CN205666422U - Cable connection device of skinning end - Google Patents
Cable connection device of skinning end Download PDFInfo
- Publication number
- CN205666422U CN205666422U CN201620348376.6U CN201620348376U CN205666422U CN 205666422 U CN205666422 U CN 205666422U CN 201620348376 U CN201620348376 U CN 201620348376U CN 205666422 U CN205666422 U CN 205666422U
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- China
- Prior art keywords
- dodge gate
- shear blade
- worm screw
- slide block
- cable
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Abstract
Cable connection device of skinning end belongs to cable inoxidizing coating end peeler field, and the device includes rectangular frame, support platform, cutting edge mechanism, drive arrangement, moment reverse drive device and cable clamping fixing sleeve, the center of support platform is equipped with the platform through -hole, in cable clamping fixing sleeve's the bottom inserted into the platform through -hole, and its the two coaxial linking firmly, rectangular frame includes front end slide rail riser, rear end slide rail riser and two side square shaft hole risers. The utility model discloses a cable clamping fixing sleeve who has cylindric centre gripping chamber carries out centre gripping and location to cable socket, and the tangent line punch -out equipment through having two reverse worm mechanism constructs and drives two racks simultaneously and carry out the adversive movement on the horizontal direction to it realizes separately moving with closed to drive a cutting edge dodge gate and the 2nd cutting edge dodge gate respectively.
Description
Technical field
This utility model belongs to cable shield peeling machine for tip field, is specifically related to a kind of cable connection termination peeling dress
Put.
Background technology
The overcoat of comprehensive functions such as being generally enclosed with outside the copper conductor of cable and play shielding, insulate and be waterproof,
During wiring, the cable after blocking according to different length, need near newly generated cable socket its termination overcoat
Peel off, so that copper conductor termination is exposed outside, for cable connection.
The artificial hand-held clamp for peeling that the existing many employings of cable shield stripping machine are simple, it needs one in use
Holding cable socket, another hands one-handed performance tangent line clamp, it is the most convenient to operate, and, run into thicker cable model
Time, both hands labor intensity is bigger, it is easy to tired, working performance is low.
Utility model content
The most convenient in order to solve the operation of existing artificial hand-held clamp for peeling, labor intensity is big, and bimanualness is prone to tired
Labor, the technical problem that working performance is low, this utility model provides a kind of cable connection termination apparatus for peeling off.
The technical scheme that this utility model solution technical problem is taked is as follows:
Cable connection termination apparatus for peeling off, it includes rectangular frame, bearing platform, shear blade mechanism, driving means, moment
Reverse drive gear and cable clamping fix sleeve, and the center of described bearing platform is provided with platform through hole, cable clamping fixed cover
The bottom of cylinder is inserted in platform through hole, is coaxially connected both it；Described rectangular frame includes that front end slide rail riser, rear end slide rail are perpendicular
Plate and two side axis hole risers, be provided with the first dodge gate in the horizontal direction sliding inside the upper end-face edge of front end slide rail riser
Groove, the structure of rear end slide rail riser is identical with front end slide rail riser, and the inner side of its upper end-face edge is provided with in the horizontal direction
Second dodge gate chute；Described side axis hole riser is provided with through axis hole, front end slide rail riser, rear end slide rail riser and two
Individual side axis hole riser surrounds formation rectangular frame jointly；The lower ending opening of rectangular frame is fixed on the end face of bearing platform；
Shear blade mechanism covers in the upper surface of rectangular frame, is slidably connected both it；Moment reverse drive gear include power transmission shaft, four
Individual fixing seat, four bearings, two shaft coupling sockets and Liang Ge slider-actuated mechanism, said two slider-actuated mechanism is symmetrically placed
In the inside of rectangular frame, each slider-actuated mechanism is all connected in the medial wall of rear end slide rail riser by two fixing seats
On, the both sides, stage casing of power transmission shaft are connected with corresponding slider-actuated mechanism by a bearing respectively, the two ends of power transmission shaft
Pass through a bearing axis hole axle corresponding with on the axis hole riser of side respectively even；Two shaft coupling sockets are the most coaxially fixed on
The top of power transmission shaft both sides；Described driving means is rotating shaft driving means, and it is coaxially connected with shaft coupling socket；Slider-actuated mechanism
Upper end be connected with the lower end of shear blade mechanism；Described rectangular frame, shear blade mechanism, driving means, moment commutation transmission dress
Put and collectively form a tangent line draw box mechanism.
