WO2018070593A1 - Fixed type temporary arm apparatus and method used for non-blackout power distribution work - Google Patents

Abstract

The present invention relates to a fixed type temporary arm apparatus and method used for a non-blackout power distribution work and, more specifically, to a fixed type temporary arm apparatus and method, the apparatus and method forming a pole assembly by means of a fixed type temporary arm, which is manufactured with an insulator, below an arm bar in a pin-pole assembly or a strain-pole assembly of a distribution line, moving a line from the arm bar to an arm of the fixed type temporary arm by using an electric wire moving tool or a suspension insulator connector, and implementing a desired electric installation work in a non-blackout manner.

Description

Fixed wood equipment and construction method for uninterruptible power distribution

The present invention relates to a stationary fixed wood apparatus and construction method used for the uninterruptible power distribution construction, and more specifically, to configure the pole with a fixed fixed wood made of an insulator under the complete iron in the existing pinjangju or built-in column of the distribution line, wire movement The present invention relates to a fixed hanging wood device and a method for moving a track from a solid iron to a rock of a fixed wood by means of a mechanism or a suspension insulator, and carrying out an uninterrupted operation of the desired electrical installation.

Various tasks are carried out to manage electrical installations in distribution lines.

There are various works such as complete iron and pole construction, replacement of LP insulators, alteration of the poles, and three-phase conversion of one-phase or two-phase lines. KEPCO, a Korean electricity provider, does not involve power outages to supply high-quality electricity. In order to manage the electrical facilities, the uninterruptible construction method has been introduced and implemented.

Conventionally, the direct bowing method is used among the methods for managing an electrical facility from an uninterrupted power distribution line. The direct bowing method forms a temporary holder with several rods made of an insulator, and the electric wire installed on the finished steel is temporarily cut. Move to salary and carry out desired electrical installation work.

The temporary holder is composed of an inverted triangle, and the pin holder is inserted into a wire holder fixed on the horizontal insulated rod of the temporary holder to prevent dropping, and the wire binding on the upper portion of the LP insulator is released, and the temporary holder is made by using a rope and a pulley. Move the whole up to separate the tracks on the finished steel, perform electrical installation work, then move the entire temporary owner down so that the wires are placed on top of the LP insulators on the finished steel. Construction is completed by dismantling Zhangzhou.

The direct live method is a complicated construction and operation of the mechanism, which takes a lot of time, and it is a temporary work to separate the electric line from the iron rod to the horizontal insulation rod or to return to the newly formed iron phase on the horizontal insulation rod. In the case of unbalanced tension such as the electric line making an angle because the entire length of the pole is to be moved up and down, the temporary pole is easily rotated in the process of moving the temporary pole up and down, so the stability decreases and the vertical pole is moved up and down due to the unbalanced tension. There is a difficulty.

Korea Patent Registration No. 10-1344289, 'Registered Distribution Line Method using Lift Drive System', which improved some of the above-mentioned methods, and 'Voluntary Self-provisioned Wood Equipment Equipment for Live Line Operation of Distribution Lines,' Patent Registration No. 10-1254577, and Korea Registration `` Direct-route distribution system replacement method for securing double insulation space '', Patent No. 10-1275111, `` Method of operation of distribution facility live work '', Patent Registration No. 10-1473820, and `` Vibration facility distribution '', Korean Patent Publication No. 10-2015-0087786 This method also has difficulty in installing the device if the electric rod installed in the pole is complicated because of the long length of the insulating rod constituting the device. Since the vertical insulation rod must bear high lateral load, it damages the surface of the vertical insulation rod, and the downward movement of the device is made by the weight of the device and the electric equipment. If high lateral tension occurs, it may be difficult to move the device downward, and it is difficult to connect due to the change in the distance between the horizontal insulation rod and the suspension insulator. When moving the power and load side suspension insulators from the finished steel to the insulated rods, it is not possible to apply the high tension generated from the wires to the horizontal insulated bars at a time. It still exists.

In addition, as a device having a structure of constituting the temporary pole by fixing the insulating rod to the pole, the Korean Patent Registration No. 10-0558607, 'Uninterrupted line construction method for single-phase and three-phase power distribution line and its wire transfer mechanism' has been disclosed.

The above method is difficult to move upward by separating the wire from the LP insulator when the existing pole is a pin pole, and in the case of the built pole, the pole is a conical structure whose thickness varies depending on the position of the horizontal insulator rod and the suspension insulator. The connection distance is difficult to connect, there is a disadvantage that the horizontal insulated rod and the existing wrought iron overlaps up and down, difficult to move the suspension insulator, difficult to move the jumper wire passing through the top of the wrought iron.

* Prior art literature *

(Patent Document 1) Korean Patent Registration No. 10-1344289 (2013.12.17)

(Patent Document 2) Korean Patent Registration No. 10-1254577 (2013.04.09)

(Patent Document 3) Korean Patent Registration No. 10-1275111 (2013.06.10)

(Patent Document 4) Korean Patent Registration No. 10-1473820 (2014.12.11)

(Patent Document 5) Korean Patent Publication No. 10-2015-0087786 (2015.07.30)

(Patent Document 6) Korean Patent Registration No. 10-0558607 (2006.03.02)

Therefore, the present invention has been proposed in view of the problems of the prior art as described above, the fixed length of the temporary pole for use in the uninterruptible power distribution construction simply fixed to expand the application point, the lateral load generated by the angle of the line in the pin pole Power and load side by adjusting the connecting bolts at both ends of the suspension insulator connector in the built-in column where high tension of wire occurs. By reducing the tension of the line by adjusting the connection distance of the suspension insulator, it is easy to move and connect the suspension insulator, and the tension of the line is balanced by directly connecting the power and load side suspension insulators with both ends of the suspension insulator connector. Used for uninterruptible power distribution work to reduce the burden on temporary insulating rods To provide a value, and there is a method that purpose.

