CN209206356U - A kind of four station riveting nut devices with self-checking function - Google Patents
A kind of four station riveting nut devices with self-checking function Download PDFInfo
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- CN209206356U CN209206356U CN201821272106.7U CN201821272106U CN209206356U CN 209206356 U CN209206356 U CN 209206356U CN 201821272106 U CN201821272106 U CN 201821272106U CN 209206356 U CN209206356 U CN 209206356U
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Abstract
The utility model provides a kind of four station riveting nut devices with self-checking function, including pedestal, anvil mould, locating pin, probe, indicator light, cushion block, touch switch (11) and controller (12).The utility model uses the device being made of above-mentioned component and tetra- stations of A, B, C, D is arranged on the base；In application, cooperation pneumatic punching machine works, when work, workpiece sequentially carries out nut riveting through tetra- stations of A, B, C, D, and a station is completed in every riveting, and the indicator light of the station is bright, when the indicator light all light of tetra- stations of A, B, C, D, then the four of the workpiece nut riveting finishes；When next piece of workpiece covers the probe of A station, the indicator light that controller controls four stations goes out clearing entirely, so in cycles, take the technical solution of above-mentioned four station of machine self-test in riveting, make the nut riveting of automotive seat upper beam, reach reduction lathe to occupy, reduce recruitment, improves efficiency, reduces the purpose of cost and anti-leak-stopping riveting.
Description
Technical field
The utility model relates to a kind of riveting process device, in particular to it is used on automotive seat upper beam sheet metal component sequentially
A kind of four station riveting nut devices with self-checking function of stamping riveting nut.
Background technique
Illustrate, automotive seat upper beam is a kind of plates of automobile components, abbreviation seat upper beam；Riveting process device abbreviation riveting
Connect tooling；Seat upper beam is set there are four position is different, the nut for connecting with automobile other structures part, and refering to fig. 13,14；Institute
Stating nut is fixed on seat upper beam with the stamped riveting of pneumatic punching machine；The seat of the nut riveting will not be completed below
Upper beam, referred to as workpiece；In order to ensure the shape position error required precision of nut and workpiece riveting, need to cooperate by riveting tool
Pneumatic punching machine is riveted, and the riveting tool of the prior art is two, a machine, that is, two stations pair are only arranged in a pneumatic punching machine
The riveting tool answered, the punching press of every pneumatic punching machine can be only done the riveting of one of station, therefore, every pneumatic punching machine
The punching press that station need to be converted twice can complete nut riveting corresponding to two stations, and then circulation arrives next
Pneumatic punching machine rivets the nut of lower two stations；Due to riveting the overall process of four nuts, two pneumatic punching machines and mating are needed
Riveting tool, therefore two bit manipulation employees occupy lathe, Yuan Gongduo, low efficiency is at high cost；In addition, in actual operation,
Also occur the phenomenon that some station leakage riveting nut in seat upper beam finished product frequently, testing staff need to be set and carry out full inspection, it is therefore, existing
Occupy lathe, Yuan Gongduo with the presence of technology, the problem of low efficiency, at high cost and leakiness riveting with it is insufficient.
