CN106486929A - A kind of electric power cabinet cable protective sleeve automatic threading apparatus - Google Patents
A kind of electric power cabinet cable protective sleeve automatic threading apparatus Download PDFInfo
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- CN106486929A CN106486929A CN201610975984.4A CN201610975984A CN106486929A CN 106486929 A CN106486929 A CN 106486929A CN 201610975984 A CN201610975984 A CN 201610975984A CN 106486929 A CN106486929 A CN 106486929A
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- Prior art keywords
- support shaft
- housing
- cable
- groove
- respectively equipped
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G1/00—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
- H02G1/06—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for laying cables, e.g. laying apparatus on vehicle
- H02G1/08—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for laying cables, e.g. laying apparatus on vehicle through tubing or conduit, e.g. rod or draw wire for pushing or pulling
- H02G1/088—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for laying cables, e.g. laying apparatus on vehicle through tubing or conduit, e.g. rod or draw wire for pushing or pulling using pulling devices movable inside conduits
Abstract
The invention discloses a kind of electric power cabinet cable protective sleeve automatic threading apparatus，The described first housing is provided with first string holes corresponding with described cable，The described first housing is provided with the first support shaft of rotation，It is connected to a chuck in described first support shaft，The described chuck of one circle is corresponding to clamp described protective jacket，One second housing is connected with the described first housing，The 3rd body sliding is included in described body internal ring on the described first housing，The 5th support shaft that a circle slides in described 3rd body is included in described 3rd body，The one top pressure block corresponding with described cable is respectively equipped with described 5th support shaft，Using described 5th support shaft, described top pressure block can be pressed on described cable，Described cable can be further made to be inserted in described protective jacket in the sliding process that described 3rd body continues，Thus further avoid the problem of the inefficiency that artificial threading set causes，Thus improving work efficiency further.
Description
Technical field
The present invention relates to a kind of cable protective sleeve erecting device is and in particular to a kind of electric power cabinet cable protective sleeve self-threading
Device, more particularly, to a kind of electric power cabinet cable protective sleeve automatic threading apparatus that cable automatically can be penetrated in protective jacket.
Background technology
Also the continuous development of power industry is further promoted with living standard, wherein present while continuous improvement
Power industry in electric power cable be one of requisite transmission facility such that it is able to electric power is further by electric power cable
Be transported to huge numbers of families, wherein during cable is laid on electric power cabinet, the wire harness due to electric power cabinet is more, and paving
If needs during cable first are set with a protective jacket such that it is able to prevent cable damaged right to reach on cable
The purpose that cable is protected, after being all mostly spraying lubricant on cable wherein during protective jacket is sleeved on cable
Then by manual, cable is penetrated into although this prevent from can solve the problem that the problem that cable wears protective jacket in protective jacket, but
There is problems：In the case of longer in cable, the length of so protective jacket is identical with cable, when by manual general
Cable penetrates into because the length of protective jacket is longer during protective jacket, so result in cable further rubbing with protective jacket
Wipe although lubricant is coated on cable, but due to easily cause in the spraying process of lubricant spraying uneven simultaneously
And the length of protective jacket is longer, easily causes lubricant during the described friction in cable and protective jacket and constantly reduce,
Muscle power by human body is limited, thus have led to cable cannot pass outside protective jacket, thus further result in cable cannot cover
The phenomenon of dress protective jacket, and just further increased the amount of labour of workman in the case that number of cables is more, further
Reduce work efficiency.
It is therefore necessary to designing a kind of electric power cabinet cable protective sleeve automatic threading apparatus, to solve above-mentioned technical problem.
Content of the invention
It is an object of the invention to the problem overcoming prior art to exist, a kind of electric power cabinet cable protective sleeve is provided automatically to wear
Line device, present configuration is simple, can be clamped connecting by described chuck by described protective jacket, and can pass through first
Protective jacket is supported by support shaft, and can further drive described 3rd body in the rotation process of described motor
Move along a straight line such that it is able to further drive described chock to slide in described second groove such that it is able to utilize described
Chock carries out top pressure to described the second sliding shoe such that it is able to utilize described the second sliding shoe further to described 5th support
Axle carries out top pressure such that it is able to make described top pressure block be pressed on described cable, the slip that can continue in described 3rd body
During, can further drive the slip of described cable such that it is able to so that described cable is further penetrated into described anti-
In sheath, thus reaching the purpose that automatically cable is penetrated into protective jacket, thus further raising labour efficiency.
The present invention is achieved through the following technical solutions：
A kind of electric power cabinet cable protective sleeve automatic threading apparatus, include the protection that a cable and is sleeved on described cable
Set, described cable is provided with the lubricant of lubricant bottle sprinkling, and described lubricant bottle is provided with one and presses termination, also includes one
The first housing, the described first housing is provided with first string holes corresponding with described cable, and the described first housing is provided with one
Enclose the first groove, be respectively equipped with the first support shaft of a rotation in described first groove, described first support shaft connects respectively
There is a chuck, the described chuck of a circle is corresponding to clamp described protective jacket, and described first support shaft is respectively equipped with one and described protection
Cover corresponding exhaustor, described First Line in the hole includes the spraying hole that a circle is located on the described first housing, described spraying hole
Connection corresponding with described lubricant bottle, the described first housing is connected with a second housing, and the described second housing is provided with one
Body internal ring, includes the 3rd body sliding on the described first housing, in the described first housing in described body internal ring
It is provided with the runner of a rotation, described in described driven by rotating wheel, the 3rd body slides, described 3rd body is provided with one and described cable
The second corresponding string holes, includes the 5th support shaft that a circle slides in described 3rd body, institute in described second string holes
State and a top pressure block corresponding with described cable is respectively equipped with the 5th support shaft, be respectively equipped with one in described 3rd body and suppress
3rd spring of described 5th support shaft, include in described body internal ring a circle be located on the described second housing and T-shaped
Sliding chamber, described sliding intracavity is respectively equipped with the first sliding shoe of a slip, and described first sliding shoe is respectively equipped with the of a rotation
Two sliding shoes, described 5th support shaft is slided respectively on described the second sliding shoe, and described 3rd body is connected to one
Compress the chock of described the second sliding shoe.
