CN204770433U - Automatic riveter of nut - Google Patents

Automatic riveter of nut Download PDF

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Publication number
CN204770433U
CN204770433U CN201520359057.0U CN201520359057U CN204770433U CN 204770433 U CN204770433 U CN 204770433U CN 201520359057 U CN201520359057 U CN 201520359057U CN 204770433 U CN204770433 U CN 204770433U
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CN
China
Prior art keywords
nut
feeding
driving
hopper
loading
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Expired - Fee Related
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CN201520359057.0U
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Chinese (zh)
Inventor
黄鹏
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Intelligent Science And Technology Ltd Of Dongguan Shan Ze
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Intelligent Science And Technology Ltd Of Dongguan Shan Ze
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Priority to CN201520359057.0U priority Critical patent/CN204770433U/en
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Expired - Fee Related legal-status Critical Current
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Abstract

The utility model belongs to the technical field of electronic product assembly device technique and specifically relates to indicate an automatic riveter of nut, including loading attachment, set up in the dress nut device of this loading attachment's discharge gate department and set up the pressure nut device who locates in this dress nut device's discharge gate, dress nut device including body panel, set up in the sideslip transport mechanism at the rear portion of this body panel, set up in indulging of this body panel move transport mechanism, set up in this indulge move the transport mechanism top put nut mechanism and set up in this indulge move the transport mechanism side send nut mechanism. The utility model discloses a loading attachment with send that the nut machine constituent is other to carry out automatic feeding to work piece and nut, the material loading is fast, get the accurate height of spermiation to the work piece, dress nut device adopts automatic conveying and dress nut, and dress nut precision is high, fast, has reduced workman's intensity of labour, this automatic riveter of nut adopts automated production, has improved production efficiency, has reduced manufacturing cost, has very strong practicality.

Description

A kind of nut automatic riveting machine
Technical field
The utility model relates to electronic product assembling device technical field, refers in particular to a kind of nut automatic riveting machine.
Background technology
In the production of the electronic products such as mobile phone, panel computer, personal digital assistant, MP3 and MP4, usually need to produce the sheet miniature workpiece of sheet metal component as installing plate, framework etc.The general body frame as installing of these workpiece, in the assembling process of whole electronic product, first pressed-in nut in the installing hole of workpiece, during later stage assembling, directly can fix other assemblies on the workpiece with screw, be convenient to the assembling in later stage.
In traditional handicraft, on workpiece, pressed-in nut is all manual operation, and its efficiency of assembling is low, and cost of labor is high.Now commercially there is the mould of some pressed-in nuts on workpiece, during work, artificial in advance nut is loaded in the installing hole of workpiece, again this workpiece is put into mould, the patrix of mould moves down and is pressed in workpiece by nut, adopt the mode of this pressure nut, improve production efficiency to a certain extent.
Existing pressure screw nut die, it loads nut portion by manually having come in the installing hole of workpiece, namely by manually more than, nut being loaded in workpiece, rely on manually loading nut on workpiece, can not realize the production automation, its efficiency is still very low, can not meet the demand of production; Adopt in addition manually to the workpiece installed carry out piecemeal put into mould, its labor strength is large, and cost of labor is high, and defect is obvious.Therefore, need badly and a kind of nut automatic riveting machine is provided.
Summary of the invention
The technical problems to be solved in the utility model is to provide that a kind of loading nut precision is high, speed is fast, can enhance productivity, and reduces the labour intensity of workman, and effectively reduces the nut automatic riveting machine of production cost.
In order to solve the problems of the technologies described above, the utility model adopts following technical scheme:
A kind of nut automatic riveting machine, comprise feeding device, be arranged at the loading nut device of the discharge outlet of this feeding device and be arranged at the pressure nut apparatus of discharge outlet of this loading nut device, described loading nut device comprises rack platform, be arranged at the traversing connecting gear at the rear portion of this rack platform, be arranged at the vertical shift connecting gear of this rack platform, be arranged at above this vertical shift connecting gear put nut body and be arranged at this vertical shift connecting gear side send nut body.
