KR102444410B1 - Wire processing equipment and overhead wires applied to various fields - Google Patents

Abstract

The present invention relates to wire processing equipment, which can cut a wire into unit lengths but supply the wire in the form of a continuous wire to increase convenience in field use and protect a cut end of the wire to ensure quality and safety, and processed wires. More specifically, the wire processing equipment is configured to cut a wire into unit lengths, but partially cut only sheaths at cut points to increase field workability and to extend and connect the cut sheaths to each other in a straight line to wind the cut wires in the same way as in an uncut state. Therefore, the wire processing equipment can cut a wire into unit lengths for easy use, package and transport the same, tape cut points to prevent damage and contamination thereof, wind the cut wires in an integrally extended shape, and market and ship the wires. The wire processing equipment comprises: a winding unit (20) for processing and winding a wire (1); a cutting unit (30) for cutting the wire (1); and a connecting unit (60) for connecting cut sheaths (3) to each other.

Description

Wire processing equipment and overhead wires applied to various fields

The present invention relates to a wire price and a processing device, and more particularly, cut to a unit length for convenient use, but maintain the shape of a continuous wire, and process the wire to facilitate the strapping process to increase the convenience of use in the field. Wire processing equipment and overhead wires applied to various fields that can be applied to wire processing companies or wire post processing companies that process wires used in the electrical field, communication field, power field, sound and image, and data transmission field is about

In general, in all places where electricity is used, a switchboard containing an overcurrent circuit breaker to protect people, livestock, and power facilities by blocking electrical connections when abnormal currents such as normal opening and closing of electricity, short circuits, or overcurrents flow are installed.

In such a conventional switchboard and distribution board, a door is installed so as to be opened and closed on the front side of the enclosure, and a base plate made of an iron plate is installed on the inner rear side of the enclosure.

And, on the upper side of the upper surface of the base plate, a main circuit breaker for receiving the current supplied from the upper level is installed in the same standard as the upper level circuit breaker, and a plurality of bus bars are arranged side by side in the vertical direction at the lower side of the main stage, By connecting the branch conductor to the booth in the transverse direction, both ends of the branch conductor are connected to the branch device installed side by side on both sides of the lower side of the parking breaker by bolting, so that the branch device and the parking breaker are electrically connected.

Therefore, the parking breaker can supply power to the electrical equipment connected to each branch device through the bus bar and the branch conductor.

In addition, as each element inside the switchboard and distribution board, that is, the main circuit breaker, busbar, branch device, and branch conductor, is fixed and arranged at the corresponding position in a standardized form, the space utilization inside the enclosure is very low, so that another distribution or distribution device, etc. Since it is almost impossible to additionally install an additional switchboard, a separate switchboard and distribution board must be additionally installed.

The electric wires used in such a switchboard are cut to the required length at the same time as production and are stocked in a state with a unique member number assigned to each. Recently, instead of attaching a metal tag to the end of an electric wire, it has become possible to mark member numbers at regular intervals on the surface of the electric wire.

In addition, electric wires used in various fields are cut and supplied in units of a predetermined length according to a user's request, but there is a problem in that the cut end of the electric wire is contaminated or damaged.

In addition, the conventional wire supply is supplied in a state that is not cut in standard units, so there is a problem that a user takes a lot of work time in the field by cutting and using it according to the field situation.

In addition, the conventional electric wire is cut and used by removing the wire sheathing at both ends to a certain length using a stripper. there was.

For this reason, according to the user's request, cut the wires used for power supply or communication to electric switchboards, communication devices, sound devices, imaging devices, data transmission devices, etc. There is an urgent need for a wire processing device and overhead wire that is easy to work with a sheathed strap and can process wires continuously.

