KR20130037251A - Distributing board - Google Patents

Abstract

PURPOSE: An agricultural distribution board is provided to prevent accidents and a breakdown of the distribution board due to flooding by preventing water from flowing into the distribution board when flooding. CONSTITUTION: An agricultural distribution board comprises a distribution board(10). The agricultural distribution board comprises a distribution board housing(20) having the height which is twice as high as the distribution board. The agricultural distribution board comprises four guide frames(60) formed at the inside of the distribution board for guiding vertical movements of the distribution board. The agricultural distribution board comprises an air inlet buoy port(40) formed at the lower part of the distribution board. The agricultural distribution board comprises an air compressor(50) formed at the inner rear side of the distribution board housing for inserting air into the air inlet buoy part while preventing the air compressor from being interrupted by the distribution board by being guided with the guide frame. The agricultural distribution board comprises a water level detecting sensor(30) for detecting a water level inside the distribution board housing.

Description

Agricultural switchboard {Distributing board}

The present invention relates to an agricultural switchgear, and more particularly, to an agricultural switchgear provided to minimize various safety accidents and troubles caused by flooding of the switchgear by preventing water from flooding the switchgear. .

In general, a switchboard is a device that constantly puts and manages switches, relays, relays, and the like for operation and control of power plants and substations, and operation of electric motors.

Such switchboards have been flooded when a heavy rain falls within a short time due to the rainy season and heavy rains in the prior art, thereby causing inconvenience in use due to the risk of breakdown and accident of the switchboard.

Therefore, the present invention is to solve the problems as described above, by providing a switchgear for agriculture provided to minimize the problem of various safety accidents and failures caused by the flooding of the switchboard by flooding the switchboard during flooding due to flooding. Its purpose is to.

Agricultural switchgear according to the present invention for achieving the above object, the switchboard; A switchboard housing having a height twice that of the switchboard; Four guide frames formed inside the switchboard to guide the vertical movement of the switchboard; An air injection port formed at a bottom of the switchboard; An air compressor which injects air into the air inlet port and is formed inside the rear surface of the switchboard housing so as not to be interfered with by the guide frame and be moved by the guide frame; And a water level sensor configured to detect a water level in the switchboard housing.

As such, the present invention prevents various accidents by preventing flooding of switchboards even when flooding damage occurs, minimizing cost and time for management and maintenance, and preventing various safety accidents to return to users who use communication and electric services. It is a very useful invention that can minimize the possible damage.

1-a perspective view of an agricultural switchboard according to the present invention.
Figure 2-a perspective view showing the internal structure of the agricultural switchboard according to the invention.

The above and other objects, features, and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

Agricultural switchboard according to the present invention, the switchboard (10); A switchboard housing 20 having a height twice that of the switchboard; Four guide frames (60) formed inside the switchboard (10) to guide the vertical movement of the switchboard (10); An air injection port 40 formed at a bottom of the switchboard 10; An air compressor (50) formed in the rear of the switchboard housing (20) so as to inject air into the air injection port (40), so as not to interfere with the switchboard (10) which is guided by the guide frame (60); And a water level sensor 30 formed to detect the water level in the switchboard housing 20.

Here, the switchboard 10 refers to a conventional apparatus that constantly puts and manages switches, relays, relays, and the like for operation and control of power plants and substations, operation of electric motors, and the like.

Furthermore, as the height of the switchboard 10 rises, the cable is connected to the ground and the ground so as not to be short-circuited in the switchboard 10 so as to form a cable with a maximum allowable height. Do.

Here, the switchboard housing 20 is configured to place the switchboard 10 therein, and has an inner space corresponding to twice the height of the switchboard 10 so that the shankdong of the switchboard 10 can be moved.

Here, the water level sensor 30 is configured to detect the level of rainwater flowing into the switchboard housing 20, and the water level sensor 30 is formed inside or outside the switchboard housing 20.

The air injection port 40 is configured to lift the switchboard 10, and is formed between the bottom of the switchboard 10, that is, between the switchboard 10 and the bottom surface of the switchboard housing 20.

Furthermore, the air injection port 40 is preferably configured to prevent the injected air from escaping again due to the operation of the normal automatic closing stopper after the injection of the appropriate amount of air is completed, the nozzle of the air compressor 50 and It may be configured by connecting the plug of the air injection port 40 directly.

Here, the air compressor 50 is configured to inject air into the air injection port 40, and the air injection port 40 swells by the air injected from the air compressor 50 so that the switchboard 10 The switchboard 10 is formed inside the rear side of the switchboard housing 20 so as not to interfere with the switchboard 10 when moved upward.

Of course, the support plate for supporting the air compressor 50 is fixed to the inside of the rear of the switchboard housing 20.

Furthermore, when the air compressor 50 is formed at the bottom, the air compressor 50 may be flooded, and therefore, the air compressor 50 may be disposed above the switchboard 10.

Here, the guide frame 60 is configured to support and guide the switchboard 10 so that the switchboard 10 moves stably without moving when the switchboard 10 moves upward by the air injection buoy 40. Four are formed at positions corresponding to each corner, that is, inside the housing 20.

When described in detail the operating state of the agricultural switchgear of the present invention having the above configuration as follows.

First, when the level of the rainwater introduced into the switchboard housing 20 due to rainy season and heavy rain rises above a certain height or when the switchboard housing 20 is submerged due to flooding, the outside of the switchboard housing 20 or After detecting the water level with the water level sensor 30 formed therein, the air compressor 50 interlocked with the water level is operated to inject air into the air injection port 40.

Next, the switchboard 10 is guided to the guide frame 60 positioned at the corner thereof by the air injected into the air injection port 40, thereby stably moving upward.

That is, the switchboard 10 is automatically lifted by the air injection port 40 and the guide frame 60 in accordance with the internal sensing level of the switchboard housing 20. Even if rainwater is introduced, the switchboard 10 rises to a height above the flooded or inflow level, thereby preventing flooding of the switchboard.

Of course, the water level sensor 30 for detecting the water level is formed with a control unit for controlling the air compressor (50) it will be natural to inject a certain amount of air into the air injection port (40).

In addition, the switchboard of each region flood flooding expected area is provided with a wired / wireless transceiver to be controlled through a central control center, the wired / wireless transceiver may be controlled by a controller.

As described above, the present invention has been described by means of a limited embodiment, but the present invention is not limited thereto, and the technical spirit of the present invention and a patent will be described below by those skilled in the art to which the present invention pertains. Various modifications and variations will be possible within the scope of the claims.

Description of the Related Art [0002]
10: switchboard 20: switchboard housing
30: water level sensor 40: air injection port
50: air compressor 60: guide frame

Claims (1)

Switchboard 10;
A switchboard housing 20 having a height twice that of the switchboard;
Four guide frames (60) formed inside the switchboard (10) to guide the vertical movement of the switchboard (10);
An air injection port 40 formed at a bottom of the switchboard 10;
An air compressor (50) formed in the rear of the switchboard housing (20) so as to inject air into the air injection port (40), so as not to interfere with the switchboard (10) which is guided by the guide frame (60);
A water level sensor 30 formed to detect a water level in the switchboard housing 20;
Agricultural switchgear, characterized in that configured to include.

Images