Wherein, described feeding device comprises material loading support, is arranged at the rotating disk of described material loading support rotationally, for driving the rotary disc driving mechanism of this dial rotation, be arranged at the material fetching mechanism above material loading support and be arranged at the material jacking mechanism of this material loading support, described rotating disk is provided with some discharging boxes, during material loading, the top of described material jacking mechanism is positioned at immediately below one of them discharging box.
Wherein, described feeding device also comprises rotating disk retaining mechanism, this latch segment comprising locking cylinder and be connected with the piston rod of this locking cylinder, described rotating disk is provided with locating piece, this locating piece offers fixed gap, described latch segment is provided with abutting part, and during location, described abutting part abuts with this fixed gap.
Wherein, described discharging box comprises the workpiece being arranged at described disk edge and places plate and be arranged at some backgauge posts that plate placed by this workpiece, and this some backgauge post surrounds trough;
Described material jacking mechanism comprising lifting arm, being arranged at the liftout dish on this lifting arm top and the lifting drive for driving this lifting arm to be elevated, and described rotating disk and workpiece are placed plate correspondence and offered through hole for described lifting arm upwards liftout.
Wherein, described material fetching mechanism comprises the feeding mounting bracket being fixed on described material loading support, the feeding transverse cylinder being arranged at this feeding mounting bracket, the feeding sliding seat be connected with the piston rod of this feeding transverse cylinder, the feeding lift cylinder being arranged at this feeding sliding seat, the feeding sucker disk seat be connected with the piston rod of this feeding lift cylinder, the feeding sucker being arranged at this feeding sucker disk seat and is arranged at the guide rod of described feeding mounting bracket, and described feeding sliding seat is movably set in this guide rod.
Wherein, described traversing connecting gear comprises reclaimer robot, for driving the cross sliding driving device of this reclaimer robot transverse shifting, described vertical shift connecting gear comprises slip tool and the vertical shift driving mechanism for driving this slip tool to vertically move;
The quantity of described reclaimer robot is four, and the two ends of described rack platform are respectively arranged with feeding station platform and wait for station platform, and described vertical shift connecting gear is at described feeding station platform and wait between station platform.
Wherein, described nut body of putting comprises the installing rack being fixed on described rack platform, the transverse shifting seat being movably set in this installing rack, the suction nut assembly being arranged at this installing rack front end and for driving the Mobile base drive unit of described transverse shifting seat transverse shifting, the suction nozzle cylinder that this suction nut assembly comprises suction nozzle, the elevating lever be connected with this suction nozzle and is connected with this elevating lever.
Wherein, the hopper describedly send nut body to comprise feed support, being arranged at this feed support, some be set up in parallel hopper, be arranged at this hopper discharge outlet feeding distribution mechanism, be arranged at vibrating mechanism bottom hopper and for the pusher material of hopper pushed in hopper, the feed end of described hopper extends in described hopper.
Wherein, described pusher comprises liftable mounting plate, be juxtaposed on some scraping wings of this liftable mounting plate and for driving the lifting drive of liftable mounting plate elevating movement, the top of described scraping wings is arranged in described hopper, described some scraping wings and the spaced setting of described some hoppers;
Described feeding distribution mechanism comprises the sub-material cylinder being arranged at feed support and the cutting plate be connected with the piston rod of this sub-material cylinder, and described cutting plate is provided with the sub-material breach corresponding with described some hoppers.
Wherein, described pressure nut apparatus comprise install base station, be arranged at this installation base station dynamic model guide pillar, slide be arranged at the moving platen of this dynamic model guide pillar and the dynamic model drive unit for driving this moving platen to be elevated; described moving platen is equiped with dynamic model sliding sleeve, and described moving platen is slided by dynamic model sliding sleeve and is arranged at described dynamic model guide pillar.
The beneficial effects of the utility model:
The utility model compact conformation, adopts feeding device and send nut body to carry out automatic charging to workpiece and nut respectively, and its material loading speed is fast, pick and place accurate height to workpiece; Transmitted this workpiece workpiece loading nut by loading nut device, it adopts and automatically transmits and loading nut, and loading nut precision is high, speed fast, improves the efficiency of loading nut, reduces the labour intensity of workman; This nut automatic riveting machine, adopts automated production, improves production efficiency, reduce production cost, have very strong practicality.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is the perspective view of feeding device described in the utility model.