Summary of the invention
Aiming at the problems and shortcomings existing in the prior art, the utility model is used by pedestal, anvil mould, locating pin, spy
The device that head, indicator light, cushion block, touch switch and controller are constituted, wherein pedestal is the steel components of rectangular plate-like；Anvil mould
For cylindrical steel components, the upper surface of anvil mould is equipped with the groove coincideing with shape face below nut and is known as cavity plate；Locating pin is
Cylindrical steel components, the upper end of locating pin are equipped with the frustum of cone；Probe is the steel components of cylinder tube shape, probe
Inductor is equipped in lumen, the inductor is actively to emit infrared ray, objects in front variation is judged with the power of back wave,
And the active type infrared induction electronic component of output switching signal；Indicator light is LED light；Cushion block is block-like steel components；Touching
The dynamic normally opened dynamic circuit connector electric switch of switch；Controller is the electronic control device equipped with microprocessor circuit plate；Anvil mould is vertically upward
It is fixed on the front at impact faces center；The upper surface of pedestal is equipped with A station, four B station, C station and D station tooling regions,
The locating pin, probe, indicator light and cushion block are respectively equipped in the A station, B station, C station and D station area, it is described
Locating pin, probe, indicator light and cushion block protrude is fixed on the upper surface of pedestal upwards；The C station and D station are located at anvil
The left and right sides side of mould, the A station are located at the left back of anvil mould, and the B station is located at the right back of anvil mould；Probe,
Indicator light and touch switch are connect through conducting wire with controller；Controller is fixedly connected with pneumatic punching machine, touch switch and " Air-Uplift "
Bed is fixedly connected, and the contact of touch switch corresponds to the piston rod of pneumatic punching machine, the touch that receiving piston bar moves downward；
In application, present apparatus cooperation pneumatic punching machine works, the piston-rod lower end of the pneumatic punching machine is connected with punch die
Formed punch directed downwardly, the formed punch are cylindrical steel components, are equipped with spherical surface connected in star below formed punch and are known as punch die；Preposition theory
It is bright: to be set on the workpiece there are four needing the through-hole of riveting nut to be known as position hole, four institute's rheme holes are referred to as a holes, b
Hole, c holes and d holes；Four technique through-holes that positioning corresponding with each institute's rheme hole respectively is additionally provided on workpiece are known as positioning
Hole, four location holes are referred to as a location hole, b location hole, c location hole and d location hole；Pedestal is fixed on pneumatic punching machine
On the bracket of setting, anvil mould corresponds to the formed punch upwards；Work below the pedestal of anvil mould present position with pneumatic punching machine
The upper surface of platform is fixedly connected；
When work, workpiece sequentially carries out nut riveting through A station, B station, C station and D station, first, will be described in workpiece
A holes are placed at the cavity plate of anvil mould, and first nut is inserted into a holes, a location hole of workpiece is inserted in A work
In the locating pin of position, start pneumatic punching machine, the cavity plate and the punch die are jointly by nut riveting at the hole a, A at this time
The probe of station measure workpiece covering in place, after the punch die undershoot, controller to probe and touch switch feedback signal at
After reason, drive the indicator light of A station bright；Later, the b holes of workpiece are placed at the cavity plate of anvil mould, by second
Nut is inserted into b holes, and the b location hole of workpiece is inserted in the locating pin of B station, starts pneumatic punching machine, the cavity plate
With the punch die jointly by nut riveting at the hole b, the probe of B station measures workpiece covering in place at this time, the punching
After mould undershoot, after controller is to the feedback signal processing of probe and touch switch, drive the indicator light of B station bright；Later, by work
The c holes of part are placed at the cavity plate of anvil mould, third nut are inserted into c holes, by the c location hole of workpiece
It is inserted in the locating pin of C station, starts pneumatic punching machine, the cavity plate and the punch die are jointly by nut riveting in the hole c
Place, at this time the probe of C station measure workpiece covering in place, after the punch die undershoot, controller to probe and touch switch it is anti-
After feedback signal processing, drive the indicator light of C station bright；Later, the d holes of workpiece are placed at the cavity plate of anvil mould,
4th nut is inserted into d holes, the d location hole of workpiece is inserted in the locating pin of D station, starts pneumatic punching machine,
The cavity plate and the punch die are jointly by nut riveting at the hole d, and the probe of D station measures workpiece and covers at this time
, after the punch die undershoot, after controller is to the feedback signal processing of probe and touch switch, drive the indicator light of D station bright；
The indicator light all light of A station, B station, C station, D station indicates that four nut rivetings of the workpiece finish；Later, to next
When the workpiece that block prepares riveting nut covers the probe of A station, after controller is to the feedback signal processing of the probe of A station,
Control A station, B station, C station, D station indicator light go out full clearing；Until the feedback signal of touch switch arrives, A station
Indicator light bright again open；The cushion block is used to pad, balance, prevent the effect of workpiece posture skew；Probe, indicator light, touching
Dynamic switch, controller are used to that operator to be prompted sequentially to carry out the riveting operation of four stations, detect the riveting of each station automatically,
Prevent the effect of leakage riveting phenomenon；Using the technical solution of above-mentioned four station of machine self-test in riveting, providing one kind has
Four station riveting nut devices of self-checking function, it is intended to which the nut riveting for making automotive seat upper beam reaches and reduces lathe occupancy, subtracts
Few recruitment, improves efficiency, reduces the purpose of cost and anti-leak-stopping riveting.
