KR102022807B1 - Indirect live wire taping method and Indirect live wires cutting method and Taping machine Removable type Indirect live wire stripper - Google Patents

Abstract

The present invention relates to a stripper usable as a taping device used in stripping and taping the skin of an extra-high voltage live wire and, more specifically, to an automatic opening stripper with a detachable taping device for indirect live wire work and an indirect live wire stripping method and an indirect live wire taping method using the same which perform insulation stripping work on a live wire even in a state where a line is not approached to secure safety in stripping work, improve user convenience and durability by structural improvement, allow stripping work and a variety of taping work using insulation tape when needed by a single apparatus to improve efficiency in use, and allow inserting, extracting, and gripping operations of wires and striping or taping work of wires to be simultaneously performed by a single continuous rotating operation without performing separate inserting, extracting, and gripping operations of wires and striping or taping work of wires to provide operating convenience and work convenience in using the apparatus.

Description

Indirect live wire tapping method and Indirect live wires cutting method and Taping machine Removable type Indirect live wire stripper

The present invention relates to a double tapping machine for use in taping and taping the outer skin of the extra-high voltage live wire, and more particularly, to enable the extra-high voltage insulation film work in a state where a sufficient safety distance is secured. The automatic opening and closing machine for tapping machine detachable indirect live work and the indirect live wire cable using the same, which enables the worker to secure safety and, in particular, allow the advancement of the electric wire and the operation of the electric wire through the continuous rotation operation. It relates to a method and an indirect live wire taping method.

As the demand for electric power increases, electric power facilities have been expanded in response. As the demand level of electric power quality of electric power users increases, the momentary power failure is also subject to civil complaints. Increasingly, uninterrupted construction methods are being performed in which power is not cut off (live) in order to supply high-quality power during power distribution.

Meanwhile, in the process of performing the uninterruptible work as described above, the conventional work was performed through indirect work (using a stick stick) for live work, but the indirect work has a limited scope of work, There was a problem with a significant delay.

In this regard, various equipments are being developed in recent years, in particular, using a wire arrester such as Korean Patent Application No. 10-1436026, which is also proposed by the present applicant, but using a live bucket truck to access the track. It is easy to make the direct work of workers wearing insulation equipment and directly contacting the tracks, making the work more common, expanding the scope of work, and the work time and work efficiency were superior to the indirect work.

However, since the work is performed at a very close distance from the live wire, the safety accidents are frequently caused and the need for interruption and reduction of the uninterrupted work is raised.

In addition, since the entire casing of the peeling tool rotates to cover the wire sheath, there is a problem that the peeling machine is large and heavy. Therefore, the peeling work is performed by directly contacting the live state or by using a mechanical tool to directly contact the live wire with the live state. Since the insertion had to be fitted, the operation of the skinning itself was very difficult and dangerous

In order to solve the above problems, the applicant of the present invention can perform insulation insulation work on live wires even when the wire is not in close proximity to the line as in Korean Patent Application No. 10-1693146, thereby ensuring safety according to the work. A special high voltage insulation pincher has been proposed to ensure the safety of.

However, the above-described nailing machine is very complicated in structure and its use is inconvenient, and it is particularly composed only of the nailing machine, compared to performing various tasks such as peeling and taping in performing the uninterruptible power distribution line in the live state. There was a problem that the efficiency is lowered.

Korean Patent Registration Publication No. 10-1436026. Korean Patent Registration Publication No. 10-1693146.

The present invention has been devised to solve the above problems, and it is possible to perform the insulation peeling operation of the live state even in a state not close to the track to ensure the safety according to the peeling operation, as well as the structure It is an object of the present invention to provide an automatic opening / closing taper for detachable indirect live work and a indirect live wire peeling method using the same and a taper machine for improving the convenience and durability through improvement. will be.

In addition, the automatic opening and closing of the taping machine detachable indirect live work and the indirect live using the taper to further improve the efficiency of use, such as not only the filming work with a single equipment, but also various taping work using the insulating tape if necessary. It is an object of the present invention to provide an electric wire peeling method and an indirect live wire taping method.

In addition, in the use of the device, the advance and exit of the wire and the stripping or taping of the wire can be carried out through one continuous rotation operation without the need of performing separate wire advance and gripping operation and wire stripping or taping operation. The present invention provides a taping machine detachable automatic opening and closing operation machine for indirect live work, and an indirect live wire peeling method and the indirect live wire taping method using the same for bringing convenience and operational convenience to the device. There is a purpose.

As a specific means for achieving the above object, a hollow tubular drive unit body, a drive shaft which is arranged around the drive unit body, the first bevel gear is formed therein and the rotating tool is coupled, the inner front of the drive unit body A drive unit configured to be coupled to the rear bevel gear meshed with the first bevel gear and a handle coupled to the rear of the drive unit body, the drive unit configured to be disposed on the rear side;

It is formed in the form of a through-tube having a length coupled and protruding in front of the drive unit body, therein is insulated extension stick is coupled to the interlocking shaft is formed without interference interference the power transmission rod is rotated;

An adapter part including a tubular adapter body to which the tip of the insulating extension stick is coupled, and an adapter rod formed inside the adapter body and having a power transmission rod coupled to the rear thereof;

At the rear end, the adapter coupling tube is inserted into the adapter body and is formed in the center. An operation unit head capable of supporting the entered wire and having a support wire having a support fixing hole at one side thereof; And

Is formed in the power unit seating groove of the operating unit body is capable of advancing the electric wire with the operating unit body, the rotary power unit for rotation operation receives the rotation force from the adapter unit; And

Removably coupled to the rotary power unit and the wire is seated, and comprises a rotary holder for performing the filming or taping of the wire by the rotation operation of the rotary power unit,

The rotary holder,

It consists of either a peeling holder that can be wired or a taping holder that can tap the wire, and is configured to be replaced by a rotating power unit.
It is configured to further include a locking means for regulating the detachable coupling of the adapter portion and the operation head,
The locking means,
A locking guide groove is formed in the circumference of the adapter body, and a plurality of ball receiving grooves and a stopper are formed in the front circumference of the locking guide groove so that the locking ball can protrude into the inside of the adapter body at regular intervals. At the rear end of the protruding guide pin is formed,
Around the adapter coupling tube is formed a ball locking groove in the form of a semi-circular groove that locks the locking ball protruding into the adapter body,
Around the adapter body is configured to include a locking lever that is spring-loaded at the rear end of the locking guide groove to have the front protruding force and to control the coming out of the locking ball,
The locking lever is formed with a pressurizing protrusion for pressing the locking ball on the inner circumferential surface and springs in the rear, and forming a stopper protrusion that is engaged with the stopper in the front of the inner circumferential surface, and having an indentation guide groove guided by the indentation guide pin at the rear. To make it easier

A work preparation step of preparing a taping machine detachable indirect live-opening cutting machine with a peeling holder having a cutter part for electric wire beating mounted on a rotating power unit of an operating head;

An electric wire gripping step in which an operator uses an insulated extension stick of an automatic opening / closing machine for detachable indirect line work to receive a fixed distance from the electric wire and accommodates and secures the electric wire to the operation head; And

In order to operate the drive part in the indirect live state with a safe separation distance through the insulated extension, the wire head step is performed by driving the actuator head and performing the wire shielding step to cover the outer skin of the wire,

A work preparation step of preparing a taper detachable automatic opening / closing machine for a taper detachable indirect live work in a state in which a taping holder having a taper with a tape for taping electric wires is mounted on a rotating power unit of an operating head;

An electric wire gripping step in which an operator uses an insulated extension stick of an automatic opening / closing machine for detachable indirect line work to receive a fixed distance from the electric wire and accommodates and secures the electric wire to the operation head; And

It can be achieved by enabling the taping of the wire by performing a wire taping step of driving the actuator head and taping the wire by secondly operating the drive in an indirect live state with a safe separation distance through the insulating extension stick.

As described above, the automatic tapping machine for detachable indirect live work of the taping machine of the present invention and the indirect live wire peeling method and the indirect live wire taping method using the same include an insulated extension stick having a driving part at the rear of the head part capable of gripping and covering the electric wire. It is configured to have a certain length through, allowing the worker to be wired in the live state in the state secured a safe distance not close to the track, in particular easy to use without the need for a separate mounting means, etc. It is very easy to use, and the structural simplification improvement can significantly reduce the failure rate.

In addition, the head portion is composed of the skin portion and the removable taping part, it is possible to obtain the effect of further improving the efficiency of use, such as the operation of the live peeling operation with a single equipment, as well as the live taping operation using an insulating tape if necessary. It can be.

In addition, it is configured to enable the gripping or gripping of the wire according to the driving gripping of the electric wire to the operating head and the driving of the rotary power unit through the continuous rotation operation of the drive, the operation of the device is very convenient, and thus the operational convenience and It is possible to obtain an effect that can significantly shorten the working time.

1 is a perspective view of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 2 is a sectional view of the main portion of the drive of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 3 is a cross-sectional view of the main portion of the insulating extension stick of the automatic opening and closing machine for detachable indirect live work of the present invention tapping machine.
Figure 4 is a sectional view of the main portion of the adapter of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 5 is a perspective view of the main head of the operation part of the automatic opening and closing machine for detachable indirect live work of the present invention tapping machine.
Figure 6 is an exploded perspective view of the head portion of the operation of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 7 is a sectional view of the main head of the operation of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
8 is a main view of the holder fixing means of the automatic opening and closing machine for detachable indirect live work of the present invention tapping machine.
9 is a main view of the wire support fixing means of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 10 is an embodiment of a rotary holder of the automatic opening and closing machine for detachable indirect live work of the present invention tapping machine.
11 is a main view of the cutter portion of the automatic tapping machine for detachable indirect line work of the present invention.
Figure 12 is another embodiment of the rotary holder of the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
13 is a main part of the taping machine of the automatic tapping machine for detachable indirect live work of the present invention.
14 is another embodiment of the taping machine of the automatic tapping machine for detachable indirect live work of the present invention.
15 is an overall process diagram showing an indirect live wire cable peeling method using an automatic opening and closing machine for a taper detachable indirect live work of the present invention.
Figure 16 is a simplified view of the operation preparation step of the indirect live wire cable peeling method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 17 is a simplified view of the operation preparation step of the indirect live wire cable peeling method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 18 is a simplified view of the wire receiving step of the indirect live wire cable peeling method using the automatic opening and closing of the present invention tapping machine detachable indirect live work.
19 is a schematic diagram of the wire restraint step of the indirect wire wire peeling method using the automatic opening and closing gasket for detachable indirect line work of the present invention.
Figure 20 is a schematic diagram of the electric wire peeling step of the indirect live wire gripping method using an automatic opening and closing gasket for detachable indirect live work of the present invention.
Figure 21 is an electric wire shielding state of the indirect live wire cable peeling method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
22 is an overall process diagram showing an indirect live wire taping method using the automatic tapping machine for detachable indirect live work of the present invention.
Figure 23 is a simplified view of the work preparation step of the indirect line wire taping method using the automatic tapping machine for detachable indirect line work of the present invention tapping machine.
24 is a simplified view of the wire receiving step of the indirect live wire taping method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
25 is a simplified view of the wire receiving step of the indirect wire wire taping method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
Figure 26 is a simplified view of the wire restraining step of the indirect line wire taping method using an automatic opening and closing gasket for detachable indirect line work of the present invention.
Figure 27 is a schematic diagram of the wire taping step of the indirect live wire taping method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine.
28 is a wire taping state diagram of the indirect live wire cable peeling method using the automatic opening and closing of the present invention tapping machine detachable indirect live work.