Fig. 3 is another perspective view of feeding device described in the utility model.
Fig. 4 is the perspective view of material jacking mechanism described in the utility model.
Fig. 5 is the perspective view of rotating disk described in the utility model, discharging box and rotating disk retaining mechanism.
Fig. 6 is the perspective view of material jacking mechanism described in the utility model.
Fig. 7 is the perspective view of loading nut device described in the utility model.
Fig. 8 is the perspective view of traversing connecting gear described in the utility model.
Fig. 9 is perspective view of putting nut body and vertical shift connecting gear described in the utility model.
Figure 10 is the perspective view sending nut body described in the utility model.
Figure 11 be described in the utility model send nut body to hide hopper after perspective view.
Figure 12 is the stereochemical structure decomposing schematic representation sending nut body described in the utility model.
Figure 13 is the perspective view of pressure nut apparatus described in the utility model.
Detailed description of the invention
For the ease of the understanding of those skilled in the art, be further described the utility model below in conjunction with embodiment and accompanying drawing, the content that embodiment is mentioned is not to restriction of the present utility model.
As shown in figure 1 to figure 13, a kind of nut automatic riveting machine, comprise feeding device 1, be arranged at the loading nut device 2 of the discharge outlet of this feeding device 1 and be arranged at the pressure nut apparatus 3 of discharge outlet of this loading nut device 2, described loading nut device 2 comprises rack platform 21, be arranged at the traversing connecting gear 4 at the rear portion of this rack platform 21, be arranged at the vertical shift connecting gear 5 of this rack platform 21, be arranged at above this vertical shift connecting gear 5 put nut body 6 and be arranged at this vertical shift connecting gear 5 side send nut body 7.
Concrete, be pressed into kind and the quantity of workpiece inner nut as required, described in send nut body 7 that can one or more be set.In actual applications, feeding device 1 pair of workpiece carries out material loading, workpiece is placed on traversing connecting gear 4, this traversing connecting gear 4 carries workpiece transverse shifting, and workpiece is placed on vertical shift connecting gear 5, this vertical shift connecting gear 5 carries workpiece movable to putting nut body 6 place, and this is put nut body 6 and draws nut from sending nut body 7, and is placed in the nut installing hole of workpiece by this nut.After nut is placed, vertical shift connecting gear 5 again by workpiece movable to traversing connecting gear 4 place, this traversing connecting gear 4 draws workpiece, and by this work piece delivery to pressure nut apparatus 3 place, this pressure nut apparatus 3 is pressed into the nut be placed on before on workpiece in workpiece, traversing connecting gear 4 draws this workpiece movable again, and carries out blanking to this workpiece, namely completes on single workpiece nut riveting.
The utility model compact conformation, adopts feeding device 1 and send nut body 7 to carry out automatic charging to workpiece and nut respectively, and its material loading speed is fast, pick and place accurate height to workpiece; Transmitted this workpiece by loading nut device 2 pairs of workpiece loading nuts, it adopts and automatically transmits and loading nut, and loading nut precision is high, speed fast, improves the efficiency of loading nut, reduces the labour intensity of workman; This nut automatic riveting machine, adopts automated production, improves production efficiency, reduce production cost, have very strong practicality.
In the present embodiment, described feeding device 1 comprises material loading support 11, is arranged at the rotating disk 12 of described material loading support 11 rotationally, for drive this rotating disk 12 to rotate rotary disc driving mechanism 13, be arranged at the material fetching mechanism 14 above material loading support 11 and be arranged at the material jacking mechanism 15 of this material loading support 11, described rotating disk 12 is provided with some discharging boxes 16, during material loading, the top of described material jacking mechanism 15 is positioned at immediately below one of them discharging box 16.
Concrete, described rotary disc driving mechanism 13 can adopt multiple drives structure to realize, such as shown in Fig. 3, the rotating shaft 132 that described rotary disc driving mechanism 13 comprises rotating disk drive motors 131 and is connected with this rotating disk drive motors 131, described rotating shaft 132 drives with described rotating disk 12 and is connected.Concrete, bearing is equipped with in rotating shaft 132, and this rotary disc driving mechanism 13 structure is simple, and it is convenient to control.
