CN207606484U - Automatic rotary disc type pressing machine - Google Patents
Automatic rotary disc type pressing machine Download PDFInfo
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- CN207606484U CN207606484U CN201721121971.7U CN201721121971U CN207606484U CN 207606484 U CN207606484 U CN 207606484U CN 201721121971 U CN201721121971 U CN 201721121971U CN 207606484 U CN207606484 U CN 207606484U
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Abstract
The utility model is related to combustion gas component manufacture fields, especially automatic rotary disc type pressing machine.Automatic rotary disc type pressing machine, including bottom plate, the bottom plate is equipped with turntable structure, turntable structure includes dispenser, turntable and fixed turntable, dispenser is arranged on bottom plate, fixed turntable is located above turntable, turntable is rotatably arranged on dispenser, fixed turntable is fixed on dispenser, disk edge surface is evenly distributed with fixed seat, fixed seat is equipped with the channel of perforation, fixed disk edge surface is at least provided with two apron blocks and a pusher cylinder mounting plate, the quantity of fixed seat than apron block quantity more than one, apron block and pusher cylinder mounting plate are uniformly distributed, pusher cylinder mounting plate, which is equipped with, acts outside pusher cylinder, apron block is equipped with baffle bolt.The usefulness of the utility model：Save artificial, raising production efficiency, raising productivity effect.
Description
Technical field
The utility model is related to combustion gas component manufacture fields, especially automatic rotary disc type pressing machine.
Background technology
Combustion gas component is frequently necessary to mounting cap or pad etc., manually carry out assembly exist it is many difficult, cap or pad equidimension compared with
It is small, lack automatic instrument, worker is easy fatigue in process, and low production efficiency, there are security risks.
Utility model content
In order to solve the low technical problem of above-mentioned artificial pressure processing efficiency, the utility model provides automatic rotary disc type indentation
Machine.
The technical solution of the utility model is as follows：
Automatic rotary disc type pressing machine, including bottom plate, the bottom plate be equipped with turntable structure, turntable structure include dispenser,
Turntable and fixed turntable, dispenser are arranged on bottom plate, and fixed turntable is located above turntable, and turntable is rotatably arranged on dispenser
On, fixed turntable is fixed on dispenser, and disk edge surface is evenly distributed with fixed seat, and fixed seat is equipped with perforation
Channel, fixed disk edge surface is at least provided with two apron blocks and a pusher cylinder mounting plate, and the quantity of fixed seat is than gear
The quantity of panel seat is one more, and apron block and pusher cylinder mounting plate are uniformly distributed, and it is outside that pusher cylinder mounting plate is equipped with action
Pusher cylinder, apron block be equipped with baffle bolt, channel and baffle bolt in the same plane, apron block by clockwise successively
For the first working position and the second working position, the first working position left side is equipped with feeding structure, and being equipped with indentation on the inside of the second working position ties
Structure, dispenser, feeding structure, pressing structure, pusher cylinder, depth detection structure are connect with control system.
The pressing structure includes material feeding seat, is equipped with stick pusher on the left of material feeding seat, stick pusher connect with stick pusher cylinder, send
Expect that seat and stick pusher cylinder install online rail plate surface, line rail board bottom portion is equipped with line rail slide, and line rail slide is installed on online rail,
Line rail is located on panel, and line rail plate is connect with cylinder, and mandril is equipped on the inside of material feeding seat, and mandril is connect with mandril cylinder, and cylinder is logical
It crosses cylinder mounting plate to be fixed on panel, mandril cylinder is fixed on by mandril cylinder mounting plate on panel, and panel passes through holder
It is fixed on bottom plate.
The material feeding seat surface indentation forms chute feeder, chute feeder left end opening, and chute feeder left part inside is worn equipped with feeding
Hole, chute feeder right part inner side and outer side are perforated equipped with mandril, and feeding perforation and mandril perforation are penetrated through with chute feeder, and the mandril is worn
Guide sleeve is equipped on the outside of hole, guide sleeve is connect with material feeding seat outer surface corresponding position, and feeding tank cover plate is equipped with above chute feeder.
The chute feeder left end opening inside diameter is more than pusher rod outside diameter, and mandril punch inside diameter is more than mandril outer diameter.
The feeding structure includes feeding seat, and feeding seating face is recessed to form feeding groove, and feeding groove left and right ends are equipped with and wear
Hole, feeding seat left side are equipped with top stick, and top stick is connect with top stick cylinder, and on feeding panel, top stick cylinder passes through feeding seat
Top stick cylinder mounting plate is fixed on feeding panel, and feeding panel is fixed on by feeding holder on bottom plate.
