CN108751063A - Electric power pylon automatic lifting safety pole - Google Patents
Electric power pylon automatic lifting safety pole Download PDFInfo
- Publication number
- CN108751063A CN108751063A CN201810739181.8A CN201810739181A CN108751063A CN 108751063 A CN108751063 A CN 108751063A CN 201810739181 A CN201810739181 A CN 201810739181A CN 108751063 A CN108751063 A CN 108751063A
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- China
- Prior art keywords
- lifting
- shaft
- body case
- rotation
- groove
- Prior art date
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- 229910000831 Steel Inorganic materials 0.000 claims abstract description 88
- 239000010959 steel Substances 0.000 claims abstract description 88
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims abstract description 32
- 229910052742 iron Inorganic materials 0.000 claims abstract description 16
- 230000005540 biological transmission Effects 0.000 claims abstract description 10
- 230000008676 import Effects 0.000 claims description 41
- 244000309464 bull Species 0.000 claims description 9
- 210000000689 upper leg Anatomy 0.000 claims description 9
- 238000005096 rolling process Methods 0.000 claims description 7
- 210000003781 tooth socket Anatomy 0.000 claims description 7
- 241000237858 Gastropoda Species 0.000 claims 1
- 230000009194 climbing Effects 0.000 description 14
- 238000011144 upstream manufacturing Methods 0.000 description 6
- 238000010586 diagram Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 4
- 230000005611 electricity Effects 0.000 description 3
- 238000002788 crimping Methods 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000007664 blowing Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F11/00—Lifting devices specially adapted for particular uses not otherwise provided for
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F13/00—Common constructional features or accessories
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F17/00—Safety devices, e.g. for limiting or indicating lifting force
Landscapes
- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Geology (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Gear Transmission (AREA)
- Transmission Devices (AREA)
- Electric Cable Installation (AREA)
Abstract
The invention discloses a kind of electric power transmission equipment steel tower automatic lifting safety poles,It include an anchor block,The anchor block is equipped with high voltage iron tower,A threaded rod is connected on the guy wire support,The threaded rod is correspondingly connected on the anchor block,The threaded rod is equipped with the lifting stop sleeve of a sliding,One first support shaft is also associated on the lifting stop sleeve,One second support shaft is vertically connected in first support shaft,Lifting back of the body case has been correspondingly connected in second support shaft,It is equipped with the motor for driving the first worm screw rotation in the lifting back of the body case,Sliding of the lifting stop sleeve on the threaded rod can be further driven to by the rotation of the motor,So as to be further driven to the sliding of the lifting back of the body case by the lifting stop sleeve,Human body is driven to be elevated on the guy wire support so as to reach,To further avoid danger caused by worker climbs high voltage iron tower.
Description
Technical field
The present invention relates to a kind of electric power tower climbing equipments, and in particular to a kind of electric power transmission equipment steel tower automatic lifting peace
Full bar more particularly to one kind can be threaded bar on electric power tower, and the electric power that case automatic lifting can be carried on the back by lifting is defeated
Electric equipment steel tower automatic lifting safety pole.
Background technology
Also the continuous development of power industry is further promoted while continuous development with technology, wherein in present electricity
Electric power pylon is one of essential equipment in the industry of Lixing, so as to carry out high-altitude laying to cable using electric power pylon,
Electric power can at a distance be conveyed using cable, wherein being all using artificial mostly during installing electric power tower
It is installed, and is all that installation fixation is carried out to cable later in artificial climbing to steel tower during cable is installed,
Wherein all it is manually directly climbing during climbing steel tower, and the cable upstream between two steel towers is needed to walk,
It equipment room is installed between cable to which cable be fixed, is hung over using safety belt during cable upstream is walked
Being walked in cable upstream on foot after on cable, although present steel tower can normal construction and installation, asked there is also following
Topic：
1, during climbing steel tower all it is unarmed climbing steel tower, although can climb to working at the top of steel tower,
But due to being that unarmed climbing will result in certain danger, the danger fallen is easily caused during climbing,
And due to the problem of cold of weather, which will result in, to climb steel tower in the case of winter, to result in cable
Laying affects.
2, as worker during cable upstream is walked due to being being walked in cable upstream on foot, it is easy to cause from cable
On the danger fallen, it is slow to result in walking and since height has blowing for wind in vain during cable upstream is walked
The problem of, further influence the efficiency constructed on cable.
It is therefore necessary to design a kind of electric power transmission equipment steel tower automatic lifting safety pole, 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 electric power transmission equipment steel tower and rises automatically
Safety pole drops, and the configuration of the present invention is simple can connect a threaded rod on the guy wire support, and the threaded rod is connected to
On the anchor block, the lifting can be carried on the back with case is fixed on by shoulder belt and thigh support band, so as to described
Motor is further driven to the lifting support tube during rotating and is slided on the threaded rod, so as to realize with moving
Body slides on the threaded rod, further human body can be transported on the guy wire support, to further facilitate people
Body operation on lifting support avoids falling hazard caused by human body climbing high voltage iron tower, and can pass through the motor
Rotation be further driven to the rotation of the steel wire tow line, so as to by the steel wire tow line on the high voltage cable
Rotation is slided to be further driven to the lifting back of the body case on the high voltage cable, so as to drive human body in the height
It is slided on crimping cable, further avoids falling hazard caused by human body is walked on the high voltage cable, and can pass through
Sliding of the steel wire tow line on the high voltage cable, it is further to improve the sliding speed on the high voltage cable, from
And improve working efficiency.
The invention is realized by the following technical scheme：
A kind of electric power transmission equipment steel tower automatic lifting safety pole, includes an anchor block, and the anchor block is equipped with high pressure iron
Tower, guy wire support is additionally provided on the high voltage iron tower, and the guy wire support is equipped with high voltage cable, is connected on the guy wire support
There is a threaded rod, the threaded rod to be correspondingly connected on the anchor block, can the guy wire support and the anchor block it
Between a threaded rod is set, so as to by threaded rod realization worker is transported on the guy wire support.
The threaded rod is equipped with the lifting stop sleeve of a sliding, and the of a rotation is equipped in the lifting stop sleeve
One worm gear, first worm gear are equipped with the first threaded hole of an engagement connection corresponding with the threaded rod, the lifting branch
It is additionally provided with the first worm screw of an engagement connection corresponding with first worm gear in support set cylinder, can be rotated in first worm screw
During can be further driven to the rotation of first worm gear, so as to pass through first worm gear and the threaded rod
Corresponding engagement connection, so as to further drive sliding of the lifting stop sleeve on the threaded rod.
It is also associated with one first support shaft on the lifting stop sleeve, one is vertically connected in first support shaft
Two support shafts have been correspondingly connected with lifting back of the body case in second support shaft, have been equipped in the lifting back of the body case and drive described first
The motor of worm screw rotation can be carried on the back in case in the lifting and motor is arranged, so as to be further driven to institute by the motor
The rotation for stating the first worm screw drives human body to be slided on the thread spindle, is driven to reach so as to further realize
The human body is elevated to the purpose on the guy wire support, caused by further avoiding the human body climbing high voltage iron tower
It is dangerous.
