CN205395159U - Continuous production unit is detained to magnetism - Google Patents

Continuous production unit is detained to magnetism Download PDF

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Publication number
CN205395159U
CN205395159U CN201620181075.9U CN201620181075U CN205395159U CN 205395159 U CN205395159 U CN 205395159U CN 201620181075 U CN201620181075 U CN 201620181075U CN 205395159 U CN205395159 U CN 205395159U
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track
feeding
feed
cylinder
plate
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朱亚军
朱新亚
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Lixin County Fuya Gauze Element Co Ltd
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Lixin County Fuya Gauze Element Co Ltd
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Abstract

The utility model discloses a continuous production unit is detained to magnetism, including the autofilter scheduling device of automatic assembly equipment and a pair of symmetry setting, wherein, autofilter scheduling device for detaining screening sequencing back -porch tracks with a large amount of in disorder plastics and getting into automatic assembly equipment in an orderly manner, automatic assembly equipment is used for accomplishing the equipment with plastics knot and magnet piece in proper order, and with the shaping of finished product stack. The utility model discloses simple structure, design are ingenious, utilize the characteristic of magnet plastics knot itself, combine the device's periodic duty principle, realize high efficiency and orderliness's product collection process.

Description

A kind of magnetic clasp continuous production device
Technical field
This utility model relates to a kind of magnetic clasp continuous production device, belongs to screen window and manufactures apparatus field.
Background technology
So-called magnetic stripe screen window is exactly the fixing gauze of surrounding at window frame, two fan gauze junctions are equipped with magnetic clasp, during use, gauze magnetic clasp is inhaled together, time no, gauze is taken off, the advantages such as current magnetic stripe screen window is solid firmly because of it, and air-proof condition is good have replaced tradition screen window, become the most salable screen window kind on market.
In carrying out the screen window Magnet plastic button course of processing, the plastic button how soft sramana of magnetic in irregular shape used screens and sorts, the process realizing automated production assembling is always up perplexing a great problem of these those skilled in the art, traditional method is by manually tipping in plastic button by Magnet, working (machining) efficiency is extremely low, be not suitable for large-scale production, and cost of labor is higher.
In carrying out the screen window Magnet plastic button course of processing, how Magnetitum is inserted and in plastic button, complete the key link that assembling process is production process, currently mainly have two kinds of assembling modes: 1) had been manually done by workman, and workman needs manually or the gripping of other aids, take time and effort, inefficiency and there is certain security risk;2) by the mode of machining, making magnet piece and plastic button complete to fasten under assembling pressing, but current process equipment often once can only process single workpiece, production efficiency is low.
In carrying out the screen window Magnet plastic button course of processing, how to carry out compiling rapidly and effectively to substantial amounts of finished product and become a stubborn problem, currently mainly have two kinds of collection modes: 1) pass through to artificially collect and pile up neatly, owing to there is suction before Magnet plastic button, make this kind of mode stacking efficiency low, and workman's burden is bigger;2) being piled up by collecting mechanical, this kind of mode is current main collect means, but ubiquity piles up the problem needing to shut down in process, inefficient.
Utility model content
The purpose of this utility model is in that to provide a kind of magnetic clasp continuous production device, the above-mentioned problems caused to solve prior art deficiency.
For reaching above-mentioned purpose, the technical solution of the utility model is:
A kind of magnetic clasp continuous production device, including the symmetrically arranged automatic screening collator of automatic assembly equipment and a pair, wherein,
Automatic screening collator, for entering automatic assembly equipment in an orderly manner by plastic button screening and sequencing tailing edge track at random in a large number.
Automatic assembly equipment, for completing to assemble by plastic button and magnet piece successively, and by finished product stacking molding.
Described automatic screening collator includes vibrating disk, hopper, internal coiling track, discharging opening, feeding port, feeding track, straight-line oscillation track, first track, second track, 3rd track, first feed back gap and the second feed back gap, it is provided with hopper bottom described vibrating disk, hopper is provided with internal coiling track, internal coiling rail superior portion end is set to discharging opening, described discharging opening is divided into the first track by the first discharging separating belt and the second discharging separating belt being provided with, second track and the 3rd track, described first track, second track and the 3rd track are identical and all include sole-plate, track lateral wall, first feed back gap, first anti-stacking baffle plate and direction limiting mechanism, the track lateral wall that described first discharging separating belt and the second discharging separating belt are provided with described first track and the second track respectively is connected;Described sole-plate, track lateral wall and the first feed back gap are concentric arc, and described sole-plate one side is fixing with track lateral wall is connected, described sole-plate another side is provided with described first feed back gap, and the first bottom, feed back gap is connected with described hopper;Described first track, the second track, the 3rd track track lateral wall on be provided with the first anti-stacking baffle plate;nullDescribed direction limiting mechanism includes screening gap、Feed rail、Second anti-stacking baffle plate、Half station track plates and discharging track,The first track that described feed rail is corresponding、Second track or the fixing connection of the 3rd track,The track lateral wall of described feed rail junction is provided with the second anti-stacking baffle plate,Described half station track plates is fixing with described track lateral wall to be connected,And the two ends of described half station track plates are equipped with screening gap,And it is sequentially provided with feed rail along plastic button direction of advance、Screening gap、Half station track plates、Screening gap and discharging track,Plastic button is delivered to feeding port by the first feeding separating belt and the second feeding separating belt being provided with by described discharging track,Described feeding port is fixing with feeding track to be connected,Described feeding track is connected to straight-line oscillation track,Feeding track another side is provided with the second feed back gap,Described second feed back gap connects with hopper,Described straight-line oscillation orbit connection automatic assembly equipment.
