KR200357685Y1 - A - Google Patents

Abstract

The present invention relates to a power line transfer and complete replacement mechanism that can easily perform power line transfer work and complete replacement work by installing a temporary tree on the pole and moving power lines and wiring devices.

To this end, the present invention, in the complete line installed on the pole by the complete band, and the power line wire and complete replacement mechanism for transferring the power line hypothesized in the complete, the fixed band is fixed on the bottom pole of the complete band, The loose wood is installed on the pole by the wood band, and a plurality of through holes are perforated, the wire member is formed by the fixing bolt on the wood and the wire member is formed so that the power line can be wired. It is characterized in that the support member is fastened to one side end to the wire member to support, and the support band is fixed on the lower pole of the armband so that the other end of the support can be fixed on the pole.

Description

Power Line Wire and Finish Replacement Mechanism {A}

The present invention relates to a power line wire transfer and a replacement device, and more particularly, by installing a temporary tree on a pole to move a power line and a wiring device so that the wire operation and the replacement device can be easily performed. It relates to a power line lead and complete replacement mechanism.

In general, when the line is extended or renovated, the existing power line is transferred or replaced.

It is most preferable to carry out such a transfer work and a complete replacement work after making a line outage, but recently, it is performed in an uninterruption state in order to solve the inconvenience of customers due to power outage.

In other words, by using uninterruptible equipment bypass cable, construction switchgear and mobile transformer car, temporary transmission is made to the customers in the construction section. Work was carried out.

However, the above-mentioned power line transfer and complete replacement work require expensive uninterruptible equipment for temporary transmission to customers in the construction section, and work process for installing temporary transmission lines before work and dismantling temporary transmission lines after work. There is a problem that the construction of high cost and low efficiency is inevitably carried out in that a work process is added.

The present invention has been devised to solve the above problems, the purpose of which is to install a temporary wood on the pole to move the power line and wiring mechanism, so that it is easier to carry out the wire work and complete replacement work, etc. To provide a power line lead and complete replacement mechanism.

In other words, when an extension of a line is needed or a renovation is required, an existing power line is transferred or a replacement is completed. In this case, the present invention provides a power line transfer and a complete replacement mechanism.

1 is a mounting state of the power line wire and complete replacement mechanism according to the present invention,

Figure 2 is a detailed view of the armband of the power line wire and complete replacement mechanism according to the present invention,

Figure 3 is a detailed view of the wire member of the power line wire and complete replacement mechanism according to the present invention,

Figure 4 is a detailed view of the support and support band of the power line wire and complete replacement mechanism according to the present invention,

5 is an illustration of the use of the power line wire and complete replacement mechanism disclosed in FIG.

Figure 6 is another mounting state of the power line wire and complete replacement mechanism according to the present invention,

7 is an illustration of the use of the power line wire and complete replacement mechanism disclosed in FIG.

Figure 8 is another mounting state of the power line wire and complete replacement mechanism according to the present invention,

Figure 9 is a detailed view of the horizontal adjustment member of the power line wire and complete replacement mechanism disclosed in Figure 8,

FIG. 10 is an exemplary view of use of the power line wire and complete replacement mechanism disclosed in FIG. 8. FIG.

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

1: Jeonju

2: complete band

4: power line

5: complete

10: wooden band

20: rowan

21: wood through hole

30: moving member

31: Lee Sun Gong

40: support

50: support band

The present invention, in order to achieve the above-described technical problem, in the complete line mounted on the pole by the complete band, and the power line transfer and complete replacement mechanism for transferring the power line hypothesized in the complete, the fixed band is installed on the bottom pole of the complete band A loose wood band, a loose wood installed on the pole by the loose wood band, and a plurality of through-holes perforated, a wire member formed by a fixing bolt on the loose wood, and a double-hole formed so that the power line can be left. It is characterized in that the support member is fixed to one end of the support member and the support band is fixed on the pole around the lower end of the armband to secure the other end of the support on the pole to support the armband through the member It is done.

In addition, the wire member is provided with an accommodating portion therein so as to be mounted on the loose wood, and a through hole for fastening corresponding to the through hole drilled on the loose wood is perforated on the accommodating portion, so that the power line can be transferred. A wing piece having two wire holes perforated is formed at both sides of the receiving part, and a flange having a perforating hole is further provided at the lower end of the receiving part so as to easily fasten one end of the support by the fastener.

In addition, the support is formed with a spiral bar on one side to form a spiral bar to extend its size according to the distance between the moving member and the pole, and the other end is formed by a hollow tube, and the hollow to check the loosening degree of the spiral bar from the outside. Jang groove is formed on the tube, characterized in that the fastening nut is provided to fix the elongation degree on the spiral rod.

