KR20110019629A - Assembly type housing - Google Patents

Abstract

PURPOSE: A prefabricated housing, capable of accepting a control unit controlling tools arranged in outside, is provided to reduce a manufacturing time by omitting a side part curving process. CONSTITUTION: A prefabricated housing comprises a frame(110), a plate(120) and a door member(130). The frame is composed of an upper plate(115), a lower plate(114), and a vertical pillar(116) in order to form an accommodation space. The plate is combined in the side and back side of the frame. The door member is combined in the front surface of the frame in order to be opened and closed.

Description

Assembly type housing

The present invention relates to a prefabricated housing, and more particularly to a prefabricated housing for receiving a control unit for controlling the mechanism device disposed outside.

In the factory, a control panel is disposed around the apparatus used for manufacturing or processing parts. Such a control device includes a control unit and a housing. A predetermined electronic component is mounted in the control unit. The housing is formed to surround the control unit. Such a housing serves to prevent the control unit from being contaminated or corroded by foreign substances, for example, dust or moisture, and to prevent the control unit from being damaged from external force. The conventional housing generally includes a lower surface portion, an upper surface portion, and a side portion bent at least once.

The side part is manufactured by bending a plate made of a metal material several times according to the size of the housing. The housing is made of a metal having a certain rigidity to prevent the control unit from being damaged by an external force. Therefore, it is difficult for the user to bend the metal directly. Therefore, in the bending process, it is common to bend a metal plate at a specific length using a separate press device.

On the other hand, the control device as described above may vary in size of the control unit installed in the control device. In addition, one or more control units may be installed in the control device. Therefore, according to the size and quantity of the control unit, the size of the housing surrounding the control unit should also be manufactured differently. However, as described above, the side part of the conventional housing must be manufactured by bending several times with a press device. Therefore, when manufacturing a plurality of housings of different sizes, the side portion corresponding to the size of each housing to be manufactured by bending the press apparatus, there is a problem that the manufacturing time takes a long time by performing the bending process several times.

In addition, when the housing is made of a hexahedron, the above-described side portion is generally formed by integrally forming the back and the side, that is, three surfaces are bent integrally or four surfaces including the front. Since the side portion is made of a metal plate having a specific rigidity so that the control unit is not damaged by an external force, it is likely that the weight of the side portion is not light enough to be lifted by the user. Therefore, it is difficult for the user to manufacture the housing using the side portion of which several surfaces are bent while using a small force.

Accordingly, the present invention provides a prefabricated housing which can minimize the bending process and can be manufactured without requiring a large force by the user.

In order to achieve the above object, the assembled housing according to the present invention includes a lower plate formed flat, an upper plate disposed at a predetermined distance from each other to face one side of the lower plate, and both ends of the lower plate so that a receiving space is formed. And a frame including a plurality of vertical pillars coupled to the top plate, a plurality of plates coupled to side and rear surfaces of the frame, and at least one door member coupled to the front of the frame to open and close.

In addition, the assembled housing according to another embodiment according to the present invention, the lower plate of the rectangular shape, the upper plate formed of a rectangle having the same size as the lower plate and spaced apart from the lower plate by a certain height, both ends of the lower plate and the Four vertical pillars are assembled at four vertices of the upper plate, and the lower plate, the upper plate, and the vertical pillars are assembled on both sides of the frame formed by fastening means so that a receiving space for the control unit can be formed. Side plates assembled by the fastening means, a rear plate assembled to the rear of the frame by the fastening means, and at least one door member rotatably coupled to the front of the frame.

According to the assembled housing according to the present invention, since the user can be easily assembled using the tool and the fastening means, unlike the conventional manufacturing method of the housing, the process of bending the side portion can be omitted to reduce the manufacturing time. Thus, a larger number of prefabricated housings can be manufactured per unit time. In addition, the user can work by holding one plate at a time and engaging the frame. Therefore, the user can assemble the assembled housing without using a large force.

