CN106842468A - A kind of lashed cable device - Google Patents
A kind of lashed cable device Download PDFInfo
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- CN106842468A CN106842468A CN201710250412.4A CN201710250412A CN106842468A CN 106842468 A CN106842468 A CN 106842468A CN 201710250412 A CN201710250412 A CN 201710250412A CN 106842468 A CN106842468 A CN 106842468A
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- rope climbing
- lashed cable
- lashed
- power
- wheel
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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
- G02B6/46—Processes or apparatus adapted for installing or repairing optical fibres or optical cables
- G02B6/48—Overhead installation
- G02B6/483—Installation of aerial type
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- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Ropes Or Cables (AREA)
Abstract
The invention discloses a kind of lashed cable device, including rope climbing component and lashed cable component, rope climbing component includes rope climbing frame, and wheel, rope climbing lower whorl and rope climbing power motor on rope climbing power are provided with rope climbing frame, and rope climbing lower whorl is connected with rope climbing lower whorl pressure swing arm；Wheel is connected with rope climbing gear on rope climbing power；Rope climbing motor gear is provided with rope climbing power motor, rope climbing gear is meshed with rope climbing motor gear and is connected；Lashed cable component includes lashed cable frame, lashed cable frame is internally provided with hook, lashed cable power gear is provided with lashed cable frame, lashed cable power gear is connected with lashed cable power motor, the shifting part that can contact lashed cable swing arm right-hand member for stretching out is provided with lashed cable power gear, the left end of lashed cable swing arm is arranged on the position that be can contact with baffle plate；It can effectively reduce human cost, liberate labour, realize that the high-altitude of the safely and effectively cable such as optical cable sets up lashed cable work, shorten the construction period of the cables such as optical cable, improve efficiency of construction.
Description
Technical field
The present invention relates to lashed cable technical field, and in particular to a kind of lashed cable device.
Background technology
At present, with the development of science and technology optical cable is by increasingly extensive use, many times need to carry out high altitude optical cable erection
Operated with lashed cable.
Existing such as optical cable high-altitude sets up the work of operation lashed cable more by the way of manually optical cable is hung, by cunning
Plate and safety belt, operating personnel hang on steel strand wires optical cable, then manually with hook lashed cable；It is so to there is lashed cable personnel muscle power more
Labour intensity is big, wastes time and energy, and operational danger is big, and very big psychology pressure is caused to the constructing operation personnel of work high above the ground
Power, influences constructing operation.
Publication No. CN104898248A, the Chinese invention patent document of entitled " optical cable aerial suspension system " are disclosed
A kind of optical cable aerial suspension system, including the strain insulator preformed armor rods on cable surface is coated on, between strain insulator preformed armor rods and optical cable
Two rubber press pads are provided with, there is gap between two rubber press pads, also including set square, the base of set square is welded with two
Individual vertical suspender, vertical suspender is provided with anchor ear away from one end of set square, and anchor ear is set in outside strain insulator preformed armor rods circumference
On wall, rubber press pad is through folder cylinder.Although it can carry out high altitude optical cable and set up operation, it equally exists lashed cable personnel's body
Power work is big, waste time and energy, operational danger is big, constructing operation personnel to work high above the ground cause very big psychological pressure, shadow
Ring the problem of constructing operation.
Notification number is the Chinese utility model patent document public affairs of CN205998852U, entitled " overhead hung guy rope device "
A kind of overhead hung guy rope device, including upper bracket and lower carriage are opened；Upper bracket and lower carriage are detachably connected, and lower carriage is used
It is fixed on thing to be fixed in by one end of cable wind rope；The two ends of lower carriage are connected by Flexible Connector, and Flexible Connector is used
The two ends of lower carriage are made to bounce back when in lower carriage disengaging upper bracket；It is additionally provided with lower carriage and grabs random structure, grabs random structure use
Grabbed when being bounced back at the two ends of lower carriage and be attached on thing to be fixed.Although it can carry out high altitude optical cable and set up operation, still
So have that lashed cable personnel manual labor is big, waste time and energy, operational danger is big, constructing operation personnel to work high above the ground cause very
Big psychological pressure, the problem of influence constructing operation.
