KR101963413B1 - Crayonics of fabricated power lines for easy live operation - Google Patents

Abstract

The present invention relates to an insulator device of an overhead distribution line for an easy live wiring operation of a distribution field and, more specifically, to an insulator device of an overhead distribution line for an easy live wiring operation which has a camera in a photographing unit and easily and simply checks damage to an insulator unit through the camera, thereby reducing inconvenience caused when an operator approaches the vicinity of the insulator unit through a telephone pole or a special-purpose vehicle and visually observes and checks the insulator unit while preventing shaking of an insulating rod, due to external influences such as wind, vibration and impact. The insulator device of an overhead distribution line for an easy wiring live operation comprises a shackle unit, an insulation unit, a wire shackle unit, a temporary shackle unit, an intermittent pin, an emergency unit, a photographing unit, a controlling unit and a mobile terminal.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an insulator for a power distribution line,

[0001] The present invention relates to an insulator for a working distribution line that can be easily operated by a live wire among power distribution fields. More particularly, the present invention provides a camera in a photographing unit to easily and easily check whether or not the insulator unit is damaged via a camera, Or feature vehicles, it is possible to solve the inconvenience that the user had to visually check and inspect at the same time. Meanwhile, it is possible to eliminate the inconvenience caused by wind, vibration, shock, etc., And more particularly, to an insulator for an easy-machined distribution line.

Generally, maintenance work of high-voltage distribution line fixes machining line and insulator with power flow cut off to the machining line.

1 is a view showing a conventional insulator.

The insulator (I) is installed in the solid iron of the electric pole, and is used to insulate and support an electric conductor such as electric wire.

However, in the prior art, there is a fundamental problem that the insulator (I) is damaged when it is installed and used in a rough rail,

In addition, in the prior art, there is a fundamental problem that the risk of the insulator (I) can not be informed to the outside so that the subsequent risk increases.

In addition, in the prior art, there is a fundamental problem that the insulator (I) is provided with a simple rod at the center and is not easily detached.

Further, when the conventional insulator (I) is installed, there is a problem that it is difficult to install a new insulator (I) when it becomes dark due to an external situation such as the weather or when it breaks at night.

On the other hand, a conventional electric wire for power distribution is suspended between a pole and a pole or between a pole and a building using a clamp.

When such a wire is installed on the electric pole, the insulation coating of the cable is peeled off, the part is clamped by a clamp, and the clamp is supported on a socket eye connected to the suspension insulator installed on the pole.

However, such a conventional technique has a fundamental problem that it is difficult to expand the cable simply by fixing the wire.

In addition, such a conventional technique has a problem that the cutting rod may be damaged and damaged due to external influences such as wind, vibration, shock, and the like.

1. Korean Registered Patent No. 10-1573004 (Supporting Insulator for Processing Distribution Line / Jul. 21, 2010)

SUMMARY OF THE INVENTION The present invention has been devised to solve the above-mentioned problems, and it is an object of the present invention to provide a photographing unit capable of confirming damage of an installed insulator, and to provide a control unit for periodically transmitting the state of an insulator And an object of the present invention is to provide a portable terminal which receives an image transmitted from a control unit and outputs the received image.

It is another object of the present invention to provide an emergency light installed so as to be able to move in position in preparation for a dark situation, and it is an object of the present invention to provide an emergency light installed in a jumper, Since the tool bag can be held by walking, the object is to improve workability.

It is also an object of the present invention to provide an insulator for a working distribution line that is easy to work with a live wire to prevent shaking of the insulation bar due to external influences such as wind, vibration, impact and the like.

According to an aspect of the present invention,

A chucking unit rotatably mounted on a barrel fixed to an electric pole through a first axial pin, the barrel comprising:

An insulator main body which is fixed to the squeeze unit and is insulated so as not to come into electrical contact with the distribution wire and the brass coil, A first fixture formed on one side of the cutting edge and removably inserted into the fixture and having a hole, a first fixture fitted in the hole so as to prevent the clevis from being separated from the chuck hole, An insulator unit composed of a second fixing member which is fastened to the hole of the first fixing member and prevents the first fixing member from being separated from the hole of the clevis;

A first body fixed to the distal end of the insulator main body and formed integrally with a jumper groove for insertion into which an annular end of a jumper wire is inserted and a shaft protruding in a direction perpendicular to the insulator integrally formed on the outer side, A jumper fixing jig made of a cover detachably installed to cover the jumper player groove and an axial groove into which the shaft is rotatably inserted are integrally formed on the outer side and a groove for the distribution player is formed so that the annular end of the distribution wire can be inserted and positioned And a power distributing line fixture detachably attached to the second body, the distributing line unit being composed of a cover covering the power distributing groove;

A provisional scraping unit provided rotatably and removably through a hooking recess receiving groove of the insulator via a second axis pin so as to be able to hang the annular end of the distribution line or a tool necessary for the operation;

An intermittent pin installed on the insulator and interrupting the insertion / removal of the temporary squeeze unit;

A solar battery installed in the bumper to convert sunlight into electric energy, a storage battery for storing the electric energy converted from the solar battery, an emergency light for receiving light from the battery and emitting light through the magnet, An emergency unit comprising a switch for connecting and disconnecting electricity supplied from the battery to the emergency lamp, the emergency unit being installed between the emergency light and the battery;