The terms or words used in this specification and claims are not to be construed as being limited to their ordinary or dictionary meanings, and the inventors may appropriately define the concept of terms in order to best describe their invention. It should be interpreted as meaning and concept corresponding to the technical idea of the present invention based on the principle that the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all of the technical idea of the present invention, which can be replaced at the time of the present application It should be understood that there may be various equivalents and variations.

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

First, if you look at the automatic switchgear for tapping machine removable indirect live work,

1 is a perspective view of the automatic tapping machine for detachable indirect live work of the present invention.

As shown in FIG. 1, the automatic tapping machine 1 for detachable indirect line work of the present invention includes a drive unit 100, an insulation extension stick 200, an adapter unit 300, and an operation unit head 400. ) And a rotating holder 600.

First, the driving unit 100 is configured to control the driving of the operation unit head 400 to be described later in configuring the present invention tapping machine detachable indirect live work automatic switchgear (1).

To this end, the driving unit 100 includes a driving unit body 110, a driving shaft 120, an interlocking shaft 130, and a handle 140 with reference to FIG. 2.

First, the driving unit body 110 is formed in a tubular shape of the hollow inside and forming a left, right length.

The drive shaft 120 is configured to have a rotational force is arranged in a direction perpendicular to the drive unit body 110 through a bearing or the like around the drive unit body 110, the tip is located inside the drive unit body 110 The first bevel gear 121 is configured.

In addition, the drive shaft 120 is open to the outside in the center of the tool coupling groove 122 of each groove shape is configured to enable the combined use of a separate rotary tool (T), the rotary tool (T) used at this time is limited It would be possible to use a combination of a manual rotary handle or a power tool.

The interlocking shaft 130 is configured to have a rotational force by being installed in the inner front of the driving unit body 110 through a bearing, etc. At this time, the first bevel gear 121 is engaged with the rear to change the rotational direction thereof. The second bevel gear 131 is configured.

The handle 140 is configured in the form of a tubular body having a length, is coupled to the rear of the drive unit body 110 is configured to enable the grip of the operator, preferably composed of an insulator.

That is, the driving unit 100 is to interrupt the rotation of the operation unit head 400 to be described later, the drive shaft 120 is rotated when the rotary tool is coupled to the tool coupling groove 122 of the drive shaft 120 and the rotational force is transmitted. In this regard, the rotation direction is transmitted to the interlocking shaft 130 and the interlocking shaft 130 is rotated through the second bevel gear 131 meshed with the first bevel gear 121.

The insulating extension stick 200 in the construction of the present invention tapping machine detachable indirect live work automatic switchgear 1, the operator head 400 and the operator's head coupled to the wire to be described later and the worker's safety It is configured to secure the separation distance.

To this end, the insulating extension stick 200 is configured in the form of a hollow tube made of an insulator having a length with reference to FIG. 3, and the rear side is coupled to the front of the driving unit body 110 to protrude forward.

In this case, at least one hooking wing 201 is configured around the insulation extension stick 200 to prevent the worker's grip and contact with the wire during the work process.

In addition, the inside of the insulating extension stick 200 is coupled to the front of the interlocking shaft 130 is configured to receive a rotational force from the interlocking shaft 130 to rotate the power transmission rod 210 is configured, the power transmission rod ( 210 is spaced apart from the insulating extension stick 200 is configured not to be subjected to rotation interference.

That is, the insulating extension stick 200 secures the distance between the operator and the operation head 400 in the process of peeling or taping to enable safe operation, while holding the handle 140 together with the handle 140 to enable stable operation. do.

The adapter unit 300 serves as a medium for transmitting the rotational force to the operation unit head 400 to be described later in configuring the present invention tapping machine detachable indirect live work automatic switch opening and closing machine (1).

To this end, the adapter unit 300 includes an adapter body 310 and an adapter rod 320 with reference to FIG. 4.

First, the adapter body 310 is configured in a tubular shape, the rear is configured to be coupled to the front end of the insulating extension stick (200).

The adapter rod 320 is configured to be rotatably supported by the support body through the adapter body 310 and the bearing, etc. in the inner side of the adapter body 310, the rear end is different from the tip of the power transmission rod 210 Coupled to the front is a power bevel gear 511 to be described later is configured to be coupled.

That is, the adapter 300 receives the rotational force from the power transmission rod 210 serves as a medium for transmitting the rotational force to the power bevel gear 511 of the operation unit head 400 to be described later.

The actuating head 400 is configured to clamp the rotational force of the rotating holder 600 to be described below and the tape for tapering or taping the electric wire in constructing the present invention tapping machine detachable indirect live work. Is configured.

To this end, the actuator head 400 is composed of an actuator body 410 and a wire support 420 with reference to FIGS. 5 to 7.

First, the actuator body 410 is configured at the rear end of the adapter coupling tube 411 to be inserted into the adapter body 310.

In addition, the operation part body 410 is composed of a circular filming guide groove 412 penetrating in the width direction in the center, at this time, the inside of the filming guide groove 412 seating of the rotary power unit 500 to be described later on both sides The power unit seating groove 413 configured to be stepped to be installed is configured.

In addition, the operation part body 410 is configured to communicate with the filming guide groove 412 in the upper portion to the wire exit groove 414 for guiding the advancement of the wire to be peeled or taped, the wire exit groove 414 is It is configured to be inclined toward the center of the guiding groove 412 in the upper rear of the actuator body 410.

On the other hand, in the present invention, the operation unit body 410 is configured to be detachably coupled to the adapter unit 300, which is enabled by the locking means 350.

At this time, the locking means 350, first, the locking guide groove 351 is formed in the step circumference of the adapter body 310 to form a diameter smaller than the diameter of the adapter body 310 to the front.

In addition, the locking guide groove 351 is configured to penetrate a plurality of ball receiving grooves 353 at regular intervals, wherein the ball receiving groove 353 is configured to form a shape that is wider from the inner side to the outer side, each ball receiving The locking ball 352 is formed in the groove 353 to be protruded to the inside of the adapter body 310.

The stopper 354 protrudes from the front circumference of the locking guide groove 351.

And, the rear end of the adapter body 310 is configured with a projection pin 355 protruding outward.

In addition, a ball locking groove 411a having a semicircular groove in which the locking ball 352 protruding inward of the adapter body 310 is engaged is formed around the adapter coupling pipe 411 of the operation unit body 410.

In addition, around the adapter body 310, the locking lever for wrapping the adapter body 310, the spring is installed in the rear end of the locking guide groove 351 to clamp the locking ball 352 while having a forward protrusion force 360 is configured.

At this time, the locking lever 360 is configured to first press the locking ball 352 on its inner circumferential surface and the pressing projection 361, which is spring-loaded on the rear, to protrude inward, and the front end of the locking lever 354 in front of the inner circumferential surface. The stopper protrusion 362 is configured to be prevented from slipping forward.

At this time, the corresponding surfaces of the pressing protrusion 361 and the stopping protrusion 362 may be configured to form an inclined narrow to each other toward the outside.

And, in the rear is guided by the chulha guide pin 355, chulha guide groove 363 that is guided before, right operation is configured.

That is, when the locking means 350 is to retract the locking lever 360 to the rear, the space is formed between the pressing projection 361 and the stopping projection 362 bar when pulling the adapter coupling pipe 411 forward The locking ball 352 is separated from the ball locking groove 411a of the semi-circular groove shape so that the actuator body 410 can be removed from the adapter body 310.

On the contrary, when the adapter coupling pipe 411 is introduced into the adapter body 310 in the state in which the locking lever 360 is retracted backward, and the external force of the locking lever 360 is released, the pressing protrusion 361 is the locking ball ( Pressing and protruding the 352, the locking ball 352 is inserted into the ball locking groove (411a) to enable the coupling of the adapter body 310 and the adapter coupling pipe 411.

The wire support 420 of the operation unit head 400 is capable of supporting the wires entered into the wire advance groove 414 or the rotary power unit 500 to be described later, and the wire support of the rotary power unit 500 to be described later. It is formed inside the holder installation groove 521 through the fixing means 570 is configured to enable the support of the electric wire accommodated in the holder installation groove 521.

To this end, the wire support 420 is configured to form a widthwise length of the operation unit body 410, the inner side is formed to form a wire support groove 421 of the "arc" type groove form a curved curvature, which will be described later Sliding coupled to the support guider 572 of the rotary power unit 500 is configured.

The wire support 420 is provided with a support fixing hole 422 capable of inserting and removing the support fixing member 573 to be described later on one side thereof.

On the other hand, in the configuration of the wire support 420 in the present invention, it may be configured to be possible to replace the configuration by varying the configuration depending on the diameter of the wire support groove 421.

The rotary power unit 500 in the configuration of the present invention tapping machine detachable indirect live work automatic switchgear 1, the rotation holder 600 to be described later through the rotation operation to enable the filming and taping of the wire. It is composed.

At this time, the rotary power unit 500 is installed in the power unit seating groove 413 inside the skinning guide groove 412 of the operating unit body 410 to receive a rotational force from the adapter unit 300 to rotate operation. And a power transmission unit 510, a first power gear 520, a second power gear 530, a linkage plate 540, a closing member 550, 550 ′, and a holder fixing means. 560 and the wire support fixing means 570.

First, the power transmission unit 510 is formed in the film guide groove 412 of the operation unit body 410 is configured to receive a rotational force from the adapter rod 320.

At this time, the power transmission unit 510 is first configured with a power bevel gear 511, the power bevel gear 511 is arranged in the rear of the actuator body 410 through a bearing or the like and the rear is the adapter rod 320 Is coupled to the front end of the adapter rod 320 is configured to receive the rotational force.