To sum up, it is necessary to a kind of lashed cable equipment, to solve the above mentioned problem in the presence of prior art.
The content of the invention
It is an object of the invention to provide a kind of lashed cable device, it is used to solve existing such as high-altitude frame cable and lashed cable equipment lashed cable
Lashed cable personnel physical labor intensity existing for device is big, waste time and energy, operational danger is big, the problem of influence constructing operation.
To achieve the above object, the present invention provides a kind of lashed cable device.Specifically, the lashed cable device includes following structure：
The lashed cable device includes rope climbing component and lashed cable component, and the rope climbing component includes rope climbing frame, in rope climbing frame
Wheel, rope climbing lower whorl and rope climbing power motor on rope climbing power are provided with,
Wheel includes the left power wheel of rope climbing and the right power wheel of rope climbing on the rope climbing power；
Belt is connected between the left power wheel of rope climbing and the right power wheel of rope climbing；
Sandwiched steel strand wires in the middle of the left power wheel of rope climbing and the right power wheel of rope climbing and rope climbing lower whorl；
Rope climbing lower whorl is connected with rope climbing lower whorl pressure swing arm；Moved down on rope climbing lower whorl pressure swing arm control rope climbing lower whorl
It is dynamic, to adjust wheel and the pressure between rope climbing lower whorl and steel strand wires on rope climbing power；
The left power wheel of rope climbing is connected with rope climbing gear；Rope climbing motor gear, rope climbing tooth are provided with rope climbing power motor
Wheel is meshed with rope climbing motor gear；
The lashed cable component includes lashed cable frame, and lashed cable frame is internally provided with middle cavity, and pressure is provided with middle cavity
Contracting spring, the end of compression spring is provided with hook, and the end of middle cavity is provided with baffle plate, and before lashed cable, hook is located at compression bullet
Between spring and baffle plate, and compression spring and baffle plate are respectively against the both sides linked up with；
Hook includes stator, activity template and apical ring, and one end of stator is provided with coupler body, and the other end of stator passes through
Apical ring is connected with one end of activity template, is separated with the inwall of coupler body when the other end of activity template is depressed, activity template it is another
It is in contact with the inwall of coupler body when one end is released；
The left end of rope climbing frame is connected with the right-hand member of lashed cable frame, and the outside of junction is provided with spring；
Lashed cable power gear is provided with lashed cable frame, lashed cable power gear is connected with lashed cable power motor, lashed cable is moved
The shifting part that can contact lashed cable swing arm left end for stretching out is provided with powershift gear, the centre of lashed cable swing arm is provided with by hinge
Torque spring, the right-hand member of lashed cable swing arm is arranged on the position that be can contact with baffle plate, and lashed cable power motor drives lashed cable power gear
During rotation, lashed cable power gear drives the left end that shifting part stirs lashed cable swing arm to move downward, and the right-hand member of lashed cable swing arm is transported upwards
Dynamic, while driving baffle plate to move up, the middle cavity of lashed cable frame follows baffle plate to open from the bottom up, and middle cavity is open-ended
Highly less than the overhead height of hook, when baffle plate reaches the top of stroke, the left end and shifting part phase of lashed cable swing arm divide top margin
From baffle plate is moved downward in the presence of torque spring, while depressing the top of outermost hook so that outermost hook
Overhead height less than the open-ended top margin of middle cavity highly, then outermost hook under the thrust of compression spring by from a left side
Eject to the right, and the activity template of hook is ejected, optical cable and steel strand wires are placed in hook, while shifting part mutually divides with lashed cable swing arm
From the left end of torque spring springing lashed cable swing arm is moved upwards, and the right-hand member of lashed cable swing arm is moved downward, while driving baffle plate downward
Motion, the apical ring of hook is pressed on steel strand wires；Residue hook is because its overhead height is still greater than the open-ended top of middle cavity
Side is highly blocked, and continues to stay in middle cavity.
