KR101254577B1 - The cable fixing bar provisionally installation equipment for work power distribution line - Google Patents

Abstract

PURPOSE: A self-propelled auxiliary arm facility for a live wire operation on a distribution line is provided to improve speed and efficiency by simply moving an auxiliary arm attached at an electric pole in a vertical direction by only using an impact wrench in a live wire bucket truck. CONSTITUTION: An equipment body(110) is fixed at an electric pole(100) with a clamp(111). The equipment body vertically and movably supports a perpendicular insulating arm(120a) of an auxiliary arm. An auxiliary arm lifting part is mounted inside the equipment body. The auxiliary arm lifting part moves the perpendicular insulating arm of the auxiliary arm in a vertical direction by winding or releasing a lifting belt(122). A power delivering part delivers the power of an impact wrench(200) to the lifting part of the auxiliary arm.

Description

The cable fixing bar provisionally installation equipment for work power distribution line}

The present invention relates to a self-propelled wancho wooden equipment for the distribution line live work, more specifically, the worker can easily lift the wan wooden mounted on the pole with only the impact used in the livestock bucket truck during the liveline of the distribution line, The simple structure ensures the ease of transportation and installation work and the economics of production cost. When the lifting device is overloaded, reverse rotation is impossible when the rotary device is overloaded, so it can stick to the position where the loose wood is raised. The present invention relates to a self-propelled self-propelled wooden equipment for live line operation of a distribution line, which prevents accidents caused by damage to the supporting belts and instantaneous fall due to breakage of the output shaft.

In general, by installing horizontal incomplete in the upper part of the pole pole in the horizontal direction to fix and insulate the three-phase wire to the insulator of the complete pole, replacing the existing pole in the construction of the distribution line construction of KEPCO, support laying, angle When changing the pole for the main change (replace the pin pole-built-in pole), replace the corroded finish (finished iron), and replace the processing support, install the wood in the pole and transfer the high-voltage wire to the wood, then lift the wood. The space is reserved for replacement.

On the other hand, the present inventors are easy to install the equipment for the pole, and the vertical movement of the wood can be made by mechanical operation to ensure the safety of the worker when securing the working space in the live state as well as the ease of operation It is possible to ensure quickness and accuracy, and it is possible to work with only one live bucket vehicle without the need of at least two live bucket vehicles when the wire is removed and the live equipment is replaced as before. Patent Application No. 2011-87930 "Self-propelled free-standing wood equipment for livelines of power distribution lines" was proposed to dramatically reduce the number of auxiliary personnel and equipment by enabling work and unsightly work.

The self-propelled free-standing wood equipment equipment for the livelines of the distribution line is fixed to the electric pole 100 by the hydraulic device fixing part 2, as shown in Figures 1 to 3, as well as formed up and down through the lower support jaw (11a) A hydraulic generator (1) formed of a hydraulic casing portion (11) having a hydraulic casing portion (11) integrally provided with the hydraulic casing portion (11); The lower casing is inserted into the hydraulic casing portion 11 to support the casing, and the casing is formed of a multi-stage out casing portion 31 and an inner casing portion 32 having the same cross-section as the hydraulic casing portion 11. A hydraulic cylinder 33 is provided inside the part 31 and the inner casing part 32 to raise the inner casing part 32 in which the loose neck 20 is installed at the upper end by the operation of the hydraulic cylinder 33. .Hwan wooden lifting drive unit (3) to be able to drive up and down; consisting of.

In addition, the hydraulic device fixing part (2) is formed with bolt insertion holes (21a) on both sides corresponding to the bolt through hole (14a) of the fixing bracket 14 is integrally formed on the rear side of the hydraulic generating unit (12) The mounting bracket 21 and the mounting band 22a, which is inserted into the bolt insertion hole 21a of the mounting bracket 21, are integrally formed at both ends, and the mounting bracket 22 The fastening bolt 22a of the mounting band 22 can be inserted and penetrated into the bolt insertion hole 21a of the 21 and the bolt through hole 14a of the fixing bracket 14 to be fastened and fixed with the nut N. It is configured to be.