A photographing stand provided on the shrinking unit, and a photographing unit provided on the photographing stand for photographing the insulator main body;

A control unit configured to control an operation of the camera so as to capture an image of the main body of the insulator at regular intervals; a memory unit that receives and stores an image photographed by the camera;

And a portable terminal for receiving an image from the transmission / reception unit and outputting the image on a screen, the apparatus comprising:

The apparatus according to claim 1, further comprising an anti-shake portion for preventing an undulation from being influenced by external factors such as wind, vibration,

The anti-

A first slide support base extending from the inner surface of the first slide support base to be slidable in the forward and backward directions, a second slide support base extending from the inner surface of the second slide support base in the forward and backward directions, A slide support including a third slide support slidably engaged;

A horizontal support horizontally coupled to the upper surface of the third slide support; And

And a support means located above the horizontal support and preventing shaking of the insulation bar,

The support means,

An insulating bar fixing member which is rotated by a motor to fix and fix the one half of the bending rods respectively;

A housing in which a part of the bottom of the insulating barriers and a motor are housed; And

And a buffering means located between the housing and the horizontal support for buffering an impact that may be applied to the insulation bar fixing member and the housing,

The pick-

A first stationary ring and a second stationary ring, each of which is fixed to surround half of one side of an insulating bar;

A first support and a second support extending in the downward direction of the first and second fixing rings;

A first rotation bar and a second rotation bar extending in a vertical direction at a lower end of one side of the first and second supports; And

And a first rotation bar gear and a second rotation bar gear coupled to one side of the first and second rotation rods and coupled to rotate by a motor,

As for the buffer means,

A base plate disposed under the housing;

A support bar having a lower portion screwed to the four corners of the base plate and an upper portion passing through the housing and threaded outward;

A fastening member for adjusting and fixing the gap between the base plate and the housing; And

And a spring disposed between the base plate and the housing and coupled to the outside of the support bar.

The present invention can easily and easily check whether or not the insulator unit is damaged by providing a camera in the photographing unit, and it is possible to easily and conveniently check whether or not the insulator unit is damaged by approaching the vicinity of the vehicle through a pole- There is an advantage to be solved.

Further, the present invention can include a memory unit, a control unit, and a transmission / reception unit in a control unit, and can store an image output from the photographing unit, and can be periodically or arbitrarily operated by the control unit, and the transmission / And a plurality of images can be output through the portable terminal that has received the image transmitted from the transmission / reception unit.

In addition, the present invention has an emergency unit provided with an emergency light, so that it is possible to prepare for the difficulty of installing an insulator generated in an external environment, which is advantageous in workability and fixation of the insulator.

In addition, the present invention provides an inkjet printer comprising an agitator, a first fixing member, and a second fixing member, wherein the first fixing member and the second fixing member are easily detachable from the first fixing member and the second fixing member, The force exerted by the insulator and the force due to the inertia of the chain unit are reversed to increase the clamping force of the chain unit and the insulator and the force exerted by the insulator through the second fixing body and the force due to the inertia of the chain unit are reversed And the rotation of the insulator is blocked, thereby providing convenience of workability and fixing of the insulator.

Further, according to the present invention, it is possible to quickly respond to the expansion and contraction of a distribution line, thereby preventing disconnection of the distribution line. In addition, a bag accommodating various working tools can be hung on the temporary fixing section, or the annular end of the distribution line So that there is an advantage that convenience of workability and space utilization are improved.

Further, it is preferable that the cutting rods are fixed by the supporting means by the influence of external influences such as wind, vibration, shock, etc., and the shrinking unit, the insulator unit, The unit also has the effect of preventing shaking, breakage and damage.

1 is a view showing a conventional insulator.
FIG. 2 is a view showing an application of an insulator of a processing distribution line, which facilitates live work according to the present invention.
3 is an assembled perspective view of an insulator assembly of a processing power distribution line that facilitates live work according to the present invention.
FIG. 4 is an exploded perspective view of an insulator assembly of a processing power distribution line, which facilitates live work according to the present invention.
5 is an exploded perspective view of an insulator assembly of a processing power distribution line according to the present invention viewed from a different direction.
FIG. 6A is a perspective view showing the first fixing body and the second fixing body taken separately from the insulator of the working distribution line, which facilitates live work according to the present invention. FIG.
6B to 6E are views for explaining the joining process of the insulator of the processing power distribution line, which facilitates live work according to the present invention.
FIG. 7 is a partial cross-sectional view of the insulator of the processing power distribution line after joining, which facilitates live work according to the present invention.
FIG. 8 is a view for explaining the action of an insulator of a processing power distribution line which is easy to live-work according to the present invention.
FIG. 9 is an electric schematic diagram for explaining an electrical connection relation of an insulator of a working distribution line, which facilitates hot live operation according to the present invention.
FIG. 10 is a perspective view of the insulator of a processing power distribution line, which is easy to live-operate according to the present invention, combined with the anti-shake part.
FIG. 11 is a view illustrating an operating state of a soldering iron securing body in an insulator of a working distribution line, which facilitates live work according to the present invention.
12 is a cross-sectional enlarged view for explaining a housing and a buffering means in an insulator assembly of a working distribution line, which facilitates live work according to the present invention.