Alternatively, shifting part is set to three cylinders stretched out from lashed cable power gear, the folder between adjacent cylinder
Angle is 120 °.
Alternatively, lashed cable power motor is connected by control unit with range finding and angle-measuring equipment, and control unit is according to survey
Away from and the unlatching operation of the distance controlling lashed cable power motor of rope climbing assembly operating that measures of angle-measuring equipment, control unit according to
The closing of the controlling angle lashed cable power motor of the rope climbing gear that range finding and angle-measuring equipment are measured stops；When control unit according to
When the corner that range finding and angle-measuring equipment measure rope climbing gear is 120 °, control lashed cable power motor is closed and stopped.
Alternatively, it is provided with type groove in the coupler body of hook.
Alternatively, rope climbing lower whorl wheel liner is provided with rope climbing lower whorl, the left power wheel of rope climbing is provided with the left power wheel of rope climbing
Wheel liner, is provided with the right power wheel wheel liner of rope climbing on the right power wheel of rope climbing.
Alternatively, rope climbing lower whorl wheel liner, the left power wheel wheel liner of rope climbing and the right power wheel wheel liner of rope climbing are disposed as rubber wheel
Lining.
Alternatively, the rear end of rope climbing frame is connected with the front end of lashed cable frame by rivet, and junction is configured to
0 ° of structure of -90 ° of rotations is carried out in the horizontal direction.
Alternatively, the quantity of compression spring is three, and three compression springs are located at the upper, middle and lower of hook respectively
At position.
Alternatively, it is provided with U-lag on the left power wheel of rope climbing.
Alternatively, steel strand wires are folded in the U-type groove of the left power wheel of rope climbing.
The inventive method has the following advantages that：
Lashed cable device of the present invention, can solve the problem that lashed cable personnel physical labor intensity in the presence of prior art it is big,
Waste time and energy, operational danger is big, constructing operation personnel to work high above the ground cause very big psychological pressure, influence constructing operation
Problem, can effectively reduce human cost, liberate labour, realize that the high-altitude of the safely and effectively cable such as optical cable sets up lashed cable
Work, shortens the construction period of the cables such as optical cable, improves efficiency of construction.
Brief description of the drawings
Fig. 1 is the structural representation of lashed cable device of the invention.
Fig. 2 is the structural representation of the rope climbing component of lashed cable device of the invention.
Fig. 3 is the structural representation of the right power wheel of rope climbing of lashed cable device of the invention.
Fig. 4 is the structural representation of the left power wheel of rope climbing of lashed cable device of the invention.
Fig. 5 is the structural representation of the rope climbing lower whorl of lashed cable device of the invention.
Fig. 6 is the structural representation of the rope climbing lower whorl pressure swing arm of lashed cable device of the invention.
Fig. 7 is the structural representation of the lashed cable component of lashed cable device of the invention.
Fig. 8 is the structural representation of the lashed cable frame of the lashed cable component of lashed cable device of the invention.
Fig. 9 is the closure state schematic diagram of the hook of the lashed cable frame of the lashed cable component of lashed cable device of the invention.
Figure 10 is that the state that is arranged in lashed cable device of hook of the lashed cable frame of the lashed cable component of lashed cable device of the invention is shown
It is intended to.
Figure 11 is the lashed cable completion status schematic diagram of the lashed cable component of lashed cable device of the invention.