The both sides of the lifting back of the body case are respectively equipped with one first buckling groove and one the 4th turn hole, are equipped in the lifting back of the body case
The one third connector rotated in first buckling groove, the motor drives the third connector to rotate simultaneously, described
It is correspondingly provided with corresponding first rotating bar of third connector in first buckling groove, one is equipped in first rotating bar
7th shaft of rotation, the 7th shaft connection corresponding with the third connector are additionally provided with one in the 4th turn hole
Second rotating bar of rotation, the interior rotary head for being equipped with a rotation of second rotating bar, the 7th shaft and the rotary head
Between by the corresponding connection of a steel wire tow line, the steel wire tow line is corresponding with the high voltage cable, can be by the described 7th
Corresponding connection is carried out by a steel wire tow line between shaft and the rotary head, so as to further pass through the electricity
The rotation of machine drives the rotation of the 7th shaft, so as to drive the steel wire tow line to turn on the high voltage cable
It is dynamic, so as to drive sliding of the lifting back of the body case on the high voltage cable, so as to avoid human body in the high-voltage line
Falling hazard caused by walking on cable, is further ensured that the safety of human body, and one and described the are additionally provided in the lifting back of the body case
Second slide opening of the corresponding connection of four turn holes, second rotating bar are slided in second slide opening, in second slide opening
The second worm gear for driving the second rotating bar sliding equipped with one, can be further driven to institute by the rotation of second worm gear
Sliding of second rotating bar in second slide opening is stated, so as to further tense the steel wire tow line, so as to
The lifting back of the body case can be made to be detached from second support shaft during tensing the steel wire tow line, so as to further
Lifting back of the body case is suspended on the high voltage cable by the steel wire tow line, the lifting carries on the back and is also associated with shoulder on case
Lifting back of the body case can be fixed on human body by band and thigh support band by the shoulder belt and the thigh support band, from
And case can be carried on the back by the lifting and drive sliding of the human body on the high voltage cable.
Further, the lifting stop sleeve is equipped with first slide opening corresponding with the threaded rod, and described the
Include there are two the first groove being located on the lifting stop sleeve in one slide opening, first groove is respectively with described first
The corresponding connection of slide opening, first worm gear rotate in first groove respectively.
The 4th groove of a connection corresponding with first groove is further respectively had in the lifting stop sleeve, it is described
The both ends of 4th groove are respectively equipped with a turn hole, and the 9th shaft of a rotation, first worm screw are equipped in two turn holes
Be located in the 9th shaft, be respectively equipped in the lifting stop sleeve one in the 4th groove corresponding first
Chamber is connected separately with the 9th bevel gear rotated in the first inner chamber, the lifting supporting sleeve in the 9th shaft
It is additionally provided with one first turn hole in cylinder, first turn hole company corresponding with two first grooves and the first inner chamber respectively
It is logical, it is equipped with the first rotating shaft of a rotation in first turn hole, one is connected separately in the first rotating shaft and is bored with the described 9th
The first bevel gear of the corresponding engagement connection of gear, can be further driven to institute during the first rotating shaft rotates
The rotation for stating first bevel gear, so as to be connected by the corresponding engagement of the first bevel gear and the 9th bevel gear
It connects, so as to be further driven to the rotation of the 9th shaft, so as to be further driven to the rotation of first worm screw,
It can be connected with the corresponding engagement of first worm gear by first worm screw, so as to drive the lifting support tube
The purpose slided on the threaded rod, and can be connected with the corresponding engagement of first worm gear by first worm screw
It connects, the characteristics of so as to realize self-locking, lifting support tube is further prevented to be fallen from high vacancy.
It is equipped with a second inner chamber in first support shaft, one second turn hole is additionally provided in first support shaft, it is described
The connection corresponding with the first inner chamber and the second inner chamber respectively of second turn hole is equipped with a rotation in second turn hole
One end of second shaft, second shaft is connected with one the 4th bevel gear, and one and described the are connected in the first rotating shaft
The second bevel gear of the corresponding engagement connection of four bevel gears, is equipped with a second inner chamber in first support shaft, so as to
The rotation of the 4th bevel gear can be further driven to during second shaft rotates, it is described so as to pass through
4th bevel gear connects with the corresponding engagement of the second bevel gear, so as to be further driven to turning for the first rotating shaft
It is dynamic, so as to achieve the purpose that drive the first rotating shaft rotation.
The third turn hole of a connection corresponding with the second inner chamber, the third turn hole are equipped in second support shaft
It is inside equipped with the third shaft of a rotation, one end of the third shaft is connected with the 5th cone rotated in the second inner chamber
Gear, the second shaft other end are connected with the third hand tap gear of an engagement connection corresponding with the 5th bevel gear, institute
The other end for stating third shaft is connected with first connector being square, can during the third shaft rotates,
It can be further driven to the rotation of the 5th bevel gear, and the 5th bevel gear and the third hand tap gear can be passed through
Corresponding engagement connection, so as to further achieve the purpose that drive second shaft rotation.
It is equipped with a third inner cavity in the lifting back of the body case, one the 5th shaft, the 5th shaft are connected on the motor
On be connected with the 7th bevel gear that intracavitary rotates in the third, be additionally provided with the 4th turn of a rotation in the lifting back of the body case
Axis, one end of the 4th shaft is connected with the 6th bevel gear of an engagement connection corresponding with the 7th bevel gear, described
The other end of 4th shaft is also associated with the second connector of a connection corresponding with first connector, can be in the liter
Setting motor can so as to be further driven to the rotation of the 5th shaft by the rotation of the motor in drop back of the body case
It is connected with the corresponding engagement of the 6th bevel gear by the 7th shaft, so as to be further driven to described 4th turn
The rotation of axis is connected with one second connector in the 4th shaft, so as to by second connector with it is described
The corresponding connection of first connector, so as to achieve the purpose that drive the third shaft rotation.
The 6th shaft of a rotation is additionally provided in the lifting back of the body case, the third connector is correspondingly connected with the described 6th
In shaft, the other end of the 6th shaft is connected with the 8th cone tooth of an engagement connection corresponding with the 7th bevel gear
Wheel, and can be connected with the corresponding engagement of the 8th bevel gear by the 7th bevel gear, so as to further
The purpose for driving the 6th shaft rotation, connects so as to be further driven to the third by the rotation of the 6th shaft
The rotation of connector, so as to achieve the purpose that the steel wire tow line is driven to slide on the high voltage cable.
Further, the both sides of two first grooves be respectively equipped with one be connected on the lifting stop sleeve the
One change, first change are arranged in circular, and the both sides of first worm gear are respectively equipped with one and the first change phase
Corresponding support sliding slot, can be described so as to further utilize by the first change for being arranged on first worm gear
Rotation of first change in the support sliding slot, is further supported first worm gear, to ensure to described
The normal rotation of first worm gear.
Further, lifting back of the body case is equipped with a fixed cylinder corresponding with second support shaft, and described second
Support shaft is slided in the fixed cylinder, and second connector is equipped with corresponding with first connector first and connects
Slot, and first link slot and first connector are arranged in direction, can carry on the back setting one on case in the lifting and fix
Cylinder, so as to be connected in second support shaft by the fixed cylinder, so as to further facilitate the liter
Drop back of the body case can connect first link slot and described first to take down and install fixation in second support shaft
Connector is arranged to direction, so as to be further driven to first connection during first connector rotates
The rotation of slot.