Described shear blade mechanism includes the first shear blade dodge gate and the second shear blade dodge gate, the first shear blade dodge gate
Including the first movable doorboard, the first vertical contiguous block of dodge gate, the first T-shaped slide block of dodge gate and the first dodge gate tooth bar, institute
State the first vertical contiguous block of dodge gate and be fixed on the lower end of the first movable doorboard；First dodge gate tooth bar is parallel to the first dodge gate
The direction of motion of T-shaped slide block, it is laterally fixed on the T word bottom of the first T-shaped slide block of dodge gate；First dodge gate vertically connects
Connect block and be parallel to the direction of motion of the first T-shaped slide block of dodge gate, and with the T word lower sides of the first T-shaped slide block of dodge gate
It is connected；Second shear blade dodge gate includes the second movable doorboard, the second vertical contiguous block of dodge gate, the second T-shaped cunning of dodge gate
Block and the second dodge gate tooth bar, the described second vertical contiguous block of dodge gate is fixed on the lower end of the second movable doorboard；Second is movable
Front tooth bar is parallel to the direction of motion of the second T-shaped slide block of dodge gate, and it is laterally fixed on the T of the second T-shaped slide block of dodge gate
Word bottom；The second vertical contiguous block of dodge gate is parallel to the direction of motion of the second T-shaped slide block of dodge gate, and with the second dodge gate
The T word lower sides of T-shaped slide block is connected；One sideline of described first movable doorboard is provided with the first semi-circular shear blade
Mouthful, a sideline of the second movable doorboard is provided with the second semi-circular shearing edge, the first shearing edge and the second shear blade
Mouth split each other is also collectively forming a circular shear blade.
Described first shear blade dodge gate is connected by the first T-shaped slide block of dodge gate and the first dodge gate slide,
Second shear blade dodge gate is connected by the second T-shaped slide block of dodge gate and the second dodge gate slide；Described cut by first
The circular shear blade that cutting blade mouth and the second shearing edge split are formed is positioned at cable clamping and fixes the top of sleeve, and its two
Person's in the vertical direction is coaxial.
Described cable clamping is fixed sleeve and is included sleeve body and cylindric holding chamber, and the cylindric holding chamber of hollow is fixed on
Epimere in the inwall of sleeve body, cable clamping fixes sleeve from the first slider-actuated mechanism and the gap of the second slider-actuated mechanism
In pass, the axis that cable clamping fixes sleeve is vertical with power transmission shaft antarafacial.
Described moment reverse drive gear also include the first worm screw, the second worm screw, the first little gear, two pinion,
One gear wheel and second largest gear, described first worm screw and the second worm screw are the most nested respectively and are fixed on the two of power transmission shaft stage casing
Side；Described first little gear and the first gear wheel are coaxially connected, and the rotary shaft both it is perpendicular to the first worm screw and by two
Fixing seat is fixed on the medial wall of rear end slide rail riser；Described first worm screw and the first little gear collectively form the first worm screw and pass
Motivation structure, the first gear wheel and the engagement of the first dodge gate tooth bar；First worm screw, the first little gear and the first gear wheel collectively form
First slider-actuated mechanism；Described two pinion and second largest gear are coaxially connected, and the rotary shaft both it is perpendicular to second
Worm screw is also fixed on the medial wall of rear end slide rail riser by two fixing seats；Described second worm screw is common with two pinion
Constitute the first worm gearing, second largest gear and the engagement of the second dodge gate tooth bar；Second worm screw, two pinion and second
Gear wheel collectively forms the second slider-actuated mechanism.
The hand of helix of described first worm screw and the second worm screw is contrary.
The beneficial effects of the utility model are: this cable connection termination apparatus for peeling off is by having the electricity of cylindric holding chamber
Cable clip is held fixing sleeve and is clamped cable socket and position；And by having the tangent line draw box mechanism of two reverse worm mechanisms
Simultaneously drive two tooth bars, carry out the adverse movement in horizontal direction, thus drive the first shear blade dodge gate and second respectively
Shear blade dodge gate realizes separately and closed action.By the first shearing edge and the split each other of the second shearing edge common shape
Becoming, its bore is preset according to cable copper core external diameter to be sheared.First dodge gate tooth bar parallel to each other and the second activity
Front tooth bar lays respectively at former and later two end faces of tangent line draw box mechanism, contributes to more preferable trimming moment, and extension device uses the longevity
Life.
