CN108574225A - Construction intelligence wall spool cable wire pulling machine - Google Patents
Construction intelligence wall spool cable wire pulling machine Download PDFInfo
- Publication number
- CN108574225A CN108574225A CN201810559391.9A CN201810559391A CN108574225A CN 108574225 A CN108574225 A CN 108574225A CN 201810559391 A CN201810559391 A CN 201810559391A CN 108574225 A CN108574225 A CN 108574225A
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- China
- Prior art keywords
- shaft
- top pressure
- rotation
- cable
- sliding
- Prior art date
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Classifications
-
- 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
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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
- H02G1/081—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 means at cable ends, e.g. pulling eyes or anchors
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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
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- Electric Cable Installation (AREA)
Abstract
The invention discloses a kind of intelligent building wall spool cable wire pulling machines,It include a wire pulling machine,The drill bit of a rotation is provided in the wire pulling machine,The pumping line bar of a sliding is provided in first slide opening,There are two the fixed pull rings swung for one end setting for taking out line bar,And it is corresponding with the cable after two corresponding connections of fixed pull ring,First outlet hole corresponding with first slide opening is additionally provided in the wire pulling machine,The top pressure sliding shoe of a sliding is provided in first outlet hole,There are two corresponding the first rolling wheels and one second rolling wheel for clamping rotation for the end set of first outlet hole,It can be drilled on wall by the drill bit,The cable can be pulled by the pumping line bar,Further the cable can be extracted by the rotation of the first top pressure sliding shoe and first rolling wheel,Metope extensive damage caused by so as to avoid manually wall is pounded.
Description
Technical field
The present invention relates to a kind of wire pulling machines, and in particular to a kind of intelligent building wall spool cable wire pulling machine, more particularly to
A kind of intelligent building wall spool cable wire pulling machine that can will be extracted broken string out in taking out line process in wall spool.
Background technology
Also the continuous development that building trade is further promoted while continuous improvement with living standard, wherein present
Building build in all can in wall pre-embedded pipe, so as to further be spread to cable by pre-buried spool
If so as to complete the demand of household electricity, when cable is being used after a certain period of time due to the aging of cable itself, so just
Need timely to replace cable, so as to further ensure the safety to household electricity, wherein to cable into
Row replace during first need then cable is subjected to re-laying for cable again to be extracted out in the spool in wall
It replaces, wherein the problem of broken cable can occur due to the aging of cable itself during being extracted out to cable, to
The problem of breaking portion can not be extracted out normally can be resulted in, to which the laying to cable affects, wherein right
It can only be further processed by way of pounding wall in the further extraction process of the cable of breaking portion in spool, although sharp
The cable of breaking portion can be extracted out, but there is problems with the mode for pounding wall：
It can lead to the destruction that large area is caused to metope due to pounding the mode of wall during pounding wall, so by breaking portion
Cable extraction just need further to repair metope later, since the area of destruction is larger so may result in metope
It repairs and is had a certain difference with the metope of surrounding, to further influence the overall beautiful of metope, and due to pounding wall
During using being accomplished manually, to further the amount of labour be caused to increase, while also further decreasing construction efficiency.
It is therefore necessary to design a kind of intelligent building wall spool cable wire pulling machine, to solve the above technical problems.
Invention content
The object of the present invention is to overcome the problems of the prior art, provides a kind of intelligent building wall spool cable pumping
Line machine, the configuration of the present invention is simple can be drilled on wall by the drill bit being arranged in wire pulling machine, and can pass through institute
The pumping line bar further further can be slided into the drill bit brill by the sliding for stating pumping line bar in first slide opening
Hole in, so as to further make the pumping line bar extend into the spool, two fixed pull rings can be passed through
Swing further the cable can be clasped, and can further will be described by the pressure end
Cable is compressed, so as to can further drive the sliding of the cable by the sliding for taking out line bar, to
Cable can further be extracted out, and can be further by the cable by the sliding of the top pressure sliding shoe
Top pressure is carried out, so as to which further cable can be pushed by the continuously slipping of the top pressure sliding shoe, to
It can be by the corresponding rotation of first rolling wheel and second rolling wheel, so as to further carry out cable
Extraction, so as to avoid the problem of extracting cable to the destruction of metope progress large area.
The invention is realized by the following technical scheme：
A kind of intelligent building wall spool cable wire pulling machine, includes a wall, and a spool, the line are provided in the wall
Be provided with cable in pipe, further include having a wire pulling machine, be provided with the drill bit of a rotation in the wire pulling machine, the drill bit with it is described
Spool is corresponding, and the third shaft of a rotation is additionally provided in the wire pulling machine, and the third shaft is connected on the drill bit,
A sliding top pressure disk is provided in the third shaft, the sliding top pressure disk presses the third shaft sliding, the pumping line
A support locating shaft corresponding with the drill bit is provided on machine.The top pressure of the sliding top pressure disk, Neng Goujin can be passed through
One step carries out top pressure to the third shaft, can be by described so as to further carry out top pressure to the drill bit
Drill bit drills on the wall, thus allows for further taking the cable.
It is provided with one first slide opening in the wire pulling machine, the pumping line bar of a sliding is provided in first slide opening, it is described
One end setting of line bar is taken out there are two the fixed pull ring swung, two fixed pull rings are arranged in circular, and described in two
Corresponding with the cable after the corresponding connection of fixed pull ring, the other end for taking out line bar is provided with the rotating disc of a rotation,
A screw thread top pressure axis slided in the pumping line bar is provided on the rotating disc, the screw thread top pressure axis drives described in two
Fixed pull ring is swung, and the end of the screw thread top pressure axis is additionally provided with a pressure end corresponding with two fixed pull rings,
The pumping line bar is corresponding with the drill bit.It can be slided in first slide opening by the pumping line bar, it can be further
The pumping line bar is extend into the hole that the drill bit is bored, so as to further pass through the pendulum of two fixed pull rings
It is dynamic, the cable can be hooked up, so as to utilize the sliding for taking out line bar can be further by the cable
It hooks up out out of described spool, is destroyed caused by metope so as to avoid traditional wall mode line taking of pounding.
First outlet hole corresponding with first slide opening, first outlet hole are additionally provided in the wire pulling machine
It is inside provided with the top pressure sliding shoe of a sliding, the top pressure sliding shoe drives the cable sliding, the top pressure sliding shoe setting
There are clamping holder corresponding with the cable, the end set of first outlet hole to clamp the first of rotation there are two corresponding
Rolling wheel and one second rolling wheel, first rolling wheel are corresponding with the cable with second rolling wheel.It can pass through
The sliding of the top pressure sliding shoe further can carry out top pressure, so as to further by the line to the cable
Cable is released into first outlet hole, and can be nibbled with the corresponding of the second rolling wheel by first rolling wheel
Connection is closed, so as to which cable progress is further further rolled conveying, cable is extracted so as to reach
Purpose.
A motor-driven main shaft is provided in the wire pulling machine, the main shaft drives the third shaft rotation,
The 4th shaft of a rotation is additionally provided in the wire pulling machine, the main shaft drives the 4th shaft to rotate, and the described 4th
Shaft drives the top pressure sliding shoe synchronization action corresponding with first rolling wheel.The rotation of the main shaft can be passed through
The rotation that the third shaft and the 4th shaft can further be driven, so as to pass through the third shaft band
Move the drill bit rotation, can be further driven to by the rotation of the 4th shaft top pressure sliding shoe with it is described
The corresponding synchronization action of first rolling wheel, so as to further carry out extraction conveying to the cable.
