CN202375213U - Full-automatic rail-type zipper head assembling machine - Google Patents
Full-automatic rail-type zipper head assembling machine Download PDFInfo
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- CN202375213U CN202375213U CN2011205708691U CN201120570869U CN202375213U CN 202375213 U CN202375213 U CN 202375213U CN 2011205708691 U CN2011205708691 U CN 2011205708691U CN 201120570869 U CN201120570869 U CN 201120570869U CN 202375213 U CN202375213 U CN 202375213U
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Abstract
The utility model discloses a full-automatic rail-type zipper head assembling machine comprising a rack, a power mechanism, 12 mold cavity components with a same structure, a rail feeding mechanism, a zipper pull feeding mechanism, a zipper head feeding mechanism, a detection mechanism and a finished product puling-out mechanism, wherein 12 rectangular slots are uniformly distributed in the radial positions of turntables of the rack and the power mechanism, and the 12 mold cavity components are respectively arranged in each rectangular groove; and the rail feeding mechanism, the zipper pull feeding mechanism, the zipper head feeding mechanism, the detection mechanism and the finished product puling-out mechanism are arranged on a panel respectively by surrounding the turntables. The full-automatic rail-type zipper head assembling machine can be used for realizing automatic feed and finishing the assembly of finished products and is high in automation degree; and as the detection mechanism is arranged behind each feeding mechanism and is used for automatically identifying parts in mold cavities and for automatically regulating and controlling the operation or the halt of the assembling machine according to assembly information of the parts to prevent unqualified parts from entering a next procedure or the idle of the assembling machine, thereby reducing the unqualified product rate, improving the product quality and guaranteeing the safe and reliable operation of the assembling machine.
Description
Technical field
The utility model relates to the full-automatic kludge of a kind of slider of zipper fastener, specifically relates to the full-automatic kludge of a kind of Slide fastener head.
Background technology
The early stage slider of zipper fastener assembling major part of using all is manual operations; Be aided with some frock clamps by manual work the component-assembled on the slider of zipper fastener is carried out riveted again after together; There is the problem that labour intensity is big, production efficiency is low, percent defective is high; Be difficult to guarantee the quality of slider of zipper fastener, also can't satisfy the demand of production in enormous quantities simultaneously.Therefore, the slider of zipper fastener mounting equipment of various mechanizations begins to popularize.Yet, still there is not at present the slider of zipper fastener mounter of two-sided rail mounted on the whole market, can only rely on the manual identified assembling, cause product quality can't guarantee that production efficiency is low thus.
Summary of the invention
The purpose of the utility model is to provide a kind of Slide fastener head full-automatic kludge; The Slide fastener head kludge that it is simple in structure, automaticity is high; Realize the full-automatic assembling of three parts of Slide fastener head, thereby save manpower, enhance productivity and crudy.
The technical scheme that the utility model adopts is:
The utility model comprises frame and actuating unit, 12 mold cavity assemblies, track feed mechanism, pulling-on piece feed mechanism, pull head feed mechanism, testing agency and finished product exhaustion mechanism that structure is identical; Radial position is uniformly distributed with 12 rectangular channels on the rotating disk of frame and actuating unit, and 12 mold chamber assemblies are installed in respectively separately in the rectangular channel; Track feed mechanism, pulling-on piece feed mechanism, pull head feed mechanism, testing agency and finished product exhaustion mechanism are arranged on the panel around rotating disk respectively.
Described frame and actuating unit: on its frame panel is housed, a side of frame is equipped with electrical control cubicles, main shaft is installed below the panel; Two synchronous pulleys are housed on the main shaft, driving cam is housed respectively on the main shaft of the both sides of two synchronous pulleys, two signal cams; The position that two signal cams are corresponding is equipped with the sensor that detects cam signal respectively, and the sensor of cam signal is installed on the frame, and motor and cam dispenser also are equipped with in the panel below; On the axle of motor and cam dispenser a synchronous belt wheel is housed respectively; Be connected transmission through each motor synchronizing band with main shaft, the output shaft of cam dispenser is connected with rotating disk on being positioned at panel, and three vibrating disks are housed on the panel; Described rotating disk radial position is uniformly distributed with 12 rectangular channels, and 12 mold chamber assemblies are installed in respectively separately in the rectangular channel.
Described mold cavity assembly comprises: the pulling-on piece location is top, and pulling-on piece is located a top side lower module is housed; Be embedded with middle module in the central channel of lower module, projection cooperates with the central channel of upper module above the middle module, and upper module one side has rectangular through-hole; Be embedded with briquetting in the through hole, place nut on the upper module opposite side, nut is provided with Г shape briquetting spring base; Be provided with the briquetting spring between briquetting spring base and the briquetting, a whole set of mold cavity assembly is connected by bolt and is fixed on the rotating disk.
Described track feed mechanism comprises: track pole socket, track runner seat, and the two is installed on the panel respectively; Wherein on the track cylinder mounting plate of track pole socket rear side the track cylinder is housed; Track push rod slide block is housed on the track pole socket column, inserts the track push rod in the rectangular opening of track push rod slide block, track push rod slide block and track push rod respectively are equipped with screw, have drawn spring between two screws; Track push rod leading portion is connected with the track plectrum vertical with the track push rod through pin; The track plectrum can rotate around pin, and track push rod and track plectrum respectively are equipped with screw, has drawn another spring between two screws; Attachment rail chute on the column of said track runner seat; The track runner upper end links to each other with first vibrating disk that fills track, and the horizontal ends of track runner can be alignd with any mold cavity assembly on being installed in rotating disk, and the track plectrum is insinuated in the groove of track runner.