Described automatic assembly equipment includes mechanical arm, tooling platform, carry over facility and assembles material-pulling device, wherein,
Mechanical arm, is fixed on tooling platform, and described mechanical arm includes rotating axle, absorption platform and connecting the lift cylinder drawing platform of driven by servomotor, for receiving the magnet piece of carry in carry over facility, and is moved to by described magnet piece on assembling material-pulling device;
Tooling platform, is used for fixing described carry over facility and assembling material-pulling device.
nullDescribed carry over facility includes feed mechanism、Pusher and feed mechanism,Described feed mechanism includes conveyer belt、Striker plate,Described striker plate is close to conveyer belt and is placed,Described pusher and feed mechanism are respectively arranged on conveyer belt both sides and are oppositely arranged,Described striker plate is located between pusher and conveyer belt,Described pusher includes scraping wings、First cylinder and cylinder mounting seat,Described cylinder mounting seat is fixed on striker plate side,And with described conveyer belt heteropleural,Described first cylinder is fixing connects scraping wings,Described striker plate has pusher mouth at scraping wings place,Described feed mechanism includes feeding platform、Slide rail and the second cylinder,Described feeding platform is located at above slide rail and is slidably connected with described slide rail,Described second cylinder is fixed on tooling platform bottom surface,And the second cylinder fixing connection feeding platform,Described feeding platform is arranged with the first feeding groove and the second feeding groove,And described first、Second feeding groove opening part is equipped with chamfering.
nullDescribed assembling material-pulling device includes feeding mechanism、Material transferring mechanism、Collecting mechanism and material jacking mechanism,Described material transferring mechanism is located at feeding mechanism front,Described collecting mechanism is located at the front of material transferring mechanism,Described collecting mechanism includes collection conduit,Described feeding mechanism includes a pair feed pipe,Described feed pipe correspondence connects described straight-line oscillation track,Described material transferring mechanism includes spill chute、The spill of corresponding feed pipe turns material slide block、3rd cylinder and be connected to the putty plate of the 3rd cylinder,Described spill turns material slide block slide in opposition in spill chute,And spill turns, and material slide block outer panel is fixing connects putty plate,Described material jacking mechanism includes the 4th cylinder and is connected to the die pad of the 4th cylinder,Described feed pipe is close to material jacking mechanism and is symmetrically set in the both sides of material jacking mechanism,Described 3rd cylinder is symmetrically set in feed pipe front port both sides,Described die pad slides in spill chute along feedstock direction,And centre position is provided with chute of stepping down bottom die pad.
Described automatic assembly equipment includes auto-feeder, automatic assembling device and automatic collecting device.
Described auto-feeder includes fuselage, portal frame, feeding station, lower platen, lower platen assembly and feeding cylinder, described feeding station correspondence connects described straight-line oscillation track, described portal frame includes crossbeam, described portal frame is located at above feeding station and two ends are secured by bolts on fuselage, lower platen assembly it is provided with on the right side of described portal frame, described feeding cylinder includes feeding cylinder barrel and feeding outfan, described feeding cylinder barrel is fixed in the middle part of crossbeam by cylinder mounting seat bolt, and described feeding outfan is fixed on lower platen assembly, described lower platen assembly is fixing connects described lower platen.
Described automatic assembling device includes " ㄇ " shape frame and track, described track is placed with the double plastic button of advance, is provided with space bar in the middle of described double plastic button;Also include transporter and assemble device, described transporter includes the workbench about the setting of described space bar symmetric transverse and Magnet conveyer belt, fixed mount, pressing plate and joint pin, described workbench one end is provided with described Magnet conveyer belt, the other end is fixing with described track to be connected, said two workbench, track and space bar composition one " mountain " shape structure, described joint pin vertically it is equipped with in the middle part of described fixed mount, the other end of described joint pin is fixing with described pressing plate upper surface to be connected, described joint pin periphery is additionally provided with fixes, with described fixed mount and pressing plate, the spring being connected respectively, described pressing plate and described workbench are correspondingly arranged;Described assembling device includes being located at the fixed station of described central rack, power plate, cylinder and pressing tongs, described fixed station is symmetrically arranged with two cylinders about described space bar, the piston rod of described cylinder is fixing with described power plate to be connected, and is provided with the pressing tongs of " ㄇ " shape in the middle part of the lower surface of described power plate;The equal horizontal symmetry of described fixed mount is fixed on the two ends of described pressing tongs.