Further, a line bar endoporus is provided in the pumping line bar, there are two opposite for one end setting for taking out line bar
The second groove answered is respectively arranged with a first rotating shaft being connected in the pumping line bar in second groove, described in two
Fixed pull ring rotates in the first rotating shaft respectively, is respectively arranged with one second shaft on the fixed pull ring, and described second
The first pull rod of a rotation is respectively arranged in shaft, first pull rod rotates in the line bar endoporus respectively, the line
The slider disc of a sliding is additionally provided in bar endoporus, two first pull rods are connected respectively in the slider disc, institute
The first threaded hole for being provided with an engagement connection corresponding with the screw thread top pressure axis in slider disc is stated, is wrapped in the line bar endoporus
First groove being located in the pumping line bar is included, first groove is arranged in circular, and the rotating disc is described the
It is rotated in one groove, a first in command is provided on the rotating disc.It can be by rotating the first in command, it can be further
The drive rotating disc rotation, so as to which the screw thread top pressure can be further driven to by the rotation of the rotating disc
The rotation of axis, so as to can further drive the sliding of the slider disc by the rotation of the screw thread top pressure axis, from
And the synchronization action of the fixed pull ring can be further driven, so as to utilize two fixed pull rings can be into one
Step hooks the cable, so as to can further be carried out to the cable using the sliding for taking out line bar
It extracts, thus allows for further handling.
Further, the end of the screw thread top pressure axis is connected with a T-shaped rotary head, and the pressure end is spherical
Setting, and the 6th groove corresponding with the rotary head is provided in the pressure end, the pressure end is the described 6th
It is rotated in groove, is connected separately with a support slide-bar on two fixed pull rings, the both sides of the pressure end are respectively arranged with
One the 5th slide opening corresponding with the support slide-bar, the support slide-bar slide in the 5th slide opening respectively, the top
A fixed groove corresponding with the cable is additionally provided on pressure head.It can be in one turn of the end set of the screw thread top pressure axis
Dynamic head, so as to make the rotary head be slided in the 6th groove set by the pressure end, so as to pass through two institutes
Stating fixed pull ring can be further after action corresponding with pressure end progress by institute during corresponding swing
Cable is stated to be compressed, so as to further ensure that the pumping line bar, the cable can be compressed, so as to
It is enough further to extract the cable.
Further, one first turn of chamber is provided in the wire pulling machine, first turn of intracavitary is provided with the of a rotation
Third hand tap gear, the third slide opening of a connection corresponding with first turn of chamber is additionally provided in the wire pulling machine, and the third turns
Axis slides in the third slide opening, and one corresponding with the third shaft second is provided in the third hand tap gear and is slided
Hole, the third shaft and second slide opening are square setting, and third shaft cunning in second slide opening respectively
It is dynamic, the second bevel gear of an engagement connection corresponding with the third hand tap gear, the wire pulling machine are provided on the main shaft
It is inside additionally provided with the support turn trough of a connection corresponding with first turn of chamber, the support turn trough is arranged in circular, and institute
It states and is provided with a supporting wheel rotated in the support turn trough in third hand tap gear.The rotation of the main shaft can be passed through
It can be further driven to the rotation of the second bevel gear, so as to can further and institute by the second bevel gear
It states third hand tap gear and carries out corresponding engagement and connect, so as to being capable of further band by the rotation of the third hand tap gear
The rotation for moving the third shaft, so as to drive the rotation of the drill bit, so as to utilize the rotation energy of the drill bit
It is enough to drill on wall, so as to complete to take the operation of the cable.
It is also set up on the wire pulling machine there are two supporting rack corresponding with the third slide opening, on support frame as described above respectively
It is provided with the supporting rack sliding slot of a concave setting, the sliding top pressure disk slides in support frame as described above sliding slot, the sliding
It is additionally provided with the third groove of a T-shaped setting in top pressure disk, the rotation top pressure disk of a rotation is provided in the third groove,
It is provided with a blocked hole corresponding with the third shaft on the rotation top pressure disk, is additionally provided on the sliding top pressure disk
One second handle.The rotation top pressure disk can be further pressed by the second handle, so as to further
The third shaft is compressed, so that the drill bit is pressed on wall, described in utilizing
Drill bit completes bore operation.
Further, a first bevel gear is provided on the main shaft, be provided in the 4th shaft one with it is described
4th bevel gear of the corresponding engagement connection of first bevel gear, is provided with one second turn of chamber in the wire pulling machine, described 4th turn
It is provided with a first gear rotated in second turn of intracavitary on axis, second turn of intracavitary includes one to be connected to the pumping
The 5th shaft on line machine is provided with the second gear of a rotation, the second gear and described first in the 5th shaft
The corresponding engagement of gear connects, and is provided with one the 6th shaft in the second gear, a rotation is provided in the 6th shaft
The first compression bar, the end set of first compression bar has one the 7th shaft, the of a rotation is provided in the 7th shaft
Two compression bars.The rotation of the first bevel gear can be further driven to by the rotation of the main shaft, so as to logical
It crosses the first bevel gear to connect with the corresponding engagement of the 4th bevel gear, so as to further drive the described 4th
The rotation of shaft can simultaneously be driven the rotation of the first gear by the rotation of the 4th shaft, can be passed through
The first gear is connected with the corresponding engagement of the second gear, so as to drive the rotation of the second gear, energy
Enough first compression bar can be further driven to move in a circle by the second gear, so as to further utilize
First compression bar pushes second compression bar to move in a straight line.
One the 4th turn of chamber is provided in the wire pulling machine, second compression bar is slided in the 4th turn of intracavitary, and described
Four turns of intracavitary are additionally provided with the eighth-turn axis of a rotation, and first rolling wheel is arranged on the eighth-turn axis, and described the
The end of eighth-turn axis is additionally provided with a top pressure rotating wheel rotated in the 4th turn of intracavitary, is provided on the top pressure rotating wheel
The buckling groove of the one L-shaped setting of circle, second compression bar is corresponding with the buckling groove, be additionally provided in the wire pulling machine one and
Corresponding 4th slide opening of second compression bar.It can be further to described by the linear motion of second compression bar
Top pressure rotating wheel carries out top pressure, so as to further rotate the top pressure rotating wheel, so as to drive described first
The rotation of rolling wheel is taken out so as to further make first rolling wheel that the cable be driven to be slided to reach
Take the purpose of the cable.
Further, it is additionally provided with a third in the wire pulling machine and turns chamber, one is provided with described in the 4th shaft
Third turns the first runner of intracavitary rotation, is provided with one the 9th shaft on first runner, is provided in the 9th shaft
The third compression bar of one rotation, the end set of the third compression bar have 1 the tenth shaft, one turn are provided in the tenth shaft
The 4th dynamic compression bar, the 4th compression bar slide in first outlet hole, and the top pressure sliding shoe is connected to the described 4th
On compression bar.The rotation of first runner can be further driven to by the rotation of the 4th shaft, so as into
The drive third compression bar of one step moves in a circle, so as to further be moved in a straight line by the third compression bar,
So as to further drive the sliding of the top pressure sliding shoe by the third compression bar, so as to utilize the top pressure
Sliding shoe further pushes the cable, can further achieve the purpose that extract the cable.
