CN110376685A - A kind of optical fiber cable beam pressure picks - Google Patents
A kind of optical fiber cable beam pressure picks Download PDFInfo
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- CN110376685A CN110376685A CN201910753033.6A CN201910753033A CN110376685A CN 110376685 A CN110376685 A CN 110376685A CN 201910753033 A CN201910753033 A CN 201910753033A CN 110376685 A CN110376685 A CN 110376685A
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- Prior art keywords
- crimp
- movable
- fixed
- optical fiber
- erecting bed
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/24—Coupling light guides
- G02B6/36—Mechanical coupling means
- G02B6/38—Mechanical coupling means having fibre to fibre mating means
- G02B6/3807—Dismountable connectors, i.e. comprising plugs
- G02B6/3898—Tools, e.g. handheld; Tuning wrenches; Jigs used with connectors, e.g. for extracting, removing or inserting in a panel, for engaging or coupling connectors, for assembling or disassembling components within the connector, for applying clips to hold two connectors together or for crimping
Abstract
The present invention relates to a kind of optical fiber cable beam pressures to pick, including L-shaped installing plate, cylinder, erecting bed, compression bonding apparatus and rotation length control device, the L-shaped installing plate upper end is equipped with cylinder, L-shaped installing plate lower end is equipped with erecting bed, it is equipped with compression bonding apparatus in erecting bed, rotation length control device is installed on the right side of erecting bed.The present invention can solve existing fiber harness press-connection machine in crimp type terminal, since staking punch falling head is not easy to control, when staking punch decline is too deep, staking punch after terminal compression joint to continuing to decline, pierce through to be generated to optical fiber line insulating layer or cut bad situation, when staking punch declined it is shallow when, effective crimping cannot be played to terminal, to make to connect pine between optical fiber harness and terminal, optical fiber cable beam pressure is led to problems such as to connect unqualified.
Description
Technical field
The present invention relates to press-connection machine field, specifically a kind of optical fiber cable beam pressure picks.
Background technique
Optical fiber press-connection machine, also referred to as terminal crimping connector, this equipment are used to complete crimp type terminal after the wire stripping of electric wire.Mechanical structure
Simply, advantage of lower cost is expert at already through producing in enormous quantities, and single head bunch product is very extensive in industrial application.Terminal
Press-connection machine refers to that electric wire processes a kind of machine to be used, and five golden heads can be crimped to wire ends, are then connected again by it.
The terminal that terminal crimping connector crimps out is more convenient typically to connection, and not spending welding just can be stable by two conducting wires
It links together, and need to only pull out when tearing open can.
In actual production manufacture, existing fiber harness press-connection machine has the following problems in the practical operation of crimp type terminal:
Existing fiber harness press-connection machine is in crimp type terminal, since staking punch falling head is not easy to control, when under staking punch
When dropping too deep, staking punch pierces through or cuts bad situation to continuing to decline after terminal compression joint, to generate to optical fiber line insulating layer,
When staking punch declined it is shallow when, effective crimping cannot be played to terminal, to make to connect pine between optical fiber harness and terminal,
Optical fiber cable beam pressure is caused to connect unqualified.
In order to make up for the deficiencies of the prior art, the present invention provides a kind of optical fiber cable beam pressures to pick.
Summary of the invention
The present invention to be solved the used following technical scheme of its technical problem to realize: a kind of optical fiber cable beam pressure picks,
Cylinder is installed including L-shaped installing plate, cylinder, erecting bed, compression bonding apparatus and rotation length control device, the L-shaped installing plate upper end,
L-shaped installing plate lower end is equipped with erecting bed, and compression bonding apparatus is equipped in erecting bed, is equipped with rotation length control device on the right side of erecting bed；
Wherein:
The compression bonding apparatus includes sliding compression bonding apparatus, fixed crimp and secondary crimping device, slides compression bonding apparatus
Upper end is connected with cylinder top outlet, and erecting bed lower end is equipped with fixed crimp, slides and is equipped with inside compression bonding apparatus upper end
Secondary crimping device, when specific works, cylinder drive the decline of sliding compression bonding apparatus to fixed crimp opposite opened terminal
Molding crimping is carried out, secondary crimping device carries out secondary crimping, terminal compression joint molding to terminal.