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

FIG. 3 is a perspective view of the insulator of a processing power distribution line, which is easy to work with live wires according to the present invention, and FIG. 4 is a perspective view of the insulator of a processing power distribution line, Fig. 2 is an exploded perspective view of an insulator assembly of a processing distribution line in which live wire work is easily performed. FIG. 5 is an exploded perspective view of the insulator of a processing distribution line in which the live wire work is easily performed according to the present invention, viewed from another direction. FIG. 6A is a perspective view showing a first fixing body and a second fixing body taken separately from an insulator of a working distribution line in which live wire work is easy according to the present invention, and FIGS. 6B through 6E are perspective views Fig. 8 is a view for explaining the joining process of the insulator of the processing distribution line. FIG. 7 is a partial cross-sectional view of an insulator assembly of a processing power distribution line according to the present invention, and FIG. 8 is a view for explaining the operation of the insulator assembly of a processing distribution line, which facilitates live work according to the present invention. FIG. 10 is a perspective view of the insulator assembly of a processing power distribution line, which is easy to live-work according to the present invention. FIG. 11 is a perspective view of the insulated- And FIG. 12 is an enlarged cross-sectional view for explaining the housing and the buffering means in the insulator of the processing power distribution line in which the live wire work is easy according to the present invention.

2 to 8, an insulator assembly for a processing power distribution line that facilitates live work according to an embodiment includes a chain unit 10, an insulator unit 20, a wire chain unit 30, a temporary chain unit 40 An intermittent pin 50, an emergency unit 60, a photographing unit 70, a control unit 80, and a portable terminal 90.

The shrink unit 10 is provided so as to be rotatable via a first shaft pin 11 to a wrought iron A fixed to the electric pole P,

In the present embodiment, the bracket unit 10 is inserted into a bracket A provided at the upper end of the electric pole P in a direction perpendicular to the electric pole P vertically installed. And serves to support the insulator unit 20 by being rotatably disposed via the first shaft pin 11 penetrating the rigid iron A and the chain unit 10. [

Here, the first shaft pin 11 refers to an assembly of a long bolt and a nut, and the ring hole 12 refers to a hole for inserting the insulator unit 20.

2 to 8, the insulator unit 20 includes an insulator body 21, a split bar 26, a clevis 22, a first fixing body 23, and a second fixing body 24 .

The insulator main body 21 is fixed to the shrinkage unit 10 so as to insulate the power distribution line L from the bare steel A so as not to come into electrical contact with each other.

Particularly, on the circumferential surface (circumferential surface) of the insulator main body 21, a hook receiving groove 21a opened from the inside to the outside is integrally formed so that the temporary scraping unit 40 can be removably received.

The temporary shrink unit 40 drawn into the hook receiving groove 21a is rotatably fixed by a second shaft pin 25 having one end inserted into the insulator main body 21 and the second shaft pin 25 The provisional shrinkage unit 40 can be rotated around the center to insert the temporary shrinkage unit 40 into the hooking groove 21a or to disengage the temporary shrinkage unit 40 from the hooking groove 21a.

The insulator body 21 is detachably fitted to the intermittent fin 50 and can intercept the insertion and removal of the temporary binder unit 40 via the intermittent fin 50. [

That is, when the temporal chain unit 40 is inserted into the hook receiving recess 21a, the intermittent pin 50 is inserted into the insulator unit 20 so that the other end of the temporary chain unit 40 is caught by the intermittent pin 50 It is possible to prevent the temporal chain unit 40 from being detached from the hook receiving groove 21a.

The cutting rods 26 are formed to extend to one end surface of the electric wire chuck unit 30 in the direction of the insulator body 21 inside the chucking unit 10 with a diameter that can be inserted into and removed from the chuck pin hole 12. [

The clevis (22) is formed on one side of the bending rod (26) and is removably fitted in the chuck hole (12) and provided with a hole. Further, the clevis 22 can be fixed to the chucking unit 10 through the first fixing body 23.

The first fixing member 23 is inserted into the hole so as to prevent the clevis 22 from being detached from the block 12, and holes are formed at both ends. The first fixing member 23 is provided in a cylindrical shape as shown in FIG. 6A, so that it is easy to engage with the hole formed at the center of the clevis 22. FIG. In addition, the first fixing body 23 is coupled to the clamping unit 10 so that the clevis 22 can be easily attached and detached. The holes formed on both sides of the first fixing member 23 are provided in the form of a nut.

A plurality of the second fixing bodies 24 are fastened to the holes of the first fixing bodies 23 to prevent the first fixing bodies 23 from being detached from the holes of the clevises 22. The second fixing body 24 is formed in a bolt shape so that the first fixing body 23 is coupled to the clevis 22 and the first fixing body 23 can be easily attached and detached.

6b to 6e, the clevis 22 is inserted into the chuck hole 12, the first fixing body 23 is inserted into the hole of the clevis 22, and the bolt- A plurality of second fixing bodies 24 provided on the first fixing body 23 are inserted into the first fixing bodies 23 provided on both sides in the form of a nut and are brought into contact with the first and second chucking units 10 at the same time.

