KR102298244B1 - Medium cable transfer and winding equipment assembly - Google Patents

Abstract

The present invention provides an equipment assembly for moving and winding a medium cable which can easily mount a medium cable bobbin which is heavy and large on a sender and a winder. The equipment assembly for moving and winding a medium cable comprises: a sender capable of supplying a medium cable wound on the outer circumferential surface of a medium cable bobbin in the direction of one side; a cutter capable of cutting the medium cable supplied from the sender into a prescribed length; a first guide arranged between the sender and the cutter and having a plurality of rollers arranged in vertical and horizontal directions to guide the medium cable to prevent the medium cable from escaping to the other side when moving the medium cable; and a winder capable of winding the medium cable supplied from the sender on another medium cable bobbin. The sender includes a second bobbin fastening unit fastened to a second disk of the medium cable bobbin to be rotated to rotate the medium cable bobbin.

Description

MEDIUM CABLE TRANSFER AND WINDING EQUIPMENT ASSEMBLY

FIELD OF THE INVENTION The present invention relates to a neutral cable moving and winding equipment assembly.

In general, cables such as large wire, middle wire, and thin wire are wound on a large cable bobbin and shipped, and in order to sell a small amount of such a cable, it is wound on a small cable bobbin and sold.

A cable winding device is used to wind a cable, and a cable cutting device for cutting a cable wound on a small cable bobbin to a predetermined length is also used. In general, a cable winding device is used in a way of moving and winding a cable drawn out from a large cable bobbin to a small cable bobbin while rotating the cable bobbin. At this time, the cable bobbin is rotated by a driving motor or the like, and the cable is rotated at a predetermined speed by having a predetermined tension or more so that the cable is not loosely wound or unwound.

In addition, in order to move the cable from the winding device of one side to the winding device of the other side, a cable moving device is used. In the past, most of these tasks were performed by the operator, but recently, as mobile equipment is used, it is possible to move a huge and heavy cable more easily.

As a prior art for such a cable winding device, there is a cable drum unwinding device as disclosed in Korean Patent Registration No. 10-2091351 (registered on March 13, 2020). In the prior art, after the cable drum is mounted on the mounting bar, the mounting bar is mounted on the rotating roller to lift the cable drum. However, in such a cable drum unwinding device, since the mounting bar should be disposed to penetrate the center of the cable drum, in the case of a large-sized cable drum, the length of the mounting bar may also be increased accordingly. That is, the larger the cable drum becomes, the more difficult it is to apply.

In addition, it is not possible to rotate the cable drum by rotating the mounting bar only by mounting both ends of the mounting bar to the rotating roller. Since the mounting bar is only inserted in the form of penetrating the center of the cable drum, and is not connected to the cable drum, in order to unwind the cable of the cable drum, it is necessary to unwind the cable using a separate power device.

In addition, as a prior art for a cable transport device for transporting a cable from a winding device on one side to a winding device on the other side, as disclosed in Korean Patent Registration No. 10-1525776 (registered on May 29, 2015), cable transport There is a device. In the prior art, the height of the driving roller can be adjusted to fit the cable by tightening and loosening the tightening device disposed on the lower side of the driving roller. However, in order to adjust using such a tightening device, there is a hassle in that the operator always waits and tightens and loosens according to the type of each cable and the incoming and outgoing cable.

Registered Patent No. 10-2091351 (Registered on March 13, 2020) Registered Patent No. 10-1525776 (Registered on May 29, 2015)

Embodiments of the present invention are to provide a medium-wire cable moving and winding equipment assembly capable of withdrawing a medium-line cable from a large-sized cable bobbin, moving and winding a small-sized cable bobbin, and simultaneously cutting a medium-line cable in one process.

According to an aspect of the present invention, a transmitter capable of supplying a neutral wire wound around the outer circumferential surface of the middle wire bobbin in one direction; and a cutter capable of cutting the intermediate wire supplied from the transmitter to a predetermined length; And the transmitter and the cutter Doedoe disposed between, a plurality of rollers are disposed in the vertical, left and right directions, the first guide capable of guiding the middle line so as not to deviate to the other side when the middle line is moved; and a winder capable of winding the intermediate wire supplied from the transmitter to another intermediate wire bobbin, wherein the transmitter is engaged with the second disc of the intermediate wire bobbin and rotates the intermediate wire bobbin as it rotates. A second bobbin fastening part that can be; including, a medium wire cable moving and winding equipment assembly may be provided.