The turntable structure includes dispenser, turntable and fixed turntable, turntable and dispenser outer ring output axis connection, segmentation
Device inputting shaft is connect with turntable stepper motor, and fixed turntable is equipped with above turntable, and fixed turntable is fixed on dispenser fixing axle table
Face, dispenser and turntable stepper motor are fixed on backplate surface.
Baiting structure is equipped on the outside of the turntable, baiting structure includes being located at the pusher cylinder fixed on turntable and being located to turn
Tremie pipe on the outside of disk, pusher cylinder is interior to be equipped with the charging ram being pushed outwardly, and tremie pipe passes through blanking plate and dispenser shell connects
It connects.
Sorting structure is equipped on the outside of the baiting structure, sorting structure includes sorting box, and sorting box is connect with sorting cylinder,
It sorting and is equipped with sorting sliding block below box, sorting line rail is equipped with below sorting sliding block, sorting line rail is fixed on sorting panel surface, point
It picks cylinder and is mounted on sorting panel surface by sorting cylinder mounting plate.
Using technical solution provided by the utility model, structure novel is ingenious in design, all automatic in process of manufacture
It carries out, saves manually, solve the low technical problem of artificial efficiency, while avoiding artificial and being likely to occur in the process
Error, protect the personal safety of worker, ensured production instrument normal operation, improve production efficiency, improve production effect
Benefit；Material feeding and feeding all automatic progress, need not manually be added, improve production efficiency, improve production effect one by one
Benefit；Line rail plate can be moved up in inward-outward direction it is dynamic, both ensure that indentation action be smoothed out, in turn ensure the smooth rotation of turntable,
It is ingenious in design, improve production efficiency；The design of stick pusher and mandril, ingenious in design, cooperation is close, and a sequence just will be from
It is transported to chute feeder at feeding, is then pressed directly into processing materials, motion stability, production efficiency height；Depth detection structure
Setting, is directly processed the detection of quality after the process of production and processing, has cut the process of artificial detection, improves production effect
Rate；The setting of sorting structure, is directly sorted after detection process, and defective work is separated, and is put into sorting basin, is cut
The process of manual sorting improves production efficiency.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the utility model turntable structure schematic diagram；
Fig. 3 is the utility model turntable structure schematic diagram；
Fig. 4 is the utility model pressing structure schematic diagram；
Fig. 5 is the utility model pressing structure schematic diagram；
Fig. 6 is the utility model feeding structure schematic diagram；
Fig. 7 is the utility model depth detection structural schematic diagram；
Fig. 8 is the utility model sorting structure schematic diagram；
Fig. 9 is the utility model feeding holder structure schematic diagram；
Figure 10 is the utility model material feeding seat and expects pipe fixture block structural schematic diagram；
Figure 11 is the utility model fixed seat structure schematic diagram；
Figure 12 is the structural schematic diagram of the utility model embodiment.
Specific implementation mode
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment
The automatic rotary disc type pressing machine as shown in Fig. 1 ~ 11, including bottom plate 1, bottom plate 1 intersect in T-shaped, the bottom plate 1
Position is equipped with turntable 2, and turntable 2 is whole rounded, is flat face at inner end, outer end, left end and right end edge, corresponding 4 works
Position position, facilitates mounting-fixing base 3,2 edge surface corresponding position of turntable to be recessed to form mounting groove so that the installation of fixed seat 3 is solid
It is fixed that more securely 2 lower section of turntable is equipped with dispenser, turntable 2 and dispenser outer ring output axis connection, dispenser inputting shaft one end with
Turntable stepper motor connects, and the dispenser inputting shaft other end connects a signal wheel, and signal wheel rotation one is enclosed, and outer diameter is ascending
It gradually changes, signal wheel side is set there are one sensor, is provided a signal to sensor at signal wheel largest outside diameter, is entered power
The dynamic circle of shaft rotation, drives one circle of signal theory rotation, sensor to send a turntable 2 to PLC and rotate the signal finished, turntable stepping
Motor turns an angle, and drives the rotation of dispenser inputting shaft, dispenser outer ring force-output shaft that turntable 2 is driven to rotate 90 degree, will be upper
Solenoid valve lever at one process is transported at subsequent processing, and dispenser is fixed on 1 surface of bottom plate, the installation of turntable stepper motor
On 1 surface of bottom plate, 2 edge surface of turntable is uniformly provided with 4 fixed seats 3, and it is flat that fixed seat 3 is bolted on 2 surface of turntable
It faces directly on edge, it is close apart from manufacturing procedure structure, solenoid valve lever is avoided because generating processing too far apart from manufacturing procedure structure
Error, ensures the smooth errorless progress of manufacturing procedure, 3 inner hollow of fixed seat, 2 radial direction of turntable be provided with 2 it is opposite
