KR101011578B1 - The major axis shelter box - Google Patents

Abstract

The present invention relates to a selter box, and in particular, by providing a large capacity of the ultra long axis (40ft (about 12m)), it is an object of the present invention to provide a large shelter box including a command unit as well as various communication facilities during wartime or military operations.

The present invention provides a shelter space in which a panel portion constituting a sealed surface is formed to form a sealed surface in a frame portion forming an outer frame, and shields the inflow of electromagnetic waves into the sealed space. The connecting portion is provided, the connecting portion is characterized in that it comprises a reinforcing means for protecting the inward pressure (차폐 力) and shielding means for blocking the electromagnetic wave in the continued portion.

The present invention in the construction of a ultra long axis (that is, a large space selter box), by connecting the different long axis panel parts in series to reduce the size and weight of the long axis panel portion, the transportation and assembly of Overcoming difficult problems can be overcome. In addition, the present invention can improve the durability degradation against the external pressure by reinforcing and shielding the connection portions of the different long-axis panel portion, it is possible to overcome the problem of the possibility of electromagnetic wave inflow.

Description

Celter Box {THE MAJOR AXIS SHELTER BOX}

The present invention relates to a shelter box, and more particularly, to a large shelter box including a command unit as well as various communication facilities during an exhibition or military operation by providing a large capacity of the ultra long axis (40ft (about 12m)).

In general, the selter box is an electromagnetic shielding room that protects various communication equipment and electronic equipment from interference from external undesired electromagnetic waves, thereby enabling operation without malfunction when using the equipment.

The selter box is installed and operated to prevent disturbance or malfunction due to interference by unnecessary electromagnetic waves from communication units and electronic equipment used in military units, national institutions, various industrial research institutes and hospitals.

Particularly, the selter box is a main equipment that stores and manages all communication electronic equipment in the battlefield or day, night, and all-weather weather conditions that change rapidly in the military, so that the operation can be carried out while moving. It is used in vehicles such as trucks.

Such a selter box requires a device for shielding from harmful energy such as electromagnetic waves (EMI) and radio frequency interference (RFI) energy, and in particular, the influx of electromagnetic waves to the seam is most serious.

For this reason, a selter box having a panel made of metal and a panel attached thereto is not manufactured in consideration of technical problems due to electromagnetic shielding, and is relatively short (for example, 3 m to 4 m) of small capacity (narrow space). Only Celterboxes are being manufactured.

In recent years, there has been a demand for a large (large space) celtabox (e.g., a celtabox that includes military operation command center functions) of an ultra long axis (e.g., 12 m or more) that requires a large number of occupants or a lot of equipment.

In other words, it is necessary to move together with military commanders or wartime command units, and as the communication facilities are diversified and excessively, a large-capacity shelter box including the command unit is required.

As described above, although a large-capacity (small capacity of a communication facility including a leader) cellar box is required, the ultra-high-capacity large-capacity cell box of 40 ft or more (12 m or more) uses a large and heavy metal panel for manufacturing. Since it is necessary to transport, as well as assembly is very difficult to manufacture, and if the size is large, in consideration of the moving radius according to the assembly should be secured so that there is a problem that virtually impossible to manufacture.

The present invention aims to provide a large selter box including a command unit as well as various communication facilities during exhibition or military operation by providing a large capacity of the ultra long axis (40ft (about 12m)).

To this end, it is ultimately proposed to use two or more existing selterboxes as a most preferable means for transportation and manufacturing, and the present invention provides an ultra-long selterbox that connects two or more selterboxes as described above. While ensuring the durability of the site, to provide a shelter box that can effectively block unnecessary electromagnetic waves flowing from the outside.

In order to provide such a selter box, the present invention provides a shelter box in which a panel portion constituting an airtight surface is formed to form a sealed space, and shields electromagnetic waves from flowing into the sealed space. A connecting portion is provided to connect a plurality of long-axis panels in the panel portion, wherein the connecting portion includes reinforcing means for protecting inward pressure and shielding means for blocking electromagnetic waves.