The present invention is characterized in that the force exerted by the insulator unit 20 via the second fixing body 24 and the force due to the inertia of the squeeze unit 10 by contacting the second fixing body 24 with the squeeze unit 10 There is an advantage that the engagement force between the shingle unit 10 and the engaging unit 20 increases.

The present invention can also be applied to the case where the second fixing body 24 and the squeeze unit 10 are brought into contact with each other so that the force exerted by the insulator unit 20 through the second fixing body 24 and the inertia of the squeeze unit 10 There is an advantage that the rotation of the engaging unit 20 is blocked by the force acting in the opposite direction.

2 to 8, the electric wire chain unit 30 is made of a metallic material composed of a jumper fixing jig 31 and a distribution wire fixing part 32. In this embodiment, 21 to fix the annular ends of the power distribution line L and the jumper wire L to each other and electrically interconnect them.

4 and 5, the jumper fixing jig 31 includes a first body 31a and a cover 31b, and is integrally installed at the other end of the insulator unit 20. As shown in FIG.

The first body 31a is formed in a rectangular parallelepiped shape and the jumper groove 31a-1 is integrally formed on the inner side so that the annular end of the jumper wire L 'can be received and stored. A shaft 31a-2 protruding in the longitudinal direction of the coarse iron A is integrally formed.

The cover 31b is detachably attached to the first body 31a via fastening means (threaded bolts) to cover the jumper member groove 31a-1 and to cover the jumper line 31a- And serves to prevent separation while pressing the annular end of the guide rail L '.

The distribution line fixture 32 is composed of a second body 32a and a cover 32b and is rotatably coupled to the jumper fixing jig 31. [

The second body 32a has a generally rectangular parallelepiped shape and the power distributing groove 32a-1 is integrally formed on the inner side so that the annular end of the power distribution line L can be received and stored. And an axial groove 32a-2 rotatably engaged with the first shaft 31a-2.

The cover 32b is detachably attached to the second body 32a via fastening means (screw bolts) to cover a power distributing groove 32a-1 and a power distributing line L while preventing the escape of the annular end portion.

Particularly, as shown in Fig. 4, a screw bolt passing through the shaft groove 32a-2 is fastened to a shaft 31a-2 rotatably fitted in the shaft groove 32a-2, The shaft 31a-2 is prevented from being separated from the shaft 31a-2. Accordingly, the distribution wire fixing member 32 can freely rotate about the axis 31a-2 of the jumper fixing jig 31. [

5, the temporary shrinkage unit 40 is a member having a hook shape as a whole. In the present embodiment, the temporary shrinkage unit 40 is rotatably and removably coupled to the hook receiving groove 21a of the insulator unit 20, Or the annular end of the jumper wire (L ') or the power distribution line (L).

More specifically, the temporary shrinkage unit 40 is rotatably fixed at one end thereof by a second shaft pin 25 passing through the insulator unit 20.

The temporary shrink unit 40 fixed by the second shaft pin 25 is rotated around the second shaft pin 25 to be inserted into the hook receiving groove 21a and stored or removed from the hook receiving groove 21a .

Particularly, since the temporary shrink unit 40 inserted in the hook receiving groove 21a may be separated from the hook receiving groove 21a by its own weight, 50).

Hereinafter, the installation and operation of the present invention will be described.

2, an insulator of a processing power distribution line, which is easy to work with the live wire according to the present invention, is installed in a wired iron (A) provided at the upper end of the electric pole (P), and then a power distribution line L and a jumper wire L '), respectively.

More specifically, the chain unit 10 constituting the insulator of the machining distribution line, which is easy to live on, is fitted to the bare iron A, and then the first bare pin 11 is inserted into the bare iron A, And the squeeze unit 10 are assembled together.

The annular end portion of the jumper wire L 'is inserted into the jumper groove 31a-1 of the jumper fixing jig 31 constituting the electric wire chain unit 30 and the cover 31b And the cover 31b is fixed via the fastening means (screw bolt) in a state in which the jumper wire L 'is not released.

After the installation of the jumper wire L 'is completed, the annular end portion of the distribution line L is inserted into the distributor groove 32a-1 constituting the electric wire chain unit 30, and the cover 32b is covered, The cover 32b is fixed through the fastening means (screw bolt) in a state where the cover L is not released.

When it is necessary to mount the jumper wire L 'or the power distribution line L or to mount the tool bag in which the various tools are accommodated, the temporary bundle inserted in the hook receiving groove 21a of the insulator unit 20 When the unit 40 is rotated around the second shaft pin 25, the temporary shrink unit 40 is released from the hook receiving groove 21a to the outside, and the loop of the temporary shrink unit 40 thus detached The jumper wire (L ') or the power distribution line (L) or the tool bag can be held by hanging.

On the other hand, the distribution line L causes expansion and contraction according to the seasonal temperature change. For example, in winter, the distribution line L shrinks and its length becomes shorter.

