KR102024669B1 - Fixing device of insulator for aerial line - Google Patents

Abstract

The present invention relates to a fixing device of an insulator for an aerial line. Provided is a fixing device of an insulator for an aerial line, configured to temporarily fix an aerial line in a live wire state when an overhead distribution line or the insulator is repaired. The fixing device comprises a fixing member (400) configured to distribute and support an aerial line (L1) which passes through an insulator (IN) of an insulator hanger (200) and a sleeve (300), installed on a support (100), and temporarily fix aerial lines (L1, L2) when the insulator (IN) or the aerial lines (L1, L2) is repaired. During a repairing operation, a wire fixing body is horizontally disposed, the aerial lines are temporarily disposed on an opened portion of a wire fixing part in a U shape, and a fixing bolt is fastened to the opened portion in the U shape, thereby facilitating temporary fixing of the aerial lines, and allowing an operator to conveniently perform repairing operation of the insulator or the aerial lines.

Description

Insulator Utilization Fixture for Processing Distribution {FIXING DEVICE OF INSULATOR FOR AERIAL LINE}

The present invention relates to an insulator utilization fixture for processing distribution.

1 is a view for explaining the prior art.

Referring to FIG. 1, in the related art, a support is installed on the pole P, an insulator INS is provided on the support, and a overhead distribution line is installed on the insulator INS.

In such a state, when the overhead line or insulator INS is conventionally repaired, it is necessary to move the live overhead line installed in the insulator INS. In this case, there is no means for fixing the overhead line. Not only was the work difficult, but there was also the risk of workers being easily exposed to electric shocks due to the liveliness.

In addition, in the case of the prior art, it is very advantageous to change the temporary route of the entire overhead line using light brazing but it is practically difficult to individually change the temporary route of each overhead line. There was an inconvenience to install more.

1. Republic of Korea Patent No. 10-1194831 (Jeonju equipped with insulated for fixing the processing wire and distribution / June 25, 2012)

Accordingly, an object of the present invention is to provide an insulator fixing fixture for work distribution that can temporarily fix work distribution in a live state when repairing a work distribution line or insulator.

In addition, an object of the present invention is to provide an insulator fixing mechanism for the distribution of work that allows the operator to stably wire and branch a plurality of overhead lines in the field as well as to quickly work in accordance with the designed wiring structure.

In the insulator utilization fixture for overhead distribution is installed around the telephone pole,

The insulator utilization fixture,

A curved shape is formed to surround and fix the columnar telegraph pole, and a plurality of fitting grooves are formed along the outer surface of the fitting grooves formed to be inclined and penetrate up and down to form a horn shaped groove, and the inside of the fitting groove has a horn shape corresponding to the fitting groove. A groove forming a groove of the main body is formed at each end of both sides of the flange; A bow shape is formed to detachably cover the upper surface of the main body so as to cover the opened upper portion of the fitting groove, and a through hole is formed to open the upper end of the locking groove, and fixing protrusions protruding corresponding to the flange are formed at both ends, respectively. Pairs of supports to wrap around the telephone pole by configuring each cover;

A first fixing body forming a 'U' to support the insulator; A first connecting member which forms a horn shape corresponding to the fitting groove and is inserted from the upper portion of the fitting groove and bound; A first latch formed in the shape of a horn corresponding to the locking groove so as to protrude from an upper end of the locking groove so as to be inserted into the locking groove, the first latch being protruded and fitted into the through hole; A first pressurizing bolt having a threaded portion having a horn shape, wherein the first connector and the first latch bundle are separated from left and right to form a first right set and a first left set, and a first right set and a first left set. Are joined to each other to form a semi-circular groove in each contact surface of the first right set and the first left set to form a first nut hole, the first right set and the first left set as the first pressure bolt is inserted and inserted. The first nut hole is a horn-shaped insulator hanger so that it is spread from side to side:

The wire fixing part which extends at one end of the rotating part and the rotating part and has a 'c' shape as a whole and a wire insertion groove is formed so that the processing wire is settled in the inner center, and the wire passing through the open area in the 'c' shape of the wire fixing part Wire fixing body consisting of a fixing bolt for fixing the processing wire inserted into the insertion groove; A support connected to the other end of the rotating part and installed to rotate the wire fixing body; A third connecting body integrally connected to the support and inserted into and coupled from an upper portion of the fitting groove by forming a horn shape corresponding to the fitting groove; A third latch formed in the shape of a horn corresponding to the locking groove so as to protrude from an upper end of the locking groove and to be fixed to the end of the third connecting body, and having an upper end protruding into the through hole; A third pressing bolt having a threaded portion having a horn shape, wherein the third connecting body and the third latch bundle are separated from side to side to form a third right set and a third left set, and the third right set and the third left side. When the sets are joined to each other, a semicircular groove is formed in each of the contact surfaces of the third right set and the third left set to form a third nut hole, and the third right set and the third right set are inserted as the third pressure bolt is inserted and inserted. The third nut hole is formed in the shape of a horn so that the left set is spread left and right:

It is characterized by including.

The present invention arranges the wire fixing body horizontally during repair work, and temporarily arranges the processing wire in the wire fixing part of the open portion in the 'c' shape, and the fixing bolt in the open area in the 'c' shape. By fastening, the temporary fixing of the overhead wire can be easily performed, and there is an advantage that a worker can conveniently perform repair work on insulators or overhead wires.

In addition, the present invention has the effect of allowing the operator to stably wire and branch a plurality of processed wires in the field as well as to quickly work in accordance with the designed wiring structure.

1 is a view illustrating a conventional technology,
2 is an exploded perspective view of the fixing device according to the present invention;
3 is a front view showing the shape of the fitting groove and the locking groove of the main body configured in the fixing mechanism according to the present invention, the first connector and the first latch of the insulator hook,
4 is a perspective view showing a state in which the main body of the fixing device according to the present invention is installed,
5 is a view showing a cross-sectional view of the support and the insulator hanger of Figure 2 bound to each other,
6 is a perspective view showing a state in which the fixing mechanism according to the present invention is installed on the telephone pole,
7 is a perspective view showing another embodiment of the insulator hanger of the fixing device according to the present invention;
8 is a plan view showing the installation of another embodiment without the cover in the fixing mechanism according to the present invention,
9 is an exploded perspective view showing another embodiment of the insulator hanger configured in the fixing device according to the present invention;
10 and 11 are views for explaining the operation of the fixing mechanism for the maintenance work of the overhead distribution line in the fixing mechanism according to the present invention.

The above-described features and effects of the present invention will be apparent from the following detailed description with reference to the accompanying drawings, whereby those skilled in the art can easily implement the technical idea of the present invention. There will be. As the inventive concept allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to a specific disclosure, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.

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

Figure 2 is an exploded perspective view showing a fixing mechanism according to the invention, Figure 3 is a fitting groove and the locking groove of the main body configured in the fixing mechanism according to the present invention, the form of the first connector and the first latch of the insulator hook 4 is a perspective view showing the main body of the fixing device according to the present invention is installed, Figure 5 is a cross-sectional view showing the state in which the support and the insulator hanger of FIG. 6 is a perspective view showing a state in which the fixing mechanism according to the present invention is installed in the telephone pole.

2 to 6, the fixing mechanism S of the present embodiment distributes the overhead wire L1 through the insulator IN and the sleeve 300 of the insulator 200 installed in the support 100. And a holding member 400 which supports and temporarily fixes the processing wires L1 and L2 when the insulator IN or the processing wires L1 and L2 are repaired.

The support 100 has a curved plate shape to surround and fix the columnar telegraph pole (P), the inner surface is inclined to form a horn-shaped groove and a plurality of fitting grooves 111 formed to penetrate up and down are arranged along the outer surface The inside of the fitting groove 111 is formed with a locking groove 112 forming a horn-shaped groove corresponding to the fitting groove 111, the main body 110 is formed with a flange 113 at each end of both sides; The upper surface of the main body 110 is detachably covered to cover the opened upper portion of the fitting groove 111, and the through hole 122 penetrating so as to open the upper end of the locking groove 112 is formed, and the flange ( The fixing protrusions 121 protruding corresponding to 113 are formed at both ends of the cover 120, respectively, and constitute a pair so as to surround the telephone pole P.