The medium wire cable moving and winding equipment assembly according to the embodiments of the present invention can be easily mounted on the heavy-duty and large-sized medium wire bobbin to the transmitter and the winder. The middle wire bobbin is easily mounted by the second bobbin fastening part of the sender and the winder, and the middle wire can be wound or unwound by being raised upward to a predetermined degree. In addition, the medium wire cable moving and winding equipment assembly can easily move the large and heavy medium wire from the transmitter to the winder through the first and second guides. The first guide, the cutter, and the second guide are arranged in order between the sender and the winder, so that the middle wire is not separated from the other side in the process of moving from the sender to the winder and can be easily moved.

1 is a schematic diagram of a neutral cable moving and winding equipment assembly according to an embodiment of the present invention.
Figure 2 is a perspective view of the transmitter shown in Figure 1;
FIG. 3 is a schematic diagram of the first guide shown in FIG. 1 .
FIG. 4 is a schematic diagram of the cutter shown in FIG. 1 .
FIG. 5 is a schematic view of the second guide shown in FIG. 1 .
Fig. 6 is a schematic view of the winder shown in Fig. 1;
7 is a modified example of the transmitter shown in FIG.
FIG. 8 is a modified example of the cutter shown in FIG. 4 .
FIG. 9 is a modified example of the second guide shown in FIG. 5 .

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. However, it should be noted that the following examples are provided to help the understanding of the present invention, and the scope of the present invention is not limited to the following examples. The following embodiments are provided to more completely explain the present invention to those with average knowledge in the relevant technical field, and detailed descriptions for known configurations that may unnecessarily obscure the technical gist of the present invention to be omitted.

1 is a schematic diagram of a neutral cable moving and winding equipment assembly according to an embodiment of the present invention.

Referring to FIG. 1 , the intermediate cable moving and winding equipment assembly 100 of the present embodiment may include equipment for moving and winding a cable wound on a large cable bobbin to a small cable bobbin, and cutting the cable to a predetermined length. In more detail, it is possible to move, cut, and wind the medium wire 1, which is relatively thick and heavy so that the operator is difficult to move.

Specifically, the intermediate cable movement and winding equipment assembly 100 is a transmitter 110 from which the intermediate bobbin 10 is drawn out in one direction, guides the intermediate wire 1 not to be separated, and measures the length of the intermediate wire 1 The first guide 120, the cutter 130 for cutting the middle wire 1 to a certain length, the second guide 140 for guiding the middle wire 1 not to be separated, and the middle wire 1 on the middle wire bobbin 10 are wound. It may include a winder 150 to make.

Figure 2 is a perspective view of the transmitter shown in Figure 1;

Referring to FIG. 2 , in the transmitter 110 , the middle wire bobbin 10 is mounted and rotated to draw out the middle wire 1 in one direction. In addition, the transmitter 110 can adjust the position in the left and right and up and down directions to easily mount and remove the bulky and heavy middle wire bobbin 10 . The transmitter 110 may rotate the neutral bobbin 10 to draw out or wind the neutral wire 1 .

Specifically, the transmitter 110 includes a left and right moving part 111 that can move the position where the middle wire bobbin 10 is mounted to the left and right, and a height adjustment part that can move the position where the middle wire bobbin 10 is mounted up and down ( 112), the first bobbin fastening part 113 capable of being fastened to the center hole 12-1 of the intermediate bobbin 10, and the center hole 13-1 and the side hole 13-2 of the intermediate bobbin 10 ) may include a second bobbin fastening part 114 that can be fastened to the .

The left and right moving unit 111 may be disposed at the lower end of the transmitter 110 to move the transmitter 110 to the left and right. For example, the left and right moving part 111 may be moved left and right by a lead screw or a cylinder formed on the bottom surface. Alternatively, the left and right moving part 111 may be inserted into a groove or a protrusion formed on the floor to move left and right in a rail type. The left and right moving part 111 may move the height adjusting part 112 to which the middle wire bobbin 10 is connected to the left and right to move it to the position of the middle wire bobbin 10 .