In order to achieve the problem to be solved by the present invention, the stationary fixed wood device used in the present invention uninterruptible power distribution,

An arm band 100 coupled to the outer circumferential surface of the electric pole 10 and configured to engage the arm 200 at both sides;

A wire moving mechanism 500 configured to be circular insulated rods, vertically coupled to the circumferential surface of the arm 200, and configured to receive an electric wire on an upper portion of the lifting unit 710 and to move up and down;

The fixing mechanism 920 is coupled to one side of the arm 200, rotates at both ends to adjust the connection distance, and to form a connection bolt having a coupling ring on one side to directly connect the power and load side suspension insulator It comprises a suspension insulator connector 900.

In addition, the fixed temporary wood construction method used in the present invention uninterruptible power distribution,

The armband 100 is coupled to the circumferential surface of the electric pole 10, and the fixed armrests column installation step (S100) for coupling the arm 200 on both sides of the arm band 100;

Couple the wire transfer mechanism 500 or the suspension insulator connector 900 on the arm 200 according to the type of the track, using the clamp provided at the bottom to the position of the wire Fixed to one side of the arm 200, or by using a fixing mechanism to couple the suspension inlet connector 900 in accordance with the position of the suspension insulator on the arm 200 in consideration of the connection distance of the power and load side suspension insulator A line moving device installation step (S200) for installing or supporting the connection bolts at both ends of the suspension insulator connector or by using the wire moving mechanism as a substitute for the fixing device;

By using the wire moving mechanism 500 to move the wire upwards or to both ends of the suspension inlet connector, the suspension is prevented by receiving the wire in the lifting portion 710 formed on the top of the wire moving mechanism, Loosen the binding between the electric wire and the LP insulator and drive the drive shaft 714 of the wire moving mechanism lifting unit with the hydraulic wrench of the live work vehicle to move the lifting unit upward along the side of the rack gear 600 coupled to the upper part of the wire moving mechanism. Move or connect the two live joists to the power and load side rod 40, release the tension on the suspension insulator by pulling the power and load side wires, and remove the suspension insulator from the rod to connect the both ends of the suspension insulator connector (910). After connecting to the ring of), the tensioner in order to release the tension and remove the suspension insulator connector 900 directly connected to the power and load side suspension, By fixing the wire moving mechanism 500 to one side of the arm 200 in accordance with the position of the jumper wire passing through the upper part, and separating the jumper wire from the LP insulator and supporting it with the wire moving mechanism 500, the existing line is completed on A rail moving step (S300) for separating and moving the armwood on the arm;

A facility operation step (S400) of performing a desired electric installation after moving the track onto the arm of the stationary armature through the track movement step (S300);

Reduction and removal of the equipment used in the line movement step (S300) and the equipment operation step (S400) in the reverse order of installation, and the use mechanism and dismantling equipment removal step (S500) to remove the electric pole and wire equipment unnecessary for the construction of the track; By including it, the subject of this invention is solved.

Through the fixed temporary wood apparatus and construction method used for the uninterruptible power distribution construction according to the present invention having the above configuration and action, it is possible to simply and easily configure the jangju temporarily configured to perform the electrical installation work uninterrupted in the distribution line, If the wire is easily moved up and down by the moving mechanism, and if the hanging insulator connected to the complete iron on the power and load side is moved to both ends of the suspension insulator by using two live joists, the suspension insulator connector is moved to the direction where the tension is greater. By achieving this equilibrium, the application point of the apparatus can be expanded, the working time can be shortened, and the effect of performing electrical installation work stably is provided.

1 is a view showing the overall configuration of a stationary wooden device used in the stationary wood drilling method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

2 is an armband configuration diagram of a stationary arm-wood device used in the stationary arm-wood method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

Figure 3 is a configuration diagram of the wire moving mechanism of the fixed fixed wood device used in the fixed wood used for the uninterruptible power distribution construction according to an embodiment of the present invention, Figure 4 is a detailed structural diagram of the lifting portion, Figure 5 is a rod coupling portion to It is a coupling structure diagram between a female coupling part.

Figure 6 is a configuration of the suspension insulator connector of the stationary loose-wood device used in the stationary loose-wood method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

Figure 7 is a secondary arm configuration of the stationary arm-wood device used in the stationary arm-wood method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

8 is a process diagram of a fixed wooden beam construction method used in the uninterruptible power distribution work according to an embodiment of the present invention.

* Detailed description of the major symbols in the drawings *

10: Jeonju

100: arm band

200: cancer

500: wire transfer mechanism

600: Rack Gear

710: lifting unit

900: Suspension Insulator Connector

Hereinafter, it will be described in detail with respect to the stationary fixed wood device and construction method used in the uninterruptible power distribution construction according to the present invention.

