KR102062167B1 - Mounting type Distribution board - Google Patents

Abstract

According to the present invention, there is provided a tubular body (110) having an opening (H1) formed in an upper surface portion thereof; Comprising a closing means for blocking the opening (H1) of the tubular body 110, the tubular body 110 is formed with an insertion portion 112 to communicate inwards on one side and the closing means is the insertion Inserted into the side of the cylindrical body 110 through the portion 112 to block the opening (H1), to fix the finishing means mounted to the cylindrical body 110 on one side of the cylindrical body (110) Pressure panel 140 for mounting is mounted, the finishing means, a plurality of mounting panels 120 to be mounted and detached in a sliding manner from the cylindrical body 110 to selectively expose the inner region of the cylindrical body. Provided is a mounting panel that is provided to be provided with).
Therefore, efficient observation and handling of the object accommodated therein is possible, and there is an effect that it is possible to provide a mounting type distribution panel that can be easily installed at various positions (eg, columnar objects, etc.).

Description

Mounting type distribution board

The present invention relates to a method for manufacturing a mounted distribution panel, and more particularly, to an efficient observation and handling of an object accommodated therein, and more particularly, to a mountable distribution panel that can be easily installed at various positions (eg, columnar target parts). will be.

In general, the distribution boards are installed in different cases between the equipment and the distribution units for electrical connection. Installation of each case for accommodating different power distribution units causes problems such as an increase in the number of facilities and a reduction in the working space. Therefore, techniques for improving this are continuously developed. However, there is a problem that technology development is neglected for the part that can observe the inside of the distribution panel itself more effectively and determine its state. Therefore, it is not easy to grasp the internal condition, and there is an inefficient part of handling that must separate all the parts in order to observe a part. In addition, there is a need to diversify the installation place of such a distribution panel, and correspondingly, there is a problem in that there is no distribution panel that can stably and effectively install the installation location of various shapes as well as the plane.

Therefore, there is a disadvantage in that the overall maintenance and installation of the distribution panel is not easy.

Korea Patent Registration No. 10-0647089

An object of the present invention is to provide an efficient distribution and distribution panel that can be efficiently observed and handled in an object accommodated therein and that can be easily installed at various positions (eg, columnar objects).

The present invention provides a mounting type distribution panel comprising: a tubular body (110) having an opening (H1) formed in an upper surface portion thereof; Comprising a closing means for blocking the opening (H1) of the tubular body 110, the tubular body 110 is formed with an insertion portion 112 to communicate inwards on one side and the closing means is the insertion Inserted into the side of the cylindrical body 110 through the portion 112 to block the opening (H1), to fix the finishing means mounted to the cylindrical body 110 on one side of the cylindrical body (110) Pressure panel 140 for mounting is mounted, the finishing means, a plurality of mounting panels 120 to be mounted and detached in a sliding manner from the cylindrical body 110 to selectively expose the inner region of the cylindrical body. Provided is a mounting panel that is provided to be provided with).

According to the present invention, it is possible to efficiently observe and handle an object accommodated therein, and there is an effect of providing a mounting type distribution board that can be easily installed at various positions (for example, a columnar object portion).

1 is a flow chart sequentially showing a mounting string distribution panel manufacturing method according to an embodiment of the present invention.
2 is a view showing the configuration of the mounting panel according to an embodiment of the present invention.
3 to 7 are diagrams illustrating the components of the mounted distribution board according to FIG. 2.
8 to 10 are diagrams showing the configuration of the mounting panel according to another embodiment of the present invention.
11 is a view showing the configuration of the mounting panel according to another embodiment of the present invention.
10 to 16 are diagrams illustrating the components of the mounted distribution board according to FIG. 11.

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

1 is a flowchart sequentially illustrating a method of manufacturing a mounting string distribution board according to an embodiment of the present invention. 2 is a view showing the configuration of the mounting panel according to an embodiment of the present invention. 3 to 7 are diagrams illustrating the components of the mounted distribution board according to FIG. 2.