The height adjusting unit 112 is arranged in a pair on both sides of the transmitter 110 , and the middle line bobbin 10 may be fixed between the pair of height adjusting units 112 . For example, the height adjusting part 112 may move the first and second bobbin fastening parts 113 and 114 up and down by a lead screw or a cylinder formed in the width direction. That is, the height adjusting unit 112 may be moved left and right by the left and right moving unit 111 , and the first and second bobbin fastening units 113 and 114 may be moved up and down by the height adjusting unit 112 .

The first bobbin fastening part 113 may be installed on one side of one height adjusting part 112 to be connected and fixed with the center hole 12-1 of the first disc 12 of the middle bobbin 10. The height of the first bobbin fastening part 113 can be adjusted by the height adjusting part 112 , so that the height can be adjusted according to the intermediate bobbin 10 of various sizes. Specifically, the first bobbin fastening part 113 may include a first pillar 113a inserted into the center hole 12-1 of the first disc 12.

The first pillar 113a is formed on one side of the first bobbin fastening part 113, and is formed as a pillar corresponding to the central hole 12-1 formed in the center of the first disc 12 of the middle bobbin 10. can be The first pillar 113a may be inserted into the center hole 12-1 of the middle line bobbin 10 to support the middle line bobbin 10.

The second bobbin fastening part 114 is installed on one side of another height adjusting part 112 where the first bobbin fastening part 113 is not installed, and the center hole of the second disc 13 of the middle bobbin 10 is (13-1) and the side hole (13-2) can be connected and fixed. The height of the second bobbin fastening part 114 can be adjusted by the height adjusting part 112, so that the height can be adjusted to fit the middle bobbin 10 of various sizes. Specifically, the second bobbin fastening part 114 includes a main bar 114a that is rotated based on a rotation shaft 114a-2 to be described later and a moving panel 114b that is slidably mounted on the main bar 114a. can do.

The main bar 114a is formed in a plate-shaped bar shape and can be rotated about a rotation shaft 114a-2 to be described later. The main bar 114a is connected to and fixed to the second circular plate 13 of the middle wire bobbin 10 to rotate the middle wire bobbin 10 . Specifically, the main bar 114a is formed on one side of the first pillar 114a-1 inserted into the center hole 13-1 of the second disk 13, and the main bar 114a, and the main bar 114a ) may include a rotation shaft (114a-2) capable of rotating and a fastening groove (114a-3) in which the moving panel (114b) can be fastened and fixed.

The first pillar 114a-1 of the second bobbin fastening part 114 is formed on one side of the main bar 114a, and the center hole 13- formed in the center of the second disc 13 of the middle bobbin 10 1) may be formed as a column corresponding to the shape. The first pillar 114a-1 may be inserted into the center hole 13-1 of the second circular plate 13 of the intermediate bobbin 10 to support the intermediate bobbin 10. In more detail, the first pillar 114a-1 is formed at the center of the rotation shaft 114a-2, so that the position does not change when the rotation shaft 114a-2 is rotated and can be rotated at the same position.

The rotation shaft 114a-2 is formed on one side of the main bar 114a, so that the main bar 114a can be rotated around the rotation shaft 114a-2.

The fastening grooves 114a-3 are formed on the upper and lower surfaces of the main bar 114a, so that the moving panel 114b can be fastened to the fastening grooves 114a-3. The fastening grooves 114a-3 may be formed on the upper and lower surfaces of the main bar 114a to be drawn inward along the longitudinal direction. The fastening member 114b-2 of the moving panel 114b, which will be described later, is inserted into the fastening groove 114a-3 to be fixed so that the moving panel 114b does not move, and when the fastening member 114b-2 is withdrawn The moving panel 114b may slide along the main bar 114a.

The moving panel 114b may be formed of a tube-shaped member that can be inserted into the main bar 114a. The moving panel 114b may be mounted on the main bar 114a in a slide form. The movable panel 114b can be adjusted in length from the main bar 114a in a slide manner to fit the middle bobbin 10 of various sizes and the side holes 13-2 at various positions.

