CN206717382U - The full-automatic pinboard machine of ceramic insertion core - Google Patents
The full-automatic pinboard machine of ceramic insertion core Download PDFInfo
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- CN206717382U CN206717382U CN201720521088.0U CN201720521088U CN206717382U CN 206717382 U CN206717382 U CN 206717382U CN 201720521088 U CN201720521088 U CN 201720521088U CN 206717382 U CN206717382 U CN 206717382U
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Abstract
Optic communication Product processing plant equipment is the utility model is related to, is the full-automatic pinboard machine of ceramic insertion core, there is frame, XY two-dimentional work bench, ceramic ferrule fixture, programmable controller, charging gear are installed on rack table, it is characterized in that：A set of automatic filling machine structure is installed on XY two-dimentional work bench, the mechanism includes pedestal, vertically arranged slotting material hole is provided with the front end of pedestal, and support A is provided with pedestal, pusher cylinder is installed, material hole arrangement is inserted in pusher cylinder lower end equipped with pusher pin face, and a set of feed mechanism will be also equipped with pedestal ceramic insertion core feeding to be inserted one by one in material hole；The material pluging machine structure, feed mechanism and XY two-dimentional work bench are acted by setup program by programmable controller control, and ceramic insertion core is arranged in a matrix and is inserted into ceramic ferrule fixture；The utility model solves ceramic insertion core processing and uses traditional-handwork operation, and labor strength is big, and the problem of low production efficiency, be mainly used in ceramic insertion core puts process.
Description
Technical field
It the utility model is related to optic communication Product processing plant equipment, the specifically full-automatic pinboard machine of ceramic insertion core.
Background technology
Ceramic insertion core production process used in optic communication product is complicated at present, and automaticity is not high, is substantially traditional hand
Work industry, and hairbrush process is indispensable essential step during making standard and nonstandard lock pin.Existing processing method
Need manually be placed in it in fixture of ceramic insertion core by matrix behind the identification of product more than directions, then after fixture is fixed
By hairbrush chamfering device come converted products R angles.The method that workpiece is put in traditional this craft, labor strength is big, raw
Produce extremely inefficient.
The content of the invention
The purpose of this utility model seeks to solve manual disposing way low production efficiency in existing ceramic insertion core processing, work
A kind of the problem of people's labor intensity is big, there is provided full-automatic pinboard machine of ceramic insertion core.
Concrete scheme of the present utility model is：The full-automatic pinboard machine of ceramic insertion core, it has frame, pacifies on rack table
Equipped with XY two-dimentional work bench, ceramic ferrule fixture, programmable controller, charging gear, it is characterized in that：Pacify on XY two-dimentional work bench
Equipped with a set of automatic filling machine structure, the mechanism includes pedestal, and vertically arranged slotting material hole is provided with the front end of pedestal, and in base
Seat is provided with support A, installs pusher cylinder, and pusher cylinder lower end is inserted material hole arrangement equipped with pusher pin face, also pacified on pedestal
Ceramic insertion core it will be sent into one by one in slotting material hole equipped with a set of feed mechanism；The material pluging machine structure, feed mechanism and XY two dimension works
Make platform to act by setup program by programmable controller control, ceramic insertion core is arranged in a matrix and is inserted into ceramic ferrule fixture
In.
Feed mechanism described in the utility model, there is support B to be installed on pedestal, be provided with support B and vertically lead
Rail, travelling carriage is fitted with, lift cylinder drive connection travelling carriage is installed at the top of support B, the lower end of travelling carriage is equipped with liter
Seat is dropped, is provided with blanking hole on lifting seat, the upper end of blanking hole is connected charging with charging gear by feed pipe, the one of lifting seat
Side is provided with adjutage, and the built-in thimble of centre hole that face blanking hole is provided with horizontal direction on lifting seat, on adjutage
Material ejection cylinder drive connection thimble is installed；Horizontal concrete chute and vertically-guided hole are also provided with pedestal, is set on the lifting seat
There is guide pad to be loaded on elevating movement in vertically-guided hole, sliding shoe is installed in the horizontal concrete chute of pedestal, and pacify on pedestal
Moved back and forth equipped with feeding cylinder push-and-pull sliding shoe, vertically arranged lock pin hole is provided with sliding shoe, and pacify on sliding shoe
Equipped with front and rear baffle, during ensureing that sliding shoe is advanced in place, lock pin hole connect with the discharging opening on pedestal, retrogressing in place when, it is slotting
Core bore connects with the blanking hole on lifting seat.
Automatic filling machine structure described in the utility model is to be installed on by a set of lowering or hoisting gear on XY two-dimentional work bench, tool
Body is the installation connecting elements A on XY two-dimentional work bench, and connecting elements B is installed on pedestal, is installed between connecting elements A, B
Elevating mechanism, realize lifting of the pedestal with respect to rack table.
Charging gear described in the utility model is the vibrating tray feeder that selection can identify the workpiece line of production.
The utility model has advantages below：
1. compact-sized, manufacturing cost is low；
2. automaticity is high, production efficiency is high；
It is 3. safe operation, reliable, conveniently；
4. reduce labor strength.