Described pulling-on piece feed mechanism comprises: pulling-on piece chute mount, pulling-on piece be seat, pulling-on piece interval cylinder column at interval, and the three is installed on the panel; The oblique seat of pulling-on piece chute wherein is installed on the pulling-on piece chute mount, and pulling-on piece chute tiltedly seat the place ahead is equipped with the pulling-on piece landslide, and the pulling-on piece chute is tiltedly installed the pulling-on piece chute above the seat; Two pulling-on piece baffle plates are equipped with in pulling-on piece chute lower end; The pulling-on piece chute aligns with any mold cavity assembly on being installed in rotating disk, and described pulling-on piece seat at interval is connected through the moving at interval plate of four guide pillars and pulling-on piece, and pulling-on piece moves a side that is installed in pulling-on piece interval cross bar on the column of plate at interval; Pulling-on piece is the embedded pulling-on piece space bar of rectangular channel of cross bar opposite side at interval; Pulling-on piece also is equipped with pulling-on piece separator spring seat on the cross bar at interval, and card has the pulling-on piece separator spring between pulling-on piece separator spring seat and pulling-on piece space bar, and described pulling-on piece is equipped with the pulling-on piece air cylinder board on the cylinder column at interval; Pulling-on piece is equipped with pulling-on piece cylinder at interval on the air cylinder board at interval; Pulling-on piece cylinder axle head at interval is connected through the moving at interval plate of screw thread and pulling-on piece, and the pulling-on piece space bar vertically is insinuated in the groove of pulling-on piece chute, and the beveled end of pulling-on piece chute is connected with second vibrating disk.
Described pull head feed mechanism comprises: pull head sliding chute seat, pull head push rod chute and pull head interval chute are contained on the panel respectively, the pull head rocking bar core is contained under the panel, and pull head guide pad and compound chute wherein are housed on the pull head sliding chute seat; The oblique seat of pull head chute is installed on the compound chute, and pull head chute tiltedly seat is upward installed the pull head chute, and the pull head chute can align with any mold cavity assembly on being installed in the 3rd vibrating disk; The beveled end of pull head chute is connected with second vibrating disk, and compound chute is embedded with pull head push rod and pull head interval push rod, and pull head push rod and pull head push rod at interval link together through the push rod contiguous block; Described pull head push rod chute is embedded with pull head push rod slide block, and pull head push rod runner rear end is equipped with pull head push rod cylinder mounting plate, and pull head push rod cylinder is housed on the pull head push rod cylinder mounting plate; Pull head push rod slide block is connected with the push rod contiguous block; Pull head chute at interval is embedded with pull head slide block at interval, and pull head is installed pull head roller at interval in the horizontal screwed hole of slide block at interval, and pull head roller at interval contacts on the push rod inclined-plane with pull head at interval; In the square groove pull head space bar assembly is installed on the slide block of pull head interval; Described pull head rocking bar core is equipped with the pull head rocker pins in the hole, and the pull head rocker pins is installed in the pull head rocking bar hole, and camshaft bearing is equipped with in pull head rocking bar below; Through pin ball bearing is installed in the square groove on the pull head rocking bar; Wherein camshaft bearing contacts with the power cam that is installed on the main shaft, and pull head rocking bar top is insinuated in the cavity of pull head push rod slide block, and ball bearing contacts with pull head push rod slider back wall.
Described finished product exhaustion mechanism: finished product is pulled out seat and is contained on the panel; Finished product pulls out on the seat respectively that mounting finished product is pulled out cylinder mounting plate and finished product is pulled out chute, and wherein finished product is pulled out on the cylinder mounting plate mounting finished product and pulled out cylinder, and finished product is pulled out chute and is embedded with the finished product pull bar; Finished product pull bar front end mounting finished product pulling-on piece; The finished product back end of tie rod is pulled out cylinder through screw thread and finished product and is connected, and the finished product pulling-on piece can align with any mold cavity assembly, and the finished product pulling-on piece is insinuated in the groove of module in the die cavity.
Described testing agency comprises: four inductance type proximity transducers, four inductance type proximity transducers are separately positioned on the next station of track feed mechanism, pulling-on piece feed mechanism, pull head feed mechanism and finished product exhaustion mechanism place station.
The beneficial effect that the utlity model has is:
The utility model is simple in structure, forms all parts of slider of zipper fastener and all realizes self-feeding through feeder, accomplishes the finished product assembling, realizes that thus the slider of zipper fastener assembling is full-automatic, and automaticity is high, improved packaging efficiency; Automatically discern the part in the mold cavity through behind each piece feed mechanism, testing agency being set all again; And according to the operation or the shutdown of the assembly information auto-control kludge of part; Prevent that bad part from getting into next process or kludge idle running; Thereby reduce the substandard product rate, improve the quality of products, guarantee that kludge is safe and reliable to operation.Each part detects with regard to the warp testing agency corresponding with it after feeding, finds the defective work that possibly occur in the assembling process as early as possible.