Opening forms a circular channel that can accommodate solenoid valve lever, and solenoid valve lever, circular channel internal diameter are transported for accommodating
More than solenoid valve lever outer diameter, circular channel internal diameter matches with solenoid valve lever outer diameter, both solenoid valve lever can be allowed smooth
Enter in circular channel, and can ensure that solenoid valve lever position in manufacturing procedure is fixed, not generate unnecessary sliding
And processing is caused to be slipped up, circular channel length is less than solenoid valve lever length, circular channel length and solenoid valve lever length phase
Matching, facilitates Motionless electromagnetic valve actuation bar in manufacturing procedure, charging ram 16 releases solenoid valve lever when being also convenient for blanking, turntable 2
Top is equipped with fixed turntable 8, and point-blank with 8 central point of fixed turntable, fixed turntable 8 is rounded for 2 central point of turntable, Gu
Determine turntable 8 and be fixed on dispenser fixing axle surface, fixed 8 edge surface of turntable is set there are three apron block 9, and three apron blocks 9 divide
Cloth is located at upper end, left end and right end, 9 position of apron block is corresponding with fixed seat 3, apron block 9 on the quartering position of circumference
By the first working position, the second working position and third working position is followed successively by clockwise, feeding structure is equipped on the left of the first working position, the
It is equipped with pressing structure on the inside of two working positions, is equipped with depth detection structure on the right side of third working position, on a remaining quartering position
Equipped with pusher cylinder mounting plate, pusher cylinder mounting plate, which is equipped with, acts outside pusher cylinder, and apron block 9 is L-shaped, and one end is logical
It crosses bolt and is fixed on 8 surface of fixed turntable, baffle bolt 17, baffle spiral shell are connected in fixed 8 radial direction of turntable on apron block 9
17 head surface of bolt is smooth, and 17 head of baffle bolt is towards 3 direction of fixed seat, and circular channel and baffle bolt 17 are in same plane
On, for withstanding solenoid valve lever tail portion so that solenoid valve lever is immovable, assists 3 Motionless electromagnetic valve actuation bar of fixed seat, gear
Crab bolt 17 is rotatable, front and back adjusting is carried out with this, to adapt to various sizes of solenoid valve lever.
Feeding structure includes feeding seat 12, and 12 surface indentation of feeding seat forms feeding groove 13,13 top cross section of feeding groove
It is square, lower cross section is semicircle, and 13 internal diameter of feeding groove is more than solenoid valve lever outer diameter, 13 internal diameter of feeding groove and solenoid valve
Lever outer diameter matches, and both ensure that solenoid valve lever is relatively fixed in feeding groove 13, does not generate unnecessary sliding, and protect
It is smooth efficiently to have demonstrate,proved feeding process, not will produce catching phenomenon, 4 angles of feeding groove 13 are equipped with jack, facilitate feeding electromagnetism
Valve actuation bar cramp is fixed on 12 surface of feeding seat, and feeding solenoid valve lever folder is square box, and inside can load solenoid valve lever, will
Feeding solenoid valve lever folder is fixed on 12 surface of feeding seat, and solenoid valve lever is entered under the effect of gravity in feeding groove 13, most
The solenoid valve lever that the solenoid valve lever of lower section is transported away back upper place enters in feeding groove 13 under the effect of gravity, feeding groove 13
Left and right ends are equipped with perforation, and right end punch inside diameter is more than solenoid valve lever outer diameter, punch inside diameter and solenoid valve lever outer diameter phase
Match, both ensure that solenoid valve lever is unlikely to generate unnecessary sliding when passing through perforation, in turn ensured that solenoid valve lever exists
To stablize smooth when passing through perforation, does not generate catching phenomenon, right end perforation is in same plane with the circular channel in fixed seat 3,
Ensure that solenoid valve lever transports process and stablizes smooth, does not generate catching phenomenon, 12 left side of feeding seat is equipped with top stick 14, and top stick 14 is
Cylinder, top 14 outer diameter of stick are less than left end punch inside diameter, and top 14 outer diameter of stick matches with left end punch inside diameter, both ensure that top stick
14 not will produce unnecessary shaking when heading into feeding groove 13, and it is suitable in turn ensure that top stick 14 is stablized when heading into feeding groove 13
Freely, catching phenomenon is not generated, top stick 14 is in same plane with left end perforation, ensure that steady when top stick 14 heads into feeding groove 13
It is fixed smooth, catching phenomenon is not generated, top stick 14 is connect with top stick connector 31, and top stick connector 31 is connect with top stick cylinder, is pushed up
Stick connector 31 is rubber material, has certain cushioning effect so that stablizes smooth, top stick cylinder in 14 push of stick of top
Action drives top stick 14 to head into the right in feeding seat 12, and feeding seat 12 is fixed on 30 surface right end of feeding panel, and top stick cylinder is logical
It crosses top stick cylinder mounting plate and is fixed on 30 surface left end of feeding panel, feeding panel 30 is fixed on 1 table of bottom plate by feeding holder
Face.
