CN204261881U - A kind of close plate glue filling device - Google Patents
A kind of close plate glue filling device Download PDFInfo
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- CN204261881U CN204261881U CN201420492086.XU CN201420492086U CN204261881U CN 204261881 U CN204261881 U CN 204261881U CN 201420492086 U CN201420492086 U CN 201420492086U CN 204261881 U CN204261881 U CN 204261881U
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Abstract
The utility model discloses a kind of close plate glue filling device, for close plate injecting glue, wherein, comprising: left/right material grabbing mechanism, described left/right material grabbing mechanism is fixedly installed on support; Close plate connecting gear, described close plate connecting gear is fixedly installed on support, and described close plate connecting gear comprises transmission supporting plate, and described transmission supporting plate is provided with positioner, and described close plate is placed on described positioner; Gum-filling mechanism, described gum-filling mechanism is fixedly installed on support, and between left material grabbing mechanism and right material grabbing mechanism, described gum-filling mechanism comprises glue injecting head, upper material jacking mechanism and bottom knockout mechanism.The utility model production efficiency is high, automaticity is high, can reduce labor strength, steady quality, can to the close plate injecting glue of different size.
Description
Technical field
The utility model relates to a kind of glue filling device, is specifically related to a kind of close plate glue filling device.
Background technology
Along with the progress of science and technology, cleaner use amount is increasing year by year, cleaner is mainly divided into air filter, oil filter and fuel filter, along with the development of auto industry, the consumption of cleaner is more and more large, a usual cleaner comprises at least two end covers, end cover is generally called close plate, filter core is when producing, injecting glue must be carried out to the close plate at two ends, in order to avoid affect subsequent production and quality, at present mostly manual operations is to the processing mode that close plate carries out injecting glue, manual mode operation is wasted time and energy, and efficiency is very low, the impact being subject to personnel's mood is very large, quality is difficult to ensure in addition, especially along with the increase of cost of labor, produce generation to enterprise and carry out very large cost pressure.
Chinese patent CN201120199740.4 discloses a kind of automatic glue injection apparatus of filter core end cap, include rotating disk, the edge ring of the rotating disk Pan Yiquan that rotates is uniformly distributed and is provided with multiple supporting seat, there is projection the centre of supporting seat, glue filling device is had above rotating disk, injecting glue water dropper on glue filling device faces the supporting seat position on rotating disk, and glue filling device is connected with glue bucket by suction pipe.The edge of described rotating disk is provided with a downward-sloping blanking plate, and the spacing between described blanking plate and rotating disk is just in time the height of supporting seat.
Although above-mentioned patent have employed multiple-station turntable type semiautomation operation, close plate only need be put on the station in face of each forwarding to by workman, rotating disk will rotate to an angle below glue injecting head and carry out injecting glue, automatic blanking after injecting glue completes, but when close plate is laid, the speed that workman lays must be coordinated with machine, this also just means machine or workman, and one of them needs the speed of production of reduction itself or improves speed of production, on the one hand, if catch up with the output of machine, need the material loading speed increasing workman undoubtedly, thus the labour intensity of workman is added, on the other hand, if performed according to the installation rate of workman, then need to slow down machine itself speed of production, cause very large waste like this, at Vehicles Collected from Market, under cost pressure, the quick production problem of man-machine coordination is badly in need of solving.
In sum, be badly in need of at present that a kind of production efficiency is high, automaticity is high, labor strength can be reduced, stay-in-grade close plate glue filling device.
Utility model content
The utility model, for the problems referred to above, provides that a kind of production efficiency is high, automaticity is high, can reduce labor strength, steady quality, can enter the close plate glue filling device of injecting glue to the close plate of different size.