Further, the T-shaped setting of the first buckling groove, and lifting back of the body case is equipped with one first import, it is described
First rotating bar is corresponding with first import, can be T-shaped by first buckling groove setting, so as to further side
Toilet is stated the first rotating bar and is connected in first buckling groove.
It is equipped with a bull stick endoporus in first rotating bar, one and the bull stick endoporus are additionally provided in first rotating bar
Second groove of corresponding connection, second groove is arranged in circular, and is connected with one second turn in the 7th shaft
Ring, second change rotate in second groove, and it is opposite with the third connector that the 7th shaft is equipped with one
The second link slot answered is additionally provided with second import corresponding with the third connector in first rotating bar, can
It can be by second import by the third during first rotating bar is connected in first buckling groove
Connector is connected in second link slot, so as to be further driven to institute during the third connector rotates
The rotation of the 7th shaft is stated, and one second change can be connected in the 7th shaft, so as to pass through described
Rotation of two changes in second groove, to be further ensured that the normal rotation of the 7th shaft.
Further, the lifting back of the body case is equipped with the third import of a connection corresponding with the 4th turn hole, described
One the 4th inner cavity is additionally provided in second rotating bar, second rotating bar is equipped with a connection corresponding with the 4th inner cavity
5th turn hole, the trapezoidal setting in the 4th inner cavity, and second rotating bar are equipped with one and the 5th turn hole and described
4th import of the 4th corresponding connection in inner cavity is connected with an eighth-turn rotated in the 5th turn hole on the rotary head
Axis, the rotary head pass through the third import and the 4th import intracavitary in the described 4th to rotate, the steel wire tow line
It is connected on the eighth-turn axis and the 7th shaft, rolling bearing is set on the rotary head, it can be described
Third import is set on lifting back of the body case, so as to make the rotary head by the third import and the 4th import into one
Step is put into intracavitary in the described 4th, can pass through institute after the steel wire tow line is hanging on the high voltage cable
It states rotary head and is connected to intracavitary in the described 4th, and can rolling bearing be set on the rotary head, so as into one
The normal rotation of rotary head intracavitary in the described 4th is arrived in the guarantee of step, so as to ensure to the steel wire tow line in institute
State the normal rotation on high voltage cable.
Further, include a third groove being located on the lifting back of the body case in second slide opening, the third is recessed
Slot connection corresponding with second slide opening, the third groove is arranged in circular, and second worm gear is in the third
Rotation in groove, second worm gear are equipped with one second threaded hole, one the 9th shaft, institute are connected in second rotating bar
State the screw thread that the 9th shaft is equipped with engagement connection corresponding with second threaded hole, be additionally provided in lifting back of the body case one and
5th groove of the corresponding connection of third groove, the lifting back of the body case is interior to be equipped with a connection corresponding with the 5th groove
The 6th turn hole, the 11st shaft rotates in the 6th turn hole, and one and second worm gear are connected in the 11st shaft
Second worm screw of corresponding engagement connection, is connected with leader in the 11st shaft, can be by rotating the handle
One step drives the rotation of second worm screw, and the rotation of second worm gear can be further driven to by second worm screw,
It can be connect with the engagement of the 9th shaft by second worm gear, so as to drive the cunning of second rotating bar
It is dynamic, it is described so as to tense so as to further be pulled to the steel wire tow line by second rotating bar
Steel wire tow line, it is elastic on the high voltage cable further to adjust steel wire tow line, so as to make the lifting carry on the back
Case is detached from second support shaft.
Further, the steel wire tow line is equipped with rubber layer, and the rubber layer is equipped with tooth socket, can pass through the rubber
Glue-line further increases the frictional force with the high voltage cable, so as to ensure to the steel wire tow line in the high-voltage line
Normal rotation on cable, to be further ensured that the lifting back of the body case can be in the normal sliding on the high voltage cable.
Further, it is additionally provided with the accumulator of connection corresponding with the motor in the lifting back of the body case, institute can be passed through
It states accumulator to be powered the motor, and the accumulator can be arranged in lifting back of the body case, so as to
It is further that conveniently lifting back of the body case is born, avoid trouble caused by external power supply.
Compared with prior art, the beneficial effects of the invention are as follows：A threaded rod can be connected on the guy wire support, and
And the threaded rod is connected on the anchor block, can case be carried on the back in the lifting and is fixed on body by shoulder belt and thigh support band
On, so as to be further driven to the rotation of first worm gear during motor rotates, so as to same described
First worm gear connects further to make the lifting support tube in the spiral shell with the corresponding engagement of the threaded rod
It is slided on rasp bar, drives human body to be slided on the threaded rod so as to realize, can human body be further transported to institute
It states on guy wire support, to further facilitate human body operation on lifting support, caused by avoiding human body climbing high voltage iron tower
Falling hazard, to ensure the life security to operator, and can during the motor rotates further band
The rotation for moving first rotating bar, so as to be further driven to turning for the steel wire tow line by first rotating bar
It is dynamic, and lifting back of the body case can be suspended on the high voltage cable by the steel wire tow line, so as to further
Operator is suspended on the high voltage cable, so as to by the steel wire tow line on the high voltage cable turn
It is dynamic, it is slided on the high voltage cable to be further driven to the lifting back of the body case, so as to drive human body in the high pressure
It is slided on cable, further avoids falling hazard caused by human body is walked on the high voltage cable, and institute can be passed through
Sliding of the steel wire tow line on the high voltage cable is stated, it is further to improve the sliding speed on the high voltage cable, to
Working efficiency is improved, and the problem of can not climbing high voltage iron tower caused by weather cold can be avoided, is further ensured that
The normal conveying of electric power.
Description of the drawings
The present invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is electric power transmission equipment steel tower automatic lifting safety pole overall structure diagram of the embodiment of the present invention.
Fig. 2 is that the embodiment of the present invention lifts stop sleeve overall structure diagram.
Fig. 3 is lifting back of the body case overall structure diagram of the embodiment of the present invention.
Fig. 4 is lifting back of the body case overall structure side view of the embodiment of the present invention.
Fig. 5 is the first worm gear overall structure vertical view of the embodiment of the present invention.
Fig. 6 is the second worm gear overall structure vertical view of the embodiment of the present invention.
Fig. 7 is steel wire tow line overall structure diagram of the embodiment of the present invention.