In addition this cable connection termination apparatus for peeling off also has simple and practical, easy to operate, it is not necessary to electric-control system and
Sequencing contro, the advantage such as with low cost.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of this utility model cable connection termination apparatus for peeling off；
Fig. 2 is the detonation configuration signal that sleeve fixed by this utility model tangent line draw box mechanism and bearing platform and cable clamping
Figure；
Fig. 3 is the axonometric chart of this utility model tangent line draw box mechanism；
Fig. 4 is the schematic diagram of the detonation configuration of Fig. 3；
Fig. 5 is the detonation configuration schematic diagram of this utility model shear blade mechanism；
Fig. 6 is the axonometric chart of this utility model moment reverse drive gear；
Fig. 7 is the detonation configuration schematic diagram of this utility model rectangular frame；
Fig. 8 is the upward view of Fig. 3；
Fig. 9 is the axial sectional view that this utility model cable clamping fixes sleeve；
Figure 10 this utility model cable connection termination apparatus for peeling off application schematic diagram under shearing condition.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is described in further details.
As shown in Figures 1 to 9, cable connection termination of the present utility model apparatus for peeling off includes rectangular frame 1, bearing platform
2, shear blade mechanism 3, driving means 4, moment reverse drive gear 5 and cable clamping fix sleeve 6, the center of bearing platform 2
Being provided with platform through hole 2-1, cable clamping is fixed the bottom of sleeve 6 and is inserted in platform through hole 2-1, is coaxially connected both it.
Rectangular frame 1 includes front end slide rail riser 1-1, rear end slide rail riser 1-2 and two side axis hole riser 1-3, front
It is provided with the first dodge gate chute 1-1-1 in the horizontal direction, rear end slide rail riser 1-inside the upper end-face edge of end slide rail riser 1-1
The structure of 2 is identical with front end slide rail riser 1-1, and the second dodge gate that the inner side of its upper end-face edge is provided with in the horizontal direction is sliding
Groove 1-2-1.Side axis hole riser 1-3 is provided with through axis hole 3-1-1, front end slide rail riser 1-1, rear end slide rail riser 1-2
Formation rectangular frame 1 is jointly surrounded with two side axis hole riser 1-3.The lower ending opening of rectangular frame 1 is fixed on bearing platform 2
End face on.
Shear blade mechanism 3 covers the upper surface at rectangular frame 1, is slidably connected both it.Moment reverse drive gear 5 wraps
Include power transmission shaft 5-1, four fixing seat 5-9, four bearing 5-4, two shaft coupling socket 5-10 and Liang Ge slider-actuated mechanism, two
Slider-actuated mechanism is symmetrically placed in the inside of rectangular frame 1, and each slider-actuated mechanism is all solid by two fixing seat 5-9
Being connected on the medial wall of rear end slide rail riser 1-2, a bearing 5-4 is passed through respectively with corresponding in the both sides, stage casing of power transmission shaft 5-1
One slider-actuated mechanism connects, and the two ends of power transmission shaft 5-1 are respectively by right on a bearing 5-4 and side axis hole riser 1-3
The axis hole 3-1-1 axle answered is even.Two shaft coupling socket 5-10 are the most coaxially fixed on the top of power transmission shaft 5-1 both sides.
Driving means 4 is rotating shaft driving means, and it is coaxially connected with shaft coupling socket 5-10.The upper end of slider-actuated mechanism with
The lower end of shear blade mechanism 3 connects.
Rectangular frame 1, shear blade mechanism 3, driving means 4, moment reverse drive gear 5 collectively form a tangent line punch-out equipment
Structure.