In addition, the hydraulic pressure generating unit 12 is provided between the hydraulic tank 13 and the hydraulic selection valve 15 to supply oil from the hydraulic tank 13 by the operation of the hydraulic pumping lever 12a. The hydraulic selection valve 15 is configured to selectively supply oil to the hydraulic cylinder 33 in the ascending and descending directions by the rotation operation of the valve lever 15a.

The loose neck elevating driving part 3 further includes a loose neck support part 4 at an upper end of the inner casing part 32, and the loose neck support part 4 is located at an outer side of an upper end of the inner casing part 32 at a lower side thereof. The casing insertion hole 4b to be inserted is formed, and the side through hole 4a is formed at the side portion, so that the loose neck 20 can be inserted through the side through hole 4a.

However, such a conventional self-provided swing wood equipment for live line distribution line operation, the hydraulic casing for generating and providing the hydraulic pressure, the cylinder actuated by the hydraulic pressure, and the hydraulic casing for driving the inner casing up and down by the hydraulic cylinder. Because it must be provided with a part and an out casing, etc., not only the economical deterioration of the manufacturing cost increases but also the workability deteriorates, and the equipment must be heavy, which causes difficulties in carrying and installing the equipment. There is a problem in that the work caused by the leakage and the performance degradation of the equipment, and even after raising the tree, the tree can fall down without sticking to its position, which is always exposed to safety accidents.

In addition, the gap between the wires A phase, B phase, C phase installed in the upper end of the narrow space can not be secured because there is a problem causing a safety accident due to the interaction between the operator and the passenger boarded in the live bucket.

Accordingly, the present invention has been made to solve the conventional problems as described above, the object of the present invention relates to a self-propelled wooden equipment equipment for live line work of the distribution line, more specifically, when the worker live the line Only the impact used for live bucket truck can easily lift and lower the wooden beams mounted on the pole, and its simple structure ensures the ease of transportation and installation work and the economics of production cost. When overload is applied, reverse rotation is impossible, so it can stick to the position where the wood is raised, and prevent the safety accident due to the momentary fall due to the damage of the belt supporting the wood and the output shaft. It is to provide a self-propelled free-standing wood equipment equipment for live work of distribution line.

In addition, it is an object of the present invention to secure the working space by opening the gap between the wires A phase, B phase, C phase installed on the upper end of the wire can prevent the interaction between the operator and the passenger boarded in the live bucket. It is to provide a self-propelled free-standing wood equipment equipment for live work of distribution line.

In order to achieve the object of the present invention, the self-propelled hanging wood equipment for livelines of a distribution line according to the present invention includes vertically supporting the vertical insulation block of the wood to be movable up and down, and fixed to the pole by a clamp; It is provided inside the equipment main body, and has a lifting belt connected to the lower end of the vertical insulation braid of the loose wood by a connecting ring, wound or unwinding the lifting belt by receiving the power of the impact up and down the vertical insulation of the loose wood A wan tree lifting part to move to; Characterized in that consisting of; power transmission unit for transmitting the power of the impact to the lifting tree lifting portion.

The power transmission unit is installed by installing the worm wheel of the worm gear on the rotation axis of the arm lifting portion, the worm screw of the worm gear is installed to be fitted to the worm wheel on the transmission shaft is the power input of the impact, Power transmission unit is characterized in that it further comprises an impact buffer for absorbing and mitigating the impact of the impact on the transmission shaft.

In addition, the transmission shaft is provided toward the front side on the outer side of the equipment body, the rotary shaft of the lifting member is characterized in that it is rotatably provided in the lateral direction inside the equipment body in a direction perpendicular to the transmission shaft. do.

In addition, the main body of the equipment further includes a seat belt for holding the vertical insulation complete of the temporary moment when the vertical insulation complete fall of the loose wood, the loose and vertical insulation complete is provided on the upper end of the vertical insulation complete Characterized in that it is configured to be connected to each other by the support bar to secure the wood to move left and right.

In addition, the loose wood support is a horizontal tube formed through the insertion hole is inserted through the lateral direction, the vertical tube formed integrally extending at a right angle to the middle lower side of the horizontal tube and formed with a vertical insulation loose insertion hole therein, the horizontal It is formed in the front center of each of the pipe and vertical tube, characterized in that consisting of a pair of wooden hanging ruler and vertical insulating block ruler for fixing or releasing the loose wood inside the horizontal pipe and the vertical insulation block inside the vertical pipe.