1 is a view showing the overall configuration of a stationary wooden device used in the stationary wood drilling method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

As shown in Figure 1, the stationary wooden device of the present invention,

Armband 100 is coupled to the outer circumferential surface of the pole 10, and configured to engage the arm 200 on both sides,

One side is coupled to one side of the arm band 100, the other side can be combined with the extension arm and the arm tie, arm 200 to perform the role of a wrought iron in the temporary jangju temporary configuration,

One side is coupled to the other side of the arm 200, the extension arm 400 is configured to serve to extend the length of the arm 200 in the temporary jangju constituting,

The fixed device 255 is provided at both ends, and is fixed to the lower side of the wrought iron 40, and is coupled to the wire moving mechanism 500 or the wire moving mechanism tie 540 on the circumferential surface, and serves as the arm 200. Secondary arm 250 to perform,

Arm tie band 310 is coupled to the outer circumferential surface of the lower pole 10 of the arm band 100, both sides are configured to couple to one side of the arm tie 300,

An arm tie 300 that is diagonally coupled to one side of the arm tie band 310 and the other side of the arm 200, and reinforces the arm 200 at a location where a high vertical load is generated by the line being vertically angled. ),

It is provided with a clamp (505) at the bottom of the circular insulating rod 510 is fixed perpendicular to the circumferential surface of the arm 200, and provided with a rack gear 600 at the top and coupled with the lifting unit 710, A groove 711 for accommodating electric wires and a cover 712 and a fixing device to prevent falling off are provided on an upper portion of the elevating portion 710, and the gear gears are coupled to the rack gear 600 in the elevating portion 710. A helical gear 713, a worm gear 715 for gear coupling with the helical gear 713, and a drive shaft 714 for coupling with the worm gear 715, wherein an electric wire is provided in the upper groove 711 of the lifting unit. Inserting and fixing the cover 712 to prevent the fall, and driving the drive shaft 714 with the hydraulic wrench of the live work vehicle worm gear 715 and the helical gear 713 is operated to accommodate the lifting portion ( 710 is a wire movement mechanism 500 that moves up and down along the gear surface of the rack gear 600,

Wire moving mechanism tie 540 for reinforcing the wire moving mechanism by coupling diagonally to one surface of the wire moving mechanism 500 and one surface of the arm 200 at a location where the line is angled horizontally to generate a lateral load. ),

The fixing mechanism 920 is coupled to one side of the arm 200, rotates at both ends to adjust the connection distance, and constitutes a connection bolt 910 having a coupling ring on one side of the power and load side suspension insulator It characterized in that it comprises a suspension insulator connector 900 directly connected with.

2 is an armband configuration diagram of a stationary arm-wood device used in the stationary arm-wood method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

The arm band 100 shown in FIG. 2 is disclosed in detail in Korean Patent Application No. '10 -2016-0037339 'filed by the present applicant, and in the present invention, briefly describe the constituent means used for the fixed wooden device and the construction method. Explain.

The arm band is coupled to the outer circumferential surface of the pole 10, characterized in that configured to be coupled to the arm 200 on both sides.

As shown in Figure 2, to constitute a connecting groove for connecting the arm on both sides.

Figure 3 is a configuration diagram of the wire moving mechanism of the fixed fixed wood device used in the fixed wood used for the uninterruptible power distribution construction according to an embodiment of the present invention, Figure 4 is a detailed structural diagram of the lifting portion, Figure 5 is a rod coupling portion to It is a coupling structure diagram between a female coupling part.

3 to 5 is specifically disclosed in the Republic of Korea Patent Application No. '10 -2016-0037334 'filed by the applicant, the present invention briefly describes the constituent means used in the fixed wooden timber method Do it.

3 and 4 to specifically describe the elevating portion 710 of the wire transfer mechanism, the elevating portion 710 is a wire coupling groove 711, the wire coupling groove 711 is coupled to the wire on the top. Located in the upper part of the rack, the cover 712 and the fixing device, the insulating rod 510 to cover and secure the wire coupling groove 711 so as not to be separated when the wire is coupled to the wire coupling groove 711 The helical gear 713 meshing with the gear 600, the worm gear 715 formed in engagement with the helical gear 713, the drive shaft 714 coupled with the worm gear 715, and the lifting unit 710 It is characterized in that it comprises a coupling plate 716 is coupled to the side of the rack gear 600 to restrain not to leave.

Therefore, the elevating unit 710 accommodates the wire in the upper wire coupling groove 711, the worm gear 715 and the helical gear 713 when the drive shaft 714 is driven by the hydraulic wrench of the live work vehicle In operation, the helical gear 713 is engaged with the rack gear 600 to move up and down along the side of the rack gear 600.

3 and 5, the clamp 505 will be described in detail. The wire movement mechanism 500 includes an arm coupling part 530 configured to be tightened vertically to the circumferential surface of the arm 200. ,

The lower end of the insulating rod 510 and one side of the female coupling portion 530 is characterized in that it comprises a rod coupling portion 520 is configured to be coupled.

The female coupling portion 530 and the rod coupling portion 520 will be defined as a cramp 505.

