KR102449798B1 - Distribution line connection device and manufacturing system - Google Patents

Abstract

The present invention relates to a utility pole distribution line connection device equipped with a transformer, which comprises: a band assembly (100) which includes an upper band (110) having a fix band part (111) and a first extension piece (112), and a lower band (120) having a lift band part (121), a second extension piece (122), an arc plate (123) and a connector (124); and a first overhead distribution line fixing mechanism (200) which includes a first fixing body (210), a first bracket (220), a first insulator (230), and a first insulator fixing means (240).

Description

Distribution line connection device and manufacturing system equipped with a transformer

The present invention relates to a power pole distribution line connection device and a manufacturing system equipped with a transformer, and more clearly, the operator can easily check whether there is a short circuit, so that the operator can be safely protected from the risk of electric shock, and the height adjustment and rotation Transformer that can work conveniently because it is possible to freely set the location where the second overhead distribution line will be installed through the function It relates to a provided telephone pole distribution line connection device and a manufacturing system.

Electric lines connected to transformers are mainly composed of multi-steps on the circumference of electric poles. These distribution lines have recently been leased from telecommunication companies and constructed by adding communication lines to the lower end of low-voltage distribution lines, and are called telegraph poles. have.

That is, the overhead branch wire, extra-high voltage wire, neutral wire, low voltage wire, and communication wire are sequentially installed from the top on the peripheral surface of the electric pole or utility pole to configure the line. At this time, the extra high voltage line is arranged in the horizontal direction through the pole on the perimeter of the pole, whereas the low voltage line and the communication line are usually arranged along the vertical direction through the rack pole on the perimeter of the pole.

However, if an additional low-voltage line (hereinafter referred to as a branch line) is additionally installed on the lower side of the line, the separation distance between the communication line and the branch line cannot be secured, and the separation distance between the branch line and the ground is insufficient. In order to maintain the separation distance between the distribution line and the earth, a part of the low-voltage line is changed to a horizontal arrangement, a rack is installed on the lower side of the low-voltage line through each branch band, or a strap is attached to the tip of the rack to create a branch line One of various methods was selected and constructed, such as the method of constructing a

In addition, in the prior art, since there is no means for detecting an electric leakage when an electric leakage occurs, there is a serious problem that an operator may receive an electric shock accident if an operator makes an accidental contact in a state in which electric leakage is occurring. There was not enough space to mount it, so it was inconvenient that the operator had to carry it.

According to the present invention, the operator can easily check whether there is a short circuit, so that the operator can be safely protected from the risk of electric shock. It is to provide a utility pole distribution line connection device and a manufacturing system equipped with a transformer that can be used to temporarily hold various tools necessary for work and can conveniently perform work.

In the following description, the electric pole and the telephone pole have the same meaning and will be selectively described according to the context.

In addition, a transformer equipped with a management means for monitoring and managing various situations occurring on the device and system of the present invention, monitoring access to a specified location, and real-time detection of abnormal situations to enable immediate response. It is to provide a power pole distribution line connection device and manufacturing system.

In addition, there is a management means that enables stable operation based on various photographic objects to monitor and manage the process of production, installation, and operation of a large number of devices and systems of the present invention, and enables real-time verification and subsequent verification of production, installation, and operation. It is to provide a power pole distribution line connection device and a manufacturing system equipped with a transformer.

In addition, the present invention is equipped with a transformer capable of performing verification and maintenance while flexibly coping in various structural environments by constructing the initial management and subsequent continuous management in various configurations and forms in the construction and operation of devices and systems. It is to provide a power pole distribution line connection device and manufacturing system.

In addition, the present invention operates to selectively expose externally in consideration of the conditions and efficiency needs for shooting-related configurations in various forms in the construction and operation of devices and systems, and protects them from external contamination sources and shocks. To provide a utility pole distribution line connection device and manufacturing system equipped with a transformer capable of performing the

In addition, the present invention is a transformer having a management unit having a structural feature that protects from vibration and vibration damage by more stably realizing a state in which a photographing-related configuration is mounted in various forms in the construction and operation of devices and systems. It is to provide an equipped utility pole distribution line connection device and manufacturing system.

The problems of the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

The present invention relates to a power pole distribution line connection device equipped with a transformer, a fix band portion 111 arranged to face each other with respect to the utility pole (P) and fixed to the outer peripheral surface of the utility pole (P) via the connection means (C1); The upper band 110 and the telephone pole ( A lift band portion 121, a lift band portion disposed opposite to each other with respect to the telephone pole P so as to surround P), disposed under the fix band portion 111, and having a receiving portion 121a opened to both ends and an outer circumferential surface therein It extends upwardly from (121) and faces the outer circumferential surface of the first extension piece 112 and is elevatingly coupled to the guide bolt 112a through the guide hole 122a formed along the longitudinal direction to the fixing nut 112b. The second extension piece 122 pressed and fixed by the pressure and fixed by means of each fitted into the receiving portion 121a of the lift band portion 121 rotates around the telephone pole (P), the concave-convex connector insertion portion (123a) is integrally formed at both ends. The arc plate 123, a band assembly 100 consisting of a lower band 120 consisting of a connector 124 that is detachably inserted into the connector insertion portion 123a of the arc plate 123 and interconnects the arc plate 123 (100) ; and a first fixing body 210 protruding in a direction perpendicular to the first extension piece 112 from the outer circumferential surface of the fix band unit 111 and a 'C' shape fixed to the distal end of the first fixing body 210 . of the first bracket 220, the first insulator 230 accommodated in the first bracket 220 to insulate the first processing distribution line L1, and the first insulator 230 installed in the first bracket 220 ) provides a power pole distribution line connection device and a manufacturing system equipped with a transformer including a first overhead distribution line fixing mechanism 200 consisting of a first insulator fixing means 240 for fixing.

According to the present invention as described above, there are one or more of the following effects.