In figure, 1 is rope climbing frame, and 2 is rope climbing lower whorl, and 3 is rope climbing power motor, and 4 is the left power wheel of rope climbing, and 5 is rope climbing
Right power wheel, 6 is belt, and 7 is rope climbing lower whorl pressure swing arm, and 8 is rope climbing gear, and 9 is rope climbing motor gear, and 10 is lashed cable machine
Frame, 11 is hook, and 111 is stator, and 112 is activity template, and 113 is apical ring, and 114 is type groove, and 12 is baffle plate, and 13 is spring, 14
It is lashed cable power gear, 15 is lashed cable power motor, and 16 is lashed cable swing arm, and 17 is shifting part, and 18 is steel strand wires, and 19 is optical cable,
20 is compression spring.
Specific embodiment
Following examples are used to illustrate the present invention, but are not limited to the scope of the present invention.
Embodiment 1
A kind of lashed cable device, referring to accompanying drawing 1 and accompanying drawing 2, including rope climbing component and lashed cable component, the rope climbing component includes climbing
Rope frame 1, is provided with wheel, rope climbing lower whorl 2 and rope climbing power motor 3 on rope climbing power in rope climbing frame 1,
Wheel includes the left power wheel 4 of rope climbing and the right power wheel 5 of rope climbing on the rope climbing power；
Belt 6 is connected between the left power wheel 4 of rope climbing and the right power wheel 5 of rope climbing；
The left power wheel 4 of rope climbing and the right power wheel 5 of rope climbing and the middle sandwiched steel strand wires 18 of rope climbing lower whorl 2；
Rope climbing lower whorl 2 is connected with rope climbing lower whorl pressure swing arm 7；Rope climbing lower whorl pressure swing arm 7 controls rope climbing lower whorl about 2
It is mobile, to adjust wheel and the pressure between rope climbing lower whorl 2 and steel strand wires 18 on rope climbing power；
The left power wheel 4 of rope climbing is connected with rope climbing gear 8；Rope climbing motor gear 9 is provided with rope climbing power motor 3, is climbed
Rope gear 8 is meshed with rope climbing motor gear 9；
Referring to accompanying drawing 8, the lashed cable component includes lashed cable frame 10, and lashed cable frame 10 is internally provided with middle cavity, in
Compression spring 20 is provided with cavity, the end of compression spring 20 is provided with hook 11, and the end of middle cavity is provided with baffle plate 12,
Before lashed cable, hook 11 is located between compression spring 20 and baffle plate 12, and compression spring 20 and baffle plate 12 are respectively against hook 11
Both sides；
Referring to accompanying drawing 9, hook 11 includes stator 111, activity template 112 and apical ring 113, and one end of stator 111 is set
The other end for having coupler body, stator 111 is connected by apical ring 113 with one end of activity template 112, the other end of activity template 112
Inwall when being depressed with coupler body is separated, and is in contact with the inwall of coupler body when the other end of activity template 112 is released；Need
Bright, stator 111 could be arranged to integral structure with apical ring 113 and activity template 112.
Referring to accompanying drawing 6, the left end of rope climbing frame 1 is connected with the right-hand member of lashed cable frame 10, and the outside of junction is provided with
Spring 13；
Referring to accompanying drawing 7, lashed cable power gear 14, lashed cable power gear 14 and lashed cable power electric are provided with lashed cable frame 10
Machine 15 is connected, and the shifting part 17 that can contact the left end of lashed cable swing arm 16 for stretching out, lashed cable are provided with lashed cable power gear 14
The centre of swing arm 16 is provided with torque spring by hinge, and the right-hand member of lashed cable swing arm 16 is arranged on the position that be can contact with baffle plate 12
Put, when lashed cable power motor 15 drives lashed cable power gear 14 to rotate, lashed cable power gear 14 drives shifting part 17 to stir lashed cable
The left end of swing arm 16 is moved downward, and the right-hand member of lashed cable swing arm 16 is moved upwards, while drive baffle plate 12 to move up, lashed cable frame
10 middle cavity follows baffle plate 12 to open from the bottom up, and top of the middle open-ended top margin of cavity highly less than hook 11 is high
Degree, when baffle plate 12 reaches the top of stroke, left end and the shifting part 17 of lashed cable swing arm 16 are separated, and baffle plate 12 is in torque spring
In the presence of move downward, while pressure it is outermost hook 11 top so that the overhead height of outermost hook 11 is small
In the open-ended top margin of middle cavity highly, then it is outermost to link up with 11 under the thrust of compression spring 20 by bullet from left to right
Go out, and the activity template 112 of hook 11 is ejected, optical cable 19 and steel strand wires 18 are placed in hook 11, while shifting part 17 and lashed cable pendulum
Arm 16 is separated, and the left end of torque spring springing lashed cable swing arm 16 is moved upwards, and the right-hand member of lashed cable swing arm 16 is moved downward, while
Drive baffle plate 12 to move downward, the apical ring 113 for linking up with 11 is pressed on steel strand wires 18；Residue hook 11 due to its overhead height still
It is blocked more than the open-ended top margin height of middle cavity, continues to stay in middle cavity.