Purpose of the utility model is realized as follows: a kind of four station riveting nut devices with self-checking function, packet
Include pedestal, anvil mould, locating pin, probe, indicator light, cushion block, touch switch and controller, in which: the pedestal is rectangular slab
The steel components of shape；
The anvil mould is cylindrical steel components, and the upper surface of anvil mould is equipped with the groove coincideing with shape face below nut
Referred to as cavity plate；
The locating pin is cylindrical steel components, and the upper end of locating pin is equipped with the frustum of cone；
The probe is the steel components of cylinder tube shape, is equipped with inductor in the lumen of probe, based on the inductor
Dynamic transmitting infrared ray judges that objects in front changes with the power of back wave, and the active type infrared induction of output switching signal
Electronic component；
The indicator light is LED light；
The cushion block is block-like steel components；
The normally opened dynamic circuit connector electric switch of the touch switch；
The controller is the electronic control device equipped with microprocessor circuit plate；
Anvil mould is fixed on the front at impact faces center vertically upward；The upper surface of pedestal is equipped with A station, B station, C station
With four tooling regions of D station, the locating pin, spy are respectively equipped in the A station, B station, C station and D station area
Head, indicator light and cushion block, the locating pin, probe, indicator light and cushion block protrude is fixed on the upper surface of pedestal upwards；The C
Station and D station are located at the left and right sides side of anvil mould, and the A station is located at the left back of anvil mould, and the B station distinguishes position
In the right back of anvil mould；Probe, indicator light and touch switch are connect through conducting wire with controller；Controller and the fixed company of pneumatic punching machine
It connects, touch switch is fixedly connected with pneumatic punching machine, and the contact of touch switch corresponds to the piston rod of pneumatic punching machine, receiving piston bar
The touch moved downward；Pedestal is fixed on the bracket of pneumatic punching machine setting, and anvil mould corresponds to the formed punch upwards；Locating for anvil mould
It is fixedly connected below the pedestal of position with the upper surface of the workbench of pneumatic punching machine.
The direction face of above structure statement is divided into up, down, left, right, front, rear side, wherein front is in face of present apparatus main view
The face of figure, behind be the face opposite with the front.
Working principle and beneficial effect
In application, present apparatus cooperation pneumatic punching machine works, the piston-rod lower end of the pneumatic punching machine is connected with punch die
Formed punch directed downwardly, the formed punch are cylindrical steel components, are equipped with spherical surface connected in star below formed punch and are known as punch die；
Preposition explanation: it is set on the workpiece there are four needing the through-hole of riveting nut to be known as position hole, four institute's rheme holes are divided
It is also known as a holes, b holes, c holes and d holes；Four works of positioning corresponding with each institute's rheme hole respectively are additionally provided on workpiece
Skill through-hole is known as location hole, and four location holes are referred to as a location hole, b location hole, c location hole and d location hole.