In addition, the pair of hanging wood hanging lock and vertical insulation block hanging lock is composed of an eye bolt having a rubber crimp at the front end is fastened by the tightening force of the eye bolt to close the fixed wood and vertical insulation block tightly It is characterized in that configured to.

In addition, the horizontal insulation is slidably fixed in the horizontal direction, the wire support is installed, characterized in that it further comprises a wire spacer to support the gap between the wires.

In addition, the wire spacer device has a sliding portion in sliding contact with the horizontal insulation complete, the lower body is fixed to the horizontal insulation complete by a horizontal insulation complete fixing; An upper portion of the lower main body and fixed to the wire support holder on which the wire support is installed; Characterized in that consisting of; an angle adjustment unit for fixing and supporting the wire support fixing block to enable angle adjustment.

In addition, the sliding part is installed in the horizontal direction of the support roller in the upper and lower sides of the lower body, and the side pads on both inner sides of the lower body; The horizontal insulated fixing part is characterized in that the front end is formed of a fastening screw fixed to the side pads through the high information formed on both outer and central portions of the lower body.

In addition, the sliding part is provided with support rollers on the upper, lower and both sides of the lower body; The horizontal insulated fixing part is characterized in that the complete fixing pin penetrates the central portions on both sides of the lower body.

In addition, the angle adjusting portion is formed integrally with a pair of support plates A, B spaced apart from each other in the upper vertical direction of the lower body, and a plurality of fixing holes and angle adjustment through which a fixing pin is inserted on the support plates A, B. Characterized by forming a plurality of angle adjusting holes through which the pin is inserted.

As described above, the present invention allows the worker to easily lift and lower the wooden beam mounted on the pole with only the impact used by the livestock bucket truck during liveline operation of the distribution line without the need for a separate hydraulic generator or a plurality of casings. This not only increases the simplicity of work, but also increases the speed and efficiency of the work, as well as simplifying the structure, making it easy to carry and install due to its light weight and making it cheaper. Will have

In addition, the present invention is not possible to reverse rotation when the lifting operation is overloaded by the gear transmission by the gear transmission, it is impossible to break and damage the output shaft due to the damage of the lifting belt for supporting the loose neck by a separate seat belt It is possible to prevent the safety accidents due to the momentary fall of the finished tree due to this will also have the effect of further increasing the safety of the work.

In addition, the present invention is to open the gap between the wires A phase, B phase, C phase installed on the top of the complete by the wire spacer device to secure the working space in advance to prevent the contact between the worker and the passenger in the live bucket. There is an advantage that can prevent more effectively prevent accidents.

Figure 1 is a perspective view of the self-propelled wooden equipment equipment for the live line work of the conventional distribution line.
Figure 2 is a side view showing the installation state of FIG.
Figure 3 is a longitudinal sectional view showing the operating state of Figure 1;
Figure 4 is a perspective view of the self-propelled wooden equipment equipment for the live line work distribution line according to the present invention.
5 is a longitudinal cross-sectional view showing the internal structure of FIG.
6 is a perspective view showing a power transmission unit of the present invention.
Figure 7 is a perspective view of the lifting belt and seat belt of the present invention.
8a and 8b is a view illustrating the armrest support of the present invention,
8A is a perspective view.
8B is a sectional view.
Figure 9 is a front view showing a state in which the wire spacer of the present invention is installed on the horizontal insulation of the armband.
10 is a perspective view showing a wire spacer of the present invention.
11 is a cross-sectional view showing another embodiment of the wire spacer of the present invention.

Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings.

Figure 4 is a perspective view of the self-propelled hanging wood equipment for the livelines of the distribution line according to the present invention, as shown in the present invention is fixed to the electric pole 100, the rear side by the clamp 111, the front side Vertical insulation block 120a of the timber 20 is composed of the equipment body 110 is installed to penetrate vertically.

The equipment body 110 is formed of a rectangular body having an upper and lower portions open, and both sides of the vertical insulation block 120a on both front sides of the equipment main body 110 through which the vertical insulation block 120a of the loose wood 20 passes. A plurality of sliding support rollers (110a) for supporting the vertical movement is installed.