It can be seen that, the lashed cable device of the present embodiment when in use, the activity template 112 for linking up with 11 is depressed so that activity template 112
Inwall with coupler body is separated, and hook 11 is pressed into the middle cavity of lashed cable component, and rope climbing component and lashed cable component are passed through
The left end of rope climbing frame 1 is connected with the right-hand member of lashed cable frame 10；Then, opened downwards by by rope climbing lower whorl pressure swing arm 7,
Control rope climbing lower whorl 2 is moved downward, and then at the opening by climbing string device frame 1, steel strand wires 18 is fastened on into the left power of rope climbing
In the middle of wheel 4 and the right power wheel 5 of rope climbing and rope climbing lower whorl 2；Optical cable 19 is ridden in the coupler body of hook 11 again, then, open rope climbing
The switch of power motor 3 so that rope climbing power motor 3 runs work, rope climbing power motor 3 drives rope climbing motor gear 9 to rotate,
Rope climbing motor gear 9 is rotated with rope climbing gear 8 so that the left power wheel 4 of rope climbing is rotated, and the right power wheel 5 of rope climbing is driven by belt 6
Synchronous operation is rotated；Rope climbing component is creeped along the advance steel strand wires 18 for setting up, after operation to setpoint distance, lashed cable power motor
15 start, and when lashed cable power motor 15 drives lashed cable power gear 14 to rotate, lashed cable power gear 14 drives shifting part 17 to stir
The left end of lashed cable swing arm 16 is moved downward, and the right-hand member of lashed cable swing arm 16 is moved upwards, while drive baffle plate 12 to move up, lashed cable
The middle cavity of frame 10 follows baffle plate 12 to open from the bottom up, and the compression spring 20 in middle cavity ejects hook 11 from left to right,
When the right-hand member of lashed cable swing arm 16 moves to the upper end of the movement travel of baffle plate 12, the full ejection of hook 11, and link up with 11 activity
Piece 112 is ejected, and optical cable 19 and steel strand wires 18 are placed in hook 11, while shifting part 17 and lashed cable swing arm 16 are separated, torsion bullet
The left end of spring springing lashed cable swing arm 16 is moved upwards, and the right-hand member of lashed cable swing arm 16 is moved downward, while driving baffle plate 12 to transport downwards
It is dynamic, the apical ring 113 for linking up with 11 is pressed on steel strand wires 18, referring to accompanying drawing 11, realize lashed cable.
Embodiment 2
A kind of lashed cable device, it is similar to Example 1, except that, referring to accompanying drawing 7, shifting part 17 is set to dynamic from lashed cable
Three cylinders stretched out on powershift gear 14, the angle between adjacent cylinder is 120 °.In such manner, it is possible to so that lashed cable power gear
14 more efficiently can drive lashed cable swing arm 16 to move by shifting part 17.