Described some discharging boxes 16 enclose on a turntable 12, and the quantity of discharging box 16 can arrange one or more according to the demand of producing.In actual applications, workpiece is placed in discharging box 16, rotary disc driving mechanism 13 drives rotating disk 12 to rotate, the discharging box 16 having filled workpiece is turned to the correspondence position of material jacking mechanism 15, this material jacking mechanism 15 upwards ejects workpiece, when top is to certain position, material fetching mechanism 14 is taken workpiece away and this workpiece is placed on the platform of loading nut.
This feeding device 1 structure is simple, manufacture and maintenance cost low, some discharging boxes 16 can once hold a large amount of workpiece, reduce manual operation, reduce the labour intensity of workman, reduce cost of labor, it carries out automatic charging to the workpiece in discharging box 16, improves the efficiency of material loading.
In the present embodiment, described feeding device 1 also comprises rotating disk retaining mechanism 17, this latch segment 172 comprising locking cylinder 171 and be connected with the piston rod of this locking cylinder 171, described rotating disk 12 is provided with locating piece 121, this locating piece 121 offers fixed gap 1211, described latch segment 172 is provided with abutting part 1721, and during location, described abutting part 1721 abuts with this fixed gap 1211.
Rotary disc driving mechanism 13 drives rotating disk 12 to rotate, when rotating disk 12 turns to material jacking mechanism 15 place, locking cylinder 171 promotes latch segment 172 and moves, the abutting part 1721 of latch segment 172 is pushed in the fixed gap 1211 of locating piece 121, thus rotating disk 12 is located accurately and locks, such that material jacking mechanism 15 can accurately pusher and material fetching mechanism 14 can accurate feedings reposefully reposefully.
In the present embodiment, described discharging box 16 comprises the workpiece being arranged at described rotating disk 12 edge and places plate 161 and be arranged at some backgauge posts 162 that plate 161 placed by this workpiece, this some backgauge post 162 surrounds trough 163, this workpiece is placed plate 161 and is convenient to the installation of discharging box 16, dismounting and replacing, adopt some backgauge posts 162 to surround trough 163, its structure is simple, low cost of manufacture, trough 163 capacity is large, and is convenient to pick and place workpiece.
Described material jacking mechanism 15 comprising lifting arm 151, being arranged at the liftout dish 152 on this lifting arm 151 top and the lifting drive for driving this lifting arm 151 to be elevated, and described rotating disk 12 and workpiece are placed plate 161 correspondence and offered through hole for described lifting arm 151 upwards liftout.Concrete, described through hole is positioned at described trough 163, the discharging box 16 having filled workpiece is turned to the correspondence position of material jacking mechanism 15 by rotating disk 12, lifting drive drives lifting arm 151 to move up, this lifting arm 151 passes through hole and is upwards ejected by the workpiece in trough 163, is convenient to material fetching mechanism 14 feeding.
Described lifting drive can select oil cylinder, cylinder etc., such as shown in Fig. 4, described lifting drive comprises lifting motor 153, drives the elevating screw 154 be connected and the lifting nut 155 being installed in this elevating screw 154 with this lifting motor 153, and the bottom of described lifting arm 151 is fixedly connected with described lifting nut 155.This lifting drive adopts lifting motor 153, elevating screw 154 and lifting nut 155 to coordinate transmission, and it transmits stably to workpiece, transmits precision high.
In the present embodiment, described material fetching mechanism 14 comprises the feeding mounting bracket 141 being fixed on described material loading support 11, be arranged at the feeding transverse cylinder 142 of this feeding mounting bracket 141, the feeding sliding seat 143 be connected with the piston rod of this feeding transverse cylinder 142, be arranged at the feeding lift cylinder 144 of this feeding sliding seat 143, the feeding sucker disk seat 145 be connected with the piston rod of this feeding lift cylinder 144, be arranged at the feeding sucker of this feeding sucker disk seat 145 and be arranged at the guide rod 146 of described feeding mounting bracket 141, described feeding sliding seat 143 is movably set in this guide rod 146.