The insulator hanger 200 includes: a first fixing body 210 having a 'U' shape to support the insulator (IN); A first connector 220 which forms a horn shape corresponding to the fitting groove 111 and is inserted into and fitted from an upper portion of the fitting groove 111; Formed to form a horn shape corresponding to the locking groove 112 is formed to protrude to the end of the first connecting member 220 to be inserted from the upper portion of the locking groove 112, the upper end is projected to fit into the through hole 122 First latch 230; A first pressurizing bolt 240 having a threaded portion having a horn shape; constituting the first connector 220 and the first latch 230 are separated from left and right, so that the first right set T1 and the first left set are separated. T1 and the first right set T1 and the first left set T2 are joined to each other to form the first nut hole 221, and thus, the first right set T1 and the first left set T2. Each contact surface forms a semicircular groove, and as the first pressure bolt 240 is inserted and inserted, the first nut hole 221 so that the first right side set T1 and the first left side set T2 are left and right. ) Forms a horn shape.

The sleeve 300, the main wire tube 310 to pass through and pass through the overhead wire (L1); Inserted from the upper part of the fitting groove 111 by forming a horn shaped shape corresponding to the fitting groove 111 and the branch wire tube 320 through which the main wire tube 310 and the branch line L3 pass through the branch line L3 to conduct electricity. A second connector 330 which is dissolved; Formed to form a horn shape corresponding to the locking groove 112 is formed to protrude to the end of the first connecting member 220 to be inserted from the upper portion of the locking groove 112, the upper end is projected to fit into the through hole 122 Second latch 340; A second pressurizing bolt having a threaded portion having a horn shape; constituting the second connector 330 and the second latch 340 are separated from left and right to form a second right set and a second left set, and the second When the right set and the second left set are joined to each other, semi-circular grooves are formed in each contact surface of the second right set and the second left set to form a second nut hole. The second nut hole has a horn shape so that the right set and the second left set are spread from side to side.

The fixing member 400 extends at one end of the rotating part 411 and the rotating part 411 and has a 'c' shape as a whole, and wire insertion grooves 412a are formed so that the processing wires L1 and L2 are seated at the inner center thereof. Fixing bolt 413 for fixing the wires (L1, L2) inserted into the wire insertion groove (412a) through the open area in the 'c' shape of the wire fixing portion 412, the wire fixing portion 412 Wire fixing body 410 consisting of; A support 420 connected to the other end of the rotating part 411 and installed to rotatably fix the wire fixing body 410; A third connector 430 connected integrally with the support 420 and inserted into and formed from an upper portion of the fitting groove 111 by forming a horn shape corresponding to the fitting groove 111; It is formed to protrude to the end of the third connecting member 430 to form a horn shape corresponding to the locking groove 112 and inserted from the upper portion of the locking groove 112, the upper end is protruding into the through hole 122 Three latch 440; The threaded portion comprises a third pressurizing bolt having a horn shape, wherein the bundle of the third connector 430 and the third latch 440 are separated from the left and right to form a third right set and a third left set, and the third When the right set and the third left set are joined to each other, a semicircular groove is formed in each of the contact surfaces of the third right set and the third left set to form a third nut hole. The third nut hole has a horn shape so that the right set and the third left set are spread from side to side.

Each component is described in more detail.

The support 100 is composed of a main body 110 and a cover 120.

2 to 6, the main body 110 has a curved plate shape surrounding two or more of the telephone pole (P). In the present embodiment, the main body 110 is two, but may be three or more according to the diameter size of the telephone pole (P). On the outer surface of the main body 110, a plurality of fitting grooves 111 are arranged side by side. The fitting groove 111 is formed to penetrate up and down, so that the first connector 220 and the second connector 330 of each of the insulator rack 200 and the sleeve 300 may be inserted from the top to the bottom. have.

delete

On the other hand, the fitting groove 111 is in the form of a horn, as shown in Figure 3, the first and second connectors 220, 330 are easily inserted in the upper portion of the fitting groove 111, the lower portion of the fitting groove 111 E is to be supported. Correspondingly, the first and second connectors 220 and 330 also form a horn shape. As a result, the field worker can easily detach the insulator hanger 200 and the sleeve 300, it is possible to maintain a stable binding state between the insulator hanger 200 and the sleeve 300 and the support 100.