The technical scheme in the invention for solving the above technical problem is: a kind of close plate glue filling device, for close plate injecting glue, wherein, comprising: support; Left/right material grabbing mechanism, described left/right material grabbing mechanism is fixedly installed on support; Close plate connecting gear, described close plate connecting gear is fixedly installed on support, and described close plate connecting gear comprises transmission supporting plate, and described transmission supporting plate is provided with positioner, and described close plate is placed on described positioner; Gum-filling mechanism, described gum-filling mechanism is fixedly installed on support, and between left material grabbing mechanism and right material grabbing mechanism, described gum-filling mechanism comprises glue injecting head, upper material jacking mechanism and bottom knockout mechanism, described glue injecting head is movably arranged on material jacking mechanism, described upper material jacking mechanism is fixedly installed on upper part of the frame, and described bottom knockout mechanism is fixedly installed on support side, and is positioned at below material jacking mechanism.
Further, described positioner comprises left positioner and right positioner, described transmission supporting plate is also provided with groove, described left positioner comprises left through hole and several spacers, described right positioner comprises right through hole and several spacers, described left through hole is connected with groove one end, and described right through hole is connected with the groove other end.
Further, described close plate connecting gear also comprises transmission slide block and transmits cylinder, and described transmission cylinder is fixedly installed on support side, and described transmission slide block is connected to and transmits cylinder one end.
Further, described transmission supporting plate is fixedly installed on and transmits on slide block.
Further, described upper material jacking mechanism comprises material ejection cylinder and upper ejection block, and described upper material ejection cylinder is fixedly installed on support, and described upper ejection block is connected to material ejection cylinder one end.
Further, described bottom knockout mechanism comprises bottom knockout cylinder and motor top board, described bottom knockout cylinder is fixedly installed on support side, described motor top board is fixedly installed on bottom knockout cylinder one end, described motor top board is fixed with injecting glue motor, described injecting glue motor shaft is fixed with bottom knockout block.
Further, described left/right material grabbing mechanism is positioned at the top of close plate connecting gear, described left/right material grabbing mechanism comprises material grasping cylinder, material grasping fixes bucket and magnet, described material grasping cylinder is fixedly installed on support, described material grasping is fixed bucket and is fixedly installed on support, and described magnet is connected to material grasping cylinder one end.
Further, also comprise feed mechanism, described feed mechanism is fixedly installed on support, described feed mechanism comprises and turns to positioning disk, material lift motor and material lift screw mandrel, described in turn to positioning disk to can be rotatably set on support, described in turn on positioning disk and be fixed with storing bar, the described positioning disk one end that turns to is provided with tooth sector, described material lift motor is fixedly installed on support, and described material lift screw mandrel one end is connected on material lift motor shaft, and described material lift screw mandrel is provided with material lift plate.
Further, described storing bar is rotatable moves to below left material grabbing mechanism.
Further, also comprise dryer, described dryer is positioned at support side, and described dryer comprises dryer frame and drying channel, and described drying channel is arranged in dryer frame, and the conveyer belt of described dryer extends to right material grabbing mechanism bottom.
The utility model has the advantages that:
1. the utility model drives material lift screw mandrel to drive material lift plate to move up and down by material lift motor, when material lift plate moves up, the close plate be set on storing bar is sent to below left material grabbing mechanism, and left material grabbing mechanism captures close plate and is placed on and transmits on the positioner that is provided with of supporting plate, as long as close sleeve-board is manually located on storing bar by this process, such structure is simple, reduce artificial participation, save labour, reduce labor strength, automaticity is high, and production efficiency is high;
2., in the utility model, close plate connecting gear will treat that the close plate of injecting glue is delivered between upper material jacking mechanism and bottom knockout mechanism, upper material jacking mechanism and the close plate of bottom knockout gear grips, injecting glue motor drives close plate to rotate and realizes injecting glue, and this action completes all automatically, does not need workman to participate in, each structure is simple, workman does not participate in injecting glue, reduces labor strength, and injecting glue motor drives, automaticity is high, production efficiency is high, and injecting glue amount is uniform and stable, and quality is guaranteed;
3. while injecting glue, close plate connecting gear moves to left to left material grabbing mechanism, left material grabbing mechanism will treat that the close plate of injecting glue is placed on left positioner, right positioner moves to just below the close plate of injecting glue, after injecting glue is complete, the close plate of injecting glue drops in right positioner, close plate connecting gear moves to right, treat that the close plate of injecting glue is sent between material jacking mechanism and bottom knockout mechanism and carry out injecting glue, close plate after injecting glue is moved to right to right material grabbing mechanism, right material grabbing mechanism captures close plate, close plate connecting gear again moves to left and carries out further work, close plate now on right material grabbing mechanism drops down onto on the conveyer belt of dryer, close plate is delivered to drying channel and dries by conveyer belt, above structure is simple, each action completes automatically, not workman's Attended Operation, injecting glue operation and loading and unloading operation are carried out simultaneously, save time, production efficiency is high, automaticity is high, can to the close plate injecting glue of different size,
4., when carrying out injecting glue to the close plate of different size, only need to adjust positioner, the utility model meets the injecting glue of the close plate of different size, and adjustment is simple.