Brief description of the drawings
Fig. 1 is general structure schematic front view of the present utility model；
Fig. 2 is general structure left view schematic diagram of the present utility model；
Fig. 3 is the main view enlarged diagram of automatic filling machine structure；
Fig. 4 is automatic filling machine structure（State one）Left view enlarged diagram；
Fig. 5 is the A-A views in Fig. 4；
Fig. 6 is automatic filling machine structure（State two）Left view enlarged diagram；
Fig. 7 is the vertical view enlarged diagram of ceramic ferrule fixture.
In figure：1- frames, 2- ceramic ferrule fixtures, 3- charging gears, 4- feed pipes, 5- connecting elements B, 6- programming Control
Device, 7- automatic filling machine structures, 8-XY two-dimentional work bench, 9- connecting elements A, 10- elevating mechanism, 11- thimbles, 12- material ejection cylinders,
13- lifting seats, 14- supports A, 15- support B, 16- pusher cylinder, 17- lift cylinders, 18- pedestals, 19- vertical guide rails, 20- are slided
Moving frame, 21- pusher pins, 22- blanking holes, 23- vertically-guideds hole, 24- insert material hole, 25- positive stops, 26- lock pins hole, 27- levels
Chute, 28- sliding shoes, 29- backstops, 30- feeding cylinders, 31- ceramic insertion cores, 32- centre holes.
Embodiment
Referring to Fig. 1-7, the utility model has frame 1, and XY two-dimentional work bench 8 is provided with the table top of frame 1, and ceramics are inserted
Core fixture 2, programmable controller 6, charging gear 3, particularly：A set of automatic filling machine structure is installed on XY two-dimentional work bench 8
7, the mechanism includes pedestal 18, vertically arranged slotting material hole 24 is provided with the front end of pedestal 18, and branch is provided with pedestal 18
Frame A14, installation pusher cylinder 16, the lower end of pusher cylinder 16 are inserted material hole 24 equipped with the face of pusher pin 21 and arranged, on pedestal 18 also
Be provided with a set of feed mechanism ceramic insertion core 31 will be sent into slotting material hole 24 one by one；Material pluging machine structure 7, feed mechanism and the XY
Two-dimentional work bench 8 is controlled by programmable controller 6 and acted by setup program, and ceramic insertion core 31 is arranged in a matrix and is inserted into ceramics
In lock pin fixture 2.
Feed mechanism described in the present embodiment, there is support B15 to be installed on pedestal 18, be provided with support B15 vertical
Straight guide 19, travelling carriage 20 is fitted with, the drive connection travelling carriage 20 of lift cylinder 17 is installed at the top of support B15, slided
The lower end of frame 20 is equipped with lifting seat 13, and blanking hole 22 is provided with lifting seat 13, and the upper end of blanking hole 22 passes through feed pipe 4 and feed
The connection charging of device 3, is provided with adjutage, and face blanking hole 22 is provided with level side on lifting seat 13 in the side of lifting seat 13
The built-in thimble 11 of upward centre hole 32, the drive connection thimble 11 of material ejection cylinder 12 is installed on adjutage；On pedestal 18
Horizontal concrete chute 27 and vertically-guided hole 23 are also provided with, the lifting seat 13 is loaded in vertically-guided hole 23 provided with guide pad and lifted
Motion, is provided with sliding shoe 28 in the horizontal concrete chute 27 of pedestal 18, and feeding cylinder push-and-pull slip is provided with pedestal 18
Block 28 moves back and forth, and vertically arranged lock pin hole 26 is provided with sliding shoe 28, and be provided with front and rear baffle on sliding shoe 28
25th, 29, during ensureing that sliding shoe 28 is advanced in place, lock pin hole 26 connects with the discharging opening on pedestal 18, when retreating in place, lock pin
Hole 26 connects with the blanking hole 22 on lifting seat 13.
Automatic filling machine structure described in the present embodiment 7 is to be installed on by a set of lowering or hoisting gear on XY two-dimentional work bench 8, tool
Body is the installation connecting elements A9 on XY two-dimentional work bench 8, connecting elements B5 is installed on pedestal 18, in connecting elements A9, B5
Between install elevating mechanism 10（Such as cylinder, screw lift）, realize lifting of the pedestal 18 with respect to the table top of frame 7.
Charging gear 3 described in the present embodiment is the vibrating tray feeder that selection can identify the workpiece line of production, directly
Choose from the market.