According to the present invention, the operator can easily check whether there is a short circuit, so that the operator can be safely protected from the risk of electric shock. Various tools necessary for the work can be temporarily stored, so that the work can be carried out conveniently.

In addition, a transformer equipped with a management means for monitoring and managing various situations occurring on the device and system of the present invention, monitoring access to a specified location, and real-time detection of abnormal situations to enable immediate response. It is possible to provide a power pole distribution line connection device and a manufacturing system.

In addition, there is a management means that enables stable operation based on various photographic objects to monitor and manage the process of production, installation and operation of multiple devices and systems of the present invention, and enabling real-time verification and subsequent verification of attachment, installation, and operation. It is possible to provide a power pole distribution line connection device and a manufacturing system equipped with a transformer.

In addition, in the construction and operation of devices and systems, it is built to enable initial management and subsequent continuous management in various compositions and forms, so that it can respond flexibly in various structural environments, and is equipped with a transformer that can verify and maintain power pole distribution lines It is possible to provide a connecting device and a manufacturing system.

In addition, in the construction and operation of devices and systems, in consideration of the conditions and efficiency requirements for shooting-related configurations in various forms, it is operated to be selectively exposed to the outside, protected from external contamination sources and impacts, etc. It is possible to provide a power pole distribution line connection device and a manufacturing system equipped with a transformer capable of

In addition, in various forms in the construction and operation of devices and systems, it is possible to provide X, which has a management unit having a structural feature that protects it from vibration and vibration damage by more stably realizing a state in which a photographing-related configuration is mounted. have.

1 is a view showing an example of installation of a power pole distribution line connection device and manufacturing system provided with a transformer according to the present invention.
Figure 2 is an exploded perspective view of a telephone pole distribution line connection device and manufacturing system equipped with a transformer according to the present invention.
3 is an exploded perspective view showing an upper band and a first overhead distribution line fixing mechanism in a telephone pole distribution line connecting device and manufacturing system equipped with a transformer according to the present invention.
Figure 4 is an exploded perspective view showing the lower band, the second overhead distribution line fixing mechanism and the connecting wire temporary mechanism in the telephone pole distribution line connecting device and manufacturing system provided with the transformer according to the present invention.
5 is a view for explaining the operation relationship of the lower band and the second overhead distribution line fixing mechanism and the connecting line temporary mechanism in the electric pole distribution line connecting device and manufacturing system equipped with a transformer according to the present invention.
6A and 6B are views for explaining an exploded perspective view and operation showing a tool holder separately extracted from a telephone pole distribution line connection device and a manufacturing system equipped with a transformer according to the present invention;
Figure 7 is a block diagram showing the correlation between the elements constituting the earth leakage check unit in the electric pole distribution line connection device and the manufacturing system provided with the transformer according to the present invention.
Figure 8 is a view for explaining the operation of a power pole distribution line connection device and manufacturing system equipped with a transformer according to the present invention.
and
9 to 14 are views showing main components according to the present invention.

Hereinafter, it will be described in detail based on the accompanying drawings.

1 is a view showing an installation example of a power pole distribution line connecting device and manufacturing system equipped with a transformer according to the present invention, and FIG. 2 is an exploded perspective view of a power pole distribution line connecting device and manufacturing system equipped with a transformer according to the present invention 3 is an exploded perspective view showing the upper band and the first overhead distribution line fixing mechanism separately extracted from the overhead distribution line fixing device having an insulation function according to the present invention, and FIG. 4 is a utility pole distribution line equipped with a transformer according to the present invention It is an exploded perspective view showing the lower band, the second overhead distribution line fixing mechanism, and the connecting wire temporary mechanism separately extracted from the furnace connection device and manufacturing system, and FIG. It is a view for explaining the operational relationship between the band and the second overhead distribution line fixing mechanism and the connecting wire temporary mechanism, and FIGS. 6a and 6b are separately extracted tool holders from the utility pole distribution line connection device and manufacturing system equipped with a transformer according to the present invention It is a view for explaining the exploded perspective view and operation, and FIG. 7 is a block showing the correlation between the components constituting the earth leakage check unit in the telephone pole distribution line connection device and the manufacturing system provided with the transformer according to the present invention it is do

1 to 7, the power pole distribution line connection device and manufacturing system provided with a transformer according to the present invention is a band assembly 100, a first overhead distribution line fixing mechanism 200, and a second processing distribution line fixing mechanism 300. , the connecting wire temporary mechanism 400, the tool holder 500, and the electric leakage checking unit 600, and according to this, the operator can easily check whether there is an electric leakage, so that the operator can be safely protected from the risk of electric shock, and the height can be adjusted Through the and rotation function, the location where the second processing distribution line (L2) will be installed can be freely set, so the construction work is convenient. There is a characteristic.

1 to 6 , the band assembly 100 includes an upper band 110 and a lower band 120 . In the case of this embodiment, the band assembly 100 is disposed under a transformer (not shown) installed on the utility pole P and is installed so as to be liftable on the outer circumferential surface of the utility pole P. The upper band 110 includes a fix band unit 111 and a first extension piece 112 . The fixed band unit 111 includes a pair of arc-shaped divided members.

As an example, the fix band part 111 is disposed to face each other with respect to the utility pole (P) and is installed at both ends in a state in which it is abutted against the outer circumferential surface of the utility pole (P) through the connecting means (C1: bolt and nut) as a medium. (P) is fixed. In addition, the first extension piece 112 is a plate having an arc-shaped cross section, and extends downward from the lower end of each of the fix band portions 111 , and a guide bolt 112a is integrally formed on the outer peripheral surface of the distal end. A second extension piece 122, which will be described later, is fitted to the guide bolt 112a so as to be elevating through the guide hole 122a, and is secondly extended by a fixing nut 112b fastened to the guide bolt 112a. The piece 122 is press-fixed so that the position is fixed.

On the other hand, the lower band 120 is composed of a lift band part 121, a second extension piece 122, an arc plate 123 and a connector 124, and in this embodiment, the lower band 120 is raised and lowered at the lower part of the upper band 110. Possibly arranged to surround the outer peripheral surface of the telephone pole (P) serves to guide the second processing distribution wire fixing mechanism 300 and the connecting wire temporary mechanism (400).