Description of drawings
Fig. 1 is the structural representation of the Slide fastener head of the utility model.
Fig. 2 is the explosive view of the Slide fastener head of the utility model.
Fig. 3 is the structural representation of the full-automatic kludge of Slide fastener head of the utility model.
Fig. 4 is the upward view of Fig. 3.
Fig. 5 is the vertical view of Fig. 3.
Fig. 6 is the structural representation of mold cavity.
Fig. 7 is the explosive view of mold cavity.
Fig. 8 is the structural representation of track feed mechanism.
Fig. 9 is the explosive view of track feed mechanism.
Figure 10 is the structural representation of pulling-on piece feed mechanism.
Figure 11 is the explosive view of pulling-on piece feed mechanism.
Figure 12 is the structural representation of pull head feed mechanism.
Figure 13 is the explosive view of pull head feed mechanism.
Figure 14 is the structural representation of finished product exhaustion mechanism.
Figure 15 is the explosive view of finished product exhaustion mechanism.
Figure: A, track, B, pull-tab, C, pull, 1, frame 2, the mold cavity 3, track feed mechanism 4, the pull-tab feeding mechanism 5, the slider feeding mechanism 6, the detection agencies, 7, finished pull-out mechanism, 101, cabinet 102, the panel 103, the turntable 104, racks, 105, the motor 106, the cam splitter 107, two cams 108, the two sensors, 109, spindle, 110, timing belt pulleys, 111, drive cam, 112, three vibration plate, 201, pull-tab-top, 202, the module 203, the module 204, the module 205, briquetting, 206 , the nut 207, spring clamps 208, briquetting, spring seat 209, a bolt 301, rail mounting plate cylinder 302, cylinder tracks 303, the track rod seat, 304, plunger slide rail 305, rail putter, 306, spring 307, the track paddles, 308, rail slide seat, 309, rail chute 401, the pull-tab chute base, 402, Pull Tab landslide, 403, Pull Tab chute inclined seat, 404 The pull-tab baffle 405, the pull-tab chute 406, the pull-tab partition plate, 407, pull-tab spacing spring 408, the pull-tab between a spring seat 409, a pull-tab spacing bar 410, the pull-tab cylinder plate, 411, tab spacing cylinder 412, the pull-tab spacing cylinder column 413, the pull-tab between the moving plate 414, the tab seat spacing, 501, seat slider chute 502, the slider guide block 503, the composite chute , 504, pull head chute inclined seat, 505, pull the head chute, 506, pull head putter, 507, pull the putter head spacing, 508, putting connection block, 509, pull head putter sliders, 510, pull the putter head chute, 511, pull rod cylinder head mounting plate, 512, pull head putter cylinder, 513, ball bearings, 514, pull head rocker seat, 515, pull head rocker pin, 516, pull head rocker, 517, cam bearings, 518, pull head interval slider, 519, pull head interval chute, 520, pull head spacer plate assembly 521, pull head spacing wheel, 601, sensor 701, finished out seat , 702, finished out cylinder, 703, finished out the cylinder mounting plate 704, finished out the chute, 705, finished rod, 706, finished pull tab.
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the utility model is done into further explanation.
As depicted in figs. 1 and 2, the described Slide fastener head of the utility model comprises track A, pulling-on piece B and pull head C, and wherein the square hole of pulling-on piece B is enclosed within on the track, and the groove of pull head C is stuck on the projection of track A and forms closely and connects.Pulling-on piece B can be free to slide on track A.The assembling process of this Slide fastener head is: first trapped orbit A, the square hole with pulling-on piece B is enclosed within on the track A then, with the projection of the groove alignment rail A of pull head C, pushes until chucking at last, accomplishes assembling.
As shown in Figure 3, the utility model comprises: frame and actuating unit 1,12 mold cavity assemblies 2, track feed mechanism 3, pulling-on piece feed mechanism 4, pull head feed mechanism 5, testing agency 6 and finished product exhaustion mechanism 7 that structure is identical; Radial position is uniformly distributed with 12 rectangular channels on the rotating disk of frame and actuating unit 1, and the 12 mold chamber assemblies 2 that structure is identical are installed in respectively separately in the rectangular channel; Track feed mechanism 3, pulling-on piece feed mechanism 4, pull head feed mechanism 5, testing agency 6 and finished product exhaustion mechanism 7 are arranged on the panel around rotating disk respectively.
Like Fig. 3, Fig. 4, shown in Figure 5; Described frame and actuating unit 1: on its frame 104 panel 102 is housed, a side of frame 104 is equipped with electrical control cubicles 101, main shaft 109 is installed below the panel 102; Two synchronous pulleys 110 are housed on the main shaft 109; 111, two signal cams of driving cam, 107, two signal cams, 107 corresponding positions are housed respectively on the main shaft 109 of the both sides of two synchronous pulleys 110 sensor 108 that detects cam signal is housed respectively; The sensor 108 of two cam signals is installed on the frame 104; Motor 105 and cam dispenser 106 also are equipped with in panel 102 belows, on the axle of motor 105 and cam dispenser 106 a synchronous belt wheel are housed respectively, are connected transmission through synchronous pulley on each motor synchronizing band and the main shaft 109; The output shaft of cam dispenser 106 is connected with rotating disk 103 on being positioned at panel 102, and three vibrating disks 112 are housed on the panel 102; Described rotating disk 103 radial positions are uniformly distributed with 12 rectangular channels, and 12 mold chamber assemblies 2 are installed in respectively separately in the rectangular channel.