Pressing structure includes material feeding seat 4, and material feeding seat 4 is whole to be square, and 4 surface indentation of material feeding seat forms sending for left and right directions
Hopper 10, chute feeder 10 is whole to be square, and 10 internal diameter of chute feeder is more than cushion pad length, 10 internal diameter of chute feeder and length phase
Match, both ensure that and be unlikely to generate unnecessary rotation in chute feeder 10, in turn ensure in the chute feeder 10 by when stablize
It is smooth, the expects pipe fixture block 21 for clamping feeding tube is equipped on the inside of 4 left end of material feeding seat, material feeding seat 4 connect with expects pipe fixture block 21, send
10 left end of hopper is open, and feeding perforation 20 is equipped on the inside of 10 left part of chute feeder, and 20 inside of feeding perforation is connected with feeding tube, feeding
Pipe is connect by expects pipe fixture block 21 with material feeding seat 4, and 4 left end of material feeding seat is recessed inwardly to form semicircle groove, and expects pipe fixture block 21 corresponds to
Position is recessed inwardly to form semicircle groove, and the semicircle groove internal diameter on material feeding seat 4 is more than in the semicircle groove on expects pipe fixture block 21
Diameter, it is such to design the feeding tube for being adapted to sizes, it is entered in chute feeder 10 by this feeding perforation 20, feeding
20 internal diameters of perforating are more than cushion pad outer diameter, and feeding 20 internal diameters of perforation match with cushion pad outer diameter, ensure that cushion pad passes through feeding
Perforate 20 when stablize it is smooth, 10 right part inner side and outer side of chute feeder be designed with mandril perforation, both sides mandril punch inside diameter is identical, position
In on same plane, facilitating cushion pad and mandril 7 to pass through, feeding perforation 20 and mandril perforation are penetrated through with chute feeder 10, and mutually
Internal diameter matches between phase, ensures cushion pad smooth movement wherein, mandril perforation outside is equipped with guide sleeve 11, in guide sleeve 11
Portion's through-hole, through-hole internal diameter are more than cushion pad outer diameter, and 11 cross section of guide sleeve is trapezoidal, and inner end outer diameter is more than outer end outer diameter, reduces
Outer end outer diameter facilitate guide sleeve 11 to be inserted into solenoid valve lever, be completely embedded between guide sleeve 11 and solenoid valve lever, protect
Stablize smooth, the circular channel of the through-hole and 3 middle part of fixed seat at 11 middle part of guide sleeve when having demonstrate,proved cushion pad indentation solenoid valve lever
In same plane, it ensure that and stablize smooth, guide sleeve 11 and 4 outer surface pair of material feeding seat when cushion pad is pressed into solenoid valve lever
Position is answered to connect, 10 top of chute feeder is equipped with the card slot parallel with chute feeder 10, and feeding tank cover plate, chute feeder are arranged in card slot
Cover board is transparent material, it may be convenient to see the situation in chute feeder 10, it is convenient to find situation in time, by feeding tank cover plate to
The cushion pad that can be handled in chute feeder 10 is scratched on a left side, and maintenance is simple and convenient, and 4 left side of material feeding seat is equipped with stick pusher 5, stick pusher
5 be square body, and 5 right end of stick pusher is inserted into chute feeder 10, and 5 outer diameter of stick pusher is less than 10 internal diameter of chute feeder, 5 outer diameter of stick pusher with
10 internal diameter of chute feeder matches, and both ensure that cushion pad can be pushed to chute feeder 10 right end, 2 mandrils and perforate it by stick pusher 5
Between, unnecessary sliding will not be generated in pushing course, in turn ensure that push process is stablized smooth, and it is existing not will produce clamping stagnation