Described automatic collecting device includes feeding-passage, turntable and collects turntable, it is provided with iron plate in the middle of described feeding-passage and turntable, described iron plate both sides are placed with into the Magnet plastic button of axial symmetry distribution, the tail end of described feeding-passage is provided with turntable, the tail end of described turntable is provided with collection turntable, described collection turntable is circumferentially uniformly provided with three groups of collecting frames, respectively the first to the 3rd collecting frame, described first collecting frame place is provided with feed station, described second collecting frame place is provided with unloading station, and described 3rd collecting frame place is without processing stations.
The beneficial effects of the utility model are in that:
Owing to this utility model have employed, symmetrically arranged to automatic assembly equipment and a pair automatic screening collator is coordinated, utilize automatic screening collator that plastic button screening and sequencing tailing edge track at random in a large number is entered automatic assembly equipment in an orderly manner, then complete to assemble by plastic button and magnet piece successively, and by finished product stacking molding, realize the assembled in pairs molding of Magnet plastic button, and the course of processing achieves full-automation, improve working (machining) efficiency, complete machine has simple in construction, with low cost, the speed of service is fast, the advantage that fluency is high, its working (machining) efficiency is far above existing Magnet plastic button process equipment.
nullCompared with existing magnetic clasp continuous production device,This utility model adopts automatic screening collator,By the one the second anti-stacking baffle plates、The one the second feed back gaps、Direction limiting mechanism can effectively by the first track、Second track、In 3rd track, the plastic button of the penguin shape of conveying is by without stacking、Penguin shape plastic button installing hole place faces up、The plastic button head of penguin shape is fed forward in the requirement of the posterior placement order of forefoot,Namely one is achieved to irregular workpiece by without stacking、There is left and right、The automatic feed of the sequential feeding of front and back and positive and negative,Indispensable condition is provided for automatically assembling of plastic button,And in conjunction with multi-track screening and sequencing structure,Greatly improve while screening and sequencing efficiency,Ensure the adequacy in the plastic button amount entered on straight-line oscillation track,Additionally by the first track、Second track、Plastic button after 3rd track screening can be arranged side by side at feeding track along predetermined attitude,Owing to feeding track width is equal to the width of plastic button,Therefore unnecessary plastic button can be recovered in hopper from the second feed back gap,Re-start screening and sequencing work,The problem that the need material speed of the so effective straight-line oscillation track solved differs with charging rate.This utility model, while improving whole plastic button screening assembling production efficiency, saving a large amount of manpower, also has simple in construction, automaticity height, the advantage that the screening degree of accuracy of plastic button is high.
Compared with existing magnetic clasp continuous production device, the first automatic assembly equipment that this utility model adopts, by fixing carry over facility on tooling platform and assembling material-pulling device, further through mechanical arm, magnet piece is displaced to assembling material-pulling device by carry over facility, the synchronization carry of pair of magnet block can be realized, and then Tong Bu with a pair plastic button assemble, then carry out the collection of finished product, finally realize the highly-efficient processing process of Magnet plastic button.Having simple in construction, with low cost, the speed of service is fast, the advantage that fluency is high.
Compared with existing magnetic clasp continuous production device, the second automatic assembly equipment that this utility model adopts, there is auto-feeder, described auto-feeder makes plastic button feeding process to be processed be that feeding air cylinder driven feeding output shaft promotes lower platen assembly feeding, lower platen assembly is fixing with lower platen to be connected, and lower platen bottom surface is provided with friction plate, and lower platen assembly makes to press under lower platen in feeding process, friction plate is made to be close to plastic button surface, thus driving plastic button to complete feeding;When feeding process terminates, lower platen assembly makes lower platen promote, and friction plate separates with plastic button surface, is concurrently fed cylinder and tightens up, and completes to reset, and enters next one circulation.This kind of device, has an advantage improving feeding process efficiency and degree of accuracy, and for subsequent processing be provided in order ensure.