On the other hand, the rod coupling portion 520, the upper side of the surface facing one surface is composed of a gear-shaped gear surface 522, the side of the housing 521 is formed by forming a semicircular groove,

A first coupling part 523 to be coupled to a circular hole at the bottom of the insulating rod 510 through a surface facing one surface of the housing 521, and to function as a rotating shaft when the insulating rod 510 is refracted;

A second coupling part configured to be coupled to a gear surface 522 formed on an upper side of the housing 521 through an elliptical hole at a lower end of the insulating rod 510 and to adjust a refractive angle of the insulating rod 510. (524),

One side is coupled to the first coupling portion 523, the other side is coupled to the second coupling portion 524 so that the second coupling portion 524 is separated from the gear surface 522 of the rod coupling portion 520. It is configured to include an elastic portion 526 is configured not to.

Thus, the clamp 505 couples the insulating rod 510 to one surface of the arm 200, the insulating rod 510 refracts the first coupling portion 523 to the axis, and the second coupling portion 524 is coupled to the gear surface 522 of the housing 521 to adjust the refractive angle of the insulating rod 510.

Figure 6 is a configuration of the suspension insulator connector of the stationary loose-wood device used in the stationary loose-wood method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

Suspension insulator connector shown in Figure 6 was specifically disclosed in the Republic of Korea Patent Application No. '10 -2016-0037353 'filed by the present applicant, in the present invention to briefly describe the constituent means used in the stationary wooden device and construction method do.

The suspension insulator connector 900 is coupled to one side of the arm 200 by forming a fixing mechanism 920, and rotates at both ends to adjust the connection distance and the connection bolt 910 having a coupling ring on one side Although configured, the fixing mechanism 920 and the suspension insulator coupler 900 is coupled to the playable insulator so that the suspension insulator coupler 900 can move in accordance with the magnitude of the line tension when coupled with the power and load side suspension insulators.

Therefore, by adjusting the connection distance of the power and load side suspension insulator by turning the connecting bolts 910 at both ends of the suspension insulator connector, the magnitude of the line tension is adjusted, and directly connected to both ends and the power and load side suspension insulator according to the magnitude of the tension. As the suspension insulator connector 900 moves together with the track, the tension of the track is balanced so that the high tension of the wire is not applied to the arm.

Figure 7 is a secondary arm configuration of the stationary arm-wood device used in the stationary arm-wood method used in the uninterruptible power distribution construction according to an embodiment of the present invention.

As shown in FIG. 7, the auxiliary arm 250 is provided with fixing devices 255 at both ends thereof, and is fixed to the lower side of the wrought iron 40 as shown in FIG. 1 by using the fixing device. In combination with the wire movement mechanism 500 or the wire movement mechanism tie 540 on the circumferential surface, the arm 200 serves as the arm 200 to conveniently move the wire separately in LP insulator replacement work. do.

8 is a process diagram of a fixed wooden beam construction method used in the uninterruptible power distribution work according to an embodiment of the present invention.

1 to 7, the constituent means for carrying out the fixed wood drilling method of the present invention has been described.

 Next, with reference to Figure 8 will be described in detail with respect to the present invention fixed wooden method.

In other words, the present inventors fixed fixed wood construction method is large, fixed fixed wood ranch installation step (S100); Line moving device installation step (S200); A line moving step (S300); Facility work step (S400); It will be made, including the use mechanism and unused equipment removal step (S500).

The fixed gazebo installation step (S100) is a process of coupling the arm band 100 to the circumferential surface of the electric pole 10, the arm 200 on both sides of the arm band 100.

In addition, the arm tie band 310 is coupled to the circumferential surface of the lower pole 10 of the arm band 100 according to the conditions and work contents of the corresponding site, and one side of the arm 200 and one side of the arm tie band 310. By combining diagonally to combine the arm tie 300 to reinforce the arm 200.

In addition, by combining one side of the arm 200 and one side of the extension arm 400 can be configured to extend the length of the arm 200, in the case of installing a new installment pole between the pole and the pole To dry and install the arm 200 using the arm band on the newly established pole.

On the other hand, in the case of replacing the LP insulator, the secondary arm 250 is fixed to the lower side of the wrought iron as a substitute for the arm.

After that, the step of installing the moving device for moving the line (S200) is coupled to the wire moving mechanism 500 or the suspension insulator 900 on the arm 200 according to the type of the track.

At this time, using the clamp (505) provided at the lower end of the wire moving mechanism 500 to secure the one side of the arm 200 in accordance with the position of the wire, or the fixing mechanism 920 of the suspension insulator connector 900 Combine the suspension insulator connector 900 on the arm 200 in accordance with the position of the suspension insulator and manipulate the connection bolts 910 at both ends of the suspension insulator connector in consideration of the connection distance of the power and load side suspension insulators, It is installed to support the suspension insulator connector 900 by using the wire moving mechanism 500 in place of the fixing mechanism (920).

In other words, in the case of the pin long pole, the wire moving mechanism is used, and in the case of the embedded pole, the suspension insulator connector or the wire moving mechanism is used.

Subsequently, in the line movement step S300, the suspension insulator is moved upward by using the wire movement mechanism 500 or both ends of the suspension insulator connector.