Shear blade mechanism 3 includes that the first shear blade dodge gate 3-1 and the second shear blade dodge gate 3-2, the first shear blade live
Dynamic door 3-1 includes the first movable doorboard 3-1-1, the first dodge gate vertical contiguous block 3-1-2, the first dodge gate T-shaped slide block 3-
1-3 and the first dodge gate tooth bar 3-1-4, the first dodge gate vertical contiguous block 3-1-2 are fixed under the first movable doorboard 3-1-1
End.First dodge gate tooth bar 3-1-4 is parallel to the direction of motion of the first dodge gate T-shaped slide block 3-1-3, and it is laterally fixed on
The T word bottom of one dodge gate T-shaped slide block 3-1-3.First dodge gate vertical contiguous block 3-1-2 is parallel to the first dodge gate T word
The direction of motion of shape slide block 3-1-3, and connected with the T word lower sides of the first dodge gate T-shaped slide block 3-1-3.
Second shear blade dodge gate 3-2 include the second movable doorboard 3-2-1, the second dodge gate vertical contiguous block 3-2-2,
Two dodge gate T-shaped slide block 3-2-3 and the second dodge gate tooth bar 3-2-4, the second dodge gate vertical contiguous block 3-2-2 are fixed on
The lower end of two movable doorboard 3-2-1.Second dodge gate tooth bar 3-2-4 is parallel to the motion of the second dodge gate T-shaped slide block 3-2-3
Direction, it is laterally fixed on the T word bottom of the second dodge gate T-shaped slide block 3-2-3.Second dodge gate vertical contiguous block 3-2-2
Be parallel to the direction of motion of the second dodge gate T-shaped slide block 3-2-3, and with under the T word of the second dodge gate T-shaped slide block 3-2-3
Portion's sidewall is connected.First dodge gate tooth bar 3-1-4 parallel to each other and the second dodge gate tooth bar 3-2-4 lays respectively at tangent line punch-out equipment
Former and later two end faces of structure, contribute to more preferable trimming moment, extension device service life.
One sideline of the first movable doorboard 3-1-1 is provided with the first semi-circular shearing edge 3-1-1-1, and second is movable
One sideline of door-plate 3-2-1 is provided with the second semi-circular shearing edge 3-2-1-1, the first shearing edge 3-1-1-1 and
Two shearing edge 3-2-1-1 splits each other are also collectively forming a circular shear blade.The bore of this circular shear blade
Preset according to cable copper core external diameter to be sheared.
First shear blade dodge gate 3-1 passes through the first dodge gate T-shaped slide block 3-1-3 and the first dodge gate chute 1-1-1
Being slidably connected, the second shear blade dodge gate 3-2 passes through the second dodge gate T-shaped slide block 3-2-3 and the second dodge gate chute 1-2-1
It is slidably connected.
The circular shear blade position formed by the first shearing edge 3-1-1-1 and the second shearing edge 3-2-1-1 split
Fix the top of sleeve 6 in cable clamping, and both it, in the vertical direction is coaxial.
Cable clamping is fixed sleeve 6 and is included sleeve body 6-1 and cylindric holding chamber 6-2, cylindric holding chamber 6-2 of hollow
Being fixed on epimere in the inwall of sleeve body 6-1, it is special that cylindric holding chamber 6-2 is had elastic deformation by rubber, foam or sponge etc.
The anti-slip material of property is made.Cable clamping fixes sleeve 6 from the first slider-actuated mechanism and the gap of the second slider-actuated mechanism
In pass, the axis that cable clamping fixes sleeve 6 is vertical with power transmission shaft 5-1 antarafacial.
Moment reverse drive gear 5 also includes the first worm screw 5-2, the second worm screw 5-3, the first little gear 5-6, the second little tooth
Wheel 5-5, the first gear wheel 5-8 and second largest gear 5-7, the first worm screw 5-2 and the second worm screw 5-3 are coaxial nested respectively and are connected
Both sides in power transmission shaft 5-1 stage casing.
First little gear 5-6 and the first gear wheel 5-8 is coaxially connected, and the rotary shaft both it is perpendicular to the first worm screw 5-2
And be fixed on the medial wall of rear end slide rail riser 1-2 by two fixing seat 5-9.First worm screw 5-2 and the first little gear 5-6
Collectively form the first worm gearing, the first gear wheel 5-8 and the first dodge gate tooth bar 3-1-4 engagement.First worm screw 5-2,
First little gear 5-6 and the first gear wheel 5-8 collectively forms the first slider-actuated mechanism.