Compared with existing magnetic clasp continuous production device, the second automatic assembly equipment that this utility model adopts, there is automatic assembling device, by the transporter being provided with and assembling device, achieve the automatic assembly operation of sustainability of plastic button and Magnet in the soft sramana of magnetic, reduce the working strength of workman, improve automaticity, not only improve work efficiency, and reduce cost of labor, easily realize large-scale manufacturing, it is simple to promoting the use of, this utility model also has simple in construction, reasonable in design, easily fabricated advantage.
nullCompared with existing magnetic clasp continuous production device,The second automatic assembly equipment that this utility model adopts,There is automatic collecting device,Multipair the opposite sex Magnet plastic button from feeding-passage enter in pairs and between be separated with iron plate,Through turntable,Feeding-passage is often just rotated once by two Magnet plastic button turntables,The anglec of rotation is 180 degree,Thus arriving the feed station collecting turntable,When not rotated by turntable and to be directly entered feed station for n-th pair,Magnet plastic button is entered the feed station collecting turntable by (n+1) after turntable rotates 180 °,Now n-th pair of entrance unloading station carries out discharging,When (n+1) is to when entering unloading station,(n+2) does not rotate through turntable and is directly entered feed station,Therefore,Magnet plastic button group stacking molding because of captivation after discharging,This kind of device,Simple in construction、It is skillfully constructed,Utilize the characteristic of Magnet plastic button itself,Periodic duty principle in conjunction with this device,The product realizing effective collects process.
Accompanying drawing explanation
Such as the processing process figure that Fig. 1 is the present embodiment 1;
Such as the processing process figure that Fig. 2 is the present embodiment 2;
Such as the structural representation that Fig. 3 is the automatic screening collator in this utility model;
If Fig. 4 is the partial enlarged drawing at A place in Fig. 3;
Such as the structural representation that Fig. 5 is the automatic assembly equipment in embodiment 1;
Such as the structural representation that Fig. 6 is the carry over facility in embodiment 1;
If Fig. 7 is the structural representation assembling material-pulling device in embodiment 1;
Such as the structural representation that Fig. 8 is Fig. 7 middle concave chute part;
If Fig. 9 is the structural representation of mechanical arm in embodiment 1;
If Figure 10 is the structural representation of auto-feeder in embodiment 2;
If Figure 11 is the structural representation of automatic assembling device in embodiment 2;
If Figure 12 is the structural representation of automatic collecting device in embodiment 2.
Detailed description of the invention
Referring to accompanying drawing: a kind of magnetic clasp continuous production device, including the symmetrically arranged automatic screening collator of automatic assembly equipment and a pair, wherein,
Automatic screening collator, for entering automatic assembly equipment in an orderly manner by plastic button screening and sequencing tailing edge track at random in a large number.
Automatic assembly equipment, for completing to assemble by plastic button and magnet piece successively, and by finished product stacking molding.
nullDescribed automatic screening collator includes vibrating disk 1、Hopper 2、Internal coiling track 6、Discharging opening 3、Feeding port 16、Feeding track 17、Straight-line oscillation track 19、First track 7、Second track 8、3rd track 9、First feed back gap 10 and the second feed back gap 18,It is provided with hopper 2 bottom described vibrating disk 1,Hopper 2 is provided with internal coiling track 6,Internal coiling track 6 upper end is set to discharging opening 3,Described discharging opening 3 is divided into the first track 7 by the first discharging separating belt 4 and the second discharging separating belt 5 being provided with、Second track 8 and the 3rd track 9,Described first track 7、Second track 8 is identical with the 3rd track 9 and all includes sole-plate、Track lateral wall 12、First feed back gap 10、First anti-stacking baffle plate 11 and direction limiting mechanism 13,The track lateral wall 12 that described first discharging separating belt 4 and the second discharging separating belt 5 are provided with described first track 7 and the second track 8 respectively is connected;Described sole-plate, track lateral wall 12 and the first feed back gap 10 are concentric arc, and described sole-plate one side is fixing with track lateral wall 12 is connected, described sole-plate another side is provided with described first feed back gap 10, and the first bottom, feed back gap 10 is connected with described hopper 2;The track lateral wall 12 of described first track the 7, second track the 8, the 3rd track 9 is provided with the first anti-stacking baffle plate 11;nullDescribed direction limiting mechanism 13 includes screening gap 20、Feed rail 21、Second anti-stacking baffle plate 22、Half station track plates 23 and discharging track 24,The first track 7 that described feed rail 21 is corresponding、Second track 8 or the 3rd fixing connection of track 9,The track lateral wall 12 of described feed rail 21 junction is provided with the second anti-stacking baffle plate 22,Described half station track plates 23 is fixing with described track lateral wall 12 to be connected,And the two ends of described half station track plates 23 are equipped with screening gap 20,And it is sequentially provided with feed rail 21 along plastic button direction of advance、Screening gap 20、Half station track plates 23、Screening gap 20 and discharging track 24,Plastic button is delivered to feeding port 16 by the first feeding separating belt 14 and the second feeding separating belt 15 being provided with by described discharging track 24,Described feeding port 16 is fixing with feeding track 17 to be connected,Described feeding track 17 is connected to straight-line oscillation track 19,Feeding track 17 another side is provided with the second feed back gap 18,Described second feed back gap 18 connects with hopper 2,Described straight-line oscillation track 19 connects automatic assembly equipment.