At this time, the wire is accommodated in the groove 711 provided on the upper portion of the elevating portion 710 formed in the wire moving mechanism to prevent the falling off, loosen the binding for binding the wire and the LP insulator and drive shaft 714 of the elevating portion 710 ) By the hydraulic wrench of the live work car to move the lifting unit 710 upward along the side of the rack gear 600 coupled to the upper portion of the wire moving mechanism.

Alternatively, connect the two live joists to the power and load side rod 40, release the tension on the suspension insulator by pulling the power and load side wires, and separate the suspension insulator from the rod to remove the hooks from both ends of the connection bolts (910). After connecting to the tensioner in order to release the tension in order to remove the suspension insulator connector 900 directly connected to the power supply and load side, and the wire transfer mechanism 500 in accordance with the position of the jumper wire passing through the top of the wrought iron By fixing to one side of the arm 200, the jumper wire is separated from the LP insulator and supported by the wire moving mechanism 500, the existing line is separated on the wrought iron and moved to the arm of the wood.

In other words, in the case of the pin length column, the wire is moved upward by the wire moving mechanism, and in the case of the built column, the suspension insulator is moved to both ends of the suspension insulator connector.

Thereafter, the installation work step (S400) is a process to perform the desired electrical installation work after moving the track to the rock of the fixed wood through the track movement step.

The desired electrical equipment work includes replacement of complete iron, replacement of LP insulators, alteration of the poles, three phases of the tracks, replacement of electric poles, new installment poles, installation of switchgear, and the like.

This will be described in more detail below.

Subsequently, the use mechanism and the useless facility removal step (S500) are used in the line moving step (S300) and the facility operation step (S400), for example, a wire moving mechanism, an auxiliary arm, an arm, an arm band, an arm tie, It means the arm tie band, wire transfer mechanism tie, suspension insulator connector and extension arm.

At this time, it is a process of reducing and removing the used mechanism in the reverse order of installation, and removing equipment such as electric poles and electric wires, which are unnecessary for the construction of the track.

The following is a detailed description of the process performed according to the desired electrical installation.

In the facility operation step (S400), if the desired electrical equipment operation is a complete iron replacement is made to include a complete iron and insulator replacement step (S410), and the track return step (S411).

Specifically, after removing the old iron and insulators and installing new irons and insulators (S410), when the old iron is made of pinjangju, by driving the drive shaft 714 of the elevating portion of the wire moving mechanism to accommodate the electric wire in the upper portion The lifting unit 710 is moved downward along the side of the rack gear 600 coupled to the upper portion of the wire moving mechanism, and the wire is bound with the LP insulator.

Or, if the existing wrought iron constitutes a built-in column, use two live joists to connect to the newly installed power and load side wrought, and pull the wires on the power and load side to release the tension applied to the suspension insulator and hang the insulator connector (900). ) Remove the suspension insulators from both ends and connect them using the power and load side wrought iron and hackles, then remove the joist and separate the jumper wires passing through the top of the wrought iron from the wire transfer mechanism 500 to bind them with LP insulators. To perform the process of supporting (S411).

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

On the other hand, in the facility operation step (S400), if the electrical installation work is LP insulator replacement is the LP insulator replacement step (S420) and the track return step (S421).

Specifically, after removing the existing LP insulator and installing a new LP insulator (S420), by driving the drive shaft 714 of the wire moving mechanism lifting unit 710 to move the wire lifting portion 710 to accommodate the wire on the top Moving downward along the side of the rack gear 600 coupled to the upper portion of the mechanism, the wire is bound to the LP insulator and bind to perform a process (S421).

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

On the other hand, in the above facility operation step (S400), if the electrical installation work is a change in the main pole complete iron replacement step (S430), suspension insulator installation step (S431), wire downward movement step (S432), and the installation of the internal wire In step S433.

Specifically, after removing the existing incomplete iron and LP insulator and install the double pleated iron (S430), to connect the suspension insulator by using a chain to the newly installed power and load side iron (S431).

Thereafter, the driving shaft 714 of the wire moving mechanism lifting unit 710 is moved downward along the side of the rack gear 600 coupled to the upper portion of the wire moving mechanism by driving the lifting unit 710 which accommodates the wire thereon. (S432), and connect the two live wire joists to the newly installed power and load side wrought, and pull the wires of the power and load side, using a bypass jumper cable and the wire on the wire moving mechanism lifting unit 710 and the parallel circuit And cut the power and load side wires in consideration of the connection distance of the suspension insulator, peel off the cover, connect the suspension insulator with the dead and clamp, remove the joist, and connect the power and load side wires with a jumper wire. The pass jumper and the parallel circuit are configured.

In addition, the jumper wire passing through the upper part of the wrought iron is provided with an LP insulator, bound and supported by a bind, and a bypass jumper is separated (S433).

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

On the other hand, in the facility operation step (S400), when the electrical installation work is a three-phase of one-phase or two-phase line, complete iron and insulator replacement step (S440), the new installation step (S441), and the track return step ( S442) is passed through.

Specifically, after removing the old iron and insulators and installing new iron and insulators (S440), install the increasing one-phase or two-phase line on the new iron, bind the wire to the upper portion of the LP insulator or In connection with the suspension insulator (S441) to install the increasing phase.