6, the power distribution line fixture 32 fixing the power distribution line L is positioned at the center of the axis 31a-2 of the jumper fixing tongue 31 as shown in Fig. It is possible to accommodate the change in length while rotating, thereby preventing the distribution line L from being detached.

That is, according to the present embodiment, there is an advantage that it is possible to prevent the power distribution line L from departing from the expansion and contraction deformation of the power distribution line L due to the temperature change via the electric wire shading unit 30. [

Since the jumper wire L 'or the power distribution line L or the tool bag can be stored by being interposed via the provisional scraping unit 40 provided in the insulator unit 20, workability is improved and advantages .

3 to 8, the emergency unit 60 includes a solar panel 61, a battery 62, an emergency light 63, and a switch 64. [

The solar panel 61 is installed in the solid iron A to convert sunlight into electric energy. Further, the solar panel 61 transmits the converted electric energy to the storage battery 62.

The battery 62 stores electric energy converted by the solar panel 61 and is electrically connected to the emergency light 63, the motor M and the control unit 80 to supply power .

The emergency light 63 is supplied with electric power from the battery 62 and emits light. The emergency light 63 is attached to the coarse iron A by means of a magnet.

For example, when power is supplied to the emergency light 63, light can be emitted to illuminate the surroundings. Therefore, the work can be performed without difficulty in a dark environment, thereby maximizing workability. In particular, So that the convenience of use can be further improved.

The switch 64 is a connecting member provided between the emergency light 63 and the battery 62 to connect and disconnect electricity supplied from the battery 62 to the emergency light 63 and the motor M. According to this, The emergency light 63 can be turned on and off via the switch 64, and the operation of the motor M can be turned on / off, thereby eliminating the problem that unnecessary electric energy is wasted.

FIG. 9 is an electric schematic diagram for explaining an electrical connection relation of an insulator of a working distribution line, which facilitates hot live operation according to the present invention.

3 to 9, the photographing unit 70 is composed of a photographing stand 71 and a camera 72.

The photographing cradle (71) is installed in the cradle unit (10).

The camera 72 is installed in the photographing cradle 71 and is controlled by the control unit 82 to intensively photograph the insulator main body 21 close to the electric wire chain unit 30 at regular intervals.

Meanwhile, when the insulator 20 is used over a long period of time, the tension of the wire must be sustained and sustained continuously. In this process, the fatigue load at the end of the insulator unit 20 is liable to be damaged.

Further, there may be a problem that the insulator main body 21 is damaged or cracked by an external force, and that the insulator main body 21 is damaged by deterioration.

Accordingly, the present invention can easily and easily check whether or not the insulator main body 21 is damaged by periodically photographing the camera 72 via the camera 72, so that the operator approaches the vicinity of the vehicle through a telephone or a special- I can solve the inconvenience I had once.

5 to 9, the control unit 80 includes a memory unit 81, a transmission / reception unit 83, and a control unit 82. In the case of the present embodiment, the control unit 80 includes a battery 62 As shown in Fig.

The memory unit 81 stores an image of the insulator main body 21 photographed by the camera 72 and the stored image is transmitted to the control unit 82. [

The control unit 82 receives the image stored in the memory unit 81 and transmits the image through the transceiver unit 83 and controls the operation of the camera 72 to photograph the insulator main body 21 at regular intervals.

Here, the predetermined period means any one of weekly, daily, and hourly.

The control unit 82 may receive a photographing signal from the portable terminal 90 via the transceiver unit 83 to control the operation of the camera 72.

For example, the control unit 82 sets the time (10 am and 4 pm daily) and drives the camera 72 to automatically photograph according to the set time. Thereafter, the control unit 82 receives the image of the insulator main body 21 taken by the camera 72 and transmits the image to the portable terminal 90 carried by the facility manager via the transmission / reception unit 83, (90), the information is visually displayed on the screen.

As another example, the control unit 82 sets the time (once every Monday and Thursday once each), and drives the camera 72 to automatically photograph according to the set time. Thereafter, the control unit 82 receives the image of the insulator main body 21 taken by the camera 72 and transmits the image to the portable terminal 90 carried by the facilities manager via the transmission / reception unit 83, The terminal 90 thus visually displays the information on the screen.

As another example, when the operator wants to check the current state of the insulator main body 21, when the signal is transmitted to the portable terminal 90, the control unit 82 immediately drives the camera 72 to photograph the insulator main body 21 And transmits the photographed image to the portable terminal 90 carried by the facility manager via the transmission / reception unit 83. The portable terminal 90 displays the information on the screen in real time and visually do.

The transmission / reception unit 83 receives the image from the control unit 82 and transmits the image to the portable terminal 90 carried by the facility manager. The portable terminal 90 thus visually displays the information on the screen.

7 and 9, the portable terminal 90 is a conventional tablet PC or a smart phone. The portable terminal 90 receives a plurality of images from the transceiver unit 83 and displays a plurality of images on the screen, And displays the image state of the display unit 21.

The portable terminal 90 can receive an image from the transmission / reception unit 83 and output it on the screen so that the facility manager can grasp the current state of the main body 21 in real time.

For example, when the operator operates the photographing button (not shown) on the portable terminal 90, the signal is transmitted to the control unit 82 via the transmission / reception unit 83, 72 to perform photographing.