The present invention in the construction of a ultra long axis (that is, a large space selter box), by connecting the different long axis panel parts in series to reduce the size and weight of the long axis panel portion, the transportation and assembly of Overcoming difficult problems can be overcome.

In addition, the present invention can improve the durability degradation against the external pressure by reinforcing and shielding the connection portions of the different long-axis panel portion, it is possible to overcome the problem of the possibility of electromagnetic wave inflow.

1 is a perspective view showing a configuration according to an embodiment of the present invention, Figure 2 is a front view showing a configuration according to an embodiment of the present invention prior to explaining the present invention. 3 is a partial cross-sectional perspective view showing the configuration of the main part according to an embodiment of the present invention, Figure 4 is a partial cross-sectional perspective view showing in more detail the configuration of the main part according to an embodiment of the present invention, Figure 5 Figure showing a planar cross-sectional view showing the configuration and reinforcement and shielding state according to an embodiment of the present invention.

The present invention will be described below with reference to the accompanying drawings presented as above.

First, the present invention, as shown in the accompanying drawings, Figures 1 to 3, to form a sealed space by installing a panel portion 20 forming a sealed surface in the frame portion 10 forming an outer frame, the inside of the sealed space In the selter box 100 to shield the electromagnetic wave flow into the furnace, the connecting portion 50 is provided to connect the plurality of long-term panel of the panel portion 20 in succession, the connecting portion 50 inward pressure And reinforcing means 30 for protecting against shock and shielding means for blocking electromagnetic waves.

Here, the frame unit 10 of the present invention may form a border of a container (rectangular) form to form the entire skeleton of the selter box 100.

The frame portion 10 may be a combination of each pipe, or may be a bar of the "-" shape.

In this case, when the long-axis panel 20a of the panel portion 20 is large in size, the length of the long-axis panel 20a is longer and the weight is too heavy, so that the long-axis panel 20a is separated into a plurality of frames. Even if the weight burden is relatively less than the panel unit 20, it is possible to use an intact frame made of the same body.

Meanwhile, in the present invention, the panel unit 20 is a short axis forming both sides with a long axis panel 20a (integrated panel corresponding to each surface), which forms a front surface, a rear surface, an upper surface, and a bottom surface. Including a panel 20b, the plurality of long-axis panels 20a may be arranged in succession.

In this case, the plurality of long-axis panels 20a can be connected to provide an ultra-long-axis panel.

Here, each of the panels 20a and 20b includes spacers 21 arranged at intervals, as shown in FIGS. 4 and 5; And inner and outer walls 22 and 23 fixed to the inner and outer sides of the spacer 21.

In this case, the spacer 21 may be a square pipe or a honeycomb.

In addition, each panel 20a, 20b may be additionally provided with a usual selter box fixture such as a door, a window, a positive pressure device, an antenna, and the like.

In addition, the frame portion 10 and the panel portion 20 may be fixed by a piece or welding, at this time the electromagnetic shielding gasket may be provided in the mutually interviewed portion, the gap portion and the outer portion combined with the piece for waterproof The silicone sealant may be applied, and an auxiliary frame may be further coupled to the inner edge portion to shield electromagnetic waves separately and increase the reinforcement of the edge.

On the other hand, in the present invention, the reinforcing means 30 is the inner / outer wall of the long axis panel (20a) of the spacer 21 is provided between the inner / outer walls 22, 23 of the panel portion 20 ( 22 and 23 support members 31 extending in an outward direction from one side edge (edge of the outer wall 23 direction) of the spacer 21 provided at the end; One side surface is interviewed on the surface facing the inner wall 22 direction of each support piece 31, both sides are interviewed and fixed to the surface of the spacer 21 facing each other in the subsequent portion 32 It can be configured to include.