Publication No. 10-2000-0047135 (Cable Marking Device) Registered Patent No. 10-0984143 (Multi-conductor connection device and distribution/distribution board using the same) Registration No. 10-1669862 (Vision inspection device for multi-wiring terminal block type harness) Patent Publication No. 10-2018-0042042 (Wire marking cutting system)

The present invention has been devised to solve the above problems, and after cutting the electric wire to a unit length for easy installation, wrap the cut point with taping to prevent damage and contamination during packaging and transportation, and wind it in an integrally extended form. The purpose is to provide a wire processing device and overhead wire applied to various fields that can be commercialized.

In addition, another object of the present invention is to simply remove the cut coating from the construction site by simply pulling the part connected to the cut coating with a connecting tape after cutting the cut coating in the longitudinal direction so that the operator does not need a separate stripping operation. is to do

In addition, another object of the present invention is to continuously connect the cut wires with a connection coating so that there is no inconvenience in winding and packaging or transportation for sale is convenient.

In addition, another object of the present invention is to reduce the processing time of the electric wire by installing and operating the cutting part, the grinding part, and the cutting part using a single guide, so that the production can be increased in a semi-automated manner.

In the wire processing apparatus and the wire manufactured by the processing apparatus to facilitate the operation of the covering strap of the wire according to the embodiment of the present invention, the wire is cut to a unit length, but only the coating at the cut point in the circumferential direction to increase field workability Provided is a processing apparatus capable of winding an electric wire having continuity similar to an uncut state by cutting along the lengthwise direction and extending and connecting the cut sheathing in a straight line with each other.

In addition, the processing device includes a supply unit for supplying the electric wire in a wound state, a winding unit located opposite the supply unit and processing and winding the supplied electric wire, a cutting unit for cutting the electric wire between the supply unit and the winding unit, the cutting unit A removal unit for forming a cutting covering by removing both end points of the entire covering of an electric wire cut by It provides a connection for connecting the cut and the cut cut blood by rejection and incision.

In addition, the removal unit is located in the lower part of the removal frame, the removal frame rotates along the cylindrical guide, the removal motor installed in the removal frame and rotated along the internal removal gear formed on the inner surface of the guide, the removal frame, a grinding blade method or saw blade It provides a grinding motor for rotating the grinding blade of the method, and a grinding regulator for adjusting the position of the grinding motor according to the thickness of the coating.

In addition, the incision portion provides an incision frame fixed to the inner surface of the cylindrical guide, an incision motor positioned below the incision frame and rotating the cutting blade, and an incision regulator for adjusting the position of the grinding motor according to the thickness of the covering .

On the other hand, the connection part is located in the lower part of the connection frame, the connection frame rotates along the cylindrical connection guide, the connection motor installed on the connection frame and rotates along the internal connection gear formed on the inner surface of the connection guide, and the connection tape is It provides a connection roller to be installed, a connection regulator for adjusting the position of the connection roller so that the connection tape is adhered to the cutting cloth.

After cutting the wire to a unit length, the cut coating formed by grinding the coating is cut in the longitudinal direction and connected with a connecting tape to form a wire having continuity similar to the uncut state, and when the wire is used in the field It is the process of pulling the connecting tape to remove the cut coating, and exposes the conductor wire so that it can be used.

According to an embodiment of the present invention, after the electric wire is cut to a unit length for easy installation, the cut point is wrapped with taping to prevent damage and contamination during packaging and transportation, and it can be rolled up in an integrally extended form to make it easy to handle. It works.

In addition, after cutting the cut coating in the longitudinal direction, it is effective to simply remove the cut coating from the construction site by simply pulling the part connected to the cut coating with a connecting tape, so that the operator does not need a separate coating stripping operation.

In addition, by continuously connecting the cut wires with a connection coating, there is no inconvenience in winding, and packaging or transportation for sale is convenient.

In addition, when the cutting, grinding, and cutting parts are installed and operated using a single guide, the processing time of the wire is shortened, thereby increasing the production volume in a semi-automated manner.