The sliding compression bonding apparatus includes movable installation board, two sliding rails, two movable crimps, resetting-mechanism, auxiliary
Pressing aid connection device and guiding mechanism, movable installation board middle part offer T-slot, and at left and right sides of movable installation board there are two settings
Sliding rail, sliding rail, with movable crimp, are equipped with by way of being slidably matched between movable installation board and movable crimp
Resetting-mechanism, movable crimp inside are provided with Assisted Crimping Apparatus, and movable crimp bilateral symmetry is welded with Guiding machine
Structure, resetting-mechanism play reset response, and when specific works, cylinder drives two movable crimps declines, guiding mechanism decline
Enter in rectangular channel afterwards, to drive two movable crimps to be moved toward one another in two rectangular channels, so that two work
Dynamic crimp forms molding state with fixed crimp to crimp to terminal, during crimping, assists crimping dress
The case where setting opposite opened terminal to be clamped, causing terminal position to shift when reducing two movable crimp decline,
When movable crimp and fixed crimp molding, terminal compression joint is completed.
The fixed crimp is located at immediately below movable crimp, is positioned by pin, and be mounted on by bolt
In the square hole of erecting bed lower end, intilted rectangular channel from top to bottom, square are symmetrically offered at left and right sides of fixed crimp
The setting of shape slot introversion structure is so that the movable crimp during decline is pressurized in rectangular channel and moves inwardly.
The secondary crimping device includes crimp head and compressed spring, and crimp head upper end is T-shaped, and crimp head passes through T-slot
It is mounted on movable installation board inside middle, is provided with compressed spring between crimp head and movable installation board, when specific works, crimping
Head declines under the extruding of two movable crimps, so that crimp head crimps terminal U-shaped pressure contact portion top, thus complete
At crimping between terminal and optical fiber harness, after die sinking, compressed spring resets crimp head.
The rotation length control device includes rotating frame, fixing clamp and fixed length mechanism, is symmetrically opened up before and after rotating frame
There is square hole, erecting bed right side is equipped with rotating frame by hinge, and rotating frame upper end is provided with fixing clamp, pacifies between square hole
Equipped with fixed length mechanism, when specific works, rotation rotating frame is to drive fixed length mechanism to rotate on the right side of compression bonding apparatus, fixed length machine
Structure does up the effect of guide and limit to the optical fiber cable in crimping, and fixing clamp is embedded in after buckle rotating frame being locked at erecting bed
On.
The Assisted Crimping Apparatus includes sliding bar, gasket and secondary spring, and sliding bar is pacified by way of being slidably matched
On the inside of movable crimp, sliding bar extension end is welded with gasket, sets between sliding bar sliding end and movable crimp
It is equipped with secondary spring, when specific works, the U-shaped pressure contact portion for the gasket opposite opened terminal arranged in opposite directions plays guide and limit, subtracts
The case where offset for causing open type terminal position to occur when small two movable crimps decline, secondary spring opposite opened terminal
Crimping rise buffer protection function.
The guiding mechanism includes guide plate and cylindrical slider, welds guide plate at left and right sides of movable crimp, leads
Plate lower end is provided with cylindrical slider, the position between cylindrical slider and rectangular channel is corresponding, and guide plate is located at rectangle
On the outside of slot, when specific works, guide plate is moved downward with movable crimp, and cylindrical slider enters intilted rectangle
Slot, two movable crimps are squeezed and move toward one another, so that opposite opened terminal is crimped.
As a preferred technical solution of the present invention, the erecting bed upper center offers perforation, and on erecting bed
It holds right side opening to be equipped with buckle, is insertion connection between buckle and fixing clamp, erecting bed lower end offers square hole, cylinder ejector
End is equipped with compression bonding apparatus across perforation, and rotation length control device is locked after fixing clamp insertion buckle.