In addition, the support band is characterized in that the fastening portion is formed at both ends thereof, the fastening bolt protrudes so as to be easily fastened to the other end of the support on the front.

And when the wire member is installed in the double neck shape of the loose neck, the connector is inserted into one wing piece of each wire member, the fixing bolt and the one end of the wire member is fastened, the other end of the connector and both ends are screwed It is made of a horizontal bar, characterized in that the horizontal adjustment member is further provided to adjust the separation distance between the neck when rotating in one direction.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the power line wire and complete replacement mechanism according to the present invention.

1 is a mounting state of the power line wire and complete replacement mechanism according to the present invention, Figure 2 is a detailed view of the armband of the power line wire and complete replacement mechanism according to the present invention, Figure 3 is a power line wire and complete line according to the present invention 4 is a detailed view of the support line and the support band of the power line wire and complete replacement mechanism according to the present invention, Figure 5 is an illustration of the use of the power line wire and complete replacement mechanism disclosed in FIG. 6 is another mounting state of the power line wire and complete replacement mechanism according to the present invention, Figure 7 is an illustration of the use of the power line wire and complete replacement mechanism disclosed in Figure 6, Figure 8 is a power line wire and complete replacement mechanism of the present invention Another mounting state diagram, FIG. 9 is a detailed view of the horizontal adjustment member of the power line disconnection and complete replacement mechanism disclosed in FIG. 8, and FIG. 10 is an example of use of the power line release and complete replacement mechanism disclosed in FIG. Degrees.

First, as shown in Figure 1, the power line wire and complete replacement mechanism according to the present invention is fixed to the armband band 10 and the armband band 10 is fixedly installed on the lower pole (1) of the band 2 The loose wood 10 installed on the pole 1 and having a plurality of through holes 21 perforated thereon, and the double wire 31 mounted on the loose wood 10 so that the power line 4 can be transferred. The support member 40 and one end of which the one end is fastened to the transfer member 30 so that the movable member 20 can be supported through the formed transfer member 30 and the transfer member 30. A support band 50 is provided fixedly on the lower neck pole 1 of the armband 10 so that the side end can be fixed on the pole 1. Unexplained symbol 5 is completed.

In the above-described technical configuration, as shown in FIG. 2, the neckband band 10 includes fastening portions 11 at both ends thereof, and a seating plate 13 having a through hole (not shown) formed therein. It is provided, the binding plate 15 is protruded from the upper and lower ends of the seating plate 13, the seating groove 14 is formed in the inner side. In addition, the fastening is in contact with the front of the seating plate 13 to correspond to the through-hole (not shown) of the seating neck band so that the seating neck 20 can be installed by spaced apart from the neckband band 10 by the width of the stub 5. A partition plate 62 having a hole (not shown) formed in the center thereof, and an insertion plate having a protrusion 63 extending from the partition wall 62 and contacting the inner surface of the binding plate 15 and fastened to the seating groove 14. 64 and an adapter 60 extending from the partition wall 62 to the outside and provided with an accommodating portion 65 so as to embed the loose wood 20 therein.

According to the above technical configuration, the loose neck band 10 is fixed to the electric pole 1 by fastening both ends of the fastening portion 11 and the other end of the band or ordinary band, the seating plate 13 of The fastening holes (not shown) and the loose wood of the adapter are sequentially inserted into the bolts 16 inserted from the inside to the outside through the through holes (not shown), whereby the adapters on the loose neck band 10 60, the loose wood 20 is assembled sequentially. Thus, the loose wood 20 is installed by the adapter 60 spaced apart from the pole 1 by the width of the sling 5. Reference numeral 17 denotes a nut for fastening the bolt 16.

As shown in FIG. 3, the wire member 30 is provided with an accommodating portion 32 therein, so as to be slidably installed on a loose neck (not shown, reference numeral 20 of FIG. 1), and the fastener 35. Through holes 33 corresponding to the through-holes (not shown, reference numeral 21 of FIG. 1) of the loose wood are drilled on the receiving portion 32 so as to be fixedly installed on the loose wood 20. In addition, a wing piece 34 having a perforated wire 31 is formed on both sides so that the power line can be wired, and one end of the support (not shown, reference numeral 40 in FIG. 1) is fastened to the lower end thereof. The flange 38 in which the fastening hole 37 is drilled is formed so as to be easily fastened by the 36a and 36b.