By described chuck, described Anti-slip cover can be clamped, and can be by described first support shaft to chuck
It is supported such that it is able to be supported described protective jacket further, thus facilitating cable to penetrate in described protective jacket, and
And a circle exhaustor can be provided with such that it is able to further be blown into after using exhaustor aerofluxuss in described first support shaft
To in described protective jacket such that it is able to make the frictional force between described cable and described protective jacket reduce, further conveniently wear
Enter in described protective jacket, and can described spraying hole just lubricant uniformly spray on described cable, thus entering one
The lubricant that prevents of step sprays the phenomenon that the uneven cable causing is increased with protective jacket frictional force, and can be in described runner
Further drive the slip of described 3rd body during rotation, be provided with the 5th of slip in described 3rd body
Support axle, is connected with top pressure block such that it is able to can enter during described 3rd body slides in described 5th support shaft
The slip of the described chock of drive of one step such that it is able to top pressure is carried out by described chock to described the second sliding shoe, described the
Two sliding shoes rotate on described first sliding shoe, thus further utilizing described the second sliding shoe to described 5th support shaft
Carry out top pressure, using described 5th support shaft, described top pressure block can be pressed on described cable, can be in described 3rd machine
The slip of described cable can further be driven, thus it is described anti-so that described cable is inserted in the sliding process that body continues
In sheath, thus further avoid the phenomenon of the inefficiency that artificial threading set causes, thus improving work efficiency further.
Further, described first groove is provided with 8, includes one respectively and be connected to described first in described first groove
First rotating shaft on body, described first support shaft rotates respectively in described first rotating shaft, in described first support shaft respectively
It is connected with one second support shaft, between described second support shaft and the described first housing, pass through the corresponding company of one first spring respectively
Connect, respectively described second support shaft can be strained by described first spring such that it is able to further by described the
One support shaft is pulled such that it is able to be further supported to described protective jacket using described first support shaft, thus
Described cable is facilitated to penetrate in described protective jacket.
Further, it is respectively equipped with a support shaft inner chamber in described first support shaft, described first support shaft is also distinguished
It is connected with the air inlet pipe of a connection corresponding with described support shaft inner chamber, described first support shaft is additionally provided with one second trachea,
One circle described air inlet pipe connection corresponding with described second trachea respectively, described second trachea is connected with an air compressor,
The connection corresponding with described support shaft inner chamber respectively of described exhaustor, can by air compressor produce compressed air after can
Intracavity in described support shaft is further transported to by described second trachea such that it is able to further pass through described exhaustor
Compressed air is drained in described protective jacket, so as to further reduce during threading cable described cable with described
Frictional force between protective jacket, thus ensure can smoothly penetrate in described protective jacket to described cable.
Further, described chuck is respectively equipped with a 5th L-shaped groove, includes respectively in described 5th groove
One is connected to the 5th rotating shaft on described chuck, and described 5th rotating shaft is provided with the pressure dynamic plate of a rotation, and described pressure dynamic plate is respectively
Connection corresponding with described chuck, passes through one respectively and curved suppresses the corresponding company of bar between described chuck and described pressure dynamic plate
Connect, described pressure dynamic plate is respectively equipped with the connection sawtooth corresponding with described protective jacket, can be by the described bar that suppresses to described
Pressure dynamic plate is further suppressed such that it is able to make described pressure dynamic plate be pressed on described chuck, and can be in described pressure
The connection sawtooth of indentation is arranged on dynamic plate such that it is able to make the further compression of described connection sawtooth be connected to described protection
Put such that it is able to further prevent described protective jacket from detaching chuck, thus ensureing to be supported to described protective jacket.
Further, the described first housing is provided with circle first slide opening, and described 3rd body is connected with a circle in institute
State the 4th support shaft slided in the first slide opening, in the described first housing, be provided with a first inner chamber, on the described first housing also
It is provided with the 4th slide opening of a connection corresponding with described first inner chamber, in described first inner chamber, is provided with a motor, described motor drives
Dynamic described runner rotates, and described runner is provided with one the 3rd rotating shaft, and described 3rd rotating shaft is provided with the 3rd support shaft of a rotation,
One the 4th support shaft slided in described 4th slide opening is connected with described 3rd body, described 4th support shaft is provided with one
4th rotating shaft, described 3rd support shaft rotates in described 4th rotating shaft, is additionally provided with one and described first in the described first housing
The second inner chamber of the corresponding connection of slide opening, the described first housing is additionally provided with the 4th of a connection corresponding with described second inner chamber the
Groove, described lubricant bottle is located in described 4th groove, and described 4th support shaft is connected with one in described second inner chamber
The pressure rod sliding, described pressure rod is corresponding with the described termination that presses, and is additionally provided with one first trachea, institute in the described first housing
State spraying hole connection corresponding with described first trachea respectively, described press be also associated with termination one with described first trachea phase
The lubricant tube of corresponding connection, can further drive the rotation of described runner during described motor rotates, thus
The rotation of described 3rd rotating shaft can further be driven during described rotation, can turn in described 3rd rotating shaft
The rotation of described 3rd support shaft is further driven such that it is able to utilize described 3rd support shaft further in dynamic process
Described 4th support shaft is promoted to move along a straight line in described 4th slide opening such that it is able to further drive described 3rd body
Slip, can during described 3rd body slides can described 4th support shaft of drive simultaneously in described second
The slip of intracavity, is provided with a pressure rod being connected in described 4th support shaft such that it is able to profit in described second inner chamber
With described pressure rod, the described termination that presses is carried out to described lubricant bottle closing control such that it is able to realize to described cable certainly
Dynamic spraying lubricant, and described lubricant can be made by described spraying hole, described cable to be uniformly sprayed, from
And further ensure being capable of normal slip in described protective jacket to described cable.