Like Fig. 6, shown in Figure 7, described 12 mold cavity assemblies 2, include: pulling-on piece locatees top 201; Pulling-on piece is located top 201 1 sides lower module 202 is housed, module 203 in being embedded with in the central channel of lower module 202, and projection cooperates with the central channel of upper module 204 above the middle module 203; Upper module 204 1 sides have rectangular through-hole; Be embedded with briquetting 205 in the through hole, place nut 206 on upper module 204 opposite sides, nut is provided with Г shape briquetting spring base 208; Be provided with briquetting spring 207 between briquetting spring base 208 and the briquetting 205, a whole set of mold cavity assembly 2 is connected by bolt 209 and is fixed on the rotating disk 103.
Like Fig. 8, shown in Figure 9, described track feed mechanism 3 comprises: track pole socket 303, track runner seat 308, and the two is installed in respectively on the panel 102; Wherein on the track cylinder mounting plate 301 of track pole socket 303 rear sides track cylinder 302 is housed; Track push rod slide block 304 is housed on track pole socket 303 columns, inserts track push rod 305 in the rectangular opening of track push rod slide block 304, track push rod slide block 304 respectively is equipped with a screw with track push rod 305, has drawn a spring between two screws; Track push rod 305 leading portions are connected with the track plectrum 307 vertical with track push rod 305 through pin; Track plectrum 307 can rotate around pin; Track push rod 305 respectively is equipped with another screw with track plectrum 307; Drawn another spring between two screws, attachment rail chute 309 on the column of said track runner seat 308, track runner 309 upper ends link to each other with first vibrating disk 112 that fills track; The horizontal ends of track runner 309 can be alignd with any mold cavity assembly 2 on being installed in rotating disk 103, and track plectrum 307 is insinuated in the groove of track runner 309.
Like Figure 10, shown in Figure 11, described pulling-on piece feed mechanism 4 comprises: pulling-on piece chute mount 401, pulling-on piece be seat 414, pulling-on piece interval cylinder column 412 at interval, and the three is installed on the panel 102; Tiltedly seat 403 of pulling-on piece chute wherein is installed on the pulling-on piece chute mount 401; Pulling-on piece chute tiltedly seat 403 the place aheads is equipped with pulling-on piece landslide 402; The pulling-on piece chute is tiltedly installed pulling-on piece chute 405 above the seat 403, two pulling-on piece baffle plates 404 are equipped with in pulling-on piece chute 405 lower ends, and pulling-on piece chute 403 can align with any mold cavity assembly 2 on being installed in rotating disk 103; Described pulling-on piece seat 414 at interval is connected through the moving at interval plate 413 of four guide pillars and pulling-on piece; The pulling-on piece column of moving plate 413 at interval is installed in a pulling-on piece side of cross bar 409 at interval, and pulling-on piece is the embedded pulling-on piece space bar 406 of rectangular channel of cross bar 409 opposite sides at interval, and pulling-on piece also is equipped with pulling-on piece separator spring seat 408 on the cross bar 409 at interval; 406 cards of pulling-on piece separator spring seat 408 and pulling-on piece space bar have pulling-on piece separator spring 407; Described pulling-on piece is equipped with pulling-on piece air cylinder board 410 on the cylinder column 412 at interval, and pulling-on piece is equipped with pulling-on piece cylinder 411 at interval on the air cylinder board 410 at interval, and pulling-on piece cylinder 411 axle heads at interval is connected through the moving at interval plate 413 of screw thread and pulling-on piece; Pulling-on piece space bar 406 vertically is insinuated in the groove of pulling-on piece chute 405, and the beveled end of pulling-on piece chute 405 is connected with second vibrating disk 112 that fills pulling-on piece.
Like Figure 12, shown in Figure 13, described pull head feed mechanism 5 comprises: pull head sliding chute seat 501, pull head push rod chute 510 and pull head be chute 519 at interval, is contained in respectively on the panel 102; Pull head rocking bar core 514 is contained in panel 102 times, and pull head guide pad 502 and compound chute 503 wherein are housed on the pull head sliding chute seat 501, and tiltedly seat 504 of pull head chute is installed on the compound chute 503; The pull head chute is tiltedly installed pull head chute 505 on the seat 504; Pull head chute 505 can align with any mold cavity assembly 2 on being installed in rotating disk 103, and the beveled end of pull head chute 505 is connected with the 3rd vibrating disk 112 that fills pull head, and compound chute 503 is embedded with pull head push rod 506 and pull head interval push rod 507; Pull head push rod 506 links together through push rod contiguous block 508 with pull head interval push rod 507; Described pull head push rod chute 510 is embedded with pull head push rod slide block 509, and pull head push rod cylinder mounting plate 511 is equipped with in pull head push rod chute 510 rear ends, and pull head push rod cylinder 512 is housed on the pull head push rod cylinder mounting plate 511; Pull head push rod slide block 509 is connected with push rod contiguous block 508; Pull head chute 519 at interval is embedded with pull head slide block 518 at interval, and pull head is installed pull head roller 521 at interval in the slide block 519 horizontal screwed holes at interval, and pull head roller 521 at interval contacts on push rod 507 inclined-planes with pull head at interval; In the square groove pull head space bar assembly 520 is installed on the slide block 518 of pull head interval; Described pull head rocking bar core is equipped with pull head rocker pins 515 in 514 holes, and pull head rocker pins 515 is installed in pull head rocking bar 516 holes, and camshaft bearing 517 is equipped with in pull head rocking bar 516 belows; Through pin ball bearing 513 is installed in the square groove on the pull head rocking bar 516; Wherein camshaft bearing 517 contacts with the power cam 111 that is installed on the main shaft 109, and pull head rocking bar 516 tops are insinuated in the cavity of pull head push rod slide block 509, and ball bearing 513 contacts with pull head push rod slide block 509 rear walls.