The present invention can easily and easily check whether or not the insulator unit is damaged by providing a camera in the photographing unit, and it is possible to easily and conveniently check whether or not the insulator unit is damaged by approaching the vicinity of the vehicle through a pole- There is an advantage to be solved.

Further, the present invention can include a memory unit, a control unit, and a transmission / reception unit in a control unit, and can store an image output from the photographing unit, and can be periodically or arbitrarily operated by the control unit, and the transmission / And a plurality of images can be output through the portable terminal that has received the image transmitted from the transmission / reception unit.

In addition, the present invention has an emergency unit provided with an emergency light, so that it is possible to prepare for the difficulty of installing an insulator generated in an external environment, which is advantageous in workability and fixation of the insulator.

In addition, the present invention provides an inkjet printer comprising an agitator, a first fixing member, and a second fixing member, wherein the first fixing member and the second fixing member are easily detachable from the first fixing member and the second fixing member, The force exerted by the insulator and the force due to the inertia of the chain unit are reversed to increase the clamping force of the chain unit and the insulator and the force exerted by the insulator through the second fixing body and the force due to the inertia of the chain unit are reversed And the rotation of the insulator is blocked, thereby providing convenience of workability and fixing of the insulator.

Further, according to the present invention, it is possible to quickly respond to the expansion and contraction of a distribution line, thereby preventing disconnection of the distribution line. In addition, a bag accommodating various working tools can be hung on the temporary fixing section, or the annular end of the distribution line So that there is an advantage that convenience of workability and space utilization are improved.

As shown in FIGS. 10 to 12, the insulator of the processing distribution line facilitates the live wire work according to the present invention. The insulator 26 is provided with an anti-shake portion (not shown) for preventing shaking due to external influences such as wind, 100).

The anti-shake part (100) is provided with the shaving unit (10) for preventing the shaving rods (26) from shaking due to external influences such as wind, vibration, impact and the like, Thereby preventing the agitator unit 20 and the wire chain unit 30 from shaking.

10 to 12, the anti-shake portion 100 includes a slide support 110 slidably coupled to both sides of the shingle unit 10 at the lower end surface of the wrought iron A in forward and backward directions, A horizontal support 120 coupled to an upper surface of the horizontal support 110 and a support means 130 positioned above the horizontal support 120 to prevent shaking of the exit bar 26.

10, the slide supports 110 include first slide supports 111 and 111 'extending in the forward direction on both sides of the shingle unit 10 on the lower end surface of the wrought iron A, A second slide support 112 and 112 'slidably coupled from the inner surfaces of the supports 111 and 111' in the front and rear direction and a second slide support 112 and 112 'slidably coupled from the inner surfaces of the second slide supports 112 and 112' 3 slide supports 113 and 113 '.

The first slide supports 111 and 111 'have a hollow shape which is formed on both sides of the bundle unit 10 at the lower end face of the coarse iron A in all directions.

The second slide supports 112 and 112 'have a hollow shape extending in the forward direction and are formed to be slidable smoothly in the forward and backward directions from the inner surfaces of the first slide supports 111 and 111'.

The third slide supports 113 and 113 'have a hollow shape extending in the forward direction and are formed to be slidable smoothly in the forward and backward directions from the inner surfaces of the second slide supports 112 and 112'.

The first, second and third slide supports have slide grooves (114a, 114a ') formed at a predetermined depth in the upper and lower central portions of the outer surface of each slide support to smoothly slide the slide supports, And slide protrusions 114b and 114b 'formed at a predetermined height at the upper and lower center portions, respectively.

Further, on the left and right sides of each slide support, slide fixing grooves 115 are formed for moving the respective slide support members by a desired length and then fixed to the slide support members. The slide fixing grooves 115 are coupled with the fixing bolts 116a and the fixing nuts 116b Each slide support can be fixed.

That is, the first, second and third slide supports are moved along the slide grooves 114a and 114a 'and the slide protrusions 114b and 114b' 116a and the fixing nut 116b may be inserted to fix the slide supports.

The horizontal support 120 is in the form of a rectangular plate which is bolted / nut-coupled to the other side of the other side of the third slide supports 113 and 113 '.

In addition, the horizontal support 120 includes anti-collision means 121, 121 '

As shown in FIG. 11, the collision preventing means 121 and 121 'are configured such that when the supporting means 130 to be described below is rotated according to the driving of the motor M to rotate leftward and rightward, The first and second fixing rings 131a and 131a 'are arranged horizontally in the upper direction of the horizontal support 120 and on both sides of the support means 130 so as to prevent the first and second fixing rings 131a and 131a' Is formed at a height not touching the support base 120 and a semicylindrical shape having a predetermined length is provided on the upper side of the collision preventive means 121 and 121 'so that the first and second support bases 131b and 131b' And the inner circumferential surfaces of the support member seating members 121a and 121a 'are formed with support bushing members 121b and 121b' for minimizing the impact when the first and second support members 131b and 131b ' 121b 'are formed, and the support cushioning members 121b, 121b' are formed of silicon or rubber material capable of mitigating impact, Preferable.