Specifically, the movable panel 114b can be fixed so as not to move at specific positions of the second pillar 114-1 and the main bar 114a inserted into the side hole 13-2 of the second disk 13. It may include a fastening member (114b-2).

The second pillar 114b-1 is formed on one side of the moving panel 114b, and is a pillar having a shape corresponding to the side hole 13-2 formed on one side of the second circular plate 13 of the middle line bobbin 10. can be formed. The second post 114b-1 may be inserted into the side hole 13-2 of the second circular plate 13 of the middle wire bobbin 10 to support the middle wire bobbin 10. In more detail, when the second bobbin fastening part 114 rotates around the rotation shaft 114a-2 in a state in which the intermediate bobbin 10 is mounted on the transmitter 110, the side hole 13-2) The midline bobbin 10 may be rotated according to the rotation of the second column 114b-1 inserted in the .

The fastening member 114b-2 is disposed on the upper and lower portions of the moving panel 114b, and is inserted into the fastening groove 114a-3 of the main bar 114a to fix the moving panel 114b at a specific position so as not to move. can For example, the fastening member 114b-2 may be formed in a screw type, and the moving panel 114b may be fixed to the fastening groove 114a-3 by rotating the fastening member 114b-2.

The operation of the transmitter 110 as described above is as follows.

The left and right positions of the height adjusting unit 112 are adjusted through the left and right moving units 111 of the transmitter 110 to move them to the position of the intermediate bobbin 10 . The first and second bobbin fastening parts 112 and 113 are moved to positions corresponding to the center holes 12-1 and 13-1 of the midline bobbin 10 through the height adjustment part 112 . The first column 113a of the first bobbin fastening part 113 is inserted into the center hole 12-1 of the first disk 12 of the intermediate bobbin 10. Insert the first post 114a-1 of the second bobbin fastening part 114 into the center hole 13-1 of the second disc 13, and move the moving panel 114b with a slide to move the second disc ( 13) Insert the second pillar (114b-1) into the side hole (13-2).

The first and second bobbin fastening parts 113 and 114 are raised by a predetermined degree through the height adjustment part 112 to raise the middle bobbin 10 to be floated in the air. Loosen the end of the middle wire 1 in one direction of the middle wire bobbin 10 and move it in the direction of the first guide 120 to be described later. By rotating the second bobbin fastening part 114 about the rotation shaft 114a-2, the middle wire 1 may be unwound or wound in one direction.

FIG. 3 is a schematic diagram of the first guide shown in FIG. 1 .

Referring to FIG. 3 , in the first guide 120 of the present embodiment, the neutral wire 1 passing through the transmitter 110 may be introduced. When the first guide 120 is moved to the next step, the first guide 120 may serve to guide so as not to deviate to the other side. Also, the first guide 120 may measure the length of the midline 1 passing through the first guide 120 . Specifically, the first guide 120 may include a plurality of rollers R arranged so that the middle wire 1 can be easily moved and an encoder 121 capable of measuring the length of the middle wire 1 . .

The roller (R) is disposed at the upper end and the lower end, and the upper roller (R) is movable up and down by the connected motor (M). That is, after the middle wire (1) is introduced between the upper and lower rollers (R), the upper roller (R) descends, thereby pressing the middle wire (1). For example, as shown in FIG. 3 , the roller R may have three on the left side and two on the bottom, and one on the right side, and four on the bottom side. Preferably, a plurality of rollers (R) have a predetermined interval and are arranged to guide the middle line (1) to the next step. However, the present invention is not limited thereto, and it is irrelevant as long as it is possible to press the neutral wire (1) not to be separated and to move the middle wire (1).

The encoder 121 is disposed between the rollers (R) at the bottom, and can measure the length of the middle line (1). For example, the upper roller (R) presses the middle wire (1) and the middle wire (1) is moved, and as the middle wire (1) is moved to the upper end of the encoder 121, the encoder 121 adjusts the length of the middle wire (1). can be measured That is, the encoder 121 measures the length of the middle wire 1 wound around the middle wire bobbin 10 , so that the middle wire 1 can be subdivided into a desired length.