When work, workpiece sequentially carries out nut riveting through A station, B station, C station and D station；
The a holes of workpiece are placed at the cavity plate of anvil mould by step 1, and first nut is inserted into a holes,
On the frustum for the locating pin that a location hole of workpiece is inserted in A station, start pneumatic punching machine, the cavity plate with it is described
Punch die is jointly by nut riveting at the hole a, and the probe of A station measures workpiece covering in place at this time, the punch die undershoot
Afterwards, after controller is to the feedback signal processing of probe and touch switch, drive the indicator light of A station bright；
The b holes of workpiece are placed at the cavity plate of anvil mould by step 2, and second nut is inserted into b holes,
On the frustum for the locating pin that the b location hole of workpiece is inserted in B station, start pneumatic punching machine, the cavity plate with it is described
Punch die is jointly by nut riveting at the hole b, and the probe of B station measures workpiece covering in place at this time, the punch die undershoot
Afterwards, after controller is to the feedback signal processing of probe and touch switch, drive the indicator light of B station bright；
The c holes of workpiece are placed at the cavity plate of anvil mould by step 3, and third nut is inserted into c holes,
On the frustum for the locating pin that the c location hole of workpiece is inserted in C station, start pneumatic punching machine, the cavity plate with it is described
Punch die is jointly by nut riveting at the hole c, and the probe of C station measures workpiece covering in place at this time, the punch die undershoot
Afterwards, after controller is to the feedback signal processing of probe and touch switch, drive the indicator light of C station bright；
The d holes of workpiece are placed at the cavity plate of anvil mould by step 4, and the 4th nut is inserted into d holes,
On the frustum for the locating pin that the d location hole of workpiece is inserted in D station, start pneumatic punching machine, the cavity plate with it is described
Punch die is jointly by nut riveting at the hole d, and the probe of D station measures workpiece covering in place at this time, the punch die undershoot
Afterwards, after controller is to the feedback signal processing of probe and touch switch, drive the indicator light of D station bright；
The indicator light all light of A station, B station, C station, D station indicates that four nut rivetings of the workpiece finish；It
Afterwards, when the workpiece for preparing riveting nut when next piece covers the probe of A station, the feedback of probe of the controller based on A station
Signal, control A station, B station, C station, D station indicator light go out full clearing；Until the feedback signal of touch switch arrives, A
The indicator light of station is bright again to be opened；
The cushion block is used to pad, balance, prevent the effect of workpiece posture skew；
The riveting operation that probe, indicator light, touch switch, controller are used to that operator to be prompted sequentially to carry out four stations,
Automatically the riveting for detecting each station prevents the effect for leaking riveting phenomenon.
Present apparatus structure is simple, reliable operation, by the self-test in riveting of four station of a machine, makes the spiral shell of automotive seat upper beam
Mother's riveting reduces lathe occupancy, has saved recruitment, improved efficiency, reduced costs, avoided leakage riveting.
Above-mentioned, the utility model is used by pedestal, anvil mould, locating pin, probe, indicator light, cushion block, touch switch and control
The device that device is constituted, in application, present apparatus cooperation pneumatic punching machine works, when work, workpiece is through A station, B station, C station
Nut riveting is sequentially carried out with D station, a station is completed in every riveting, and the indicator light of the station is bright, when A station, B station, C work
Position, D station indicator light all light, indicate that four nut rivetings of the workpiece finish；Later, prepare riveting nut to next piece
When workpiece covers the probe of A station, controller controls four indicator lights and goes out full clearing, so in cycles；Using above-mentioned
One machine, four station while riveting while self-test technical solution, overcome the prior art exist occupy lathe recruitment it is more, low efficiency, cost
The problem of high and leakiness riveting, makes automotive seats with deficiency, a kind of provided four station riveting nut devices with self-checking function
The nut riveting of chair upper beam has reached reduction lathe and has occupied, reduces recruitment, improved efficiency, reduces the mesh of cost and anti-leak-stopping riveting
's.