In this example, described automatic assembly equipment includes mechanical arm 25, tooling platform 26, carry over facility 27 and assembles material-pulling device 28, wherein,
Mechanical arm 25, it is fixed on tooling platform 26, described mechanical arm 25 includes rotating axle 53, absorption platform 54 and connecting the lift cylinder 55 drawing platform 54 of driven by servomotor, for receiving the magnet piece 40 of carry in carry over facility 27, and is moved to by described magnet piece 40 on assembling material-pulling device 28;
Tooling platform 26, is used for fixing described carry over facility 27 and assembling material-pulling device 28.
nullIn this example,Described carry over facility includes feed mechanism、Pusher and feed mechanism,Described feed mechanism includes conveyer belt 29、Striker plate 30,Described striker plate 30 is close to conveyer belt 29 and is placed,Described pusher and feed mechanism are respectively arranged on conveyer belt 29 both sides and are oppositely arranged,Described striker plate 30 is located between pusher and conveyer belt 29,Described pusher includes scraping wings 32、First cylinder 33 and cylinder mounting seat 34,Described cylinder mounting seat 34 is fixed on striker plate 30 side,And with described conveyer belt 29 heteropleural,Described first cylinder 33 is fixing connects scraping wings 32,Described striker plate 30 has pusher mouth 31 at scraping wings 32 place,Described feed mechanism includes feeding platform 35、Slide rail 36 and the second cylinder 37,Described feeding platform 35 is located at above slide rail 36 and is slidably connected with described slide rail 36,Described second cylinder 37 is fixed on tooling platform 26 bottom surface,And second cylinder 37 fixing connect feeding platform 35,Described feeding platform 35 is arranged with the first feeding groove 38 and the second feeding groove 39,And described first、Second feeding groove opening part is equipped with chamfering.
nullIn this example,Described assembling material-pulling device includes feeding mechanism、Material transferring mechanism、Collecting mechanism and material jacking mechanism,Described material transferring mechanism is located at feeding mechanism front,Described collecting mechanism is located at the front of material transferring mechanism,Described collecting mechanism includes collection conduit 48,Described feeding mechanism includes a pair feed pipe 41,Described feed pipe 41 is corresponding connects described straight-line oscillation track 19,Described material transferring mechanism includes spill chute 42、The spill of corresponding feed pipe 41 turns material slide block 43、3rd cylinder 44 and be connected to the putty plate 45 of the 3rd cylinder 44,Described spill turns material slide block 43 slide in opposition in spill chute 42,And spill turns, and material slide block outer panel 50 is fixing connects putty plate 45,Described material jacking mechanism includes the 4th cylinder 46 and is connected to the die pad 47 of the 4th cylinder 46,Described feed pipe 41 is close to material jacking mechanism and is symmetrically set in the both sides of material jacking mechanism,Described 3rd cylinder 44 is symmetrically set in feed pipe 41 front port both sides,Described die pad 47 slides in spill chute 42 along feedstock direction,And centre position is provided with chute 49 of stepping down bottom die pad 47.
In conjunction with Fig. 1, Fig. 3 to Fig. 9, by symmetrically arranged automatic screening collator by plastic button by the feed pipe 41 of symmetrical track input assembling material-pulling device, magnet piece 40 is made to complete by the carry process of conveyer belt 29 to feeding platform 35 by carry over facility 27, and by mechanical arm 25, magnet piece 40 is transferred to above the spill chute 42 assembling material-pulling device 28, by lift cylinder 55, magnet piece 40 is pressed in plastic button 52 and completes to assemble, and eventually through die pad 47, the Magnet plastic button of molding is headed in collection conduit 48 successively.
Embodiment 2:
A kind of magnetic clasp continuous production device, including the symmetrically arranged automatic screening collator of automatic assembly equipment and a pair, wherein,
Automatic screening collator, for entering automatic assembly equipment in an orderly manner by plastic button screening and sequencing tailing edge track at random in a large number.
Automatic assembly equipment, for completing to assemble by plastic button and magnet piece successively, and by finished product stacking molding.