Looking at the operation of the first guide 120 as described above, first, the neutral wire 1 that has passed through the transmitter 110 may be introduced into the first guide 120 . The upper roller R of the first guide 120 may move up and down according to the size of the middle wire 1 to press the middle wire 1 . As the middle wire 1 moves, the length of the middle wire 1 may be measured by the encoder 121 disposed between the rollers R.

FIG. 4 is a schematic diagram of the cutter shown in FIG. 1 .

Referring to FIG. 4 , the cutter 130 of the present embodiment may be disposed in the next stage of the first guide 120 to cut the middle wire 1 passing through the first guide 120 . The cutter 130 is formed to move up and down and left and right easily, and when not cutting the middle line 1, the cutter 130 may be lowered to the lower side. Preferably, the length of the middle wire 1 is measured in the first guide 120 , and after the middle wire 1 is wound by a predetermined length, the cutter 130 is raised to cut the middle wire 1 .

Specifically, the cutter 130 includes a vertical moving part 131 that can move up and down to the position of the middle line 1 , a left and right moving part 132 that can move left and right up to the position of the middle line 1 , and a cutting blade 134 . ) may include a cutting blade 134 capable of cutting the main body portion 133 and the middle wire (1) is disposed.

The vertical movement unit 131 is disposed at the lower end of the cutter 130 to move the body unit 133 up and down. For example, the vertical movement unit 131 may be formed using a cylinder and a motor.

The left and right moving part 132 is disposed at the lower end of the cutter 130 to move the main body 133 left and right. For example, the left and right moving part 132 may be formed using a cylinder and a motor.

That is, when the middle wire 1 is moved in one direction without being cut through the vertical moving part 131 and the left and right moving part 132 and wound around the middle wire bobbin 10, the body part 133 is lowered to move the middle wire 1 . so as not to interfere with After the middle wire 1 is wound around the middle wire bobbin 10 by a predetermined length, the cutter 130 may be raised to the middle wire 1 position to cut the middle wire 1 .

The main body 133 is formed so that the cutting blade 134 can be drawn in and out of the inside, so that when the middle wire 1 is not cut, it is drawn into the body part 133 and cuts the middle wire 1 . When it is drawn out, it is possible to cut the midline (1). The main body 133 includes a gripping part 133-1 on one side, so that when the operator moves the main body 133, the operator grips the gripping part 133-1 to easily move the main body 133. can

The cutting blades 134 are formed in pairs to face each other, so that the middle wire 1 can be cut from both sides. Preferably, the cutting blade 134 is formed in the shape of arrow brackets (<, >), so that the middle wire 1 can be cut from both sides. Specifically, the cutting blade 134 on the left is formed to be drawn in to the left, and the cutting blade 134 on the right is formed to be drawn in to the right, so that the cutting blades 134 from both sides of the middle line 1 approach each other to face each other. And the middle wire (1) can be cut. At this time, the cutting blades 134 are formed to be drawn in from both sides, so that the middle wire 1 is not moved from the cutting position, and the middle wire 1 can be fixed and cut in the inward direction from both sides at the same time.

FIG. 5 is a schematic view of the second guide shown in FIG. 1 .

Referring to FIG. 5 , the second guide 140 of the present embodiment may pass through the first guide 120 , or the middle wire 1 cut through the cutter 130 may be introduced. The second guide 140 may serve to guide the middle line 1 so as not to deviate to the other side when the middle line 1 is moved to the next step. Specifically, the second guide 140 may include a circular guide 141 through which the middle wire 1 passes, and a guide column 142 through which the middle wire 1 is inserted.

The circular guide 141 may be formed of a cylindrical member with an open center. The circular guide 141 may come out through the first guide 120 , or the middle wire 1 cut through the cutter 130 may be introduced. The circular guide 141 may serve to guide the middle line 1 not to deviate to the other side. In addition, at the next end of the circular guide 141, rollers R are disposed in four directions, up, down, left, and right, to guide the middle line 1 to the next roller (R).

A pair of guide posts 142 are disposed in the width direction, and a roller R in the width direction is disposed at the front end of the guide posts 142 at the lower side, so that the middle line 1 can be easily moved. That is, the guide column 154 may guide the middle line 1 to be moved to the winder 150 .