Here, the lift band part 121 is divided into a semicircular member having a 'C'-shaped cross section to form a pair. (P) is arranged to face each other based on the role of guiding the arc plate 123 to rotate around the telephone pole (P).

In addition, the lift band part 121 has an accommodating part 121a having an inside open at both ends and an outer circumferential surface, and the arc plate 123 is movably fitted in the accommodating part 121a to move around the telephone pole P. rotate

Subsequently, the second extension piece 122 is a plate having an arc-shaped cross-section, and extends upward from the upper end of each lift band unit 121 to be raised and lowered against the outer circumferential surface of the first extension piece 112 . In addition, the second extension piece 122 is integrally formed with a guide hole 122a formed along the longitudinal direction, and a guide bolt 112a is movably fitted into the guide hole 122a.

And between the second extension piece 122, the tool holder 500 is installed detachably through the coupling band 520 as a medium. As an example, in a state in which the first extension piece 112 and the second extension piece 122 are coupled to each other via a guide bolt 112a and a guide hole 122a, the longitudinal direction of the first extension piece 112 is Accordingly, when the second extension piece 122 is raised to a desired position and then the fixing nut 112b fastened to the guide bolt 112a is tightened, the second extension piece 122 is fixed while being pressed by the fixing nut 112b. Accordingly, the operator can freely adjust the desired height.

The arc plate 123 is a semi-circular member, and in this embodiment, is movably inserted into the receiving part 121a of the lift band part 121, and at both ends of the arc plate 123, concave-convex connector insertion parts 123a ) are integrally formed.

The connector 124 is inserted into the connector insertion portion 123a of the arc plate 123 to interconnect the divided arc plates 123 to limit the lift band portion 121 from being opened. As an example, if the boundary line of the lift band unit 121 and the boundary line of the arc plate 123 are displaced from each other by a predetermined angle, the spread of the lift band unit 121 can be limited, but the arc at the boundary line of the lift band unit 121 is When the boundary line of the plate 123 is positioned, there is a problem in that the lift band part 121 is naturally separated regardless of the intention of the operator.

When the arc plate 123 is interconnected through the connector 124, the arc plate 123 forms an integrated structure, so even if the boundary line of the lift band unit 121 and the boundary line of the arc plate 123 coincide with each other, the lift band unit (121) can fundamentally solve the problem that occurs regardless of the intention of the operator.

1 to 3 , the first overhead distribution line fixing mechanism 200 includes a first fixing body 210 and a first bracket 220 , a first insulator 230 and a first insulator fixing means 240 . In the case of this embodiment, it is installed in the fix band part 111 constituting the band assembly 100 and electrically connected to the wire drawn out from the transformer (not shown) to insulate and fix the first processing distribution line (L1). play a role

The first fixture 210 is a member protruding from the outer circumferential surface of the fix band part 111 in the transverse direction forming orthogonal to the first extension piece 112 . Here, the first bracket 220 as a whole forms a 'C' shape and is integrally formed at the end of the first fixing body 210 to provide a space in which the first insulator 230 can be installed.

The first insulator 230 is accommodated in the first bracket 220 as an insulator and is installed via a first insulator fixing means 240 (bolt and nut), and is used for construction and insulation of the first overhead distribution line L1. used for the purpose

1, 2 and 4, the second overhead distribution line fixing mechanism 300 includes a second fixing body 310, a second bracket 320, a second insulator 330, and a second insulator fixing means. As configured by 340, in the present embodiment, the second overhead distribution line is installed on the arc plate 123 constituting the band assembly 100 and is electrically connected to the first overhead distribution line L1 via the connecting line CL. It insulates and fixes (L2).

The second fixture 310 is a member protruding from the outer circumferential surface of the arc plate 123 in the transverse direction forming orthogonal to the second extension piece 122 . The second bracket 320 has a 'C' shape as a whole and is integrally formed at the end of the second fixing body 310 to provide a space in which the second insulator 330 can be installed. The second insulator 330 is accommodated in the second bracket 320 as an insulator and installed via a second insulator fixing means 340 (bolt and nut), for the purpose of construction and insulation of the low voltage branch line (L). used

1, 2 and 4, the connection wire temporary mechanism 400 is a third fixture 410, a third bracket 420, a third insulator 430, and a third insulator fixing means (440) In this embodiment, the connecting line (CL) that is installed on the arc plate 123 constituting the band assembly 100 and electrically connects the first and second processing distribution lines (L1) and (L2) to the power poles is It serves to insulate and fix so as not to interfere with (P).

The third fixture 410 is a member protruding from the outer peripheral surface of the arc plate 123 to form a predetermined angle with the second processing distribution wire fixing mechanism 300 in the transverse direction forming orthogonal to the second extension piece 122. . The third bracket 420 has a 'C' shape as a whole and is rotatably installed at the end of the third fixing body 410 to provide a space in which the third insulator 430 can be installed.

In order to enable the third bracket 420 to be rotatably installed on the third fixture 410 , the shaft bolt 411 passing through the third bracket 420 is integrally formed with the third fixture 410 . formed, and the third bracket 420 is inserted through the shaft bolt 411, and the nut 412 is fastened to the shaft bolt 411 through which the third fixture 410 and the third bracket 420 are inserted. ) to form an integrated structure.

The third insulator 430 is accommodated in the third bracket 420 as an insulator and is installed via a third insulator fixing means 440 (bolt and nut), and is used for construction and insulation of the connecting wire CL. do. As an example, as shown in FIG. 5 , the second processing distribution line fixing mechanism 300 and the connecting wire temporary mechanism 400 form an integrated structure with the arc plate 123 so that the arc plate is centered on the telephone pole (P). When 123 rotates, the second overhead distribution line fixing mechanism 300 and the wiring temporary mechanism 400 also move in the lateral direction (horizontal direction) together, so the operator in the omni-directional position moves the second overhead distribution line ( L2) can be constructed, so the work becomes easier, and in particular, when there is a facility on the path where the second overhead distribution line L2 is to be erected, it is possible to avoid it and construct it, which has the advantage of improving the convenience of work.