Two pinion 5-5 and second largest gear 5-7 is coaxially connected, and the rotary shaft both it is perpendicular to the second worm screw 5-3
And be fixed on the medial wall of rear end slide rail riser 1-2 by two fixing seat 5-9.Second worm screw 5-3 and two pinion 5-5
Collectively form the first worm gearing, second largest gear 5-7 and the second dodge gate tooth bar 3-2-4 engagement.Second worm screw 5-3,
Two pinion 5-5 and second largest gear 5-7 collectively forms the second slider-actuated mechanism.First worm screw 5-2 and the second worm screw 5-3
Hand of helix contrary, in order to ensure that the first slider-actuated mechanism is Tong Bu with the second slider-actuated mechanism and adverse movement, enter
And drive the first shear blade dodge gate 3-1 and the separated in synchronization of the second shear blade dodge gate 3-2 or synchronization to draw close, it is achieved shear dynamic
Make.
Driving means 4 can make rocker handle, it is possible to use motor and speed reduction gearing replace.
During concrete this cable connection termination apparatus for peeling off of the present utility model of application, as it is shown in figure 1, by driving means 4
Drive power transmission shaft 5-1 to rotate, and make the first shear blade dodge gate 3-1 and the separated in synchronization of the second shear blade dodge gate 3-2, this
Time, the first shearing edge 3-1-1-1 and the second shearing edge 3-2-1-1 form a circular shear blade together and divide each other
Open, and come out from tangent line draw box mechanism in the upper end making cable clamping fix sleeve 6.
The cable socket being ready for cable shield stripping is inserted cable clamping straight down and fixes the cylinder of sleeve 6
In shape holding chamber 6-2, and by the stiction between cylindric holding chamber 6-2 and cable shield by cable clamping and vertical
Fixing.
Hereafter, as shown in Figure 10, when reversely rotate driving means 4 time, power transmission shaft 5-1 drive respectively the first worm screw 5-2 and
Second worm screw 5-3 synchronizes reversion, and its moment of torsion, after the first little gear 5-6 changes direction of transfer, drives the first slider-actuated mechanism
In the first gear wheel 5-8 action, the rotation of the first gear wheel 5-8 changes and drives through the first dodge gate tooth bar 3-1-4 again
One dodge gate T-shaped slide block 3-1-3 forms horizontal rectilinear motion, final drive the first shear blade dodge gate 3-1 action.Same with this
Time, counter-rotational two pinion 5-5 synchronizes to drive the second slider-actuated mechanism along contrary according to the similar kind of drive
Direction horizontal balance, finally causes the first shear blade dodge gate 3-1 and the second shear blade dodge gate 3-2 is synchronized with each other draws close, and
Make the first shearing edge 3-1-1-1 and the second shearing edge 3-2-1-1 split again, form a circular shear blade, and
The cable shield of cable connection termination is carried out ring cutting operation.
Then, the main part of cable connection is extracted straight up so that it is deviate from from circular shear blade, with
Time, the cable shield being had no progeny by ring-cutting scissors is then in the barrier effect of circular shear blade and cylindric holding chamber 6-2
Under clamping action, departing from from the main body of cable connection, the part that its ring-cutting scissors is had no progeny temporarily is trapped in cylindric holding chamber 6-2
In.During until this cable connection termination apparatus for peeling off carries out shearing skinning operations to next root cable, utilize by newly inserted
Last time cable loop of residual in cylindric holding chamber 6-2 is directly cut off and pushes down on by another root cable socket, and finally
It is made to deviate from from platform through hole 2-1.
The operating process of this cable connection termination apparatus for peeling off is simple and convenient, and the action synchronicity of performer is high, performs
Action puts in place reliably, failure rate is low, and this cable connection termination apparatus for peeling off also has simple and practical in addition, easy to operate,
Without electric-control system and sequencing contro, the advantage such as with low cost.