Detailed description of the invention
Fig. 1 is that a kind of main view projection structure of four station riveting nut devices with self-checking function of the utility model shows
It is intended to；
Fig. 2 is a kind of vertical view view projection structure of four station riveting nut devices with self-checking function of the utility model
Schematic diagram；
Fig. 3 is that a kind of right optical axis of four station riveting nut devices with self-checking function of the utility model measures meaning
Figure；
Fig. 4 is that a kind of left view axis of four station riveting nut devices with self-checking function of the utility model measures meaning
Figure；
Fig. 5 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 1
The schematic top plan view of state；
Fig. 6 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 1
The axonometric schematic diagram of state；
Fig. 7 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 2
The schematic top plan view of state；
Fig. 8 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 2
The axonometric schematic diagram of state；
Fig. 9 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 3
The schematic top plan view of state；
Figure 10 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 3
The axonometric schematic diagram of state；
Figure 11 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 4
The schematic top plan view of state；
Figure 12 is a kind of four station riveting nut devices with self-checking function of the utility model, is worked in step 4
The axonometric schematic diagram of state；
Figure 13 is a kind of schematic diagram of main cross-sectional structure of nut 04；
Figure 14 is a kind of axonometric schematic diagram of nut 04.
Embodiment in reference to the accompanying drawing is described in further detail the utility model, but should not be construed as to this reality
With novel any restrictions.
In figure: pedestal 1, anvil mould 2, locating pin 3, probe 4, indicator light 5, cushion block 6, A station 7, B station 8, C station 9, D work
Position 10, touch switch 11, controller 12, workpiece 01, pneumatic punching machine 02, bracket 021, formed punch 022, nut 04.
Specific embodiment
Refering to fig. 1~Figure 12, a kind of four station riveting nut devices with self-checking function of the utility model, including base
Seat 1, anvil mould 2, locating pin 3, probe 4, indicator light 5, cushion block 6, touch switch 11 and controller 12, in which: the pedestal 1 is
The steel components of rectangular plate-like；
The anvil mould 2 is cylindrical steel components, and the upper surface of anvil mould 2 is equipped with to coincide with shape face below nut 04
Groove is known as cavity plate；
The locating pin 3 is cylindrical steel components, and the upper end of locating pin 3 is equipped with the frustum of cone；
The probe 4 is the steel components of cylinder tube shape, is equipped with inductor in 4 lumen of popping one's head in, the inductor is
Actively emit infrared ray, judges that objects in front changes with the power of back wave, and the active infra-red sense of output switching signal
Answer electronic component；
The indicator light 5 is LED light；
The cushion block 6 is block-like steel components；
The normally opened dynamic circuit connector electric switch of touch switch 11；
The controller 12 is the electronic control device equipped with microprocessor circuit plate；
Anvil mould 2 is fixed on the front at center above pedestal 1 vertically upward；The upper surface of pedestal 1 is equipped with A station 7, B station 8, C
10 4 tooling regions of station 9 and D station, the A station 7, B station 8, C station 9 and D station are respectively equipped in 10 region
The locating pin 3, probe 4, indicator light 5 and cushion block 6, the locating pin 3, probe 4, indicator light 5 and cushion block 6 protrude solid upwards
Due to the upper surface of pedestal 1；The C station 9 and D station 10 are located at the left and right sides side of anvil mould 2, and the A station 7 is located at anvil
The left back of mould 2, the B station 8 are located at the right back of anvil mould 2；Probe 4, indicator light 5 and touch switch 11 through conducting wire with
Controller 12 connects；Controller 12 is fixedly connected with pneumatic punching machine 02, and touch switch 11 is fixedly connected with pneumatic punching machine 02, is touched
The contact of switch 11 corresponds to the piston rod of pneumatic punching machine 02, the touch that receiving piston bar moves downward；Pedestal 1 is fixed on pneumatically
On the bracket 021 that punching machine 02 is arranged, anvil mould 2 corresponds to the formed punch 022 upwards；Below the pedestal 1 of 2 present position of anvil mould with
The upper surface of the workbench of pneumatic punching machine 02 is fixedly connected.
The direction face of above structure statement is divided into up, down, left, right, front, rear side, wherein front is in face of present apparatus main view
The face of figure, behind be the face opposite with the front.