Concrete, feeding sucker can select vacuum cup or magnechuck.When material jacking mechanism 15 upwards pushes up certain position workpiece, transverse cylinder 142 drives feeding sliding seat 143 along guide rod 146 transverse shifting, feeding sucker is made to be positioned at correspondence position above workpiece, feeding lift cylinder 144 is opened and is driven feeding sucker to move down feeding, after feeding completes, feeding lift cylinder 144 is closed, and transverse cylinder 142 drives feeding sliding seat 143 along guide rod 146 transverse shifting again, and workpiece is placed on traversing connecting gear 4 by feeding sucker.This material fetching mechanism 14 feeding is steady, and it is convenient that transverse cylinder 142 and feeding lift cylinder 144 control, and response action is fast, and acquisition cost is low.
In the present embodiment, described traversing connecting gear 4 comprises reclaimer robot 41, for driving the cross sliding driving device 42 of this reclaimer robot 41 transverse shifting, described vertical shift connecting gear 5 comprises slip tool 51 and the vertical shift driving mechanism 52 for driving this slip tool 51 to vertically move; The quantity of described reclaimer robot 41 is four, and the two ends of described rack platform 21 are respectively arranged with feeding station platform 211 and wait for station platform 212, and described vertical shift connecting gear 5 is at described feeding station platform 211 and wait between station platform 212.
During work, workpiece is placed on feeding station platform 211 by material fetching mechanism 14, cross sliding driving device 42 drives reclaimer robot 41 transverse shifting, this workpiece is placed on slip tool 51 by this reclaimer robot 41, vertical shift driving mechanism 52 drives this slip tool 51 to putting nut body 6 loading nut, after installing nut, nut is delivered to cross sliding driving device 42 place by vertical shift driving mechanism 52, this workpiece is placed on by reclaimer robot 41 waits for station platform 212, after pressure nut apparatus processes workpiece above, this workpiece is placed into pressure nut apparatus and processes by reclaimer robot 41, after band machines, reclaimer robot 41 pairs of workpiece carry out blanking.Four reclaimer robots 41 work simultaneously, substantially increase production efficiency.
Concrete, described cross sliding driving device 42 and vertical shift driving mechanism 52 all can adopt cylinder, the acting energy sources such as Timing Belt, and motor, screw mandrel and nut also can be selected to carry out routing motion.Such as shown in Fig. 8, the manipulator installing plate 46 that cross sliding driving device 42 comprises traversing motor 43, the traversing screw mandrel 44 be connected with this traversing motor 43, the traversing nut being sheathed on this traversing screw mandrel 44, the traversing plate 45 be fixedly connected with this traversing nut and is fixedly connected with this traversing plate 45, described reclaimer robot 41 this be arranged at this manipulator installing plate 46.
This cross sliding driving device 42 structure is simple, and adopt traversing motor 43, traversing screw mandrel 44 and traversing nut screw connection to move, it moves steadily, and mobile accuracy is high, makes reclaimer robot 41 draw workpiece steadily reliable.
As shown in Figure 9, in the present embodiment, described vertical shift driving mechanism 52 comprises vertical shift motor 53, drives the vertical shift screw mandrel 54 be connected, the vertical shift nut being sheathed on this vertical shift screw mandrel 54 with this vertical shift motor 53, this vertical shift nut is connected with the bottom surface of described slip tool 51, described rack platform 21 is provided with vertical shift slide rail 213, and described slip tool 51 is installed in vertical shift slide rail 213 by sliding sleeve.Vertical shift motor 53 drives vertical shift nut to move by vertical shift screw mandrel 54, thus slip tool 51 is moved around along vertical shift slide rail 213, and it controls convenient, and steadily mobile, shift position precision is high, makes to put nut body 6 square nut accurate.
In the present embodiment, described put nut body 6 comprise the installing rack 641 being fixed on described rack platform 21, the transverse shifting seat 642 being movably set in this installing rack 641, be arranged at this installing rack 641 front end suction nut assembly 643 and for driving the Mobile base drive unit 644 of described transverse shifting seat 642 transverse shifting, the suction nozzle cylinder 647 that this suction nut assembly 643 comprises suction nozzle 645, the elevating lever 646 be connected with this suction nozzle 645 and is connected with this elevating lever 646.