In addition, a power transmission shaft 512 is configured in the power transmission unit 510, and the power transmission shaft 512 is formed at right angles with the power bevel gear 511 at the rear of the operation unit body 410 through a bearing or the like. It is configured to be stored.

In this case, first, the interlocking bevel gear 513 is meshed with the power bevel gear 511 to switch the rotation direction.

The power transmission shaft 512 includes an interlocking gear 514 in the form of a spur gear that meshes with the first and second power gears 520 and 530 which will be described later.

That is, the power transmission unit 510 receives the rotational force from the adapter rod 320 through the power bevel gear 511, and then changes the rotation direction through the interlocking bevel gear 513 of the power transmission shaft 512. It is configured to transmit the rotational force to the interlocking gear 514.

The first power gear 520 is accommodated in the bleeding guide groove 412 of the operating unit body 410 and seated in the power unit seating groove 413 from the interlocking gear 514 of the power transmission unit 510. It is configured to receive the rotational force.

At this time, the first power gear 520 is configured to form a circular wheel, the center of the holder mounting groove 521 for guiding the sliding installation and fixing of the rotating holder 600 is configured to pass through, the holder A holder fixing pin 522 is provided inside the installation groove 521 to guide sliding insertion and fixing of the rotation holder 600 on both sides.

In addition, a first gear part 523 is formed around the first power gear 520 to form a spur gear and is engaged with the interlocking gear 514 to receive rotational force, and the first gear part 523 has one side. The idle gear 524 is configured to allow the interlocking gear 514 to idle when the interlocking gear 514 enters.

Then, both sides of the first power gear 520 is configured to protrude the first shaft tube 526 exposed to both sides of the filmed guide groove 412.

In addition, the first power gear 520 has a pair of power guide grooves 527 formed at both sides of the first shaft pipe 526 in a "arc" shape, each of the power guide grooves 527 is approximately It consists of 60 °.

In addition, the first power gear 520 has a first wire access groove 528 configured to open the holder installation groove 521 while the first gear part 523 is cut at one side thereof. The advance groove 528 is configured to correspond to the wire advance groove 414 of the operation unit body 410, the idle groove in the state that the wire advance groove 414 and the first wire entry groove 528 correspond. 524 is configured to be in contact with the interlocking gear 514.

The second power gear 530 slides with the first power gear 520 at one side of the first power gear 520, and is accommodated in the film guide groove 412 of the operation body 410. Seated in the power unit seating groove 413 is configured to receive a rotational force from the interlocking gear 514 of the power transmission unit 510.

In this case, the second power gear 530 is configured to form a circular wheel, and is configured to slidably surround the first shaft pipe 526 of the first power gear 520 and penetrates one end of both power guide grooves 527. It is configured to be connected to the power guide pin 531.

In addition, a circumference of the second power gear 530 forms a spur gear that forms the same gear as the first gear part 523 of the first power gear 520 and is engaged with the interlocking gear 514 to receive rotational force. The second gear portion 532 is configured.

In addition, the second power gear 530 is configured to protrude from the second shaft pipe 533, which is formed in one of the guiding grooves 412 on one side while surrounding the first shaft pipe 526 on an outer surface thereof.

In addition, the second power gear 530 has a second electric wire entry groove 538 configured to open the holder installation groove 521 while the second gear part 532 is cut on one side thereof. The advance groove 538 is configured to correspond to the wire advance groove 414 of the actuator body 410 and the first wire entrance groove 528 of the first power gear 520.

The linkage plate 540 slides with the first power gear 520 so as to correspond to the second power gear 530 on the other side of the first power gear 520, and the film of the operation unit body 410 is covered. The guide groove 412 is accommodated and configured to be seated in the power unit seating groove 413.

At this time, the linkage plate 540 is configured to form a circular wheel, and is configured to slidably surround the first shaft pipe 526 of the first power gear 520 and is coupled to the power guide pin 531 to the second power It is configured to work with the gear 530.

The interlocking plate 540 is configured to protrude from the third shaft pipe 541, which is formed in the skinned guide groove 412 on the other side while surrounding the first shaft pipe 526 on an outer side surface thereof.

In addition, the interlocking plate 540 has a third wire entry groove 548 configured to open the holder installation groove 521 on one side, and the third wire entry groove 548 is the second power gear 530. It is configured to correspond to the second wire entry groove 538.

The closing member 550, 550 'is composed of a pair of both sides, each is configured to form an "arc" type block.

At this time, each of the finishing members 550, 550 'is configured to be coupled to the end of the first power gear 520, each one side is protruding interference to the operation unit body 410 side the first power gear ( 520 and the second power gear 530 and the linkage plate 540 is prevented from being separated.

The holder fixing means 560 is formed in the closing member 550 of the one side is configured to intermittently fix the fixing of the rotary holder 600 installed in the holder installation groove 521 of the first power gear 520. .

At this time, the holder fixing means 560, first with reference to Figure 8, the fixing block 561 is fixed to the closing member 550 of one side is configured.

In addition, one side of the fixed block 561 is configured to actuate the actuating pin 562, the actuating pin 562 is a guide pin formed in the interior of the fixing block 561 to be moved out by an external force It is composed.

In addition, a holder fixing protrusion 563 is formed inside the fixing block 561 to form a direction perpendicular to the operation pin 562, that is, a center axis direction of the holder installation groove 521, and the holder fixing protrusion 563 is It is constructed to have a spring force is always protruding force toward the central axis of the holder installation groove 521.

At this time, the inclined surface 564 that interferes with the front end of the operation pin 562 is configured around the holder fixing protrusion 563, the inclined surface when the operation pin 562 is applied by the inclined surface 564 to move forward Interfering with 564, the holder fixing projection 563 is drawn in, and is configured to be transferred by the spring force when releasing the external force.

The wire support fixing means 570 is formed on the closing members 550 and 550 ′ on both sides of the wire support fixing means 570 to be fixed to the wire support 420.

At this time, the wire support fixing means 570 is first symmetrically to the end of the second shaft pipe 533 of the second power gear 530 and the third shaft pipe 541 of the linkage plate 540 with reference to FIG. A pair of supporting blocks 571 and 571 ′ formed on both sides are formed.

The support blocks 571 and 571 ′ on both sides pass through the holder mounting groove 521 of the first power gear 520 to connect the two support blocks 571 and 571 ′ to connect the wire support 420. A support guider 572 that is slidingly coupled is configured.

In addition, the support block 571 of one side is provided with a support fixing member 573 that can be fixed to the wire support 420 coupled to the support guider 572.

At this time, the support fixing member 573 is spring-loaded in a direction perpendicular to the wire support 420 in the inside of the support block 571 has a protruding locking force to the support fixing hole 422 of the wire support 420, and the peripheral portion The fixed pin 574 is formed with an inclined surface 574a forming an inclined gradually toward the lower portion, and the pin is guided to the side of the support block (571) has a perpendicular salvage force with the fixing pin 574 and the front end is fixed pin ( Consists of the operation pin 575 having an interference force with the inclined surface 574a of the 574, when entering the operating pin 575 push the inclined surface 574a to push the fixing pin 574 to the upper support fixing hole 422 To release the fixing force of the wire support 420, and when the withdrawal of the operation pin 575, the fixing pin 574 is lowered by the spring force is inserted into the support fixing hole 422 fixed and wire support 420 ) Can be fixed.

That is, the actuator head 400 is a rotary power unit 500 is installed in the guiding groove 412 of the actuator body 410 is configured to intermittently rotate the rotation holder 600 to be described later, first adapter The rotational power transmitted to the power transmission unit 510 through the rod 320 switches the rotation direction of the power transmission shaft 512 through the power bevel gear 511 and the interlocking bevel gear 513 and the interlocking gear 514. The rotation force is given to.

Thereafter, the interlocking gear 514 is meshed with the first gear part 523 of the first power gear 520 and the second gear part 532 of the second power gear 530 and the first and second power gears. It is to transmit the rotational force to the (520) 530, at this time, the first wire advance groove 414 and the first to third wire entry grooves 528, 538, 548 in the state of communication interlocking gear 514 ) Is fitted into the idle groove 524 of the first power gear 520 and meshes with the second gear portion 532 of the second power gear 530.

In this case, the power guide pin 531 is positioned at the opposite end of the rotation or tapering direction inside the power guide groove 527.

Thus, when the rotational force is transmitted to the interlocking gear 514, the interlocking gear 514 is prevented from rotating the first power gear 520 by the idle groove 524, the second gear portion 532 is engaged. It rotates the second power gear 530 and the linkage plate 540 through.

Accordingly, as the second power gear 530 and the interlock plate 540 rotate, the power guide pin 531 moves along the power guide groove 527, while the second of the second power gear 530 is moved. The wire entry grooves 538 and the third wire entry grooves 548 move inwardly of the operating body 410 and are displaced from the wire entry grooves 414 and the first wire entry grooves 528 and the holder installation grooves 521. ) Will be closed.

Subsequently, when the power guide pin 531 is positioned at the end of the power guide groove 527 while the second power gear 530 is continuously rotating, the power guide pin 531 is the first power gear 520. Interfering with the first and second power gears (520, 530) and the interlocking plate 540 is rotated together.

On the other hand, in configuring the first power gear 520 and the second power gear 530 in the operation head 400 guides the simultaneous rotation of the first power gear 520 and the second power gear 530. Means for further comprising.

To this end, first, the idle groove 524 of the first power gear 520 is configured to further include a push protrusion 525 spring protruding force circumferentially, the second push gear (525) The locking protrusion 525a protruding toward the side 530 is configured.

In addition, the inner circumferential surface of the second power gear 530 has a locking groove 535 to which the locking protrusion 525a is locked, and the locking groove 535 has the power guide pin 531 at the power guide groove 527. When the rotation of the first and second power gears 520 and 530 is configured such that the locking projection 525a is engaged at a position supported by the power guide groove 527 when rotating in the opposite direction to the skin or taping. It is configured to give a sense of stability.

In addition, the first power gear 520 is configured to further include a means for preventing the anti-baking rotation of the first gear.

To this end, first, the operation unit body 410 has two rows of power gear fixing pins 415 and 415 'perpendicularly to both sides of the inner surface of the power unit seating groove 413 on one side.

The first power gear 520 includes a pair of power gear fixing protrusions 529 and 529 ′ which react with the power gear fixing pins 415 and 415 ′, respectively. The projections 529 and 529 'are spring-loaded and configured to have a protruding force toward the operation body 410 side.

At this time, inclined surfaces 529a and 529a 'are formed on the outer side of each of the power gear fixing protrusions 529 and 529', respectively.