6A and 6B, the tool holder 500 is composed of a body 510, a coupling band 520, and a spring 530, and in this embodiment, is detachably attached to the second extension piece 122. It is installed and provides a space to temporarily hold various tools and parts necessary for work while the work is in progress.

The body 510 includes a frame 511 and a foldable plate 512 . The frame 511 has a rectangular shape as a whole, and one side is formed with the same curvature as the outer peripheral surface of the telephone pole (P) so that it can be closely buttted to the outer peripheral surface of the telephone pole (P), and the interior is a receiving space penetrating up and down this is provided

In addition, on both sides of the frame 511, outwardly protruding spring-supporting parts 511a are integrally formed, and on one side of the spring-supporting part 511a, along the longitudinal direction, a long hole 511b is integrally formed, and the springers are integrally formed. A guide hole 511c penetrated in an arc shape is integrally formed on the other side with respect to the tooth 511a.

Here, the guide hole 511c is an arc-shaped through hole, and more specifically, it is provided between the arc-shaped surface and the receiving space, and the arc-shaped coupling band 520 is formed through both ends of the guide hole 511c. movably fitted.

The foldable plate 512 is installed to be foldable (foldable or unfoldable) in the receiving space of the frame 511 and serves to block the lower portion of the receiving space so that the tool can be stored in the receiving space. The foldable plate 512 is divided into a first bottom part 512a and a second bottom part 512b, and one end is connected to be folded and unfolded through a hinge, the first bottom part 512a. is rotatably installed in the accommodating space of the frame 511 via the first shaft pin P1 provided at the other end, and the second bottom portion 512b is inserted through the long hole 511b The second shaft pin (P2) It is movably installed in the receiving space of the frame 511 through the.

As an example, when the foldable plate 512 is folded through a hinge, as the receiving space of the frame 511 communicates with each other, it is possible to fundamentally solve the problems of rainwater pooling and birds nesting, and the foldable plate 512 ) through the hinge, the lower part of the receiving space of the frame 511 is naturally clogged, so that tools necessary for the work can be stored.

The coupling band 520 is an arc-shaped member, and as a fixing means for hanging the body 510 on the second extension piece 122 , in this embodiment, the coupling band 520 is the second extension piece 122 . ) is detachably coupled to the body 510 and serves to control the departure of the body 510 . The coupling band 520 is disposed to face each other with respect to the body 510, one end is movably fitted into the guide hole 511c of the body 510, and the other end is the second extension piece 122. It has a hook shape so that it can be detachably fitted to the

As an example, when the coupling band 520 is moved along the guide hole 511c of the body 510, the interval (width) between the coupling bands 520 is freely adjusted, and thus the second extension piece is easy and convenient. Since it can be coupled to the 122, there is an advantage in that the installation operation of the tool holder 500 is very convenient.

Furthermore, when the tool holder 500 is installed on the second extension piece 122 arranged to face each other based on the boundary line of the lift band unit 121 , the second extension piece 122 through the tool holder 500 . As these interconnections are connected, an additional effect can be expected to further suppress the spread of the lift band unit 121 together with the arc plate 123 and the connector 124 .

The spring 530 is a known coil spring, and in this embodiment, both ends are connected to the spring holder 511a and the second shaft pin P2, respectively. When the foldable plate 512 is not used, the foldable plate 512 is It serves to pull the foldable plate 512 so as to always maintain the folded state. As an example, when the foldable plate 512 is unfolded, the spring 530 naturally maintains the pulled state as the second shaft pin P2 and the spring holder 511a move away from each other, and vice versa, the foldable plate 512 When folded, the second shaft pin P2 is pulled by the restoring force of the spring 530, and the first bottom part 512a and the second bottom part 512b are folded through the hinge (hinge) as the frame 511. ) is stored in the storage space of

1 and 7, the earth leakage checking unit 600 is composed of an earth leakage sensor 610, a control unit 620, and a warning light unit 630. In this embodiment, it is installed in the band assembly 100. In the event of a short circuit, it detects and notifies the surrounding area.

The earth leakage sensor 610 is installed on the outer surface of the upper band 110 made of a metal material and loses its function due to damage to the first insulator 230. output to the control unit 620 . The control unit 620 receives a detection signal from the earth leakage sensor 610 and serves to control the operation of the warning light unit 630 .

The warning light 630 is controlled by the control unit 620 to emit light to the surroundings, and the operator can intuitively recognize that a short circuit is occurring through the light-emitting light 630 that emits light. It is possible to quickly perform maintenance while avoiding the risk of

8 is a view for explaining the operation of a telephone pole distribution line connection device and a manufacturing system equipped with a transformer according to the present invention, with reference to this, the first overhead distribution line (L1) and the second overhead distribution line (L2) and the connection line (CL) ), the construction (installation) process and action are described as follows.

First, the upper band 110 and the lower band 120 are wrapped around the circumferential surface of the telephone pole P so that the band assembly 100 is positioned at the lower part of the transformer (not shown), and then the upper band 110 is connected to the connecting means (C1). ) is fixed to the telephone pole (P) through the medium, and the lower band 120 is coupled to the connector insertion part 123a of the arc plate 123 so that the lift band part 121 does not open, and the connector 124 is coupled to the arc plate ( 123) to form an integrated structure.

Here, the first overhead distribution line fixing mechanism 200 and the earth leakage checking unit 600 are in the fix band portion 111 of the upper band 110, and the second overhead distribution line fixing mechanism 300 and the connecting wire temporary mechanism 400 are the lower portions. It is installed on the arc plate 123 of the band 120.