Mobile base drive unit 644 drives transverse shifting seat 642 transverse shifting, suction nut assembly 643 is made to carry out absorption nut from sending nut body 7, suction nozzle cylinder 647 drives elevating lever 646 to be elevated, suction nozzle 645 is made to carry out absorption nut and loading nut, this is put nut body 64 and controls conveniently, mobile steadily shift position precision is high, makes suction nozzle 645 draw nut and loading nut is accurate.
Described Mobile base drive unit 644 can adopt cylinder, the acting energy sources such as Timing Belt, and motor, screw mandrel and nut also can be selected to carry out routing motion.Such as shown in Fig. 9, the Mobile base nut that described Mobile base drive unit 64 comprises the Mobile base motor 641 being arranged at described installing rack 61, the Mobile base screw mandrel 642 be connected with this Mobile base motor 641 and is sheathed on this Mobile base screw mandrel 642, described transverse shifting seat 62 is fixedly connected with this Mobile base nut 613; Described installing rack 61 is provided with Mobile base slide rail 611, and described transverse shifting seat 62 is installed in this Mobile base slide rail 611 by sliding sleeve.It is convenient that this Mobile base drive unit 64 controls, and steadily mobile, shift position precision is high, makes suction nozzle 65 draw nut and loading nut is more accurate.
In the present embodiment, the hopper 72 describedly send nut body 7 to comprise feed support 71, being arranged at this feed support 71, some be set up in parallel hopper 73, be arranged at this hopper 73 discharge outlet feeding distribution mechanism 74, be arranged at vibrating mechanism 75 bottom hopper 73 and for the pusher 76 material of hopper 72 pushed in hopper 73, the feed end of described hopper 73 extends in described hopper 72.
Originally send nut body 7 compact conformation, convenient installation and placement, save production space; Some hoppers 73 can disposable automatic transport many nuts, meet the demand of producing, and improve the efficiency for nut; After nut in feeding distribution mechanism 74 pairs of hoppers 73 carries out sub-material, the suction nozzle putting nut body 6 draws this nut again, avoid directly suction in hopper 73, and cause other nuts after this nut being siphoned away and dropping outside hopper 73, and cause the waste of part, ensure that the reliability of feed, and reduce production cost.
In the present embodiment, described pusher 76 comprises liftable mounting plate 761, be juxtaposed on some scraping wings 762 of this liftable mounting plate 761 and for driving the lifting drive 763 of liftable mounting plate 761 elevating movement, the top of described scraping wings 761 is arranged in described hopper 72, described some scraping wings 761 and the spaced setting of described some hoppers 73; Concrete, lifting drive 763 can select cylinder, oil cylinder etc.Lifting drive 763 drives liftable mounting plate 761 to move upward, this liftable mounting plate 761 drives some scraping wings 762 upwards the nut top in hopper 72 to be flown, being pushed up the partial nut flown finally falls in hopper 73, lifting drive 763 drives liftable mounting plate 761 to be repeatedly elevated and makes scraping wings 762 jacking nut repeatedly, and nut is sent to hopper 73 endlessly.This pusher 76 structure is simple, and low cost of manufacture is easy to maintenance.
Described feeding distribution mechanism 74 comprises the sub-material cylinder 741 being arranged at feed support 71 and the cutting plate 742 be connected with the piston rod of this sub-material cylinder 741, and described cutting plate 742 is provided with the sub-material breach 7421 corresponding with described some hoppers 73.
Concrete, time initial, the sub-material breach 7421 of cutting plate 742 is in the exit of hopper 73, nut is vibrated to sub-material breach 7421 from hopper 73, when the suction nozzle of loading nut device prepares to draw nut, sub-material cylinder 741 drives cutting plate 742 to move, sub-material breach 7421 and described hopper 73 are staggered, then the suction nozzle of loading nut mechanism 6 feeding from sub-material breach 7421, avoid directly suction in hopper 73, and cause other nuts after this nut being siphoned away and dropping outside hopper 73, and cause the waste of part, further ensure the reliability of feed.
This feeding distribution mechanism 74 structure is simple, and sub-material breach 7421 plays the effect of sub-material and backgauge, and adopt sub-material cylinder 741 as power source, it controls convenient, and the speed of response is fast, and acquisition cost is cheap.