Operation principle of the present utility model is：Referring to Fig. 1-6, programmable controller 6 is programmed first, makes this practicality new
Engine in Xing Zhongge mechanisms（Cylinder, charging gear table motor etc.）Action in the following order：Start charging gear 3 to exist
Whole working time section is in continuous feeding state, and ceramic insertion core 31 enters charging by being sent out after the choice direction of charging gear 3
Pipe 4, then the blanking hole 22 entered in lifting seat 13, finally fall into the lock pin hole 26 of sliding shoe 28, fall in first ceramic insertion core
After entering lock pin hole 26, the startup ejection pin 11 of material ejection cylinder 12, which withstands second ceramic insertion core, not fall；Start lift cylinder 17,
Lifting seat 13 is lifted, second ceramic insertion core is departed from first ceramic insertion core, prevents from mutually abrading；Restart feeding cylinder
30 sliding motion blocks 28 make lock pin hole 26 and the slotting material hole 24 on pedestal 18 on sliding shoe 28 right forward, by the positioning of rear baffle 29
Together；Start pusher cylinder 16, ceramic insertion core is dropped downward into by the ceramic insertion core in the lock pin hole 26 of 21 sliding motion block of pusher pin 28
In fixture 2.Jack in ceramic ferrule fixture 2 is arranged in matrix, and putting for ceramic insertion core is to control XY by programmable controller 6
Two-dimentional work bench 8 drives automatic filling machine structure 7 to be automatically found putting position of the ceramic insertion core in fixture.Inserted repeatedly by above-mentioned
After putting work, ceramic ferrule fixture 2 is stuck with, starts the elevating mechanism 10 in lowering or hoisting gear（Cylinder or screw lift structure）,
Automatic filling machine structure 7 is lifted, changes ceramic ferrule fixture 2, then carry out next round and insert.
Claims (4)
1. the full-automatic pinboard machine of ceramic insertion core, there is frame, XY two-dimentional work bench, ceramic insertion core folder are installed on rack table
Tool, programmable controller, charging gear, it is characterized in that：A set of automatic filling machine structure, the mechanism are installed on XY two-dimentional work bench
Include pedestal, vertically arranged slotting material hole be provided with the front end of pedestal, and support A is provided with pedestal, pusher cylinder is installed,
Material hole arrangement is inserted in pusher cylinder lower end equipped with pusher pin face, and a set of feed mechanism is also equipped with pedestal will be ceramic one by one
Lock pin, which is sent into, to be inserted in material hole；The material pluging machine structure, feed mechanism and XY two-dimentional work bench are by programmable controller control by setting
Program behavior, ceramic insertion core is arranged in a matrix and is inserted into ceramic ferrule fixture.
2. the full-automatic pinboard machine of ceramic insertion core according to claim 1, it is characterized in that：The feed mechanism, there is support B
It is installed on pedestal, vertical guide rail is installed on support B, is fitted with travelling carriage, lift cylinder is installed at the top of support B
Drive connection travelling carriage, the lower end of travelling carriage are equipped with lifting seat, blanking hole are provided with lifting seat, and the upper end of blanking hole passes through charging
Pipe is connected charging with charging gear, is provided with adjutage in the side of lifting seat, and face blanking hole is provided with level on lifting seat
The built-in thimble of centre hole on direction, is provided with material ejection cylinder drive connection thimble on adjutage；Water is also provided with pedestal
Smooth groove and vertically-guided hole, the lifting seat is provided with guide pad and is loaded on elevating movement in vertically-guided hole, in the water of pedestal
Sliding shoe is installed in smooth groove, and the reciprocating motion of feeding cylinder push-and-pull sliding shoe is installed on pedestal, is opened on sliding shoe
Have vertically arranged lock pin hole, and front and rear baffle be installed on sliding shoe, with ensure sliding shoe advance in place when, lock pin hole with
Discharging opening connection on pedestal, when retreating in place, lock pin hole connects with the blanking hole on lifting seat.
3. the full-automatic pinboard machine of ceramic insertion core according to claim 1, it is characterized in that：The automatic filling machine structure is to pass through
A set of lowering or hoisting gear is installed on XY two-dimentional work bench, connecting elements A is installed specifically on XY two-dimentional work bench, on pedestal
Connecting elements B is installed, elevating mechanism is installed between connecting elements A, B, realizes lifting of the pedestal with respect to rack table.
4. the full-automatic pinboard machine of ceramic insertion core according to claim 1, it is characterized in that：The charging gear is that selection can be known
The vibrating tray feeder of the other workpiece line of production.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720521088.0U CN206717382U (en) | 2017-05-11 | 2017-05-11 | The full-automatic pinboard machine of ceramic insertion core |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720521088.0U CN206717382U (en) | 2017-05-11 | 2017-05-11 | The full-automatic pinboard machine of ceramic insertion core |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206717382U true CN206717382U (en) | 2017-12-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720521088.0U Active CN206717382U (en) | 2017-05-11 | 2017-05-11 | The full-automatic pinboard machine of ceramic insertion core |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112139786A (en) * | 2020-09-28 | 2020-12-29 | 湖南中科光电有限公司 | Full-automatic inserting disc machine for ceramic inserting core for processing optical communication product |
-
2017
- 2017-05-11 CN CN201720521088.0U patent/CN206717382U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112139786A (en) * | 2020-09-28 | 2020-12-29 | 湖南中科光电有限公司 | Full-automatic inserting disc machine for ceramic inserting core for processing optical communication product |
| CN112139786B (en) * | 2020-09-28 | 2022-02-11 | 湖南中科光电有限公司 | Full-automatic inserting disc machine for ceramic inserting core for processing optical communication product |
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