The rotary holder 600 is mounted to the operating head 400 in the configuration of the present invention tapping machine detachable indirect live work opening and closing operation machine to enable the taping of the wire or the shielded wire of the wire sheath. It is configured to be mounted on the rotary power unit 500.

On the other hand, in the rotary holder 600 applied in the present invention, in the application of the present invention tapping machine detachable indirect live work automatic opening and closing pacemaker (1), it is possible to tape the skin holder of the wire (610) or the wire can be taped Consists of a taping holder 650 is configured to replace the mounting use in the holder mounting groove 521 of the first power gear 520.

To this end, first, when the rotation holder 600 is configured as a skin holder 610, it is possible to cover the wire.

At this time, the skin holder 610 is composed of a skin holder holder 620 and the cutter unit 630 with reference to FIG.

First, the skinned holder body 620 is configured to slide through the holder installation groove 521 of the first power gear 520 by using the holder fixing pin 522 as a guide, the inside of the wire is open to the upper side A semi-circular shaped foil holder wire receiving groove 621 that can accommodate is formed.

In addition, the pinned holder wire receiving groove 621 is configured to vertically penetrate the pinned holder fixing hole 622 in which the holder fixing protrusion 563 of the holder fixing means 560 is locked.

In addition, the peeling holder body 620 is a wire pressing protrusion 623 that is capable of pressing the wire in a spiral shape on the inner circumferential surface of the peeling holder wire receiving groove 621, the wire pressing protrusion 623 is a process of beating the wire At the wire is configured to guide the movement of the actuator head 400 by the pressurization and helix.

The cutter 630 is coupled to one end of the skinned holder body 620 to cover the outer skin of the wire.

At this time, the cutter unit 630 is composed of a cutter unit body 631, a cutting blade holder 635, and a cutting blade 637 with reference to FIG.

First, the cutter part body 631 is coupled to one side of the skin holder body 620, such as by bolting, and is configured to protrude to the outside of the operating unit body 410, the one side of the skin holder holder wire ( 621 is connected to the semicircular cutter wire receiving groove 632 is possible the demand of the wire is configured.

The cut holder body 620 includes a cutting blade accommodation groove 633 that is open in a direction perpendicular to the cutter wire receiving groove 632.

The cutting blade holder 635 is arranged in the cutting blade receiving groove 633 is configured to be rotated up and down, the one side when the rotary power unit 500 is rotated in the opposite direction of the pinch fixing means 570 A pressing bar 636 which interferes with one side of the support block 571 is configured to protrude.

At this time, the cutting blade holder 635 that is rotated up and down is given a weight on the inside of the cutting blade receiving groove 633 from the center is built up when the external force is not applied to the pressure bar 636 automatically rotates to the inside and the cutting to be described later The blade 637 is configured to protrude toward the cutter portion wire receiving groove 632 side.

The cutting blade 637 is mounted to the cutting blade holder 635 and is rotated together with the cutting blade holder 635 to allow the wires to be peeled and released.

That is, the cutter unit 630, when the rotary power unit 500 is rotated in the direction of the electric wire of the cable, the support block 571 'of one side is separated from the pressure band 636, the electric wire can be peeled, the opposite direction of the blood At a predetermined rotation, the support block 571 presses the pressing bar 636 and rotates the cutting blade holder 635 to the outside so that the cutting blade 637 is separated from the wire.

In addition, when the rotary holder 600 is configured as a taping holder 650, the electric wire can be covered.

In this case, the taping holder 650 is composed of a taping holder body 660 and a taping machine 700 with reference to FIG. 12.

First, the taping holder body 660 is configured to slide through the holder installation groove 521 of the first power gear 520 with the holder fixing pin 522 as a guide, and the upper side of the taping holder body 660 is opened to the inside thereof. A semi-circular taping holder wire receiving groove 661 that can accommodate the is formed.

In addition, the taping holder fixing hole 662 to which the holder fixing protrusion 563 of the holder fixing means 560 is engaged is vertically penetrated in the taping holder wire receiving groove 661.

The taping machine 700 is coupled to one end of the taping holder body 660 and configured to enable taping of an electric wire.

At this time, the taper 700 is a bracket 710, the shaft 720, the support nut 730, the rear support plate 740, the first tape mounting pipe 750, It consists of two tape mounting pipe 760, the closing plate 780, and the pressure bolt 790.

First, the bracket 710 is configured to be coupled to one end of the taping holder body 660, the coupling is configured to protrude at a right angle with the taping holder body 660.

The shaft 720 is configured to form the center of the taping machine 700, one end of which is fixed to the bracket 710 to be perpendicular to the bracket 710 to protrude horizontally to one side of the operation unit body 410 It is composed.

At this time, the shaft 720 is a step configured to form a large diameter portion 721 in the rear and a small diameter portion 725 in the front, the rear end of the large diameter portion 721 is configured to be fixed to the bracket 710, the large diameter portion A threaded portion 722 is further configured around the rear circumference of 721.

The support nut 730 is configured to be inserted into the threaded portion 722, and is configured to be capable of pressurizing the rear support plate 740 to be described later.

And, in front of the support nut is a spring 731 protruding forward while surrounding the large diameter portion 721 is constructed to be carbon.

The rear support plate 740 is configured to be key-coupled to the large diameter portion 721 of the shaft 720 at the front side of the support nut 730, wherein the rear support plate 740 is moved forward with respect to the large diameter portion 721. After the sliding operation, the front end of the spring 731 is configured to be supported.

In addition, the first tooth 745 is further configured on the front surface of the rear support plate 740.

The first tape mounting tube 750 is configured such that the small diameter portion 725 of the shaft 720 penetrates and rotates from the small diameter portion 725 in front of the rear support plate 740.

At this time, the first tape mounting pipe 750 is configured to surround the rear of the rear support plate 740, the front is configured to be secured to the small diameter portion 725.

In addition, the front of the first tape-mounted pipe 750 is configured with a first inclined protrusion 751 that forms a slope that gradually narrows toward the front, the pressure around the rear end of the first inclined protrusion 751 This possible first pressing jaw 752 is configured.

In addition, the first tape mounting pipe 750 is configured such that the inner rear thereof is coupled to the rear end of the small diameter portion 725 by a first bearing 753 so as to be rotatable from the small diameter portion 725.

In addition, a second tooth portion 755 corresponding to the first tooth portion 745 of the rear support plate 740 is further configured on the rear surface of the first tape mounting tube 750.

That is, when the support nut 730 is pressed, the rear support plate 740 is moved forward by the support nut 730 and the elasticity of the spring, and the first tooth 745 is the second of the first tape mounting tube 750. The first tape mounting pipe 750 is prevented from being engaged by the tooth part 755, and when the support nut 730 is released, the teeth of the first and second tooth parts 745 and 755 are released. Thus, the first tape mounting pipe 750 is configured to be rotatable.

The second tape mounting tube 760 is configured such that the small diameter portion 725 of the shaft 720 penetrates and rotates from the small diameter portion 725 in front of the first tape mounting tube 750.

At this time, the bobbin of the tape is coupled around the second tape mounting pipe 760 while forming a first inclined groove 762 into which the first inclined protrusion 751 of the first tape mounting pipe 750 is inserted. A first tape mounting portion 761 is formed.

On the other hand, in the present invention, the first tape mounting portion 761 is composed of a plurality of first elastic grooves 761a radially, the first elastic grooves 761a by the first inclined protrusion 751 is easily coupled to the Make it possible.

In addition, in front of the second tape mounting tube 760, a second inclined protrusion 763 forms an inclined gradually narrowed toward the front.

In addition, a second pressing jaw is formed at the rear of the middle portion of the second tape mounting pipe 760 to form a step with the first tape mounting part 761 and to pressurize the tape corresponding to the first pressing jaw 752. do.

A third pressing jaw 765 capable of pressing the tape is formed around the rear end of the second inclined protrusion 763.

The front support pipe 770 is configured to allow the small diameter portion 725 of the shaft 720 to penetrate and rotate from the small diameter portion 725 in front of the second tape mounting tube 760.

At this time, the bobbin of the tape is coupled around the front support pipe 770 to form a second inclined groove 772 into which the second inclined protrusion (763) of the second tape mounting pipe 760 is inserted 2 tape mounting parts 771 are comprised.

On the other hand, in the present invention, the second tape mounting portion 771 is composed of a plurality of second elastic grooves 771a radially, the second elastic grooves 771a by the second elastic protrusions 763, the easy coupling is easy Make it possible.

In addition, a fourth pressing jaw is formed at the rear of the middle portion of the front support pipe 770 to form a step with the second tape mounting portion 771 and to press the tape corresponding to the third pressing jaw 765.

A third pressing jaw 765 capable of pressing the tape is formed around the rear end of the second inclined protrusion 763.

The closing plate 780 is configured to be coupled to the small diameter portion 725 of the shaft 720 in front of the front support pipe 770, the end of the small diameter portion 725 is configured to be inserted in the rear.

And, the closing plate 780 is the rear of the front support pipe 770 and the second bearing 783 is coupled to the front support pipe 770 is configured to be rotatable without interference with the closing plate 780.

The pressing bolt 790 is fastened to the tip of the small diameter portion 725 of the shaft 720 through the closing plate 780 is configured to press the fixed end of the closing plate 780.

That is, the taper 700 has a tape selectively mounted on the first tape mounting portion 761 and the second tape mounting portion 771, while the rotary power unit 500 rotates in the taping direction of the wire as a whole. Recommend the tape while rotating with the (660) and it is possible to tape the wire while rotating around the wire, wherein the first tape mounting pipe 750 and the second tape mounting pipe 760 and the front support pipe 770 It rotates through the first and second bearings 753 and 783 to rotate a predetermined rotation to guide the stable recommendation of the tape.

On the other hand, in configuring the taping machine 700 as another embodiment, it can be configured to further include an extension 726 capable of extending the shaft 720 with reference to FIG.

At this time, the extension 726 is configured in the form of a circular rod forming a length, first, the rear end is configured to be bolted to the bracket 710.

In addition, a shaft coupling groove 727 into which the shaft 720 is inserted is formed at the front end of the extension 726.

In addition, a fixing bolt 728 that is capable of pressing and fixing the shaft 720 inserted into the shaft coupling groove 727 is screwed around the shaft coupling groove 727.

Accordingly, the taping machine 700 may extend the taping position through the extension 726 when the position of the electric wire to be taped is spaced apart from the operation head 400 by a considerable distance.