As a preferred technical solution of the present invention, the resetting-mechanism includes limited block and reset spring, limited block
It is welded on movable installation board lower end, is connected between limited block and movable crimp by reset spring, limited block presses activity
It connects mold and plays position-limiting action, reset spring plays reset role movable crimp.
As a preferred technical solution of the present invention, compressive plane there are two settings in the middle part of the crimp head, and compressive plane
It is from top to bottom the structure being gradually inclined outwardly, crimp head lower part is provided with the staking punch of arcuate structure, the punching press of arcuate structure
Open type terminal upper end U-shaped portion is crimped camber concave inward structure, and arcuate structure opposite opened in crimping in secondary crimping by head
Terminal U-shaped portion surface shields.
As a preferred technical solution of the present invention, the activity crimp upper end is provided with cylindrical roll, cylindrical roll
It fits with compressive plane, and movable crimp inner wall is gradually intilted structure from the bottom up, when specific works, cylinder
Roller is by squeezing compressive plane, to drive crimp head opposite opened terminal upper end to be crimped, and cylindrical roll reduces movable crimping
The friction of mold and compressive plane, open type terminal U-shaped pressure contact portion are closed up, are pressed in the case where two movable crimp inner walls squeeze
It connects.
As a preferred technical solution of the present invention, the fixed length mechanism includes fixed-length block, two fixed links, two sides
Shape fixed block and two pin shafts, fixed-length block rear and front end are symmetrically welded with fixed link, are welded with square fixed block on the outside of fixed link,
Square fixed block is mounted in square hole.
As a preferred technical solution of the present invention, the fixed-length block is made of two triangular blocks, and two triangular blocks
Between connected by pin shaft, fixed-length block upper end offers blind hole, and fixed-length block left end offers through-hole, when specific works, optical fiber cable
Across through-hole, limition orientation is played to optical fiber cable, and separate fixed-length block by pin shaft, facilitate optical fiber cable to take out, optical fiber
When line needs fixed length, extracts square fixed block out square hole on rotating frame, after being rotated by 90 ° counterclockwise, be caught in square hole, light again
Fine line right end passes through compression bonding apparatus, is against in blind hole, carries out fixed length to optical fiber cable.
Compared with prior art, the invention has the following advantages that
1. a kind of optical fiber cable beam pressure provided by the invention picks, the present invention by the way of crimping respectively to optical fiber cable twice
Beam and terminal are gradually crimped, and terminal outer surface damage rate, the setting of secondary crimping device, to the terminal U after closing up are reduced
The punching press again of shape portion upper end ensure that optical fiber to increase the contact area between the metal of optical fiber harness and terminal metal
The reliability that harness is connect with terminal；
2. a kind of optical fiber cable beam pressure provided by the invention picks, the present invention, which passes through, is arranged in squeezing for two movable crimps
Pressure decline so that crimp head crimps the terminal U-shaped pressure contact portion top after closing up again, reduce insulating layer occur to pierce through or
Person cuts bad situation；
3. a kind of optical fiber cable beam pressure provided by the invention picks, movable crimp falling head of the invention is fixed, and is kept away
Exempt from the too high or too low situation of crimp height that insulate, increases the contact surface between the metal of optical fiber harness and terminal metal
Product, improves effective crimping rate between two molds.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is schematic diagram of the three-dimensional structure；
Fig. 2 is cross-sectional view of the present invention；
Fig. 3 is compression bonding apparatus structural schematic diagram of the present invention；
Fig. 4 is the schematic diagram between the movable crimp of the present invention, fixed crimp and guiding mechanism；
Fig. 5 is the cross-sectional view between the movable crimp of the present invention, movable installation board, sliding rail and secondary crimping device；
Fig. 6 is the schematic diagram between fixed link of the present invention, fixed block, fixed-length block and pin shaft；
Fig. 7 is the X of Fig. 1 of the present invention to partial enlargement diagram；
Fig. 8 is terminal structure schematic diagram.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Fig. 1 to Fig. 8 is closed, the present invention is further elaborated.