11 to 12, the support means 130 receives electricity from the battery 62 and is rotated by the motor M to fix one half of the insulation bar 26 so as to surround them, A housing 132 in which a lower portion of the insulation bar fixing member 131 and a motor M are housed; a housing 132 located between the housing 132 and the horizontal support 120; And a buffering means 133 for buffering an impact that may be applied to the holding body 131 and the housing 132.

The heat-insulating rod fixing body 131 includes a first fixing ring 131a and a second fixing ring 131a ', first and second fixing rings 131a and 131a' A first rotation bar 131c and a second rotation bar 131b extending vertically in opposite directions at one lower side of the first and second support rods 131b and 131b 'and the first and second support rods 131b and 131b' And includes a first rotary shaft gear 131d and a second rotary shaft gear 131d 'which are coupled to one side of the rotary shaft 131c' and the first and second rotary rods 131c and 131c 'and coupled to rotate by a motor M .

The first fixing ring 131a and the second fixing ring 131a 'can be coupled and fixed to each other by covering half of one side of the bending rod 26, and are formed into a semicircular ring shape divided in half.

The first and second fixing rings 131a and 131a 'are provided with a first insulated-wire seating means 131a-1 for minimizing an impact that can be applied to the exfoliation rod when the exfoliation rods 26 are fixedly coupled together, The first and second insulated-wire seating means 131a-1 and 131a-1 'are formed on the inner circumferential surfaces of the first and second fixing rings 131a and 131a' It is preferable that it is made of a rubber material.

The first support 131b and the second support 131b 'are extended in a downward direction to support the first and second fixing rings 131a and 131a'.

The first rotating rod 131c and the second rotating rod 131c 'are extended from both ends of one side of the first and second supporting rods 131b and 131b' in a vertical direction (such as "┸" ).

The first and second rotating rod gears 131d and 131d 'are engaged with one side of the first and second rotating rods 131c and 131c' and are rotated by the motor M, And 131d 'are rotated, the wire bundle fixing body 131 rotates to the left and right.

The housing 132 is electrically connected to the first and second support rods 131b and 131b 'and the first and second rotation rods 131c and 131c', the first and second rotation rod gears 131d and 131d ' And the support bar 133b, which will be described below, can pass through the four corners of the lower portion of the housing 132, Is formed.

A housing guide groove 132a is formed in a lateral direction so that the first and second support rods 131b and 131b 'can be smoothly rotated in the central portion of the housing 132. The housing guide groove 132a The guide groove buffering means 132b is formed of silicone or rubber so that the guide groove buffering means 132b is formed at the end of the guide groove buffering means 132b for minimizing the impact when the first and second support rods 131b and 131b ' .

11, when the motor M supplied with electricity from the battery 62 is operated, the first rotation shaft gear 131d or the second rotation shaft gear 131d 'which is in contact with the motor M is rotated The first and second rotating shaft gears 131d and 131d 'are all rotated when one of the first and second rotating shaft gears 131d and 131d' The rotating rods 131c and 131c ', the first and second supporting rods 131b and 131b', and the first and second fixing rings 131a and 131a 'can be rotated to the left and right.

That is, assuming that the motor M is installed on the left side of the first rotation shaft gear, when the motor M rotates counterclockwise, the first rotation shaft 131c, the first support 131b, The second rotating shaft 131c ', the second supporting shaft 131b' and the second fixing ring 131a 'are rotated counterclockwise to rotate the first and second fixing rings 131a and 131a' Can be brought into contact with each other to fix the cutting rods 26,

When the motor M rotates in the clockwise direction, the first rotation bar 131c, the first support bar 131b and the first fixing ring 131a are rotated counterclockwise, and the second rotation bar 131c ' The first fixing ring 131b 'and the second fixing ring 131a' are rotated clockwise so that the first and second fixing rings 131a and 131a 'are separated from each other to release the fixing of the separation bar 26. [

12, the buffering means 133 includes a base plate 133a disposed at the lower portion of the housing 132 and having thread grooves at four corners thereof, a lower portion screwed to four corners of the base plate 133a, A supporting bar 133b which passes through the housing 132 and forms a screw thread on the outside, a fastening member 133c for adjusting and fixing the distance between the base plate 133a and the housing 132, and a base plate 133a, And a spring 133d coupled to the outside of the support bar 133b so as to be positioned between the supporting bar 133 and the supporting bar 133b.

The base plate 133a is preferably vertically opposed to the housing 132 and has a rectangular plate shape. The base plate 133a has grooves formed at four corners at a predetermined depth so that the support bar 133b described below can be engaged. On the inner peripheral surface, a thread is formed.

The support bars 133b are threaded on the outer peripheral surface and can be screwed into the grooves formed in the four corners of the base plate 133a.

The fastening member 133c is coupled to the upper portion of the support bar 133b with a screw thread formed on the inner circumferential surface thereof to fix the housing 132 at a predetermined height. 130 can be adjusted by adjusting the fastening member 133c so that the spacing between the base plate 133a and the housing 132 can be adjusted so that the fastening rod fixing body 131 is more firmly and accurately fixed can do.

The spring 133d can stably support the base plate 133a and the housing 132 while buffering the impact of the housing 132 due to external vibrations.