nullIt should be noted that,Described automatic screening collator includes vibrating disk 1、Hopper 2、Internal coiling track 6、Discharging opening 3、Feeding port 16、Feeding track 17、Straight-line oscillation track 19、First track 7、Second track 8、3rd track 9、First feed back gap 10 and the second feed back gap 18,It is provided with hopper 2 bottom described vibrating disk 1,Hopper 2 is provided with internal coiling track 6,Internal coiling track 6 upper end is set to discharging opening 3,Described discharging opening 3 is divided into the first track 7 by the first discharging separating belt 4 and the second discharging separating belt 5 being provided with、Second track 8 and the 3rd track 9,Described first track 7、Second track 8 is identical with the 3rd track 9 and all includes sole-plate、Track lateral wall 12、First feed back gap 10、First anti-stacking baffle plate 11 and direction limiting mechanism 13,The track lateral wall 12 that described first discharging separating belt 4 and the second discharging separating belt 5 are provided with described first track 7 and the second track 8 respectively is connected;Described sole-plate, track lateral wall 12 and the first feed back gap 10 are concentric arc, and described sole-plate one side is fixing with track lateral wall 12 is connected, described sole-plate another side is provided with described first feed back gap 10, and the first bottom, feed back gap 10 is connected with described hopper 2;The track lateral wall 12 of described first track the 7, second track the 8, the 3rd track 9 is provided with the first anti-stacking baffle plate 11;nullDescribed direction limiting mechanism 13 includes screening gap 20、Feed rail 21、Second anti-stacking baffle plate 22、Half station track plates 23 and discharging track 24,The first track 7 that described feed rail 21 is corresponding、Second track 8 or the 3rd fixing connection of track 9,The track lateral wall 12 of described feed rail 21 junction is provided with the second anti-stacking baffle plate 22,Described half station track plates 23 is fixing with described track lateral wall 12 to be connected,And the two ends of described half station track plates 23 are equipped with screening gap 20,And it is sequentially provided with feed rail 21 along plastic button direction of advance、Screening gap 20、Half station track plates 23、Screening gap 20 and discharging track 24,Plastic button is delivered to feeding port 16 by the first feeding separating belt 14 and the second feeding separating belt 15 being provided with by described discharging track 24,Described feeding port 16 is fixing with feeding track 17 to be connected,Described feeding track 17 is connected to straight-line oscillation track 19,Feeding track 17 another side is provided with the second feed back gap 18,Described second feed back gap 18 connects with hopper 2,Described straight-line oscillation track 19 connects automatic assembly equipment
In this example, described automatic assembly equipment includes auto-feeder, automatic assembling device and automatic collecting device.
In this example, described auto-feeder includes fuselage 56, portal frame 57, feeding station 59, lower platen 60, lower platen assembly 61 and feeding cylinder 62, described feeding station 59 is corresponding connects described straight-line oscillation track 19, described portal frame 57 includes crossbeam 58, described portal frame 57 is located at above feeding station 59 and two ends are secured by bolts on fuselage 56, it is provided with lower platen assembly 61 on the right side of described portal frame 57, described feeding cylinder 62 includes feeding cylinder barrel 63 and feeding outfan 64, described feeding cylinder barrel 63 is fixed in the middle part of crossbeam 58 by cylinder mounting seat 65 bolt, and described feeding outfan 64 is fixed on lower platen assembly 61, described lower platen assembly 61 is fixing connects described lower platen 60.
In this example, described automatic assembling device includes " ㄇ " shape frame 66 and track 71, described track 71 is placed with the double plastic button of advance, is provided with space bar 72 in the middle of described double plastic button;Also include transporter and assemble device, described transporter includes the workbench 70 about the setting of described space bar 72 symmetric transverse and Magnet conveyer belt 69, fixed mount 68, pressing plate 73 and joint pin 74, described workbench 70 one end is provided with described Magnet conveyer belt 69, the other end is fixing with described track 71 to be connected, said two workbench 70, track 71 and space bar 72 form one " mountain " shape structure, described joint pin 74 vertically it is equipped with in the middle part of described fixed mount 68, the other end of described joint pin 74 is fixing with described pressing plate 73 upper surface to be connected, described joint pin 74 periphery is additionally provided with fixes, with described fixed mount 68 and pressing plate 73, the spring being connected respectively, described pressing plate 73 is correspondingly arranged with described workbench 70;Described assembling device includes being located at the fixed station 77 in the middle part of described frame 66, power plate 75, cylinder 76 and pressing tongs 67, described fixed station 77 is symmetrically arranged with two cylinders 76 about described space bar 72, the piston rod of described cylinder 76 is fixing with described power plate 75 to be connected, and is provided with the pressing tongs 67 of " ㄇ " shape in the middle part of the lower surface of described power plate 75;The described equal horizontal symmetry of fixed mount 68 is fixed on the two ends of described pressing tongs 67.
In this example, described automatic collecting device includes feeding-passage 78, turntable 79 and collection turntable 80, it is provided with iron plate 81 in the middle of described feeding-passage 78 and turntable 79, described iron plate 81 both sides are placed with into the Magnet plastic button 82 of axial symmetry distribution, the tail end of described feeding-passage 78 is provided with turntable 79, the tail end of described turntable 79 is provided with collection turntable 80, described collection turntable 80 is circumferentially uniformly provided with three groups of collecting frames, respectively the first to the 3rd collecting frame (83, 84, 85), described first collecting frame place 83 is provided with feed station, described second collecting frame 84 place is provided with unloading station, described 3rd collecting frame 85 place is without processing stations.