Except object described above, feature and advantage, the utility model also has other object, feature and advantage.Below with reference to figure, the utility model is described in further detail.
Accompanying drawing explanation
Forming the part of this description, showing preferred embodiment of the present utility model for understanding accompanying drawing of the present utility model further, and be used for principle of the present utility model is described together with description.
Fig. 1 is perspective view of the present utility model;
Fig. 2 is sectional perspective structural representation of the present utility model;
Fig. 3 is the front view of Fig. 2;
Fig. 4 is the right view of Fig. 3;
Fig. 5 is the perspective view of feed mechanism of the present utility model;
Fig. 6 is the left view of feed mechanism of the present utility model;
Fig. 7 is the perspective view of close plate connecting gear of the present utility model;
Fig. 8 is the perspective view of left/right material grabbing mechanism of the present utility model;
Fig. 9 is the perspective view of gum-filling mechanism of the present utility model; And
Figure 10 is the perspective view of bottom knockout mechanism of the present utility model.
Wherein, Reference numeral:
100 is support, 200 is feed mechanism, 201 is bogie, 202 for turning to cylinder, 203 is steering rack, 204 is tooth sector, 205 for turning to positioning disk, 206 for turning to positioning cylinder, 207 is material storage dish, 208 is material lift breach, 209 is storing bar, 210 is centering cone head, 211 is material lift motor plate, 212 is material lift motor, 213 is material lift screw mandrel, 214 is material lift slide rail, 215 is material lift plate, 300 is close plate connecting gear, 301 is conveyer frames, 302 for transmitting slide rail, 303 for transmitting slide block, 304 for transmitting cylinder, 305 for transmitting fixed head, 306 for transmitting supporting plate, 307 is spacer, 308 is groove, 309 is left through hole, 310 is right through hole, 311 is left positioner, 312 is right positioner, 400 is left/right material grabbing mechanism, 401 is material grasping installing plate, 402 is material grasping cylinder, 403 fix bucket for material grasping, 404 is magnet, 405 is block, 406 is block groove, 500 is gum-filling mechanism, 501 is injecting glue fixed head, 502 is upper material ejection cylinder, 503 is upper liftout slide rail, 504 is upper ejection block mount pad, 505 is upper ejection block, 506 is injecting glue support, 507 is glue injecting head, 510 is upper material jacking mechanism, 700 is bottom knockout mechanism, 701 is bottom knockout fixed head, 702 is support bar, 703 is bottom knockout cylinder mounting plate, 704 is bottom knockout cylinder, 705 is motor top board, 706 is motor slide rail, 707 is motor sliding sleeve, 708 is motor mounting plate, 709 is injecting glue motor, 710 is bottom knockout block, 800 is dryer, 801 is dryer frame, 802 is drying channel, 900 is close plate.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but the multitude of different ways that the utility model can be defined by the claims and cover is implemented.