And, one side of the equipment main body 110 is provided with a power transmission unit 130 for transmitting the power of the impact 200 to the rotation shaft 121 side of the loosening tree lifting portion 120 inside the equipment main body 110, A transmission shaft 131 is formed to rotate by receiving power of the impact 200 directly to the front side of the power transmission unit 130, and the impact 200 is between the transmission shaft 131 and the power transmission unit 130. Impact buffer portion 133 for absorbing the impact of the impact by dropping the rotation amount (rpm) of the half in half is provided.

Here, reference numeral 122 denotes a connecting ring 123 wound around the loosened tree lifting part 120 inside the equipment main body 110 and connected to the lower end fixing pin 120c of the vertical insulation block 120a on the end side. It is provided with a lifting belt, 122 is connected to the fixing pin (120c) of the vertical insulation completion 120a with the connection ring 123 of the lifting belt 122, the vertical insulation completion when the vertical insulation completion (120a) falls It is the seat belt which holds (120a). The seat belt 112 is connected to the belt bundle (112a) provided on the upper side inside the equipment body 110, has a safety ring (112b) on the end side, the front guide roll 113 of the belt bundle (112a) Is supported to be movable.

Figure 5 is a longitudinal cross-sectional view showing the internal structure of Figure 1, as described above the equipment main body 110 of the present invention by the clamp 111, the rear side is fixed to the pole 100, the front side of the loose wood Vertical insulation block 120a penetrates vertically, and the vertical insulation block 120a is configured to be supported to be moved up and down by a plurality of sliding support rollers 110a provided on both front sides of the equipment main body 110.

In addition, the inside of the equipment body 110 between the vertical insulation block 120a and the clamp 111 is received by the impact of the impact of the wooden beam lifting part 120 is installed to move the vertical insulation block 120a up and down As the loosened tree lifting part 120 is formed in the shape of a reel in which the lifting belt 122 is wound, as shown in FIG. 6, and the lifting belt 122 has a connecting ring 123 formed at an end side thereof. .

The power transmission unit 130 is a temporary tree lifting part that forms the power of the impact 200 transmitted through the transmission shaft 131 toward the front side of one side of the equipment main body 110 with respect to the transmission shaft 131 at right angles. The worm gear 132 is used to be transmitted to the rotation shaft 121 side of the 120, and the worm wheel 132a of the worm gear 132 is installed on the rotation shaft 121 of the loose wood lifting part 120. The worm screw 132b of the worm gear 132 is provided on the transmission shaft 131.

The lifting belt 122 of the loosening wood lifting part 120 is supported by a pair of support rolls 114 provided inside the equipment main body 110 so as to adhere to the moving position, and the lifting belt 122 The connecting ring 123 is to be connected to the fixing pin (120c) of the vertical insulation complete 120a, the end of the lifting belt 122 connected to the connecting ring 123 is also provided inside the equipment body 110 It is fixed to the fixing pin (120c) is limited to the moving range of the falling.

In addition, the vertical insulation completion 120a is instantaneously increased when the speed of the vertical insulation completion 120a is increased due to breakage of a gear output shaft or a lifting belt that supports the vertical insulation completion 120a inside the equipment main body 110. It is provided with a seat belt 112 to hold the hook in the belt bundle (112a) inside, the seat belt 112 is withdrawn from the belt bundle (112a) provided on the upper side inside the equipment body (110) And, the drawn seat belt 112 is guided by the guide roll 113 located on the front side of the belt bundle (112a), the vertical insulation complete with the connecting ring 123 of the lifting belt 122 at the lower end A safety ring 112b connected to the fixing pin 120c of 120a is provided. (See FIG. 7).

On the other hand, the vertical insulation banding (120a) and the horizontal insulation banding (120b) of the loose wood is connected to each other by the support bar 140, as shown in Figure 8a, the loose support 140 is horizontal insulation The horizontal pipe 141 supporting the complete 120b and the vertical pipe 142 fixing and supporting the horizontal pipe 141 to the vertical insulation band 120a are integrally formed as the horizontal pipe 141. Has a loose wood insertion hole 141a through which the horizontal insulation block 120b is inserted laterally, and the vertical pipe 142 has a vertical insulation block insertion hole 142a into which the upper end of the vertical insulation block 120a is inserted. .