Embodiment 3
A kind of lashed cable device, it is similar to Example 2, except that, lashed cable power motor 15 is by control unit and range finding
And angle-measuring equipment is connected, the distance controlling lashed cable of the rope climbing assembly operating that control unit is measured according to range finding and angle-measuring equipment
The unlatching operation of power motor 15, the controlling angle of the rope climbing gear 8 that control unit is measured according to range finding and angle-measuring equipment is hung
The closing of cable power motor 15 stops；When control unit is according to the corner that range finding and angle-measuring equipment measure rope climbing gear 8
At 120 °, control lashed cable power motor 15 is closed and stopped.So, rope climbing component is run to predeterminable range along steel strand wires 18,
Lashed cable component ejection hook 11, carries out lashed cable；When the quantity of hook 11 in lashed cable component reaches preset lower limit value, then rope climbing group
Part runs at default vertical rod and is stopped, and now, removes lashed cable device, mounting hook 11, repeat lashed cable device is installed, creep and
Lashed cable is operated.Rope climbing component can also be used alone as climbing and tense rope or steel wire, if be short of power, it is also possible to which two are climbed
Rope component is connected and is combined into above-mentioned lashed cable component and is connected with rope climbing component the structure of combination.
Embodiment 4
A kind of lashed cable device, it is similar to Example 3, except that, referring to accompanying drawing 9, type is provided with the coupler body of hook 11
Groove 114.So, the grade of optical cable 19 cable can ride over hook 11 coupler body in type groove 114 in, increase hook 11 and optical cable 19 it
Between contact area, improve stability.
Embodiment 5
A kind of lashed cable device, it is similar to Example 4, except that, rope climbing component can be moved along steel strand wires 18,
Steel strand wires 18 can also be steel wire or rope etc..
Referring to accompanying drawing 4, it is preferred that be provided with U-lag on the left power wheel 4 of rope climbing.So, steel strand wires 18 can be folded in and climb
In the U-type groove of left power wheel 4 of restricting, to improve stability.
Embodiment 6
A kind of lashed cable device, it is similar to Example 5, except that, referring to accompanying drawing 3 to accompanying drawing 5, set on rope climbing lower whorl 2
There is rope climbing lower whorl wheel liner, the left power wheel wheel liner of rope climbing is provided with the left power wheel 4 of rope climbing, be provided with the right power wheel 5 of rope climbing and climbed
Restrict right power wheel wheel liner.Rope climbing lower whorl wheel liner, the left power wheel wheel liner of rope climbing and the right power wheel wheel liner of rope climbing are disposed as rubber wheel
Serve as a contrast, or it can be made of other high molecular abrasion-proof materials.In such manner, it is possible to the rope climbing right power wheel 5 of left power wheel 4, rope climbing
Played a protective role with rope climbing lower whorl 2, increase the frictional force between wheel and steel strand wires 18.Rope climbing lower whorl wheel liner, the left power of rope climbing
Wheel wheel liner and the right power wheel wheel liner of rope climbing can also be made of quality of rubber materials.
Embodiment 7
A kind of lashed cable device, it is similar to Example 6, except that, referring to accompanying drawing 1 and accompanying drawing 6, the rear end of rope climbing frame 1
Front end with lashed cable frame 10 is connected by rivet, and junction is configured to carry out in the horizontal direction 0 ° of -90 ° of rotation
Structure.So, junction is configured to rotate in the horizontal direction, but is unable to the structure of in the vertical direction rotation；This
Sample can turn curved less than 90 degree when can ensure that the automatic lashed cable device of rope climbing works；Spring 13 ensure lashed cable device turned it is curved after, climb
Rope component and lashed cable component are located on the same line.
Referring to accompanying drawing 10, it is preferred that the quantity of compression spring 20 can be three, and three compression springs 20 can distinguish position
At the upper, middle and lower position of hook 11.In such manner, it is possible to the elastic force suffered by equalizing hitch 11, makes its ejection dynamic
Make more reliable and more stable.