Subsequently, the locking groove 112 is formed inside the fitting groove 111. The locking groove 112 has a horn shape that is normally narrowed as shown in FIG. 3 to correspond to the fitting groove 111 so that the first and second latches 230 and 340 are easily inserted into the locking groove 112 to be engaged. Therefore, while the first and second connectors 220 and 330 are inserted into the fitting groove 111, the first and second latches 230 and 340 are also inserted into the locking groove 112. As a result, the insulator hanger 200 and the sleeve 300 which are attached to the support 100 through the first and second connectors 220 and 330 and the first and second latches 230 and 340 are maintained in a stable fixed state. Can be. In addition, since the fitting groove 111 and the locking groove 112 are formed in various places of the main body 110 as a set, the worker has the insulator hook 220 and the sleeve (at the point where the wires L1 and L2 should be wired). 300) can be correctly placed. For reference, the first and second catches 230 and 340 also form the same horn shape as the first and second connectors 220 and 330.

Subsequently, flanges 113 protrude from each end on both sides of the main body 110. Since the flange 113 of the present embodiment is formed with a through hole 113a, the flange 113 may be fixed to the flange 113 'of another neighboring main body 110' joined for interconnection by bolting or pin fastening. However, it may be fixed through adhesion or welding.

The lid 120 of the present embodiment has a bow shape that covers the upper surface of the main body 110 in a detachable manner so as to cover the opened upper portion of the fitting groove 111. Therefore, the fitting groove 111 opened upward may be closed by the cover 120, and may further cover the first and second connectors 220 and 330 inserted into the fitting groove 111. Cover 120 is preferably a structure that can be removable from the main body 110 for various implementation of the fixing mechanism (S) according to the present invention. For the detachable coupling between the main body 110 and the cover 120, the main body 110 and the cover 120 may be bolted, pinned or coupled together in an assembly manner. Another embodiment of the fixing mechanism (S) will be described again below.

Subsequently, the cover 120 is formed with a through hole 122 through which the upper end of the locking groove 112 is opened as shown in FIGS. 1, 4, and 5. The cover 120 closes the fitting groove 111, but the locking groove 112 of the main body 110 opens through the second through hole 122, so that the first latch 220 of the insulator hanger 200 is closed. The upper end of each of the second latch 330 of the sleeve 300 is inserted. As a result, the protruding upper ends of the first and second latches 220 and 330 are fitted into the second through holes 122, and the cover 120 is engaged with the body 110 by the plurality of insulator hooks 200 and the sleeve 300. Since it is bundled with the cover 120, it is possible to maintain a stable coupling structure between the main body 110 and the insulator hanger 200 and the sleeve 300.

On the other hand, the cover 120 has fixing protrusions 121 protruding corresponding to the flange 113 are formed at both ends, respectively. Since the fixing protrusion 121 of the present embodiment is formed with a through hole 121a, it may be fixed in a bolting or pin fastening manner with the flange 121 'of another adjacent cover 120' joined to each other for interconnection. However, it may be fixed through adhesion or welding.

Figure 7 is a perspective view showing another embodiment of the insulator hanger of the fixing device according to the present invention, Figure 8 is a plan view showing the installation of another embodiment without the cover in the fixing device according to the invention, Figure 9 is Is an exploded perspective view showing another embodiment of the insulator hanger configured in the fixing mechanism according to the present invention.

2 to 9, the insulator hanger 200 may include a first fixing body 210 having a 'U' shape to support the insulator IN; A first connector 220 which forms a horn shape corresponding to the fitting groove 111 and is inserted into and fitted from an upper portion of the fitting groove 111; Formed to form a horn shape corresponding to the locking groove 112 is formed to protrude to the end of the first connecting member 220 to be inserted from the upper portion of the locking groove 112, the upper end is projected to fit into the through hole 122 First latch 230; The screw thread forming a horn-shaped first pressing bolt 240; constitutes.

