KR100925068B1 - Apparatus for changing cross -arm and electric pole using trane truck - Google Patents

Abstract

 The present invention is equipped with a replacement mechanism on the pole so that the wire can be moved from the existing completion, and after completion of the relocation to lift the replacement mechanism with a live work car to separate the wire from the existing completion and pole to facilitate the completion and replacement of the pole The present invention relates to a complete and pole replacement mechanism using live working vehicles.

To this end, the present invention is a vertical support having a perforated hole at a predetermined interval, a pole mounting member for mounting on the pole by spaced apart the vertical support by a certain distance, and a loose wood for leaving the wire installed in the complete pole And, by adjusting the angle of rotation of the loose wood in the state in parallel with the complete arm, the mounting member for mounting the wooden support, and after moving the wire to the loose wood lift the vertical support to replace the insulator replacement In order to secure a work space for electric pole replacement, a mounting socket is inserted into which the bottom of the vertical support is inserted into the boom end of the live work vehicle.

According to the above technical configuration, the replacement mechanism is installed on the pole so that the wire can be moved from the existing completion, and after completion of the relocation, the replacement mechanism is lifted by a live work vehicle and the wire is separated from the existing completion and the pole. It is easy to carry out replacement work such as electric pole and electric pole.

In addition, according to the present invention, by lifting the wires installed in the existing completion as it is to carry out the replacement operation of the completion, insulators, etc. while riding on the bucket, it is possible to reduce the working time and construction cost by increasing the utility of the equipment .

And according to the present invention can perform the work such as complete replacement, insulator replacement, Jeonju replacement, line change, etc. only with the items of the essential equipment simplified, it is possible to reduce the economic burden of purchasing the essential equipment.

Relocation work, insulator replacement, complete replacement, Jeonju replacement, live work car

Description

Finishing and pole replacement mechanism using live work vehicle {APPARATUS FOR CHANGING CROSS -ARM AND ELECTRIC POLE USING TRANE TRUCK}

The present invention relates to a complete and pole replacement mechanism using a live work vehicle, and more particularly, to install a replacement mechanism on the pole to be able to move the wire from the existing complete and after the completion of relocation lift the replacement mechanism with a live work vehicle The present invention relates to a finish and pole replacement mechanism using a live work vehicle that facilitates the completion of the completion and pole replacement by separating the wire from the pole and pole.

In general, existing wires are moved and installed during wire replacement and line renovation. The wire relocation work is most preferably carried out after making the line in the working period outage state, but in order to solve the inconvenience of customers due to the power outage is carried out in the uninterrupted state.

However, in the related art, only devices for individually carrying out power line relocation, complete replacement, processing ground and support replacement, pole replacement, insulator replacement, and single phase line three-phased are developed and distributed, and each equipment must be purchased as essential equipment. There was an economic burden, and indirect live work, there was a problem that the working time is long and the labor cost increases.

The present invention is equipped with a replacement mechanism to the electric pole to leave the wire from the existing complete, and after the completion of the relocation to lift the replacement mechanism with a live work car to separate the wire from the existing complete and pole poles, insulator, complete, pole, etc. It is intended to provide a complete and pole replacement mechanism using live working vehicles that can be easily replaced.

The present invention is to achieve the above object, the vertical support and the perforated holes at regular intervals; A seating part is formed on one side of the pole in close contact with the vertical support so that it can be mounted on the pole by a predetermined distance. A fastening member for mounting on the pole by surrounding the chain and tightening the chain is provided. A pole mounting member provided with a vertical support mounting portion to detachably mount the vertical support in front of the front support; A loose wood rotating mounting member for mounting the loose wood for placing the wires installed on the complete pole of the pole in parallel with the pole of the pole and for mounting it on the vertical support by adjusting its rotation angle; After moving the electric wires to the loose wood, separate the vertical support from the vertical support mounting part, and then lift the vertical support so as to secure a working space for insulator replacement, complete replacement, and electric pole replacement. It characterized in that the mounting socket is inserted into the bottom of the vertical support is inserted.