Fig. 6 is a schematic view of the winder shown in Fig. 1;

Referring to FIG. 6 , the winder 150 of this embodiment may be formed identically or similarly to the transmitter 110 . For example, by mounting the large-sized middle wire bobbin 10 to the transmitter 110 , the middle wire 1 can be moved and wound around the relatively small vertical wire bobbin 10 . Winder 150 may be formed in the same or similar to the above-described transmitter 110, a detailed description will be omitted.

7 is a modified example of the transmitter shown in FIG.

Referring to FIG. 7 , the transmitter 210 of this modified example generates a laser toward the first and second disks 12 and 13 of the intermediate bobbin 10 , and the operator easily attaches the intermediate bobbin 10 to the transmitter 210 . ) can be installed. Specifically, the transmitter 210 includes a left and right moving part 211, a height adjusting part 212, a first bobbin fastening part 213 and a second bobbin fastening part 214, which is the left and right moving part ( 111), the height adjustment part 112, the first bobbin fastening part 113, and the second bobbin fastening part 114 may be formed in the same or similar manner, and thus a detailed description thereof will be omitted.

On the other hand, the first post 213a of the first bobbin fastening part 213 of this modified example, the first post 214a-1 and the second post 214b-1 of the second bobbin fastening part 214 are laser-generated. It may further include a part (L).

The laser generating unit (L) is formed at the ends of the first pillars (213a, 214a-1) and the second pillar (214b-1), the laser can be generated in a straight line toward the front. That is, the first bobbin in the center hole 12-1 of the first disk 12 of the neutral bobbin 10, the center hole 13-1 and the side hole 13-2 of the second disk 13, respectively. When inserting the first post 213a of the fastening part 213, the first post 214a-1 and the second post 214b-1 of the second bobbin fastening part 214, the laser generating part (L) The laser generated by the guides the positions of the first pillars (213a, 214a-1) and the second pillar (214b-1), so that the operator can easily work.

FIG. 8 is a modified example of the cutter shown in FIG. 4 .

Referring to FIG. 8 , the cutter 230 of this modified example passes through the cutter 230 without being cut and the cutting blade 234 is not exposed to the outside while the middle wire is wound around the bobbin 10 . can protect In the cutter 230 of this modified example, the cutting blade 234 is exposed only when the middle wire 1 is cut, so that the middle wire 1 can be cut. That is, the cutter 230 of this modified example can be exposed to the outside only when the cutting blade 234 is used, so that damage to the middle wire 1 is prevented, and the cutter 230 can be safely used by the operator.

Specifically, the cutter 230 includes a vertical movement unit 231 , a left and right movement unit 232 , a body portion 233 and a cutting blade 234 , which include the vertical movement unit 131 and the left and right movement unit 132 of the above-described embodiment. ), the main body 133 and the cutting blade 134 may be formed in the same or similar manner, and thus a detailed description thereof will be omitted.

On the other hand, the cutter 230 of the present modification may include a cutting edge protection part 235 .

The cutting blade protection part 235 may be disposed as a pair on the outside and inside the cutting blade 234 . For example, the cutting blade protection part 235 may be inserted into the inner side of the body part 233 and slide up and down. That is, when the cutter 230 is not used, the cutting blade protection part 235 may be disposed in an elevated state, so that the cutting blade 234 may not be exposed to the outside. In order to cut the middle wire 1 using the cutter 230, the cutting blade protection part 235 is lowered to the inside of the main body 233, and the cutting blade 234 is exposed to the outside to cut the middle wire 1 can do.

If necessary, the upper side of the cutting blade protection part 235 may be formed as a curved surface that is drawn in to a predetermined degree. That is, when the middle wire 1 is moved from the upper end of the cutter 230 to be wound on the middle wire bobbin 10, the middle wire 1 can be seated on the curved surface formed to be drawn in the upper side of the cutting blade protection part 235. have. In more detail, when the middle wire 1 is moved to the upper end of the cutter 230, the middle wire 1 is moved while seated on the upper curved part, and the middle wire 1 is moved stably without being separated to the other side. can be

FIG. 9 is a modified example of the second guide shown in FIG. 5 .

Referring to FIG. 9 , the second guide 240 of the present modification may wash the neutral wire 1 passing through the second guide 240 . Specifically, the second guide 240 includes a circular guide 241 and a guide pillar 242, and the circular guide 241 and the guide pillar 242 are the circular guide 141 and the guide pillar of the above-described embodiment ( 142), and thus a detailed description thereof will be omitted.