As stick pusher 5 is connect with stick pusher cylinder, stick pusher cylinder movement, and stick pusher 5 is driven to move right, will be from feeding perforation 20
Between 10 right end of chute feeder, 2 mandrils perforation is pushed into the cushion pad in chute feeder 10,4 lower section of material feeding seat is equipped with line rail plate
6, material feeding seat 4 installs online 6 surface of rail plate by bolt, and stick pusher cylinder installs online rail plate by stick pusher cylinder mounting plate
6 surfaces, stable connection, convenient disassembly, line rail plate 6 are connect with cylinder, cylinder movement, and band moving-wire rail plate 6 is displaced outwardly, and will be oriented to
It covers 11 outer ends to be inserted into solenoid valve lever, 6 lower section of line rail plate is equipped with line rail slide 32, and 32 lower section of line rail slide is equipped with line rail
33, line rail 33 matches with line rail slide 32, and line rail slide 32 can smooth sliding, line rail plate 6 and line rail slide on online rail 33
32 fix, and line rail 33 is mounted on 34 surface of panel, and cylinder is mounted on 34 surface of panel, 4 inside of material feeding seat by cylinder mounting plate
Equipped with mandril 7, mandril 7 is cylinder, and 7 outer diameter of mandril is less than 11 internal diameter of mandril punch inside diameter and guide sleeve, 7 outer diameter of mandril and top
Bar punch inside diameter and 11 internal diameter of guide sleeve match, and both ensure that the cushion pad between mandril 7 can perforate 2 mandrils passes through
Guide sleeve 11 is pressed into solenoid valve lever, and unnecessary double swerve will not be generated in process of press in, in turn ensures and was pressed into
Cheng Wending is smooth, not will produce catching phenomenon, and mandril 7 is connect with mandril connector 35, and mandril connector 35 connects with mandril cylinder
It connects, mandril connector 35 is rubber material, has certain cushioning effect so that stablize smooth, mandril in 7 push of mandril
Cylinder movement drives mandril 7 to be displaced outwardly, and the cushion pad between 2 mandrils are perforated is pressed into electromagnetism valve actuation by guide sleeve 11
In bar, mandril cylinder is mounted on 34 surface of panel by mandril cylinder mounting plate, and panel 34 is fixed by the bracket in 1 table of bottom plate
Face.
Depth detection structure includes depthmeter 18, and depthmeter 18 includes the probe 23 positioned at 18 left end of depthmeter, probe 23
Outer to be arranged with detection positioning column 22, probe 23 is not contacted with detection positioning column 22, and 23 length of probe is more than detection positioning column 22 and grows
Degree, 23 left end of probe reach outside detection positioning column 22, have both protected probe 23, and have been touched from extraneous accident, and play
Guiding role, probe 23 are in same plane with the circular channel in fixed seat 3, and detection positioning column 22 contacts solid after being moved to the left
3 surface of reservation, also plays position-limiting action, and depthmeter 18 connect with detection cylinder, detects cylinder movement, drive depthmeter 18 to
Move left, will probe 23 be inserted into solenoid valve lever in, measure solenoid valve lever in depth, and by data transfer to control
System, 18 lower section of depthmeter are equipped with depthmeter fixed seat 28, and 28 lower section of depthmeter fixed seat is equipped with detection sliding block 27, detects sliding block
27 lower sections are equipped with detection line rail 26, and detection sliding block 27 matches with detection line rail 26, and detection sliding block 27 can be on detection line rail 26
Smooth sliding, depthmeter 18 are fixed in depthmeter fixed seat 28, detection positioning column 22 by detect fixed column fixed plate 29 with
Depthmeter fixed seat 28 connects, and depthmeter fixed seat 28 is fixed with detection sliding block 27, and detection line rail 26 is fixed on detection panel 25
Surface, detection cylinder are fixed on by detecting cylinder mounting plate in detection panel 25, and detection panel 25 is fixed by detection support
On 1 surface of bottom plate.