1 is an overall front view of a wire processing apparatus applied to various fields according to the present invention;
2 is a front view of a cutting part, a grinding part of a wire processing apparatus applied to various fields according to the present invention;
3 is a side view of a cut part of a wire processing apparatus applied to various fields according to the present invention;
4 is a plan view in which a cutting part and a grinding part are installed of a wire processing apparatus applied to various fields according to the present invention;
5 and 6 are a side view, a partial front view, of a grinding part of a wire processing apparatus applied to various fields according to the present invention;
7 is a side view of a cutout of a wire processing apparatus applied to various fields according to the present invention;
8 is a side view of a connection part of a wire processing apparatus applied to various fields according to the present invention;
9 is a plan view of a use state of a wire processing apparatus applied to various fields according to the present invention;
10 is a process diagram showing a cutting process of an electric wire by a cutting unit according to the present invention;
11 is a process diagram showing the process of grinding the coating of the electric wire by the grinding unit according to the present invention;
12 is a process diagram showing the process of cutting the cut coating of the electric wire by the cutout according to the present invention;
13 and 14 are side and front embodiment views showing the process of cutting the cut coating of the electric wire by the connection part according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art to which the present invention pertains can easily carry out the present invention. However, the present invention may be embodied in various different forms and is not limited to the embodiments described herein. Throughout the specification, like reference numerals are assigned to similar parts.

1 to 8, when the configuration of the present invention is described with reference to the accompanying drawings, the electric wire 1 is cut to a unit length, but only the covering at the cut point to increase on-site constructability in the circumferential direction and length By cutting along the direction, and extending and connecting the cut coverings in a straight line with each other, a processing device 100 capable of winding the electric wire 1 similarly to an uncut state is constituted.

First, the processing apparatus 100 forms a supply unit 10 for supplying the wire 1 in a wound state, and the supply unit 10 includes a supply motor 12 for rotating the supply roll 11 .

And, located on the opposite side of the supply unit 10 and processing the supplied electric wire (1) to form a winding portion (20), the winding portion (20) is a winding roll 21 on which the processed wire is wound. It consists of a winding motor 22 which rotates.

In addition, a cut portion 30 for cutting the electric wire 1 is formed between the supply portion 10 and the winding portion 20, and the cut portion 30 is installed on the guide 31 of a cylindrical shape and moves in the left and right direction. It rotates by a cutting motor 33 at the front end of the operating cutting actuator 32 and constitutes a cutting movable part 35 comprising a cutting blade 34 for cutting the electric wire 1 .

A support movable part 37 for supporting the electric wire 1 for cutting is configured at the front end of the support actuator 36 installed on the guide 31 to face the cutting movable part 35 and operating in the left and right directions.

Then, the removal part 40 is installed on both sides of the cut part 30 and is removed by grinding the both end points of the entire cover 2 of the cut electric wire 1 to form the cut cover 3 is configured. do.

The removal part 40 constitutes a removal frame 41 which rotates along the guide 31 of a cylindrical shape.

It is installed on the removal frame 41 to configure the removal motor 43 which rotates along the removal internal gear 42 formed on the inner surface of the guide 31 .

It is located in the lower part of the removal frame 41 and constitutes a grinding motor 45 for rotating the grinding blade 44 of the grinding blade type or the saw blade type.

A grinding regulator 46 is configured to adjust the position of the grinding motor 45 according to the thickness of the entire covering 2 .

In addition, it constitutes a cutout 50 for cutting in the longitudinal direction the cutting cloth 3 that moves after being cut by the removal unit 40 .

The cutout 50 forms a cutout frame 51 fixed to the inner surface of the guide 31 having a cylindrical shape.

An incision motor 53 positioned below the incision frame 51 and rotating the incision blade 52 is formed.

An incision regulator 54 for adjusting the position of the grinding motor 45 according to the thickness of the entire covering 2 is formed.

In addition, the connecting part 60 forms a connecting frame 62 that rotates along the cylindrical connecting guide 61 .

It is installed on the connection frame 62 to form a connection motor 64 that rotates along the internal connection gear 63 formed on the inner surface of the connection guide 61 .