Hereinafter, the technical configuration of the present invention according to the accompanying drawings in detail.

1 is a perspective view showing a prefabricated housing according to an embodiment of the present invention, Figure 2 is a perspective view showing a door member opened and closed state in the assembled housing according to a preferred embodiment of the present invention.

1 and 2, in the prefabricated housing 100 that accommodates a control unit for controlling the mechanism device disposed outside, the prefabricated housing 100 according to an embodiment of the present invention, the frame 110, a plurality of plates 120, and at least one door member 130.

Frame 110 has a receiving space formed therein to accommodate the control unit not shown. The frame 110 for this purpose includes a lower plate 114, an upper plate 115, and a vertical column 116. The lower plate 114 is formed flat. The upper plate 115 is disposed at a predetermined distance apart from each other so that the lower plate 114 and one surface thereof face each other. Both ends of the vertical columns 116 are coupled to the lower plate 114 and the upper plate 115, respectively. These vertical pillars 116 serve to support between the upper plate 115 and the lower plate 114.

Plates 120 are coupled to the side and back of the frame 110. The plate 120 is formed in a plate shape. One plate 120 forms one face of the prefabricated housing 100.

The door member 130 is coupled to the front of the frame 110 to be opened and closed. When the user checks the operation state of the control unit, the user can open the door member 130 and check the operation state of the control unit disposed in the assembled housing 100. In addition, when the control unit needs to be replaced, the door member 130 may be opened and the control unit may be replaced.

Referring to the process of manufacturing the assembled housing 100 having the structure as described above, first, the lower plate 114, the upper plate 115, the vertical column 116, the plate 120, the door member 130 is manufactured. The lower plate 114, the upper plate 115, and the vertical column 116 are assembled by fastening means to manufacture the frame 110. Next, the plate 120 is assembled to the side and rear of the frame 110 by a fastening means. Since the manufacturing process of the assembled housing 100 can be easily assembled by the user using a tool and a fastening means, unlike the conventional housing manufacturing method, the process of bending the side portion can be omitted, thereby shortening the manufacturing time. Accordingly, a larger amount of the assembled housing 100 can be manufactured per unit time.

In addition, in the process of manufacturing the prefabricated housing 100 described above, the user can work by holding the plate 120 at one time and coupled to the frame 110. Therefore, the user can assemble the prefabricated housing 100 without using a small force and a large force.

Hereinafter, the components of the above-described assembled housing 100 will be described in more detail. In the prefabricated housing 100, the lower plate 114 has a rectangular shape. The lower plate 114 is located at the bottom of the prefabricated housing 100, and is preferably formed to have a specific thickness. This is to prevent the control unit installed in the assembled housing 100 from being positioned adjacent to the ground while the assembled housing 100 is disposed on the ground. Accordingly, it is possible to minimize the contamination of the control unit by foreign matters on the ground or corrosion by moisture.

The upper plate 115 is formed in a rectangle having the same size as the lower plate 114 and is spaced apart from the lower plate 114 by a specific height. Both ends of each of the vertical columns 116 are assembled at four vertices of the lower plate 114 and the upper plate 115, respectively. The lower plate 114, the upper plate 115, and the vertical pillars 116 are assembled by fastening means to form a frame 110, and an accommodation space in which the control unit is accommodated is formed in the frame 110.

The side plates 125 are assembled to both sides of the frame 110 by fastening means. The back plate 126 is assembled to the back of the frame 110 by fastening means. The door member 130 is rotatably coupled to the front of the frame 110. The door member 130 and the frame 110 may be coupled to each other by using a hinge or a hinge.

On the other hand, the above-mentioned fastening means is preferably a bolt coupling. Bolt coupling is to form a hole in each of the two objects to be bonded, through the holes through the bolt, and then by coupling the nut to the bolt to fasten the objects. The prefabricated housing 100 described above may be easily manufactured by manufacturing each component by bolt coupling.