1 to 7, a manufacturing method of a mounting type distribution board (S100), comprising: manufacturing a tubular body (110) having an opening (H1) formed on an upper surface thereof (S110); Producing a finishing means for blocking the opening (H1) of the cylindrical body (110) (S120); And mounting the closing means to the tubular body 110 to block the opening H1 of the tubular body 110 (S130).

The tubular body 110 is formed with an insertion portion 112 communicating inwardly on one side, and the closing means is inserted into the side of the tubular body 110 through the insertion portion 112 to the opening (H1). To block. One side surface of the cylindrical body 110 is mounted with a pressing panel 140 for fixing the finishing means mounted to the cylindrical body (110).

The finishing means is provided with a plurality of mounting panels 120 to be selectively mounted and detached from the cylindrical body 110 in a selective manner so as to selectively expose the inner region of the cylindrical body.

The mounting panel 120 includes a first mounting panel 121 at one outermost side, a fourth mounting panel 124 at the outermost outer side, and between the first mounting panel 121 and the fourth mounting panel. The second mounting panel 122 and the third mounting panel 123 are provided.

The first mounting panel 121 has one side in the longitudinal direction inserted into the inner wall of the distribution panel, and the first insertion end 1211 having the other side is inserted and bound to one side of the second mounting panel 122. The panel 122 has a second guide portion formed at one side in a longitudinal direction thereof and is inserted into the first insertion end 1211 of the first mounting panel 121, and the second insertion end 1221 at the other side is the third insertion portion. Inserted and bound to one side of the mounting panel 123.

One side of the third mounting panel 123 has a third guide part formed in a longitudinal direction thereof and is inserted into the second insertion end 1221 of the second mounting panel 122, and the third insertion end 1231 is the other side. Is inserted and bound to one side of the fourth mounting panel 124.

The fourth mounting panel 124, one side in the longitudinal direction is formed with a fourth guide portion is inserted into the third insertion end 1231 of the third mounting panel 123 and the other insertion portion 112 is the other side It is inserted into the inner wall of the distribution panel.

The cylindrical body 110 is provided with a pressure panel 140 mounted on one side via the insertion portion 112 to fix the first mounting panel 121 to the fourth mounting panel 124. The pressure panel 140 is provided as a transparent panel in which the inside of the cylindrical body is observed.

The tubular body 110 is provided with at least one pair of mounting portions 131 protruding to the outside for mounting the pressure panel 140 on one side thereof and having through-holes H3 formed in the longitudinal direction, respectively. The panel 140 is inserted into the mounting portion 131 so as to be able to flow in a sliding manner between the longitudinal directions of the cylindrical body 110.

The mounting portion 131 is driven to be able to move back and forth between the outer side and the inner side direction from the cylindrical body 110, the cylindrical panel 110 so that the pressing panel 140 is inserted into the through hole (H3) and mounted. In the forward mode and the pressure panel 140 inserted into the through hole (H3) to the cylindrical body (110) inner side to be retracted into the cylindrical body (110) to be fixedly mounted. Can operate in reverse mode.

Hereinafter, a part similar to the above-described embodiment will be omitted and the description will be made based on a part having technical features. 8 to 10 are diagrams showing the configuration of the mounting panel according to another embodiment of the present invention. 8 to 10 are diagrams showing the configuration of the mounting panel according to another embodiment of the present invention.

8 to 10, the pressure panel 140 may include a first pressure panel 141 on one side, a first interlocking means 142, a second interlocking means 143, and a first interlocking means for generating an elastic restoring force. 3 includes a second pressure panel 145 interlocked with the first pressure panel 141 through the interlocking means 144 and in pressure contact with the mounting panel 120.