Further, the end set of the top pressure sliding shoe has a clamping joint corresponding with the cable, the card
Connector semicircular in shape is arranged, and corresponding 4th groove of a row is provided on the top pressure sliding shoe, is divided in the 4th groove
It is not provided with the 11st shaft being connected on the top pressure sliding shoe, the clamping holder is respectively in the 11st shaft
Upper rotation, and the L-shaped setting of the clamping holder, be respectively arranged in the 4th groove one suppress the clamping holder the
One spring.It can determine clamping joint first with described during the top pressure sliding shoe slides the cable is pushed up
Pressure, can utilize the clamping joint of semicircular in shape setting that can avoid causes the cable to be broken with after cable clamping
The problem of, and it can be provided with clamping holder in the top pressure slider disc, the clamping holder can be utilized further
It is clamped with the cable, so as to further push the sliding of the cable.
Further, the both sides of first outlet hole respectively include the 5th groove being located on the wire pulling machine,
The T-shaped setting of 5th groove, and the sliding support block of a sliding is respectively arranged in the 5th groove, the sliding branch
It is respectively arranged with corresponding first turn hole on bracer, the 12nd turn of a rotation is provided in two first turn holes
Axis, the second rolling wheel setting are respectively arranged with one in the 12nd shaft, in the 5th groove and suppress the cunning
It is respectively arranged with a rubber layer on the second spring of dynamic supporting block, first rolling wheel and second rolling wheel.It can lead to
The top pressure to the sliding support block for crossing the second spring, can further make first rolling wheel and described second
Rolling wheel carries out the connection of corresponding engagement, so as to further drive institute using the rotation of first rolling wheel
State the sliding of cable.
Further, a 6th T-shaped groove is provided on the wire pulling machine, the support locating shaft is the described 6th
Sliding in groove, be provided on the support locating shaft one slided in the 6th groove suppress disk, the 6th groove
It is inside provided with one and suppresses the third spring for suppressing disk.Can suppressing by the third spring, can be further right
The support locating shaft carries out top pressure, so as to be inserted into the hole that the drill bit is bored using the support locating shaft, from
And the wire pulling machine can be supported using the support locating shaft, so as to ensure the normal work to the wire pulling machine
Make.
Compared with prior art, the beneficial effects of the invention are as follows：It can be in wall by the drill bit being arranged in wire pulling machine
Drill on wall, and can by it is described pumping line bar first slide opening sliding can further by the pumping line bar into
One step slides into the hole that the drill bit bores, so as to further make the pumping line bar extend into the spool, energy
Enough further the cable can be hooked by the swing of two fixed pull rings, and the top can be passed through
Pressure head can further compress the cable, so as to by it is described take out line bar sliding being capable of further band
The sliding for moving the cable, so as to further extract cable out, so as to further be located to the cable
Reason, and can the cable further can be subjected to continuous top pressure by the sliding of the top pressure sliding shoe, to
Further cable can be pushed by the continuously slipping of the top pressure sliding shoe, so as to by the cable
Extracted out from the spool, and can by the corresponding engagement rotation of first rolling wheel and second rolling wheel,
Rotation can be clamped to the cable, so as to further extract cable out, so as to avoid tradition
Extraction cable mode wall carry out extensive damage caused by rework issues, so as to make the damage of wall drop to most
It is low, and the reduction of working efficiency caused by manually pounding wall is also avoided, so as to further improve working efficiency.
Description of the drawings
The present invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is intelligent building wall spool cable wire pulling machine overall structure diagram of the embodiment of the present invention.
Fig. 2 is intelligent building wall spool cable wire pulling machine overall structure vertical view of the embodiment of the present invention.
Fig. 3 is that the embodiment of the present invention takes out line bar overall structure diagram.
Fig. 4 is the first rolling wheel of the embodiment of the present invention and the second rolling wheel overall structure diagram.
Fig. 5 is the second rolling wheel overall structure diagram of the embodiment of the present invention.
Fig. 6 is top pressure rotating wheel overall structure diagram of the embodiment of the present invention.
Fig. 7 is top pressure sliding shoe overall structure diagram of the embodiment of the present invention.
Fig. 8 is that the embodiment of the present invention supports locating shaft overall structure diagram.
In figure：Line bars, 6 fixed pull rings, 7 first in command, 8 the are taken out in 1 wall, 2 spools, 3 wire pulling machines, 4 support locating shafts, 5
One outlet hole, 9 line bar endoporus, 10 first grooves, 11 second grooves, 12 first rotating shafts, 13 first slide openings, 14 second shafts, 15
First pull rod, 16 slider discs, 17 first threaded holes, 18 screw thread top pressure axis, 19 pressure ends, 20 fixed grooves, 21 motors, 22 masters turn
Axis, 23 first bevel gears, 24 second bevel gears, 25 first turns of chambers, 26 third hand tap gears, 27 second slide openings, 28 third shafts, 29
Drill bit, 30 third slide openings, 31 supporting racks, 32 supporting rack sliding slots, 33 sliding top pressure disks, 34 second handles, 35 third grooves, 36 turns
Dynamic top pressure disk, 37 blocked holes, 38 second turns of chambers, 39 thirds turn chamber, 40 the 4th shafts, 41 the 4th bevel gears, 42 first gears, 43
5th shaft, 44 second gears, 45 the 6th shafts, 46 first compression bars, 47 the 7th shafts, 48 second compression bars, 49 the 4th turns of chambers, 50
Eighth-turn axis, 51 top pressure rotating wheels, 52 first rolling wheels, 53 first runners, 54 the 9th shafts, 55 third compression bars, 56 the tenth turns
Axis, 57 the 4th compression bars, 58 top pressure sliding shoes, 59 the 4th grooves, 60 the 11st shafts, 61 clamping holders, 62 first springs, 63 cards
Connector, 64 second rolling wheels, 65 the 12nd shafts, 66 the 5th grooves, 67 sliding support blocks, 68 second springs, 69 first turn holes,
70 buckling grooves, 71 the 4th slide openings, 72 rubber layers, 73 rotating discs, 74 rotary heads, 75 the 6th grooves, 76 the 5th slide openings, 77 supports are slided
Disk, 81 third springs, 82 supporting wheels, 83 support turn troughs are suppressed in axis, 79 the 6th grooves, 80.
Specific implementation mode
As shown in Figures 1 to 7, a kind of intelligent building wall spool cable wire pulling machine includes a wall 1, the wall 1
It is inside provided with a spool 2, cable is provided in the spool 2, further includes having a wire pulling machine 3, one is provided in the wire pulling machine 3
The drill bit 29 of rotation, the drill bit 29 is corresponding with the spool 2, and the third that a rotation is additionally provided in the wire pulling machine 3 turns
Axis 28, the third shaft 28 are connected on the drill bit 29, and a sliding top pressure disk 33, institute are provided in the third shaft 28
It states sliding top pressure disk 33 and presses the sliding of third shaft 28, it is corresponding with the drill bit 29 to be provided with one on the wire pulling machine 3
Support locating shaft 4.The drill bit 29 of a rotation is provided in the wire pulling machine 3, so as to can by the rotation of drill bit
It further drills on wall, and can be further in the spool 2 by the rotation of the drill bit 29
On drill, further extraction processing is carried out so as to the cable after further will be switched off, in the wire pulling machine 3
It is additionally provided with the third shaft 28 of a rotation, the drill bit 29 is correspondingly connected in the third shaft 28, so as to pass through
The rotation of the third shaft 28 can be further driven to the rotation of the drill bit 29, and be arranged in the third shaft 28
There is a sliding top pressure disk 33, so as to can be further to the third shaft by the top pressure of the sliding top pressure disk 33
28 carry out top pressure, so as to which further the drill bit 29 is pressed on wall 1, so as to pass through the drill bit 29
Rotation can drill, and a support locating shaft 4 is provided on the wire pulling machine 3, so as to pass through the brill
After first 29 are drilled, further the support locating shaft 4 can be inserted into the hole that the drill bit 29 is bored, to
Further the wire pulling machine 3 can be supported using the support locating shaft 4, it is described so as to be further ensured that
The normal work of wire pulling machine 3.