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In addition, the vertical support mounting portion consists of a first upper plate, a first lower plate and a first side plate to form the first receiving portion so as to position the vertical support therein, wherein the first one side plate opens and closes the first receiving portion One end of the first upper plate is hinged to one side end of the first upper plate, and a locking part is provided at the other end thereof, and the first lower plate presses the first pressure plate slidably installed along the first both side plates to press the first plate. Characterized in that the first handle is screwed to be firmly mounted to the vertical support located in the receiving portion.

In addition, the loose wood is a two-ring member formed integrally with a hook for hanging a known joist and a hook for hanging hooks in the event of relocation, and if the length of the wire is short, it is easy to relocate the wire to the wood Hook holes are drilled at regular intervals so as to be fitted, and an extension arm having a U-shaped connector formed with a punching hole is installed at one end thereof so as to be fastened to the ring of the bicyclic ring member by a pin.

In addition, the loose wood rotation mounting member is made of a fastening body mounted on the upper end of the vertical support and the rotation angle adjustment hole perforated at a predetermined interval on the circular flange, and a rotatable body rotatably mounted above the fastening body, The rotor is coupled to any one rotation angle adjustment hole on the circular flange pinned to the stopper pin so as to fix the rotation angle and the cover is provided with an opening and closing lid for receiving and mounting the loose wood therein An additional feature is formed.

In addition, in the two-stage track, in order to additionally mount the armwood to the support, the pin is slidably installed in the vertical support and mounted by inserting a pin into one of the mounting holes drilled in one side and the through hole drilled in the vertical support. There is further provided with a wooden support member consisting of a vertical support fastening portion, and a movable member seating portion provided with an opening and closing cover member for receiving and mounting the movable neck therein and a lock portion for locking the cover member. It is characterized by.

And when the electric wire is mounted by the pin insulator, the movable neck is provided with a cover portion that can be opened and closed so that the wire can be transferred inside the roller, the roller is mounted on the inner surface and the roller is rotatably mounted. And it is characterized in that the two-line roller made of a roller portion mounting portion to be placed on the inside of the loose wood by positioning the loose wood.

According to the present invention, the replacement mechanism is mounted on the pole so that the wire can be moved from the existing completion, and after the completion of the relocation, lifting the replacement mechanism by a live work vehicle to separate the wire from the existing completion and pole, insulator, completion, pole There is an effect that the replacement operation can be easily performed.

In addition, according to the present invention, by lifting the wires that are hypothesized to the existing completion as it is to carry out the replacement, such as incomplete, insulators while riding on the bucket, it is possible to reduce the working time and construction cost by increasing the utility of the equipment It works.

In addition, according to the present invention can perform a work such as complete replacement, insulator replacement, Jeonju replacement, change the line with only the items of the essential equipment simplified, there is an effect that can reduce the economic burden of purchasing the essential equipment.

Hereinafter will be described in detail a preferred embodiment of the complete and pole replacement mechanism using a live work vehicle according to the present invention.

1 is a perspective view of the complete and pole replacement mechanism using a live work vehicle according to the present invention, Figure 2 is a state diagram of the installation of the complete and pole replacement mechanism using a live work vehicle according to the present invention, Figure 3 is a pole 4 is a perspective view of the loose neck pivotal mounting member disclosed in FIG. 1, FIG. 5 is a perspective view of the loose wood mounting member disclosed in FIG. 1, FIG. 6 is a perspective view of the extension arm disclosed in FIG. 8 and 9 is a perspective view showing a working process of the completion and pole replacement mechanism using a live work vehicle according to the present invention, Figure 10 is a complete and pole replacement using a live work vehicle in the present invention A perspective view in which a two-row roller is mounted on the mechanism, and FIG. 11 is a perspective view of the two-row roller disclosed in FIG. 10.

First, as shown in Figures 1 and 2, the complete and pole replacement mechanism using a live work vehicle according to the present invention is a pole for mounting the vertical support 10, vertical support 10 to the pole 1 Rotatable neck mounting member 40 and / or lanyard mounting member 50 for mounting the mounting member 20 and the loose necks 30A and 30B for moving the wires 2 to the vertical support 10. ) Is provided.