In figure：1 anchor block, 2 high voltage iron towers, 3 guy wire supports, 4 threaded rods, 5 lifting stop sleevees, 6 first support shafts, 7
Second support shaft, 8 lifting back of the body casees, 9 fixed cylinders, 10 shoulder belts, 11 thigh support bands, 12 first slide openings, 13 first grooves, 14 first
Change, 15 first worm gears, 16 support sliding slots, 17 first worm screws, 18 first turn holes, 19 first rotating shafts, 20 first bevel gears, 21 the
One inner cavity, 22 second bevel gears, 23 second turn holes, 24 second shafts, 25 second inner chambers, 26 third hand tap gears, 27 the 4th cone teeth
Wheel, 28 third turn holes, 29 third shafts, 30 the 5th bevel gears, 31 first connectors, 32 second connectors, 33 first link slots,
34 third inner cavities, 35 the 4th shafts, 36 the 6th bevel gears, 37 motors, 38 the 5th shafts, 39 the 7th bevel gears, 40 the 8th cone teeth
Wheel, 41 the 6th shafts, 42 third connectors, 43 first rotating bars, 44 the 5th grooves, 45 accumulators, 46 first buckling grooves, 47
One import, 48 bull stick endoporus, 49 second grooves, 50 the 7th shafts, 51 second changes, 52 second imports, 53 second link slots, 54
4th turn hole, 55 third imports, 56 second rotating bars, 57 the 4th imports, 58 the 4th inner cavities, 59 the 5th turn holes, 60 rotary heads, 61
Eighth-turn axis, 62 steel wire tow lines, 63 second slide openings, 64 third grooves, 65 the 6th turn holes, 66 second worm gears, 67 the 9th shafts, 68
Second threaded hole, 69 the 11st shafts, 70 swing handles, 71 second worm screws, 72 rubber sleeves, 73 tooth sockets, 74 first threaded holes,
75 the 4th grooves, 76 the 9th shafts, 77 the 9th bevel gears, 78 high voltage cables.
Specific implementation mode
As shown in Figures 1 to 7, a kind of electric power transmission equipment steel tower automatic lifting safety pole includes an anchor block 1, institute
It states anchor block 1 and is equipped with high voltage iron tower 2, guy wire support 3 is additionally provided on the high voltage iron tower 2, the guy wire support 3 is equipped with height
Crimping cable 78, is equipped with high voltage iron tower 2 on the anchor block 1, and the anchor block 1 is embedded in underground, is set on the high voltage iron tower 2
There is guy wire support 3, so as to which the high voltage cable 78 to be fixed on the guy wire support 3.
A threaded rod 4 is connected on the guy wire support 3, the threaded rod 4 is correspondingly connected on the anchor block 1,
Be connected with a threaded rod 4 on the guy wire support 3, and the threaded rod 4 be connected to it is described fix on 1, so as in institute
It states guy wire support 3 and 1 holder of the anchor block and passes through 4 corresponding connection of a threaded rod.
The threaded rod 4 is equipped with the lifting stop sleeve 5 of a sliding, and a rotation is equipped in the lifting stop sleeve 5
The first worm gear 15, first worm gear 15 be equipped with one it is corresponding with the threaded rod 4 engagement connect the first threaded hole 74,
The first worm screw 17 of an engagement connection corresponding with first worm gear 15 is additionally provided in the lifting stop sleeve 5, described
Threaded rod 4 is equipped with the lifting stop sleeve 5 of a sliding, and the first worm gear of a rotation is equipped in the lifting stop sleeve 5
15, one first threaded hole 74 is equipped on first worm gear 15, so as to utilize first threaded hole 74 and the spiral shell
4 corresponding engagement of rasp bar connects, and the first worm screw 17 of a rotation is equipped in the lifting stop sleeve 5, so as to
Enough rotations that first worm gear 15 is further driven to during first worm screw 17 rotates, it is described so as to pass through
First worm gear 15 can be connected by first threaded hole 74 with the corresponding engagement of the threaded rod 4 during rotating,
So as to be further driven to lifting the sliding up and down on the threaded rod 4 of stop sleeve 5.
It is also associated with one first support shaft 6 on the lifting stop sleeve 5, is vertically connected in first support shaft 6
One second support shaft 7 has been correspondingly connected with lifting back of the body case 8 in second support shaft 7, has been equipped with and drives in the lifting back of the body case 8
The motor 37 that first worm screw 17 rotates, is connected with one first support shaft 6, and in institute on the lifting stop sleeve 5
It states and is also associated with one second support shaft 7 in the first support shaft 6, first support shaft 6 and second support shaft 7 are set in 90 degree
It sets, lifting back of the body case 8 is connected in second support shaft 7, a motor 37 is equipped in lifting back of the body case 8, so as to
The rotation that first worm screw 17 is enough driven by the motor 37, so as to realize the lifting stop sleeve 5 described
Sliding up and down on threaded rod 4 carries on the back the sliding up and down on the threaded rod 4 of case 8 so as to be further driven to the lifting.
The both sides of the lifting back of the body case 8 are respectively equipped with one first buckling groove 46 and one the 4th turn hole 54, and case 8 is carried on the back in the lifting
It is inside equipped with a third connector 42 rotated in first buckling groove 46, the motor 37 drives the third to connect simultaneously
First 42 rotate, and 42 corresponding first rotating bar 43 of a third connector, institute are correspondingly provided in first buckling groove 46
The 7th shaft 50 that a rotation is equipped in the first rotating bar 43 is stated, the 7th shaft 50 is corresponding with the third connector 42
It connects, the second rotating bar 56 of a rotation is additionally provided in the 4th turn hole 54, a rotation is equipped in second rotating bar 56
Rotary head 60, pass through the corresponding connection of a steel wire tow line 62, the steel between the 7th shaft 50 and the rotary head 60
Silk drawstring 62 is corresponding with the high voltage cable 78, and one first buckling groove, 46 He is respectively equipped in the both sides of the lifting back of the body case 8
One the 4th turn hole 54 is additionally provided with the third connector 42 of a rotation, and the third connector 42 in the lifting back of the body case 8
Connection corresponding with the motor 37, so as to drive the third connector simultaneously during the motor 37 rotates
42 rotation, is equipped with the first rotating bar 43 in first buckling groove 46, and first rotating bar 43 can be connected to described
In first buckling groove 46, the 7th shaft 50 of a rotation is equipped in first rotating bar 43, the 7th shaft 50 can
Connection corresponding with the third connector 42, so as to can be simultaneously during the third connector 42 rotates
The rotation for driving the 7th shaft 50 is equipped with the second rotating bar 56 of a rotation in the 4th turn hole 54, described the
It is additionally provided with the rotary head 60 of a rotation in two rotating bars 56, passes through a steel between the 7th shaft 50 and the rotary head 60
Silk 62 corresponding connection of drawstring, it is described so as to be further driven to during the third connector 42 rotates
The rotation of 7th shaft 50 can be in the steel wire tow line 62 so as to be further driven to the rotation of the steel wire tow line 62
The rotation in second rotating bar 56 of the rotary head 60 can be driven during rotation, it can be by the steel wire tow line 62
After being located on the high voltage cable 78, the steel wire tow line 62 can be made to be rotated on the high voltage cable 78, so as to
It is further driven to sliding of the lifting back of the body case 8 on the high voltage cable 78.