It is provided with one first slide opening 13 in the wire pulling machine 3, the pumping line bar of a sliding is provided in first slide opening 13
5, there are two the fixed pull ring 6 swung, two fixed pull rings 6 are arranged in circular for one end setting for taking out line bar 5, and
Corresponding with the cable after two 6 corresponding connections of the fixed pull ring, the other end for taking out line bar 5 is provided with a rotation
Rotating disc 73, a screw thread top pressure axis 18 slided in the pumping line bar, the screw thread top are provided on the rotating disc 73
Last item 18 drives two fixed pull rings 6 to swing, the end of the screw thread top pressure axis 18 be additionally provided with one with two it is described solid
Determine 6 corresponding pressure end 19 of draw ring, the pumping line bar 5 is corresponding with the drill bit 29.It is provided with one in the wire pulling machine 3
First slide opening 13, is provided with the pumping line bar 5 of a sliding in first slide opening 13, and described one end for taking out line bar 5 is provided with two
A fixed pull ring 6, what two fixed pull rings 6 can be respectively rotates in the pumping line bar 5, and two fixed drawings
Ring 6 corresponding can connect, the sliding for driving the fixed pull ring 6 that the sliding for taking out line bar 5 can synchronize, to
The fixed pull ring 6 can be further set further to extend into the spool 2, and two 6 energy of the fixed pull ring
Further the cable can be clamped after enough corresponding connections, be provided in the other end for taking out line bar 5
The rotating disc 73 of one rotation, is provided with a screw thread top pressure axis 18 on the rotating disc 73, and the screw thread top pressure axis 18 can be into
The sliding in the pumping line bar 5 of one step, can further drive the screw thread by the rotation of the rotating disc 73
The rotation of top pressure axis 18, so as to can further drive the fixed pull ring by the rotation of the screw thread top pressure axis 18
6 corresponding swing is clamped the cable so as to further control the fixed pull ring 6, so as into
The sliding that the cable can be further pulled by the sliding for taking out line bar 5 of one step, so as to further will
The cable is extracted, and has a pressure end 19 in the end set of the screw thread top pressure axis 18, so as to pass through
Stating the swing of fixed pull ring 6 can further make two fixed pull rings 6 carry out corresponding card with the pressure end 19
It connects, so as to further carrying out corresponding clamping to the cable, so as to further pass through the line bar 5 of smoking
Sliding can drive the sliding of the cable, can further further take out post-rift cable out of the spool 2
It takes, so as to avoid traditional extensive damage pounded caused by wall mode to metope, to further by the destruction of metope
It is preferably minimized, to be further ensured that the beauty of metope.
First outlet hole 8 corresponding with first slide opening 13 is additionally provided in the wire pulling machine 3, described first goes out
The top pressure sliding shoe 58 of a sliding is provided in string holes 8, the top pressure sliding shoe 58 drives the cable to slide, the jacking sliding
Motion block 58 is provided with clamping holder 61 corresponding with the cable, and there are two corresponding for the end set of first outlet hole 8
Clamp the first rolling wheel 52 and one second rolling wheel 64 of rotation, first rolling wheel 52 and second rolling wheel 64 and institute
It is corresponding to state cable.One first outlet hole 8, first outlet hole 8 and first slide opening are provided in the wire pulling machine 3
13 corresponding connections, and first outlet hole 8 and first slide opening 13 can cross-pair should be connected to, go out described first
The top pressure sliding shoe 58 of a sliding is provided in string holes 8, so as to by the pumping line bar 5 that the cable is further
It, can be further by the cable top by the sliding of the top pressure sliding shoe 58 out of the spool 2 after extraction
It is pressed onto in first outlet hole 8, so as to by the continuously slipping of the top pressure sliding shoe 58, can further make institute
State top pressure sliding shoe 58 further can carry out continuous top pressure to the cable, so as to further by the cable
Further the cable can be made to be discharged by first outlet hole 8 after being extracted out from the spool 2, and on the top
Clamping holder 61 is provided on pressure sliding shoe 58, so as to can be further during the top pressure sliding shoe 58 slides
The sliding for driving the clamping holder 61, so as to further be pushed away to the cable using the clamping holder 61
It is dynamic, so as to further increase frictional force, can further ensure the cable to the top pressure sliding shoe 58 just
Normal extraction, and in the end set of first outlet hole 8, there are two corresponding 52 Hes of the first rolling wheel for clamping rotation
One second rolling wheel 64, so as to be connected by corresponding with the item of second rolling wheel 64 engagement of first rolling wheel 52
It connects, so as to further be clamped the cable, so as to pass through first rolling wheel 52 and described second
The rotation of rolling wheel 64 can be further driven to the sliding of the cable, so as to further by the cable from the line
Extraction in pipe 2, cable is extracted so as to avoid extensive damage is carried out to wall, and wall is arrived to further avoid guarantee
U.S., while also further improve extract cable efficiency.
The main shaft 22 of a motor 21 driving is provided in the wire pulling machine 3, the main shaft 22 drives the third to turn
Axis 28 rotates, and the 4th shaft 40 of a rotation is additionally provided in the wire pulling machine 3, and the main shaft 22 drives the 4th shaft
40 rotations, the 4th shaft 40 drive the top pressure sliding shoe 58 synchronization action corresponding with first rolling wheel 52.
It is provided with the main shaft 22 of a motor 21 driving in the wire pulling machine 3, the master can be further driven to by the motor 21
The rotation of shaft 22, the main shaft 22 can be further driven to the rotation of the third shaft 28, described so as to pass through
The rotation of main shaft 22 can be further driven to the rotation of the drill bit 29, so as to drill on the wall 1, and
And the 4th shaft 40 of a rotation is provided in the wire pulling machine 3, the drive top that the 4th shaft 40 can synchronize
The synchronization action of sliding shoe 58 and first rolling wheel 52 is pressed, and the rotation of the main shaft 22 can be further driven to institute
The rotation for stating the 4th shaft 40, so as to can further drive the jacking sliding by the rotation of the 4th shaft 40
The sliding of motion block 58, and can further drive first rolling wheel 52 by the rotation of the 4th shaft 40
Rotation, so as to by the top pressure sliding shoe 58 sliding and the corresponding synchronization action of first rolling wheel 52,
So as to further be extracted to the cable, so as to achieve the purpose that extract the cable automatically.