The first pressing panel 141 and the second pressing panel 145 are positioned in the through hole H3 in the forward mode of the mounting unit 131, and the reverse mode of the mounting unit 131 is provided. The first pressure panel 141 and the second pressure panel 145 located in the through hole (H3) in the flow to be adjacent to each other based on the contact with the mounting panel 120.

The first pressing panel 141 may face the first sensing unit 1411 provided in an upper longitudinal direction so as to sense a separation distance from a first region of the second pressing panel 145 facing the first pressing panel 141. 2 The separation distance from the second sensing unit 1412 provided in the lower longitudinal direction so as to detect the separation distance from the second region of the pressing panel 145, and the third region of the second pressing panel 145 facing each other. And a third sensing unit 1413 provided in a longitudinal direction between the first sensing unit 1411 and the second sensing unit 1412 to sense the shape.

Each of the first to third detectors may measure a distance information value of the first pressure panel 141 and the second pressure panel 145, and may notify a signal when the predetermined value is out of a predetermined value in comparison with a preset reference value. Outputs The first pressing panel 141 is provided on the outside to emit light based on the notification signal of the first sensing unit 1411, and is provided on the outside and the second sensing unit 1412. The second light emitting unit 1415 emits light based on a notification signal of) and a third light emitting part 1416 provided on the outside to emit light based on the notification signal of the third sensing unit 1413.

The second pressure panel 145 is located at the upper end of the first pressure panel 141 and the second interlocking panel (1451) and the first interlocking means 142 interlocked with the lower position And the second-second pressure panel 1452 and the second-first pressure panel 1451 and the second-2 that are interlocked by the first pressure panel 141 and the second interlocking means 143. It is positioned between the pressure panel 1452 includes a second pressure panel (1453) interlocked between the first pressure panel 141 and the third interlocking means (144).

The closing means is in contact with each other having a thickness corresponding to at least one of the 2-1 th pressing panel 1451 to the 2-3 th pressing panel 1453. The mounting part 131 is an extension part 1311 interlocked with the tubular body 110 and an extension part 1311 interlocked with the extension part 1311. And a gripping portion 1312 for receiving 140.

The holding part 1312 provided in each of the mounting parts 131 rotates constantly in the circumferential direction from the extension part 1311 in the forward mode to press-fix the pressure panel 140 by a torsional force.

11 to 16 are diagrams illustrating the components of a mounting panel according to another embodiment of the present invention. Hereinafter, the components disclosed with reference to FIGS. 11 to 16 may be viewed as configurations that may be added to the configurations of the mounted distribution panel according to FIG. 2.

11 to 16, the cylindrical module 110 and the contact portion (P) further comprises a variable module 150 provided on the rear portion of the cylindrical body to the buffering action and reinforcement of the fixing force. The tubular body 110 is formed so that the rear portion is rounded inward, and the variable module 150 is formed so as to correspond to the rear portion of the tubular body 110.

The variable module 150 is interlocked through the tubular body 110 and the flow module 160, and the flow module 160 includes the first flow module 161 provided in the variable module 150. And a second flow module 162 provided in the variable module 150 and a third flow module 163 provided in the variable module 150.

The variable module 150, one side and the other side is in close contact with the outer peripheral surface peripheral portion of the contact target portion (P) through the second flow module 162 and the third flow module 163. The variable module 150 may include a first variable module 151 provided with the first flow module 161, a second variable module 152 provided with the second flow module 162, and the first variable module 152. And a third variable module 153 provided with three flow modules 163. The first variable module 151 to the third variable module 153 are interlocked with each other.

The second variable module 152 and the third variable module 153 pressurize the contact object part P based on the pressure of the second flow module 162 and the third flow module 163. The first variable module 151 is in contact with the contact target portion P of the second variable module 152 and the third variable module 153 in a close pressurized state. Based on the pressurization of 161, the contact target portion P is in the primary pressurized contact state, and in the primary pressurized contact state, the first region of the center generates a constant rotational tightening force of the forward rotation or the reverse rotation method. It becomes the secondary pressurized contact state with the said contact object part P.