nullIn conjunction with Fig. 2、Figure 10 to Figure 12,By symmetrically arranged automatic screening collator by plastic button by the carry station 59 of symmetrical track input automatic carry device,Being contacted with plastic button by lower platen 60 makes plastic button complete carry process,Pressure and the lifting process down of lower platen 60 is controlled by lower platen assembly 62,The feeding process of lower platen 60 is controlled by feeding cylinder 62,The plastic button in carry station 59 is made to enter automatic assembling device in an orderly manner,When plastic button marches on the track 71 between workbench 70,Cylinder is pressed for 76 times,In the process pressed down,Pressing plate 73 first will press down the Magnet of station both sides to be pressed on above described workbench 70,Then cylinder 76 is then pressed down,In the process,Spring starts compression,Joint pin 74 is through described fixed mount 68 and moves upward relative to described fixed mount 68,Until the Magnet being in down on pressure station is depressed in plastic button by pressing tongs 67,Realize the assembling of plastic button and magnet piece.After being completed, cylinder 76 starts to shrink at, and the Magnet plastic button after assembling can enter automatic collecting device, and the plastic button not carrying out assembling advances to down pressure station place, and joint pin 74 moves downward relative to described fixed mount 68 under the elastic force effect of spring, reinstatement state.Subsequently into next assembly working circulation.Automatic collecting device utilizes the magnetic of Magnet plastic button itself, by turntable 79, the cooperation collecting turntable 80 and feeding process, completes the collection of Magnet plastic button and makes that finished product is stacking to be piled up.

Claims (9)

1. a magnetic clasp continuous production device, it is characterized in that, including the symmetrically arranged automatic screening collator of automatic assembly equipment and a pair, wherein, automatic screening collator, for entering automatic assembly equipment, automatic assembly equipment in an orderly manner by plastic button screening and sequencing tailing edge track at random in a large number, for completing to assemble by plastic button and magnet piece successively, and by finished product stacking molding.
null2. a kind of magnetic clasp continuous production device according to claim 1,It is characterized in that,Described automatic screening collator includes vibrating disk、Hopper、Internal coiling track、Discharging opening、Feeding port、Feeding track、Straight-line oscillation track、First track、Second track、3rd track、First feed back gap and the second feed back gap,It is provided with hopper bottom described vibrating disk,Hopper is provided with internal coiling track,Internal coiling rail superior portion end is set to discharging opening,Described discharging opening is divided into the first track by the first discharging separating belt and the second discharging separating belt being provided with、Second track and the 3rd track,Described first track、Second track and the 3rd track are identical and all include sole-plate、Track lateral wall、First feed back gap、First anti-stacking baffle plate and direction limiting mechanism,The track lateral wall that described first discharging separating belt and the second discharging separating belt are provided with described first track and the second track respectively is connected;Described sole-plate, track lateral wall and the first feed back gap are concentric arc, and described sole-plate one side is fixing with track lateral wall is connected, described sole-plate another side is provided with described first feed back gap, and the first bottom, feed back gap is connected with described hopper;Described first track, the second track, the 3rd track track lateral wall on be provided with the first anti-stacking baffle plate;nullDescribed direction limiting mechanism includes screening gap、Feed rail、Second anti-stacking baffle plate、Half station track plates and discharging track,The first track that described feed rail is corresponding、Second track or the fixing connection of the 3rd track,The track lateral wall of described feed rail junction is provided with the second anti-stacking baffle plate,Described half station track plates is fixing with described track lateral wall to be connected,And the two ends of described half station track plates are equipped with screening gap,And it is sequentially provided with feed rail along plastic button direction of advance、Screening gap、Half station track plates、Screening gap and discharging track,Plastic button is delivered to feeding port by the first feeding separating belt and the second feeding separating belt being provided with by described discharging track,Described feeding port is fixing with feeding track to be connected,Described feeding track is connected to straight-line oscillation track,Feeding track another side is provided with the second feed back gap,Described second feed back gap connects with hopper,Described straight-line oscillation orbit connection automatic assembly equipment.
3. a kind of magnetic clasp continuous production device according to claim 2, it is characterized in that, described automatic assembly equipment includes mechanical arm, tooling platform, carry over facility and assembles material-pulling device, wherein, mechanical arm, is fixed on tooling platform, and described mechanical arm includes rotating axle, absorption platform and connecting the lift cylinder drawing platform of driven by servomotor, for receiving the magnet piece of carry in carry over facility, and described magnet piece is moved on assembling material-pulling device;Tooling platform, is used for fixing described carry over facility and assembling material-pulling device.
null4. a kind of magnetic clasp continuous production device according to claim 3,It is characterized in that,Described carry over facility includes feed mechanism、Pusher and feed mechanism,Described feed mechanism includes conveyer belt、Striker plate,Described striker plate is close to conveyer belt and is placed,Described pusher and feed mechanism are respectively arranged on conveyer belt both sides and are oppositely arranged,Described striker plate is located between pusher and conveyer belt,Described pusher includes scraping wings、First cylinder and cylinder mounting seat,Described cylinder mounting seat is fixed on striker plate side,And with described conveyer belt heteropleural,Described first cylinder is fixing connects scraping wings,Described striker plate has pusher mouth at scraping wings place,Described feed mechanism includes feeding platform、Slide rail and the second cylinder,Described feeding platform is located at above slide rail and is slidably connected with described slide rail,Described second cylinder is fixed on tooling platform bottom surface,And the second cylinder fixing connection feeding platform,Described feeding platform is arranged with the first feeding groove and the second feeding groove,And described first、Second feeding groove opening part is equipped with chamfering.