According to the above-described technical configuration, the wire member 30 is slidably mounted on the loose neck 20 by fitting the receiving portion 32 on the loose neck 20, and penetrating on the receiving portion 32. The fixing bolt 35 is fastened in the state where the ball 33 and the through-hole 21 of the loose neck are matched, and is fixedly installed on the loose neck 20. In addition, the support member 30 is supported by the fasteners 36a and 36b in a state where the fastening hole 37 on the flange 38 and the fastening hole (not shown) formed at one end of the support 40 are matched. 40 is supported. Here, the support for the wire member 30 is to support the loose wood 20, the fixing bolt 35 of the wire member 30, the nut 36b of the fastener can be easily tightened and loosened by the operator Preferably, the gripping portion is formed.

Accordingly, in order to wire the existing power line (not shown, reference numeral 4 of FIG. 1), the ball clamp (unsigned) of the suspension insulator is released from the complete 5 to the wire 31 of the wire member 30. By moving, the power line 4 can be easily moved.

The support 40 and the support band 50 are for firmly supporting the armrest 20 from the pole 1 through the two-member member 30. As shown in FIG. 4, the support 40 is two-wire. One side end is formed of a spiral bar 41 so that the size thereof can be extended according to the separation distance between the member (not shown, reference numeral 30 in FIG. 1) and the pole (not shown, reference numeral 1 in FIG. 1). The side end is formed of a hollow tube 45, the long groove 46 is formed on the hollow tube 45 so that the loosening degree of the spiral bar 41 can be confirmed from the outside, the degree of extension on the spiral bar 41 Tightening nut 42 is provided to be fixed. In addition, the support 40 is formed with a fastening hole 43 corresponding to a fastening hole (not shown, reference numeral 37 of FIG. 3) formed at the flange of the wire member at the end of the spiral bar 41, and the hollow pipe 45. Fastening holes 47 are formed at the end to be easily fastened with the support band 50.

The support band 50 has fastening portions 51 formed at both ends thereof, and fastening bolts 52 protrude from the front surface thereof. Accordingly, the support band 50 is fixedly installed on the pole 1 by fastening both ends of the support portion 51 with the other support band or the normal band both ends. In addition, the fastening hole 47 of the end of the support hollow tube is inserted into the fastening bolt 52 of the support band 50, and is fastened by the nut 53 to firmly support the support 40.

According to the above technical configuration, after matching the fastening hole 43 formed in the end of the support spiral bar and the fastening hole 37 formed in the lower flange of the two-wire member, see the fasteners (not shown, 36a, 36b of Figure 3) ), And fasten the fastening hole 47 formed at the end of the hollow tube of the support to the fastening bolt 52 of the support band, and then fasten it with the nut 53, and the support 40 is connected to the loose wood 20. It is installed in the diagonal direction between the poles 1, it is possible to firmly support the loose wood (20). Here, the nut 53 is further provided with a gripping portion so that the operator can easily tighten and loosen.

Next, with reference to FIG. 5, an example of the use of the power line twist and complete replacement mechanism disclosed in FIG. 1 will be described.

As shown in the figure, when the power line 4 is supported and installed on the finish 5 by the suspension insulator 6 (creating a short stock), the bottom of the finish band 2 is first used when the power line is disconnected and / or completed. Install the armband band 10 and the support band 50 in the.

Subsequently, the armband 20 is mounted on the armband band 10 (the installation of the adapter 60 may be omitted), and then the insertion member 30 is inserted and installed on the armband 20. The insertion part through hole (not shown, reference numeral 33 in FIG. 3) of the double wire member 30 coincides with the loose wood through hole 21 and is fastened by the fixing bolt 35. Accordingly, the wire member 30 is fixedly installed on the loose neck (20).

Next, after extending the support 40 by a predetermined length, a fastening hole (not shown, formed by reference numeral 43 in FIG. 4) formed at the end of the spiral bar 41 and a fastening hole formed by the lower member flange 38 (unsigned, 3 is coincided with the fasteners (including 36; 36a and 36b), and the fastening holes (not shown, refer to 47 of FIG. 3) formed at the end of the hollow tube 45 are supported. It is fastened with the nut 53 by inserting it into the fastening bolt (not shown, 52 of FIG. 4) of a band. Accordingly, the support 40 is firmly fastened between the loose neck 20 and the electric pole 1, so that the support neck 20 can be supported.

As a result, the loosening operation of the existing power line 4 is completed by releasing the ball clasp 7 of the suspension insulator 6 and moving it to the two-hole hole (not shown, 31 in FIG. 3) of the two-wire member 30. As the transfer work is completed, the complete replacement work can be performed.