Thereafter, the driving shaft 714 of the wire moving mechanism lifting unit 710 is moved downward along the side of the rack gear 600 coupled to the upper portion of the wire moving mechanism by driving the lifting unit 710 which accommodates the wire thereon. Bind the wires with LP insulators,

Alternatively, connect the two live joists to the newly installed power and load side completes, release the tension on the suspension insulator by pulling the power and load side wires, and remove the suspension insulators from both ends of the suspension insulator connector 900. After connecting using a chain, the joists are removed, and the jumper wire passing through the upper part of the complete iron is separated from the wire moving mechanism 500 to bind and support the LP insulator and bind (S442).

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

On the other hand, in the facility operation step (S400), if the electrical installation work is a pole pole replacement pole pole installation step (S450), complete iron / insulator removal and installation step (S451), and the new line and move step (S452) Going through.

Specifically, in consideration of the electric line, a new Jeonju is established in the vicinity of the existing Jeonju (S450), and then the complete iron and insulators are installed on the existing Jeonju and the complete Jeonju is installed on the newly constructed Jeonju (S451).

In addition, when the existing pole is a pin pole, the rack gear 600 coupled to the upper portion of the elevating portion 710 to accommodate the electric wire in the upper portion by driving the drive shaft 714 of the elevating portion 710 of the electric wire moving mechanism. Move downward along the side of the, and bind and support the LP insulator and bind installed on the finished iron of Jeonju,

Or, if the existing pole is a built pole, a new line will be installed in the long section of the newly built pole, and two live wire joists will be connected to the power pole of the newly built pole and the load side will be used to connect the wires on both sides. In consideration of the installation of electric wires in the new electric pole, the existing electric wire and the electric wire of the newly established section are connected with bypass jumpers to form a parallel circuit, and the existing electric wire is considered in consideration of the distance to the suspension insulator and the length of the jumper wire. After cutting and stripping, connect the suspension insulator with dead and clamp, and then remove the joist, connect the jumper wire with the new line to form a parallel circuit with the bypass jumper, and connect the jumper wire through the upper part of the finished steel to the LP insulator. Binding and support with and bind, and the bypass jumper is removed (S452).

In other words, in the case of pin holders, the wires are moved and installed on the new pole, while in the case of built owners, the new span is longer than the existing span, and the shorter span is used to install the wires by using the existing wires. will be.

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

On the other hand, in the facility operation step (S400), if the electrical installation work new installment pre-week, go through the complete iron and insulator installation step (S460) and the wire downward movement and installation step (S461).

Specifically, after installing the complete iron and insulator on the newly established electric pole (S460), by driving the drive shaft 714 of the elevating portion of the wire transfer mechanism lifting portion 710, which accommodates the wires on the upper portion of the wire transfer mechanism Move downward along the side of the rack gear 600 coupled to, and bind and support the wire with the LP insulator installed on the newly installed allotment pole

Or, if the insertion pole is a built-in pole, two live wires are connected to the power pole and the load side rod of the insertion pole to draw the wires on both sides, and the bypass jumper is connected to the power and load side wires to form a parallel circuit. In consideration of the distance between the wires, cut the wires, peel off the cover, connect them to the suspension insulator with dead and clamp, remove the joists, and connect the power and load wires with jumper wires to form a bypass jumper and parallel circuit. The jumper wire passing through the upper portion is bound and supported by the LP insulator and the bind, and the bypass jumper is separated (S461).

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

On the other hand, in the facility operation step (S400), if you want to install the switch after the built-in wire installation step (S433) to go through the switch installation step (S433a) and the switch lead wire connection step (S433b).

Specifically, instead of connecting the power and load wires with a jumper wire, and instead of removing the bypass jumper, a switch is installed on the pole under the built-in complete end (S433a), and then the primary and secondary power and load wires and the switch By connecting the lead wires and inserting the switch, a bypass jumper and a parallel circuit are formed, and the bypass jumper is removed (S433b).

Here, in the case of installing the switchgear following the establishment of an allotment pole, in the wire movement and installation step (S461), instead of connecting the power and load side wires with jumper wires and removing the bypass jumper, the switch installation step (S433a) and It may be installed by performing the switch lead wire connection step (S433b).

After that, the operation and the removal of the unused equipment (S500) is performed to complete the work.

In the present invention, the preliminary preparation step such as on-site survey, safety meeting, start report, charging protection, and post finishing steps such as protection equipment removal and completion report for the uninterruptible power distribution construction are general steps, and thus, detailed descriptions are omitted. Will be carried in the basket of live truck.

In addition, the process of this construction method may be applied by changing the order of some progress depending on the contents of the construction.

This method can temporarily fix the temporary tree that makes up the pole on the pole simply and easily and easily move the wire safely and easily by using the wire moving mechanism without the lateral tension generated from the track. It is easy to move the suspension insulator by relieving the tension of the line by adjusting the connection distance of the suspension insulator in the built-in place where high tension occurs along the wire.

In addition, by directly connecting the power supply and the load-side suspension insulator to both ends of the suspension insulator connector, the tension of the line is applied to the arm.

Therefore, the stationary woodworking apparatus and construction method can expand the application of the device, shorten the working time and provide the effect to perform the electrical installation work stably.

Of the above-described contents, contents not shown in the drawings are to be understood by those skilled in the art based on the above-described contents and should be included in the rights of the present invention even if not shown in the drawings.

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, it should be understood that the embodiments described above are illustrated in all respects and are not limiting.