2 outside of turntable is equipped with baiting structure, and baiting structure includes the pusher cylinder on fixed turntable 8 and is located at turntable
The tremie pipe 15 in 2 outsides, is equipped with charging ram 16 in pusher cylinder, and charging ram 16 is cylinder, charging ram 16 in fixed seat 3
Circular channel is in same plane, and pusher cylinder action drives charging ram 16 to be displaced outwardly, will be in underlying fixed seat 3
Solenoid valve lever release, solenoid valve lever fall to outside tremie pipe 15 in, then drop into rewinding along tremie pipe 15
In container, 16 outer diameter of charging ram is less than the internal diameter in 3 inner circular channel of fixed seat, facilitates and pushes away solenoid valve lever out of circular channel
Go out, tremie pipe 15 is circular hollow pipeline, and tremie pipe 15 is obliquely installed, and 15 upper end of tremie pipe is angle, and opening area bigger is protected
Having demonstrate,proved after solenoid valve lever is released can fall into tremie pipe 15, and pusher cylinder is fixed on 8 surface of fixed turntable, and tremie pipe 15 passes through
Blanking plate 24 is fixed on dispenser hull outside.
Sorting structure is equipped on the outside of baiting structure, sorting structure includes sorting box 19, under sorting 19 upper end level of box is less than
15 lower end height of expects pipe, sorting box 19 are connect with sorting cylinder, sort cylinder movement, and sorting box 19 is driven to be moved to the left, mobile
To 15 lower section of tremie pipe, the defective work fallen from tremie pipe 15 is caught, product is sorted, eliminates the mistake of manual sorting
Journey saves labour, improves production efficiency, and sorting sliding block matches with sorting line rail, and sorting sliding block can be smooth in sorting line rail
Sliding, sorting box 19 are fixed with sorting sliding block, and sorting line rail is fixed on sorting panel surface, and sorting cylinder is by sorting cylinder peace
Loading board is mounted on sorting panel surface.
The lever is in annular shape, and lever head recess forms mounting groove, is recessed inwardly below the outer wall of lever head, tail portion
It is recessed inwardly, lever bottom surface is smooth, and cushion pad is cylindrical, and mounting groove internal diameter matches with cushion pad outer diameter, cushion pad
It is pressed into mounting groove, fixation is easy for installation.
Using side where feeding structure as left side, then side where depth detection structure is right side, is with side where pressing structure
Inside, then side where sorting structure is outside.
The turntable stepper motor, top stick cylinder, stick pusher cylinder, cylinder, mandril cylinder, detection cylinder, pusher cylinder
It is connect with control system with sorting cylinder, control system includes PLC, PLC input terminals connecting valve and sensor, output end connection
The cylinder of relay, each motor unit, sensor include processed sensor and reseting sensor, and the cylinder of each motor unit is all provided with
There are sensor, depthmeter 18 to keep data to communicate with PLC, each action has sensor that execution is fed back to PLC
In, ensure the smooth orderly completion of production process.
In use, feeding solenoid valve lever folder is fixed on 12 surface of feeding seat, feeding tube is connect with material feeding seat 4, most
Front end cushion pad is contacted with 5 side of stick pusher, and solenoid valve lever is entered under the effect of gravity in feeding groove 13, and top stick cylinder is dynamic
Make, drives top stick 14 to move right, circular channel solenoid valve lever being pushed to out of feeding groove 13 in lever fixed seat 3
It is interior, until solenoid valve lever tail portion contact apron block bolt 17, the rotation of turntable stepper motor drive turntable 2 to rotate 90 degree, it will be electric
Magnet valve lever is transported to pressing structure Working position, and cylinder movement, band moving-wire rail plate 6 is displaced outwardly, until 11 outer end of guide sleeve
It is inserted into solenoid valve lever head, solenoid valve lever tail portion contacts baffle bolt 17, and solenoid valve lever is fixed on fixed seat 3 at this time
In interior circular channel, stick pusher cylinder resets, and drives stick pusher 5 to be moved to the left, the cushion pad of front end enters chute feeder
In 10, stick pusher cylinder movement drives stick pusher 5 to move right, and the cushion pad that will go into chute feeder 10 shifts chute feeder onto
Between the perforation of 10 mandrils of right end 2, mandril cylinder movement drives mandril 7 to be displaced outwardly, the buffering between 2 mandrils are perforated
Pad is pressed by guide sleeve 11 in solenoid valve lever, and mandril cylinder resets, and mandril 7 is driven to move inward, and cylinder resets, band moving-wire
Rail plate 6 moves inward, and solenoid valve lever head is left in 11 outer end of guide sleeve, and the rotation of turntable stepper motor drives the rotation of turntable 2 90