Further, it is respectively equipped with the 3rd slide opening of a connection corresponding with described second string holes in described 3rd body,
Described 3rd slide opening is provided with 4, and described 5th support shaft is slided respectively in described 3rd slide opening, also divides in described 3rd body
It is not provided with the 3rd inner chamber of a connection corresponding with described 3rd slide opening, described 5th support shaft is connected to one described
The top pressure disk that in 3rd, intracavity slides, described 3rd spring is sleeved on and suppresses described top pressure disk in described 5th support shaft, can
3rd slide opening is set in described 3rd body, and can arrange corresponding with described 3rd slide opening in described 3rd body
Connection the 3rd inner chamber such that it is able to further be suppressed to described top pressure disk under the elastic force pressure of described 3rd spring,
Described 5th support shaft is suppressed such that it is able to be made the further disengaging of described top pressure block described so as to further
After cable such that it is able to achieve continuously promotes such that it is able to prevent top pressure block to be pressed on described cable to described cable
Lead to cable original place in described protective jacket to be slided, be further ensured that described cable being capable of continuously pushing away in described protective jacket
The slip entered.
Further, described first sliding shoe is respectively equipped with a second concave groove, divides in described second groove
Do not include second rotating shaft being connected on described first sliding shoe, described the second sliding shoe end is respectively at described second turn
Rotate on axle, described the second sliding shoe is respectively equipped with a 3rd concave groove, described 5th support shaft is respectively described
Slide in 3rd groove, described chock is connected to a link, described link is connected respectively the described 3rd
On body, described chock is trapezoidal to be arranged and slides in described second groove respectively, and described sliding intracavity is respectively equipped with a bullet
Press the second spring of described first sliding shoe, can further can drive described during described 3rd body slides
The slip of chock is such that it is able to make described chock sliding in described second groove such that it is able to utilize trapezoidal setting
Chock is further compressed to described the second sliding shoe such that it is able to be made described the second sliding shoe further to described
Five support shafts carry out top pressure such that it is able to make described top pressure block further be pressed on described cable such that it is able to described
Slip in described protective jacket for the described cable can further be promoted in the sliding process that 3rd body continues, and can
Described first sliding shoe is suppressed such that it is able to do, in described 3rd body, the mistake moving along a straight line using described second spring
Described first sliding shoe is made to realize quickly resetting in journey.
Further, described top pressure block is constituted for quality of rubber materials, described top pressure block can be arranged to quality of rubber materials, thus
The frictional force of block rubber and described cable can further be increased, thus ensureing described anti-to being smoothly pushed into described cable
In sheath.
Further, described 5th support shaft is respectively equipped with a screwed hole, described screw thread in the hole is connected to a spiral shell
Stricture of vagina connecting rod, described top pressure block is connected respectively on described whorl brace rod, can be by described connection screw thread bar in institute
State sliding such that it is able to further adjust the position of described top pressure block such that it is able to realize to described difference of screw thread in the hole
The cable of diameter carries out wearing protective jacket.
Compared with prior art, the invention has the beneficial effects as follows：Described protective jacket can be pressed from both sides by described chuck
It is close to and connects, and by the first support shaft, protective jacket can be supported, so as to further facilitate cable to penetrate into institute
State in protective jacket, and can further drive described 3rd body to move along a straight line in the rotation process of described motor,
Be provided with the 5th support shaft of slip in described 3rd body, and can described 3rd body slide during can
Further drive the slip of described chock, the trapezoidal setting of described chock, described chock can be driven in described second groove
Interior slip, can carry out top pressure to described the second sliding shoe such that it is able to enter using described the second sliding shoe using described chock
One step top pressure is carried out to described 5th support shaft such that it is able to make described top pressure block be pressed on described cable, can be in institute
State in the sliding process that the 3rd body continues, can further drive the slip of described cable such that it is able to make described cable
Further penetrate in described protective jacket, thus reach automatically cable is penetrated into the purpose of protective jacket, and can be
Setting exhaustor in described first support shaft is such that it is able to compressed air be drained in described Anti-slip cover such that it is able in institute
State cable penetrate into the further frictional force reducing cable and described protective jacket during in described protective jacket such that it is able to
Ensure smoothly to penetrate in described protective jacket to described cable, and can described 3rd body slide during can
Termination is pressed such that it is able to automatically lubricant be sprayed to described cable such that it is able to further described in shake-up simultaneously
Guarantee smoothly penetrate in described protective jacket to cable, wear the efficiency of protective jacket thus reaching and improving cable.
Brief description
The present invention will be further described for Structure Figure below.
Fig. 1 is embodiment of the present invention electric power cable protective jacket automatic threading apparatus overall structure diagram.
Fig. 2 is the embodiment of the present invention second housing and described 3rd body overall structure sectional view.
Fig. 3 is that embodiment of the present invention runner supports Axile connection structure to illustrate with described 3rd support shaft and with the described 4th
Figure.
Fig. 4 is embodiment of the present invention chuck overall structure diagram.
Fig. 5 is the embodiment of the present invention the 5th support shaft and described shaft connection mechanism schematic diagram of threadeding.