The scope of the invention is indicated by the following claims rather than the above description, and it should be construed that all changes or modifications derived from the meaning of the claims and their equivalents are included in the scope of the invention. .

The present invention is to simply and easily configure the fixed pole to temporarily configure the electric pole in order to perform the electrical installation work uninterrupted in the distribution line, and easily move the wire up and down by the wire moving mechanism, using two live joists And moving the suspension insulator connected to the rod on the load side to both ends of the suspension insulator connector moves the suspension insulator connector toward the greater tension, so that the tension of the line is balanced, thereby increasing the application point of the device and reducing the working time. In addition, it can provide the effect that can perform a stable electrical installation work can be widely used in the field of uninterruptible power distribution.

Claims (9)

In the fixed temporary wood construction method used for uninterruptible power distribution work, The armband 100 is coupled to the circumferential surface of the electric pole 10, and the fixed armrests column installation step (S100) for coupling the arm 200 on both sides of the arm band 100; Couple the wire transfer mechanism 500 or the suspension insulator connector 900 on the arm 200 according to the type of the track, using the clamp provided at the bottom to the position of the wire Fixed to one side of the arm 200, or by using a fixing mechanism to couple the suspension inlet connector 900 in accordance with the position of the suspension insulator on the arm 200 in consideration of the connection distance of the power and load side suspension insulator A line moving device installation step (S200) for installing or supporting the connection bolts at both ends of the suspension insulator connector or by using the wire moving mechanism as a substitute for the fixing device; By using the wire moving mechanism 500 to move the wire upwards or to both ends of the suspension inlet connector, the suspension is prevented by receiving the wire in the lifting portion 710 formed on the top of the wire moving mechanism, Loosen the binding between the electric wire and the LP insulator and drive the drive shaft 714 of the wire moving mechanism lifting unit with the hydraulic wrench of the live work vehicle to move the lifting unit upward along the side of the rack gear 600 coupled to the upper part of the wire moving mechanism. Move or connect the two live joists to the power and load side rod 40, release the tension on the suspension insulator by pulling the power and load side wires, and remove the suspension insulator from the rod to connect the both ends of the suspension insulator connector (910). After connecting to the ring of), the tensioner in order to release the tension and remove the suspension insulator connector 900 directly connected to the power and load side suspension, By fixing the wire moving mechanism 500 to one side of the arm 200 in accordance with the position of the jumper wire passing through the upper part, and separating the jumper wire from the LP insulator and supporting it with the wire moving mechanism 500, the existing line is completed on A rail moving step (S300) for separating and moving the armwood on the arm; A facility operation step (S400) of performing a desired electric installation after moving the track onto the arm of the stationary armature through the track movement step (S300); Reduction and removal of the equipment used in the line movement step (S300) and the equipment operation step (S400) in the reverse order of installation, and the use mechanism and dismantling equipment removal step (S500) to remove the electric pole and wire equipment unnecessary for the construction of the track; Fixed temporary wooden construction method used for uninterruptible power distribution work, characterized in that it comprises. The method of claim 1, In the installation work step (S400), If the electrical work is a complete replacement, And removing the complete iron and insulators and replacing new irons and insulators (S410), When the existing wrought iron constitutes a pin holder, the elevating part 710 which accommodates the electric wire is driven along the side of the rack gear 600 coupled to the upper part of the wire moving mechanism by driving the drive shaft 714 of the wire moving mechanism lifting part. Move down, bind the wires with LP insulators, Or, if the existing wrought iron constitutes a built-in column, connect the two live joists to the newly installed power and load side wrought, pull the wires on the power and load side to release the tension applied to the suspension insulator, and both ends of the suspension insulator connector 900. After separating the suspension insulator from the power source and load side by using the wrought iron and the chain, remove the joist and remove the jumper wire passing through the upper part of the wrought iron from the wire transfer mechanism 500 to bind the LP insulator and bind it. Stationary fixed wood construction method used in the uninterruptible power distribution construction, characterized in that it comprises a track return step (S411). The method of claim 1, In the installation work step (S400), If the electrical installation is LP insulator replacement, LP insulator replacement step of removing the existing LP insulator and install a new LP insulator (S420), Drives the drive shaft 714 of the wire moving mechanism lifting unit to move the lifting unit 710, which receives the wire in the upper portion, downward along the side of the rack gear 600 coupled to the wire moving mechanism, and binds the wire with the LP insulator. Fixed loop method used for uninterruptible power distribution construction, characterized in that it comprises a track return step (S421) to support the binding. The method of claim 1, In the installation work step (S400), If the electrical installation is a major change, Decommissioning the existing iron and LP insulators and the wrought iron replacement step to install the layered iron (S430), Suspension insulator installation step (S431) of connecting the suspension insulator by using a chain to the newly installed power and load side rod, A wire downward movement step of driving the drive shaft 714 of the wire moving mechanism lifting unit to move the lifting unit 710 which receives the wires in the upper direction downward along the side of the rack gear 600 coupled to the wire moving mechanism (S432). )Wow, Connect the two live joists to the newly installed power and load side wires, pull the wires on the power and load side, and use the bypass jumper to form a parallel circuit with the wires on the wire moving mechanism lifting unit 710, In consideration of the connection distance, cut off the