A kind of optical fiber cable beam pressure picks, including L-shaped installing plate 1, cylinder 2, erecting bed 3, compression bonding apparatus 4 and rotation fixed length dress
5 are set, 1 upper end of L-shaped installing plate is equipped with cylinder 2, and 1 lower end of L-shaped installing plate is equipped with erecting bed 3, is equipped with pressure in erecting bed 3
Connection device 4 is equipped with rotation length control device 5 on the right side of erecting bed 3；Wherein:
The compression bonding apparatus 4 includes sliding compression bonding apparatus 41, fixed crimp 42 and secondary crimping device 43, sliding pressure
41 upper end of connection device ejects end with cylinder 2 and is connected, and 3 lower end of erecting bed is equipped with fixed crimp 42, slides compression bonding apparatus 41
Secondary crimping device 43 is installed inside upper end, when specific works, cylinder 2 drive the decline of sliding compression bonding apparatus 41 to fixation
42 opposite opened terminal of crimp carries out molding crimping, and secondary crimping device 43 carries out secondary crimping to terminal, terminal compression joint at
Type.
The sliding compression bonding apparatus 41 include the movable crimp 413 of the sliding rail 412, two of movable installation board 411, two,
Resetting-mechanism 414, Assisted Crimping Apparatus 415 and guiding mechanism 416 offer T-slot, and activity in the middle part of movable installation board 411
Setting is there are two sliding rail 412 at left and right sides of mounting plate 411, sliding rail 412 by way of being slidably matched with movable crimp
413, resetting-mechanism 414 is installed between movable installation board 411 and movable crimp 413, is set on the inside of movable crimp 413
It is equipped with Assisted Crimping Apparatus 415, movable 413 bilateral symmetry of crimp is welded with guiding mechanism 416, and resetting-mechanism 414 plays
Reset response, when specific works, cylinder 2 drives two movable crimps 413 to decline, and guiding mechanism 416 enters square after declining
In shape slot, to drive two movable crimps 413 to be moved toward one another in two rectangular channels, so that two activity crimping
Mold 413 and fixed crimp 42 form molding state to crimp to terminal, during crimping, Assisted Crimping Apparatus
415 opposite opened terminals are clamped, and the feelings for causing terminal position to shift when two movable crimps 413 decline are reduced
Condition, when movable crimp 413 is molded with fixed crimp 42, terminal compression joint is completed.
The fixed crimp 42 is located at immediately below movable crimp 413, is positioned by pin, and is pacified by bolt
In 3 lower end square hole of erecting bed, fixed 42 left and right sides of crimp symmetrically offers intilted square from top to bottom
Shape slot, the setting of rectangular channel introversion structure is so that the movable crimp 413 during decline is pressurized inwardly in rectangular channel
Movement.
The secondary crimping device 43 includes crimp head 431 and compressed spring 432, and 431 upper end of crimp head is T-shaped, crimping
First 431 are mounted on 411 inside middle of movable installation board by T-slot, are provided between crimp head 431 and movable installation board 411
Compressed spring 432, when specific works, crimp head 431 declines under the extruding of two movable crimps 413, so that crimp head
431 pairs of terminal U-shaped pressure contact portion tops crimp, to complete crimping between terminal and optical fiber harness, after die sinking, compress bullet
Spring 432 resets crimp head 431.
The rotation length control device 5 includes rotating frame 51, fixing clamp 52 and fixed length mechanism 53,51 front and back of rotating frame
It symmetrically offers square hole, rotating frame 51 is equipped with by hinge on the right side of erecting bed 3,51 upper end of rotating frame is provided with fixing card
Folder 52, is equipped with fixed length mechanism 53 between square hole, and when specific works, rotation rotating frame 51 is to drive fixed length mechanism 53 to rotate
To 4 right side of compression bonding apparatus, the optical fiber cable in the 53 pairs of crimping of fixed length mechanism does up the effect of guide and limit, the insertion card of fixing clamp 52
Rotating frame 51 is locked on erecting bed 3 after button.