It should be noted that lashed cable device of the invention, is mainly improved said structure, other NM work(
Energy, part and structure, when needed, can carry out reality using the part and structure that can realize corresponding function in the prior art
Apply.
Although the present invention is described in detail above to have used general explanation and specific embodiment, at this
On the basis of invention, it can be made some modifications or improvements, this will be apparent to those skilled in the art.Therefore,
These modifications or improvements, belong to the scope of protection of present invention without departing from theon the basis of the spirit of the present invention.
Claims (10)
1. a kind of lashed cable device, including rope climbing component and lashed cable component, the rope climbing component include rope climbing frame (1), and its feature exists
In, wheel, rope climbing lower whorl (2) and rope climbing power motor (3) on rope climbing power are provided with rope climbing frame (1),
Wheel includes the left power wheel of rope climbing (4) and the right power wheel of rope climbing (5) on the rope climbing power；
Belt (6) is connected between the left power wheel of rope climbing (4) and the right power wheel of rope climbing (5)；
The left power wheel of rope climbing (4) and the right power wheel of rope climbing (5) and middle sandwiched steel strand wires (18) of rope climbing lower whorl (2)；
Rope climbing lower whorl (2) is connected with rope climbing lower whorl pressure swing arm (7)；Rope climbing lower whorl pressure swing arm (7) controls rope climbing lower whorl (2)
Move up and down, to adjust wheel and the pressure between rope climbing lower whorl (2) and steel strand wires (18) on rope climbing power；
The left power wheel of rope climbing (4) is connected with rope climbing gear (8)；Rope climbing power motor is provided with rope climbing motor gear on (3)
(9), rope climbing gear (8) is meshed with rope climbing motor gear (9)；
The lashed cable component includes lashed cable frame (10), and lashed cable frame (10) is internally provided with middle cavity, in the middle cavity
Compression spring (20) is provided with, the end of compression spring (20) is provided with hook (11), and the end of middle cavity is provided with baffle plate
(12), before lashed cable, hook (11) is between compression spring (20) and baffle plate (12), and compression spring (20) and baffle plate (12) point
The both sides of hook (11) are not withstood；
Hook (11) includes stator (111), activity template (112) and apical ring (113), and one end of stator (111) is provided with hook
Body, the other end of stator (111) is connected by apical ring (113) with one end of activity template (112), activity template (112) it is another
Be separated with the inwall of the coupler body when one end is depressed, when the other end of activity template (112) is released with the coupler body in
Wall is in contact；
The left end of rope climbing frame (1) is connected with the right-hand member of lashed cable frame (10), and the outside of junction is provided with spring (13)；
Lashed cable power gear (14), lashed cable power gear (14) and lashed cable power motor (15) phase are provided with lashed cable frame (10)
Connection, is provided with the shifting part (17) that can contact lashed cable swing arm (16) left end for stretching out, lashed cable in lashed cable power gear (14)
The centre of swing arm (16) is provided with torque spring by hinge, and the right-hand member of lashed cable swing arm (16) is arranged on and be can contact with baffle plate (12)
Position, lashed cable power motor (15) drive lashed cable power gear (14) rotate when, lashed cable power gear (14) drive shifting part
(17) left end for stirring lashed cable swing arm (16) is moved downward, and the right-hand member of lashed cable swing arm (16) is moved upwards, while driving baffle plate
(12) move up, the described middle cavity of lashed cable frame (10) follows baffle plate (12) to open from the bottom up, the middle cavity end
The top margin of opening is highly less than the overhead height of hook (11), when baffle plate (12) reaches the top of stroke, lashed cable swing arm (16)
Left end and shifting part (17) be separated, baffle plate (12) is moved downward in the presence of the torque spring, while depressing outermost
The top of the hook (11) of side so that the overhead height of outermost hook (11) is less than the middle open-ended top margin of cavity
Highly, then outermost hook (11) is ejected from left to right under the thrust of compression spring (20), and links up with the activity of (11)
Piece (112) is ejected, and optical cable (19) and steel strand wires (18) are placed in hook (11), while shifting part (17) and lashed cable swing arm (16) phase
Separate, the left end of torque spring springing lashed cable swing arm (16) is moved upwards, and the right-hand member of lashed cable swing arm (16) is moved downward, while band
Dynamic baffle plate (12) is moved downward, and the apical ring (113) for linking up with (11) is pressed on steel strand wires (18)；Residue hook (11) is pushed up due to it
Portion's height is blocked still greater than the middle open-ended top margin height of cavity, continues to stay in the middle cavity.