Like Figure 14, shown in Figure 15, described finished product exhaustion mechanism 7: finished product is pulled out seat 701 and is contained on the panel 102; Finished product is pulled out on the seat 701 respectively mounting finished product and is pulled out cylinder mounting plate 703 and pull out chute 704 with finished product; Wherein finished product is pulled out on the cylinder mounting plate 703 mounting finished product and is pulled out cylinder 702; Finished product is pulled out chute 704 and is embedded with finished product pull bar 705; Finished product pull bar 705 front end mounting finished product pulling-on pieces 706; Finished product pull bar 705 rear ends are pulled out cylinder 702 through screw thread and finished product and are connected, and finished product pulling-on piece 706 can align with any mold cavity assembly 2, and finished product pulling-on piece 706 is insinuated in the groove of module 203 in the die cavity assembly 2.
As shown in Figure 5, described testing agency 6 comprises: four inductance type proximity transducers 601; Four inductance type proximity transducers are separately positioned on the next station of track feed mechanism 3, pulling-on piece feed mechanism 4, pull head feed mechanism 5 and finished product exhaustion mechanism 7 place stations.
The operation principle of the utility model is following:
The utility model is when work; Rotating disk 103 is done intermittently motion clockwise under the drive of cam dispenser 106; Position mold cavity assembly 2 on it turns over 12 stations successively with rotating disk 103, and the next station that belongs to stations with finished product exhaustion mechanism 7 is first station.
First station is for detecting station, and whether first sensor 601 detects in the mold cavity assembly 2 is empty, and assembling is normal if sky is then explained a slider of zipper fastener, can carry out next slider of zipper fastener assembling, and machine continues action, otherwise stopping alarm.
Second station is an idle station.
The 3rd station is a track feeding station, and track A is seen off by vibrating disk 112, slides near mold cavity assembly 2 places along track runner 309.Track cylinder 302 stretches out; Promote track push rod 305; Track push rod 305 drives track plectrums 307 and travels forward, and track A is pushed in the groove of upper module 204 and lower module 202 of mold cavity assembly 2, is upright posture; And track A front end is contacted with middle module 203, top compression block 205 pressure and fixed.Track cylinder 302 is regained then, and track push rod 305 is return under spring 306 tension; Track plectrum 307 is return with track push rod 305, in fall back process, can run into the track that the next one in the track runner 309 waits to send into die cavity 2, and return so it can stride across this track A because track plectrum 307 can rotate around pin this moment; Track plectrum 307 finally can return to the back of next track A, and is ready for pushing this track A.
The 4th station is for detecting station, and whether second sensor 104 detects the track feeding and put in place, if put in place, machine continues action, otherwise stopping alarm.
The 5th station is an idle station.
The 6th station is a pulling-on piece feeding station, pulling-on piece
BSee off by vibrating disk 112, have an end of square hole downward, slide near die cavity 2 places, receiving stopping of pulling-on piece space bar 406 near die cavity 2 places along pulling-on piece chute 403.Cylinder place, pulling-on piece interval this moment 411 is in stretching out state, and when pulling-on piece interval cylinder 411 was regained, the moving at interval plate 413 of pulling-on piece moved up thereupon; Pulling-on piece space bar 406 also moves up thereupon; Pulling-on piece B is no longer stopped, under the constraint of pulling-on piece baffle plate 404, slides into die cavity 2 places 402 times along the pulling-on piece landslide; This moment, pulling-on piece B square hole just was enclosed among the track A, and pulling-on piece feeding action is accomplished.Cylinder 411 recovers to stretch out state, and pulling-on piece space bar 406 moves down thereupon, stops that next pulling-on piece B glides.
The 7th station is for detecting station, and whether the 3rd sensor 104 detects pulling-on piece B feeding and put in place, if put in place, machine continues action, otherwise stopping alarm.
The 8th station is an idle station.