It is additionally provided with the second slide opening 63 of a connection corresponding with the 4th turn hole 54 in the lifting back of the body case 8, described the
The sliding in second slide opening 63 of two rotating bars 56, interior drive second rotating bar 56 that is equipped with of second slide opening 63 are slided
The second dynamic worm gear 66 is additionally provided with one second slide opening 63 in lifting back of the body case 8, second slide opening 63 with described 4th turn
54 corresponding connection of hole, and second rotating bar 56 can be slided in second slide opening 63, in second slide opening
The second worm gear 66 of a rotation is equipped in 63, so as to be further driven to during second worm gear 66 rotates
The sliding of second rotating bar 56, can be further to the steel wire in 56 sliding process of the second rotating bar
Drawstring 62 is pulled, so as to make the steel wire tow line 62 tense on the high voltage cable 78, so as to described
The lifting back of the body case 8 can be made to be detached from second support shaft 7 in 62 continuous cinching process of steel wire tow line, so as to pass through
Lifting back of the body case 8 is suspended on the high voltage cable 78 by the steel wire tow line 62, so as to be carried on the back by the lifting
Set shoulder belt 10 and the thigh support band 11 will be with lifting back of the body case 8 be fixed on, so as to pass through the motor on case 8
37 rotation is further driven to lifting of the lifting stop sleeve 5 on the threaded rod 4, so as to further by people
Body takes on the guy wire support 3, so as to realize the carry out working at height on guy wire support 3, further avoids people
Falling hazard caused by during body climbing high voltage iron tower 2, and by the steel wire tow line 62 in the high voltage cable 78
Sliding of the lifting back of the body case 8 on the high voltage cable 78 is further driven to during upper rotation, so as to reach band
The purpose that moving body slides on the high voltage cable 78 further avoids human body walking and is caused on the high voltage cable 78
Danger, be further ensured that the safety of human body, while can also improve the efficiency walked on the high voltage cable 78, simultaneously
Also the problem of can not climbing the high voltage iron tower 2 caused by weather cold can be avoided, is further ensured that the normal of electric power
Conveying.
It is also associated with shoulder belt 10 and thigh support band 11 on lifting back of the body case 8, it can be by the shoulder belt 10 and described
Thigh support band 11, which further facilitates, is fixed on lifting back of the body case 8 on human body.
As shown in Figures 1 to 4, the lifting stop sleeve 5 is equipped with first slide opening corresponding with the threaded rod 4
12, include that there are two the first groove 13 being located on the lifting stop sleeve 5, first grooves in first slide opening 12
13 connections corresponding with first slide opening 12 respectively, the rotation in first groove 13 respectively of first worm gear 15,
The lifting stop sleeve 5 is equipped with one first slide opening 12, and first slide opening 12 can slide on the threaded rod 4,
First groove 13 there are two being set in the lifting stop sleeve 5, and two first grooves 13 are slided with described first respectively
12 corresponding connection of hole, first groove 13 are arranged in circular, and first worm gear 15 is respectively in first groove 13
Interior rotation can pass through described the so as to during first worm gear 15 rotation in first groove 13
One worm gear 15 is connected with the corresponding engagement of the threaded rod 4, so as to be further driven to the lifting stop sleeve 5 in institute
State the sliding on threaded rod 4.
The 4th groove of a connection corresponding with first groove 13 is further respectively had in the lifting stop sleeve 5
75, the both ends of the 4th groove 75 are respectively equipped with a turn hole, and the 9th shaft 76 of a rotation, institute are equipped in two turn holes
It states the first worm screw 17 to be located in the 9th shaft 76, one and the 4th groove is respectively equipped in the lifting stop sleeve 5
75 corresponding first inner chambers 21, be connected separately in the 9th shaft 76 one rotated in the first inner chamber 21 the 9th
Bevel gear 77, is additionally provided with one first turn hole 18 in the lifting stop sleeve 5, first turn hole 18 respectively with two described
One groove 13 with the first inner chamber 21 is corresponding is connected to, the first rotating shaft 19 of a rotation, institute are equipped in first turn hole 18
The first bevel gear 20 that an engagement connection corresponding with the 9th bevel gear 77 is connected separately in first rotating shaft 19 is stated, in institute
State in lifting stop sleeve 5 and be additionally provided with two the 4th grooves 75, and the 4th groove 75 respectively with first groove 13
Corresponding connection is respectively equipped with a turn hole at the both ends of the 4th groove 75, and a rotation is equipped in two turn holes
9th shaft 76, and first worm screw 17 is connected in the 9th shaft 76, so as at described 9th turn
Axis 76 can be further driven to the rotation of first worm screw 17 during rotating, so as to further pass through described first
Worm screw 17 connects with the corresponding engagement of first worm gear 15, the rotation of first worm gear 15 is further driven to, described
Further respectively have the first inner chamber 21 of a connection corresponding with the 4th groove 75 in lifting stop sleeve 5, described 9th turn
One the 9th bevel gear 77 is connected separately on axis 76, and the 9th bevel gear 77 can be respectively in the first inner chamber 21
Rotation, is additionally provided with one first turn hole 18 in the lifting stop sleeve 5, first turn hole 18 can respectively with described in two
First groove 13 with the first inner chamber 21 is corresponding is connected to, the first rotating shaft of a rotation is equipped in first turn hole 18
19, so as to which the rotation of the first bevel gear 20 can be further driven to during the first rotating shaft 19 rotates,
It can be connected respectively with the corresponding engagement of the 9th bevel gear 77 by the first bevel gear 20, so as to band simultaneously
The rotation for moving the 9th shaft 76 can pass through so as to achieve the purpose that while driving first worm screw 17 to rotate
First worm gear 15 is connected with the corresponding engagement of the threaded rod 4, so as to be further driven to the lifting supporting sleeve
Lifting of the cylinder 5 on the threaded rod 4, and first worm gear 15 can be arranged two, so as to further right
The lifting stop sleeve 5 is supported, the problem of to prevent lifting 5 run-off the straight of stop sleeve.
It is equipped with a second inner chamber 25 in first support shaft 6, one second turn hole is additionally provided in first support shaft 6
23, the connection corresponding with the first inner chamber 21 and the second inner chamber 25 respectively of second turn hole 23, second turn hole
It is equipped with the second shafts 24 of a rotation in 23, one end of second shaft 24 is connected with one the 4th bevel gear 27, and described first
The second bevel gear 22 of an engagement connection corresponding with the 4th bevel gear 27 is connected in shaft 19, in first support
Be equipped with a second inner chamber 25 in axis 6, and can by second turn hole 23 respectively with the first inner chamber 21 and described the
Two inner cavities, 25 corresponding connection is equipped with the second shaft 24 of a rotation in the second inner chamber 25, so as to described the
One shaft 19 can be further driven to the rotation of the second bevel gear 22 during rotating, can bore tooth by described second
Wheel 22 is connected with the corresponding engagement of the 4th bevel gear 27, so as to be reached during the first rotating shaft 19 rotates
To the purpose for driving the rotation simultaneously of second shaft 24.
It is equipped with the third turn hole 28 of a connection corresponding with the second inner chamber 25 in second support shaft 7, described the
The third shaft 29 of a rotation is equipped in three turn holes 28, one end of the third shaft 29 is connected with one in the second inner chamber 25
5th bevel gear 30 of interior rotation, 24 other end of the second shaft are connected with an engagement corresponding with the 5th bevel gear 30
The other end of the third hand tap gear 26 of connection, the third shaft 29 is connected with first connector 31 being square, described
A third turn hole 28 is additionally provided in second support shaft 7, and the third turn hole 28 can be corresponding with the second inner chamber 25
Connection is equipped with the third shaft 29 of a rotation in the third turn hole 28, is connected in the other end of second shaft 24
One third hand tap gear 26, so as to which the triconodont can be further driven to during second shaft 24 rotates
The rotation of wheel 26 can be connected by the third hand tap gear 26 with the corresponding engagement of the 5th bevel gear 30, so as to
It is enough further driven to the rotation of the third shaft 29, one first connector 31 is connected in the third shaft 29, and
First connector 31 is square setting.