In addition, the arm 30 (A, 30B) is equipped with an extension arm 60 (see Figs. 6 and 8, 9) and two-ring member 70 for supporting the wire (2) is placed.

According to the above technical configuration, the wires 2 installed on the existing slabs 3A and 3B are moved to the loose wood 30A and 30B and installed, and the vertical support 10 is supported using a live work vehicle, followed by electric pole The vertical support 10 is separated from the mounting member 20. Subsequently, when the vertical support 10 is lifted using the live work vehicle, the electric wire 2 is spaced apart from the finishing 3 and the electric pole 1.

As a result, the working space is secured enough to perform work such as insulator replacement, complete replacement, and Jeonju replacement. In addition, if the live working vehicle moves horizontally while supporting the vertical support, it is possible to change the transition point.

Next, the electric pole mounting member will be described in detail with reference to FIGS. 1 and 3.

The pole mounting member 20 is for mounting the vertical support 10 to the pole 1.

To this end, the pole mounting member 20 has a seating portion 22 is formed in the rear so as to be in close contact with one side of the pole 1, the chain 23 is wrapped around the pole (1) and the chain 23 ), A tightening member 24 for mounting on the pole 1 is provided. In addition, the pole mounting member 24 is provided with a vertical support mounting portion 25 in front thereof to mount the vertical support 10 in a state mounted on the pole (1).

The tightening member 24 is a known technical configuration, and the spring is inserted into the support rod in which one end is rotatably mounted at the rear end of the pole mounting member 20 to the support rod by a locking device. To be supported, and screw the fastener into the threaded rod on the rear side of the support rod. Accordingly, the chain 23, which is detachably attached to the rear one end of the pole mounting member 20 by the fastening pin, is released by pressing the locking device of the clamping barrel to release the clamping force due to the spring force that was compressed. As the chain 23 is first pulled forward, the chain 23 is primarily brought into close contact with the outer circumferential surface of the pole 1. When the fastening device of the first close contact is rotated on the rear side of the fastener, the fastener moves forward with the screw rod while compressing the fastener in the forward direction to advance the secondary to make the chain 23 more tension, It is firmly mounted on the outer circumferential surface of the electric pole 1 by the tension force.

The mounting portion 25 of the vertical support consists of a first upper plate 25a, a first lower plate 25b, and first side plates 25c and 25d so as to position the vertical support 10 inside thereof. The first side plate 25c is hinged with one side end of the first upper plate 25a so that the first one side plate 25c can be opened and closed, and the other end thereof is the locking part 26. Is fastened to. The first lower plate 25b is configured to press the first pressing plate 25f slidably installed along the first both side plates 25c and 25d to firmly mount the vertical support 10 positioned in the first receiving portion 25e. It is provided with a first handle (25g) that is screwed together. Reference numeral 25h is a receiving groove for accommodating the vertical support 10 so that it can be firmly mounted even if the size of the vertical support 10 is different. Reference numeral 27 is a guide groove for accommodating the first two side plates 25c and 25d so as to prevent the first pressure plate 25f from twisting when pressed.

The locking portion 26 protrudes outwardly through a lower end of the first one side plate 25c at one end of the first lower plate 25b and a locking piece 26b having a perforation of the locking hole 26a, and a locking piece 26b. In response to the locking hole 26a of the), a locking pin 26c protruded and supported on the outside of the first one side plate 25c is provided.

Accordingly, when the locking pin 26c is pulled, the pin coupling with the locking hole 26a of the locking piece 26b is released, and the first one side plate 25c is in an open state, and when the locking pin 26c is released, the locking The pin is engaged with the locking hole 26a of the piece 26b to be locked.

Next, with reference to Figures 1 and 4 will be described in detail with respect to the loose wood rotating mounting member.

The slow motion rotation mounting member 40 is mounted on the upper end of the vertical support 10, the fastening body 40A and the fastening body 40A with a rotation angle adjusting hole 43 drilled at regular intervals on the circular flange 42, and the fastening body 40A. It consists of a rotating body 40B rotatably mounted above. The rotating body 40B is pin-coupled with one of the rotation angle adjusting holes 43 on the circular flange 42 so as to fix the rotation angle of the stopper pin 44 and the first recess therein. An accommodating portion 45 provided with an openable and closeable lid 46 is formed so as to receive and mount the wood 30A.