In this embodiment, the insulator IN installed on the first fixing body 210 is one, but in another embodiment, the fixing body 210 'is connected in series with two insulators IN1 up and down as shown in FIG. Correspondingly, the main bodies 110a and 110b are arranged to be stacked two up and down. At this time, since the cover 120 can be separated from the main body 110, respectively, the two main bodies 110a and 110b stacked up and down are in a state in which the cover 120 is separated. Of course, when the first connector 220 'and the latch 230' of the insulator hanger 200a are attached to the two main bodies 110a and 110b, the cover 120 is fixed to the upper surfaces of the main bodies 110a and 110b. do.

For reference, the insulator IN configures the fixing body S1, and fixes the binding holes S1 and S2 by inserting the fixing body S1 into the first connecting body 220.

Subsequently, the insulator hanger 200a constitutes the first connecting member 220 'inserted into the fitting groove 111 of the main body 110, and is inserted into the locking groove 112 to be fastened to the first connecting member ( It is formed to protrude at the end of 220 and the upper end protrudes to constitute a first latch 230 ′ fitted into the through hole 122. Since the first connector 220 ′ and the first latch 230 ′ describe the fitting groove 111, the locking groove 112, and the through hole 122 of the main body 110, respectively, as described above, further descriptions thereof will be provided. Omit.

The sleeve 300 includes a main line tube 310 through which the overhead wire L1 is energized so as to be energized, a branch line tube 320 through which the branch line L3 is electrically energized, and an insertion groove 111. The second connector 330 and the second latch 340 inserted into the locking groove 112 are configured. The main line 310 and the branch line 320 form a connection state capable of supplying electricity to the overhead wire L1 and the branch line L3, respectively, and the main line 310 and the branch line 320 of the conductive material are in contact with each other and integrated. To achieve. Therefore, the AC current of the overhead wire L1 is energized to the branch line L3 through the branch line pipe 320.

Subsequently, the second connector 330 is inserted into the fitting groove 111 of the main body 110 as described above, and the second latch 340 is engaged with the locking groove 112 and the through hole 122, respectively. . As a result, the sleeve 300 is firmly fastened to the support 100.

The support 100, the insulator 200, and the sleeve 300 forming the coupling structure described above may form a wiring structure as illustrated in FIG. 8, which will be described below.

First, two main wires, overhead wires L1 and L2, are respectively introduced into two insulators IN1 of the insulator hanger 200a illustrated in FIG. One overhead wire L1 is wired in the direction of the sleeve 300, and the other overhead wire L2 is wired to the insulator IN 'of the insulator hanger 200' located on the right side. As a result, the process wire L2 wired to the insulator hanger 200a in the 9 o'clock direction is wired in the 6 o'clock direction through the insulator hanger 200 ′ located on the right side. Meanwhile, the other overhead wire L1 is branched to the branch line L3 while being wired to the sleeve 300, and the overhead wire L1, which is the main wire, is wired to the insulator IN of the insulator hanger 200 located on the left side. It is wired in the 9 o'clock position.

After all, the fixing mechanism (S) according to the present invention while wiring variously the overhead wires (L1, L2) drawn in a variety of directions in a rotary manner, without tangling or crosstalk between the overhead wires (L1, L2) and branch lines (L3) A neat wiring appearance is achieved. In addition, one or more insulators (200, 200 ', 200a) and the sleeve 300 and the like can be arranged freely at the position desired by the operator, if necessary, the main body 110 is configured in a plurality of insulators ( 200, 200 ′, 200 a, the sleeve 300, and the like may be disposed, and the plurality of overhead wires L1 and L2 may be wired with a clean appearance.

The insulator hook 200 of the present embodiment is a bundle of the first connector 220 and the first latch 230 are separated from side to side to form a first right set T1 and a first left set T2, and a first right side. When the set T1 and the first left set T2 are joined to each other, a semicircular groove is formed in each contact surface of the first right set T1 and the first left set T2 to form the first nut hole 221. The first nut hole 221 has a horn shape so that the first right-side set T1 and the first left-side set T2 open to the left and right as the first pressure bolt 240 is inserted and inserted.