It is equipped with a third inner cavity 34 in lifting back of the body case 8, is connected with one the 5th shaft 38 on the motor 37, described the
It is connected with the 7th bevel gear 39 rotated in the third inner cavity 34 in five shafts 38, is additionally provided in the lifting back of the body case 8
4th shaft 35 of one rotation, one end of the 4th shaft 35 are connected with an engagement corresponding with the 7th bevel gear 39 and connect
The other end of the 6th bevel gear 36 connect, the 4th shaft 35 is also associated with a connection corresponding with first connector 31
The connection of the second connector 32 one the is connected on the motor 37 equipped with a third inner cavity 34 in lifting back of the body case 8
Five shafts 38, so as to which the rotation of the 5th shaft 38 can be further driven to during the motor 37 rotates,
One the 7th bevel gear 39 is connected in the 5th shaft 38, and the 7th bevel gear 39 is in the third inner cavity 34
Rotation is additionally provided with one the 4th shaft 35 in lifting back of the body case 8, one the 6th bevel gear is connected in the 4th shaft 35
36, so as to be connected by the corresponding engagement of the 6th bevel gear 36 and the 7th bevel gear 39, so as into
One step drives the rotation of the 4th shaft 35, and one second connector 32 is connected in the 4th shaft 35, so as to
By the corresponding connection of second connector 32 and first connector 31, so as to further reach in the electricity
Machine 37 can be further driven to the purpose that the lifting stop sleeve 5 slides on the threaded rod 4 during rotating.
The 6th shaft 41 of a rotation is additionally provided in the lifting back of the body case 8, the third connector 42 is correspondingly connected in institute
It states in the 6th shaft 41, the other end of the 6th shaft 41 is connected with an engagement connection corresponding with the 7th bevel gear 39
The 8th bevel gear 40, and the lifting back of the body case 8 in be additionally provided with one the 6th shaft 41, so as to it is described 7th cone tooth
It can be connected with the corresponding engagement of the 8th bevel gear 40 during 39 rotation of wheel, while drive the 6th shaft 41
Rotation can be connected by described second so as to further achieve the purpose that the third connector 42 is driven to rotate
The rotation of the steel wire tow line 62 can be further driven to during first 42 rotation, so as to pass through the steel wire tow line 62
Rotation drive the purpose slided on the high voltage cable 78 of lifting back of the body case 8.
It is connected on the lifting stop sleeve 5 as shown in Fig. 2, the both sides of two first grooves 13 are respectively equipped with one
The first change 14, first change 14 is arranged in circular, the both sides of first worm gear 15 be respectively equipped with one with it is described
First turn of 5 corresponding support sliding slot 16 is respectively equipped with one first change 14 in the both sides of first groove 13, and described
First change 14 is connected on the lifting stop sleeve 5, and first change 14 is arranged in circular, described first
The both sides of worm gear 15 are respectively equipped with a support sliding slot 16, and the support sliding slot 16 is in circular setting, the support respectively
Sliding slot 16 can rotate in first change 14, so as to by first change 14 to the support sliding slot 16 into
Row support, to ensure the normal rotation to first worm gear 15.
As shown in Figure 1 and Figure 4, the lifting back of the body case 8 is equipped with a fixed cylinder 9 corresponding with second support shaft 7,
The sliding in the fixed cylinder 9 of second support shaft 7, second connector 32 are equipped with and 31 phase of the first connector
Corresponding first link slot 33, and first link slot 33 and first connector 31 are arranged in direction, in the lifting
It carries on the back case 8 and is equipped with a fixed cylinder 9, so as to be connected in second support shaft 7 using the fixed cylinder 9, and can
One first link slot 33 is equipped on second connector 32, so as to pass through first link slot 33 and described first
Connector 31 carries out corresponding connection, can be in direction by first link slot 33 and first connector 31 setting,
So as to which the rotation of first connector 31, energy can be further driven to during second connector 32 rotates
It, can be by the way that the steel wire tow line 62 be sleeved on the high-voltage line enough after saying that the lifting back of the body case 8 is raised to scheduled height
After on cable 78, the steel wire tow line 62 is tensed, so as to make the fixed cylinder 9 be detached from second support shaft 7, so as to
Lifting back of the body case 8 is suspended on the high voltage cable 78 by the steel wire tow line 62.
As shown in figure 3, first buckling groove, 46 T-shaped setting, and lifting back of the body case 8 is equipped with one first import
47, first rotating bar 43 is corresponding with first import 47, first buckling groove, 46 T-shaped setting, and described
Lifting back of the body case 8 is equipped with one first import 47, first import 47 connection corresponding with first buckling groove 46, and institute
State 47 T-shaped setting of the first import, first rotating bar, 43 T-shaped setting, so as to keep first rotating bar 43 logical
First import 47 is crossed to be connected in first buckling groove 46.
It is equipped with a bull stick endoporus 48 in first rotating bar 43, one and described turn are additionally provided in first rotating bar 43
Second groove 49 of 48 corresponding connection of bar endoporus, second groove 49 are arranged in circular, and in the 7th shaft 50
It is connected with one second change 51, second change 51 rotation, the 7th shaft 50 in second groove 49 are equipped with
One second link slot 53 corresponding with the third connector 42 is additionally provided with one and the third in first rotating bar 43
42 corresponding second import 52 of connector is equipped with a bull stick endoporus 48, at described first turn in first rotating bar 43
One second groove 49 is additionally provided in lever 43, and second groove 49 is arranged in circular, second groove 49 and institute
State the 48 corresponding connection of bull stick endoporus, the 7th shaft 50 rotation in the bull stick endoporus 48, and the 7th shaft
One second change 51 is connected on 50, second change 51 can rotate in second groove 49, so as to pass through
Second change 51 rotation in second groove 49, can further be supported the 7th shaft 50, from
And the normal rotation ensured to the 7th shaft 50, and it is equipped with one second link slot 53 in the 7th shaft 50, from
And it can be by the clamping corresponding with the third connector 42 of second link slot 53, so as to connect in the third
Connector 42 is further driven to the rotation of second link slot 53 during rotating, one is equipped in first rotating bar 43
Second import 52, the 7th shaft 50 are equipped with the notch of a connection corresponding with second link slot 53, and in institute
It states the first rotating bar 43 and is equipped with one second import 52, second import 52 is opposite with the notch set by the 7th shaft 50
It should be connected to, so as to further connection corresponding with second link slot 53, so as to be rotated by described first
During bar 43 is connected to first buckling groove 46, the third connector 42 can be blocked by second import 52
It is connected in the 7th shaft 50, it is described so as to be further driven to during the third connector 42 rotates
The rotation of 7th shaft 50.