In this case, even if pressure (impact) is applied from the outer direction of the portion where the different long-axis panels 20a are connected, the support piece 31 extending outwardly from one edge of the spacer 21 is a square pipe. By being supported by (32), the resistance is prevented from being pushed inward by the impact force, thereby preventing the coupling structure from being deformed, thereby preventing the occurrence of gaps through which electromagnetic waves flow.

On the other hand, the shielding means 40 of the present invention is a shielding plate 41 which is fixed to the inner / outer walls (22) 23 of the continuous portions while the end of the different long-axis panel (20a) facing each other; Electromagnetic shielding gaskets (42) for blocking the electromagnetic wave is stacked between the inner / outer walls (22, 23) of each of the long-panel panel (20a) is fixed to both ends of the shielding plate (41); Conductive silicon 43 is laminated between the middle portion of the shielding plate 41 is fixed to the end of the inner / outer walls 22, 23 of the long-axis panel (20a) to the ground to radiate the incoming electromagnetic waves to the ground; including Can be configured.

At this time, the width of the shield plate 41 is a width that can be combined with at least two pieces and at least two with respect to the spacer 21 located between the inner / outer walls 22, 23 of each long axis panel (20a) connected in succession It can have

In this case, it is possible to stably maintain the connection or coupling state of the successive portions of the long axis panel 20a.

In addition, the electromagnetic shielding gasket 42 may be a gasket made of aluminum (including alloy) or beryllium or copper or stainless steel or phosphor bronze to block electromagnetic waves.

In this case, the conductive barrier can be stacked to shield the electromagnetic waves from entering the gap from moving.

In addition, the conductive silicon 43 may form a conductive path to shield incoming electromagnetic waves or generated electromagnetic waves or dissipate to ground.

According to the present invention configured as described above, the frame portion 10 formed of the combination of each pipe or the bar or combination thereof is formed in the entire frame of the selter box 100, that is, in the form of a container (rectangular). Forms a border.

In this state, each of the long axis panels 20a constituting the upper and lower surfaces and the front and rear surfaces of the selter box 100 is fixed to the corresponding frame portion 10 by pieces or welding, and Both sides of the short-panel panel 20b is also fixed through a piece or welding, thereby forming the shape of the closed selter box 100 as a whole.

At this time, the present invention is arranged to successively arranged the long axis panel (20a) in order to manufacture the ultra long axis celta box 100, while fixing the reinforcement means 30 to the seam portion, shielding means for electromagnetic shielding 40 is further fixed, and it is comprised integrally.

For example, when one long axis panel 20a has a length of 6m, two long axis panels 20a may be arranged in succession to provide a 12m long axis panel, and if necessary, three long axis panels 20a may be successively connected. It is possible to provide a special length of 18m panel by arrangement, it is possible to manufacture a large-capacity cell box (100).

At this time, each of the panels 20a and 20b has a spacer 21 such as a square pipe or a honeycomb fixed between the inner wall 22 and the outer wall 23, so that a space is provided inside each of the panels 20a and 20b. By forming the, to improve the durability, as well as to make the insulation and sound insulation.

Of course, at this time, each panel 20a (20b) is provided with a conventional cell box installation, such as a door, a window, a positive pressure device, an antenna and the like to perform the function.

Here, an important part is the inner / outer wall 22 (23) of the long axis panel 20a which is continuous among the spacers 21 provided between the inner / outer wall 22, 23 of each panel 20a, 20b. The support piece 31 extending in the outward direction is provided at one edge of the spacer 21 provided at the end, and the square pipe 32 is fixed to one side direction of the support piece 31.

Then, even if pressure (impact) is applied from the outer direction of the connected portion, since the support piece 31 extending outward from one corner of the spacer 21 is supported by the square pipe 32, It is not pushed to the inside to prevent the deformation of the coupling structure as described above, through which it is possible to prevent the occurrence of a gap in which electromagnetic waves flow.