power and load wires, remove the cover, connect the suspension insulator with the dead and clamp, remove the joist, and connect the power and load wires with jumper wires to form a bypass jumper and parallel circuit. And, the jumper wire passing through the upper part of the finished iron is used for the uninterruptible power distribution work comprising a built-in wire installation step (S433) to install the LP insulator, bind and support by binding, and remove the bypass jumper Fixed woodworking method. The method of claim 1, In the installation work step (S400), If the electrical installation work is three phases of one-phase or two-phase lines, Decommissioning the old wrought iron and insulators and replacing the new wrought iron and insulators (S440), Install the increasing 1 or 2 phase tracks on the newly installed sturdy, binding the wires to the upper portion of the LP insulator, or a new phase (S441) for connecting with the suspension insulator, Drives the drive shaft 714 of the wire moving mechanism lifting unit to move the lifting unit 710, which receives the wire in the upper portion, downward along the side of the rack gear 600 coupled to the wire moving mechanism, and binds the wire with the LP insulator. Bound with, Alternatively, connect the two live joists to the newly installed power and load side completes, release the tension on the suspension insulator by pulling the power and load side wires, and remove the suspension insulators from both ends of the suspension insulator connector 900. After connecting using a chain, the joists are removed, and a jumper wire passing through the upper part of the complete iron is separated from the wire moving mechanism 500, and the unit is connected to the LP insulator and bind to support the track return step (S442). Fixed temporary wooden construction method used for uninterruptible power distribution work, characterized in that made. The method of claim 1, In the installation work step (S400), If electrical work is a pole change, Jeonju installation step (S450) to establish a new Jeonju near the existing Jeonju in consideration of the electric line, Complete removal of the complete iron and insulators on the existing Jeonju and installing the complete irons and insulators on the newly installed Jeonju (S451), When the existing pole is a pin pole, the drive shaft 714 of the wire moving mechanism lifting unit is moved downward along the side of the rack gear 600 coupled to the upper portion of the wire moving mechanism by driving the lifting unit 710 accommodated in the upper portion of the wire moving mechanism. Binding and support with LP insulators installed on the finished steel of Jeonju, where the wires are newly established, or Or, if the existing pole is a built pole, a new line will be installed in the long section of the newly built pole, and two live wire joists will be connected to the power pole of the newly built pole and the load side will be used to connect the wires on both sides. In consideration of the installation of electric wires in the new electric pole, the existing electric wire and the electric wire of the newly established section are connected with bypass jumpers to form a parallel circuit, and the existing electric wire is considered in consideration of the distance to the suspension insulator and the length of the jumper wire. After cutting, peeling off the cover and connecting the suspension insulator with dead and clamp, remove the joist, connect the jumper wire with the new line to form a parallel circuit with bypass jumper, and connect the jumper wire through the upper part of the finished steel. It is characterized in that it comprises a new line and move step (S452) to bind and support the LP insulator and bind, and remove the bypass jumper. Fixed wooden construction method used for uninterruptible power distribution works. The method of claim 1, In the installation work step (S400), If electrical installation work is newly established Complete iron and insulator installation step (S460) to install the complete iron and insulators on the newly installed Jeonju, The drive shaft 714 of the wire moving mechanism lifting unit is driven to move the lifting unit 710 which receives the wires in the upper portion downward along the side of the rack gear 600 coupled to the upper wire moving mechanism, and the wire is newly installed. Bind and support with the LP insulator installed on Jeonju's complete iron, Or, if the insertion pole is a built-in pole, connect two live joists to the power and load side rods, pull the wires on both sides, and connect the bypass jumper to the power pole and the load side wire of the insertion pole to form a parallel circuit. In consideration of the distance between the wires, cut the wires, peel off the cover, connect them to the suspension insulator with dead and clamp, remove the joists, and connect the power and load wires with jumper wires to form a bypass jumper and parallel circuit. A fixed woodworking method for use in an uninterruptible power distribution construction comprising a wire downward movement and installation step (S461) of binding and supporting a jumper wire passing through the upper part by binding with an LP insulator and separating a bypass jumper. The method of claim 4, wherein In the built-in wire installation step (S433) of the installation work step (S400), If the electrical installation is a switchgear following the change of the owner, A switch installation step (S433a) for connecting a power supply and a load-side wire with a jumper wire and installing a switch on a pole under the built-in wrought iron instead of removing the bypass jumper; It comprises a switch lead wire connection step (S433b) for connecting the power and load side wires and the primary and secondary lead wires of the switchgear, putting the switchgear to form a bypass jumper and a parallel circuit, and removing the bypass jumper. Fixed wooden construction method used for uninterruptible power distribution works. In the stationary temporary wood apparatus used for the uninterruptible power distribution work, An arm band 100 coupled to the outer circumferential surface of the electric pole 10 and configured to engage the arm 200 at both sides; A wire moving mechanism 500 configured to be circular insulated rods, vertically coupled to the circumferential surface of the arm 200, and configured to receive an electric wire on an upper portion of the lifting unit 710 and to move up and down; The fixing mechanism 920 is coupled to one side of the arm 200, rotates at both ends to adjust the connection distance, and to form a connection bolt having a coupling ring on one side to directly connect the power and load side suspension insulator Suspension insulator connector (900); stationary fixed wood device for use in an uninterruptible power distribution construction, characterized in that comprising a.

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