The second flow module 162 and the third flow module 163 may be tilted,

The second variable module 152 and the third variable module 153 are driven in a tilting operation to hold the contact target portion P. FIG. The contact object portion P is provided in a bar shape.

The second flow module 162 and the third flow module 163 are provided to be movable in position in a sliding manner with respect to the first flow module 161 in the cylindrical body 110, the second The variable module 152 and the third variable module 153 are provided to be able to flow from the first variable module 151 in a predetermined range, and the second flow module 162 and the third flow module 163 are provided. Flow based on the flow of

The first variable module 151 includes a first binding unit 1512 on which one side of the second variable module 152 binds to allow the reversal flow and the tilt flow, and the other side of the third variable module 153. A second binding unit 1513 is provided which is bound to allow retraction flow and tilt flow.

The second variable module 152 and the third variable module 153 are provided with a plurality of machining projections driven in a rotational manner on the contact surface in contact with the installation target portion, and is held in contact with the installation target portion. In the state, the processing projections penetrate the installation target portion to a certain depth so that the binding force to the installation target portion is reinforced.

The processing protrusion is provided to be movable in the longitudinal direction on the contact surface of each of the second variable module 152 and the third variable module 153, each one of the left and right directions in the state passing through the installation target portion. It is flowed in the direction of to generate a fixing force to reinforce the binding force to the installation target portion.

The processing protrusion may include a second processing protrusion 1521 provided at the second variable module 152 and a third processing protrusion 1522 provided at the third variable module 153. The second processing protrusion 1521 and the third processing protrusion 1522 flow in a first direction to approach each other in a state passing through the installation target portion or in a second direction so as to move away from each other. The binding force to the installation target portion of the second variable module 152 and the third variable module 153 is reinforced.

In addition, a sub-processing protrusion ST may be added between the processing protrusions. In this case, it is possible to allow the sub-processing protrusions ST to penetrate the target portion before the processing protrusions, or conversely, to allow the sub-processing protrusions to penetrate after the processing protrusions penetrate the target portion.

It is provided between the first variable module 151 and the second variable module 152 to prevent collision between the first variable module 151 and the second variable module 152 and to prevent the second variable module 152 from colliding with each other. ) Is provided between the first softening module 170 and the first variable module 151 and the third variable module 153 for accelerating acceleration of the first variable module 151 and the third. The variable module 153 further includes a second softening module 180 for preventing collision between the second variable module 153 and providing acceleration during the flow of the third variable module 153.

The first softening module 170 may include a first-first contact portion 171 provided at one end of the first variable module 151 and a first-2 provided at one end of the second variable module 152. The contact part 172 includes a first half-column part 173 for generating an elastic restoring force by opening the first-first contact part 171 and the first-second contact part 172.

The second softening module 180 includes a 2-1 contact portion 181 provided at one end of the first variable module 151 and a second-2 provided at one end of the third variable module 153. The contact part 182 and the 2-1 th contact part 181 and the 2nd -2nd contact part 183 which extend the 2-2 contact part 182 and generate | occur | produce an elastic restoring force are included.

When the second variable module 152 flows inwardly toward the first variable module 151, the flow force is based on the contraction motion of the first-first contact part 171 and the first-second contact part. When it is buffered and flows outwardly opposite to the first variable module 151, the flow force is accelerated based on the relaxation operation of the first-first contact part 171 and the first-second contact part 172. When the third variable module 153 flows inwardly toward the first variable module 151, the flow force is based on the contraction motion of the second-first contact part 181 and the second-second contact part. When it is buffered and flows outwardly facing the first variable module 151, the flow force is accelerated based on the relaxation operation of the 2-1 contact portion 181 and the 2-2 contact portion 182.