The 9th station is a pull head feeding station, and pull head C is seen off by vibrating disk 112, slides to end along pull head chute 505; And entering pull head gathering sill 502; Pull head push rod cylinder 512 stretches out then, promotes pull head push rod slide block 509 and travels forward, and pull head push rod slide block 509 drives pull head push rod 506 and travels forward together with pull head interval push rod 507; The pull head slope of push rod 507 front ends at interval contacts with pull head interval roller 521; And drive pull head at interval slide block 518 move upward, thereby pull head space bar assembly 520 also moves upward, and is not stopping pull head C; Pull head push rod 506 promotion pull head C travel forward simultaneously, get into die cavity 2 until pull head C, and closely link together with track A, and the assembling of pull head C is at this moment accomplished.Owing to do not connect between pull head push rod cylinder 512 and the pull head push rod slide block 509; So 512 withdrawals of pull head push rod cylinder can not drive pull head push rod 506 and pull head interval push rod 507 is return; Returning of they is to be realized by the action of pull head rocking bar 516: the camshaft bearing 517 of pull head push rod 506 belows closely contacts with power cam 111 on being contained in main shaft 109; So pull head rocking bar 516 can rotate with power cam 111 and swing; Cam 111 forwards respective angles to can make pull head rocking bar 516 tops swing backward; Ball bearing 513 contacts with pull head push rod 506 slide block inwalls, and promotes pull head push rod slide block 509 motion backward, returns action to accomplish pull head push rod 506 and pull head interval push rod 507.This also makes pull head space bar assembly 520 fall, and stops that pull head C slides to die cavity.
The tenth station is for detecting station, and whether four-sensor 104 detects pull head C feeding and put in place, if put in place, machine continues action, otherwise stopping alarm.
The 11 station is an idle station.
Twelve-station is that finished product is pulled out station; The finished product pulling-on piece places in the level trough of module 203 in advance, and this moment, finished product was pulled out cylinder 702 for stretching out state, and finished product is pulled out cylinder 702 and regained; Drive finished product pull bar 705 and move backward, thereby finished product is pulled out with finished product pulling-on piece 706.Finished product is drawn out exhaust hood 702 and recovers to stretch out state, and finished product pull bar 705 and finished product pulling-on piece 706 be return thereupon, for next finished product slider of zipper fastener is pulled out ready.
Rotating disk 103 revolutions are crossed a station, and each station moves simultaneously or detects, so rotating disk 103 revolutions are crossed the assembling that an angle just can be accomplished a Slide fastener head.
Claims (8)
1. the full-automatic kludge of Slide fastener head is characterized in that: comprise frame and actuating unit (1), 12 mold cavity assemblies (2), track feed mechanism (3), pulling-on piece feed mechanism (4), pull head feed mechanism (5), testing agency (6) and finished product exhaustion mechanism (7) that structure is identical; Radial position is uniformly distributed with 12 rectangular channels on the rotating disk of frame and actuating unit (1), and the 12 mold chamber assemblies that structure is identical are installed in respectively separately in the rectangular channel; Track feed mechanism (3), pulling-on piece feed mechanism (4), pull head feed mechanism (5), testing agency (6) and finished product exhaustion mechanism (7) are arranged on the panel around rotating disk respectively.
2. the full-automatic kludge of a kind of Slide fastener head according to claim 1; It is characterized in that: described frame and actuating unit (1): panel (102) is housed on its frame (104); One side of frame (104) is equipped with electrical control cubicles (101); Main shaft (109) is installed below the panel (102), two synchronous pulleys are housed on the main shaft (109), driving cam (111) is housed respectively on the main shaft of the both sides of two synchronous pulleys (109); Two signal cams; The position that two signal cams are corresponding is equipped with the sensor that detects cam signal respectively, and the sensor of two cam signals is installed on the frame (104), and motor (105) and cam dispenser (106) also are equipped with in panel (102) below; On the axle of motor (105) and cam dispenser (106) a synchronous belt wheel is housed respectively; Go up synchronous pulley through each motor synchronizing band and main shaft (109) and be connected transmission, the output shaft of cam dispenser (106) is connected with rotating disk (103) on being positioned at panel (102), and three vibrating disks are housed on the panel (102); Described rotating disk (103) radial position is uniformly distributed with 12 rectangular channels, and 12 mold chamber assemblies are installed in respectively separately in the rectangular channel.
3. the full-automatic kludge of a kind of Slide fastener head according to claim 1; It is characterized in that: described 12 mold cavity assemblies include: pulling-on piece location top (201), and lower module (202) is equipped with in top (201) one sides, pulling-on piece location; Be embedded with middle module (203) in the central channel of lower module (202); Projection cooperates with the central channel of upper module (204) above the middle module (203), and upper module (204) one sides have rectangular through-hole, are embedded with briquetting (205) in the through hole; Place nut (206) on upper module (204) opposite side; Nut is provided with Г shape briquetting spring base (208), is provided with briquetting spring (207) between briquetting spring base (208) and the briquetting (205), and a whole set of mold cavity assembly is connected by bolt (209) and is fixed on the rotating disk (103).
4. the full-automatic kludge of a kind of Slide fastener head according to claim 1, it is characterized in that: described track feed mechanism (3) comprising: track pole socket (303), track runner seat (308), the two is installed in respectively on the panel (102); Wherein on the track cylinder mounting plate (301) of track pole socket (303) rear side track cylinder (302) is housed; On track pole socket (303) column track push rod slide block (304) is housed; Insert track push rod (305) in the rectangular opening of track push rod slide block (304); Track push rod slide block (304) and track push rod (305) respectively are equipped with a screw, have drawn a spring between two screws; Track push rod (305) leading portion is connected with the track plectrum (307) vertical with track push rod (305) through pin; Track plectrum (307) can rotate around pin; Track push rod (305) and track plectrum (307) respectively are equipped with another screw; Drawn another spring between two screws, attachment rail chute (309) on the column of said track runner seat (308), track runner (309) upper end links to each other with first vibrating disk that fills track; The horizontal ends of track runner (309) can be alignd with any mold cavity assembly on being installed in rotating disk (103), and track plectrum (307) is insinuated in the groove of track runner (309).