Then, one end of the body 510 in a state in which the coupling band 520 of the tool holder 500 is moved along the guide hole 511c of the body 510 to widen the interval (width) between the coupling bands 520 . (The part where the arc-shaped surface is formed) is abutted to the outer peripheral surface of the telephone pole (P).

When the body 510 is abutted to the outer circumferential surface of the telephone pole (P) as described above, the coupling band 520 guides the body 510 until the hook portion of the coupling band 520 is coupled to the second extension piece 122. It moves along the ball 511c, and by this process, the tool holder 500 is installed on the second extension piece 122 .

On the other hand, in the installed state as described above, the first insulator 230 of the first overhead distribution line fixing mechanism 200 is constructed with the first overhead distribution line L1, and the second insulator of the second overhead distribution line fixing mechanism 300 ( 330), a second overhead distribution line (L2) is constructed.

At this time, when the operator determines that it is necessary to temporarily store various tools and parts necessary for construction in the body 510 of the tool holder 500, unfold the folded foldable plate 512 through the hinge (hinge) to the body ( Block the lower portion of the receiving space of the 510 , and when the lower portion of the receiving space of the body 510 is blocked by the foldable plate 512 in this way , the tool or component is mounted on the tool holder 500 .

In this way, after constructing the first overhead distribution line (L1) and the second overhead distribution line (L2), respectively, the operator connects the wire drawn from the transformer (not shown) and the first overhead distribution line (L1) through a branch sleeve (not shown) to electrically interconnect, and the first overhead distribution line L1 and the second overhead distribution line L2 are electrically interconnected via the connecting line CL.

At this time, since the jumper wire (L) can be easily shaken by an external force, one end is wound around the third insulator 430 of the connecting wire temporary mechanism 400, and then one end is connected to the first overhead distribution line (L1), and the other end is the second end. It is preferable to connect to the second overhead distribution line (L2).

In particular, in the case of the connection line temporary mechanism 400, the connection line CL can be reliably supported more stably as the third bracket 420 is rotated and fitted according to the construction path of the connection line CL. There is an advantage.

On the other hand, if an object that may interfere is located on the path on which the second overhead distribution line L2 is to be erected and therefore needs to be avoided, loosen the fixing nut 112b and then interpose the guide bolt 112a and the guide hole 122a. The lower band 120 is raised and lowered by a furnace, and when the lower band 120 is positioned at an avoidable position, the operator tightens the loosened fixing nut 112b again to fix the position of the lower band 120 .

And when the arc plate 123 is rotated around the telephone pole (P), the second processing distribution wire fixing mechanism 300 and the connecting wire temporary mechanism 400 fixed to the arc plate 123 rotate together, so the temporary path is can be easily changed.

On the other hand, when the insulation function of the first and second insulators 230 and 330 on which the first and second overhead distribution lines (L1, L2) are erected is lost and current flows to the surroundings, the earth leakage sensor 610 detects this leakage and the control unit ( 620), and the control unit 620 receives a detection signal from the earth leakage sensor 610 to control the operation of the warning light 630, and the warning light 630 is operated and controlled by the control unit 620. It emits light around it.

As described above, when the light is emitted through the warning light unit 630, the operator can intuitively recognize that an electric leakage is occurring, so that the repair work is carried out quickly.

Meanwhile, if necessary, a buzzer (speaker) may be applied instead of the warning light 630 . According to this embodiment, when an earth leakage occurs, the earth leakage detection sensor 610 detects the earth leakage and outputs a signal to the control unit 620, and the control unit 620 receives the signal and operates the warning light unit 630 to control the light to the surroundings. By releasing the power, the operator can intuitively determine whether there is an electric leakage, and accordingly, it is possible to safely protect the operator from dangers such as electric shock, as well as to perform maintenance quickly.

In addition, even if the interference object is located on the path where the second overhead distribution line (L2) is to be erected, it can be easily avoided and erected without damaging or destroying the interference object through height adjustment and lateral movement by rotation. There is an advantage in that the operation becomes very convenient. And, by reinforcing the tool holder 500, various tools necessary for work can be temporarily placed therein, and thus, there is an advantage that the convenience of work can be greatly improved.

In particular, when the foldable plate 512 constituting the tool holder 500 is folded through a hinge, the accommodating space of the frame 511 communicates with each other, thereby fundamentally solving the problems of rainwater pooling and bird nesting. When the foldable plate 512 is unfolded through the hinge, the lower portion of the receiving space of the frame 511 is naturally clogged, so tools necessary for the work can be stored, thereby greatly enhancing the user's convenience.

In addition, when the coupling band 520 is moved along the guide hole 511c of the body 510, the interval (width) between the coupling bands 520 is freely adjusted, and thus the second extension piece 122 is easily and conveniently ), so that the installation work of the tool holder 500 becomes very convenient.

In addition, when the tool holder 500 is installed on the second extension piece 122 arranged to face each other based on the boundary line of the lift band unit 121 , the second extension piece 122 through the tool holder 500 . As these interconnections are connected, an additional effect can be expected to further suppress the spread of the lift band unit 121 together with the arc plate 123 and the connector 124 .

Referring to FIGS. 9 to 14 based on the foregoing, in the utility pole distribution line connection device equipped with a transformer, the utility pole P is disposed to face each other with respect to the utility pole (P) and through the connection means (C1) (P) ), a first extension piece 112 integrally formed with a fix band portion 111 fixed to the outer circumferential surface, a guide bolt 112a extending downward from each fix band portion 111 and fastening the fixing nut 112b to the outer circumferential surface of the distal end. ) and the upper band 110 made of, disposed opposite to each other with respect to the telephone pole (P) so as to surround the telephone pole (P), arranged under the fix band portion 111, and a receiving portion opened to both ends and the outer peripheral surface inside ( 121a) having a lift band part 121, a guide bolt 112a extending upward from the lift band part 121 and facing the outer circumferential surface of the first extension piece 112 through a guide hole 122a formed along the longitudinal direction. The second extension piece 122, which is coupled to the elevator and fixed under pressure by the fixing nut 112b, is inserted into the receiving portion 121a of the lift band portion 121, respectively, rotates around the telephone pole (P), and has irregularities on both ends An arc plate 123 in which the connector inserting part 123a of the shape is integrally formed, and a connector 124 that is detachably inserted into the connector inserting part 123a of the arc plate 123 to interconnect the arc plate 123. a band assembly 100 consisting of a lower band 120; and a first fixing body 210 protruding in a direction perpendicular to the first extension piece 112 from the outer circumferential surface of the fix band unit 111 and a 'C' shape fixed to the distal end of the first fixing body 210 . of the first bracket 220, the first insulator 230 accommodated in the first bracket 220 to insulate the first processing distribution line L1, and the first insulator 230 installed in the first bracket 220 ) includes a first overhead distribution line fixing mechanism 200 consisting of a first insulator fixing means 240 for fixing.