In figure：1 first housing, 2 first string holes, 3 first grooves, 4 first rotating shafts, 5 first support shafts, 6, in support shaft
Chamber, 7 air inlet pipe, 8 exhaustors, 9 chucks, 10 second support shafts, 11 first springs, 12 cables, 13 first inner chambers, 14 runners, 15
3rd support shaft, 16 the 4th support shafts, 17 second housings, 18 first sliding shoes, 19 sliding chambeies, 20 second springs, 21 second grooves,
22 second rotating shafts, 23 the second sliding shoes, 24 the 3rd grooves, 25 first slide openings, 26 the 4th support shafts, 27 second inner chambers, 28 the 4th
Groove, 29 lubricant bottles, 30 lubricant tube, 31 first tracheas, 32 spraying holes, 33 pressure rods, 34 the 3rd bodies, 35 second lines
Hole, 36 the 3rd inner chambers, 37 the 3rd slide openings, 38 the 5th support shafts, 39 the 3rd springs, 40 top pressure disks, 41 top pressure blocks, 42 chocks, 43
Link, 44 the 3rd rotating shafts, 45 the 4th rotating shafts, 46 the 4th slide openings, 47 the 5th grooves, 48 the 5th rotating shafts, 49 pressure dynamic plates, 50 suppress
Bar, 51 connection sawtooth, 52 screwed holes, 53 whorl brace rods, 54 motors, 55 body internal ring, 56 protective jackets, 57 press termination, 58
Second trachea.
Specific embodiment
As shown in Figures 1 to 4, a kind of electric power cabinet cable protective sleeve automatic threading apparatus, include a cable 12 and a set of
It is contained in the protective jacket 56 on described cable 12, described cable 12 is provided with the lubricant of lubricant bottle 29 sprinkling, described lubricant
Bottle 29 is provided with one and presses termination 57, also includes a first housing 1, and the described first housing 1 is provided with one and described cable 12
The first corresponding string holes 2, the described first housing 1 is provided with circle first groove 3, is respectively equipped with one in described first groove 3
The first support shaft 5 rotating, described first support shaft 5 is connected to a chuck 9, a circle described chuck 9 corresponding clamping institute
State protective jacket 56, described first support shaft 5 is respectively equipped with an exhaustor 8 corresponding with described protective jacket 56, described first
The spraying hole 32 that a circle is located on the described first housing 1 is included, described spraying hole 32 is relative with described lubricant bottle 29 in string holes 2
Should connect, the described first housing 1 is connected with a second housing 17, the described second housing 17 is provided with a body internal ring 55, institute
State and the 3rd body 34 sliding is included in body internal ring 55 on the described first housing 1, in the described first housing 1, be provided with one
The runner 14 rotating, described runner 14 drives described 3rd body 34 to slide, and described 3rd body 34 is provided with one and described line
The second corresponding string holes 35 of cable 12, include in described second string holes 35 that a circle slides in described 3rd body 34 the 5th
Support shaft 38, described 5th support shaft 38 is respectively equipped with a top pressure block 41 corresponding with described cable 12, described 3rd machine
It is respectively equipped with the 3rd spring 39 suppressing described 5th support shaft 38 in body 34, include a circle in described body internal ring 55 and set
On the described second housing 17 and T-shaped sliding chamber 19, in described sliding chamber 19, it is respectively equipped with the first sliding shoe 18 of a slip, institute
State the second sliding shoe 23 that a rotation is respectively equipped with the first sliding shoe 18, described 5th support shaft 38 is sliding described second respectively
Slide on motion block 23, described 3rd body 34 is connected to the chock 42 of the described the second sliding shoe of a compression 23.
One first string holes 2 is provided with the described first housing 1, described cable 12 passes through described first string holes 2, described the
One body 1 is provided with circle first groove 3, is respectively equipped with the first support shaft 5 of a rotation, in institute in described first groove 3
State and be connected to a chuck 9 in the first support shaft 5 such that it is able to enclose described chuck 9 by described protective jacket 56 relatively using one
The clamping answered is connected such that it is able to be strutted described protective jacket 56 such that it is able to further facilitate using described first support shaft 5
Cable 12 is passed in described protective jacket 56, and be respectively equipped with an exhaustor 8 in described first support shaft 5 such that it is able to
Using after described exhaustor 8 air-out, described air is drained in described protective jacket 8 such that it is able to make described cable 12 with
Frictional force between described protective jacket 56 reduces, thus facilitating described cable 12 to penetrate in described protective jacket 56, and can
Being sprayed using described lubricant bottle 29 can further facilitate cable 12 to penetrate in described protective jacket 56 after lubricant, in institute
State and a second housing 17 is connected with the first housing 1, a body internal ring 55 is provided with the described second housing 17, in described body
The 3rd body 34 sliding is included in internal ring 55 on the described first housing 1, described 3rd body 34 can be described the
Slide on one body 1, and described 3rd body 34 slides in described body internal ring 55, is provided with the described first housing 1
One runner 14, such that it is able to drive described 3rd body 34 to slide using described runner 14, can rotate in described runner 14
During further drive the slip of described 3rd body 34, one second string holes 35, institute are provided with described 3rd body 34
State cable 12 and pass through described second string holes 35, be provided with the 5th support shaft 38 that a circle slides in described 3rd body 34, described
5th support shaft 38 is slided in described second string holes 35, is connected to a top pressure block 41 in described 5th support shaft 38,
So as to described cable 12 be carried out corresponding clamping using described top pressure block 41 such that it is able in described 3rd body 34
Drive the slip of described cable 12 during slip simultaneously, in described 3rd body 34, be provided with the 3rd spring 39, so as to
Enough using described 3rd spring 39, described 5th support shaft 38 is suppressed with the process such that it is able to rotate in described runner 14
The middle linear reciprocating motion driving described 3rd body 34 is such that it is able to utilize described 3rd spring 39 to described 5th support shaft
38 suppress such that it is able to realize described cable 12 is continuously compressed, thus it is continuous to realize described cable 12 further
Penetrate in described protective jacket 56, include, in described body internal ring 55, the sliding chamber that a circle is located on the described second housing 17
19, the T-shaped setting in described sliding chamber 19, and the connection corresponding with described body internal ring 55 respectively of described sliding chamber 19, described sliding chamber 19
Inside it is respectively equipped with the first sliding shoe 18 of a slip, the second sliding shoe of a rotation is respectively equipped with described first sliding shoe 18
23, described 5th support shaft 38 is slided respectively on described the second sliding shoe 23, is connected on described 3rd body 34
One chock 23, described chock 42 compresses described the second sliding shoe 23, and the process that can rotate in described runner 14 further carries
Move described 3rd body 34 and do linear reciprocating motion such that it is able to further drive described 5th support shaft 38 in described body
Slip in internal ring 55, can described 3rd body 34 slide during simultaneously drive described chock 42 slip, energy
Enough respectively described the second sliding shoe 23 is compressed using described chock 42 such that it is able to further utilize described second to slide
Motion block 23 is suppressed to described 5th support shaft 38 such that it is able to further described top pressure block 41 is pressed on described cable
On 12, thus further driving described cable 12 to penetrate into described protective jacket 56 while described 3rd body 34 slides
Interior, can be in described 3rd spring 39 to described 5th support while described 3rd body 34 does linear reciprocating motion
Axle 38 is suppressed and can further be driven the top pressure that described chock 42 is interrupted, energy to described the second sliding shoe 23
Described top pressure block 41 is enough made to depart from described cable 12 such that it is able to achieve the top pressure to described cable 12 interruption, thus entering one
Walk has reached the continuous purpose promoting described cable 12 to penetrate in described protective jacket 56, thus further facilitating to described
Cable 12 penetrates in described protective jacket 56, thus raising labour efficiency further reduce the workload of workman.