Working principle and beneficial effect
In application, present apparatus cooperation pneumatic punching machine 02 works, the piston-rod lower end of the pneumatic punching machine 02 is connected with
Punch die formed punch 022 directed downwardly, the formed punch 022 are cylindrical steel components, are equipped with spherical surface connected in star below formed punch 022 and are known as
Punch die；
Preposition explanation: the through-hole of riveting nut 04 is needed to be known as position hole, four institute's rhemes there are four setting on the workpiece 01
Hole is referred to as a holes, b holes, c holes and d holes；Positioning corresponding with each institute's rheme hole respectively is additionally provided on workpiece 01
Four technique through-holes are known as location hole, and four location holes are referred to as a location hole, b location hole, c location hole and d positioning
Hole.
When work, workpiece 01 sequentially carries out the riveting of nut 04 through A station 7, B station 8, C station 9 and D station 10；
The a holes of workpiece 01 are placed at the cavity plate of anvil mould 2 by step 1, and first nut 04 is inserted into a
In hole, on the frustum for the locating pin 3 that a location hole of workpiece 01 is inserted in A station 7, start pneumatic punching machine 02, it is described
Nut 04 is riveted at the hole a by cavity plate and the punch die jointly, and the probe 4 of A station 7 measures workpiece 01 and covers at this time
, after the punch die undershoot, after the feedback signal processing of 12 pairs of controller probes 4 and touch switch 11, drive the finger of A station 7
Show that lamp 5 is bright；
The b holes of workpiece 01 are placed at the cavity plate of anvil mould 2 by step 2, and second nut 04 is inserted into b
In hole, on the frustum for the locating pin 3 that the b location hole of workpiece 01 is inserted in B station 8, start pneumatic punching machine 02, it is described
Nut 04 is riveted at the hole b by cavity plate and the punch die jointly, and the probe 4 of B station 8 measures workpiece 01 and covers at this time
, after the punch die undershoot, after the feedback signal processing of 12 pairs of controller probes 4 and touch switch 11, drive the finger of B station 8
Show that lamp 5 is bright；
The c holes of workpiece 01 are placed at the cavity plate of anvil mould 2 by step 3, and third nut 04 is inserted into c
In hole, on the frustum for the locating pin 3 that the c location hole of workpiece 01 is inserted in C station 9, start pneumatic punching machine 02, it is described
Nut 04 is riveted at the hole c by cavity plate and the punch die jointly, and the probe 4 of C station 9 measures workpiece 01 and covers at this time
, after the punch die undershoot, after the feedback signal processing of 12 pairs of controller probes 4 and touch switch 11, drive the finger of C station 9
Show that lamp 5 is bright；
The d holes of workpiece 01 are placed at the cavity plate of anvil mould 2 by step 4, and the 4th nut 04 is inserted into d
In hole, on the frustum for the locating pin 3 that the d location hole of workpiece 01 is inserted in D station 10, start pneumatic punching machine 02, institute
It states cavity plate and nut 04 is riveted at the hole d by the punch die jointly, the probe 4 of D station 10 measures workpiece 01 and covers at this time
Lid in place, after the punch die undershoot, after the feedback signal processing of 12 pairs of controller probes 4 and touch switch 11, drives D station 10
Indicator light 5 it is bright；
5 all light of indicator light of A station 7, B station 8, C station 9, D station 10 indicates four 04 rivetings of nut of the workpiece 01
It connects and finishes；Later, when the workpiece 01 for preparing riveting nut 04 when next piece covers the probe 4 of A station 7, controller 12 is based on A
The feedback signal of the probe 4 of station 7, the full clearing of going out of indicator light 5 of control A station 7, B station 8, C station 9, D station 10；Until
The feedback signal of touch switch 11 arrives, and the indicator light 5 of A station 7 is bright again to be opened；
The cushion block 6 is used to pad, balance, prevent the effect of workpiece 01 posture skew；
The riveting that probe 4, indicator light 5, touch switch 11, controller 12 are used to that operator to be prompted sequentially to carry out four stations
Operation, detects the riveting of each station automatically, prevents the effect for leaking riveting phenomenon.