Referring to figs. 1 to Figure 10, the close plate glue filling device of one as shown in Figures 1 to 4, this close plate glue filling device is used for close plate 900 injecting glue.This close plate glue filling device comprises support 100, feed mechanism 200, close plate connecting gear 300, left/right material grabbing mechanism 400, gum-filling mechanism 500 and dryer 800, feed mechanism 200 is fixedly installed on support 100, close plate connecting gear 300 is fixedly installed on support 100, left/right material grabbing mechanism 400 is fixedly installed on support 100, gum-filling mechanism 500 is fixedly installed on support 100, and between left material grabbing mechanism 400 and right material grabbing mechanism 400, dryer 800 is positioned at support 100 side.
As shown in Figure 5, feed mechanism 200 comprises and turns to positioning disk 205, material lift motor 212 and material lift screw mandrel 213, positioning disk 205 is turned to can be rotatably set on support 100, turn on positioning disk 205 and be fixed with storing bar 209, storing bar 209 one end is provided with centering cone head 210, when close plate 900 is through centering cone head 210, centering cone head 210 plays correcting certralizing ability to close plate 900, turn on positioning disk 205 and be also fixed with material storage dish 207, material storage dish 207 is provided with material lift breach 208, material lift breach 208 is positioned at storing bar 209 side, material lift breach 208 can pass for material lift plate about 215, positioning disk 205 one end is turned to be provided with tooth sector 204, material lift motor 212 is arranged on support 100 by material lift motor plate 211, material lift motor 212 axle one end is connected with material lift screw mandrel 213, material lift motor plate 211 is installed a pair material lift slide rail 214, material lift plate 215 is slidably connected on material lift slide rail 214, and material lift plate 215 is movably connected on material lift screw mandrel 213.
As shown in Figure 6, tooth sector 204 turns to the steering rack 203 on cylinder 202 to be meshed with being fixedly installed on, positioning cylinder 206 is turned to be fixedly installed on support 100, turn to positioning cylinder 206 to turn to positioning disk 205 for location, such that storing bar 209 is rotatable to be moved to below left material grabbing mechanism 400.
As shown in Figure 5, cylinder 202 is turned to be arranged on bogie 201, turning to cylinder 202 to drive turns to positioning disk 205 to rotate, when storing bar 209 is positioned at below left material grabbing mechanism 400, positioning cylinder 206 is turned to make to turn to positioning disk 205 to locate, material lift motor 212 drives material lift screw mandrel 213 to rise, and close plate 900 lifts through material lift breach 208 by material lift plate 215.
As shown in Figure 7, close plate connecting gear 300 comprises transmission supporting plate 306, and described transmission supporting plate 306 is provided with positioner, and close plate 900 is placed on the positioning device.
Preferably, positioner comprises left positioner 311 and right positioner 312, transmit on supporting plate 306 and be also provided with groove 308, left positioner 311 comprises left through hole 309 and four spacers 307, right positioner 312 comprises right through hole 310 and four spacers 307, left through hole 309 is connected with groove 308 one end, and right through hole 310 is connected with groove 308 other end, and left positioner 311 and right positioner 312 all can close plates 900.
Preferably, close plate connecting gear 300 also comprises transmission slide block 303 and transmits cylinder 304, transmit cylinder 304 and be fixedly installed on support 100 side by conveyer frames 301, conveyer frames 30 is installed with a pair transmission slide rail 302, transmit slide block 303 and be connected to transmission cylinder 304 one end, and be slidably connected at and transmit on slide rail 302, transmitting supporting plate 306 is fixedly installed on transmission slide block 303 by transmitting fixed head 305, when close plate connecting gear 300 is in original position, left positioner 311 is positioned at above centering cone head 210.
As shown in Figure 8, left/right material grabbing mechanism 400 is positioned at the top of close plate connecting gear 300, left/right material grabbing mechanism 400 comprises material grasping cylinder 402, material grasping fixes bucket 403 and magnet 404, material grasping cylinder 402 is fixedly installed on support 100 by material grasping installing plate 401, magnet 404 is connected to material grasping cylinder 402 one end, material grasping is fixed bucket 403 and is fixedly installed on support 100 by material grasping installing plate 401, material grasping is fixed bucket 403 side and is provided with block groove 406, block groove 406 is arranged on the block 405 of magnet 404 one end for limiting, the groove that close plate 900 endoporus is provided with is located on block 405, block groove 406 prevents close plate 900 position from turning to, play orientation.