That is, when the present invention tapping machine detachable indirect live work automatic switchgear 1 is given a rotational power to the drive unit 100, the rotational force is transmitted to the adapter unit 300 through the power transmission rod 210 and It is transmitted to the rotary power unit 500 is connected to the adapter 300, bar driven by the driving of the rotary power unit 500 and the wire through the cutter unit 650 or taping machine 700 Filming or taping becomes possible continuously.

Hereinafter, the indirect live wire peeling method and the indirect live wire taping method using the automatic tapping machine for detachable indirect live work of the present invention having the above configuration will be described in detail with reference to the accompanying drawings.

First, looking at the indirect live wire cable peeling method using the automatic tapping machine for detachable indirect live work of the present invention,

15 is an overall process chart showing the indirect live wire cable peeling method using an automatic opening and closing machine for a taper detachable indirect live work of the present invention.

As shown in Figure 15 with reference to Figures 1 to 14 indirect wire wire peeling method using the automatic tapping machine for detachable indirect live work of the present invention tapping operation preparation step (S100a), wire holding step (S200a), The wire peeling step (S300a) is performed.

First, the job preparation step (S100a),

In order to perform electric wire shedding of the power distribution line using the automatic tapping machine 1 for detachable indirect live work of the present invention, the line 20 is approached by using a live bucket or the like with reference to FIG. Approach it with the distance secured.

On the other hand, the size of the wire 21 is already set in the process of preparing the work as described above, the wire support 420 is selectively mounted according to the diameter of the wire support groove 421, the rotary holder with reference to FIG. What is necessary is just to mount the 600 to the skinned holder 610.

In this case, the wire support 420 may be inserted into the holder installation groove 521 using the support guider 572 and fixedly mounted using the wire support fixing means 570.

The skin holder 610 may be prepared in a state in which the skin holder body 620 is fixedly mounted to the holder installation groove 521 of the rotary power unit 500 by using the sliding coupling and the holder fixing means 560.

After that, the wire holding step (S200a),

In the state where the peeling holder 610 is mounted as described above, the worker operates at a safe distance from the electric wire 21 through the insulating extension stick 200 of the prepared tapping machine detachable indirect line-operating automatic opening and closing machine 1. What is necessary is to receive and fix an electric wire in the subhead 400, and this is performed by carrying out an electric wire accommodating step S210a and an electric wire restraining step S220a.

First, the wire receiving step (S210a),

Referring to FIG. 18, the wire advance groove 414 and the first wire entry groove 528 and the second power gear of the first power gear 520 are formed in the operation unit body 410 of the operation unit head 400. In the state in which the second wire entry grooves 538 of 530 and the third wire entry grooves 548 of the interlocking plate 540 are opened to each other, the wire receiving grooves 621 of the cable holder 610 of the cable holder 610 are accommodated. You just have to sit on it.

At this time, the wire advance groove 414, the first wire entry groove 528, the second wire entry groove 538 and the third wire entry groove 548 is possible in the state of being matched, which is the drive unit 100 This is made possible by

That is, in the driving unit 100, the rotary tool is rotated in the opposite direction of the pulsation in a state in which the rotary tool is coupled to the tool coupling groove 122 of the drive shaft 120, and the rotational force is transmitted through the second bevel gear 131. It is transmitted to the power transmission unit 510 of the rotary power unit 500 through the power transmission rod 210 of the interlocking shaft 130 and the insulating extension stick 200 and the adapter rod 320 of the adapter unit 300. .

Accordingly, in the power transmission unit 510, the first power gear 520 and the second power gear 530 of the first power gear 520 and the second power gear 530 through the power bevel gear 511 and the interlocking bevel gear 513 connected to the adapter rod 320. 2, the gears 523, 532 to give a rotational force, the rotational force will be in the direction of right rotation in the drawing.

Therefore, when rotational force is applied to the first power gear 520 and the second power gear 530, the interlocking gear 514 may be the first in the process of rotating the first and second power gears 520 and 530 together. When the idling groove 524 of the power gear 520 is reached, the first power gear 520 is stopped by the engagement force of the first gear part 523 and the rotation is stopped, and only the second power gear 530 is rotated. If the rotation is also the power guide pin 531 is rotated in the section of the power guide groove 527 and the end of the power guide groove 527 (left side in the drawing) when the second power gear with a lock Rotation of the 530 is stopped, and at this time, the wire advance groove 414 of the operation unit body 410 and the first wire entry groove 528 and the second power gear 530 of the first power gear 520. Both the second wire entry groove 538 and the third wire entry groove 548 of the interlocking plate 540 are in an open state to enter the wire 21 and the skin receiving groove 621 of the skin holder 610. ) Acceptance is possible.

At this time, when continuously rotating the second power gear 530 in the process of stopping the rotation of the second power gear 530 as described above, the power guide pin 531 pushes the power guide groove 527 and the rotation force It can be given, which is prevented by the power gear fixing pins (415, 415 ') of the first power gear (520).

This, the power gear fixing projections 529 formed on one side of the first power gear 520 is to be supported by the power gear fixing pins 415 formed on one side of the operation unit body 410, the second The rotation of the first power gear 520 is blocked, and even though the rotational force is continuously applied to the second power gear 530, the power guide pin 531 is caught by the power guide groove 527, thereby preventing the rotation and the electric wire. The opening force of the advance groove 414, the first wire entry groove 528, the second wire entry groove 538 and the third wire entry groove 548 is maintained.

In addition, in the state in which the wire 21 is accommodated as described above, one side support block 571 of the wire support fixing means 570 presses the pressure bar 636 of the cutter unit 630, so that the cutting blade 637 is the wire. (21).

Then, the wire restraint step (S220a),

Referring to FIG. 19, when the rotary tool is first rotated in the opposite direction, that is, the filming direction, in the state where the wire 21 is accommodated as described above, the rotational force is transmitted to the power transmission unit 510 as described above. The direction of the wire advance groove 414 of the operation unit body 410 and the first wire advance groove 528 of the first power gear 520 and the second wire advance groove 538 of the second power gear 530 are described in the above. ) And the third wire access groove 548 of the interlocking plate 540 will be in the opposite direction.

Accordingly, in the power transmission unit 510, the first power gear 520 and the second power gear 530 of the first power gear 520 and the second power gear 530 through the power bevel gear 511 and the interlocking bevel gear 513 connected to the adapter rod 320. 2, the gears 523, 532 to give a rotational force, the rotational force will be in the left rotation direction in the drawing.

Thus, when rotational force is applied to the first power gear 520 and the second power gear 530, the first power gear 520 is such that the interlocking gear 514 is located in the idle groove 524 bar rotation. This is not made and only the second power gear 530 is to rotate, the rotation of the power guide pin 531 in the section of the power guide groove 527 and the opposite end of the power guide groove 527 ( When positioned on the right side of the drawing, the second power gear 530 and the second and third wire access grooves 538 and 548 of the linkage plate 540 move together with the power guide groove 527 to be locked. The holder wire receiving groove 621 is closed.

At this time, the first power gear 520 is to form a state in which the power gear fixing protrusion 529 'of the other side is fixed to the power gear fixing pin 415' of the other side, the error of the interlocking gear 514 Even if the first gear part 523 is interfered with, the rotation of the first power gear 520 is prevented, and when the power guide pin 531 is located at the opposite end of the power guide groove 527, the second power gear 530 passes over the inclined surface 529a 'of the other power gear fixing protrusion 529' and introduces the power gear fixing protrusion 529 'to allow the first power gear 520 to rotate. .

On the other hand, when the wire 21 is in a constrained state as described above, the pressing force of the one side support block 571 which presses the pressing table 636 of the cutter unit 630 together with the rotation of the second power gear 530 is The bar is to be released, the cutting blade holder 635 is rotated by the weight and the cutting blade 637 of the cutter portion 630 is to interfere with the wire 21 is restrained.

After that, the wire peeling step (S300a),

As described above, the drive unit 400 is driven by operating the driving unit 100 in the indirect live state with a safe separation distance through the insulating extension stick 200 in a state in which the wire to be shielded is restrained and the outer shell of the wire. It will be bloody.

20 and 21, the first driving gear 520, the second power gear 530, and the interlocking plate 540 are connected to and supported by the power guide pin 531. It is sufficient to operate the driving unit 100 in a continuous state.

That is, when the interlocking gear 514 continuously rotates, the second power gear 530 is rotated. Accordingly, the first power gear 520 supported by the power guide pin 531 is pulled in the rotation direction. By rotating together, the first and second power gears 520 and 530 and the linkage plate 540 rotate simultaneously.

In addition, the support block 571 of the one side coupled to the first power gear 520 is to release the pressing force of the pressing portion 636 of the cutter portion 630, the cutting blade holder 635 is rotated by the weight And the cutting blade 637 protrudes toward the cutter wire receiving groove 632 side to penetrate the skin and the interference and the outer skin of the wire 21 to be peeled.

Further, in the process of performing the bleeding of the wire 21 as described above, the helical wire pressing protrusion 623 is formed in the bleeding holder wire receiving groove 621 of the bleeding holder body 620, the wire pressing protrusion ( The actuator body 410 of the actuator head 400 moves naturally along the spiral direction with the wire 21 being pressed by the wire 623, thereby allowing the wire 21 to be covered in a spiral shape.

On the other hand, when separating the operation head 400 from the electric wire 21 in the state that the bleeding is completed through the same process as described above, the wire advance groove 414 by reverse rotation operation as in the wire receiving step (S210a) as described above ) And the operation body 410 is separated from the wire 21 in a state where the first wire entry groove 528, the second wire entry groove 538, and the third wire entry groove 548 coincide and open. Will be.

That is, the indirect wire wire peeling method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine, the wire gripping step (S200a) through the continuous operation of the drive unit 100 without the need for a separate wire restraint process and the filming process. And wire peeling step (S300a), that is, the restraint gripping and the film of the wire is to be operated continuously, its operation and operation is very convenient.

In addition, when looking at the indirect live wire taping method using the automatic opening and closing gasket for detachable indirect live work of the present invention,

22 is an overall process chart showing an indirect live wire taping method using an automatic opening and closing machine for detachable indirect live work of the present invention.

As shown in Figure 22 with reference to Figure 1 to 14 indirect wire wire taping method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine is a work preparation step (S100b), wire holding step (S200b), The wire taping step (S300b) is performed.

First, the job preparation step (S100b),

In order to perform the taping of the wires of the power distribution line using the automatic tapping machine 1 for detachable indirect live work of the present invention, the line 20 is approached using a live bucket or the like with reference to FIG. Approach with a safe distance.

On the other hand, the size of the wire 21 is already set in the process of preparing the work as described above, the wire support 420 is selectively mounted according to the diameter of the wire support groove 421, taping the rotary holder 600 The holder 650 may be selected and mounted.