It is located under the connection frame 62 and forms a connection roller 66 to which the connection tape 65 is installed.

A connection adjuster 67 for adjusting the position of the connection roller 66 so that the connection tape 65 is adhered to the cutting coating 3 is formed.

In common, the cutting part 30, the removing part 40, the guide 31 of the cutting part 50 and the connection guide 61 of the connection part 60 are formed in a cylindrical shape and are bisected and coupled in the longitudinal direction. to form with

The removal roller 41a of the removal frame 41 of the removal unit 40 is inserted and moved along the movement groove 31a formed on the inner surface of the guide 31, and the removal motor 43 is the movement groove The removal gear 43a of the removal motor 43 is connected to the internal removal gear 42 formed on one side of the 31a and configured to move.

The connecting roller 66 of the connecting frame 62 of the connecting part 60 is inserted and moved along the moving groove 31a formed on the inner surface of the guide 31, and the connecting motor 64 is formed in the moving groove ( The connecting gear 64a of the connecting motor 64 is connected to the connecting internal gear 63 formed on one side of 31a) so as to be movable.

In addition, the cutting actuator 32 of the cutting part 30, the support actuator 36, the grinding regulator 46 of the removal part 40, the cutting controller 54 of the incision part 50, and the connection part 60 are connected. The operation of the regulator 67 operates in a solenoid manner, and the operation distance is formed to be determined by the setting.

The electric wire 1 penetrates the inside of the electric wire holder 80 located between the supply part 10, the winding part 20, the cutting part 30, the stripper part 40, and the connection part 60 for support. to form

In addition, the power control of the supply unit 10 , the winding unit 20 , the cutting unit 30 , the removing unit 40 , the cutting unit 50 , and the connection unit 60 is performed in the guide 31 or the connection guide 61 . The terminal contact method is used and the operation control is configured to be controlled by a separate control unit 70 .

An embodiment of a wire processing apparatus and overhead wire applied to various fields configured as described above will be described with reference to the following.

1 to 14, in order to use the processing apparatus 100, the end of the wire 1 wound on the supply roll 11 is pulled to penetrate the wire holder 80, and then the guide 31 The inside of the wire holder 80, and the inside of the connection guide 61 are sequentially penetrated and connected to the shipping roll 21 of the winding unit 20, and the unit length for cutting the wire 1 is the control unit 70. determined by the setting of

Thereafter, the supply motor 12 of the supply unit 10 and the shipment motor 22 of the winding unit 20 are operated to rotate the supply roll 11 and the shipment roll 21 so that the electric wire 1 is moved to the control unit 70 ), the operation of the supply roll 11 and the shipment roll 21 is stopped when the set cutting length of When the signal that the support of the electric wire 1 is completed by the support 36a of After the cutting blade 34 rotates to cut the electric wire 1, the support actuator 36 and the cutting actuator 32 return to their original positions.

Next, when the cutting of the electric wire 1 by the cutting unit 30 is completed, the electric wire 1 rotates the grinding blade 44 while the grinding motor 45 of the removing unit 40 operates in a state in which the electric wire 1 does not move. At the same time, the removal gear of the removal motor 43 installed in the removal frame 41 after moving forward to the position where only the entire entire coating 2 of the electric wire 1 is removed by the operation of the grinding regulator 46 operating in a solenoid manner at the same time As the 43a rotates along the removal internal gear 42 of the guide 31, only the entire entire covering 2 of the electric wire 1 is partially removed by grinding, and when the removal of the entire covering 2 is completed, the removal part (40) returns to the initial position, the operation of the removal motor 43 and the grinding motor 45 is stopped, and the grinding regulator 46 operates to return to the distal position.

At this time, the removal part 40 is formed on both sides of the cutting part 30, respectively, and performs the same function as the function of cutting by removing a part of the entire entire covering (2) on both sides based on the cutting point of the electric wire (1). .