In addition, an important part of the present invention is to fix the shielding plate 41 to the inner / outer walls (22) 23 of the sections that are connected while the end of the different long-axis panel (20a) facing, the shielding plate (41) By stacking and fixing the electromagnetic shielding gaskets 42 between the inner and outer walls 22 and 23 of each of the long-length panels 20a to which both ends of the long-length panels 20a are fixed, it is possible to block the incoming electromagnetic waves. The conductive silicon 43 is laminated between the middle portions of the shielding plate 41 on which the inner and outer walls 22 and 23 ends are fixed, thereby dissipating the incoming electromagnetic waves to ground, thereby preventing the inflow of electromagnetic waves. .

As described above, the present invention as described above, in the construction of the ultra long axis, that is, the wide spaced selter box 100, by reducing the size and weight of the long axis panel 20a by successively connecting the different long axis panel 20a. By doing so, it solved the difficult problem of the transportation and assembly work according to the ultra-long celta box manufacture.

In addition, the present invention improves the durability degradation against the external pressure by reinforcing and shielding the connection portion of the different long-axis panel (20a), solve the problem of the possibility of electromagnetic wave inflow.

Although the present invention is applied to a selter box in an embodiment, it may be applied to a shielded space of a large-capacity broadcasting system requiring a temporary and movement other than the selter box.

In view of the above, it has been described and illustrated in connection with a preferred embodiment for illustrating the principles of the invention, but the invention is not limited to the configuration and operation as such is shown and described. Rather, those skilled in the art will appreciate that many modifications and variations of the present invention are possible without departing from the spirit and scope of the appended claims.

Accordingly, all such suitable changes and modifications and equivalents should be considered to be within the scope of the present invention.

1 is a perspective view showing a configuration according to an embodiment of the present invention.

2 is a front view showing a configuration according to an embodiment of the present invention.

3 is a partial cross-sectional perspective view showing the configuration of main parts according to an embodiment of the present invention.

Figure 4 is a partial cross-sectional perspective view showing in more detail the configuration of the main part according to an embodiment of the present invention.

Figure 5 is a plan sectional view showing a configuration and reinforcement and shielding state according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: selter box 10: frame portion

20: Panel portion 20a, 20b: Long axis / short axis panel

21: spacer 22, 23: inner / outer wall

30: reinforcing means 31: support piece

32: square pipe 40: shielding means

41: shielding plate 42: shielding gasket

43: conductive silicon 50: connection

Claims (1)

In the selter box 100 to form a sealed space by installing a panel portion 20 forming a sealed surface on the frame portion 10 forming an outer frame, shielding the electromagnetic wave flow into the sealed space, the panel A connecting portion 50 is provided to connect a plurality of long-axis panels to the subsequent portion 20, wherein the connecting portion 50 is a reinforcing means 30 for protecting the inward pressure in the subsequent portion and shielding means for blocking electromagnetic waves. 40, including the long axis panels 20a corresponding to the longitudinal direction of the panel unit 20 are arranged in succession, and the reinforcing means 30 constitutes the long axis panels 20a. The support piece 31 extends in a direction facing each other from one edge of the spacer 21 at the opposite end of the continuous long axis panel 20a among the spacers 21 provided between the inner and outer walls 22 and 23. However, the square pipe 32 is fixed to one side of the support piece 31. The shielding means 40 is fixed to the shielding plate 41 on the inner and outer walls 22 and 23 of the portions connected to each other while the end portions of the different long-axis panels 20a face each other. Electromagnetic shielding gaskets 42 for blocking electromagnetic waves flowing into the inner and outer walls 22 and 23 of the long axis panels 20a, to which both ends of the plate 41 are fixed, and the inner and outer walls of the long axis panels 20a. (22) (23) Selter box, characterized in that it comprises a conductive silicon (43) for dissipating the electromagnetic wave introduced into the middle portion of the shielding plate 41 is fixed to the ground.

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