Figure 6 is another mounting state of the power line wire and complete replacement mechanism according to the present invention, the above-mentioned wood band 10, wood 20, wire member 30, support 40 and support band 50 Is provided, and a support line 70 of two lines of power lines for holding the power lines 4 in line is provided.

The support 70 of the power line 2-wire is a first application (Utility Model Registration Application No. 20-2004-0007579), and the mounting portion 71 and the mounting portion 71 are mounted with the loose wood 20 accommodated therein. A rotating tube 72 extending upwardly from the rotating tube 72 having a screw line formed therein, an extending rod 73 inserted into the rotating tube 72 and extending along the screw line, and an electric power line at the upper end of the extending bar 73; A seating portion 74 is provided to seat (4).

Hereinafter, with reference to FIG. 7, an example of use of the power line wiring and complete replacement mechanism disclosed in FIG. 6 will be described.

As shown in the figure, when the power line 4 is supported and installed on the finish 5 by the LPI insulator 8 (creating a short stock), first, the bottom of the finish band 2 is completed when the power line is disconnected and / or completed. Install the armband band 10 and the support band 50 in the.

Subsequently, the loose neck 20 is mounted on the loose neck band 10, and the wire member 30 is inserted and installed on the loose neck 20, and then the insertion part through-hole of the wire member (not shown, FIG. 3). Reference numeral 33) and the loose wood through-hole 21 are matched and fastened by the fixing bolt 35. Accordingly, the wire member 30 is fixedly installed on the loose wood (20).

Then, the support 70 of the power line 2-wire is installed on the loose wood 20, the support 40 is elongated by a predetermined length, and a fastening hole formed at the end of the spiral rod 41 (unsigned, symbol 43 in FIG. 4). Reference) and the fastening holes (not shown, reference numeral 37 in FIG. 3) formed in the lower flange 38 of the double member are fastened with the fasteners (including 36; 36a, 36b). Further, the fastening hole (not shown, reference numeral 47 in Fig. 4) formed at the end of the hollow tube 45 is inserted into the fastening bolt (not shown, reference numeral 52 in Fig. 4) of the support band 50, and the nut 53 Fasten with). Accordingly, the support 40 is firmly fastened between the loose neck 20 and the electric pole 1, so that the support neck 20 can be supported.

As a result, by unwinding the bind (not shown) of the L-Piera (8) to be transferred to the upper seating portion 74 of the support of the power line, the wire to the existing power line (4) is completed, and as the wire is completed Complete replacement work will be available.

8 is another mounting state of the power line wire and complete replacement mechanism according to the present invention, the above-mentioned wood band band 10, the wood (20), the wire member 30, the support line 70 of the power line wire, ( Skeleton neck) The support 40 and the support band 50 is provided, the horizontal adjustment member 80 for adjusting the separation distance between the loose neck of the lap column type is provided.

The horizontal adjustment member 80 is used when the loose neck 20 is installed in the form of a lap, as shown in FIG. A connector 81 having one side end fastened to the fixing bolt 35 of the member 30, and a horizontal bar 83 screwed to the other end of each connector 81 and both ends thereof are provided.

According to the above-described technical configuration, when rotating the horizontal bar 83 of the horizontal adjusting member 80 in one direction, the two side connectors 81 are moved inwards along the threads formed on the inside thereof and inserted into the wire member 30. The separation distance between the two side wood (not shown, reference numeral 20 in FIG. 8) is narrowed, and when the horizontal bar 83 is rotated in the opposite direction, both connectors 81 are moved outward along the thread line formed therein. The separation distance between the two necks inserted into the member 30 is farther away. That is, by rotating the horizontal bar (83) in one direction or the opposite direction can be adjusted the separation distance between the loose neck of the overlapping column shape, because the loose wood is connected to each other through the horizontal adjusting member 80, the wire is transferred to the wire member (30) It is possible to firmly support the tensioned power line (not shown).

Here, the connector 81 is a polygonal head surface 82 is further formed on the outer peripheral surface of one side so that the connector 81 can be prevented from being rotated in the blade piece 34 when fastening with the fixing bolt 35 of the wire member. .

Hereinafter, with reference to FIG. 10, the example of use of the power line wiring and the complete replacement mechanism shown in FIG. 8 is demonstrated.

As shown in the figure, when the power line 4 is supported on the finish 5 by the suspension insulator 6 (creates three phases, overlapping poles), first the completion band (when the power line is disconnected and / or completed replacement work) 2) Install the neckband band 10 and the support band 50 so that the lower neck 20 can be installed in the form of a lap.