Next, when the electric wire 1 is moved by the operation of the supply unit 10 and the winding unit 20, the cutting motor 53 of the cutting unit 50 operates while the cutting blade 52 rotates, and the cutting coating (3) cuts the cutting sheath (3) in the longitudinal direction in which the cutting blade 52 moves by the downward operation of the incision regulator 54 to the distance where it is located. At this time, even if the cutting covering 3 is cut by the cutting blade 52, the cutting covering 3 is not separated by elasticity or bonding force.

After that, the cutting point of the electric wire 1 is stopped at the operating point of the connecting part 60 by the operation of the supply part 10 and the winding part 20 after the cutting of the cutting coating 3 is completed by the cutout 50 . When the connection tape 65 installed on the connection roller 66 is in contact with the cutting sheath 3 due to the operation of the connection regulator 67 of the connection part 60, an operator or manager can make sure that the end of the connection tape 65 is the end of the wire. When the initial work is carried out so that it is divided into two parts based on the cut point and adhered to the cutting cloth 3 , the connecting gear 64a of the connecting motor 64 installed in the connecting frame 62 is the connecting internal gear of the connecting guide 61 . It is connected to the gear 63 and the connecting gear 64a is rotated by the operation of the connecting motor 64 and rotated along the connecting guide 61 while the connecting tape 65 is taped to the cutting coating 3 2 to 3 times. do.

At this time, the cutting lines are formed at equal intervals on the connection tape 65, and the cutting line points are cut as the connection adjuster 67 rises after taping.

After that, when the connection of the cutting coating 3 using the connection tape 65 is completed by the connection part 60, the cut wire 1 is connected again and the supply roll 11 and the winding roll 21 are simultaneously connected. During operation, the cutting sheath 3 is wound on the winding roll 21 without departing from the conductor wire 4, and when the wire 1 moves by the set cutting unit length, the above process is repeated.

The processing apparatus 100 of the present invention cuts the electric wire 1 to a unit length, then cuts the cutting sheath 3 formed by grinding the entire covering 2 in the longitudinal direction, and connects it with a connecting tape 65 and cuts it. There is a characteristic of manufacturing the electric wire 1 having a continuity similar to that of the unfinished state.

In addition, when the electric wire 1 is used in the field, the conductor wire 4 can be exposed and used by pulling the connection tape 65 and removing the cut coating 3 .

The processing apparatus 100 of the present invention cuts the electric wire 1 to a unit length for easy use, and then connects the cutting points to prevent packaging and transportation, damage and contamination, and winds it in an integrally extended form to be sold and shipped. There are features that make it possible.

The processing apparatus 100 of the present invention is characterized in that the cutting coating (3) cut along the longitudinal direction is simply removed at the construction site by the connection tape (65) so that the operator does not require a separate coating strip operation. There is this.

The processing apparatus 100 of the present invention is characterized in that there is no inconvenience in winding by continuously connecting the cut wire 1 with a connecting tape 65, and packaging or moving for sale is convenient.

The processing apparatus 100 of the present invention is characterized in that the installation method of the connection sheath can be differently implemented according to the material and condition of the covering of the electric wire 1, and the production can be increased in a semi-automated manner.

In the above description of the processing apparatus for processing electric wires according to the present invention with reference to the accompanying drawings, a specific shape and direction have been mainly described, but the present invention can be variously modified and changed by those skilled in the art, and these modifications and changes are the present invention should be construed as being included in the scope of the rights of

1: Electric wire 2: Whole cover
3: cut coating 4: conductor wire
10: supply unit 11: supply roll
12: supply motor
20: winding unit 21: winding roll
22: winding motor
30: cut 31: guide
31a: moving groove 32: cutting actuator
33: cutting motor 34: cutting blade
35: cutting movable part 36: support actuator
36a: support sphere 37: support movable part
40: removal unit 41: removal frame
41a: removal roller 42: removal internal gear
43: removal motor 43a: removal gear
44: grinding blade 45: grinding motor
46: grinding controller
50: cutout 51: cutout frame
52: cutting blade 53: cutting motor
54: incision regulator
60: connection part 61: connection guide
62: connecting frame 63: connecting internal gear
64: connected motor 64a: connected gear
65: connecting tape 66: connecting roller
67: connection controller
70: control unit 80: wire holder
100: processing device