Accordingly, the first loose wood 30A is mounted on the receiving portion 45 of the rotating body 40B, the loose wood 30A is rotated in parallel with the upper slab 3A, and then rotated on the circular flange 42. When the stopper pins 44 are fastened to the respective adjustment holes 43, the rotation angle of the first arm 30A can be adjusted.

As a result, the upper slab 3A and the first temporary tree 30A are parallel to each other, whereby the electric wire 2 can be easily moved to the first temporary tree 30A side.

Next, with reference to Figures 1 and 5 will be described in detail with respect to the loose wood mounting member.

The loose neck mounting member 50 is for additionally mounting the loose neck to the vertical support 10 at the second stage track.

To this end, the loose wood mounting member 50 is provided with a vertical support fastening portion 50A and a loose wood seating portion 50B to mount the second loose wood 30B on the vertical support 10.

That is, the vertical support fastening portion 50A is slidably installed on the vertical support 10 and the mounting hole 51 drilled on one side thereof and any one through hole 11 drilled on the vertical support 10. The mounting pin (not shown) is fastened to the vertical support 10 is mounted on.

In addition, the seating seat seat 50B is provided with a cover member 52 that can be opened and closed to accommodate the second seated wood 30B to be mounted therein, and a locking part for locking the cover member 52. 53 is provided. Reference numeral 54 is a pin ball for fastening the pin to prevent the left and right flow in the state in which the second neck 30B is mounted on the seating neck seating portion 50B.

The locking part 53 penetrates through the cover member 52 and protrudes outwardly, and corresponds to the locking piece 53b having the locking hole 53a and the closing hole 53a of the locking piece 53b. 52) Outwardly retractable finger pin 53c is provided outside.

Accordingly, when the key pin 53c is pulled, the pin coupling with the key hole 53a of the key piece 53b is released, and the cover member 52 is placed in the open state, and when the key pin 53c is released, the key piece ( 53b) is pinned and locked to the locking hole (53a).

Next, the extension arm will be described in detail with reference to FIGS. 6 and 9.

The extension arm 60 is used when the length of the wire to be relocated is shortened as the temporary trees 30A and 30B are installed apart from the stubs 3A and 3B. To this end, the extension arm 60 is a hook hole 62 is drilled at regular intervals in the bow-shaped body 61, the U-shaped connector 63 is a pin fastening hole 64 is punched at one end thereof Prepared.

Accordingly, the U-shaped connector 63 is located in the two-ring member 70 mounted on the loose necks 30A and 30B, and the pin fastening hole 64 and the two-ring member 70 of the U-shaped connector 63 are placed. If one side of the ring is matched with the pin, the extension arm is mounted on the armrests (30A, 30B). As a result, the hanging wood (30A, 30B) is biased to one side, even if the existing wire (2) does not touch the hanging wood (30A, 30B), hanging hook 62 of the extension arm (50) of the extension arm (50) ), It is possible to relocate the electric wire 2 to the temporary trees 30A and 30B.

Next, with reference to Figures 7 and 9 will be described in detail with respect to the two-ring member.

The ring member 70 is integrally provided with a ring 70a for hanging a known joist (not shown) and a ring 70b for hanging the chain claw 5 of the suspension insulator.

That is, when unscrewing the insulator chain (5) from the complete (3A, 3B) to move the wire (2), the joist is held on one side ring (70a) of the transfer ring member 70 to hold the wire (2) The wire 2 can be relocated by releasing the suspension insulator claw 5 and hanging it on the other side ring 70b of the two-wire member 70.

The following describes the operation of the complete and pole replacement mechanism using the live work vehicle according to the present invention with reference to Figs. 2, 8 and 9 (refer to Figs. 1, 3 to 7 for the respective components). .

First, with reference to Figure 2 described above will be described the installation process of the complete and pole replacement mechanism using the live work vehicle according to the present invention.

As shown in the figure, the pole mounting member 20 is mounted at a predetermined position of the pole 1.