Subsequently, in the state in which the adapter 60 is installed on each of the wooden neck bands 10, the respective wooden necks 20 are mounted, and three pieces of the wooden necks 20 can be moved on each of the three wooden power lines. Insert the wire member 30 of the wire member 30 and then insert the through hole (not shown, reference numeral 33 in FIG. 3) of the wire member 30 and the loose wood through hole 21 to match the fixing bolt 35. Fixed installation.

At this time, when the fixing bolt 35 is fastened, the horizontal bar 83 having the connector 81 screwed at both ends is positioned between the two-member blade pieces 34 between the loose necks 20, and the fixing bolt 35 is attached to the fixing bolt 35. By doing so, both connectors 81 are fastened. And in this state by rotating the horizontal bar (83) in one direction to adjust the separation distance between the two loose wood (20).

Then, after each support 40 is elongated by a predetermined length, the fastening hole (not shown, refer to reference numeral 43 in FIG. 4) formed at the end of the spiral bar 41 and the fastening hole formed in the lower flange 38 of the wire member (not shown) 3, and reference numeral 37 in Fig. 3) is fastened by the fastener 36, and the fastening bolt (unsigned, 47 in Fig. 4) formed at the end of the hollow tube 45 is fastened to the support band (Not shown, reference numeral 52 in Fig. 4) and tightened with the nut 53. Accordingly, each support 40 is firmly fastened between the loose neck 20 and the pole 1, so that the support neck 20 can be supported.

As a result, the ball clasp 7 of the suspension insulator of each phase is disengaged and moved to the two-hole hole (unsigned, refer to 31 of FIG. 3) of each of the two members 30 positioned at the lower end thereof. This line is completed, and as the line is completed, the complete replacement can be performed.

On the other hand, the power line wire transfer and complete replacement mechanism according to the present invention, if the power line is to be added or removed in addition to the illustrated embodiment, and if you want to remove or replace the existing complete, implement in various forms within the technical idea of the present invention You can do it.

As described in detail above, according to the present invention, by installing the temporary wood at the lower end of the existing fully finished wire, and by placing the power line and the wiring mechanism on the finished wood, the power line wire work and the complete replacement work can be easily performed. It works.

In addition, in the case of the overlapping line is installed in the form of overlapping column at the bottom of the existing slab, and by using the horizontal adjustment member between the loose wood to be tied to each other, it is possible to easily tension, support the power line wired to the two wire member.

In addition, the horizontal adjustment member is provided to adjust the separation distance between the loose wood, and by providing a stretchable support to adjust the support distance between the wire member and the pole, it can be easily installed and utilized even if the mounting state of the complete It works.

Claims (5)

In the complete line installed on the pole by the complete band, and the power line disconnection and complete replacement mechanism for transferring the power line installed in the complete, And the armband is fixed on the complete band lower pole pole, And the wood is installed on the pole by the wood neck band and a plurality of through holes perforated, A wire member mounted on the loose wood by a fixing bolt and having a wire hole formed thereon so as to wire the power line; A support having one end thereof fastened to the line member so as to support the loose wood through the line member; Power line wire and complete replacement mechanism characterized in that the support band is provided fixed on the bottom pole of the armband neck to secure the other end of the support on the pole. The method of claim 1, The wire member is provided with an accommodating portion therein so as to be inserted into the loose wood, and a through hole for fastening corresponding to the through hole drilled on the loose wood is perforated on the accommodating portion, and the power line is transferred. The wing piece is formed on both sides of the receiving portion to be perforated to form a two-hole perforated, the flange is perforated with a fastening hole to easily fasten one end of the support by a fastener at the lower end of the receiving portion Power line wiring and complete replacement mechanism. The method of claim 1, The support is formed of a spiral bar, one end is formed of a spiral bar, the other end is formed of a hollow tube so as to extend the size according to the separation distance between the wire member and the pole, the hollow to check the loosening degree of the spiral bar from the outside A long line groove is formed on the pipe, and the power line wire and complete replacement mechanism characterized in that the fastening nut is provided to fix the elongation degree on the spiral rod. The method of claim 1, The support band has a fastening portion is formed on both ends thereof, the power line wire and complete replacement mechanism characterized in that the fastening bolt protruding to be easily fastened to the other end of the support on the front. The method of claim 2, When each of the two wire members are installed in the double neck shape, the connector is inserted into one blade piece of each of the two wire members, the connector bolt and one end of the wire member is fastened, the other end of the connector and both ends thereof Power line wire and complete replacement mechanism characterized in that the horizontal adjustment member is further provided to adjust the separation distance between the loose neck when rotating in one direction made of a horizontal screw coupled.