As shown in figures 3 and 8, when left material grabbing mechanism 400 is positioned at above centering cone head 210, material grasping cylinder 402 drive magnet 404 declines, the groove that close plate 900 endoporus is provided with is located on block 405, magnet 404 holds close plate 900 and realizes material grasping, when left positioner 311 is positioned at below left material grabbing mechanism 400, material grasping cylinder 402 drive magnet 404 rises, and close plate 900 is fixed after bucket 403 stops by material grasping and fallen on left positioner 311.
As shown in Figure 9 and Figure 10, gum-filling mechanism 500 comprises glue injecting head 507, upper material jacking mechanism 510 and bottom knockout mechanism 700, upper material jacking mechanism 510 is fixedly installed on support 100 top by injecting glue fixed head 501, upper material jacking mechanism 510 comprises material ejection cylinder 502 and upper ejection block 505, upper material ejection cylinder 502 is fixedly installed on support 100 by injecting glue fixed head 501, upper ejection block 505 is connected to upper material ejection cylinder 502 one end by upper ejection block mount pad 504, upper ejection block mount pad 504 is fixed with liftout slide rail 503 on a pair, liftout slide rail 503 and injecting glue fixed head 501 are slidably matched, glue injecting head 507 is movably arranged on upper material jacking mechanism 510 by injecting glue support 506.
As shown in Figure 10, bottom knockout mechanism 700 is fixedly installed on support 100 side by bottom knockout fixed head 701, and be positioned at below material jacking mechanism 510, bottom knockout mechanism 700 comprises bottom knockout cylinder 704 and motor top board 705, bottom knockout cylinder 704 is fixedly installed on support 100 side by bottom knockout fixed head 701, bottom knockout cylinder 704 is arranged on bottom knockout cylinder mounting plate 703, bottom knockout cylinder mounting plate 703 is fixed on bottom knockout fixed head 701 one end by four support bars 702, motor top board 705 is fixedly installed on bottom knockout cylinder 704 one end, injecting glue motor 709 is arranged on described motor top board 705 by motor mounting plate 708, motor top board 705 is fixed with a pair motor slide rail 706, motor slide rail 706 and the motor sliding sleeve 707 be arranged on bottom knockout fixed head 701 are slidably matched, motor slide rail 706 one end is fixed on motor mounting plate 708, injecting glue motor 709 axle is fixed with bottom knockout block 710.
As shown in Figure 1, dryer 800 comprises dryer frame 801 and drying channel 802, drying channel 802 is arranged in dryer frame 801, the conveyer belt of dryer 800 extends to right material grabbing mechanism 600 bottom, the inner both sides of drying channel 802 are provided with firing equipment, can be that UV heats fluorescent tube, infrared heating fluorescent tube or heating wire etc., close plate 900 is captured rear placement on the conveyor belt by right material grabbing mechanism 600, close plate 900 is sent in drying channel 802 and is dried by conveyer belt, is then exported by the close plate 900 after oven dry.