Present apparatus structure is simple, reliable operation, by the self-test in riveting of four station of a machine, makes the spiral shell of automotive seat upper beam
Mother's riveting reduces lathe occupancy, has saved recruitment, improved efficiency, reduced costs, avoided leakage riveting.
Claims (1)
1. a kind of four station riveting nut devices with self-checking function, including pedestal (1), anvil mould (2), locating pin (3), probe
(4), indicator light (5), cushion block (6), touch switch (11) and controller (12), it is characterised in that: the pedestal (1) is rectangle
The steel components of plate；
The anvil mould (2) is cylindrical steel components, and the upper surface of anvil mould (2) is equipped with to coincide with shape face below nut (04)
Groove be known as cavity plate；
The locating pin (3) is cylindrical steel components, and the upper end of locating pin (3) is equipped with the frustum of cone；
The probe (4) is the steel components of cylinder tube shape, is equipped with inductor in the lumen of (4) of popping one's head in, the inductor is
Actively emit infrared ray, judges that objects in front changes with the power of back wave, and the active infra-red sense of output switching signal
Answer electronic component；
The indicator light (5) is LED light；
The cushion block (6) is block-like steel components；
The normally opened dynamic circuit connector electric switch of touch switch (11)；
The controller (12) is the electronic control device equipped with microprocessor circuit plate；
Anvil mould (2) is fixed on the front at pedestal (1) center above vertically upward；The upper surface of pedestal (1) is equipped with A station (7), B work
Position (10) four (8), C station (9) and D station tooling regions, the A station (7), B station (8), C station (9) and D station
(10) locating pin (3), probe (4), indicator light (5) and cushion block (6) are respectively equipped in region, the locating pin (3) is visited
Head (4), indicator light (5) and cushion block (6) protrude is fixed on the upper surface of pedestal (1) upwards；The C station (9) and D station (10)
It is located at the left and right sides side of anvil mould (2), the A station (7) is located at the left back of anvil mould (2), and the B station (8) is respectively
Positioned at the right back of anvil mould (2)；Probe (4), indicator light (5) and touch switch (11) are connect through conducting wire with controller (12)；Control
Device (12) processed is fixedly connected with pneumatic punching machine (02), and touch switch (11) is fixedly connected with pneumatic punching machine (02), touch switch
(11) contact corresponds to the piston rod of pneumatic punching machine (02), the touch that receiving piston bar moves downward；Pedestal (1) is fixed on gas
On the bracket (021) of dynamic punching machine (02) setting, anvil mould (2) corresponds to formed punch (022) upwards；The pedestal of anvil mould (2) present position
(1) it is fixedly connected below with the upper surface of the workbench of pneumatic punching machine (02)；
The piston-rod lower end of the pneumatic punching machine (02) is connected with punch die formed punch directed downwardly (022), and the formed punch (022) is cylinder
Shape steel components are equipped with spherical surface connected in star below formed punch (022) and are known as punch die.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821272106.7U CN209206356U (en) | 2018-07-30 | 2018-07-30 | A kind of four station riveting nut devices with self-checking function |
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| CN201821272106.7U CN209206356U (en) | 2018-07-30 | 2018-07-30 | A kind of four station riveting nut devices with self-checking function |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115091208A (en) * | 2022-07-19 | 2022-09-23 | 深圳市裕盛兴五金制品有限公司 | Automatic riveting manufacturing system and process for punch press |
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2018
- 2018-07-30 CN CN201821272106.7U patent/CN209206356U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115091208A (en) * | 2022-07-19 | 2022-09-23 | 深圳市裕盛兴五金制品有限公司 | Automatic riveting manufacturing system and process for punch press |
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