As shown in figure 1, described first groove 3 is provided with 8, include respectively in described first groove 3 one be connected to described
First rotating shaft 4 on the first housing 1, described first support shaft 5 rotates respectively in described first rotating shaft 4, described first support
One second support shaft 10 is connected on axle 5, between described second support shaft 10 and the described first housing 1, passes through one the respectively
The corresponding connection of one spring 11, is respectively equipped with a first rotating shaft 4 in described first groove 8, and described first support shaft 5 exists respectively
Rotate in described first rotating shaft 4, and be connected to one second support shaft 10 in described first support shaft 4, described the
Pass through between two support shafts 10 and the described first housing 1 that one first spring 11 is corresponding to be connected such that it is able to described the respectively
So as to be pulled to described second support shaft 10 such that it is able to further pulling is described under the elastic force pressure of one spring 11
First support shaft 5 rotating in described first rotating shaft 4 is such that it is able to clamp described protective jacket 56 in a described chuck 9 of circle
During so as to described protective jacket 56 be propped up using described first support shaft 5, thus further facilitating described cable 12
Penetrate in described protective jacket 56.
As shown in figure 1, being respectively equipped with a support shaft inner chamber 6 in described first support shaft 5, in described first support shaft 5 also
It is connected to the air inlet pipe 7 of a connection corresponding with described support shaft inner chamber 6, described first support shaft 5 is additionally provided with one
Two tracheas 58, one enclose described air inlet pipe 7 respectively with the corresponding connection of described second trachea 58, described second trachea 58 is connected with
One air compressor, the connection corresponding with described support shaft inner chamber 6 respectively of described exhaustor 8, divides in described first support shaft 5
It is not provided with a support shaft inner chamber 6, a company corresponding with described support shaft inner chamber 6 is connected on described first support shaft 5
Logical air inlet pipe 7 enters one by described support shaft inner chamber 6 such that it is able to produce using described air compressor 7 after compressed air
Walk is discharged such that it is able to be further drained in described protective jacket 56 using described exhaustor 8 by described exhaustor 8,
So as to by described compressed air to being supported in described protective jacket 56 such that it is able to so that described cable 12 is penetrated into described
In protective jacket 56, thus further facilitating penetrating of described cable 12.
As shown in figure 4, a 5th L-shaped groove 47 is respectively equipped with described chuck 9, in described 5th groove 47 respectively
Include the 5th rotating shaft 48 being connected on described chuck 9, described 5th rotating shaft 48 is provided with the pressure dynamic plate 49 of a rotation, institute
State pressure dynamic plate 49 connection corresponding with described chuck 9 respectively, passing through one between described chuck 9 and described pressure dynamic plate 49 respectively is in arc
Shape suppress the corresponding connection of bar 50, described pressure dynamic plate 49 is respectively equipped with the connection sawtooth corresponding with described protective jacket 56
51, a 5th L-shaped groove 47 is respectively equipped with described chuck 9, in described 5th groove 47, is provided with one the 5th rotating shaft
48, the pressure dynamic plate 49 of a rotation is provided with described 5th rotating shaft 48, the connection corresponding with described chuck 9 of described pressure dynamic plate 49,
The connection sawtooth 51 of indentation is provided with described pressure dynamic plate 49 such that it is able to connect sawtooth 51 and described chuck using described
Described protective jacket 56 is carried out corresponding clamping by 9, and can between described chuck 9 and described pressure dynamic plate 49 by one be in
The bar 50 that suppresses of arc carries out corresponding connection such that it is able to be pressed on described pressure dynamic plate 49 on described protective jacket 56, thus
The slippage of described protective jacket 56 can be prevented further, thus facilitating described cable 12 to penetrate in described protective jacket 56.