Specific works mode:
1. close plate 900 is gone here and there wherein on a storing bar 209, alignment pin in the locating hole turning to positioning cylinder 206 to pack up to be inserted in and to turn on positioning disk 205, cylinder 202 Work Promote steering rack 203 is now turned to drive tooth sector 204 to revolve turnback, the storing bar 209 now filling close plate 900 enters operating position, charging waited for by another root storing bar 209, now turn to positioning cylinder 206 alignment pin insertion to be turned in the locating hole on positioning disk 205, make to turn to positioning disk 205 to locate and do not rotate;
2. after storing bar 209 puts in place, material lift motor 212 starts, and drive material lift plate 215 to move upward, whole group of close plate 900 lifts by the material lift breach 208 on material storage dish 207 by material lift plate 215, the distance of each close plate 900 that rises;
3. when close plate 900 lifts and arrives centering cone head 210 by material lift plate 215, close plate 900 is located by centering cone head 210, transmission supporting plate 306 pushes away to the right by the transmission cylinder 304 be now in the close plate connecting gear 300 above close plate 900, and then material grasping cylinder 402 drive magnet 404 being in the left material grabbing mechanism 400 li directly over close plate 900 runs downwards and holds close plate 900, then close plate 900 is lifted to and transmits supporting plate 306 top position, transmission supporting plate 306 pushes away left by the transmission cylinder 304 in close plate connecting gear 300, the left positioner 311 transmitted on supporting plate 306 is just in time positioned at immediately below left material grabbing mechanism 400, material grasping cylinder 402 rollback, block 405 being coordinated to be blocked by close plate 900 to make it drop to material grasping stationary magazine creel 403 transmits on the left positioner 311 of supporting plate 306, be in the spacer 307 transmitted on supporting plate 306 close plate 900 is positioned,
4. transmitting cylinder 304 drives transmission supporting plate 306 to move right again, left material grabbing mechanism 400 continues material grasping, the left positioner 311 now transmitting supporting plate 306 has then arrived in gum-filling mechanism 500, now going up material ejection cylinder 502 drives upper ejection block 505 to move downward, bottom knockout cylinder 704 drives injecting glue motor 709 and bottom knockout block 710 to move upward, while bottom knockout block 710 holds up close plate 900, upper ejection block 505 moves down, close plate 900 is clamped by bottom knockout block 710 and upper ejection block 505, injecting glue motor 709 rotarily drives close plate 900 and rotates, now glue injecting head 507 starts injecting glue, now close plate 900 departs from transmission supporting plate 306, transmit supporting plate 306 to run left, go to receive the close plate 900 on left material grabbing mechanism 400, and the right positioner 312 meanwhile transmitting supporting plate 306 arrives in gum-filling mechanism 500, between upper material jacking mechanism 510 and bottom knockout mechanism 700, after injecting glue completes, upper ejection block 505 is regained with bottom knockout block 710, close plate 900 falls on the right positioner 312 of transmission supporting plate 306,
5. transmit supporting plate 306 to run to the right, now left positioner 311 arrive below upper material jacking mechanism 510 with bottom knockout mechanism 700 above, and right positioner 312 arrives below right material grabbing mechanism 400, material grasping cylinder 402 now in right material grabbing mechanism 400 is with moving magnet 404 to run downwards and is held close plate 900, when this runs left transmission supporting plate 306 again, right material grabbing mechanism 400 unclamps close plate 900, close plate 900 drops on the conveyer belt of dryer 800, close plate 900 is sent in drying channel 802 and is dried by conveyer belt, is then exported by the close plate 900 after oven dry.
6. carry out next close plate 900 injecting glue according to above-mentioned circulation.
As can be seen from the above description, the utility model the above embodiments achieve following technique effect:
1. this close plate glue filling device drives material lift screw mandrel 213 to drive material lift plate 215 to move up and down by material lift motor 212, when material lift plate 215 moves up, the close plate 900 be enclosed within storing bar 209 is sent to below left material grabbing mechanism 400, left material grabbing mechanism 400 captures close plate 900 and is placed on the positioner of transmission supporting plate 306, as long as close plate 900 is manually enclosed within storing bar 209 by this process, such structure is simple, reduce artificial participation, save labour, reduce labor strength, automaticity is high, and production efficiency is high;