For example, the mounting portion 22 is brought into close contact with the pole 1 and the chain 23 draped outside the pole 1 is tightened with the fastening member 24 to secure the pole mounting member 20 on the pole 1. Mount it.

Next, the vertical support 10 is mounted on the vertical support mounting portion 25 of the pole mounting member 20.

For example, by placing the vertical support 10 in the first receiving portion 25e of the vertical support mounting portion 25 and turning the first handle 25g to press the vertical support 10 with the first pressing plate 25f, The vertical support 10 is mounted on the mounting member 20.

Next, the first loose wood 30A is mounted on the loose wood rotating mounting member 40 mounted on the upper end of the vertical support 10.

For example, the first loose wood 30A is accommodated in the rotating body 40B receiving portion 45 of the loose wood rotating mounting member 40, and the cover 46 is closed to lock the loose wood rotating mounting member 40. The first hanging wood (30A) is mounted on.

At this time, the angle of rotation of the first temporary wood (30A) is adjusted in parallel with the upper arm 3A to facilitate the wire relocation operation. As described above, the first loose wood 30A mounted on the rotating body accommodating part 45 is rotated in parallel with the upper slab 3A, and the stopper is rotated in the rotation angle adjusting hole 43 of the circular flange 42. The pin 44 is fastened to fix the rotation angle of the first arm 3A.

On the other hand, in the case of a two-stage track, the second loose wood 3B is additionally mounted on the vertical support 10 in correspondence with the lower slab 3B.

To this end, the loose wood mounting member 50 is mounted on the vertical support 10, and the second loose wood 30B is mounted on the loose wood mounting member 50.

For example, the vertical support fastening portion 50A is inserted into the vertical support 10, and the mounting hole 51 of the vertical support fastening portion 50A is inserted into any one of the through holes 11 drilled in the vertical support 10. After coinciding with the pins, the armrest mounting member 50 is mounted on the vertical support 10. Subsequently, the second loose wood 30B is embedded in the loose wood seating portion 50B and the lid member 52 is closed to lock the second loose wood 30B to the loose wood mounting member 30B.

In the above process, the mounting of the complete and pole replacement mechanism according to the present invention on the pole 1 is completed.

Next, with reference to Figure 8 will be described with respect to wire wire work for complete and pole replacement (in the figure, shown in reference to a two-stage line, but in the case of a single-stage line, the first temporary wood 30A to the vertical support (10) Only)).

Each wood 30A, 30B is located slightly higher than the finish 3A, 3B to avoid interference with the wires 2 mounted on the finish 3A, 3B, and is perpendicular to the finish 3A, 3B. It is mounted on the support 10.

In addition, the extension arm 60 and the two-wire member 70 are attached to the loose wood 30A, 30B so that the electric wire 2 can be separated from the brawns 3A, 3B.

For example, when the loose wood 30A, 30B is located on one side of the complete 3A, 3B, the one side span (distance between the pole and the pole) becomes short and the other side length becomes long, so that the other wire is connected to the loose wire 30A, 30B. Extension means is required to be wired to 30B).

Accordingly, by attaching the extension arm 60 to the connecting member 70 of the loose wood (30A, 30B) and extending its length, it is easy to move the wire to the loose wood (30A, 30B) side even if the span is changed. It becomes possible. That is, by holding a wire to be moved by hanging a joseongi (not shown) to one side ring (70a) of the connecting ring member 70, the suspension arm claw 5 is released from the complete (3A, 3B) extension arm ( The relocation work of the electric wire is completed by making it hang to any one hanger 62 of 60).

Of course, if the length of the wire is afforded to hold the wire to be relocated by holding a joist on one side ring (70a) of the connecting ring member 70, the suspension claw 5 of the suspension insulator from the complete (3A, 3B) Loosening the other end of the connecting ring member 70 by the hook 70b, the completion of the relocation work.

Next, referring to Figure 9 will be described with respect to insulator replacement, complete replacement, Jeonju replacement.

As shown in the drawing, when relocation of the electric wire is completed to the first and second temporary trees 30A and 30B, the boom 101 of the live work vehicle is extended to vertically mount the mounting socket 103 provided at the end of the boom. It is inserted into the lower end of the support (10), the binding pin 104 provided in the mounting socket 103 is plugged into the through hole (11) perforated in the vertical support (10) to bind.