As shown in figure 1, the described first housing 1 is provided with circle first slide opening 25, described 3rd body 34 is connected with one
The 4th support shaft 26 that circle slides in described first slide opening 25, is provided with a first inner chamber 13 in the described first housing 1, described
4th slide opening 46 of one connection corresponding with described first inner chamber 13 is additionally provided with the first housing 1, sets in described first inner chamber 13
There is a motor 54, described motor 54 drives described runner 14 to rotate, described runner 14 is provided with one the 3rd rotating shaft 44, the described 3rd
Rotating shaft 44 is provided with the 3rd support shaft 15 of a rotation, described 3rd body 34 is connected with one sliding in described 4th slide opening 46
The 4th dynamic support shaft 16, described 4th support shaft 16 is provided with one the 4th rotating shaft 45, and described 3rd support shaft 15 is described
Rotate in four rotating shafts 45, in the described first housing 1, be additionally provided with the second inner chamber 27 of one and the corresponding connection of described first slide opening 46,
4th groove 28 of one connection corresponding with described second inner chamber 27, described lubricant bottle 29 are additionally provided with the described first housing 1
It is located in described 4th groove 28, described 4th support shaft 26 is connected with a pressure rod sliding in described second inner chamber 27
33, described pressure rod 33 is corresponding with the described termination 57 that presses, and is additionally provided with one first trachea 31 in the described first housing 1, described
Spraying hole 32 respectively with the corresponding connection of described first trachea 31, described press be also associated with termination 57 one with described first gas
The lubricant tube 30 of the corresponding connection of pipe 31, is provided with circle first slide opening 25, in described 3rd body on the described first housing 1
It is connected with a circle the 4th support shaft 26, described 4th support shaft 26 can be slided respectively in described first slide opening 25 on 34, from
And can be slided such that it is able to further make described 3rd machine in described first slide opening 25 by described 4th support shaft 26
Body 34 slides on the described first housing 1, is provided with a first inner chamber 13 in the described first housing 1, in the described first housing 1
It is additionally provided with one the 4th slide opening 46, described 4th slide opening 46 can have connection corresponding with described first inner chamber 13, the described 3rd
One the 4th support shaft 16 is connected with body 34, described 4th support shaft 16 can be slided in described 4th slide opening 46, in institute
State the runner 14 being provided with a motor 54 driving in first inner chamber 13, one the 3rd rotating shaft 44 is connected with described runner 14, described
3rd rotating shaft 44 is connected to the edge of described runner 14, and described 3rd rotating shaft 44 is provided with the 3rd support shaft 15 of a rotation,
One the 4th rotating shaft 45 is provided with described 4th support shaft 45, described 3rd rotating shaft 44 can turn in described 4th rotating shaft 45
Dynamic such that it is able to be further driven to the rotation of described runner 14 during described motor 54 rotates such that it is able to further
Drive described 3rd rotating shaft 44 rotation, can be further during being moved in a circle by described 3rd rotating shaft 44
Described 3rd support shaft 15 of drive move in a circle such that it is able to further promote described 4th support shaft 45 described the
Slip in four slide openings 46 is such that it is able to make described 4th support shaft 45 move along a straight line, thus further driving described
Three bodies 34 move along a straight line such that it is able to further drive described cable 12 continuously to penetrate in described body internal ring 55
To in described protective jacket 56, and it is additionally provided with a second inner chamber 27 in the described first housing 1, on the described first housing 1 also
It is provided with one the 4th groove 28, the connection corresponding with described second inner chamber 27 of described 4th groove 28, described lubricant bottle 29 is located at
In described 4th groove 28, a pressure rod sliding in described second inner chamber 27 is connected with described 4th support shaft 26
33, described pressure rod 33 with described press termination 57 corresponding such that it is able to described 3rd body 34 slide during energy
The slip of the described pressure rod 33 of enough further drives is such that it is able to be carried out with the described termination 57 that presses using described pressure rod 33
Such that it is able to discharge lubricant using the described termination 57 that presses, so as to by described lubricant tube after corresponding connection
30 further spray in described first trachea 31, are then sprayed on described cable 12 by described spraying hole 32, thus
Described cable 12 can be further made smoothly to penetrate in described protective jacket 56 using lubricant.
As depicted in figs. 1 and 2, be respectively equipped with described 3rd body 34 one with the corresponding connection of described second string holes 35
3rd slide opening 37, described 3rd slide opening 37 is provided with 4, and described 5th support shaft 38 is slided respectively in described 3rd slide opening 37,
The 3rd inner chamber 36 of one and the corresponding connection of described 3rd slide opening 37 is further respectively had in described 3rd body 34, described 5th
The one top pressure disk 40 sliding in described 3rd inner chamber 36 is connected on support axle 38, described 3rd spring 39 is sleeved on described
Described top pressure disk 40 is suppressed on the 5th support shaft 38, is provided with a circle in described 3rd body 34 relative with described second string holes 35
The 3rd slide opening 37 that should connect, described 5th support shaft 38 is slided respectively in described 3rd slide opening 37, in described 3rd body
Be respectively equipped with one the 3rd inner chamber 36 in 34, described 3rd inner chamber 36 respectively with the corresponding connection of described 3rd slide opening 37, described
One top pressure disk 40 is connected on the 5th support shaft 38, described top pressure disk 40 slides respectively in described 3rd inner chamber 36,
It is respectively equipped with one the 3rd spring 39, described 3rd spring 39 is set in described 5th support shaft 38 in described 3rd inner chamber 36
On, and described 3rd spring 39 suppresses described top pressure disk 40 respectively, and can be by described 3rd spring 39 to described top pressure disk
40 are suppressed such that it is able to described top pressure block 41 can be made during described 3rd body 34 moves along a straight line to depart from institute
State cable 12, thus further realize described cable 12 penetrating in described protective jacket 56, it is to avoid described cable 12 is in institute
Slide in described protective jacket 56 in the state of stating top pressure block 41 clamping it is ensured that smoothly penetrate into described anti-to described cable 12
In sheath 56.
As shown in figure 1, a second concave groove 21, described second groove are respectively equipped with described first sliding shoe 18
Second rotating shaft 22 being connected on described first sliding shoe 18 is included respectively, described the second sliding shoe 23 end is respectively in 21
Described second rotating shaft 22 rotates, described the second sliding shoe 23 is respectively equipped with a 3rd concave groove 24, described the
Five support shafts 38 are slided respectively in described 3rd groove 24, and described chock 42 is connected to a link 43, described company
Connect frame 43 to be connected respectively on described 3rd body 34, described chock 42 is trapezoidal to be arranged and respectively in described second groove
Slide in 21, and in described sliding chamber 19, be respectively equipped with a second spring 20 suppressing described first sliding shoe 18.