It is to be understood that the present invention is not limited to the above-described embodiment, and that various modifications and changes may be made without departing from the scope of the present invention as defined in the appended claims. It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

10: chain unit 20: engaging unit
30: electric wire shrinking unit 40: temporary shrinking unit
50: intermittent pin 60: emergency unit
70: photographing unit 80: control unit
90: Portable terminal
100: anti-shake portion 110: slide support
120: horizontal support 130: support means
131: Insulation fixture 132: Housing
133:
P: Jeonju A: Wanchul
L: Distribution line L ': Jumper wire

Claims (1)

A shrink unit 10 which is provided with a roller shaft 12 and is rotatably mounted on the shaft A fixed to the electric pole P via a first shaft pin 11; An insulator main body 21 which is fixed to the shrinkage unit 10 and is insulated so that the lead wire L and the bare iron A are not in electrical contact with each other, A clevis 22 having a hole which is slidably fitted in the cleavage hole 12 and is inserted into the hole so that the clevis 22 is not separated from the cleavage hole 12, A second fixing body 24 for preventing the first fixing body 23 from being detached from the hole of the clevis 22 by being fastened to the holes of the first fixing body 23 (20); A jumper slot 31a-1 is formed integrally with the annular end of the jumper wire L 'to be inserted into the inner side of the insulator main body 21, A first body 31a integrally formed with a shaft 31a-2 protruding in the direction of the first body 31a-1, and a cover 31b detachably attached to the first body 31a and covering the jumper slot 31a-1. 2 is formed integrally on the outer side so that the annular end portion of the distribution line L can be inserted and positioned so as to be housed in the distributing rollers 31, A distribution line fixture 32 composed of a second body 32a having a groove 32a-1 formed on the inner side thereof and a cover 32b detachably installed on the second body 32a and covering the distribution aerator groove 32a- (30); And is provided in the hook receiving recess 21a of the insulator unit 20 so as to be rotatable and removable via the second axis pin 25 so as to be connected to the annular end of the power distribution line L or a temporary scraping unit (40); An intermittent pin (50) provided on the insulator unit (20) for interrupting the insertion / removal of the temporary webbing unit (40); A solar battery 61 installed in the solid iron A for converting sunlight into electric energy, a storage battery 62 for storing the electric energy converted by the solar battery 61, An emergency light 63 attached to the coarse iron A by emitting light and being connected to the emergency light 63 via a magnet and a power supply 63 provided between the emergency light 63 and the battery 62 to supply electricity from the battery 62 to the emergency light 63, An emergency unit (60) composed of a switch (64) for shutting off; A photographing unit 70 composed of a photographing stand 71 provided on the shingle unit 10 and a camera 72 mounted on the photographing stand 71 for photographing the insulator main body 21; A memory unit 81 that receives and stores an image photographed by the camera 72 and a memory unit 81 that receives the image and transmits the image through the transceiver unit 83, A control unit (80) configured to control the operation of the camera (72) so as to control the operation of the camera (72); And a portable terminal (90) for receiving an image from the transmission / reception unit (83) and outputting the image to the screen. The insulator of a working distribution line,
The vibration isolating part (100) further includes a vibration preventing part (100) for preventing vibration due to external influences such as wind, vibration, impact and the like,
The anti-shake unit 100 includes first slide supports 111 and 111 'extending in the forward direction on both sides of the shingle unit 10 on the bottom surface of the wax iron A, first and second slide supports 111 and 111' A second slide support 112 and 112 'slidably coupled from the inner surface of the first slide support 111 and a second slide support 112 slidably coupled from the inner surface of the second slide support 112 and 112' 113, 113 '); A horizontal support 120 horizontally coupled to an upper surface of the third slide supports 113 and 113 '; And support means (130) located above the horizontal support (120) and preventing shaking of the insulation bar (26)
The support means 130 includes an insulating bar fixing body 131 which is rotated by the motor M to fix and fix the one half of the insulation bar 26, A housing 132 in which a lower portion of the bundle fixing fixture 131 and a motor M are housed; And a buffering means 133 located between the housing 132 and the horizontal support 120 for buffering an impact that may be applied to the insulating bar fixing body 131 and the housing 132,
The bundle fixing body 131 includes a first fixing ring 131a and a second fixing ring 131a 'for fixing each half of the one side of the bending rod 26 so as to surround them. A first support 131b and a second support 131b 'extending downward from the first and second fixing rings 131a and 131a'; A first rotation bar 131c and a second rotation bar 131c 'extending vertically in both directions at one lower end of the first and second supports 131b and 131b'; And a first rotation bar gear 131d and a second rotation bar gear 131d 'coupled to one side of the first and second rotation bars 131c and 131c' and coupled to rotate by a motor M,
The buffering means 133 includes a base plate 133a disposed at a lower portion of the housing 135 and having thread grooves formed at four corners thereof; A support bar 133b whose lower portion is screwed to the four corners of the base plate 133a and whose upper portion passes through the housing 132 and forms an external thread; A fastening member 133c for adjusting and fixing the distance between the base plate 133a and the housing 132; And a spring (133d) positioned between the base plate (133a) and the housing (132) and coupled to the outside of the support bar (133b).

Images