On the other hand, the assembled housing 100 as described above may be manufactured in various sizes. To this end, the lower plate 114, the upper plate 115, the side plates 125, the rear plate 126, and the door member 130 constituting the assembled housing 100 may have various horizontal and vertical lengths. The length of the vertical column 116 is also variously made to correspond to the length of the components.

For example, a back plate of 60 cm and 60 cm in length and length, a back plate of 60 cm and 70 cm in length and length, and a back plate of 60 cm and 80 cm in length and width, respectively. To prepare. Then, the side plates having lengths of 60 cm and 60 cm in length and width, the side plates having lengths of 70 cm and 60 cm in length and length, and the side plates having lengths of 80 cm and 60 cm in length and length, respectively. do. In addition, the size of the lower plate 114, the upper plate 115, the door member 130 and the vertical column 116 is also manufactured in various ways.

Thus, the size of the lower plate 114, the upper plate 115, the vertical column 116, the side plate 125, the rear plate 126 and the door member 130 constituting the assembled housing 100 in various sizes By preparing a plurality of furnaces, the manufacturer has an advantage of quickly assembling the prefabricated housing 100 of various sizes.

Meanwhile, an example of the structure of the vertical pillar 116 of the frame 110 and the side and rear plates 125 and 126 will be described in detail with reference to FIG. 4.

4 is a cross-sectional view taken along the A-A line of the assembled housing 100 shown in FIG.

As shown in FIG. 4, the vertical pillar 116 of the frame 110 may include a first base portion 111, a first coupling portion 112, and a first support portion 113.

The center of the first base 111 is bent at an angle of 90 degrees. In more detail, the center of the first base portion 111 is bent left and right about the virtual vertical axis. The first coupling part 112 extends from both ends of the first base part 111 toward the accommodation space. The first support part 113 extends from an end of the first coupling part 112 in a direction away from the first base part 111.

The side and rear plates 125 and 126 may include a second base portion 121, a second coupling portion 122, and a second support portion 123.

The second base portion 121 is a flat plate member.

The second coupling part 122 extends from the end of the second base part 121 along the receiving space and is coupled to the first coupling part 112 by the fastening means. To this end, holes of a similar size are formed in the second coupling part 122 and the first coupling part 112, respectively, and the holes are in contact with the first coupling part 112 and the second coupling part 122. They are positioned to face each other. When the user assembles the assembled housing 100, the side or rear plate 126 is positioned to abut on the vertical pillar 116, and holes formed in the first coupling part 112 and the second coupling part 122 are provided. To be in contact with each other and fasten with a bolt.

The second support part 123 preferably extends from the end of the second coupling part 122 to be in contact with the first support part 113 without play. That is, the first support 113 and the second support 123 is in close contact with the vertical pillar 116 in a state in which the side and rear plates 125 and 126 are coupled to the vertical pillar 116, thereby allowing the vertical pillar 116 and The contact area of each plate 120 may be widened, thereby improving coupling reliability. In addition, foreign matter or moisture may be minimized between the vertical column 116 and the plate 120.

On the other hand, the frame 110 may further include a foreign matter inflow prevention unit 118.

The foreign matter inflow prevention part 118 extends from the end of the first support part 113 in the direction surrounding the end of the second support part 123. The foreign matter inflow prevention part 118 blocks the gap between the first support part 113 and the second support part 123, and when some foreign material or moisture is introduced into the gap, the foreign material and the foreign material without a separate sealing member 117. Moisture may be prevented from flowing into the assembled housing 100.

3, the back plate 126 preferably includes a control unit coupling member 127.