The Assisted Crimping Apparatus 415 includes sliding bar 415a, gasket 415b and secondary spring 415c, and sliding bar 415a is logical
It crosses the mode being slidably matched and is installed on movable 413 inside of crimp, the extension end sliding bar 415a is welded with gasket 415b, slides
It is provided with secondary spring 415c between bar 415a sliding end and movable crimp 413, when specific works, the gasket arranged in opposite directions
The U-shaped pressure contact portion of 415b opposite opened terminal plays guide and limit, and reducing when two movable crimps 413 decline causes out
The crimping of the case where offset that formula terminal position occurs, secondary spring 415c opposite opened terminal play buffer protection function.
The guiding mechanism 416 includes guide plate 416a and cylindrical slider 416b, movable 413 left and right sides of crimp
Guide plate 416a is welded, the lower end guide plate 416a is provided with cylindrical slider 416b, between cylindrical slider 416b and rectangular channel
Position it is corresponding, and guide plate 416a is located on the outside of rectangular channel, and when specific works, guide plate 416a is with movable crimp
413 move downward, and cylindrical slider 416b enters intilted rectangular channel, and two movable crimps 413 are squeezed in opposite directions
Movement, so that opposite opened terminal is crimped.
3 upper center of erecting bed offers perforation, and 3 upper end right side opening of erecting bed is equipped with buckle, buckles and fixed
It is insertion connection between clip 52,3 lower end of erecting bed offers square hole, and cylinder 2 ejects end and is equipped with crimping dress across perforation
4 are set, rotation length control device 5 is locked after the insertion buckle of fixing clamp 52.
The resetting-mechanism 414 includes limited block 414a and reset spring 414b, and limited block 414a is welded on movable installation
411 lower end of plate is connected between limited block 414a and movable crimp 413 by reset spring 414b, and limited block 414a is to work
Dynamic crimp 413 plays position-limiting action, and reset spring 414b plays reset role movable crimp 413.
There are two compressive planes for setting in the middle part of the crimp head 431, and compressive plane is the knot being gradually inclined outwardly from top to bottom
Structure, 431 lower part of crimp head are provided with the staking punch of arcuate structure, and the staking punch of arcuate structure is in secondary crimping by open type terminal
Upper end U-shaped portion crimps camber concave inward structure, and arcuate structure shields on opposite opened terminal U-shaped portion surface in crimping.
413 upper end of the activity crimp is provided with cylindrical roll, and cylindrical roll fits with compressive plane, and movable pressure welding mold
Have 413 inner walls from the bottom up and are a gradually intilted structure, when specific works, cylindrical roll is by squeezing compressive plane, thus band
431 opposite opened terminal upper end of dynamic pressure connector is crimped, and cylindrical roll reduces rubbing for movable crimp 413 and compressive plane
It wipes, open type terminal U-shaped pressure contact portion is closed up, crimped in the case where two movable 413 inner walls of crimp squeeze.
The fixed length mechanism 53 includes the square fixed block 533 of fixed link 532, two of fixed-length block 531, two and two pin shafts
534,531 rear and front end of fixed-length block is symmetrically welded with fixed link 532, and square fixed block 533 is welded on the outside of fixed link 532, side
Shape fixed block 533 is mounted in square hole.
The fixed-length block 531 is made of two triangular blocks, and is connected between two triangular blocks by pin shaft 534, fixed-length block
531 upper ends offer blind hole, and 531 left end of fixed-length block offers through-hole, and when specific works, optical fiber cable passes through through-hole, to optical fiber cable
Play limition orientation, and separated fixed-length block 531 by pin shaft 534, facilitates optical fiber cable to take out, optical fiber cable needs fixed length
When, it extracts square fixed block 533 out square hole on rotating frame 51, after being rotated by 90 ° counterclockwise, is caught in square hole, optical fiber cable again
Right end passes through compression bonding apparatus 4, is against in blind hole, carries out fixed length to optical fiber cable.