One the second concave groove 21 is respectively equipped with described first sliding shoe 18, divides in described second groove 21
It is not provided with one second rotating shaft 22, slide respectively in described second rotating shaft 22 in the end of described the second sliding shoe 23, described the
One the 3rd concave groove 24 is respectively equipped with two sliding shoes 23, described 5th support shaft 38 is respectively in described 3rd groove 24
Interior slip, is connected with a circle link 43 on described 3rd body 34, and described chock 42 is connected respectively in described connection
On frame 43, and the trapezoidal setting of described chock 42, and described chock 42 slip in described second groove 21 respectively, thus
Respectively described the second sliding shoe 23 can be suppressed using described chock 42, the mistake that can slide in described 3rd body 34
The slip of described chock 42 can further be driven such that it is able to utilize described chock 42 to described the second sliding shoe 23 in journey
Extruded such that it is able to further make described the second sliding shoe 23 respectively top pressure is carried out to described 5th support shaft 38,
So as to further make described top pressure block 41 be pressed on described cable 12 such that it is able to enter one in described 3rd body 34
The purpose of the described cable of drive 12 slip has been reached, the end that can make described the second sliding shoe 23 is in institute in the sliding process of step
State and rotate such that it is able to slide into the 3rd set by described the second sliding shoe 23 in described 5th support shaft 38 in the second rotating shaft 22
During groove 24 end, further top pressure, Neng Goutong can be carried out to described second spring 20 by described first sliding shoe 18
Cross described 3rd spring 39 described top pressure disk 40 is carried out further making described top pressure block 41 depart from described cable 12 after top pressure,
Thus further achieve continuously being penetrated in described protective jacket 56 to described cable 12, and can be with excessively described
After second spring 20 is suppressed to described first sliding shoe 18, can further reset and continuously push away such that it is able to achieve
Move described cable 12 and penetrate into the purpose in described protective jacket 56.
As shown in figure 1, described top pressure block 41 is constituted for quality of rubber materials, described top pressure block 41 can be arranged to rubber material
Matter is such that it is able to further increase the frictional force of cable 12 and described top pressure block 41, thus ensureing to the described cable 12 of promotion
Penetrate into the purpose in described protective jacket 56.
As shown in figure 5, a screwed hole 52 is respectively equipped with described 5th support shaft 38, connect respectively in described screwed hole 52
There is a whorl brace rod 53, described top pressure block 41 is connected respectively on described whorl brace rod 53, can be the described 5th
Hole 52 is threaded on support shaft 38, is connected with whorl brace rod 53 in described screwed hole 52 such that it is able to pass through described spiral shell
Such that it is able to adjust the position of described top pressure block 41 further after stricture of vagina connecting rod 53 connection corresponding with described screwed hole 52,
So as to further carry out wearing protective jacket 56 to the described cable 12 not passing through diameter, thus further increasing practical
Property.
Embodiment provided above is the better embodiment of the present invention, is only used for the convenient explanation present invention, not to this
Bright make any pro forma restriction, any those of ordinary skill in the art, if without departing from the carried skill of the present invention
In the range of art feature, using the Equivalent embodiments locally changing done by disclosed technology contents or modify, and
Without departing from the technical characteristic content of the present invention, all still fall within the range of the technology of the present invention feature.
Claims (9)
1. a kind of electric power cabinet cable protective sleeve automatic threading apparatus, include the protection that a cable and is sleeved on described cable
Set, described cable is provided with the lubricant of lubricant bottle sprinkling, and described lubricant bottle is provided with one and presses termination, and its feature exists
In：Also include a first housing, the described first housing is provided with first string holes corresponding with described cable, described first
Body is provided with circle first groove, is respectively equipped with the first support shaft of a rotation, described first support in described first groove
One chuck is connected on axle, the described chuck of a circle is corresponding to clamp described protective jacket, and described first support shaft is respectively equipped with
One exhaustor corresponding with described protective jacket, described First Line in the hole includes the spraying that a circle is located on the described first housing
Hole, the connection corresponding with described lubricant bottle of described spraying hole,
One second housing is connected with the described first housing, the described second housing is provided with a body internal ring, described body internal ring
The 3rd body sliding inside is included on the described first housing, in the described first housing, is provided with the runner of a rotation, described
Described in driven by rotating wheel, the 3rd body slides, and described 3rd body is provided with second string holes corresponding with described cable, described
Include the 5th support shaft that a circle slides in described 3rd body in second string holes, described 5th support shaft is respectively equipped with
The one top pressure block corresponding with described cable, is respectively equipped with the 3rd bullet suppressing described 5th support shaft in described 3rd body
Spring, includes a circle and is located on the described second housing and T-shaped sliding chamber, described sliding intracavity is respectively equipped with described body internal ring
First sliding shoe of one slip, described first sliding shoe is respectively equipped with the second sliding shoe of a rotation, described 5th support shaft
Slide on described the second sliding shoe respectively, described 3rd body is connected to the plug of the described the second sliding shoe of a compression
Block.
2. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Described first groove
It is provided with 8, in described first groove, include a first rotating shaft being connected on the described first housing, described first support respectively
Axle rotates respectively in described first rotating shaft, and described first support shaft is connected to one second support shaft, described second
Pass through the corresponding connection of one first spring respectively between support axle and the described first housing.
3. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Described first support
It is respectively equipped with a support shaft inner chamber in axle, described first support shaft has been also respectively connected with one corresponding with described support shaft inner chamber
The air inlet pipe of connection, described first support shaft is additionally provided with one second trachea, one enclose described air inlet pipe respectively with described second gas
Manage corresponding connection, described second trachea be connected with an air compressor, described exhaustor respectively with described support shaft inner chamber
Corresponding connection.
4. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Divide on described chuck
It is not provided with a 5th L-shaped groove, in described 5th groove, include the 5th rotating shaft being connected on described chuck respectively,
Described 5th rotating shaft is provided with the pressure dynamic plate of a rotation, the connection corresponding with described chuck respectively of described pressure dynamic plate, described chuck
Pass through respectively between described pressure dynamic plate one curved suppress the corresponding connection of bar, described pressure dynamic plate is respectively equipped with described
The corresponding connection sawtooth of protective jacket.
5. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：The described first housing
It is provided with circle first slide opening, described 3rd body is connected with the 4th support that a circle slides in described first slide opening
Axle, is provided with a first inner chamber in the described first housing, the described first housing is additionally provided with a company corresponding with described first inner chamber
The 4th logical slide opening, is provided with a motor in described first inner chamber, runner described in described Motor drive rotates, and described runner is provided with
One the 3rd rotating shaft, described 3rd rotating shaft is provided with the 3rd support shaft of a rotation, and described 3rd body is connected with one described
The 4th support shaft slided in 4th slide opening, described 4th support shaft is provided with one the 4th rotating shaft, and described 3rd support shaft is in institute
State and rotate in the 4th rotating shaft, in the described first housing, be additionally provided with the second inner chamber of a connection corresponding with described first slide opening, institute
State the 4th groove that a connection corresponding with described second inner chamber is additionally provided with the first housing, described lubricant bottle is located at described
In four grooves, described 4th support shaft is connected with pressure rod, described pressure rod and the institute slided in described second inner chamber
State that to press termination corresponding, in the described first housing, be additionally provided with one first trachea, described spraying hole respectively with described first trachea
Corresponding connection, described presses the lubricant tube being also associated with a connection corresponding with described first trachea on termination.
6. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Described 3rd body
Inside it is respectively equipped with the 3rd slide opening of a connection corresponding with described second string holes, described 3rd slide opening is provided with 4, described 5th
Support axle slides respectively in described 3rd slide opening, further respectively has a company corresponding with described 3rd slide opening in described 3rd body
The 3rd logical inner chamber, described 5th support shaft is connected to a top pressure disk that intracavity slides in the described 3rd, and described the
Three springs are sleeved on and suppress described top pressure disk in described 5th support shaft.
7. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Described first slip
One the second concave groove is respectively equipped with block, includes one in described second groove respectively and be connected to described first sliding shoe
On the second rotating shaft, described the second sliding shoe end rotates, respectively in described second rotating shaft on described the second sliding shoe respectively
It is provided with a 3rd concave groove, described 5th support shaft is slided respectively in described 3rd groove, on described chock respectively
It is connected with a link, described link is connected respectively on described 3rd body, described chock is trapezoidal to be arranged and divide
Do not slide in described second groove, and described sliding intracavity is respectively equipped with a second spring suppressing described first sliding shoe.
8. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Described top pressure block is
Quality of rubber materials is constituted.
9. according to claim 1 a kind of electric power cabinet cable protective sleeve automatic threading apparatus it is characterised in that：Described 5th support
One screwed hole is respectively equipped with axle, described screw thread in the hole is connected to a whorl brace rod, described top pressure block is corresponding respectively to be connected
It is connected on described whorl brace rod.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710965916.4A CN107706833B (en) | 2016-11-07 | 2016-11-07 | Electric power cabinet cable protective sleeve automatic threading apparatus |
| CN201710967598.5A CN107863726B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
| CN201610975984.4A CN106486929B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610975984.4A CN106486929B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
Related Child Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710967598.5A Division CN107863726B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
| CN201710965916.4A Division CN107706833B (en) | 2016-11-07 | 2016-11-07 | Electric power cabinet cable protective sleeve automatic threading apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106486929A true CN106486929A (en) | 2017-03-08 |
| CN106486929B CN106486929B (en) | 2017-12-08 |
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ID=58272098
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710967598.5A Active CN107863726B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
| CN201710965916.4A Active CN107706833B (en) | 2016-11-07 | 2016-11-07 | Electric power cabinet cable protective sleeve automatic threading apparatus |
| CN201610975984.4A Active CN106486929B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
Family Applications Before (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710967598.5A Active CN107863726B (en) | 2016-11-07 | 2016-11-07 | A kind of electric power cabinet cable protective sleeve automatic threading apparatus |
| CN201710965916.4A Active CN107706833B (en) | 2016-11-07 | 2016-11-07 | Electric power cabinet cable protective sleeve automatic threading apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (3) | CN107863726B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106985105A (en) * | 2017-04-28 | 2017-07-28 | 国网青海省电力公司海西供电公司 | A kind of electric bolt tightener |
| CN107104383A (en) * | 2017-06-22 | 2017-08-29 | 万向钱潮（上海）汽车系统有限公司 | Rubber sheath threading device and method |
| CN107799238A (en) * | 2017-09-12 | 2018-03-13 | 中国科学院长春光学精密机械与物理研究所 | A kind of bundle conductor wears heat-shrink tube method |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111064127B (en) * | 2019-12-30 | 2021-01-26 | 国网浙江省电力有限公司绍兴供电公司 | Rolling type tubular power cable threading apparatus auxiliary traction head |
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| CN107104383A (en) * | 2017-06-22 | 2017-08-29 | 万向钱潮（上海）汽车系统有限公司 | Rubber sheath threading device and method |
| CN107799238A (en) * | 2017-09-12 | 2018-03-13 | 中国科学院长春光学精密机械与物理研究所 | A kind of bundle conductor wears heat-shrink tube method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106486929B (en) | 2017-12-08 |
| CN107863726B (en) | 2019-09-27 |
| CN107706833A (en) | 2018-02-16 |
| CN107706833B (en) | 2019-07-12 |
| CN107863726A (en) | 2018-03-30 |
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Inventor after: Chen Songshu Inventor before: Zuo Changliang |
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Effective date of registration: 20171113 Address after: 401120 Chongqing City, Yubei District Airport Industrial Park Xiangyu Road No. 988 Applicant after: Chongqing Ji Neng electric (Group) Co., Ltd. Address before: 266600 Shandong, Qingdao, Chengyang District, No. 192 Zhengyang Road office, 416 Applicant before: QINGDAO ZHIXIANG PATENT TECHNOLOGY DEVELOPMENT CO., LTD. |
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