Then, in order to fix or release the horizontal insulation buffer 120b inserted into the horizontal pipe 141 and the vertical insulation buffer 120a inserted into the vertical pipe 142 to the front portion of the wooden support member 140. Hanging wood hanging lock 143 and vertical insulated hanging ruler 144 is installed, the hanging wood hanging lock 143 and vertical insulation complete hanging lock 144 is a horizontal tube 141 of the loose wood support (140) And vertical pipes 142 are installed at the front center of each.

The loose wooden ruler 143 and the vertical insulation loosening ruler 144 form a through hole 145 in the front portion of the horizontal tube 141 and the vertical tube 142, respectively, as shown in Figure 8b, A support bracket 146 is formed to be bent to have an opening in the rear side in the front side of the through hole 145, the eye bolt 147 penetrates through the central portion of the support bracket 146, the eye bolt At the tip of 147, a rubber crimp 148 for tightly fixing the vertical insulating band 120a and the horizontal insulating band 120b by the tightening force of the eye bolt 147 is integrally formed.

The following will be described in detail with reference to the accompanying drawings, self-propelled wooden equipment equipment for the livelines of the distribution line according to the present invention configured as described above.

First, as shown in FIG. 4, when the impact 200 is inserted into the transmission shaft 131 and operated, the power of the impact 200 is directly transmitted to the transmission shaft 131, and the impact on the transmission shaft 131 is performed. The shock of 200 is absorbed and mitigated by the impact buffer 133. The power of the transmission shaft 131 transmitted as described above is transmitted to the worm wheel 132a through the worm screw 132b of the worm gear 132 as shown in FIGS. 5 and 6 so that the worm wheel 132a rotates. .

By rotating the worm wheel 132a, the rotary shaft 121 which forms a right angle with respect to the electric shaft 131 rotates, and the movable tree lifting part 120 rotates together with the rotary shaft 121 while lifting the movable tree. As the lifting belt 122 is wound around the unit 120, the lifting belt 122 is pulled up by the lifting belt 122 to the upper side and lifted up, and the electric shaft 131 using the impact 200. When the power is transmitted in the opposite direction), the rotating shaft 121 and the loose wood lifting part 120 rotate in the opposite direction through the worm gear 132 constituting the power transmission unit 130, and the loose wood lifting part As the lifting belt 122 is released from 120, the vertical insulation block 120a of the loose wood is moved to the lower side.

In addition, the safety belt 112 connected together to the fixing pin 120c of the vertical insulation insulator 120a by the safety ring 112b together with the connection ring 123 of the lifting belt 122 is normally vertical insulation insulator 120a. When the pull-out belt 122 is pulled out or pulled out of the belt bundle 112a and the vertical insulation stopper 120a falls momentarily, the vertical insulation stopper 120a serves to hold the vertical insulation stopper 120a. Prevent accidents caused by falling of 120a.

9 is a front view showing a state in which the wire spacer device of the present invention is installed on the horizontal insulation complete of the loose wood, as shown in the present invention, the wire spacer device 150 to secure the working space between the wires ), And the wire spacer 150 is fixed to the horizontal insulating band 120b so as to be slidable in the horizontal direction, and the wire support 160 supporting the lower portion of the wire 100a is coupled and installed. At this time, the loose wooden support 140 connects and supports between the vertical insulation block 120a and the horizontal insulation block 120b.

In more detail, as shown in FIG. 10, the wire spacer 150 includes a lower main body 151 slidably fixed to the horizontal insulation barrier 120b and an upper portion of the lower main body 151. It is composed of an electric wire support fixing 154 provided, and an angle adjusting unit 155 for adjusting the angle of the electric wire support fixing 154.

The lower main body 151 is formed in a tubular shape having a substantially rectangular shape penetrating back and forth, the sliding portion 152 is provided with a sliding contact with the horizontal insulating band 120b therein, the horizontal insulating band fixing part 153 It is configured to fix the horizontal insulation band (120b) by the, the sliding portion 152 is installed on the upper and lower side of the lower body 151 in the horizontal direction, the lower body 151 By installing the side pads (152b) on both inner sides of the.