null5. a kind of magnetic clasp continuous production device according to claim 3,It is characterized in that,Described assembling material-pulling device includes feeding mechanism、Material transferring mechanism、Collecting mechanism and material jacking mechanism,Described material transferring mechanism is located at feeding mechanism front,Described collecting mechanism is located at the front of material transferring mechanism,Described collecting mechanism includes collection conduit,Described feeding mechanism includes a pair feed pipe,Described feed pipe correspondence connects described straight-line oscillation track,Described material transferring mechanism includes spill chute、The spill of corresponding feed pipe turns material slide block、3rd cylinder and be connected to the putty plate of the 3rd cylinder,Described spill turns material slide block slide in opposition in spill chute,And spill turns, and material slide block outer panel is fixing connects putty plate,Described material jacking mechanism includes the 4th cylinder and is connected to the die pad of the 4th cylinder,Described feed pipe is close to material jacking mechanism and is symmetrically set in the both sides of material jacking mechanism,Described 3rd cylinder is symmetrically set in feed pipe front port both sides,Described die pad slides in spill chute along feedstock direction,And centre position is provided with chute of stepping down bottom die pad.
6. a kind of magnetic clasp continuous production device according to claim 2, it is characterised in that described automatic assembly equipment includes auto-feeder, automatic assembling device and automatic collecting device.
7. a kind of magnetic clasp continuous production device according to claim 6, it is characterized in that, described auto-feeder includes fuselage, portal frame, feeding station, lower platen, lower platen assembly and feeding cylinder, described feeding station correspondence connects described straight-line oscillation track, described portal frame includes crossbeam, described portal frame is located at above feeding station and two ends are secured by bolts on fuselage, lower platen assembly it is provided with on the right side of described portal frame, described feeding cylinder includes feeding cylinder barrel and feeding outfan, described feeding cylinder barrel is fixed in the middle part of crossbeam by cylinder mounting seat bolt, and described feeding outfan is fixed on lower platen assembly, described lower platen assembly is fixing connects described lower platen.
8. a kind of magnetic clasp continuous production device according to claim 6, it is characterised in that described automatic assembling device includes " ㄇ " shape frame and track, described track is placed with the double plastic button of advance, is provided with space bar in the middle of described double plastic button;Also include transporter and assemble device, described transporter includes the workbench about the setting of described space bar symmetric transverse and Magnet conveyer belt, fixed mount, pressing plate and joint pin, described workbench one end is provided with described Magnet conveyer belt, the other end is fixing with described track to be connected, said two workbench, track and space bar composition one " mountain " shape structure, described joint pin vertically it is equipped with in the middle part of described fixed mount, the other end of described joint pin is fixing with described pressing plate upper surface to be connected, described joint pin periphery is additionally provided with fixes, with described fixed mount and pressing plate, the spring being connected respectively, described pressing plate and described workbench are correspondingly arranged;Described assembling device includes being located at the fixed station of described central rack, power plate, cylinder and pressing tongs, described fixed station is symmetrically arranged with two cylinders about described space bar, the piston rod of described cylinder is fixing with described power plate to be connected, and is provided with the pressing tongs of " ㄇ " shape in the middle part of the lower surface of described power plate;The equal horizontal symmetry of described fixed mount is fixed on the two ends of described pressing tongs.
9. a kind of magnetic clasp continuous production device according to claim 6, it is characterized in that, described automatic collecting device includes feeding-passage, turntable and collection turntable, it is provided with iron plate in the middle of described feeding-passage and turntable, described iron plate both sides are placed with into the Magnet plastic button of axial symmetry distribution, the tail end of described feeding-passage is provided with turntable, the tail end of described turntable is provided with collection turntable, described collection turntable is circumferentially uniformly provided with three groups of collecting frames, respectively the first to the 3rd collecting frame, described first collecting frame place is provided with feed station, described second collecting frame place is provided with unloading station, described 3rd collecting frame place is without processing stations.
CN201620181075.9U 2016-03-09 2016-03-09 Continuous production unit is detained to magnetism Active CN205395159U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105563819A (en) * 2016-03-09 2016-05-11 利辛县富亚纱网有限公司 Magnetic snap continuous production device
CN108642729A (en) * 2018-05-16 2018-10-12 东华大学 For automatic assembly line to the quick adjustment system and method for garment piece fabric positive and negative

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105563819A (en) * 2016-03-09 2016-05-11 利辛县富亚纱网有限公司 Magnetic snap continuous production device
CN108642729A (en) * 2018-05-16 2018-10-12 东华大学 For automatic assembly line to the quick adjustment system and method for garment piece fabric positive and negative

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