As shown in figure 3, being provided with a line bar endoporus 9 in the pumping line bar 5, there are two one end settings for taking out line bar 5
Corresponding second groove 11 is respectively arranged with a first rotating shaft being connected in the pumping line bar 5 in second groove 11
12, two fixed pull rings 6 rotate in the first rotating shaft 12 respectively, and one is respectively arranged on the fixed pull ring 6
Two shafts 14 are respectively arranged with the first pull rod 15 of a rotation in second shaft 14, and first pull rod 15 is respectively in institute
Rotation in line bar endoporus 9 is stated, the slider disc 16 of a sliding, two first pull rods 15 are additionally provided in the line bar endoporus 9
It is connected respectively in the slider disc 16, one is provided in the slider disc 16 and corresponding with the screw thread top pressure axis 18 is nibbled
The first threaded hole 17 of connection is closed, includes first groove 10 being located in the pumping line bar 5, institute in the line bar endoporus 9
It states the first groove 10 in circular to be arranged, the rotation in first groove 10 of the rotating disc 73, be set on the rotating disc 73
It is equipped with a first in command 7.It is provided with a line bar endoporus 9 in the pumping line bar 5, described one end for taking out line bar 5 is provided with two
A corresponding second groove 11 is respectively arranged with a first rotating shaft 12 in second groove 11, and the first rotating shaft 12 is divided
It is not connected in the pumping line bar 5, what two fixed pull rings 6 can be respectively rotates in the first rotating shaft 12, and
It is respectively arranged with one second shaft 14 on the fixed pull ring 6, a rotation is respectively arranged in second shaft 14
First pull rod 15, the sliding in the line bar endoporus 9 that two first pull rods 15 can be respectively, in the line bar endoporus 9
Inside it is additionally provided with the slider disc 16 of a sliding, the slider disc 16 and the line bar endoporus 9 are square setting, and the slider disc
16 can slide in the line bar endoporus 9, be connected respectively in the slider disc in described two first pull rods 15
On 16, one first threaded hole 17 is provided in the slider disc 16, the screw thread top pressure axis 18 can be with first screw thread
Hole 17 corresponding engagement connection includes first groove being located in the pumping line bar 5 at the top of the line bar endoporus 9
10, first groove 10 is arranged in circular, and the rotating disc 73 can rotate in first groove 10, so as to
The rotation of the screw thread top pressure axis 18 can be further driven to by the rotation of the rotating disc 73, so as to further lead to
It crosses the screw thread top pressure axis 18 and carries out corresponding engagement connection with first threaded hole 17, the slider disc 16 can be driven
Sliding above and below in the line bar endoporus 9, so as to further drive the corresponding synchronization of two fixed pull rings 6
Action using two fixed pull rings 6 carries out the cable hooking up fixation so as to further further, and
Further the cable can be pressed on the pressure end 19 using the corresponding connection of two fixed pull rings 6
On, so as to further drive the action of the cable by the sliding for taking out line bar 5, institute is extracted so as to reach
State the purpose of cable.
As shown in figure 3, the end of the screw thread top pressure axis 18 is connected with a T-shaped rotary head 74, the pressure end 19
It is spherical setting, and is provided with the 6th groove 75 corresponding with the rotary head 74, the top in the pressure end 19
Pressure head 19 rotates in the 6th groove 75, and a support slide-bar 77, the top are connected separately on two fixed pull rings 6
The both sides of pressure head 19 are respectively arranged with the 5th slide opening 76 corresponding with the support slide-bar 77, and the support slide-bar 77 is distinguished
It is slided in the 5th slide opening 76, a fixed groove corresponding with the cable 20 is additionally provided in the pressure end 19.
It is connected with a rotary head 74,74 T-shaped setting of the rotary head in the end of the screw thread top pressure axis 18, the pressure end 19 is in
Spherical setting, and one the 6th groove 75 is provided in the pressure end 19, the 75 T-shaped setting of the 6th groove is described
Rotary head 74 can rotate in the 6th groove 75, a support slide-bar 77 is connected separately on the fixed pull ring 6, in institute
The both sides for stating pressure end 19 are respectively arranged with one the 5th slide opening 76, and the support slide-bar 77 can be slided in the 5th slide opening 76
It is dynamic, and the support slide-bar 77 can be swung in the 5th slide opening 76, and an anchor is provided in the pressure end 19
Slot 20, the setting of 20 semicircular in shape of the fixed groove, and be fixed with the cable, so as in the screw thread top pressure axis
The corresponding synchronization action of two fixed pull rings 6 can be further driven to during 18 rotations, so as to pass through two
The cable can be further clamped by a fixed pull ring 6, described solid so as to which the cable to be fixed on
Determine in groove 20, and the oneth the 6th groove 75 can be provided in the pressure end 19, so as to pass through the rotation
First 74 rotations in the 6th groove 75, so as to further prevent the screw thread top pressure axis 18 from driving the pressure end
19 rotation, and can further be utilized by the sliding for supporting slide-bar 77 in the 5th slide opening 76
The support slide-bar 77 is supported the pressure end 19, so as to further avoid the pressure end 19 that rotation occurs
The problem of, so as to ensure the cable are normally pressed on the pressure end 19 to two fixed pull rings 6
On, so as to ensure to the cable normally to be extracted.
As shown in Fig. 2, being provided with one first turn of chamber 25 in the wire pulling machine 3, one turn is provided in first turn of chamber 25
Dynamic third hand tap gear 26 is additionally provided with the third slide opening of a connection corresponding with first turn of chamber 25 in the wire pulling machine 3
30, the third shaft 28 is slided in the third slide opening 30, and one and the third are provided in the third hand tap gear 26
28 corresponding second slide opening 27 of shaft, the third shaft 28 and second slide opening 27 are square setting respectively, and described
Third shaft 28 is slided in second slide opening 27, and it is opposite with the third hand tap gear 26 that one is provided on the main shaft 22
The second bevel gear 24 of connection should be engaged, a connection corresponding with first turn of chamber 25 is additionally provided in the wire pulling machine 3
Turn trough 83 is supported, the support turn trough 83 is arranged in circular, and one is provided in the third hand tap gear 26 in the support
The supporting wheel 82 rotated in turn trough 83.It is provided with one first turn of chamber 25 in the wire pulling machine 3, is set in first turn of chamber 25
It is equipped with the third hand tap gear 26 of a rotation, a third slide opening 30, and the third shaft are additionally provided in the wire pulling machine 3
28 being capable of sliding, first turn of chamber 25 connection corresponding with the third slide opening 30, described in the third slide opening 30
One second slide opening 27 is provided in third hand tap gear 26, the third shaft 28 can be slided in second slide opening 27, and
And second slide opening 27 and the third shaft 28 are square setting respectively, so as to pass through the third hand tap gear 26
Rotation can be further driven to the rotation of the third shaft 28, and one and the triconodont are provided on the main shaft 22
The second bevel gear 24 for taking turns 26 corresponding engagement connections, it is described so as to be further driven to by the rotation of main shaft 22
The rotation of third hand tap gear 26 also sets so as to be further driven to the rotation of the third shaft 28 in the wire pulling machine 3
It is equipped with the support turn trough 83 of a connection corresponding with first turn of chamber 25, the support turn trough 83 is arranged in circular, described
A supporting wheel 82 is provided in third hand tap gear 26, the supporting wheel 82 can rotate in the support turn trough 83, from
And can be rotated in the support turn trough 83 by the supporting wheel 82, it can be further to the third hand tap gear 26
It is supported, so as to ensure to the third hand tap gear 26 normally to rotate in first turn of chamber 25.