Meanwhile, the circular guide 241 of the present modification may further include a cleaning unit 241a.

The washing unit 241a is formed on the inner circumferential surface of the circular guide 241 and may be disposed as one or more of a cleaning brush, a mop, a gas spraying unit, and a rotating brush. The washing unit 241a may be disposed to clean the outer peripheral surface of the middle wire 1 when the middle wire 1 passes through the circular guide 241 . Since dust and foreign substances are attached to the conventional middle wire 1, the operator manually washed the surface of the middle wire 1 during the winding process. For example, the outer circumferential surface of the neutral wire 1 passing through the cleaning part 241a formed on the inner circumferential surface of the circular guide 241 of the present modified example is washed, and thus the middle wire 1 is wound up to washing at the same time.

Looking at the operation process of the intermediate cable moving and winding equipment assembly 100 as described above is as follows.

First, the middle wire bobbin 10 is mounted on the transmitter 110 so that the middle wire 1 is drawn out in the direction in which the first guide 120 is disposed. By inserting the middle wire 1 into the first guide 120 , the middle wire 1 may be moved in one direction without leaving the middle wire 1 in the other direction. The length of the midline 1 moving the first guide 120 may be measured by the encoder 121 . Thereafter, the middle wire 1 may be moved in a direction in which the cutter 130 is disposed. The middle wire 1 moved to the cutter 130 may be cut when a cutting is required, and when no cutting is required, it may be moved to the second guide 140 disposed at the next stage of the cutter 130 . The middle wire 1 drawn into the second guide 140 is not separated to the other side, but is moved to the winder 150 and the middle wire 1 is subdivided and wound on the middle wire bobbin 10 mounted on the winder 150. can get

As described above, the medium wire cable moving and winding equipment assembly according to the embodiments of the present invention can easily mount a heavy and large medium wire bobbin to the transmitter and the winder. The middle wire bobbin is easily mounted by the second bobbin fastening part of the sender and the winder, and the middle wire can be wound or unwound by being raised upward to a predetermined degree.

In addition, the medium wire cable moving and winding equipment assembly can easily move the large and heavy medium wire from the transmitter to the winder through the first and second guides. The first guide, the cutter, and the second guide are arranged in order between the sender and the winder, so that the middle wire is not separated from the other side in the process of moving from the sender to the winder and can be easily moved.

In the above, although embodiments of the present invention have been described, those of ordinary skill in the art can add, change, delete or add components within the scope that does not depart from the spirit of the present invention described in the claims. The present invention may be variously modified and changed by, etc., and this will also be included within the scope of the present invention.

1: middle wire 10: middle wire bobbin
12: 1st disc 13: 2nd disc
100: medium cable moving and winding equipment assembly 110: transmitter
111: left and right moving part 112: height adjustment part
113: first bobbin fastening part 114: second bobbin fastening part
120: first guide 121: encoder
130: cutter 131: east Shanghai
132: left and right moving part 133: body part
134: cutting blade 140: second guide
141: circular guide 142: guide pillar
150: winder

Claims (7)