In addition, the power pole distribution line manufacturing system equipped with a transformer includes a power pole distribution line connecting device equipped with a transformer; and a situation monitoring unit installed for a set period to manage the manufacturing, installation and operation of the electric pole distribution line connection device.

The electric pole distribution line connecting device equipped with a transformer protrudes in a direction perpendicular to the second extension piece 122 from the outer circumferential surface of the arc plate 123 to form a predetermined angle with the second processing distribution line fixing mechanism 300. A third fixture 410 that moves together when the plate 123 rotates, a 'C'-shaped third bracket 420 that is rotatably fixed to the distal end of the third fixture 410, and the third It is accommodated in the bracket 420 and is installed on the third insulator 430 and the third bracket 420 to insulate the connection line CL that interconnects the first and second processing distribution lines L1 and L2. Connection wire temporary mechanism 400 consisting of a third insulator fixing means 440 for fixing the third insulator 430; It forms a rectangular shape as a whole and is disposed between the second extension pieces 122 and is opposed to the outer circumferential surface of the telephone pole (P) However, a receiving space penetrating vertically is provided on the inside, and spring supporting parts 511a protruding outward are provided on both sides, and a long hole 511b is provided on one side along the longitudinal direction based on the spring supporting part 511a. , The frame 511 provided with a guide hole 511c penetrating in an arc shape on the other side based on the spring mounting portion 511a, is disposed in the receiving space of the frame 511 and provided at one end through the first shaft pin (P1) as a medium The first bottom part 512a which is rotatably installed, and the other end of the first bottom part 512a and the other end of the first bottom part 512a are rotatably connected via a hinge, and a long hole 511b is rotatably connected via a second shaft pin P2 provided at the other end part. and a body 510 composed of a foldable plate 512 composed of a second bottom portion 512b movably coupled to the .

The situation monitoring unit includes a central body 110 ′, a support connector 121 ′ installed under the central body 110 ′, and the central body 121 ′ through the support connector 121 ′. 110') and a support panel 122' for supporting the central body 110', and a plurality of one-side photographing bodies 123' installed to be positioned on one side of the support connection body 121'. ) and lower monitoring parts 120' including a plurality of other imaging bodies 124' that are located on the other side of the left connector 131' and are installed to be reversed from the one side imaging body 123'. include

In addition, a left connector 131' installed on the left side of the central body 110', and a plurality of first-first photographing bodies 133' installed to be positioned on the upper surface of the left connector 131' and a plurality of first-second photographing bodies 134' positioned on the lower surface of the left connector 131' and installed to be inverted from the first-first photographing body 133', and the left connector It includes a first monitoring part 130' including a first fluid 132' installed on the left side of the central body 110' via (131').

In addition, the right connector 141' installed on the right side of the central body 110', and a plurality of second-first photographing bodies 143' installed to be positioned on the upper surface of the right connector 141' ), and a plurality of second-second photographing bodies 144' that are located on the lower surface of the right connecting body 141' and installed to be reversed from the second-first photographing body 143', and the right connection It includes a second monitoring part 140' including a second fluid 142' installed on the right side of the central body 110' via the sieve 141'.

In addition, an upper connector 151' installed above the central body 110', and a plurality of 3-1 photographing bodies 153' installed to be positioned on one side of the upper connector 151' ) and a plurality of 3-2 photographing bodies 154' located on the other side of the upper connector 151' and installed to be reversed from the 3-1 photographing body 153', and the upper connection and a third monitoring part 150' including a third fluid 152' installed on the upper side of the central body 110' via the sieve 151'.

Here, the left connecting body 131 ′ performs a first protruding operation of entering or exposing to the inside of the central body 110 ′, and the right connecting body 141 ′ is inside the central body 110 ′. A second appearance/disappearance operation of entering into or exposed to the outside is performed, and a third appearance/disappearance operation of the upper connection body 151 ′ entering or exposing to the inside of the central body 110 ′ is performed.

Here, the first 1 - 1 photographing body 133' to the 3 - 2 photographing body 154' are moved to the inside of the central body 110' based on the first appearing/extending motion to the third appearing/disappearing motion. It can be accommodated and stored to be protected from the outside.

The situation monitoring unit includes the 1-1 photographing body 133' and the 1-2 photographing body among the 1-1 photographing body 133' to the 3-2 photographing object 154'. A first operation mode in which a 134' is exposed to the outside of the central body 110' to perform photographing, and the 1-1 photographing body 133' to the 3-2 photographing body 154' a second operation mode in which the second-first photographing body 143' and the second-second photographing object 144' are exposed to the outside of the central body 110' to perform photographing; Among the 1-1 photographing body 133' to the 3-2 photographing body 154', the 3-1 photographing body 153' and the 3-2 photographing body 154' are the central body It is possible to operate in the third operation mode in which photographing is performed by being exposed to the outside of 110'.