As shown in figure 3, the lifting back of the body case 8 is equipped with the third import of a connection corresponding with the 4th turn hole 54
55, one the 4th inner cavity 58 is additionally provided in second rotating bar 56, second rotating bar 56 is equipped in one and the described 4th
5th turn hole 59 of 58 corresponding connection of chamber, the 58 trapezoidal setting of the 4th inner cavity, and second rotating bar 56 is equipped with
4th import 57 of one connection corresponding with the 5th turn hole 59 and the 4th inner cavity 58 is connected on the rotary head 60
The one eighth-turn axis 61 rotated in the 5th turn hole 59, the rotary head 60 pass through the third import 55 and the described 4th
Import 57 rotation, steel wire tow line 62 in the 4th inner cavity 58 are connected to the eighth-turn axis 61 and the described 7th
In shaft 50, it is set with rolling bearing on the rotary head 60, a third import 55 is equipped on lifting back of the body case 8, it is described
The connection corresponding with the 4th turn hole 54 of third import 55, and second rotating bar 56 is equipped with one the 5th turn hole 59,
And the 5th turn hole 59 connection corresponding with the 4th inner cavity 58, in second rotating bar 56 be equipped with one the 4th into
Mouth 57, the 4th import 57 connection corresponding with the 4th inner cavity 58 and the 5th turn hole 59 respectively, in the rotation
An eighth-turn axis 61 is connected on first 60, so as to make the rotary head 60 and the eighth-turn axis 61 pass through the third into
After mouth 55 and the 4th import 57, make the rotation in the 4th inner cavity 58 of the rotary head 60, and in the rotary head
Rolling bearing is set on 60, so as to the rotation in the 4th inner cavity 58 by the rolling bearing, so as to protect
Demonstrate,prove the normal rotation of the eighth-turn axis 61, and the steel wire tow line 62 is connected to the eighth-turn axis 61 and described
In 7th shaft 50, so as to which the steel wire tow line 62 can be further driven to during the 7th shaft 50 rotates
Rotation can be ensured to described by the rolling bearing so as to be further driven to the rotation of the eighth-turn axis 61
The normal rotation of eighth-turn axis 61 can after being suspended on the high voltage cable 78 in the steel wire tow line 62
The cunning of the lifting back of the body case 8 is further driven to during being rotated on the high voltage cable 78 by the steel wire tow line 62
It is dynamic, and first buckling groove 46 and described can be respectively engaged with by first rotating bar 43 and the rotary head 60
In third inner cavity 58, so as to further facilitate the dismounting to first rotating bar 43 and the rotary head 60, to
It can further facilitate and the steel wire tow line 62 is suspended on the high voltage cable 78, while be also convenient for drawing on the steel wire
Rope 62 is dismantled from the high voltage cable 78.
As shown in Figure 3 and Figure 6, in second slide opening 63 include a third groove being located on the lifting back of the body case 8
64, the third groove 64 connection corresponding with second slide opening 63, the third groove 64 is arranged in circular, and described
The rotation in the third groove 64 of second worm gear 66, second worm gear 66 are equipped with one second threaded hole 68, and described second
One the 9th shaft 67 is connected in rotating bar 56, the 9th shaft 67 is equipped with engagement corresponding with second threaded hole 68
The screw thread of connection, the 5th groove 44 that a connection corresponding with the third groove 64 is additionally provided in case 8 is carried on the back in the lifting, described
The 6th turn hole 65 of a connection corresponding with the 5th groove 44 is equipped in lifting back of the body case 8, the 11st shaft 69 is described the
It is rotated in six turn holes 65, the second worm screw of an engagement connection corresponding with second worm gear 66 is connected in the 11st shaft 69
It is connected with leader 70 in 71, the 11st shaft 69, is lifted in the lifting and is equipped with a third groove 64, and institute in back of the body case 8
State the connection corresponding with second slide opening 63 of third groove 64, the third groove 64 is arranged in circular, and described the
The rotation in the third groove 64 of two worm gears 66, is equipped with one second threaded hole 68 on second worm gear 66, described the
One the 9th shaft 67 is connected in two rotating bars 56, so as to be threaded in the 9th shaft 67 so as to institute
The corresponding engagement connection of the second threaded hole 68 is stated, so as to can be further during second worm gear 66 rotates
The sliding in second slide opening 63 for driving the 9th shaft 67, so as to be further driven to second rotating bar
56 lifting can further pull on the steel wire tow line 62 in the high pressure by the sliding of second rotating bar 56
Tightness on cable 78 can make so as to the tension using the steel wire tow line 62 on the high voltage cable 78
The lifting back of the body case 8 is detached from second support shaft 7, so as to keep the lifting back of the body case 8 outstanding by the steel wire tow line 62
It hangs on the high voltage cable 78, and can be carried on the back in case 8 in the lifting and be provided with one the 5th groove 44, the 5th groove
44 connections corresponding with the third groove 64, so as to during the swing handle 70, be further driven to
The rotation of 11st shaft 69, the 11st shaft 69 is equipped with one second worm screw 71, so as to be further driven to described second
The rotation of worm screw 71, so as to be connected with the corresponding engagement of second worm gear 77 by second worm screw 71, to
The rotation of second worm gear 66 can be driven, can be further realized by swing handle 70 elastic to the steel wire tow line 62
The adjustment of degree, so as to further facilitate control lifting back of the body case 8 to be suspended on the high voltage cable 78.
As shown in fig. 7, the steel wire tow line 62 is equipped with rubber layer 72, the rubber layer 72 is equipped with tooth socket 73, can
How the setting rubber layer 72 on the steel wire tow line 62, carried out so as to pass through the rubber layer 72 and the steel wire tow line 62
Corresponding connection can ensure to steel wire tow line 62 so as to further increase frictional force in the high voltage cable 78
The sliding of the lifting back of the body case 8 can be driven during upper rotation, and tooth socket 73 can be set in the rubber layer 72,
73 semicircular in shape of the tooth socket is arranged, so as to carry out corresponding company with the high voltage cable 78 by the tooth socket 73
It connects, can further increase frictional force, to ensure the normal rotation to the steel wire tow line 62, be further driven to the liter
The sliding of drop back of the body case 8, and the steel wire tow line 62 is made of more steel wires, so as to utilize rubber layer 72 to the steel
Silk drawstring 62 is wrapped up, and so as to further ensure the integrality to the steel wire tow line 62, and can be led to
The characteristics of crossing the flexibility of the steel wire tow line 62, so as to be hung lifting back of the body case 8 by the steel wire tow line 62
On the high voltage cable 78.
As shown in Figure 1, the accumulator 45 of connection corresponding with the motor 37 is additionally provided in the lifting back of the body case 8, it can
Accumulator 45 is set in lifting back of the body case 8, so as to be powered to the motor 37 by the accumulator 45, from
And further facilitate to bearing the accumulator 45, avoid trouble caused by external power supply.