In addition, the bundle of the second connector 330 and the second latch 340 of the sleeve 300 is separated from left and right to form a second right set and a second left set, and the second right set and the second left set When joined to each other, a semicircular groove is formed in each of the contact surfaces of the second right set and the second left set to form a second nut hole, and the second right set and the second left set are inserted as the second pressure bolt is inserted and inserted. The second nut hole is shaped like a horn so that it opens to the left and right.

Since the first connector 220 and the first latch 230 of the insulator rack 200 have the same structure and structure as the second connector 330 and the second latch 340 of the sleeve 300, The structure and structure of the connector 330 and the second latch 340 are replaced by the description of the first connector 220 and the first latch 230.

The first connector 220 and the first latch 230 are separated into right and left sections, respectively, and the right sections of the first connector 220 and the first latch 230 separated in this way are bundled together. The first right side set T1 is formed. In addition, the left section of the first connector 220 and the first latch 230 form a bundle to form the first left set T2. Accordingly, the first right set T1 and the first left set T2 may maintain a bonding state with each other or may be spread from side to side.

7 and 8, the first right set T1 and the first left set T2 are joined to each other in a boundary section between the first right set T1 and the first left set T2. Semi-circular grooves are formed in each of the contact surfaces of the first right set T1 and the first left set T2 to form one nut hole 221. Of course, the groove is formed with a thread of a predetermined pitch to form the first nut hole 221.

Subsequently, as the first nut bolt 240 is inserted and inserted into the first nut hole 221, the first right set T1 and the first left set T2 are moved left and right. Form horns so that they open. Of course, the inner diameter of the first nut groove 221 is smaller than the outer diameter of the first pressing bolt 240, so that the first pressing bolt 240 even in a state where the first right set T1 and the first left set T2 are opened to each other. ) And the first nut hole 221 is maintained.

As a result, after the first connecting body 220 and the first latch 230 are inserted into the fitting groove 111 and the locking groove 112 of the main body 110, the first pressing bolt is inserted into the first nut hole 221. When the 240 is inserted, the first right side set T1 and the first left side set T2 are opened to the left and right to press the inner walls of the fitting groove 111 and the locking groove 112, and through this, the first connecting body ( 220 and the first latch 230 maintains a tight binding state to the fitting groove 111 and the locking groove 112.

The technical configuration and structure of the first connector 220 and the first latch 230 described above are equally applied to the second connector 330 and the second latch 340, and thus, the second connector 330 and the second connector 330. Description of the technical configuration and structure of the second latch 340 is omitted.

10 and 11 are views for explaining the operation of the fixing mechanism for the maintenance work of the overhead distribution line in the fixing mechanism according to the present invention.

2 to 11, the fixing member 400 extends at one end of the rotating part 411 and the rotating part 411 and has a 'c' shape as a whole, so that the processing wires L1 and L2 are seated at the inner center thereof. Process wires L1 and L2 inserted into the wire insertion groove 412a through the wire fixing part 412 in which the wire insertion groove 412a is formed and the area of the wire fixing part 412 in the 'c' shape. Wire fixing body 410 consisting of a fixing bolt 413 for fixing the; A support 420 connected to the other end of the rotating part 411 and installed to rotatably fix the wire fixing body 410; A third connector 430 connected integrally with the support 420 and inserted into and formed from an upper portion of the fitting groove 111 by forming a horn shape corresponding to the fitting groove 111; It is formed to protrude to the end of the third connecting member 430 to form a horn shape corresponding to the locking groove 112 and inserted from the upper portion of the locking groove 112, the upper end is protruding into the through hole 122 Three latch 440; The thread portion forms a third pressing bolt having a horn shape.

Next, the fixing member 400 constitutes a third connector 430 inserted into the fitting groove 111 of the main body 110, and is inserted into the locking groove 112 to be fastened to the third connector 430. It is formed to protrude at the end of the upper end to constitute a third latch 440 is fitted into the through hole 122. The third connector 430 and the third latch 440 respectively describe the fitting groove 111, the locking groove 112, and the through hole 122 of the main body 110, and thus, further description thereof will be omitted. .