When work:
S1. feeding: open type terminal is placed on fixed crimp 42, by optical fiber cable wire stripping end pass through terminal resist it is blind
Hole passes through through-hole；
S2. crimp for the first time: cylinder 2 drives two movable crimps 413 to decline, and guiding mechanism 416 enters square after declining
In shape slot, two movable crimps 413 is driven to be moved toward one another under the action of extruding force, two movable crimps
413 match with fixed crimp 42 and are crimped for the first time to terminal；
S3. secondary crimping: during crimping, cylindrical roll is by squeezing compressive plane, to drive crimp head 431 on terminal
End carries out secondary crimping, and when movable crimp 413 is molded with fixed crimp 42, terminal compression joint is completed；
S4. blanking: after the completion of crimping, pin shaft 534 being extracted out, is in unlocked state, the light after crimping between two triangular blocks
Fine line can take out from two triangular blocks after separation, reinsert pin shaft 534 after taking-up, to carry out to two triangular blocks
Locking connection；
S5. it repeats S1 and next group of terminal is crimped with optical fiber cable to S4 step.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (7)
1. a kind of optical fiber cable beam pressure picks, including L-shaped installing plate (1), cylinder (2), erecting bed (3), compression bonding apparatus (4) and rotation
Length control device (5), it is characterised in that: L-shaped installing plate (1) upper end is equipped with cylinder (2), the installation of L-shaped installing plate (1) lower end
Have erecting bed (3), be equipped with compression bonding apparatus (4) in erecting bed (3), rotation length control device (5) is installed on the right side of erecting bed (3)；Its
In:
The compression bonding apparatus (4) includes sliding compression bonding apparatus (41), fixed crimp (42) and secondary crimping device (43), is slided
Dynamic pressure connection device (41) upper end is connected with cylinder (2) ejection end, and erecting bed (3) lower end is equipped with fixed crimp (42), sliding
Secondary crimping device (43) are installed inside dynamic pressure connection device (41) upper end；
The sliding compression bonding apparatus (41) includes movable installation board (411), two sliding rails (412), two movable crimps
(413), resetting-mechanism (414), Assisted Crimping Apparatus (415) and guiding mechanism (416), movable installation board (411) middle part open up
There is a T-slot, and there are two sliding rail (412), sliding rail (412), which passes through, to be slidably matched for setting at left and right sides of movable installation board (411)
Mode and movable crimp (413), are equipped with resetting-mechanism between movable installation board (411) and movable crimp (413)
(414), it is provided with Assisted Crimping Apparatus (415) on the inside of movable crimp (413), movable crimp (413) bilateral symmetry
It is welded with guiding mechanism (416)；
The Assisted Crimping Apparatus (415) includes sliding bar (415a), gasket (415b) and secondary spring (415c), sliding bar
(415a) is installed on the inside of movable crimp (413) by way of being slidably matched, and the extension end sliding bar (415a) is welded with
Gasket (415b) is provided with secondary spring (415c) between sliding bar (415a) sliding end and movable crimp (413)；
The guiding mechanism (416) includes guide plate (416a) and cylindrical slider (416b), movable crimp (413) left and right
Guide plate (416a) is welded in two sides, and the lower end guide plate (416a) is provided with cylindrical slider (416b), cylindrical slider (416b)
Position between rectangular channel is corresponding, and guide plate (416a) is located on the outside of rectangular channel.
The fixed crimp (42) is located at immediately below movable crimp (413), is positioned by pin, and is pacified by bolt
In the square hole of erecting bed (3) lower end, symmetrically offers at left and right sides of fixed crimp (42) and slope inwardly from top to bottom
Rectangular channel；
The secondary crimping device (43) includes crimp head (431) and compressed spring (432), and crimp head (431) upper end is T-shaped,
Crimp head (431) is mounted on movable installation board (411) inside middle, crimp head (431) and movable installation board by T-slot
(411) compressed spring (432) are provided between；
The rotation length control device (5) includes rotating frame (51), fixing clamp (52) and fixed length mechanism (53), rotating frame
(51) front and back symmetrically offers square hole, is equipped with rotating frame (51) on the right side of erecting bed (3) by hinge, on rotating frame (51)
End is provided with fixing clamp (52), and fixed length mechanism (53) are equipped between square hole.