The first softening module 170 is provided with a first buffer unit 191 in the first semi-burning unit 173, and the second variable module 152 faces the first variable module 151. When flowed inward, the first-first contact portion 171 and the first-second contact portion buffer the flow force based on the contracting motion via the first buffer portion 191, and the first variable module. When it flows outwardly opposite to 151, the flow force is based on the relaxation operation from the first buffer part 191 of the first-first contact part 171 and the first-second contact part 172. Accelerated, the second softening module 180 is provided with a second buffer unit 201 in the second semi-burning unit 183, the third variable module 153, the first variable module 151 When the flow inward toward the), the 2-1 contact portion 181 and the 2-2 contact portion is buffered by the flow force based on the contracting operation via the second buffer unit 201, 1 variable module 151 When the flow flows outwardly, the flow force is accelerated based on the relaxation operation from the second buffer part 201 of the 2-1 contact part 181 and the 2-2 contact part 182. The first buffer unit 191 and the second buffer unit 201 is provided with an elastic member inside and the outer peripheral surface is provided with a buffer material (eg, memory foam material) of a predetermined thickness.

The first flow module 161 to the third flow module 163 are provided to enable a constant appearance of the cylindrical body 110, the first buffer unit 191, the lower portion of the first The flanged buffer unit 192 is provided to correspond to the first binding unit 1512 positioned below, buffering the contact of the first binding unit 1512 in accordance with the appearance operation,

The second buffer unit 201 is provided with a second flange-type buffer unit 202 at a lower portion thereof to correspond to the second binding unit 1513 positioned at a lower portion thereof. While buffering the contact of the binding unit 1513, the first flange-type buffer unit 192 is

It is driven to adjust the height from the first buffer 191, it is possible to enter the space between the first-first contact 171 and the first-second contact 172.

The second flange-type buffer unit 202 is driven to adjust the height from the second buffer unit 201 and between the 2-1 contact unit 181 and the 2-2 contact unit 182. It is possible to enter the space. The finishing means is provided with a transparent panel which covers the upper portion of the cylindrical body 110 and the inside is observed to look into the inner region exposed by the finishing means.

On the other hand, as shown in Figure 16, each end of the second variable module 152 and the third variable module 153 may be provided with an excavation module (DM). In this case, it is possible to allow the second variable module 152 and the third variable module 153 to penetrate through the surface of an object (eg, a bar shape, a support, etc.). In addition to the rotation operation of the second variable module 152 and the third variable module 153, it is possible to adjust the binding after the passage as well as the penetrating process.

Above, it will be apparent that the above-described embodiments of the present invention can be applied to a complex combination of selected embodiments based on the present specification. Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

110: cylindrical body
112: insertion unit
131: mounting portion
140: pressure panel

Claims (10)

