (en) * | 2015-12-30 | 2017-07-07 | 黄翔鸥 | Three basket transfers and the dynamic coating machine of six basketball associations using the device |
| WO2018049830A1 (en) * | 2016-09-14 | 2018-03-22 | 常州君合科技股份有限公司 | Transmission device for coating machine having multiple workpiece baskets |
| CN108621049A (en) * | 2017-03-17 | 2018-10-09 | 万润科技股份有限公司 | Workpiece clamping device |
-
2015
- 2015-12-30 CN CN201521134145.7U patent/CN205253464U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106925485A (en) * | 2015-12-30 | 2017-07-07 | 黄翔鸥 | Three basket transfers and the dynamic coating machine of six basketball associations using the device |
| CN106925485B (en) * | 2015-12-30 | 2019-08-23 | 黄翔鸥 | Coating machine moves in six basketball associations of three basket transfers and the application device |
| WO2018049830A1 (en) * | 2016-09-14 | 2018-03-22 | 常州君合科技股份有限公司 | Transmission device for coating machine having multiple workpiece baskets |
| CN108621049A (en) * | 2017-03-17 | 2018-10-09 | 万润科技股份有限公司 | Workpiece clamping device |
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