5. the full-automatic kludge of a kind of Slide fastener head according to claim 1; It is characterized in that: described pulling-on piece feed mechanism (4); Comprise: pulling-on piece chute mount (401), pulling-on piece be seat (414), pulling-on piece interval cylinder column (412) at interval, and the three is installed on the panel (102); Wherein pulling-on piece chute mount (401) goes up tiltedly seat (403) of pulling-on piece chute is installed; The pulling-on piece chute tiltedly is equipped with pulling-on piece landslide (402) in seat (403) the place ahead; The pulling-on piece chute is tiltedly installed pulling-on piece chute (405) above the seat (403); Two pulling-on piece baffle plates (404) are equipped with in pulling-on piece chute (405) lower end; Pulling-on piece chute (403) can align with any mold cavity assembly on being installed in rotating disk (103), and described pulling-on piece seat (414) at interval is connected through the moving at interval plate (413) of four guide pillars and pulling-on piece, and pulling-on piece moves a side that is installed in pulling-on piece interval cross bar (409) on the column of plate (413) at interval; Pulling-on piece is the embedded pulling-on piece space bar of rectangular channel (406) of cross bar (409) opposite side at interval; Pulling-on piece also is equipped with pulling-on piece separator spring seat (408) on the cross bar (409) at interval, and card has pulling-on piece separator spring (407) between pulling-on piece separator spring seat (408) and pulling-on piece space bar (406), and described pulling-on piece is equipped with pulling-on piece air cylinder board (410) on the cylinder column (412) at interval; Pulling-on piece is equipped with pulling-on piece cylinder (411) at interval on the air cylinder board (410) at interval; Pulling-on piece cylinder (411) axle head at interval is connected through the moving at interval plate (413) of screw thread and pulling-on piece, and pulling-on piece space bar (406) vertically is insinuated in the groove of pulling-on piece chute (405), and the beveled end of pulling-on piece chute (405) is connected with second vibrating disk that fills pulling-on piece.
6. the full-automatic kludge of a kind of Slide fastener head according to claim 1; It is characterized in that: described pull head feed mechanism (5); Comprise: pull head sliding chute seat (501), pull head push rod chute (510) and pull head be chute (519) at interval, is contained in respectively on the panel (102); Pull head rocking bar core (514) is contained under the panel (102); Pull head guide pad (502) and compound chute (503) wherein are housed on the pull head sliding chute seat (501); Compound chute (503) is gone up tiltedly seat (504) of pull head chute is installed; Pull head chute tiltedly seat (504) is gone up installation pull head chute (505); Pull head chute (505) can align with any mold cavity assembly on being installed in rotating disk (103), and the beveled end of pull head chute (505) is connected with the 3rd vibrating disk that fills pull head, and compound chute (503) is embedded with pull head push rod (506) and pull head interval push rod (507); Pull head push rod (506) and pull head push rod (507) at interval link together through push rod contiguous block (508); Described pull head push rod chute (510) is embedded with pull head push rod slide block (509), and pull head push rod cylinder mounting plate (511) is equipped with in pull head push rod chute (510) rear end, and pull head push rod cylinder (512) is housed on the pull head push rod cylinder mounting plate (511); Pull head push rod slide block (509) is connected with push rod contiguous block (508); Pull head chute (519) at interval is embedded with pull head slide block (518) at interval, and pull head is installed pull head roller (521) at interval in the horizontal screwed hole of slide block (519) at interval, and pull head roller (521) at interval contacts on push rod (507) inclined-plane with pull head at interval; Pull head slide block (518) is at interval gone up installation pull head space bar assembly (520) in the square groove; Described pull head rocking bar core (514) is equipped with pull head rocker pins (515) in the hole, and pull head rocker pins (515) is installed in pull head rocking bar (516) hole, and camshaft bearing (517) is equipped with in pull head rocking bar (516) below; Pull head rocking bar (516) is gone up in the square groove and through pin ball bearing (513) is installed; Wherein camshaft bearing (517) and the power cam (111) that is installed on the main shaft (109) contact, and pull head rocking bar (516) top is insinuated in the cavity of pull head push rod slide block (509), and ball bearing (513) contacts with pull head push rod slide block (509) rear wall.
7. the full-automatic kludge of a kind of Slide fastener head according to claim 1 is characterized in that: described finished product exhaustion mechanism (7): finished product is pulled out seat (701) and is contained on the panel (102); Finished product is pulled out on the seat (701) respectively mounting finished product and is pulled out cylinder mounting plate (703) and finished product is pulled out chute (704); Wherein finished product is pulled out the last mounting finished product of cylinder mounting plate (703) and is pulled out cylinder (702); Finished product is pulled out chute (704) and is embedded with finished product pull bar (705); Finished product pull bar (705) front end mounting finished product pulling-on piece (706); Finished product pull bar (705) rear end is pulled out cylinder (702) through screw thread and finished product and is connected, and finished product pulling-on piece (706) can align with any mold cavity assembly, and finished product pulling-on piece (706) is insinuated in the groove of module in the die cavity assembly (203).