Subsequently, the first one side plate 25c of the vertical support mounting portion 25 is opened to separate the vertical support 10 from the pole mounting member 20, specifically from the vertical support mounting portion 25, and the boom 101. To extend the vertical support (10) upwards. Accordingly, the temporary wood (30A, 30B) is separated from the full (3A, 3B) can be secured the work space required for insulator replacement, complete replacement, Jeonju replacement.

That is, the worker who boarded the basket 102 can remove the defective insulator mounted on the finishes 3A and 3B to secure the work space and replace it with a new insulator. In addition, the defective payout mounted on the pole 1 can be removed and replaced with a new payout.

And the electric pole (2) of the pole pole side because it is in the state that all moved to the loose wood (30A, 30B) can also replace the pole pole (1) itself.

On the other hand, when the electric wire 2 is supported by the pin insulator 7 (for example, LP insulator), as shown in FIG. 10, instead of the extension arm 60 or the two-membered ring member 70, the loose necks 3A and 3B are used. Two-line roller 110 is mounted.

Two-line roller 110 is largely composed of a roller mounting portion 110A and a roller portion 110B rotatably axially coupled to the roller mounting portion 110A (see FIG. 11).

The roller part 110B is provided with a cover part 111b which can be opened and closed so that the electric wire 2 can be transferred inside, and the roller 113b is mounted on the inner side thereof. The cover part 111b is provided with a latch 112b, one end of which is hinged to the body of the roller part 110B and the other end of which is supported by a spring. Accordingly, when the latch 112b is pulled, the latch pin is separated from the pin hole of the roller portion 110B to open the lid 111b, and when the latch 112b is released, the latch pin is released by the spring to the roller portion 110B. The cover 111b is inserted into the pin hole of the locked state.

The roller mounting portion 110A includes a second upper plate 115a, a second lower plate 115b, and second side plates 115c and 115d so as to position the loose woods 30A and 30B therein. 116 is formed, the second one side plate 115c is hinged to one side end of the second top plate 115a so as to open and close the second accommodating part 116 and the other end thereof is the locking part 26. And the second lower plate 115b presses the second pressing plate 117 slidably installed along the second both side plates 115c and 115d to place the loose wood 30A positioned in the second receiving portion 116. A second handle 118 is screwed to securely tighten 30B).

The locking portion 26 protrudes to the outside through the lower end of the second one side plate 115c at one end of the second lower plate 115b and the locking piece 26b in which the locking hole is drilled, and the locking hole of the locking piece 26b. In response to the second one side plate (115c) is provided with a lock pin 26c protruded retreatly.

Accordingly, when the locking pin 26c is pulled, the pin coupling with the locking hole of the locking piece 26b is released, and the second one side plate 115c is in an open state, and when the locking pin 26c is released, the locking piece 26b is released. It is locked by being combined with the lock hole of the pin.

According to the above technical configuration, the transfer roller 110 is mounted on the loose wood 30A, 30B mounted on the vertical support 10 lower than the finish 3A, 3B, and the cover portion 111b of the transfer roller 110 is mounted. When the vertical support 10 is slightly lifted in the open state, the wire 2 is positioned in the roller portion 110B. Then, close the cover (111b), loosen the binder of the pin insulator (7) and then lift the vertical support (10) to complete the relocation work and at the same time to secure a work space for insulator replacement, complete replacement, Jeonju replacement do.

Accordingly, the worker who boarded the basket 102 can remove the defective pin insulator 7 mounted on the complete 3A, 3B and replace it with a new pin insulator. In addition, the defective finishes 3A and 3B mounted on the pole 1 can be removed and replaced with new finishes.

And the electric pole (2) of the pole pole side because it is in the state that all moved to the loose wood (30A, 30B) can also replace the pole pole (1) itself.

In the above embodiment, but described on the basis of the single stiffness, it will be apparent to those skilled in the art that can also be carried out in the stiffness. That is, in the case of the double strap, even if the wire does not directly touch the arm, the extension arm 60 can be used to easily move the wire to the side of the arm (30A, 30B).