In this case, the wire support 420 may be inserted into the holder installation groove 521 using the support guider 572 and fixedly mounted using the wire support fixing means 570.

The taping holder 650 may be prepared in a state in which the taping holder body 660 is fixedly mounted to the holder installation groove 521 of the rotary power unit 500 by using the sliding coupling and the holder fixing means 560.

On the other hand, the taping holder 650 is mounted as described above is to be equipped with an insulating tape 50 for performing the taping operation with reference to Figure 24, which is separated from the finishing plate 780 of the taping holder 650 In the state, at least one insulating tape may be selectively mounted on the first and second tape mounting parts 761 and 771. For example, when one insulating tape is mounted, one layer of taping may be possible, and a plurality of tapes may be mounted. In the case of double taping will be possible.

After that, the wire holding step (S200b),

In the state in which the taping holder 650 is mounted as described above, the worker operates at a safe distance from the wire 21 through the insulating extension stick 200 of the prepared tapping machine detachable indirect line-opening automatic switchgear 1. What is necessary is to receive and fix an electric wire in the subhead 400, and this is performed by carrying out an electric wire accommodating step S210b and an electric wire restraining step S220b.

First, the wire receiving step (S210b),

Referring to FIG. 25, the wire advance groove 414 and the first wire entry groove 528 and the second power gear of the first power gear 520 formed in the operation body 410 of the operation unit head 400 ( Taping holder wire receiving groove 661 of the taping holder 650 accommodates the wires in a state in which the second wire entry groove 538 of 530 and the third wire entry groove 548 of the interlocking plate 540 are opened. You just have to sit on it.

At this time, the wire advance groove 414, the first wire entry groove 528, the second wire entry groove 538 and the third wire entry groove 548 is possible in the state of being matched, which is the drive unit 100 This is made possible by

That is, in the driving unit 100, the rotary tool is rotated in the opposite direction to the taping state in a state in which the rotary tool is coupled to the tool coupling groove 122 of the drive shaft 120, and the rotational force is transmitted through the second bevel gear 131. It is transmitted to the power transmission unit 510 of the rotary power unit 500 through the power transmission rod 210 of the interlocking shaft 130 and the insulating extension stick 200 and the adapter rod 320 of the adapter unit 300. .

Accordingly, in the power transmission unit 510, the first power gear 520 and the second power gear 530 of the first power gear 520 and the second power gear 530 through the power bevel gear 511 and the interlocking bevel gear 513 connected to the adapter rod 320. 2, the gears 523, 532 to give a rotational force, the rotational force will be in the direction of right rotation in the drawing.

Therefore, when rotational force is applied to the first power gear 520 and the second power gear 530, the interlocking gear 514 may be the first in the process of rotating the first and second power gears 520 and 530 together. When the idling groove 524 of the power gear 520 is reached, the first power gear 520 is stopped by the engagement force of the first gear part 523 and the rotation is stopped, and only the second power gear 530 is rotated. If the rotation is also the power guide pin 531 is rotated in the section of the power guide groove 527 and the end of the power guide groove 527 (left side in the drawing) when the second power gear with a lock Rotation of the 530 is stopped, and at this time, the wire advance groove 414 of the operation unit body 410 and the first wire entry groove 528 and the second power gear 530 of the first power gear 520. Both the second wire entry groove 538 and the third wire entry groove 548 of the interlocking plate 540 are in an open state, so that the entry of the wire 21 and the taping holder wire receiving groove of the taping holder 650 are 66. It can be accommodated in 1).

At this time, when continuously rotating the second power gear 530 in the process of stopping the rotation of the second power gear 530 as described above, the power guide pin 531 pushes the power guide groove 527 and the rotation force This can be imparted, which is prevented by the power gear fixing pins 415, 415 'of the first power gear 520, 530.

This, the power gear fixing projections 529 formed on one side of the first power gear 520 is to be supported by the power gear fixing pins 415 formed on one side of the operation unit body 410, the second The rotation of the first power gear 520 is blocked, and even though the rotational force is continuously applied to the second power gear 530, the power guide pin 531 is caught by the power guide groove 527, thereby preventing the rotation and the electric wire. The opening force of the advance groove 414, the first wire entry groove 528, the second wire entry groove 538 and the third wire entry groove 548 is maintained.

Then, the wire restraint step (S220b),

Referring to FIG. 26, when the rotary tool is first rotated in the opposite direction, that is, the taping direction in the state where the wire 21 is accommodated as described above, the rotational force is transmitted to the power transmission unit 510 as described above. The direction of the wire advance groove 414 of the operation unit body 410 and the first wire advance groove 528 of the first power gear 520 and the second wire advance groove 538 of the second power gear 530 are described in the above. ) And the third wire access groove 548 of the interlocking plate 540 will be in the opposite direction.

Accordingly, in the power transmission unit 510, the first power gear 520 and the second power gear 530 of the first power gear 520 and the second power gear 530 through the power bevel gear 511 and the interlocking bevel gear 513 connected to the adapter rod 320. 2, the gears 523, 532 to give a rotational force, the rotational force will be in the left rotation direction in the drawing.

Thus, when rotational force is applied to the first power gear 520 and the second power gear 530, the first power gear 520 is such that the interlocking gear 514 is located in the idle groove 524 bar rotation. This is not made and only the second power gear 530 is to rotate, the rotation of the power guide pin 531 in the section of the power guide groove 527 and the opposite end of the power guide groove 527 ( When positioned on the right side of the drawing, the second power gear 530 and the second and third wire access grooves 538 and 548 of the linkage plate 540 move together with the power guide groove 527 and are tapered. The holder wire receiving groove 661 is closed.

At this time, the first power gear 520 is to form a state in which the power gear fixing protrusion 529 'of the other side is fixed to the power gear fixing pin 415' of the other side, the error of the interlocking gear 514 Even if the first gear part 523 is interfered with, the rotation of the first power gear 520 is prevented, and when the power guide pin 531 is located at the opposite end of the power guide groove 527, the second power gear 530 passes over the inclined surface 529a 'of the other power gear fixing protrusion 415' and introduces the power gear fixing protrusion 415 'to allow the first power gear 520 to rotate. .

Then, the wire taping step (S300b),

As described above, the drive unit 400 is driven and the wires are tapered by operating the driving unit 100 in the indirect live state with a safe separation distance through the insulating extension stick 200 in a state in which the wire to be taped is constrained. In this case, before the taping, one end of the insulating tape 50 may be attached to the outer surface of the wire 21 to be taped using a conventional live work stick (not shown in the figure).

In detail, the first driving gear 520, the second power gear 530, and the interlocking plate 540 are connected and supported by the power guide pin 531 as described above with reference to FIGS. 27 and 28. It is sufficient to operate the driving unit 100 in a continuous state.

That is, when the interlocking gear 514 continuously rotates, the second power gear 530 is rotated. Accordingly, the first power gear 520 supported by the power guide pin 531 is pulled in the rotation direction. By rotating together, the first and second power gears 520 and 530 and the linkage plate 540 rotate simultaneously.

Accordingly, the taping holder 650 coupled to the first power gear 520 rotates around the wire 21 together with the rotation of the first and second power gears 520 and 530 and the interlocking plate 540. As shown in FIG. 28, the insulating tape 50 wraps around the electric wire 21 to allow taping of the electric wire 21 and an ordinary electric wire sleeve.

On the other hand, when separating the operation head 400 from the wire 21 in the state that the taping is completed through the above process, as described above, the wire advance groove 414 by reverse rotation operation as in the wire receiving step (S210b). ) And the operation body 410 is separated from the wire 21 in a state where the first wire entry groove 528, the second wire entry groove 538, and the third wire entry groove 548 coincide and open. Will be.

In other words, the indirect live wire taping method using the automatic tapping machine for detachable indirect live work of the present invention tapping machine, the wire holding step (S200a) through the continuous operation of the drive unit 100 without the need for a separate wire restraint process and the filming process. And wire peeling step (S300a), that is, the restraint gripping and the film of the wire is to be operated continuously, its operation and operation is very convenient.

As described above, the automatic tapping machine for detachable indirect live work of the taping machine of the present invention, and the indirect live wire peeling method and the indirect live wire taping method using the same, can be secured from the wire by using the automatic tapping machine for detachable indirect live work of the present invention. Since the cable can be peeled or taped with a separation distance, it is possible to perform very convenient and safe indirect live work, especially through the continuous operation of the driving part of the cable restraint and the filming or taping process. Work convenience and working time will be greatly shortened.

100: drive unit 110: drive unit body
120: drive shaft 121: first bevel gear
122: tool coupling groove 130: interlocking shaft
131: second bevel gear 140: handle
200: insulated extension stick 210: power transmission rod
300: adapter portion 310: adapter body
320: adapter rod 350: locking means
351: locking guide groove 352: locking ball
353: ball receiving groove 354: stopper
355: Appearance guide pin 360: Locking lever
361: pressure protrusion 362: stopping protrusion
363: Appearance Guide Home
400: operating unit head 410: operating unit body
411: adapter coupling pipe 411a: ball locking hole
412: bleeding guide groove 413: power unit seating groove
414: Wire entry groove 415,415 ': Power gear fixing pin
420: wire support 421: wire support groove
500: rotational power unit 510: power transmission unit
511: power bevel gear 512: power transmission shaft
513: interlocking bevel gear 514: interlocking gear
520: first power gear 521: holder mounting groove
522: holder fixing pin 523: first gear portion
524: idle groove 525: push doll
525a: locking projection 526: first shaft pipe
527: power guide groove 528: first wire access groove
529,529 ': Power gear fixing protrusion 529a, 529a': Slope
530: second power gear 531: power guide pin
532: second gear portion 533: second shaft pipe
535: locking groove 538: second front access groove
540: linkage plate 541: third shaft pipe
548: third wire entry groove 550,550 ': finishing member
560: holder fixing means 561: fixing block
562: operating pin 563: holder fixing protrusion
564: slope
570: wire support fixing means 571,571 ': support block
572: support guider 573: support fixing member
600: rotation holder 610: skin holder
620: the blood holder holder 621: the wire holder wire receiving groove
622: pinning holder fixing hole 623: pressure projection
630: cutter portion 631: cutter portion body
632: wire receiving groove of the cutter portion 633: cutting blade receiving groove
635: cutting blade holder 636: pressure bar
637: cutting blade
650: taping holder 660: taping holder body
661: Taping holder wire receiving groove 662: Taping holder fixing hole
700: taping machine 710: bracket
720: shaft 721: large diameter portion
722: screw portion 725: small diameter portion
726: extension 727: shaft coupling groove
728: fixing bolt 730: support nut
731: spring 740: rear support plate
745: first tooth 750: first tape mounting pipe
751: first inclined protrusion 752: first pressing jaw
753: first bearing 755: second tooth
760: second tape mounting pipe
761: first tape mounting portion 761a: first elastic groove
762: first inclined groove 763: second inclined protrusion
764: second pressure jaw 765: third pressure jaw
770: anterior support pipe 771: second tape mounting portion
771a: second elastic groove 772: second inclined groove
773: fourth pressure jaw 780: the closing plate
783: second bearing 790: pressure bolt