Supporting rack 31 corresponding with the third slide opening 30 there are two being also set up on the wire pulling machine 3, support frame as described above
The supporting rack sliding slot 32 of a concave setting is respectively arranged on 31, the sliding top pressure disk 33 is in support frame as described above sliding slot 32
Sliding, it is described to slide the third groove 35 that a T-shaped setting is additionally provided in top pressure disk 33, it is provided in the third groove 35
The rotation top pressure disk 36 of one rotation, is provided with a blocked hole corresponding with the third shaft 28 on the rotation top pressure disk 36
37, a second handle 34 is additionally provided on the sliding top pressure disk 33.There are two corresponding branch for setting on the wire pulling machine 3
Support 31, two support frames as described above 31 are corresponding with the third slide opening 30, are respectively arranged on two support frames as described above 31
One corresponding supporting rack sliding slot 32, the sliding top pressure disk 33 being capable of sliding, the supports in support frame as described above sliding slot 32
Frame sliding slot 32 distinguishes concave setting, and a third groove 35, the third groove 35 are provided on the sliding top pressure disk 33
T-shaped setting, is provided with the rotation top pressure disk 36 of a rotation in the third groove 35, and the rotation top pressure disk 36 is T-shaped
Setting, a blocked hole 37 is provided on the rotation top pressure disk 36, described so as to make the third shaft 28 be connected to
In blocked hole 37, so as to by the sliding top pressure disk 33 to the rotation top pressure disk 36 carry out top pressure, so as into
One step carries out top pressure to the third shaft 28, can further be compressed to the drill bit 29, can be further
Drill on metope, and can it is described by the rotation top pressure disk 36 in the third groove 35 rotation, energy
Enough further normal rotations ensured to the third shaft 28, and it is provided with one second on the sliding top pressure disk 33
Handle 34, so as to can further control the sliding of the sliding top pressure disk 33 by the second handle 34.
As shown in Figure 2 and Figure 6, it is provided with a first bevel gear 23 on the main shaft 22, is set in the 4th shaft 40
It is equipped with the 4th bevel gear 41 of an engagement connection corresponding with the first bevel gear 23, one the is provided in the wire pulling machine 3
Two turns of chambers 38, are provided with a first gear 42 rotated in second turn of chamber 38 in the 4th shaft 40, and described second
Turn to include the 5th shaft 43 being connected on the wire pulling machine 3 in chamber 38, a rotation is provided in the 5th shaft 43
Second gear 44, corresponding with the first gear 42 engagement connection of the second gear 44 sets in the second gear 44
It is equipped with one the 6th shaft 45, the first compression bar 46 of a rotation, the end of first compression bar 46 are provided in the 6th shaft 45
Portion is provided with one the 7th shaft 47, and the second compression bar 48 of a rotation is provided in the 7th shaft 47.In the main shaft 22
On be provided with a first bevel gear 23, one the 4th bevel gear 41 is provided in the 4th shaft 40, so as to pass through
The rotation of the 4th bevel gear 41 can be further driven to by stating the rotation of main shaft 22, described so as to further drive
The rotation of 4th shaft 40 is provided with one second turn of chamber 38 in the wire pulling machine 3, one is provided in the 4th shaft 40
One gear 42, the first gear 42 can rotate in second turn of chamber 38, and one is provided in second turn of chamber 38
5th shaft 43, the 5th shaft 43 are correspondingly connected on the wire pulling machine 3, and one turn is provided in the 5th shaft 43
Dynamic second gear 44, the second gear 44 can corresponding with the first gear 42 engagement connection, and described the
One the 6th shaft 45 is provided on two gears 44, the 6th shaft 45 is arranged at the outer circle of the second gear 44, in institute
The first compression bar 46 for being provided with a rotation in the 6th shaft 45 is stated, has one the 7th shaft in the end set of first compression bar 46
47, the second compression bar 48 of a rotation is provided in the 7th shaft 47, so as to turning by the second gear 44
Kinetic energy is enough further to drive first compression bar 46 to move in a circle, so as to can be into one by first compression bar 46
Step pushes second compression bar 48, so as to make second compression bar 48 do straight reciprocating motion.
One the 4th turn of chamber 49 is provided in the wire pulling machine 3, second compression bar 48 slides in the 4th turn of chamber 49,
The eighth-turn axis 50 of a rotation is additionally provided in the 4th turn of chamber 49, first rolling wheel 52 is arranged in the eighth-turn axis
On 50, and the end of the eighth-turn axis 50 is additionally provided with a top pressure rotating wheel 51 rotated in the 4th turn of chamber 49, institute
State the buckling groove 70 that the L-shaped setting of a circle is provided on top pressure rotating wheel 51, second compression bar 48 and 70 phase of the buckling groove
It is corresponding, it is additionally provided with the 4th slide opening 71 corresponding with second compression bar 48 in the wire pulling machine 3.In the wire pulling machine 3
It is inside provided with one the 4th turn of chamber 49, second compression bar 48 can slide in the 4th turn of chamber 49, in the 4th turn of chamber
The eighth-turn axis 50 of a rotation is provided in 49, first rolling wheel 52 is arranged on the eighth-turn axis 50, so as to
The rotation of first rolling wheel 52 can be further driven to by the rotation of the eighth-turn axis 50, in the eighth-turn axis 50
End set have a top pressure rotating wheel 51, the top pressure rotating wheel 51 can the rotation in the 4th turn of chamber 49, and institute
The rotation of the eighth-turn axis 50 can be further driven to by stating top pressure rotating wheel 51, and one is provided on the top pressure rotating wheel 51
Buckling groove 70,70 L-shaped setting of the buckling groove are enclosed, and second compression bar 48 is corresponding with the buckling groove 70, to
Further second compression bar 48 can be utilized to the card during second compression bar 48 moves in a straight line
Access slot 70 carries out top pressure, being capable of further band so as to carry out top pressure to the buckling groove 70 by second compression bar 48
The rotation for moving the top pressure rotating wheel 51, so as to further drive the rotation of the eighth-turn axis 50, so as to band
The rotation for moving first rolling wheel 52, can further drive the line by the rotation of first rolling wheel 52
The sliding of cable so as to be extracted to the cable, and is provided with one the 4th slide opening 71 in the wire pulling machine 3, from
And second compression bar 48 can be supported by the 4th slide opening 71, so as to ensure to second compression bar 48
Normal sliding.
As shown in Fig. 2, being additionally provided with a third in the wire pulling machine 3 turns chamber 39, one is provided in the 4th shaft 40
It is provided with one the 9th shaft 54 on the first runner 53 that the third turns to rotate in chamber 39, first runner 53, described the
The third compression bar 55 of a rotation is provided in nine shafts 54, the end set of the third compression bar 55 has 1 the tenth shaft 56, institute
The 4th compression bar 57 that a rotation is provided in the tenth shaft 56 is stated, the 4th compression bar 57 slides in first outlet hole 8,
The top pressure sliding shoe 58 is connected on the 4th compression bar 57.The wire pulling machine 3 is provided with a third and turns chamber 39, described
One first runner 53 is provided in 4th shaft 40, first runner 53 can turn rotation in chamber 39 in the third, in institute
It states and is provided with one the 9th shaft 54 on the first runner 53, the 9th shaft 54 is arranged at the outer circle of first runner 53,
It is provided with the third compression bar 55 of a rotation in the 9th shaft 54, has 1 the tenth in the end set of the third compression bar 55
Shaft 56 is provided with the 4th compression bar 57 of a rotation in the tenth shaft 56, so as to pass through first runner 53
Rotation can be further driven to the third compression bar 55 and move in a circle, so as to can be by the third compression bar 55
Promotion the 4th compression bar 57 of one step, so as to make the 4th compression bar 57 move in a straight line, 57 energy of the 4th compression bar
Enough slidings in first outlet hole 8, the top pressure sliding shoe 58 is connected on the 4th compression bar 57, so as to pass through
The straight reciprocating motion of 4th compression bar 57 can further push the top pressure sliding shoe 58 to do linear reciprocating motion,
So as to by the continuously slipping of the top pressure sliding shoe 58, can further be pushed to the cable, so as to
It is enough to release the cable out of spool 2, so as to achieve the purpose that extract the cable.