1 is a perspective view of a complete and pole replacement mechanism using a live work vehicle according to the present invention,

Figure 2 is a state of installation of the complete and pole replacement mechanism using a live work vehicle according to the present invention,

3 is a perspective view of the electric pole mounting member disclosed in FIG.

Figure 4 is a perspective view of the swinging neck mounting member disclosed in Figure 1,

5 is a perspective view of the armrest mounting member disclosed in FIG.

6 is a perspective view of the extension arm disclosed in FIG. 1, FIG.

7 is a perspective view of the two-ring member disclosed in FIG.

8 and 9 are perspective views showing the working process of the completion and pole replacement mechanism using a live work vehicle according to the present invention,

Figure 10 is a perspective view of the roller is attached to the complete and pole replacement mechanism using a live work vehicle according to the present invention,

FIG. 11 is a perspective view of the two-row roller disclosed in FIG. 10. FIG.

* Description of the symbols for the main parts of the drawings *

1: Jeonju

2: wire

5: shackle

10: vertical support

20: pole mounting member

30: rowan

40: wooden swing mounting member

50: loose wood mounting member

60: extension arm

70: two-ring member

101: (working vehicle) boom

Claims (6)

A vertical support having perforated holes at regular intervals; A seating part is formed on one side of the pole in close contact with the vertical support so that it can be mounted on the pole by a predetermined distance. A fastening member for mounting on the pole by surrounding the chain and tightening the chain is provided. A pole mounting member provided with a vertical support mounting portion to detachably mount the vertical support in front of the front support; A loose wood rotating mounting member for mounting the loose wood for placing the wires installed on the complete pole of the pole in parallel with the pole of the pole and for mounting it on the vertical support by adjusting its rotation angle; After moving the electric wires to the loose wood, separate the vertical support from the vertical support mounting part, and then lift the vertical support so as to secure a working space for insulator replacement, complete replacement, and electric pole replacement. Completion and pole replacement mechanism using a live work vehicle, characterized in that the mounting socket is inserted into the bottom of the vertical support is inserted. delete The method of claim 1, The vertical support mounting portion includes a first upper plate, a first lower plate, and a first both side plate to form a first accommodating portion so as to position the vertical support therein, wherein the first one side plate opens and closes the first accommodating portion. One end of the first upper plate is hinged to one end of the first upper plate, and a locking part is provided at the other end thereof, and the first lower plate presses the first pressure plate slidably installed along the first both side plates to accommodate the first. Completion and pole replacement mechanism using a live work vehicle, characterized in that the first handle is screwed so that it can be firmly mounted to the vertical support positioned in the portion. The method of claim 1, The loose wood is a wire loop member formed integrally with a hook for hanging a known joist and a hook for suspending insulators during wire relocation work, and if the length of the wire is short, the wire can be easily moved to the loose wood. Hook wire is drilled at regular intervals so that the extension arm is formed with a U-shaped connector formed with a perforated fastening hole to be fastened to the ring of the two ring member by a pin at one end thereof. Completion and pole change mechanism. The method of claim 1, The loose wood rotation mounting member is made of a fastening body mounted on the upper end of the vertical support and the rotation angle adjustment hole perforated at a predetermined interval on the circular flange, and a rotating body rotatably mounted above the fastening body, The rotor is coupled to any one rotation angle adjustment hole on the circular flange pinned to the stopper pin so as to fix the rotation angle and the cover is provided with an opening and closing lid for receiving and mounting the loose wood therein Completion and pole replacement mechanism using a live work vehicle, characterized in that the addition is formed. The method of claim 1, Vertically installed by inserting a pin into one of the mounting holes drilled on one side of the vertical support and mounted in one of the through holes drilled in the vertical support in order to additionally mount the loose wood to the support in the second track It is further provided with a lanyard mounting member comprising a support fastening portion and a lanyard mounting portion provided with an opening and closing cover member for receiving and mounting the waning neck therein and a lock portion provided with a lock for locking the cover member. Complete and pole replacement mechanism using a live working vehicle characterized by.

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