Solenoid valve lever is transported to depth detection structure Working position, detects cylinder movement, depthmeter 18 is driven to be moved to the left by degree,
Until 3 surface of detection 22 left end of positioning column contact fixed seat, probe 23 are inserted into solenoid valve lever and touch cushion pad, one is measured
A depth data, by this data transmission to PLC, calculate and obtain solenoid valve lever it is whether qualified as a result, detection cylinder
It resets, depthmeter 18 is driven to move right, the rotation of turntable stepper motor drives turntable 2 to rotate 90 degree, solenoid valve lever is transported
To baiting structure position, if the solenoid valve lever testing result is certified products, pusher cylinder action drives charging ram 16 to be moved out
It is dynamic, solenoid valve lever is released out of fixed seat 3, solenoid valve lever is fallen in the tremie pipe 15 in outside, then along blanking
Pipe 15 drops into rewinding container, and pusher cylinder resets, and drives charging ram 16 to move inward, if the solenoid valve lever testing result
For defective work, cylinder movement is sorted, sorting box 19 is driven to be moved to the left to 15 lower section of tremie pipe, pusher cylinder action drives
Charging ram 16 is displaced outwardly, and solenoid valve lever is released out of fixed seat 3, solenoid valve lever falls to the tremie pipe 15 in outside
It is interior, it is then dropped into sorting box 19 along tremie pipe 15, pusher cylinder resets, and charging ram 16 is driven to move inward, and sorts gas
Cylinder resets, sorting box 19 is driven to move right, and so far solenoid valve lever machines, and 4 stations are constructed simultaneously, and
Non-interference, production efficiency is high, and the present apparatus is not only limited to processing solenoid valve lever and cushion pad, similar component need to add
Cap or pad etc. can be used, and it is in order to avoid leakage operates to install depth detection additional.
Embodiment 2
Apron block and pusher cylinder mounting plate are evenly distributed on circumference trisection position to the present embodiment as different from Example 1
On, section components are only completed processing just, because working modulus is very high, in prescribed limit in order to improve efficiency.
It should be understood that the above is only the preferred embodiment of the utility model only, it is not sufficient to limit this reality
With novel technical solution, for those of ordinary skills, within the spirit and principles of the present invention, Ke Yigen
Increased and decreased according to above description, replaced, converted or is improved, and all these increases and decreases, replacement, transformation or improved technical side
Case should all belong to the protection domain of the appended claims for the utility model.
Claims (8)
1. automatic rotary disc type pressing machine, including bottom plate（1）, it is characterised in that：The bottom plate（1）It is equipped with turntable structure, turntable
Structure includes dispenser, turntable（2）With fixed turntable（8）, dispenser setting is in bottom plate（1）On, fixed turntable（8）Positioned at turntable
（2）Top, turntable（2）It is rotatably arranged on dispenser, fixed turntable（8）It is fixed on dispenser, turntable（2）Edge table
Face is evenly distributed with fixed seat（3）, fixed seat（3）It is equipped with the channel of perforation, fixed turntable（8）Edge surface is at least provided with two
A apron block（9）With a pusher cylinder mounting plate, fixed seat（3）Quantity compare apron block（9）More one of quantity, apron block
（9）It is uniformly distributed with pusher cylinder mounting plate, pusher cylinder mounting plate, which is equipped with, acts outside pusher cylinder, apron block（9）
It is equipped with baffle bolt（17）, channel and baffle bolt（17）In the same plane, apron block（9）By being followed successively by first clockwise
Working position, the second working position, the first working position left side are equipped with feeding structure, pressing structure, segmentation are equipped on the inside of the second working position
Device, feeding structure, pressing structure, pusher cylinder, depth detection structure are connect with control system.
2. automatic rotary disc type pressing machine according to claim 1, it is characterised in that：The pressing structure includes material feeding seat
（4）, material feeding seat（4）Left side is equipped with stick pusher（5）, stick pusher（5）It is connect with stick pusher cylinder, material feeding seat（4）With stick pusher gas
Cylinder installs online rail plate（6）Surface, line rail plate（6）Bottom is equipped with line rail slide（32）, line rail slide（32）Online rail is installed
（33）On, line rail（33）Positioned at panel（34）On, line rail plate（6）It is connect with cylinder, material feeding seat（4）Inside is equipped with mandril（7）, top
Bar（7）It is connect with mandril cylinder, cylinder is fixed on panel by cylinder mounting plate（34）On, mandril cylinder is pacified by mandril cylinder
Loading board is fixed on panel（34）On, panel（34）It is fixed by the bracket in bottom plate（1）On.