The situation management unit is a complex management module for performing a contamination control operation and support fixing for the first monitoring parts 130 ′, the second monitoring parts 140 ′, and the third monitoring parts 150 ′. further includes

In addition, the complex management module includes a lower body 210' of the lowermost portion, a one-side vertical panel part 211' that is vertically installed on an upper side of the lower body 210', and the one-side vertical panel part 211') The first 1-1 side horizontal body 212 ′ installed horizontally on the top and the 1-1 side horizontal body 212 ′ are provided at the end of the first side horizontal body 212 ′ to discharge the cleaning solution for the one side photographing body 123 ′. The 1-1 side cleaning body 213' for cleaning, the 1-1 side horizontal body 212' and the 1-1 side cleaning body 213' are provided between the cleaning body 213' and positioned upward. The first-first auxiliary cleaner 214' for cleaning by discharging the cleaning liquid for the second-second photographing body 134', is installed horizontally on the one-side vertical panel part 211', and the 1 - 1 - 1 - 1 - 1 - sided horizontal body (215') located on the upper side of the horizontal body (212'), and is provided at the end of the 1 - 2 - 1 - side horizontal body 215' The first 1-2 side cleaning body 216 ′ for performing cleaning by discharging the cleaning solution for the first photographing body 153 ′, the 1-2 day side horizontal body 215 ′ and the 1-2 day side cleaning body 215 ′ and a 1-2 auxiliary cleaning body 217' provided between the stagnants 216' and performing cleaning by discharging a cleaning solution for the first-first photographing body 133' positioned downward.

In addition, the other side vertical panel part 221' vertically installed on the other upper side of the lower body 210', and the 2-1 one side horizontal body horizontally installed on the other side vertical panel part 221' ( 222') and the 2-1 one-side cleaning body 223', which is provided at the end of the 2-1 one-side horizontal body 222' and discharges a cleaning solution for the other side photographing body 124' to perform cleaning. ), and the 2-1 one-side horizontal body 222' and the 2-1 one-side cleaning body 223' and a cleaning solution for the 2-2 photographing body 144' positioned upwards. A 2-1 auxiliary cleaning body 224' for cleaning by discharging and horizontally installed on the other side vertical panel part 221', on top of the 2-1 first side horizontal body 222' The 2-2 one-sided horizontal body 225', which is provided at the end of the 1-2 one-sided horizontal body 215', is provided at the end of the 3-2 one-side horizontal body 215', and is cleaned by discharging a cleaning solution for the 3-2 photographing body 154'. The 2-2 one-side cleaning body 226 ′ for performing and a 2-2 auxiliary cleaning body 227' for performing cleaning by discharging a cleaning solution for the 2-1 photographing body 143'.

At this time, the complex management module is positioned between the one side vertical panel part 211' and the other side vertical panel part 221' on the upper part of the lower body 210' and is fixed through the central body 110'. The central fixing part 310', which is installed to the outside of the one-side vertical panel part 211' from the upper part of the lower body 210', and the first external height for supporting and fixing the one-side vertical panel part 211' A second outer fixing part ( 511').

The central fixing part 310' is provided on the upper part of the lower body 210', and when the support panel 122' is mounted on the upper part, a pair of movable fixing bodies 3111' and 3112' provided on the upper part are provided. A central fixing module 311 ′ for pressing and fixing both sides of the support panel 122 ′ with a furnace, and the central fixing module 311 ′ provided on the upper left side of the lower body 210 ′ and through the first interlocking body 312 ′ (311') and one side fixing module (313') for pressing and fixing the one side vertical panel part (211'), and is provided on the upper right side of the lower body (210') and a second interlocking body (314') It is connected to the central fixing module 311 ′ through the other side fixing module 315 ′ for pressing and fixing the other side vertical panel part 221 ′.

Here, the first outer fixing part 411' is installed as an upper portion of the first inserting body 4111', which is partially inserted and mounted on the lower body 210', and the first inserting body 4111', and A first opposing body 4112' facing and in contact with the one-side vertical panel part 211' is provided on an upper portion of the first opposing body 4112' and is a bottom surface of the one-side vertical panel part 211'. and a first upper panel 4113' in contact with the .

The first insertion body 4111' supports and fixes the one-side vertical panel part 211' pressed by the one-side fixing module 313' in the opposite direction, and the first opposed body 4112' It is mounted and fixed to the one side vertical panel part 211' through a plurality of first entry structures P11' provided in a plurality in the height direction, and the first upper panel 4113' is the first provided in the lower part. 1 The lower entry structure (P12') is fixed to the upper side of the vertical panel part 211' through the medium.

In addition, the second outer fixing part 511' is installed in the upper part of the second inserting body 5111' and the second inserting body 5111', a part of which is inserted and mounted in the lower body 210'. A second opposing body 5112' facing and in contact with the other side vertical panel unit 221' is provided on an upper portion of the second opposing body 5112' and is a bottom surface portion above the other side vertical panel unit 221'. and a second upper panel 5113' in contact with the .

The second insertion body 5111' supports and fixes the other side vertical panel part 221' pressed by the other side fixing module 315' in the opposite direction, and the second opposing body 5112' has a height A plurality of second entry structures (P12') provided in plurality in the direction are mounted and fixed to the other side vertical panel part 221' via a medium, and the second upper panel 5113' is a second It is mounted and fixed upward of the other side vertical panel part 221' via the downward entry structure P22'.

In addition, the first entry structure (P11'), the second entry structure (P12'), the first downward entry structure (P12'), and the second downward entry structure (P22') are respectively mounted and fixed in the forward direction. Alternatively, the fixing force to the one side vertical panel part 211' and the other side vertical panel part 221' is applied again based on the reverse rotation method, respectively.

On the other hand, the situation management unit, a first installation mode in which a plurality of symmetrically installed up and down on a predetermined installation target portion, a second installation mode in which a plurality of symmetrical installations are installed, and a third installation mode in which a plurality of symmetrical installations are vertically and horizontally installed. Each can be installed. The one side vertical panel part 211' and the other side panel part 221' have the left heat coupling body 131', the right side coupling body 141', and the upper side coupling body 151' being an upper central body. In a state in which the one side photographing body 123' and the other side photographing body 124' are removed on the support connecting body 121', the 1-1 side horizontal body ( 212') and the 2-1 one-side horizontal body 222' to press and fix the support connector 121', respectively, and the 1-2 one-side horizontal body 215' and the 2-2 Both sides of the third fluid 152' are pressed and fixed through one horizontal body 225', respectively.