Claims (24)

An inner hollow tubular drive unit body 110, a drive shaft 120 is formed around the drive unit body 110, the first bevel gear 121 is formed therein and the rotary tool is coupled, and the drive unit body 110 ) Is interlocked in the front of the inner side and the rear is composed of a linkage shaft 130 is formed with a second bevel gear 131 meshing with the first bevel gear 121, and the handle 140 is coupled to the drive unit body 110 rear. A driving unit 100 to impart rotational power;
Insulated through a tubular tubular shape having a length coupled and protruding in front of the drive unit body 110, the power transmission rod 210 is coupled to the interlocking shaft 130 to receive the rotational force is formed without interference Extension sticks 200;
Adapter portion consisting of a tubular adapter body 310, the front end of the insulating extension stick 200 is coupled, and an adapter rod 320 formed inside the adapter body 310 and the power transmission rod 210 is coupled to the rear. 300;
At the rear end, an adapter coupling pipe 411 is inserted and coupled to the adapter body 310, and a penetration guide groove 412 having a power portion seating groove 413 is formed in the center in the width direction and penetrated at the inner side thereof. Actuator head 400 made of an actuator body 410 having a wire entry groove 414 which can be advanced, and a wire support 420 having a support fixing hole 422 on one side thereof, capable of supporting the entered wire. ; And
Is formed in the power unit seating groove 413 of the operating unit body 410 is possible to advance the wire with the operating unit body 410, the rotary power unit 500 to receive the rotational force from the adapter unit 300 to operate rotationally ); And
Detachable and coupled to the rotary power unit 500, the wire is seated, comprising a rotary holder 600 for performing the filming or taping of the wire by the rotation operation of the rotary power unit 500,
Rotating holder 600,
It is composed of any one of the peeling holder 610 or the taping holder 650 capable of taping the wire, and is configured to be replaced and used in the rotary power unit 500,
It is configured to further include a locking means 350 to control the detachable coupling of the adapter unit 300 and the operation unit head 400,
The locking means 350,
A locking guide groove 351 is formed around the adapter body 310, and a plurality of locking balls 352 are inserted into the locking guide groove 351 so that the locking ball 352 can be protruded into the adapter body 310 at regular intervals. A stopper 354 is formed around the ball receiving groove 353 and the front of the adapter, and the rear end of the adapter body 310 has a protruding guide pin 355 formed therein,
Around the adapter coupling pipe 411 is formed a ball locking groove 411a of the semi-circular groove shape that the locking ball 352 protruding into the adapter body 310 is caught,
The surrounding of the adapter body 310 is configured to include a locking lever 360 that is spring-loaded at the rear end of the locking guide groove 351 and has a front protruding force to control the coming out force of the locking ball 352,
The locking lever 360 is formed with a pressing protrusion 361 that presses the locking ball 352 on the inner circumferential surface and springs are mounted on the rear surface, and a stopping protrusion 362 that is caught by the stopper 354 is formed in front of the inner circumferential surface. The rear of the tapping machine detachable indirect live work operation of the tapping machine, characterized in that configured to be formed by the inlet guide groove (363) guided by the inlet guide pin (355).
delete The method of claim 1,
Rotational power unit 500 of the operation unit head 400,
The power bevel gear 511 is formed inside the operating body 410 and the rear is coupled to the adapter rod 320 to receive the rotational force of the adapter rod 320, and the power bevel inside the operating body 410. A power transmission unit 510 comprising a power transmission shaft 512 having an interlocking bevel gear 513 meshing with the gear 511 and an interlocking gear 514 coaxially formed with the interlocking bevel gear 513;
The holder fixing pin is inserted into the power unit seating groove 413 of the operating unit body 410, and guides the sliding installation and fixing of the rotation holder 600 formed of the skinned holder 610 or the taping holder 650 at the center thereof. A holder installation groove 521 having a 522 is formed therethrough, and a first gear portion having an idle groove 524 with gears removed thereon on one side thereof and engaged with the interlocking gear 514 of the power transmission shaft 512. 523 is formed, and both sides of the first shaft tube 526 exposed to the film guide groove 412 is formed to protrude, and a pair of power guide grooves on both sides of the "arc" shape around the first shaft tube 526. 527, a first power gear 520 having a first wire entry groove 528 corresponding to the wire advance groove 414 to open the holder installation groove 521 on one side thereof;
It is connected to the power guide pin 531 which surrounds the first shaft pipe 526 on one side of the first power gear 520 and penetrates the power guide groove 527, and has the same circumference as the first gear part 523. A second gear part 532 is formed to be engaged with the interlocking gear 514 of the power transmission shaft 512 while forming a gear. The outer side surrounds the first shaft pipe 526 and is built up in the skinning guide groove 412 on one side. A second power gear 530 having a second shaft tube 533 protruding from each other and having a second wire entry groove 538 corresponding to the first wire entry groove 528 at one side thereof;
The other side of the first power gear 520 wraps around the first shaft pipe 526 and is connected to a power guide pin 531 penetrating through the power guide groove 527. The outside of the first power gear 520 surrounds the first shaft pipe 526. A linkage plate 540 having a third shaft pipe 541, which is formed in the blood-guided groove 412, protruding from each other, and having a third wire-entry groove 548 corresponding to the first wire-entry groove 528 on one side thereof;
Coupled to the first shaft pipe 526 of the first power gear 520 on both sides of the operating body 410 and interferes around the operating body 410, the first power gear 520 and the second power gear ( A pair of finishing members 550 and 550 ′ on both sides to prevent the 530 and the interlocking plate 540 from being separated;
Holder fixing means 560 capable of fixing the rotating holder 600 formed and mounted on the finishing members 550 and 550 '; And
Tape opening machine detachable indirect live work opening and closing, characterized in that it comprises a wire support fixing means 570 that is attached to the second shaft pipe 533 and the third shaft pipe 541 to be fixed to the wire support 420. Poke.
The method of claim 3, wherein
Holder fixing means 560,
A fixed block 561 fixed to one end member 550;
An actuating pin 562 inserted into one side of the fixed block 561 and operating as an outward force by a pin guide; And
It is embedded in the inside of the fixing block 561 and the spring is installed in the rear comprises a holder fixing projections 563 having a projecting force toward the axis of the holder installation groove 521,
The inclined surface 564 to interfere with the front end of the operation pin 562 is configured around the holder fixing protrusion 563,
Taping machine detachable indirect line, characterized in that the holding pin 562 is interfered with the inclined surface (564) when moving forward by applying the operating pin 562, the holder fixing projection (563) is introduced, and is configured by the spring force when the external force is released. Automatic opening and closing drill for work.
The method of claim 3, wherein
Wire support fixing means 570,
A pair of support blocks 571 and 571 ′ formed on both ends of the second shaft pipe 533 and the third shaft pipe 541 symmetrically;
A support guider 572 connecting the two support blocks 571 and 571 ′ through the holder installation groove 521 and guiding sliding engagement of the wire support 420; And
Taping machine detachable indirect live work opening and closing operation machine characterized in that it comprises a support fixing member (573) formed on one side of the support block (571) that can be fixed to the wire support (420).
The method of claim 3, wherein
In the idle groove 524 of the first power gear 520,
It is further configured to further include a push protrusion 525 having a locking protrusion 525a protruding toward the second power gear 530 and having a spring coalescing force.
In the second power gear 530,
Taping machine detachable indirect live work automatic opening and closing machine for the tapering machine, characterized in that it further comprises a locking groove 535 that the locking projection (525a) is locked.
The method of claim 3, wherein
Actuator body 410,
It further comprises a power gear fixing pins 415 (415 ') of two rows on both sides on the inner surface of the power unit seating groove 413 on one side,
In the first power gear 520,
A pair of power gear fixing protrusions 529 and 529 which react with the power gear fixing pins 415 and 415 'outside the power gear fixing pins 415 and 415' and are spring-loaded to have protruding forces. And include ')
Each of the power gear fixing protrusions 529 and 529 '
Tapered machine detachable indirect live work automatic opening and closing work machine, characterized in that configured to form each of the inclined surface (529a) (529a ') on the outside.
The method of claim 1,
Peel holder 610,
The holder fixing pin 522 is guided through the operating unit body 410, and is opened to the upper semi-circular type peeling holder wire receiving groove 621 that can accommodate the wire is formed, the peeling holder wire receiving groove 621 A skinned holder body 620 in which the skinned holder fixing hole 622 is vertically penetrated; And
It is configured to include a cutter portion 630 coupled to one end of the skin holder body 620 to cover the outer skin of the wire,
The skin holder body 620,
Tapered holder wire receiving groove (621) on the inner circumferential surface of the tapping machine detachable indirect live work automatic switchgear for tapping, characterized in that the wire pressing projection 623 capable of pressing the wire is further formed.
The method of claim 8,
Cutter portion 630,
It is coupled to one end of the skin holder body 620, connected to the blood holder wire receiving groove 621, the semi-circular cutter portion of the wire receiving groove 632 to accommodate the wire, and open in a direction perpendicular to the skin holder body 620. A cutter portion body 631 having a cutting blade accommodation groove 633 formed therein;
Cutting blade holder 635 is arranged in the cutting blade receiving groove 633 and protruding the pressure bar 636 on one side; And
Tape cutting machine detachable indirect live work for automatic opening and closing operation, characterized in that it comprises a cutting blade 637 mounted to the cutting blade holder 635 to cover the outer skin of the wire.
The method of claim 1,
Taping holder 650,
A semi-circular taping holder wire receiving groove 661 is formed to be penetrated and coupled to the operating unit body 410 by using the holder fixing pin 522 as a guide, and the wire holder groove 661 is formed to accommodate the electric wire. A tapering holder body 660 through which a taping holder fixing hole 662 is vertically penetrated; And
The taper holder is coupled to one end of the body 660, including a taping machine 700 for performing the taping of the electric wire tapping machine detachable indirect live work for automatic opening and closing machine.
The method of claim 10,
Taping machine 700,
A bracket 710 which is coupled to protrude in a direction perpendicular to one end of the taping holder body 660;
A shaft 720 having one end coupled to the bracket 710 and protruding to one side of the operation unit body 410;
A support nut 730 coupled to the rear of the shaft 720;
A rear support plate 740 coupled to the shaft 720 in front of the support nut 730;
A first tape mounting pipe 750 coupled to the shaft 720 at the front of the rear support plate 740 to install a tape;
A second tape mounting tube 760 coupled to the shaft 720 at the front of the first tape mounting tube 750 and having a tape installed thereon;