As shown in fig. 7, the end set of the top pressure sliding shoe 58 has a clamping joint 63 corresponding with the cable, institute
The setting of 63 semicircular in shape of clamping joint is stated, is provided with corresponding 4th groove 59 of a row on the top pressure sliding shoe 58, described the
The 11st shaft 60 being connected on the top pressure sliding shoe 58 is respectively arranged in four grooves 59, the clamping holder 61 divides
It does not rotate in the 11st shaft 60, and the 61 L-shaped setting of clamping holder, is respectively set in the 4th groove 59
There is the first spring 62 for suppressing the clamping holder 61.There is a clamping joint 63 in the end set of the top pressure sliding shoe 58,
63 semicircular in shape of the clamping joint is arranged, so as to utilize the card during top pressure sliding shoe 58 slides
Connector 63 carries out top pressure to the cable, and phase occurs with the cable during sliding so as to avoid the clamping joint 63
Corresponding clamping problem is clamped the problem of being broken so as to avoid by the cable, is provided on the top pressure sliding shoe 58
Corresponding 4th groove 59 of one row, is respectively arranged with 1 the 11st shaft 60 in the 4th groove 59, and the described 11st
Shaft 60 is connected on the top pressure sliding shoe 58, and the clamping holder 61 turns in the 11st shaft 60 respectively
It is dynamic, it is respectively arranged with one first spring 62 in the 4th groove 59, so as to divide using first spring 62
It is other that the clamping holder 61 is suppressed, so as to what can be synchronized during the top pressure sliding shoe 58 slides
Drive the sliding of the clamping holder 61, the 61 L-shaped setting of clamping holder, so as to exist by the clamping holder 61
During being slided on the cable can using the clamping holder 61 clamping corresponding with cable progress, so as to
Enough slidings that the cable can be further driven during the top pressure sliding shoe 58 slides, take out so as to reach
The purpose of the cable is taken, and suppressing for holder 61 can be clamped to described by first spring 62, it can be further
Make the top pressure sliding shoe 58 that can further ensure during doing reciprocating action can to the clamping holder 61
It normally slides on the cable, the cable is normally pushed so as to be further ensured that.
As shown in Figure 4 and Figure 5, the both sides of first outlet hole 8 respectively include one be located on the wire pulling machine 3
Five grooves 66, the 66 T-shaped setting of the 5th groove, and the sliding support of a sliding is respectively arranged in the 5th groove 66
Block 67 is respectively arranged with corresponding first turn hole 69 on the sliding support block 67, is set in two first turn holes 69
It is equipped with the 12nd shaft 65 of a rotation, second rolling wheel 64 is arranged in the 12nd shaft 65, and the described 5th is recessed
A second spring 68 for suppressing the sliding support block 67, first rolling wheel 52 and described second are respectively arranged in slot 66
A rubber layer 72 is respectively arranged on rolling wheel 64.One, which has been respectively included, in the both sides of first outlet hole 8 is located at the pumping
The 5th groove 66 on line machine 3, the 5th groove 66 distinguishes T-shaped setting, and is set respectively in the 5th groove 66
It is equipped with the sliding support block 67 of a sliding, the 67 T-shaped setting of sliding support block, and is divided on the sliding support block 67
It is not provided with one first turn hole 69,69 corresponding setting of the first turn hole described in both sides, the setting in two first turn holes 69
There is the 12nd shaft 65 of a rotation, second rolling wheel 64 is arranged in the 12nd shaft 65, and described the
Be respectively arranged with a second spring 68 in five grooves 66, the second spring 68 can be respectively to the sliding support block 67 into
Row top pressure connects so as to further make first rolling wheel 52 and second rolling wheel 64 carry out corresponding engagement
It connects, so as to be clamped to the cable, so as to be clamped conveying to the cable, and is ground described first
It is respectively arranged with a rubber layer 72 on pinch roller 52 and second rolling wheel 64, so as to can be by the rubber layer 72
The increase frictional force of one step, so as to ensure to the cable normally to be conveyed.
As illustrated in figures 1 and 8, a 6th T-shaped groove 79, the support locating shaft 4 are provided on the wire pulling machine 3
The sliding in the 6th groove 79, described support are provided with suppressing in the interior sliding of the 6th groove 79 on locating shaft 4
Disk 80 is provided with one in the 6th groove 79 and suppresses the third spring 81 for suppressing 80 disks.It can be on the wire pulling machine 3
One the 6th groove 79 is set, and the support locating shaft 4 can slide in the 6th groove 79, can pass through the third bullet
Spring 81 carries out top pressure to the disk 80 that suppresses, and can further suppress the support locating shaft 4, can be first with
The drill bit 29 drills on wall 1, and the support locating shaft 4 is made to be connected in the hole that the drill bit 29 is bored, to
The wire pulling machine 3 can be supported using the support locating shaft 4, so as to be further ensured that the wire pulling machine 3
Normal work.
Embodiment provided above is the better embodiment of the present invention, only is used for facilitating illustrating the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the put forward skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from the technical feature content of the present invention, in the range of still falling within the technology of the present invention feature.
Claims (2)
1. a kind of intelligent building wall spool cable wire pulling machine, includes a wall, a spool is provided in the wall, it is described
Cable is provided in spool, it is characterised in that：Further include having a wire pulling machine, the drill bit of a rotation be provided in the wire pulling machine,
The drill bit is corresponding with the spool, and the third shaft of a rotation is additionally provided in the wire pulling machine, and the third shaft connects
It is connected on the drill bit, a sliding top pressure disk is provided in the third shaft, the sliding top pressure disk presses the third and turns
Axis slides, and a support locating shaft corresponding with the drill bit is provided on the wire pulling machine；
It is provided with one first slide opening in the wire pulling machine, the pumping line bar of a sliding, the pumping line are provided in first slide opening
There are two the fixed pull rings swung for one end setting of bar, and two fixed pull rings are arranged in circular, and two fixations
Corresponding with the cable after the corresponding connection of draw ring, the other end for taking out line bar is provided with the rotating disc of a rotation, described
A screw thread top pressure axis slided in the pumping line bar is provided on rotating disc, the screw thread top pressure axis drives two fixations
Draw ring is swung, and the end of the screw thread top pressure axis is additionally provided with a pressure end corresponding with two fixed pull rings, described
It is corresponding with the drill bit to take out line bar；
It is additionally provided with first outlet hole corresponding with first slide opening in the wire pulling machine, is set in first outlet hole
Be equipped with the top pressure sliding shoe of a sliding, the top pressure sliding shoe drives the cable sliding, the top pressure sliding shoe be provided with
The end set of the corresponding clamping holder of cable, first outlet hole to be rolled there are two first for clamping and rotating is corresponded to
Wheel and one second rolling wheel, first rolling wheel are corresponding with the cable with second rolling wheel；
A motor-driven main shaft is provided in the wire pulling machine, the main shaft drives the third shaft rotation, described
The 4th shaft of a rotation is additionally provided in wire pulling machine, the main shaft drives the 4th shaft rotation, the 4th shaft
Drive top pressure sliding shoe synchronization action corresponding with first rolling wheel；
A line bar endoporus is provided in the pumping line bar, described one end for taking out line bar is arranged there are two corresponding second groove,
A first rotating shaft being connected in the pumping line bar is respectively arranged in second groove, two fixed pull rings exist respectively
It is rotated in the first rotating shaft, one second shaft is respectively arranged on the fixed pull ring, is respectively set in second shaft
There are the first pull rod of a rotation, first pull rod to be rotated in the line bar endoporus respectively, is also set up in the line bar endoporus
There are the slider disc of a sliding, two first pull rods to be connected respectively in the slider disc, be arranged in the slider disc
The first threaded hole for having an engagement connection corresponding with the screw thread top pressure axis, include in the line bar endoporus one be located at it is described
The first groove in line bar is taken out, first groove is arranged in circular, and the rotating disc rotates in first groove, institute
It states and is provided with a first in command on rotating disc；
The end of the screw thread top pressure axis is connected with a T-shaped rotary head, and the pressure end is spherical setting, and the top
The 6th groove corresponding with the rotary head is provided on pressure head, the pressure end rotates in the 6th groove, and two
A support slide-bar is connected separately on a fixed pull ring, the both sides of the pressure end are respectively arranged with one and are slided with the support
Corresponding 5th slide opening of axis, the support slide-bar are slided in the 5th slide opening, are additionally provided in the pressure end respectively
One fixed groove corresponding with the cable.