In the above-described driving method of the physical components described above, forward and backward flow and rotational movement are made based on a motor, an actuator, etc., and the shape and size of each component may be variously selected and provided according to the installation site and materials to be implemented. . Although the present invention has been described with reference to the embodiment shown in the drawings, which is merely exemplary, it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible therefrom. Accordingly, the true technical protection scope of the present invention should be defined by the technical spirit of the appended claims.

100: band assembly 110: upper band
111: fix band part 112: first extension
112a: guide bolt 112b: fixing nut

Claims (2)

In the telephone pole distribution line manufacturing system equipped with a transformer,
a power pole distribution line connection device equipped with a transformer; and a situation management unit installed for a set period to manage the production, installation and operation of the electric pole distribution line connection device,
A utility pole distribution line connection device equipped with the transformer,
The second processing distribution line fixing mechanism 300 and the second protruding from the outer peripheral surface of the arc plate 123 to form a predetermined angle in a direction orthogonal to the second extended piece 122 and the arc plate 123 to move together when the rotation The third fixture 410, the third bracket 420 rotatably fixed to the distal end of the third fixture 410, and the third bracket 420 are accommodated in the first processing distribution line L1 and the second A third insulator 430 for insulating the connecting line CL interconnecting the overhead distribution line L2, and a third insulator fixing means 440 installed on the third bracket 420 to fix the third insulator 430. Containing a connecting line temporary mechanism 400 consisting of,
The situation management unit,
The central body 110', the support connector 121' installed to the lower part of the central body 110', and the support connector 121' to the lower part of the central body 110' via the support connector 121'. A support panel 122' that is installed and supports the central body 110', a plurality of one-side photographing bodies 123' installed to be positioned on one side of the support connector 121', and a left connector The lower monitoring parts 120' including a plurality of other side photographing bodies 124' which are located on the other side of the 131' and are installed to be reversed from the one side photographing body 123', and the central body 110' ), the left connector 131 ′ installed to the left of the 131') and a plurality of first-second photographing bodies 134' installed to be reversed from the first-first photographing body 133' and the left connector 131' A first monitoring part 130' including a first fluid 132' installed on the left side of the central body 110',
A right connector 141' installed on the right side of the central body 110', and a plurality of second-first photographing bodies 143' installed to be positioned on the upper surface of the right connector 141'; , a plurality of second-second photographing bodies 144' that are positioned on the lower surface of the right connector 141' and installed to be reversed from the second-first photographing body 143', and the right connector ( 141') and a second monitoring part 140' including a second fluid 142' installed on the right side of the central body 110' through the medium, and installed above the central body 110' The upper connector 151', a plurality of 3-1 photographing bodies 153' installed to be positioned on one side of the upper connector 151', and the other side of the upper connector 151' A plurality of 3-2 photographing bodies 154', which are positioned to be positioned to be inverted from the 3-1 photographing body 153', and the central body 110' via the upper connector 151'. ) including a third monitoring part 150' including a third fluid 152' installed on the upper side,
The left connector 131 'is the central body 110', the first intrusion operation of entering or exposed to the outside is performed,
The right connecting body 141 'is the central body 110', the inside of the inside or exposed to the outside, the second appearance and exit operation is performed,
The upper connecting body 151 'is the central body 110', a third intrusion operation is performed to enter or to be exposed to the outside,
The 1-1 photographing body 133' to the 3-2 photographing body 154' are,
It can be stored so as to be accommodated inside the central body 110 ′ and protected from the outside based on the first appearance and withdrawal operation to the third appearance and withdrawal operation,
The situation management unit,
Among the first-first photographing body 133' to the third-second photographing body 154', the first-first photographing body 133' and the first-second photographing object 134' are the A first operation mode for performing photographing by being exposed to the outside of the central body 110';
Among the first-first photographing body 133' to the third-second photographing body 154', the second-first photographing body 143' and the second-second photographing object 144' are the A second operation mode for performing photographing by being exposed to the outside of the central body 110';
The 3-1 photographing body 153' and the 3-2 photographing body 154' among the first-first photographing body 133' to the 3-2 photographing object 154' are the It is possible to operate in the third operation mode, which is exposed to the outside of the central body 110' and performs photography,
The situation management unit,
The first monitoring part 130', the second monitoring part 140', and the third monitoring part 150' further include a complex management module for fixing the support and performing the pollution control operation,
The complex management module,
A lower body 210' of the lowermost portion, and one side vertical panel part 211' vertically installed on one side of the upper side of the lower body 210',
A 1-1 side horizontal body 212' installed horizontally on the one side vertical panel part 211', and
a first 1-1 side cleaning body 213' provided at an end of the 1-1 side horizontal body 212' to perform cleaning by discharging a cleaning solution for the one side photographing body 123';
By discharging the cleaning solution for the 1-2 photographing body 134 ′ provided between the 1-1 side horizontal body 212 ′ and the 1-1 side cleaning body 213 ′ and positioned upward. A 1-1 auxiliary cleaning body 214' for performing cleaning, and
A 1-2 first-side horizontal body 215' which is installed horizontally on the one-side vertical panel part 211' and is located on the 1-1 one-side horizontal body 212', and;
The 1-2 day-side cleaning body 216' provided at the end of the 1-2 day-side horizontal body 215' to perform cleaning by discharging the cleaning solution for the 3-1 photographing body 153'; ,
By discharging the cleaning solution for the 1-1 photographing body 133', which is provided between the 1-2 day-side horizontal body 215' and the 1-2 day-side cleaning body 216' and is positioned downward. A transformer-equipped utility pole distribution line manufacturing system, including a 1-2 auxiliary cleaning body 217' for performing cleaning.
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