8. the full-automatic kludge of a kind of Slide fastener head according to claim 1, it is characterized in that: described testing agency (6) comprising: four inductance type proximity transducers; Four inductance type proximity transducers are separately positioned on the next station of track feed mechanism (3), pulling-on piece feed mechanism (4), pull head feed mechanism (5) and finished product exhaustion mechanism (7) place station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205708691U CN202375213U (en) | 2011-12-31 | 2011-12-31 | Full-automatic rail-type zipper head assembling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205708691U CN202375213U (en) | 2011-12-31 | 2011-12-31 | Full-automatic rail-type zipper head assembling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202375213U true CN202375213U (en) | 2012-08-15 |
Family
ID=46623738
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205708691U Expired - Lifetime CN202375213U (en) | 2011-12-31 | 2011-12-31 | Full-automatic rail-type zipper head assembling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202375213U (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102551281A (en) * | 2011-12-31 | 2012-07-11 | 唐正彪 | Full-automatic assembly machine for track type zipper head |
| CN103366912A (en) * | 2013-07-15 | 2013-10-23 | 深圳市众之城电子科技有限公司 | Resistance forming, testing and marking all-in-one machine |
| CN103960834A (en) * | 2014-04-21 | 2014-08-06 | 永嘉县良宏机械有限公司 | Punching device of zipper puller assembling machine |
| CN104858318A (en) * | 2015-05-26 | 2015-08-26 | 泉州市鲤城区展鸿自动化设备有限公司 | Automatic elastic sheet feeding assembling machine of alloy YG head with pull sheet |
| CN107052174A (en) * | 2017-03-21 | 2017-08-18 | 泉州市展鸿自动化科技有限公司 | A kind of Japanese circle pull head of band goes up the kludge of core pulling piece automatically |
| CN108714775A (en) * | 2018-04-23 | 2018-10-30 | 泉州市旭麟机械制造有限公司 | A kind of pulling-on piece assembly equipment in swivel head kludge and its application method |
| CN108747341A (en) * | 2018-04-23 | 2018-11-06 | 泉州市旭麟机械制造有限公司 | A kind of pull head transmission equipment in swivel head kludge and its application method |
| CN108789297A (en) * | 2018-06-13 | 2018-11-13 | 蔡雅玲 | Station rotary device |
| CN108817882A (en) * | 2018-04-23 | 2018-11-16 | 泉州市旭麟机械制造有限公司 | Pull head transmission equipment and its application method in a kind of zipper-assembling machine |
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2011
- 2011-12-31 CN CN2011205708691U patent/CN202375213U/en not_active Expired - Lifetime
Cited By (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102551281A (en) * | 2011-12-31 | 2012-07-11 | 唐正彪 | Full-automatic assembly machine for track type zipper head |
| CN102551281B (en) * | 2011-12-31 | 2014-04-09 | 唐正彪 | Full-automatic assembly machine for track type zipper head |
| CN103366912A (en) * | 2013-07-15 | 2013-10-23 | 深圳市众之城电子科技有限公司 | Resistance forming, testing and marking all-in-one machine |
| CN103366912B (en) * | 2013-07-15 | 2016-06-22 | 深圳市众之城电子科技有限公司 | A kind of resistance molding, test, mark all-in-one and operation method thereof |
| CN103960834A (en) * | 2014-04-21 | 2014-08-06 | 永嘉县良宏机械有限公司 | Punching device of zipper puller assembling machine |
| CN104858318A (en) * | 2015-05-26 | 2015-08-26 | 泉州市鲤城区展鸿自动化设备有限公司 | Automatic elastic sheet feeding assembling machine of alloy YG head with pull sheet |
| CN107052174A (en) * | 2017-03-21 | 2017-08-18 | 泉州市展鸿自动化科技有限公司 | A kind of Japanese circle pull head of band goes up the kludge of core pulling piece automatically |
| CN108714775A (en) * | 2018-04-23 | 2018-10-30 | 泉州市旭麟机械制造有限公司 | A kind of pulling-on piece assembly equipment in swivel head kludge and its application method |
| CN108747341A (en) * | 2018-04-23 | 2018-11-06 | 泉州市旭麟机械制造有限公司 | A kind of pull head transmission equipment in swivel head kludge and its application method |
| CN108817882A (en) * | 2018-04-23 | 2018-11-16 | 泉州市旭麟机械制造有限公司 | Pull head transmission equipment and its application method in a kind of zipper-assembling machine |
| CN108817882B (en) * | 2018-04-23 | 2023-10-27 | 泉州市旭麟机械制造有限公司 | Slider conveying equipment in zipper assembly machine and application method thereof |
| CN108789297A (en) * | 2018-06-13 | 2018-11-13 | 蔡雅玲 | Station rotary device |
| CN108789297B (en) * | 2018-06-13 | 2021-07-09 | 蔡雅玲 | Station rotating device |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20120815 Effective date of abandoning: 20140409 |
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