Described vibrating mechanism 75 can select vibrating disk, and this vibrating disk is existing device, therefore repeats no more.Adopt vibrating disk as vibration source, its feeding is reliable, purchases conveniently, is convenient to safeguard and change.
In the present embodiment; described pressure nut apparatus 3 comprise install base station 31, be arranged at this installation base station 31 dynamic model guide pillar 32, slide be arranged at the moving platen 33 of this dynamic model guide pillar 32 and the dynamic model drive unit for driving this moving platen 33 to be elevated; described moving platen 33 is equiped with dynamic model sliding sleeve 34, and described moving platen 33 is slided by dynamic model sliding sleeve 34 and is arranged at described dynamic model guide pillar 32.
In actual applications, dynamic model drive unit can select oil cylinder or cylinder etc., installing the counterdie of base station 31 installation pressure screw nut die, moving platen 33 loads onto mould, dynamic model drive unit drives moving platen 33 ascending, descending campaign, thus makes upper die and lower die opening and closing mould.In the nut press-in workpiece on workpiece.
Above-described embodiment is the utility model preferably implementation, and in addition, the utility model can also realize by alternate manner, and under the prerequisite not departing from the technical program design, any apparent replacement is all within protection domain of the present utility model.

Claims (10)

1. a nut automatic riveting machine, it is characterized in that: comprise feeding device (1), the pressure nut apparatus (3) of the loading nut device (2) being arranged at the discharge outlet of this feeding device (1) and the discharge outlet being arranged at this loading nut device (2), described loading nut device (2) comprises rack platform (21), be arranged at the traversing connecting gear (4) at the rear portion of this rack platform (21), be arranged at the vertical shift connecting gear (5) of this rack platform (21), be arranged at this vertical shift connecting gear (5) top put nut body (6) and be arranged at this vertical shift connecting gear (5) side send nut body (7).
2. a kind of nut automatic riveting machine according to claim 1, it is characterized in that: described feeding device (1) comprises material loading support (11), be arranged at the rotating disk (12) of described material loading support (11) rotationally, the rotary disc driving mechanism (13) rotated for driving this rotating disk (12), be arranged at the material fetching mechanism (14) of material loading support (11) top and be arranged at the material jacking mechanism (15) of this material loading support (11), described rotating disk (12) is provided with some discharging boxes (16), during material loading, the top of described material jacking mechanism (15) is positioned at immediately below one of them discharging box (16).
3. a kind of nut automatic riveting machine according to claim 2, it is characterized in that: described feeding device (1) also comprises rotating disk retaining mechanism (17), this latch segment (172) comprising locking cylinder (171) and be connected with the piston rod of this locking cylinder (171), described rotating disk (12) is provided with locating piece (121), this locating piece (121) offers fixed gap (1211), described latch segment (172) is provided with abutting part (1721), during location, described abutting part (1721) abuts with this fixed gap (1211).
4. a kind of nut automatic riveting machine according to claim 2, it is characterized in that: described discharging box (16) comprises the workpiece being arranged at described rotating disk (12) edge and places plate (161) and be arranged at some backgauge posts (162) that plate (161) placed by this workpiece, and this some backgauge post (162) surrounds trough (163);
Described material jacking mechanism (15) comprising lifting arm (151), being arranged at the liftout dish (152) on this lifting arm (151) top and the lifting drive for driving this lifting arm (151) to be elevated, and described rotating disk (12) and workpiece are placed plate (161) correspondence and offered through hole for described lifting arm (151) upwards liftout.
5. a kind of nut automatic riveting machine according to claim 2, it is characterized in that: described material fetching mechanism (14) comprises the feeding mounting bracket (141) being fixed on described material loading support (11), be arranged at the feeding transverse cylinder (142) of this feeding mounting bracket (141), the feeding sliding seat (143) be connected with the piston rod of this feeding transverse cylinder (142), be arranged at the feeding lift cylinder (144) of this feeding sliding seat (143), the feeding sucker disk seat (145) be connected with the piston rod of this feeding lift cylinder (144), be arranged at the feeding sucker of this feeding sucker disk seat (145) and be arranged at the guide rod (146) of described feeding mounting bracket (141), described feeding sliding seat (143) is movably set in this guide rod (146).