A front support pipe 770 coupled to the shaft 720 at the front of the second tape mounting pipe 760 to support the front;
A closing plate 780 coupled to the shaft 720 to close the front support pipe 770; And
Taping machine detachable indirect live work for opening and closing operation, characterized in that it comprises a pressurizing bolt 790 for pressing and fixing the closing plate 780.
The method of claim 11,
The shaft 720 is,
The rear end of the large diameter portion 721 and the small diameter portion 725 in front of the large diameter portion 721 is fixed to the bracket 710, the screw portion 722 is formed on the rear circumference of the large diameter portion 721 To make it easier
The support nut 730 is
Wrap the large diameter portion 721 of the shaft 720 and the front spring 731 is configured to be coalesced,
The rear support plate 740,
The key is coupled to the large diameter portion 721 of the shaft 720 at the front of the support nut 730, and is configured to slide before and after, and the rear end of the spring 731 is supported,
The first tape mounting pipe 750,
The small diameter portion 725 of the shaft 720 penetrates the rear support plate 740 through and rearwards, and the front is sealed to the shaft 720 so that the small diameter portion 725 rotates about the axis. A first inclined protrusion 751 having a gradually narrowing slope is formed, a first pressing jaw 752 capable of pressing the tape is formed around the rear end of the first inclined protrusion 751, and a shaft 720 is provided at the rear thereof. The first bearing 753 is configured to be coupled to the rear end of the small diameter portion 725 of the
The second tape mounting pipe 760,
The small diameter portion 725 of the shaft 720 is coupled through to rotate the small diameter portion 725 axially, the first inclined groove in which the first inclined protrusion 751 of the first tape mounting pipe 750 is inserted A first tape mounting portion 761 having a 762 to which the bobbin of the tape is coupled is formed, and in the front, a second inclined protrusion 763 is formed to form an inclined gradually narrowing toward the front. A second pressing jaw 764 is formed to form a step with the first tape mounting part 761 and corresponds to the first pressing jaw 752 to pressurize the tape, and to press the tape around the rear end of the second inclined protrusion 763. The third pressure jaw 765 is configured to be formed,
Anterior support pipe 770,
The second inclined groove in which the small diameter portion 725 of the shaft 720 is penetrated and rotates about the small diameter portion 725, and the second inclined protrusion 763 of the second tape mounting tube 760 is inserted in the rear. A second tape mounting portion 771 is formed while the bobbin of the tape is coupled to the second tape mounting portion 771, and has a stepped portion with the second tape mounting portion 771 at the rear of the middle portion to correspond to the third pressure jaw 765. It is configured to form a fourth pressing jaw 773 capable of pressurizing,
The closing plate 780,
The tip of the small diameter portion 725 of the shaft 720 is inserted and the rear is configured to be coupled to the front support pipe 770 and the second bearing 783,
Pressing bolt 790,
While penetrating the closing plate 780 and screwed to the front end of the shaft 720, and configured to press the front end of the closing plate 780,
A plurality of first elastic grooves 761a are further radially formed in the first tape mounting portion 761 of the second tape mounting tube 760, and radially formed in the second tape mounting portions 771 of the anterior support tube 770. A plurality of second elastic grooves 771a are further formed to be coupled to the first inclined protrusion 751 and the second inclined protrusion 763 while having elasticity, respectively. Open and close pacemaker.
The method of claim 12,
The first tooth 745 is further formed on the front surface of the rear support plate 740,
The rear surface of the first tape mounting pipe 750 is configured to further include a second tooth portion 755 corresponding to the first tooth portion 745,
When the support nut 730 is pressed, the rear support plate 740 moves forward and the first tooth portion 745 moves to the second tooth portion of the first tape mounting tube 750 due to the elasticity of the support nut 730 and the spring. 755) is coupled to the first tape-mounted pipe 750, the rotation of the taping machine detachable indirect live work automatic opening and closing machine characterized in that configured to be prevented.
The method of claim 11,
The taper 700 further includes an extension 726 that can extend the length of the shaft 720.
Extension 726,
At this time, the extension 726 is bolted to the rear end of the bracket 710,
At the front end, a shaft coupling groove 727 into which the shaft 720 is inserted is formed.
Taper circumference of the coupling groove 727 is fixed to the fixed bolt 728 that can be fixed by pressing the shaft 720 is inserted into the taper machine detachable indirect live work for automatic opening and closing operation.
The method of claim 1,
The wire to be covered or taped
The operation of the rotary power unit 500 by the continuous rotation operation of the drive unit 100, the restraint of the wire entered into the operating unit body 410 and the rotary power unit 500, and rotates by the operation of the rotary power unit 500. Tapered or tapered through the holder 600, the automatic opening and closing of the tapping machine removable indirect live work.
Claim 1, 3 to 15 using the taper machine detachable indirect live work automatic opening and closing drill,
The operation of preparing the automatic opening and closing machine for taping machine detachable indirect live work in a state in which the peeling holder 610 having the cutter part 630 for electric wires is mounted on the rotary power unit 500 of the operating head 400. Preparation step (S100a);
Using the insulating extension stick (200) of the prepared tapping machine detachable indirect live work automatic switchgear (1), the worker gripping the wire to receive and secure the wire to the operation head 400 at a safe distance from the wire ( S200a); And
Operate the drive unit 100 in an indirect live state with a safe separation distance through the insulated extension stick 200 to drive the operation unit head 400 and perform a wire shielding step (S300a) to cover the outer skin of the wire. Indirect live wire bleeding method using automatic switchgear for automatic tapping machine detachable indirect live work.
The method of claim 16,
Wire gripping step (S200a) and the wire peeling step (S300a),
Indirect live wire peeling method using a taper machine detachable indirect live work open and close operation machine, characterized in that the continuous operation by the continuous rotation operation of the drive unit 100.
The method of claim 16,
Wire holding step (S200a),
By using the insulating extension stick 200 of the prepared tapping machine detachable indirect live work automatic switchgear (1), the operator is placed on the actuator body 410 of the actuator head 400 in a safe distance from the wire. The first wire entry groove 528 of the wire advance groove 414 and the first power gear 520 and the second wire entry groove 538 of the second power gear 530 and the interlock plate 540 formed Wire receiving step (S210a) for accommodating the wire in the state in which the three wire access grooves (548) in the open state and seated in the blood-retaining holder wire receiving groove (621) of the skin holder (610); And
While the driving unit 100 is primarily operated by the rotation operation of the rotary tool coupled to the driving shaft 120 of the driving unit 100, the second power gear 530 and the linkage plate 540 are primarily operated and the power guide pins ( 531 by the first rotation to contact the end of the power guide groove (527) to perform the wire restraining step (S220a) to close the wire advance groove 414 and the first wire entry groove 528 and restrain the wire. An indirect live wire bleeding method using an automatic opening and closing machine for tapping machine detachable indirect live work.
The method of claim 16,
Wire peeling step (S300a),
While the driving unit 100 is secondly operated by the rotation operation of the rotary tool coupled to the driving shaft 120 of the driving unit 100, the first power gear 520, the second power gear 530, and the interlocking plate 540 are Indirectly using a taper-type detachable indirect live work open and close operation machine, characterized in that the wire sheathed at the same time in the state connected by the power guide pin (531) to be covered with the outer wire through the cutter portion 630 of the peeling holder 610. Live Wire Peeling.
Claim 1, 3 to 15 using the taper machine detachable indirect live work automatic opening and closing drill,
Taping holder 650 having a taping machine 700 with a tape for taping the electric wire is mounted on the rotary power unit 500 of the operating head 400, and the automatic opening and closing of the taper detachable indirect live work A job preparation step of preparing a machine (S100b);
Using the insulating extension stick (200) of the prepared tapping machine detachable indirect live work automatic switchgear (1), the worker gripping the wire to receive and secure the wire to the operation head 400 at a safe distance from the wire ( S200b); And
By operating the drive unit 100 in an indirect live state with a safe separation distance through the insulating extension stick 200 to drive the operation head 400 and the wire taping step (S300b) to tape the wires Indirect live wire taping method using automatic switchgear for automatic tapping machine detachable indirect live work.
The method of claim 20,
Wire holding step (S200a) and wire taping step (S300b),
Indirect live wire taping method using a taper machine detachable indirect live work open and close the operation of the tapping machine, characterized in that it is continuously performed by a continuous rotation operation of the drive unit (100).
The method of claim 20,
Wire holding step (S200b),
By using the insulating extension stick 200 of the prepared tapping machine detachable indirect live work automatic switchgear (1), the operator is placed on the actuator body 410 of the actuator head 400 in a safe distance from the wire. The first wire entry groove 528 of the wire advance groove 414 and the first power gear 520 and the second wire entry groove 538 of the second power gear 530 and the interlock plate 540 formed Wire receiving step (S210b) for accommodating the electric wire and the seating in the taping holder wire receiving groove (661) of the taping holder (650) in a state in which the three wire access grooves (548) in the open; And
While the driving unit 100 is primarily operated by the rotation operation of the rotary tool coupled to the driving shaft 120 of the driving unit 100, the second power gear 530 and the linkage plate 540 are primarily operated and the power guide pins ( 531 to perform the wire restraining step (S220b) to close the wire advance groove 414 and the first wire entry groove 528 and restrain the wire by first rotating the first end to be in contact with the end of the power guide groove 527. Indirect live wire taping method using an automatic opening and closing machine for detachable indirect live work.
The method of claim 20,
In the job preparation step 100b,
At least one insulating tape is mounted on the taping machine 700 of the taping holder 650,
In the wire taping step (S300b),
An indirect live wire taping method using an automatic opening and closing machine for a detachable indirect live work of a taping machine, characterized in that at least one or more layers of taping are performed corresponding to a mounted insulating tape.
The method of claim 20,
Wire taping step (S300b),
While the driving unit 100 is secondly operated by the rotation operation of the rotary tool coupled to the driving shaft 120 of the driving unit 100, the first power gear 520, the second power gear 530, and the interlocking plate 540 are Indirect live wire taping method using a taper detachable indirect live work open and close automatic tapping machine, characterized in that by taping the second wire at the same time in the state connected to the power guide pin (531) through the taping holder (650).

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