2. in this close plate glue filling device, close plate connecting gear 300 will treat that the close plate 900 of injecting glue is delivered between upper material jacking mechanism 510 and bottom knockout mechanism 700, upper material jacking mechanism 510 and bottom knockout mechanism 700 clamp close plate 900, injecting glue motor 709 drives close plate 900 to rotate and realizes injecting glue, this action completes all automatically, workman is not needed to participate in, each structure is simple, workman does not participate in injecting glue, reduces labor strength, and injecting glue motor 709 drives injecting glue, automaticity is high, production efficiency is high, and injecting glue amount is uniform and stable, and quality is guaranteed;
3. while injecting glue, close plate connecting gear 300 moves to left to left material grabbing mechanism 400, left material grabbing mechanism 400 will treat that the close plate 900 of injecting glue is placed on left positioner 311, right positioner 312 moves to just below the close plate 900 of injecting glue, after injecting glue is complete, the close plate 900 of injecting glue drops in right positioner 312, close plate connecting gear 300 moves to right, treat that the close plate 900 of injecting glue is sent between material jacking mechanism 510 and bottom knockout mechanism 700 and carry out injecting glue, close plate 900 after injecting glue is moved to right to right material grabbing mechanism 400, right material grabbing mechanism 400 captures close plate 900, close plate connecting gear 300 again moves to left and carries out further work, close plate 900 now on right material grabbing mechanism 400 drops down onto on the conveyer belt of dryer 800, close plate 900 is delivered to drying channel 802 and dries by conveyer belt, above structure is simple, each action completes automatically, not workman's Attended Operation, injecting glue operation and loading and unloading operation are carried out simultaneously, save time, production efficiency is high, automaticity is high, this close plate glue filling device is satisfied carries out injecting glue to the close plate 900 of different size, only needs to adjust positioner.
These are only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a close plate glue filling device, for close plate (900) injecting glue, is characterized in that, comprising:
Support (100);
Left/right material grabbing mechanism (400), described left/right material grabbing mechanism (400) is fixedly installed on support (100);
Close plate connecting gear (300), described close plate connecting gear (300) is fixedly installed on support (100), described close plate connecting gear (300) comprises transmits supporting plate (306), described transmission supporting plate (306) is provided with positioner, and described close plate (900) is placed on described positioner;
Gum-filling mechanism (500), described gum-filling mechanism (500) is fixedly installed on support (100), and be positioned between left material grabbing mechanism (400) and right material grabbing mechanism (400), described gum-filling mechanism (500) comprises glue injecting head (507), upper material jacking mechanism (510) and bottom knockout mechanism (700), described glue injecting head (507) is movably arranged on material jacking mechanism (510), described upper material jacking mechanism (510) is fixedly installed on support (100) top, described bottom knockout mechanism (700) is fixedly installed on support (100) side, and be positioned at material jacking mechanism (510) below.
2. close plate glue filling device according to claim 1, it is characterized in that, described positioner comprises left positioner (311) and right positioner (312), described transmission supporting plate (306) is also provided with groove (308), described left positioner (311) comprises left through hole (309) and several spacers (307), described right positioner (312) comprises right through hole (310) and several spacers (307), described left through hole (309) is connected with groove (308) one end, described right through hole (310) is connected with groove (308) other end.
3. close plate glue filling device according to claim 1, it is characterized in that, described close plate connecting gear (300) also comprises transmits slide block (303) and transmits cylinder (304), described transmission cylinder (304) is fixedly installed on support (100) side, and described transmission slide block (303) is connected to transmits cylinder (304) one end.
4. the close plate glue filling device according to claim 1 or 2 or 3, is characterized in that, described transmission supporting plate (306) is fixedly installed on transmits on slide block (303).
5. close plate glue filling device according to claim 1, it is characterized in that, described upper material jacking mechanism (510) comprises material ejection cylinder (502) and upper ejection block (505), described upper material ejection cylinder (502) is fixedly installed on support (100), and described upper ejection block (505) is connected to material ejection cylinder (502) one end.
6. close plate glue filling device according to claim 1, it is characterized in that, described bottom knockout mechanism (700) comprises bottom knockout cylinder (704) and motor top board (705), described bottom knockout cylinder (704) is fixedly installed on support (100) side, described motor top board (705) is fixedly installed on bottom knockout cylinder (704) one end, described motor top board (705) is fixed with injecting glue motor (709), described injecting glue motor (709) axle is fixed with bottom knockout block (710).