6. a kind of nut automatic riveting machine according to claim 1, it is characterized in that: described traversing connecting gear (4) comprises reclaimer robot (41), for driving the cross sliding driving device (42) of this reclaimer robot (41) transverse shifting, described vertical shift connecting gear (5) comprises slip tool (51) and the vertical shift driving mechanism (52) for driving this slip tool (51) to vertically move;
The two ends of described rack platform (21) are respectively arranged with feeding station platform (211) and wait for station platform (212), and described vertical shift connecting gear (5) is positioned at described feeding station platform (211) and waits between station platform (212).
7. a kind of nut automatic riveting machine according to claim 1, it is characterized in that: described in put nut body (6) and comprise the installing rack (641) being fixed on described rack platform (21), be movably set in the transverse shifting seat (642) of this installing rack (641), be arranged at this installing rack (641) front end suction nut assembly (643) and for driving the Mobile base drive unit (644) of described transverse shifting seat (642) transverse shifting, this suction nut assembly (643) comprises suction nozzle (645), the elevating lever (646) be connected with this suction nozzle (645) and the suction nozzle cylinder (647) be connected with this elevating lever (646).
8. a kind of nut automatic riveting machine according to claim 1, it is characterized in that: described in send nut body (7) to comprise feed support (71), be arranged at this feed support (71) hopper (72), some be set up in parallel hopper (73), be arranged at this hopper (73) discharge outlet feeding distribution mechanism (74), be arranged at hopper (73) bottom vibrating mechanism (75) and for the material of hopper (72) being pushed the pusher (76) in hopper (73), the feed end of described hopper (73) extends in described hopper (72).
9. a kind of nut automatic riveting machine according to claim 8, it is characterized in that: described pusher (76) comprises liftable mounting plate (761), be juxtaposed on some scraping wings (762) of this liftable mounting plate (761) and for driving the lifting drive (763) of liftable mounting plate (761) elevating movement, the top of described scraping wings (761) is arranged in described hopper (72), described some scraping wings (761) and the spaced setting of described some hoppers (73);
Described feeding distribution mechanism (74) comprises the sub-material cylinder (741) being arranged at feed support (71) and the cutting plate (742) be connected with the piston rod of this sub-material cylinder (741), and described cutting plate (742) is provided with the sub-material breach (7421) corresponding with described some hoppers (73).
10. a kind of nut automatic riveting machine according to claim 8; it is characterized in that: described pressure nut apparatus (3) comprise install base station (31), be arranged at this installation base station (31) dynamic model guide pillar (32), slide be arranged at the moving platen (33) of this dynamic model guide pillar (32) and the dynamic model drive unit for driving this moving platen (33) to be elevated; described moving platen (33) is equiped with dynamic model sliding sleeve (34), and described moving platen (33) is slided by dynamic model sliding sleeve (34) and is arranged at described dynamic model guide pillar (32).
CN201520359057.0U 2015-05-29 2015-05-29 Automatic riveter of nut Expired - Fee Related CN204770433U (en)

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Application Number Priority Date Filing Date Title
CN201520359057.0U CN204770433U (en) 2015-05-29 2015-05-29 Automatic riveter of nut

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CN204770433U true CN204770433U (en) 2015-11-18

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CN201520359057.0U Expired - Fee Related CN204770433U (en) 2015-05-29 2015-05-29 Automatic riveter of nut

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104841837A (en) * 2015-05-29 2015-08-19 东莞善泽智能化科技有限公司 Automatic nut riveting machine
CN105618662A (en) * 2016-03-30 2016-06-01 上海维衡精密电子股份有限公司 Numerical control riveting device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104841837A (en) * 2015-05-29 2015-08-19 东莞善泽智能化科技有限公司 Automatic nut riveting machine
CN104841837B (en) * 2015-05-29 2017-02-01 东莞善泽智能化科技有限公司 Automatic nut riveting machine
CN105618662A (en) * 2016-03-30 2016-06-01 上海维衡精密电子股份有限公司 Numerical control riveting device

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151118

Termination date: 20170529

CF01 Termination of patent right due to non-payment of annual fee