2. a kind of optical fiber cable beam pressure according to claim 1 picks, it is characterised in that: erecting bed (3) upper center
Perforation is offered, and erecting bed (3) upper end right side opening is equipped with buckle, is insertion connection, peace between buckle and fixing clamp (52)
Dress platform (3) lower end offers square hole, and cylinder (2) ejection end passes through perforation and is equipped with compression bonding apparatus (4).
3. a kind of optical fiber cable beam pressure according to claim 1 picks, it is characterised in that: the resetting-mechanism (414) includes
Limited block (414a) and reset spring (414b), limited block (414a) are welded on movable installation board (411) lower end, limited block
It is connected between (414a) and movable crimp (413) by reset spring (414b).
4. a kind of optical fiber cable beam pressure according to claim 1 picks, it is characterised in that: set in the middle part of the crimp head (431)
Compressive plane there are two setting, and compressive plane is the structure being gradually inclined outwardly from top to bottom, crimp head (431) lower part is provided with arc
The staking punch of structure.
5. a kind of optical fiber cable beam pressure according to claim 1 picks, it is characterised in that: the activity crimp (413)
Upper end is provided with cylindrical roll, and cylindrical roll fits with compressive plane, and movable crimp (413) inner wall be from the bottom up gradually to
Tilted structure.
6. a kind of optical fiber cable beam pressure according to claim 1 picks, it is characterised in that: the fixed length mechanism (53) includes fixed
Long block (531), two fixed links (532) and two square fixed blocks (533), fixed-length block (531) rear and front end are symmetrically welded with
Fixed link (532), fixed link (532) outside are welded with square fixed block (533), and square fixed block (533) is mounted in square hole.
7. a kind of optical fiber cable beam pressure according to claim 6 picks, it is characterised in that: the fixed-length block (531) is by two
Triangular block composition, and connected between two triangular blocks by pin shaft, fixed-length block (531) upper end offers blind hole, fixed-length block (531)
Left end offers through-hole.
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| CN201910753033.6A CN110376685B (en) | 2019-08-15 | 2019-08-15 | Optical fiber harness crimping machine |
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| CN201910753033.6A CN110376685B (en) | 2019-08-15 | 2019-08-15 | Optical fiber harness crimping machine |
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| CN110376685A true CN110376685A (en) | 2019-10-25 |
| CN110376685B CN110376685B (en) | 2020-12-04 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110989095A (en) * | 2019-12-07 | 2020-04-10 | 浙江同梦通讯科技有限公司 | Optical fiber assembling mechanism with guide positioning block |
| CN111025488A (en) * | 2019-12-07 | 2020-04-17 | 浙江同梦通讯科技有限公司 | Optical fiber and connector assembling equipment |
| CN113568111A (en) * | 2021-07-21 | 2021-10-29 | 深圳市爱德泰科技有限公司 | Optical fiber press-connection machine |
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| CN101176024A (en) * | 2005-05-19 | 2008-05-07 | 株式会社藤仓 | Connector holder, photoelectric converter provided with connector holder, optical connector fixing structure and method for assembling connector holder |
| CN106785783A (en) * | 2017-01-12 | 2017-05-31 | 厦门海普锐科技股份有限公司 | A kind of compression joint mechanism |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110989095A (en) * | 2019-12-07 | 2020-04-10 | 浙江同梦通讯科技有限公司 | Optical fiber assembling mechanism with guide positioning block |
| CN111025488A (en) * | 2019-12-07 | 2020-04-17 | 浙江同梦通讯科技有限公司 | Optical fiber and connector assembling equipment |
| CN111025488B (en) * | 2019-12-07 | 2021-04-06 | 浙江同梦通讯科技有限公司 | Optical fiber and connector assembling equipment |
| CN110989095B (en) * | 2019-12-07 | 2021-04-06 | 浙江同梦通讯科技有限公司 | Optical fiber assembling mechanism with guide positioning block |
| CN113568111A (en) * | 2021-07-21 | 2021-10-29 | 深圳市爱德泰科技有限公司 | Optical fiber press-connection machine |
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