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 (3)
1. a kind of electric power transmission equipment steel tower automatic lifting safety pole, includes an anchor block, the anchor block is equipped with high pressure
Steel tower, guy wire support is additionally provided on the high voltage iron tower, and the guy wire support is equipped with high voltage cable, it is characterised in that：It is described
A threaded rod is connected on guy wire support, the threaded rod is correspondingly connected on the anchor block；
The threaded rod is equipped with the lifting stop sleeve of a sliding, and the first snail of a rotation is equipped in the lifting stop sleeve
Wheel, first worm gear are equipped with the first threaded hole of an engagement connection corresponding with the threaded rod, the lifting supporting sleeve
The first worm screw of an engagement connection corresponding with first worm gear is additionally provided in cylinder；
It is also associated with one first support shaft on the lifting stop sleeve, one second is vertically connected in first support shaft
Axis is supportted, lifting back of the body case has been correspondingly connected in second support shaft, has been equipped in the lifting back of the body case and drives first worm screw
The motor of rotation；
The both sides of the lifting back of the body case are respectively equipped with one first buckling groove and one the 4th turn hole, in the lifting back of the body case equipped with one
The third connector rotated in first buckling groove, the motor drive the third connector to rotate simultaneously, and described first
It is correspondingly provided with corresponding first rotating bar of third connector in buckling groove, a rotation is equipped in first rotating bar
The 7th shaft, the 7th shaft connection corresponding with the third connector is additionally provided with a rotation in the 4th turn hole
The second rotating bar, the rotary head of a rotation is equipped in second rotating bar, between the 7th shaft and the rotary head
By the corresponding connection of a steel wire tow line, the steel wire tow line is corresponding with the high voltage cable；
The second slide opening of a connection corresponding with the 4th turn hole is additionally provided in the lifting back of the body case, second rotating bar exists
Sliding in second slide opening, second slide opening is interior to be equipped with second worm gear for driving the second rotating bar sliding；
It is also associated with shoulder belt and thigh support band on the lifting back of the body case；
The T-shaped setting of first buckling groove, and lifting back of the body case is equipped with one first import, first rotating bar and institute
It is corresponding to state the first import；
A bull stick endoporus is equipped in first rotating bar, it is opposite with the bull stick endoporus to be additionally provided with one in first rotating bar
The second groove that should be connected to, second groove is arranged in circular, and one second change, institute are connected in the 7th shaft
It states the second change to rotate in second groove, the 7th shaft is equipped with one corresponding with the third connector the
Two link slots are additionally provided with second import corresponding with the third connector in first rotating bar；
The lifting back of the body case is equipped with the third import of a connection corresponding with the 4th turn hole, is gone back in second rotating bar
Equipped with one the 4th inner cavity, second rotating bar is equipped with the 5th turn hole of a connection corresponding with the 4th inner cavity, described
The 4th trapezoidal setting in inner cavity, and second rotating bar is corresponding with the 5th turn hole and the 4th inner cavity equipped with one
4th import of connection is connected with an eighth-turn axis rotated in the 5th turn hole, the rotary head on the rotary head
Across the third import and the 4th import, intracavitary rotates in the described 4th, and the steel wire tow line is connected to described
On eighth-turn axis and the 7th shaft, rolling bearing is set on the rotary head；
Include a third groove being located on the lifting back of the body case, the third groove and described second in second slide opening
The corresponding connection of slide opening, the third groove is arranged in circular, and second worm gear rotates in the third groove, institute
It states the second worm gear and is equipped with one second threaded hole, be connected with one the 9th shaft in second rotating bar, in the 9th shaft
Screw thread equipped with engagement connection corresponding with second threaded hole, the lifting carry on the back in case and are additionally provided with one and the third groove
5th groove of corresponding connection, interior the 6th turn hole for being equipped with a connection corresponding with the 5th groove of lifting back of the body case,
11st shaft rotates in the 6th turn hole, and an engagement corresponding with second worm gear is connected in the 11st shaft and is connected
The second worm screw connect is connected with leader in the 11st shaft.
2. a kind of electric power transmission equipment steel tower automatic lifting safety pole according to claim 1, it is characterised in that：The steel wire
Drawstring is equipped with rubber layer, and the rubber layer is equipped with tooth socket.
3. a kind of electric power transmission equipment steel tower automatic lifting safety pole according to claim 1, it is characterised in that：The lifting
The accumulator of connection corresponding with the motor is additionally provided in back of the body case.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810739181.8A CN108751063B (en) | 2016-12-10 | 2016-12-10 | Automatic lifting safety rod for transmission tower |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810739181.8A CN108751063B (en) | 2016-12-10 | 2016-12-10 | Automatic lifting safety rod for transmission tower |
| CN201611134462.8A CN106586910B (en) | 2016-12-10 | 2016-12-10 | A kind of electric power transmission equipment steel tower automatic lifting safety pole |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611134462.8A Division CN106586910B (en) | 2016-12-10 | 2016-12-10 | A kind of electric power transmission equipment steel tower automatic lifting safety pole |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108751063A true CN108751063A (en) | 2018-11-06 |
| CN108751063B CN108751063B (en) | 2020-05-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611134462.8A Active CN106586910B (en) | 2016-12-10 | 2016-12-10 | A kind of electric power transmission equipment steel tower automatic lifting safety pole |
| CN201810738002.9A Active CN108751062B (en) | 2016-12-10 | 2016-12-10 | Automatic lifting safety rod of electric iron tower |
| CN201810739181.8A Active CN108751063B (en) | 2016-12-10 | 2016-12-10 | Automatic lifting safety rod for transmission tower |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611134462.8A Active CN106586910B (en) | 2016-12-10 | 2016-12-10 | A kind of electric power transmission equipment steel tower automatic lifting safety pole |
| CN201810738002.9A Active CN108751062B (en) | 2016-12-10 | 2016-12-10 | Automatic lifting safety rod of electric iron tower |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109429611B (en) * | 2018-09-29 | 2021-06-11 | 李罡 | Rotary type sun-drying device |
| CN109489369B (en) * | 2018-09-29 | 2020-11-03 | 李罡 | Seed drying device |
| CN109489368B (en) * | 2018-09-29 | 2020-11-03 | 李罡 | Can utilize sun-drying device of solar energy and wind energy simultaneously |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108751062B (en) | 2020-06-09 |
| CN108751063B (en) | 2020-05-15 |
| CN106586910A (en) | 2017-04-26 |
| CN108751062A (en) | 2018-11-06 |
| CN106586910B (en) | 2018-08-28 |
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Denomination of invention: Automatic lifting safety pole of transmission tower Effective date of registration: 20201231 Granted publication date: 20200515 Pledgee: Dongying Branch of Qilu Bank Co.,Ltd. Pledgor: SHANDONG DESHENG ELECTRIC POWER Co.,Ltd. Registration number: Y2020980010516 |
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Denomination of invention: Automatic lifting safety pole of transmission tower Effective date of registration: 20220627 Granted publication date: 20200515 Pledgee: Dongying Branch of Qilu Bank Co.,Ltd. Pledgor: SHANDONG DESHENG ELECTRIC POWER Co.,Ltd. Registration number: Y2022980009128 |
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Denomination of invention: Transmission tower automatic lifting safety pole Effective date of registration: 20230620 Granted publication date: 20200515 Pledgee: China Construction Bank Corporation Dongying nonggao District sub branch Pledgor: SHANDONG DESHENG ELECTRIC POWER Co.,Ltd. Registration number: Y2023980044603 |
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