Claims (6)
1. cable connection termination apparatus for peeling off, it is characterised in that: this device includes rectangular frame (1), bearing platform (2), shears
Sword mechanism (3), driving means (4), moment reverse drive gear (5) and cable clamping fix sleeve (6), described bearing platform
(2) center is provided with platform through hole (2-1), and cable clamping is fixed the bottom of sleeve (6) and inserted in platform through hole (2-1), and they are two years old
Person is coaxially connected；
Described rectangular frame (1) includes front end slide rail riser (1-1), rear end slide rail riser (1-2) and two side axis hole risers
(1-3), the first dodge gate chute (1-1-1) in the horizontal direction inside the upper end-face edge of front end slide rail riser (1-1), it is provided with, after
The structure of end slide rail riser (1-2) is identical with front end slide rail riser (1-1), and the inner side of its upper end-face edge is provided with along level side
To the second dodge gate chute (1-2-1)；Described side axis hole riser (1-3) is provided with through axis hole (3-1-1), and front end is sliding
Rail riser (1-1), rear end slide rail riser (1-2) and two sides axis hole riser (1-3) surround formation rectangular frame (1) jointly；
The lower ending opening of rectangular frame (1) is fixed on the end face of bearing platform (2)；
Shear blade mechanism (3) covers in the upper surface of rectangular frame (1), is slidably connected both it；Moment reverse drive gear (5)
Drive including power transmission shaft (5-1), four fixing seats (5-9), four bearings (5-4), two shaft coupling sockets (5-10) and two slide blocks
Motivation structure, said two slider-actuated mechanism is symmetrically placed in the inside of rectangular frame (1), and each slider-actuated mechanism is the most logical
Crossing two fixing seats (5-9) to be connected on the medial wall of rear end slide rail riser (1-2), the both sides, stage casing of power transmission shaft (5-1) are respectively
Being connected with corresponding slider-actuated mechanism by a bearing (5-4), the two ends of power transmission shaft (5-1) are respectively by an axle
Hold (5-4) corresponding axis hole (3-1-1) axle upper with side axis hole riser (1-3) even；Two shaft coupling sockets (5-10) are respectively
Coaxially it is fixed on the top of power transmission shaft (5-1) both sides；
Described driving means (4) is rotating shaft driving means, and it is coaxially connected with shaft coupling socket (5-10)；Slider-actuated mechanism upper
End is connected with the lower end of shear blade mechanism (3)；
Described rectangular frame (1), shear blade mechanism (3), driving means (4), moment reverse drive gear (5) collectively form one
Tangent line draw box mechanism.
2. cable connection termination as claimed in claim 1 apparatus for peeling off, it is characterised in that: described shear blade mechanism (3) includes
First shear blade dodge gate (3-1) and the second shear blade dodge gate (3-2), the first shear blade dodge gate (3-1) includes that first lives
Dynamic door-plate (3-1-1), the vertical contiguous block of the first dodge gate (3-1-2), the T-shaped slide block of the first dodge gate (3-1-3) and first live
Dynamic front tooth bar (3-1-4), the vertical contiguous block of described first dodge gate (3-1-2) is fixed under the first movable doorboard (3-1-1)
End；First dodge gate tooth bar (3-1-4) is parallel to the direction of motion of the T-shaped slide block of the first dodge gate (3-1-3), and it is laterally connected
T word bottom in the T-shaped slide block of the first dodge gate (3-1-3)；The vertical contiguous block of first dodge gate (3-1-2) is parallel to first and lives
The direction of motion of the dynamic T-shaped slide block of door (3-1-3), and solid with the T word lower sides of the T-shaped slide block of the first dodge gate (3-1-3)
Even；
Second shear blade dodge gate (3-2) include the second movable doorboard (3-2-1), the vertical contiguous block of the second dodge gate (3-2-2),
The T-shaped slide block of second dodge gate (3-2-3) and the second dodge gate tooth bar (3-2-4), described second dodge gate vertical contiguous block (3-
2-2) it is fixed on the lower end of the second movable doorboard (3-2-1)；Second dodge gate tooth bar (3-2-4) is parallel to the second dodge gate T word
The direction of motion of shape slide block (3-2-3), it is laterally fixed on the T word bottom of the T-shaped slide block of the second dodge gate (3-2-3)；Second
The vertical contiguous block of dodge gate (3-2-2) is parallel to the direction of motion of the T-shaped slide block of the second dodge gate (3-2-3), and lives with second
The T word lower sides of the dynamic T-shaped slide block of door (3-2-3) is connected；
One sideline of described first movable doorboard (3-1-1) is provided with semi-circular the first shearing edge (3-1-1-1), and second
One sideline of movable doorboard (3-2-1) is provided with semi-circular the second shearing edge (3-2-1-1), the first shearing edge (3-
1-1-1) with the second shearing edge (3-2-1-1) split each other be collectively forming a circular shear blade.