Claims (7)

In the electric wire manufactured by the wire processing apparatus and the processing apparatus to facilitate the work of the covering strap of the electric wire,
Cut the electric wire (1) to a unit length, but cut only the covering at the cut point along the circumferential and longitudinal directions to increase on-site workability, and extend and connect the cut covering in a straight line to make it similar to the uncut state As being able to wind the electric wire (1) having continuity,
A supply unit 10 for supplying the wire 1 in a wound state,
A winding unit 20 located on the opposite side of the supply unit 10 and processing and winding the supplied electric wire (1);
Between the supply part 10 and the winding part 20, a cutting part 30 for cutting the electric wire 1,
Removal part 40, which is installed on both sides of the cut part 30 and removes both end points of the entire cover 2 of the cut electric wire 1 by grinding to form the cut cover 3,
A cutout 50 for cutting in the longitudinal direction the cutting cloth 3 that moves after being cut by the removal unit 40,
A wire processing apparatus applied to various fields, characterized in that it constitutes a connection part (60) that connects the cut and the cut cut coating (3) to each other by the removal part (40) and the cut part (50).
delete According to claim 1, wherein the cutting part (30) is installed on the guide (31) of the cylindrical shape and rotates by the cutting motor (33) at the front end of the cutting actuator (32) operating in the left and right direction, the electric wire (1) Cutting movable part 35 consisting of a cutting blade 34 to cut,
It is installed on the guide 31 to face the cutting movable part 35 and comprises a support movable part 37 for supporting the electric wire 1 for cutting at the front end of the support actuator 36 that operates in the left and right directions. Wire processing equipment applied to various fields such as
According to claim 1, wherein the removal part 40 is a removal frame 41 rotating along the guide 31 of the cylindrical shape,
The removal motor 43 is installed in the removal frame 41 and rotates along the removal internal gear 42 formed on the inner surface of the guide 31,
A grinding motor 45 located under the removal frame 41 and rotating the grinding blade 44 of the grinding blade type or the saw blade type,
Wire processing apparatus applied to various fields, characterized in that it comprises a grinding regulator (46) for adjusting the position of the grinding motor (45) according to the thickness of the entire covering (2).
According to claim 1, wherein the cutout 50 is a cutout frame 51 fixed to the inner surface of the cylindrical guide 31,
An incision motor 53 located under the incision frame 51 and rotating the incision blade 52,
Wire processing apparatus applied to various fields, characterized in that it comprises a cut-out regulator (54) for adjusting the position of the grinding motor (45) according to the thickness of the entire covering (2).
According to claim 1, wherein the connecting portion (60) is a connecting frame (62) that rotates along the cylindrical connecting guide (61),
A connecting motor 64 installed in the connecting frame 62 and rotating along the connecting internal gear 63 formed on the inner surface of the connecting guide 61,
A connecting roller 66 located below the connecting frame 62 and installed with a connecting tape 65,
A wire processing apparatus applied to various fields, characterized in that it comprises a connection adjuster (67) for adjusting the position of the connection roller (66) so that the connection tape (65) is adhered to the cutting sheath (3).
The method according to claim 1, wherein after cutting the electric wire (1) to a unit length, the cutting sheath (3) formed by grinding the entire covering (2) is cut in the longitudinal direction and connected with a connecting tape (65) so that it is not cut. By forming an electric wire 1 having a continuity similar to that of the state, when the electric wire 1 is used in the field, the conductor wire 4 can be exposed and used by pulling the connecting tape 65 and removing the cutting sheath 3 Wire processing device applied to various fields, characterized in that it is configured to be

Images