A kind of full-automatic caudal peduncle press-connection machine
Technical field
The utility model is related to optical fiber appurtenances manufacturing technology field, and in particular to a kind of full-automatic caudal peduncle press-connection machine.
Background technology
Fiber stub is made up of ceramic insertion core and metal caudal peduncle two parts, in assembling, needs to be crimped on ceramic insertion core
In the endoporus of metal caudal peduncle.Two ways is crimped with to fiber stub in prior art:Manipulative compression joint and press-connection machine are crimped.People
Work crimps high labor intensive, inefficiency;And existing press-connection machine complex structure is used, production cost is higher, additionally, existing
Press-connection machine is usually batch (-type), and only the lock pin of special diameter crimped.
Utility model content
For the deficiency of above-mentioned background, the utility model provides a kind of full-automatic caudal peduncle press-connection machine, to solve existing pressure
Pick the discontinuous and single technical problem of crimping object.
The technical solution of the utility model is:A kind of full-automatic caudal peduncle press-connection machine, including driving means, control device, pressure
Connection device, it is characterised in that:Compression bonding apparatus include rotary-tray, upper bolster, caudal peduncle feed appliance, lock pin feed appliance, compression leg;Rotation
Pallet is flexibly connected on the table, and rotary-tray is provided with caudal peduncle draw-in groove, and upper bolster is arranged on rotary-tray, on upper bolster
Lock pin draw-in groove is provided with, caudal peduncle draw-in groove is corresponding with lock pin draw-in groove vertical direction, caudal peduncle feed appliance is installed on the table, caudal peduncle
The discharging opening of feed appliance is corresponding with caudal peduncle draw-in groove, lock pin feed appliance install on the table, the discharging opening of lock pin feed appliance with
Lock pin draw-in groove is corresponding, and compression leg is fixed on the table by support.
The caudal peduncle draw-in groove is engaged with caudal peduncle, and lock pin draw-in groove is engaged with lock pin.
The rotary-tray is provided with positioning spiro pit, and the first arc positioning is provided with the caudal peduncle draw-in groove on rotary-tray
Block, the first arc locating piece is engaged with caudal peduncle, and the first arc locating piece is located in the locating slot in caudal peduncle draw-in groove.
The upper bolster is provided with threaded rod, and threaded rod is screw thread cooperation with the positioning spiro pit on rotary-tray.
The second arc locating piece and pushing block are provided with the lock pin draw-in groove, the second arc locating piece is engaged with lock pin, the
Two arc locating pieces are located in the locating slot in lock pin draw-in groove, and pushing block connects with cylinders.
The utility model upper bolster adopts bolt structure, the distance between upper bolster and rotary-tray is adjusted, so as to control
Ceramic insertion core inserts the depth of metal caudal peduncle, improves the precision and quality of product;The utility model is by using different-thickness
Locating piece, crimping to different-diameter lock pin is capable of achieving within the specific limits, a tractor serves several purposes improves operating efficiency;Caudal peduncle
Feed appliance and the use of lock pin feed appliance, are capable of achieving uninterrupted feeding, improve production capacity, reduce production cost.
Description of the drawings
Fig. 1 is the utility model structural representation
Fig. 2 is the utility model top view.
Fig. 3 is the utility model rotary-tray structural representation.
Fig. 4 is the utility model structure of upper die base schematic diagram.
Fig. 5 is the utility model the first arc positioning block structure schematic diagram.
Fig. 6 is the utility model the second arc positioning block structure schematic diagram.