As a mounted distribution panel,
A tubular body 110 having an opening formed in an upper surface thereof; It includes a closing means of a transparent material for blocking the opening of the tubular body 110, the tubular body 110 is formed with an insertion portion communicating inward on one side and the closing means is the tubular through the insertion portion Inserted into the side of the upper body 110 to block the opening, one side of the cylindrical body 110 is mounted with a pressure panel 140 for fixing the finishing means mounted on the cylindrical body 110, the The closing means may be mounted and detached from the tubular body 110 in a sliding manner so that the finishing means may be provided with a plurality of mounting panels 120 that can be individually mounted to selectively expose the inner region of the tubular body. ,
The mounting panel 120 includes one outermost first mounting panel 121, the other outermost fourth mounting panel 124, the first mounting panel 121 and the fourth mounting panel 124. The second mounting panel 122 and the third mounting panel 123 is provided between the),
The first mounting panel 121, one longitudinal side is inserted into the inner wall of the distribution panel and the first insertion end 1211, the other side is inserted and bound to one side of the second mounting panel 122,
The second mounting panel 122 has a second guide portion formed at one side in a longitudinal direction thereof and inserted into the first insertion end 1211 of the first mounting panel 121, and the second insertion end 1221 at the other side. Is inserted and bound to one side of the third mounting panel 123,
One side of the third mounting panel 123 has a third guide part formed in a longitudinal direction thereof and is inserted into the second insertion end 1221 of the second mounting panel 122, and the third insertion end 1231 is the other side. Is inserted and bound to one side of the fourth mounting panel 124,
The fourth mounting panel 124 has a fourth guide portion formed at one side in a longitudinal direction thereof and is inserted into the third insertion end 1231 of the third mounting panel 123, and the fourth insertion portion at the other side is an inner wall of the distribution panel. Is inserted into
The cylindrical body 110 is provided with a pressure panel 140 mounted on one side via the insertion portion to fix the first mounting panel 121 to the fourth mounting panel 124, the pressure panel 140 is provided with a transparent panel in which the inside of the cylindrical body is observed,
The tubular body 110 is provided with at least one pair of mounting portions 131 protruding to the outside for mounting the pressure panel 140 on one side thereof and having through-holes H3 formed in the longitudinal direction, respectively. Panel 140, the mounting type distribution panel is inserted into the mounting portion 131 so as to be movable in a sliding manner between the longitudinal direction of the cylindrical body (110).
The mounting portion 131 is driven to be able to move back and forth between the outer side and the inner side direction from the cylindrical body 110, the cylindrical panel 110 so that the pressing panel 140 is inserted into the through hole (H3) and mounted. In the forward mode and the state that is advanced from the state, the pressure panel 140 inserted into the through hole (H3) is pushed back into the cylindrical body 110 in the state of being retracted into the cylindrical body 110 to be fixedly mounted. Can operate in reverse mode,
The pressure panel 140, through the first pressure panel 141 on one side, the first interlocking means 142, the second interlocking means 143 and the third interlocking means 144 for generating an elastic restoring force. And a second pressure panel 145 interlocked with the first pressure panel 141 and in pressure contact with the mounting panel 120, wherein the first pressure panel 141 and the second pressure panel 145 The first pressing panel 141 is positioned in the through part H3 in the forward mode of the mounting part 131, and is positioned in the through part H3 in the reverse mode of the mounting part 131. And the second pressure panel 145 flow to be adjacent to each other based on contact with the mounting panel 120,
The first pressing panel 141 may face the first sensing unit 1411 provided in an upper longitudinal direction so as to sense a separation distance from a first region of the second pressing panel 145 facing the first pressing panel 141. 2 The separation distance from the second sensing unit 1412 provided in the lower longitudinal direction so as to detect the separation distance from the second region of the pressing panel 145, and the third region of the second pressing panel 145 facing each other. A third sensing unit 1413 provided in a longitudinal direction between the first sensing unit 1411 and the second sensing unit 1412 to detect
Each of the first to third detectors may measure a distance information value of the first pressure panel 141 and the second pressure panel 145, and may notify a signal when the predetermined value is out of a predetermined value in comparison with a preset reference value. Outputs
The first pressure panel 141,
A first light emitting unit 1414 provided on the outside and emitting light based on a notification signal of the first sensing unit 1411, and a second light emitting unit provided on the outside and emitting light based on the notification signal of the second sensing unit 1412. 2 is provided with a light emitting unit (1415), and a third light emitting unit (1416) provided on the outside to emit light based on the notification signal of the third sensing unit (1413).
The second pressure panel 145 is located at the upper end of the first pressure panel 141 and the second interlocking panel (1451) and the first interlocking means 142 interlocked with the lower position And the second-second pressure panel 1452 and the second-first pressure panel 1451 and the second-2 that are interlocked by the first pressure panel 141 and the second interlocking means 143. The panel panel is disposed between the pressure panel 1452 and the second pressure panel (141) and the third interlocking means (144) interlocking through the third panel (1453). delete delete delete delete delete delete delete delete The method according to claim 1,
The finishing means,
The 2-1 pressure panel (1451) to the mounting panel is a contact that is in contact with have a thickness corresponding to at least one of the 2-3-3 pressure panel (1453).

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