2. a kind of intelligent building wall spool cable wire pulling machine according to claim 1, it is characterised in that：In the wire pulling machine
It is provided with one first turn of chamber, first turn of intracavitary is provided with the third hand tap gear of a rotation, is additionally provided in the wire pulling machine
The third slide opening of one connection corresponding with first turn of chamber, the third shaft are slided in the third slide opening, and described
Second slide opening corresponding with the third shaft, the third shaft and second slide opening point are provided on third hand tap gear
Be not square setting, and the third shaft is slided in second slide opening, and one and described the are provided on the main shaft
Third hand tap gear is corresponding to engage the second bevel gear connected, and it is corresponding with first turn of chamber to be additionally provided with one in the wire pulling machine
The support turn trough of connection, the support turn trough is arranged in circular, and one is provided in the third hand tap gear in the support
The supporting wheel rotated in turn trough；
It is also set up on the wire pulling machine there are two supporting rack corresponding with the third slide opening, is respectively set on support frame as described above
There are the supporting rack sliding slot of a concave setting, the sliding top pressure disk to be slided in support frame as described above sliding slot, the sliding top pressure
It is additionally provided with the third groove of a T-shaped setting in disk, the rotation top pressure disk of a rotation is provided in the third groove, it is described
It is provided with a blocked hole corresponding with the third shaft on rotation top pressure disk, one the is additionally provided on the sliding top pressure disk
Second chief.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810559391.9A CN108574225B (en) | 2017-05-03 | 2017-05-03 | Construction intelligence wall spool cable wire pulling machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710305925.0A CN107123951B (en) | 2017-05-03 | 2017-05-03 | A kind of intelligent building wall spool cable wire pulling machine |
| CN201810559391.9A CN108574225B (en) | 2017-05-03 | 2017-05-03 | Construction intelligence wall spool cable wire pulling machine |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710305925.0A Division CN107123951B (en) | 2017-05-03 | 2017-05-03 | A kind of intelligent building wall spool cable wire pulling machine |
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| CN108574225A true CN108574225A (en) | 2018-09-25 |
| CN108574225B CN108574225B (en) | 2019-11-26 |
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| CN201810559391.9A Active CN108574225B (en) | 2017-05-03 | 2017-05-03 | Construction intelligence wall spool cable wire pulling machine |
| CN201810559388.7A Active CN108736381B (en) | 2017-05-03 | 2017-05-03 | Intelligent building decorative wall spool wire pulling machine |
| CN201710305925.0A Active CN107123951B (en) | 2017-05-03 | 2017-05-03 | A kind of intelligent building wall spool cable wire pulling machine |
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| CN201810559388.7A Active CN108736381B (en) | 2017-05-03 | 2017-05-03 | Intelligent building decorative wall spool wire pulling machine |
| CN201710305925.0A Active CN107123951B (en) | 2017-05-03 | 2017-05-03 | A kind of intelligent building wall spool cable wire pulling machine |
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| CN108465143B (en) * | 2018-05-04 | 2020-07-24 | 青岛大学附属医院 | Automatic shearing and recycling device for infusion apparatus |
| CN109048943B (en) * | 2018-09-01 | 2021-06-15 | 深圳市国日宏电子科技有限公司 | Automatic installation robot for photovoltaic solar panel roof |
| CN112234495B (en) * | 2020-10-11 | 2022-04-15 | 国网甘肃省电力公司兰州供电公司 | Intelligence electric power engineering cable laying device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103474916A (en) * | 2012-06-06 | 2013-12-25 | 南京工程学院 | Spool drawing machine |
| CN105449592A (en) * | 2015-11-27 | 2016-03-30 | 中国石油集团钻井工程技术研究院 | Cable pay-off device for downhole instrument and pay-off method |
| CN105610091A (en) * | 2016-02-26 | 2016-05-25 | 国网山东省电力公司章丘市供电公司 | Support device for wire stringing |
| CN106253152A (en) * | 2016-09-05 | 2016-12-21 | 青岛智享专利技术开发有限公司 | A kind of power cord wall spool automatic threading apparatus |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6254026B1 (en) * | 1999-10-29 | 2001-07-03 | Chin-Ching Tsai | Apparatus for electric wiring |
| CA2774190C (en) * | 2009-09-15 | 2018-07-17 | Immothal Investment Gmbh | A draw-in wire tip with a base part |
| CN203871765U (en) * | 2014-01-09 | 2014-10-08 | 河南中拓石油工程技术股份有限公司 | Cable traction assistor |
| KR101468939B1 (en) * | 2014-06-25 | 2014-12-05 | 금오이엔씨(주) | A device for installing of a pipe |
| CN105846361A (en) * | 2016-03-21 | 2016-08-10 | 梁红 | Electric spear |
-
2017
- 2017-05-03 CN CN201810559391.9A patent/CN108574225B/en active Active
- 2017-05-03 CN CN201810559388.7A patent/CN108736381B/en active Active
- 2017-05-03 CN CN201710305925.0A patent/CN107123951B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103474916A (en) * | 2012-06-06 | 2013-12-25 | 南京工程学院 | Spool drawing machine |
| CN105449592A (en) * | 2015-11-27 | 2016-03-30 | 中国石油集团钻井工程技术研究院 | Cable pay-off device for downhole instrument and pay-off method |
| CN105610091A (en) * | 2016-02-26 | 2016-05-25 | 国网山东省电力公司章丘市供电公司 | Support device for wire stringing |
| CN106253152A (en) * | 2016-09-05 | 2016-12-21 | 青岛智享专利技术开发有限公司 | A kind of power cord wall spool automatic threading apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108574225B (en) | 2019-11-26 |
| CN108736381B (en) | 2019-11-26 |
| CN107123951A (en) | 2017-09-01 |
| CN107123951B (en) | 2018-11-16 |
| CN108736381A (en) | 2018-11-02 |
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