Specific embodiment
As shown in figures 1 to 6, a kind of full-automatic caudal peduncle press-connection machine, including driving means B, control device A, compression bonding apparatus C, its
Middle compression bonding apparatus C includes rotary-tray 2, upper bolster 3, caudal peduncle feed appliance 4, lock pin feed appliance 5, compression leg 6.Rotary-tray 2 is movable
It is connected on workbench 1, by control device A and driving means B, is capable of achieving timing and determines angle rotation, pallet 2 is provided with least
Two caudal peduncle draw-in grooves 21, at least two upper bolsters 3 are arranged on rotary-tray 2, and upper bolster 3 is provided with lock pin draw-in groove 31, caudal peduncle
Draw-in groove 21 is corresponding with lock pin draw-in groove 31 and on the same axis, and caudal peduncle feed appliance 4 is arranged on workbench 1, caudal peduncle feed appliance 4
Discharging opening it is corresponding with caudal peduncle draw-in groove 21, be capable of achieving self-feeding, lock pin feed appliance 5 be arranged on workbench 1 on, lock pin feeding
The discharging opening of device 5 is corresponding with lock pin draw-in groove 31, is capable of achieving self-feeding, and compression leg 6 is fixed on workbench 1 by support 7, presses
Post can move up and down in the presence of control device A and driving means B, realize the crimping to lock pin.
The caudal peduncle draw-in groove 21 is engaged with caudal peduncle 8, and caudal peduncle 8 can be placed in well in caudal peduncle draw-in groove 21, be easy to tail
Handle feed appliance 4 Jing caudal peduncles 8 can be sent in caudal peduncle draw-in groove 21 well, and lock pin draw-in groove 31 is engaged with lock pin 9, and lock pin 9 can be with
In being placed in lock pin draw-in groove 31 well, it is easy to lock pin feed appliance 5 that lock pin 9 can be sent in lock pin draw-in groove 31 well.Rotation
The disk 2 that asks is provided with positioning spiro pit 22, and upper bolster 3 is provided with threaded rod 32, the positioning spiral shell on threaded rod 32 and rotary-tray 2
Pit 22 is screw thread cooperation, and screw rod is fixed by nut 11, it is ensured that the stability of upper bolster 3, the use of screw rod 32 can be adjusted
The distance between upper bolster 3 and rotary-tray 2, so as to control lock pin 9 into the depth of caudal peduncle 8, the caudal peduncle card on rotary-tray
The first arc locating piece 23 is provided with groove 21, the first arc locating piece 23 is engaged with caudal peduncle 8, plays fixed and positioning caudal peduncle
Effect, the first arc locating piece 23 is located in the locating slot in caudal peduncle draw-in groove 21.The second arc positioning is provided with lock pin draw-in groove 31
Block 33 and pushing block 34, the second arc locating piece 33 is engaged with lock pin 9, plays a part of fixed and positioning lock pin, the second arc
Locating piece 33 is located in lock pin draw-in groove in 31 locating slot, and pushing block 34 is connected with cylinder 10, and in the presence of cylinder, pushing block can
To move back and forth in lock pin draw-in groove, when crimping is completed, the lock pin for having crimped is pushed in Material collecting box for harvesting 12 using pushing block.
The course of work:Select suitable first arc locating piece and the second arc fixed according to the diameter of caudal peduncle and lock pin
Position block, by first, second arc locating piece caudal peduncle draw-in groove and lock pin draw-in groove correct position are arranged on;According to technical requirements, pass through
Adjustment screw rod, makes upper bolster be in correct position.Starting device, whole crimping process includes three stations:Loading station, crimping
Station, discharging station, in the presence of driving means and control device, rotary-tray reaches loading station, and caudal peduncle feed appliance will
Caudal peduncle is sent in caudal peduncle draw-in groove, and lock pin feed appliance is sent to lock pin in lock pin draw-in groove;Then rotary-tray rotates to crimping
Station, now compression leg with lock pin, caudal peduncle on the same line, in the presence of control device and driving means transport downwards by compression leg
It is dynamic, the crimping to lock pin is realized, while compression leg rises, rotary-tray reaches discharging station, in control device and driving means
In the presence of, the lock pin that pushing block will complete to crimp is pushed in Material collecting box for harvesting, completes the crimping of a lock pin.
The above, only the utility model preferably specific embodiment, but protection domain of the present utility model is not
This is confined to, any those familiar with the art can readily occur in the technical scope that the utility model is disclosed
Change or replacement, all should cover within protection domain of the present utility model.