In addition, the horizontal insulating complete fixing portion 153 forms a high intelligence 153a at both outer and outer central portions of the lower main body 151, and penetrates the high information 153a to fix the tip to the side pad 152b. The fastening screw 153b is provided so that the side pad 152b can be tightly fixed to the horizontal insulating band 120b by the fastening force of the fastening screw 153b.

The angle adjusting unit 155 is formed by a sieve of a pair of support plates A, B (156a) (156b) spaced apart by a width corresponding to the wire support fixing 154 in the upper vertical direction of the lower body 151 and On the support plates A and B 156a and 156b, a plurality of fixing holes 157 through which the fixing pins 157a are inserted and a plurality of angle adjusting holes 158 through which the angle adjusting pins 158a are inserted are provided. As formed, the angle adjustment is rotated up and down the wire support fixing block 154 around the fixing pin (157a) to determine the angle and then to the angle adjusting hole 158 and the wire support fixing block corresponding to the determined angle It is made by inserting the angle adjusting pin 158a into the formed pin hole (not shown).

Figure 11 is a cross-sectional view showing another embodiment of the wire spacer of the present invention, the difference here is to install a support roller 152a instead of the side pad (152b) to improve the rolling contact force to the horizontal insulation complete 120b The lower main body 151 by sliding is made to be more smoothly, and the central fixing portion 153c of the lower body 151 by inserting the completion pins 153c is to be fixed to the horizontal insulating band (120b) It is configured to be.

As described above, the present invention can easily lift and lower the wooden beam only by using the impact used by the operator during the liveline operation of the distribution line without the need of a separate hydraulic generator or a plurality of casings. It is easy to manufacture, and it is possible to make it cheaper, so it is possible to secure economical efficiency due to cost reduction, and it is impossible to reverse rotation by interlocking of gears by gear transmission. will be.

In the above description of the self-propelled free-standing wood equipment equipment for the livelines of the distribution line according to the present invention in detail, it is described only the most preferred embodiment of the present invention, the present invention is not limited thereto, and the appended claims The range is determined and defined by. It will be apparent to those skilled in the art that various changes and modifications can be made by those skilled in the art without departing from the scope of the present invention.

110: equipment main body 111: clamp
112: seat belt 112a: belt bundle
112b: Safety loop 120: Carved tree lifting
121: axis of rotation 122: lifting belt
123: connection 130: power transmission unit
131: transmission shaft 132: worm gear
132a: worm wheel 132b: worm screw
133: impact buffer 140: armrest support
141: horizontal tube 141a: slotted insertion slot
142: vertical tube 142a: vertical insulation complete insertion hole
143: hanging wooden hanging ball 144: vertical insulated hanging hanging ball
145: through hole 146: support bracket
147: eye bolt 148: crimp
150: wire spacer 151: lower body
152: sliding part 152a: support roller
152b: side pad 153: horizontal insulation block
153a: Go Information 153b: Tightening Screw
153c: complete fixing pin 154: wire support fixed
155: angle adjuster 156a, 156b: support plates A, B
157: fixing hole 157a: fixing pin
158: angle adjusting hole 158a: angle adjusting pin
160: wire support

Claims (13)