3. automatic rotary disc type pressing machine according to claim 2, it is characterised in that：The material feeding seat（4）Surface indentation shape
At chute feeder（10）, chute feeder（10）Left end is open, chute feeder（10）Feeding is equipped on the inside of left part to perforate（20）, chute feeder（10）
Right part inner side and outer side is perforated equipped with mandril, feeding perforation（20）With mandril perforation and chute feeder（10）Perforation, the mandril are worn
Guide sleeve is equipped on the outside of hole（11）, guide sleeve（11）With material feeding seat（4）Outer surface corresponding position connects, chute feeder（10）Top
Equipped with feeding tank cover plate.
4. automatic rotary disc type pressing machine according to claim 3, it is characterised in that：The chute feeder（10）In left end opening
Diameter is more than stick pusher（5）Outer diameter, mandril punch inside diameter are more than mandril（7）Outer diameter.
5. automatic rotary disc type pressing machine according to claim 1, it is characterised in that：The feeding structure includes feeding seat
（12）, feeding seat（12）Surface indentation forms feeding groove（13）, feeding groove（13）Left and right ends are equipped with perforation, feeding seat（12）It is left
Side is equipped with top stick（14）, push up stick（14）It is connect with top stick cylinder, feeding seat（12）Mounted on feeding panel（30）On, push up stick cylinder
It is fixed on feeding panel by pushing up stick cylinder mounting plate（30）On, feeding panel（30）It is fixed on bottom plate by feeding holder（1）
On.
6. automatic rotary disc type pressing machine according to claim 1, it is characterised in that：The turntable structure include dispenser,
Turntable（2）With fixed turntable（8）, turntable（2）With dispenser outer ring output axis connection, dispenser inputting shaft and turntable stepper motor
Connection, turntable（2）Top is equipped with fixed turntable（8）, fixed turntable（8）It is fixed on dispenser fixing axle surface, dispenser and turns
Disk stepper motor is fixed on bottom plate（1）Surface.
7. automatic rotary disc type pressing machine according to claim 1, it is characterised in that：The turntable（2）Outside is equipped with blanking
Structure, baiting structure include being located at fixed turntable（8）On pusher cylinder and be located at turntable（2）The tremie pipe in outside（15）, push away
It is equipped with the charging ram being pushed outwardly in material cylinder（16）, tremie pipe（15）Pass through blanking plate（24）With dispenser cage connection.
8. automatic rotary disc type pressing machine according to claim 7, it is characterised in that：Sorting is equipped on the outside of the baiting structure
Structure, sorting structure include sorting box（19）, sort box（19）It is connect with sorting cylinder, sorts box（19）Lower section is equipped with sorting and slides
Block, sorting sliding block lower section are equipped with sorting line rail, and sorting line rail is fixed on sorting panel surface, and sorting cylinder, which passes through, sorts cylinder peace
Loading board is mounted on sorting panel surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721121971.7U CN207606484U (en) | 2017-09-02 | 2017-09-02 | Automatic rotary disc type pressing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721121971.7U CN207606484U (en) | 2017-09-02 | 2017-09-02 | Automatic rotary disc type pressing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207606484U true CN207606484U (en) | 2018-07-13 |
Family
ID=62792170
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721121971.7U Expired - Fee Related CN207606484U (en) | 2017-09-02 | 2017-09-02 | Automatic rotary disc type pressing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207606484U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107398717A (en) * | 2017-09-02 | 2017-11-28 | 黄调久 | Automatic rotary disc type pressing machine |
| CN111687267A (en) * | 2020-06-01 | 2020-09-22 | 渭南高新区木王科技有限公司 | Feeding and discharging integrated dotting machine for probe |
-
2017
- 2017-09-02 CN CN201721121971.7U patent/CN207606484U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107398717A (en) * | 2017-09-02 | 2017-11-28 | 黄调久 | Automatic rotary disc type pressing machine |
| CN107398717B (en) * | 2017-09-02 | 2023-10-20 | 慈溪市天行电器有限公司 | Automatic rotary disc type press-in machine |
| CN111687267A (en) * | 2020-06-01 | 2020-09-22 | 渭南高新区木王科技有限公司 | Feeding and discharging integrated dotting machine for probe |
| CN111687267B (en) * | 2020-06-01 | 2022-01-11 | 渭南高新区木王科技有限公司 | Feeding and discharging integrated dotting machine for probe |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180713 Termination date: 20200902 |