7. close plate glue filling device according to claim 1, it is characterized in that, described left/right material grabbing mechanism (400) is positioned at the top of close plate connecting gear (300), described left/right material grabbing mechanism (400) comprises material grasping cylinder (402), material grasping fixes bucket (403) and magnet (404), described material grasping cylinder (402) is fixedly installed on support (100), described material grasping is fixed bucket (403) and is fixedly installed on support (100), and described magnet (404) is connected to material grasping cylinder (402) one end.
8. close plate glue filling device according to claim 1, it is characterized in that, also comprise feed mechanism (200), described feed mechanism (200) is fixedly installed on support (100), described feed mechanism (200) comprises and turns to positioning disk (205), material lift motor (212) and material lift screw mandrel (213), the described positioning disk (205) that turns to can be rotatably set on support (100), described turning on positioning disk (205) is fixed with storing bar (209), described positioning disk (205) one end that turns to is provided with tooth sector (204), described material lift motor (212) is fixedly installed on support (100), described material lift screw mandrel (213) one end is connected on material lift motor (212) axle, described material lift screw mandrel (213) is provided with material lift plate (215).
9. close plate glue filling device according to claim 8, is characterized in that, described storing bar (209) is rotatable moves to left material grabbing mechanism (400) below.
10. close plate glue filling device according to claim 1, it is characterized in that, also comprise dryer (800), described dryer (800) is positioned at support (100) side, described dryer (800) comprises dryer frame (801) and drying channel (802), described drying channel (802) is arranged in dryer frame (801), and the conveyer belt of described dryer (800) extends to right material grabbing mechanism (600) bottom.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420492086.XU CN204261881U (en) | 2014-08-28 | 2014-08-28 | A kind of close plate glue filling device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420492086.XU CN204261881U (en) | 2014-08-28 | 2014-08-28 | A kind of close plate glue filling device |
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| CN204261881U true CN204261881U (en) | 2015-04-15 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105921359A (en) * | 2016-06-22 | 2016-09-07 | 浙江环球滤清器有限公司 | Ribbed plate conveying and glue injecting mechanism of filter |
| CN105944915A (en) * | 2016-06-22 | 2016-09-21 | 浙江环球滤清器有限公司 | Glue injection and spot welding integrated machine for threaded density plates of filters |
| CN109465157A (en) * | 2018-12-29 | 2019-03-15 | 温州市普蓝滤清器设备有限公司 | A kind of end cap glue-injection machine |
| CN114273168A (en) * | 2021-12-18 | 2022-04-05 | 瑞安市杰峰智能科技有限公司 | Novel feeding assembly of full-automatic anaerobic adhesive glue injection machine |
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2014
- 2014-08-28 CN CN201420492086.XU patent/CN204261881U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105921359A (en) * | 2016-06-22 | 2016-09-07 | 浙江环球滤清器有限公司 | Ribbed plate conveying and glue injecting mechanism of filter |
| CN105944915A (en) * | 2016-06-22 | 2016-09-21 | 浙江环球滤清器有限公司 | Glue injection and spot welding integrated machine for threaded density plates of filters |
| CN109465157A (en) * | 2018-12-29 | 2019-03-15 | 温州市普蓝滤清器设备有限公司 | A kind of end cap glue-injection machine |
| CN109465157B (en) * | 2018-12-29 | 2023-11-10 | 温州市普蓝滤清器设备有限公司 | End cover glue injection machine |
| CN114273168A (en) * | 2021-12-18 | 2022-04-05 | 瑞安市杰峰智能科技有限公司 | Novel feeding assembly of full-automatic anaerobic adhesive glue injection machine |
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| TR01 | Transfer of patent right |
Effective date of registration: 20200714 Address after: 325000 East first floor, first floor, building 1, No. 76, Qinfeng Road, Xianyan Industrial Zone, Ouhai District, Wenzhou City, Zhejiang Province Patentee after: Zhejiang jiefilter Technology Co., Ltd Address before: 325016 Zhejiang Province, Wenzhou city Ouhai District Xianyan Industrial Zone Patentee before: WENZHOU DEJIA FILTER MACHINE Co.,Ltd. |
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