In addition, the bundle of the third connector 430 and the third latch 440 of the fixing member 400 is separated from the left and right to form a third right set and a third left set, and the third right set and the third left set. Are joined to each other to form a semi-circular groove in each contact surface of the third right set and the third left set to form a third nut hole, and the third right set and the third left side are inserted as the third pressure bolt is inserted and inserted. The third nut hole has a horn shape so that the set is spread from side to side.

Since the first connector 220 and the first latch 230 of the insulator rack 200 have the same structure and structure as the third connector 430 and the third latch 440 of the fixing member 400, The structure and structure of the third connector 430 and the third latch 440 are replaced with the description of the first connector 220 and the first latch 230.

In addition, since the above-described technical configuration and structure of the first connector 220 and the first latch 230 is equally applied to the third connector 430 and the third latch 440, the third connector 430 ) And the description of the technical configuration and structure of the third latch 440 will be omitted.

Next, the fixing member 400 is a support 420 integrally connected to the third connector 430 may rotate the wire fixing body 410, the wire fixing body 410 as shown in Figure 10 (a) Can be arranged vertically.

At this time, the fixing member 400 of the present invention, when the wire fixing body 410 is usually placed horizontally, the horizontal range of the wire fixing body 410 is widened, and accordingly, the tidal wire is closer to the wire fixing body 410. Problems occur due to electric shock or droppings sitting on, there is a problem that the damage of the fixing device (S) occurs when the rain or hail falls damaged or more seriously wrong.

Therefore, in the present invention, when the wire fixing body 410 is normally placed vertically, the horizontal range of the wire fixing body 410 is narrowed, thereby preventing the problem caused by the algae, even if the algae are close to sit. It is possible to reduce the chance of damage even if rain or hail falls, so it is easy to store everyday. In addition, the fixing member 400 may be more stably fixed to the pole (P) and the support 100 through a wire or the like.

On the other hand, the present invention, when the operator moves the position of the processing wire (L1, L2) from the insulator (IN) installed in the insulator hanger 200 to repair the processing wire (L1, L2) or insulator (IN), The fixture 410 is horizontally arranged as shown in FIG. 10 (b). The present invention, the overhead wires (L1, L2) is generally arranged horizontally as shown in the drawings, it can provide a convenience that can be easily placed by the operator.

Next, the present invention is to remove the fixing bolt 413 installed in the wire fixing body 410, as shown in Figure 11, processed wire (L2) in the wire fixing part 412 of the open portion in the '' 'shape Place it. Thereafter, the present invention fastens the fixed fixing bolt 413 to fix the processing wire (L2) disposed on the wire fixing part (412).

In the present invention, as shown in Figure 10 (a), it is easy to keep the wire fixing body 410 is arranged vertically. In addition, the present invention, as shown in Figure 10 (b), during the maintenance work, the wire fixing body 410 is arranged horizontally, the processed wire (L1) in the wire fixing portion 412 of the open portion in the 'c' shape , L2) temporarily placed, by fastening the fixing bolt 413 in the open area in the 'c' shape, it is easy to temporarily fix the processing wires (L1, L2), the operator is insulated ( IN) or overhead wires (L1, L2) there is an advantage that can be convenient for the maintenance work.

In addition, in the present invention, when the maintenance work of the operator is finished, the fixing bolt 413 for fixing the processing wire (L2) in the above state is reversed, and the processing wire (L2) is fixed to the insulator (IN). Thereafter, the worker inserts the fixing bolt 413, and arranges the wire fixing body 410 vertically as shown in Figure 10 (a). Therefore, the present invention can be easily stored in the usual fixing member 400, and easy to temporarily arrange the processing wires (L1, L2) via the fixing member 400 during maintenance work to provide convenience of work.

Meanwhile, in this embodiment, the fixing member 400 is installed as shown in FIGS. 2, 4, 6 and 11, but in another embodiment, the insulator hanger 200 and the sleeve 300 are not installed in the fitting groove 111. It can be installed, there is an advantage that the work is convenient by temporarily fixing the processing wire (L1, L2) during maintenance work of the insulator (IN) or the processing wire (L1, L2) installed in the insulator hanger 200.