a transmitter 110 capable of supplying the neutral wire 1 wound around the outer circumferential surface of the neutral bobbin 10 in one direction;
a cutter 130 capable of cutting the neutral wire 1 supplied from the transmitter 110 to a predetermined length;
Doedoe disposed between the transmitter 110 and the cutter 130, a plurality of rollers (R) are arranged in up, down, left and right directions, so that the middle wire (1) is not separated to the other side when the middle wire (1) is moved. a first guide 120 capable of; and
and a winder 150 capable of winding the intermediate wire 1 supplied from the transmitter 110 on another intermediate wire bobbin 10;
The transmitter 110 is
and a second bobbin fastening part 114 that is fastened with the second disc 13 of the middle line bobbin 10 and can rotate the middle line bobbin 10 as it rotates;
The cutter 130 is
It is disposed on one side of the cutter 130, the vertical movement part 131 and the left and right to move the body part 133 up and down and left and right depending on the position of the middle wire 1 and whether the cutter 130 is used. East (132);
It is formed in a pair to face the left and right sides, the left cutting blade 134 is formed to be retracted to the left, and the right cutting blade 134 is formed to be retracted to the right, so that the position of the middle line 1 is not changed. a cutting blade 134 capable of cutting the middle wire 1 from both sides; and
It has a space on the inside, and the cutting blade 134 is disposed inside, so that when the middle wire 1 is not cut, the cutting edge 134 is disposed in a state drawn in, and the middle wire 1 is a body part 133 from which the cutting blade 134 can be drawn out when being cut; and
It is disposed on one side of the main body portion 133, the operator grips the grip portion 133-1 that can easily move the main body portion 133; Containing, a medium wire cable moving and winding equipment assembly. The method according to claim 1,
The second bobbin fastening part 114,
a main bar (114a) connected to the center hole (13-1) of the second disk (13) and rotating; and
A moving panel (114b) that is slide-connected to the main bar (114a) and can be connected to the side hole (13-2) of the second disk (13); 3. The method according to claim 2,
The main bar 114a is,
a rotation shaft (114a-2) formed on one side of the main bar (114a) and capable of rotating the main bar (114a) around the rotation shaft (114a-2);
A first column ( 114a-1); and
A fastening groove (114a-3) formed at the upper end and lower end of the main bar (114a) to be drawn inward along the longitudinal direction of the main bar (114a) to which the movable panel (114b) can be fastened. including;
The moving panel 114b,
It is formed on one side of the moving panel 114b, is formed in a shape corresponding to the side hole 13-2 of the second disk 13, and is fitted into the side hole 13-2, a second pillar (114b-1) capable of rotating the neutral bobbin 10 according to the rotation of the main bar (114a); and
It is formed at the upper end and lower end of the moving panel 114b, and is formed in a form that can be moved up and down, and is introduced into the fastening groove 114a-3 of the main bar 114a at a specific position, and the moving panel 114b ) A fastening member (114b-2) capable of fixing immovably; The method according to claim 1,
The first guide 120,
It is disposed between the rollers (R) disposed on the lower side of the first guide (120), the encoder (121) capable of measuring the length from which the neutral wire (1) is drawn; including; Winding equipment assembly. The method according to claim 1,
It is disposed between the cutter 130 and the winder 150, and can support the middle wire 1 so that the middle wire 1 that has passed through the previous step can be moved to the next step without being separated. a second guide 140; and
The second guide 140 is
A circular guide 141 that is formed of a circular member with an open center, the middle wire 1 is disposed to penetrate and can be moved; and
Doedoe disposed at the next end of the circular guide 141, formed in a pair, the guide column 142 that can be moved between the middle wire (1); Containing, a medium wire cable moving and winding equipment assembly. a transmitter 110 capable of supplying the neutral wire 1 wound around the outer circumferential surface of the neutral bobbin 10 in one direction;
a cutter 130 capable of cutting the neutral wire 1 supplied from the transmitter 110 to a predetermined length;
Doedoe disposed between the transmitter 110 and the cutter 130, a plurality of rollers (R) are arranged in up, down, left and right directions, so that the middle wire (1) is not separated to the other side when the middle wire (1) is moved. a first guide 120 capable of;
a winder 150 capable of winding the intermediate wire 1 supplied from the transmitter 110 on another intermediate wire bobbin 10; and
It is disposed between the cutter 130 and the winder 150, and can support the middle wire 1 so that the middle wire 1 that has passed through the previous step can be moved to the next step without being separated. a second guide 140; and
The transmitter 110 is
and a second bobbin fastening part 114 that is fastened with the second disc 13 of the middle line bobbin 10 and can rotate the middle line bobbin 10 as it rotates;
The second guide 140 is
A circular guide 141 that is formed of a circular member with an open center, the middle wire 1 is disposed to penetrate and can be moved; and
It is disposed on the next end of the circular guide 141, is formed in a pair, the guide column 142 that can be moved between the middle line (1); includes;
The circular guide 141,
It is formed on the inner circumferential surface of the circular guide 141, and at least one of a cleaning brush, a mop, a gas spraying unit, and a rotating brush is disposed. 1) a cleaning unit (241a) whose surface can be cleaned;
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