An equipment main body (110) supporting the vertical insulation band (120a) of the loose wood (20) to be movable up and down and fixed to the pole (100) by the clamp (111);
It is provided inside the equipment main body 110, and has a lifting belt 122 is connected to the lower end of the vertical insulation band 120a of the loose wood 20 by a connecting ring 123, the power of the impact 200 Receiving the received belt lifting section (122) and loosening the lifting member 120 for moving the vertical insulation stiffening (120a) of the loose wood up and down;
The power supply unit 130 for transmitting the power of the impact 200 to the loosened tree lifting part 120;
The method of claim 1,
The power transmission unit 130 installs a worm wheel 132a of the worm gear 132 on the rotation shaft 121 of the loose wood lifting unit 120, the transmission shaft 131 is the power of the impact 200 is input ) On the worm gear 132, the worm screw (132b) is fitted to the worm wheel (132a) to install the self-propelled hanging wood equipment equipment for the liveline work of the distribution line.
The method of claim 2,
The power transmission unit 130 is a self-propelled temporary wooden equipment equipment for the livelines of the distribution line, characterized in that it further comprises an impact buffer for absorbing and mitigating the impact of the impact on the transmission shaft (131).
The method of claim 3,
The transmission shaft 131 is provided toward the front side on the outer side of the equipment main body 110, the rotation shaft 121 of the loose wood lifting portion 120 in a direction perpendicular to the transmission shaft 131 Self-propelled wan wooden equipment equipment for the liveliness of the distribution line, characterized in that it is provided rotatably in the lateral direction inside the equipment main body (110).
The method of claim 1,
The equipment main unit 110 further includes a safety belt 112 that temporarily holds the vertical insulation banding 120a of the armband when the vertical insulation banding 120a of the temporary neck 20 falls. Self-propelled hanging wood equipment for live work.
The method of claim 1,
The vertical insulating band 120a and the horizontal insulating band 120b are provided at the upper end of the vertical insulating band 120a to each other by a temporary wooden support 140 for horizontally fixing the horizontal insulating band 120b. Self-propelled wooden equipment for livelines of power distribution lines, characterized in that configured to be connected.
The method according to claim 6,
The loose wood supporter 140 is horizontally formed through the horizontal insertion hole 141a through the horizontal pipe 141, and formed at right angles to the lower side of the middle of the horizontal pipe 141 integrally formed and vertically insulated therein. A vertical tube 142 having a complete insertion hole 142a and a horizontal tube 141 and a vertical tube 142 formed in the front center of each of the vertical tube 142, and the horizontal insulation block 120b and the vertical tube inside the horizontal tube 141 ( 142) Self-propelled wan wooden equipment equipment for the livelines of power distribution lines, characterized in that consisting of a pair of hung wood hanging ruler (143) and the vertical insulation complete ruler (144) for fixing or releasing the vertical insulation completion (120a) inside.
The method of claim 7, wherein
The pair of hanging wooden ruler 143 and the vertical insulation complete ruler 144 is composed of an eye bolt 147 having a crimping hole 148 of a rubber material at the tip end to the tightening force of the eye bolt 147. The self-adhesive self-provisioned wooden equipment for the live line work of the distribution line, characterized in that the pressing hole 148 is configured to tightly fix the vertical insulation completion (120a) and the horizontal insulation completion (120b).
The method of claim 1,
A horizontal insulation stub 120b is installed on the temporary wood 20, and the horizontal insulation stub 120b is slidably fixed in a horizontal direction, and a wire support 160 is installed to support the gap between the wires. Self-propelled wooden equipment equipment for livelines for power distribution lines, characterized in that it further comprises a wire spacer device (150).
10. The method of claim 9,
The wire spacer 150 has a sliding part 152 which is in sliding contact with the horizontal insulating band 120b, and a lower body 151 fixed to the horizontal insulating band 120b by a horizontal insulating band fixing part 153. )Wow;
A wire support fixing block 154 provided on an upper portion of the lower main body 151 and in which the wire support 160 is installed;
Self-propelled wooden equipment equipment for the liveline work of the power distribution line, characterized in that consisting of;
The method of claim 10,
The sliding part 152 is installed in the lower and upper sides of the support rollers (152a) in the horizontal direction, and the side pads (152b) on both inner sides of the lower body (151);
The horizontal insulating fixing portion 153 is characterized by consisting of a screw 153b having a front end fixed to the side pad 152b by penetrating the high information 153a formed on both outer and center portions of the lower body 151. Self-propelled temporary wooden equipment for livestock work on a distribution line.
The method of claim 10,
The sliding part 152 is provided with a support roller 152a on the upper and lower sides and both sides of the lower body 151;
The horizontal insulation complete fixing part 153 is a self-propelled wan wooden equipment equipment for the liveline work of the distribution line, characterized in that the completion pins (153c) through the central portion on both sides of the lower body 151 through.
The method of claim 10,
The angle adjusting unit 155 integrally forms a pair of support plates A, B 156a and 156b spaced apart from each other in the upper vertical direction of the lower body 151, and the support plates A and B 156a. On the line 156b, a plurality of fixing holes 157 through which the fixing pins 157a are inserted and a plurality of angle adjusting holes 158 through which the angle adjusting pins 158a are inserted are formed. Equipment for self-propelled hanging wood for work.

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