In the detailed description of the present invention described above with reference to the preferred embodiments of the present invention, those skilled in the art or those skilled in the art having ordinary skill in the art will be described in the claims to be described later And it will be understood that various modifications and changes of the present invention can be made without departing from the scope of the art.

100; Supports 110, 110 ', 110a, 110b; main body
120, 120 '; Cover 200, 200 '; Insulator
210; Fixture 220; First connector
230; First latch 300; sleeve
310; Main Line 320; Branch pipe
330; Second connector 340; Second latch
400; Fixing member 410; Wire fixing
420; Support 430; Third connector
440; Third latch

Claims (1)

In the insulator utilization fixing mechanism for processing distribution installed around the telephone pole (P),
The insulator utilization fixture,
Form a curved shape to wrap around the cylindrical pole (P), the inner surface is inclined to form a horn-shaped groove, the fitting groove 111 formed to penetrate up and down is arranged a plurality along the outer surface, of the fitting groove 111 A locking groove 112 constituting a horn-shaped groove corresponding to the fitting groove 111 is formed at an inner side thereof, and a main body 110 having flanges 113 formed at each end of both sides; It forms a bow shape covering the upper surface of the main body 110 to cover the open upper portion of the fitting groove 111, is bolted and coupled to the main body 110 to be detachable, the through-hole penetrating so as to open the upper end of the locking groove 112 While the 122 is formed, the cover 120 in which the fixing protrusions 121 protruding corresponding to the flange 113 are formed at both ends, respectively, constitutes a pair so as to surround the telephone pole P. Supporting Base (100):
A first fixing body 210 having a 'U' shape to support the insulator IN; A first connector 220 which forms a horn shape corresponding to the fitting groove 111 and is inserted into and fitted from an upper portion of the fitting groove 111; Formed to form a horn shape corresponding to the locking groove 112 is formed to protrude to the end of the first connecting member 220 to be inserted from the upper portion of the locking groove 112, the upper end is projected to fit into the through hole 122 First latch 230; A first pressurizing bolt 240 having a threaded portion having a horn shape; constituting the first connector 220 and the first latch 230 are separated from left and right, so that the first right set T1 and the first left set are separated. T1 and the first right set T1 and the first left set T2 are joined to each other to form the first nut hole 221, and thus, the first right set T1 and the first left set T2. Each contact surface forms a semicircular groove, and as the first pressure bolt 240 is inserted and inserted, the first nut hole 221 so that the first right side set T1 and the first left side set T2 are left and right. ) Is a horn shaped insulator hanger (200): And
Wire fixing part 412 extending to one end of the rotating part 411, the rotating part 411, the wire insertion groove 412a is formed so that the processing wire (L1, L2) is seated in the inner center of the 'c' shape, Wire fixing body 410 consisting of a fixing bolt 413 for fixing the processing wires (L1, L2) inserted into the wire insertion groove (412a) through the open area in the 'c' shape of the wire fixing portion 412 ); A support 420 connected to the other end of the rotating part 411 and installed to rotatably fix the wire fixing body 410; A third connector 430 connected integrally with the support 420 and inserted into and formed from an upper portion of the fitting groove 111 by forming a horn shape corresponding to the fitting groove 111; It is formed to protrude to the end of the third connecting member 430 to form a horn shape corresponding to the locking groove 112 and inserted from the upper portion of the locking groove 112, the upper end is protruding into the through hole 122 Three latch 440; The threaded portion comprises a third pressurizing bolt having a horn shape, wherein the bundle of the third connector 430 and the third latch 440 are separated from the left and right to form a third right set and a third left set, and the third When the right set and the third left set are joined to each other, a semicircular groove is formed in each of the contact surfaces of the third right set and the third left set to form a third nut hole. The third nut hole has a fixing member 400 that forms a horn shape such that the right set and the third left set are spread from side to side.
Insulator utilization fixing mechanism for processing and distribution comprising a.

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