2. lashed cable device as claimed in claim 1, it is characterised in that：Shifting part (17) is set to from lashed cable power gear (14)
Three cylinders for stretching out, the angle between adjacent cylinder is 120 °.
3. lashed cable device as claimed in claim 2, it is characterised in that：Lashed cable power motor (15) by control unit with range finding and
Angle-measuring equipment is connected, and the distance controlling lashed cable of the rope climbing assembly operating that control unit is measured according to range finding and angle-measuring equipment is moved
The unlatching operation of force motor (15), the controlling angle of the rope climbing gear (8) that control unit is measured according to range finding and angle-measuring equipment
The closing of lashed cable power motor (15) stops；When control unit measures turning for rope climbing gear (8) according to range finding and angle-measuring equipment
When angle is 120 °, control lashed cable power motor (15) is closed and stopped.
4. lashed cable device as claimed in claim 1, it is characterised in that：Type groove (114) is provided with the coupler body for linking up with (11).
5. lashed cable device as claimed in claim 1, it is characterised in that：Rope climbing lower whorl wheel liner, rope climbing are provided with rope climbing lower whorl (2)
The left power wheel wheel liner of rope climbing is provided with left power wheel (4), the right power wheel wheel liner of rope climbing is provided with the right power wheel of rope climbing (5).
6. lashed cable device as claimed in claim 5, it is characterised in that：Rope climbing lower whorl wheel liner, the left power wheel wheel liner of rope climbing and rope climbing
Right power wheel wheel liner is disposed as rubber wheel liner.
7. lashed cable device as claimed in claim 1, it is characterised in that：Before the rear end of rope climbing frame (1) and lashed cable frame (10)
End is connected by rivet, and junction is configured to carry out 0 ° of structure of -90 ° of rotations in the horizontal direction.
8. the lashed cable device as any one of claim 1-7, it is characterised in that：The quantity of compression spring (20) is three,
Three compression springs (20) are located at the upper, middle and lower position of hook (11) respectively.
9. lashed cable device as claimed in claim 8, it is characterised in that：U-lag is provided with the left power wheel of rope climbing (4).
10. lashed cable device as claimed in claim 9, it is characterised in that：Steel strand wires (18) are folded in the U of the left power wheel of rope climbing (4)
In type groove.
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| CN201710250412.4A CN106842468B (en) | 2017-04-17 | 2017-04-17 | A kind of lashed cable device |
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| CN201710250412.4A CN106842468B (en) | 2017-04-17 | 2017-04-17 | A kind of lashed cable device |
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| CN106842468A true CN106842468A (en) | 2017-06-13 |
| CN106842468B CN106842468B (en) | 2019-04-16 |
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| CN201710250412.4A Active CN106842468B (en) | 2017-04-17 | 2017-04-17 | A kind of lashed cable device |
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| CN109004575A (en) * | 2018-08-02 | 2018-12-14 | 南京市龙马通信工程有限公司 | The installation equipment of optical cable hook |
| CN109850819A (en) * | 2019-04-03 | 2019-06-07 | 胡永波 | A kind of climbing string device |
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| Publication number | Publication date |
|---|---|
| CN106842468B (en) | 2019-04-16 |
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