3. cable connection termination as claimed in claim 2 apparatus for peeling off, it is characterised in that: described first shear blade dodge gate
(3-1) it is slidably connected with the first dodge gate chute (1-1-1) by the T-shaped slide block of the first dodge gate (3-1-3), the second shear blade
Dodge gate (3-2) is slidably connected with the second dodge gate chute (1-2-1) by the T-shaped slide block of the second dodge gate (3-2-3)；
The circular shearing formed by described first shearing edge (3-1-1-1) and the second shearing edge (3-2-1-1) split
Sword is positioned at cable clamping and fixes the top of sleeve (6), and both it, in the vertical direction is coaxial.
4. cable connection termination as claimed in claim 1 apparatus for peeling off, it is characterised in that: described cable clamping fixes sleeve
(6) including sleeve body (6-1) and cylindric holding chamber (6-2), the cylindric holding chamber (6-2) of hollow is fixed on sleeve body (6-
1) epimere in inwall, cable clamping fixes sleeve (6) from the first slider-actuated mechanism and the gap of the second slider-actuated mechanism
In pass, the axis that cable clamping fixes sleeve (6) is vertical with power transmission shaft (5-1) antarafacial.
5. cable connection termination as claimed in claim 1 apparatus for peeling off, it is characterised in that: described moment reverse drive gear
(5) the first worm screw (5-2), the second worm screw (5-3), the first little gear (5-6), two pinion (5-5), the first canine tooth are also included
Wheel (5-8) and second largest gear (5-7), described first worm screw (5-2) and the second worm screw (5-3) are the most nested respectively and are fixed on
The both sides in power transmission shaft (5-1) stage casing；
Described first little gear (5-6) and the first gear wheel (5-8) are coaxially connected, and the rotary shaft both it is perpendicular to the first worm screw
(5-2) and by two fixing seats (5-9) it is fixed on the medial wall of rear end slide rail riser (1-2)；Described first worm screw (5-2)
The first worm gearing, the first gear wheel (5-8) and the first dodge gate tooth bar (3-is collectively formed with the first little gear (5-6)
1-4) engagement；First worm screw (5-2), the first little gear (5-6) and the first gear wheel (5-8) collectively form the first slider-actuated machine
Structure；
Described two pinion (5-5) and second largest gear (5-7) are coaxially connected, and the rotary shaft both it is perpendicular to the second worm screw
(5-3) and by two fixing seats (5-9) it is fixed on the medial wall of rear end slide rail riser (1-2)；Described second worm screw (5-3)
The first worm gearing, second largest gear (5-7) and the second dodge gate tooth bar (3-is collectively formed with two pinion (5-5)
2-4) engagement；Second worm screw (5-3), two pinion (5-5) and second largest gear (5-7) collectively form the second slider-actuated machine
Structure.
6. cable connection termination as claimed in claim 5 apparatus for peeling off, it is characterised in that: described first worm screw (5-2) and the
The hand of helix of two worm screws (5-3) is contrary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620348376.6U CN205666422U (en) | 2016-04-24 | 2016-04-24 | Cable connection device of skinning end |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620348376.6U CN205666422U (en) | 2016-04-24 | 2016-04-24 | Cable connection device of skinning end |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205666422U true CN205666422U (en) | 2016-10-26 |
Family
ID=57162907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620348376.6U Expired - Fee Related CN205666422U (en) | 2016-04-24 | 2016-04-24 | Cable connection device of skinning end |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205666422U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106936052A (en) * | 2017-05-05 | 2017-07-07 | 钟建筑 | A kind of coaxial cable insulated layer wire stripping equipment of measurable length |
-
2016
- 2016-04-24 CN CN201620348376.6U patent/CN205666422U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106936052A (en) * | 2017-05-05 | 2017-07-07 | 钟建筑 | A kind of coaxial cable insulated layer wire stripping equipment of measurable length |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| 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: 20161026 Termination date: 20170424 |