Both ends of the control unit coupling member 127 are assembled to the lower plate 114 and the upper plate 115 and disposed on the front surface of the rear plate 126. The control unit coupling member 127 allows the control unit to be spaced apart from the rear plate 126 by a predetermined distance. This structure prevents the control unit from making direct contact with the back plate 126. Accordingly, when an external force acts on the rear plate 126, the external force is not directly transmitted to the control unit, thereby minimizing damage to the control unit. In addition, when the back plate 126 has a gap generated by a sharp tool and foreign matter flows in between the gaps, the foreign matter may be minimized in contact with the control unit in the above structure.

On the other hand, the lower plate 114 is preferably formed with an entrance hole 114a.

The entrance hole 114a is formed to penetrate the lower plate 114 in the vertical direction, and allows a power line for supplying power to the control unit and a signal line for electrically connecting the control unit and the mechanism device to enter and exit.

Meanwhile, returning to FIG. 2, the frame 110 may further include a sealing member 117.

The sealing member 117 protrudes a predetermined height toward the front from the front of the frame 110, and is formed in a closed curve along the edge of the open front of the frame 110. The sealing member 117 serves to prevent foreign matter from flowing between the frame 110 and the door member 130 in a state in which the door member 130 closes the front surface of the frame 110. One example of the material of the sealing member 117 may be one selected from silicon and rubber.

On the other hand, the top plate 115 may further include a lighting device coupling member 140.

The lighting device coupling member 140 is coupled to the lower surface of the upper plate 115 and is formed long along the left and right directions of the upper plate 115. At least one hole is formed in the lighting device coupling member 140 so that the lighting device for irradiating light inside the frame 110 may be coupled. The lighting device may be fixed to the hole with a wire or bolt. That is, the lighting device coupling member 140 allows the user to place the lighting device in the desired position.

Although the present invention has been described with reference to the embodiments illustrated in the drawings, this is merely exemplary, and any person skilled in the art to which the present invention pertains may have various modifications and equivalent other embodiments. Will understand. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

1 is a perspective view showing a prefabricated housing according to a preferred embodiment of the present invention.

Figure 2 is a perspective view showing a state in which the door member is opened and closed in the assembled housing according to an embodiment of the present invention.

3 is an exploded perspective view of the assembled housing according to the preferred embodiment of the present invention.

4 is a cross-sectional view taken along the line A-A of the assembled housing shown in FIG.

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

100: prefabricated housing

110: frame

111: first base portion 112: first coupling portion

113: first support portion 114: lower plate

114a: entrance hall 115: top plate

116: vertical column 117: sealing member

118: foreign matter inflow prevention

120: plate

121: second base portion 122: second coupling portion

123: second support portion 125: side plate

126: rear plate 127: control unit coupling member

130: door member 140: lighting device coupling member

Claims (10)

In the assembled housing that accommodates the control unit for controlling the mechanism device disposed outside, A frame including a lower plate formed flat, an upper plate disposed to be spaced apart from each other by one surface of the lower plate, and a plurality of vertical pillars each of which is coupled to the lower plate and the upper plate at both ends to form a receiving space; A plurality of plates coupled to side and rear surfaces of the frame; And At least one door member coupled to the front of the frame to be opened and closed; Prefabricated housing including a. The method of claim 1, The vertical column of the frame, A first base portion of which a portion is bent at a specific angle, a first coupling portion extending from both ends of the first base portion toward the accommodation space, and an end portion of the first coupling portion in a direction away from the first base portion A first support extending from the The plate, A second base portion formed to be flat, a second coupling portion extending from the end portion of the second base portion along the receiving space and coupled by the first coupling portion and the fastening means, and an end portion of the second coupling portion; And a second support extending from said support without gaps therebetween. The method of claim 2, The frame, Assembly housing, characterized in that it further comprises a foreign matter inflow prevention portion extending in a direction surrounding the end of the second support from the end of the first support. In the assembled housing that accommodates the control unit for controlling the mechanism device disposed outside, Bottom plate of rectangular shape; An upper plate formed of a rectangle having the same size as the lower plate and spaced apart from the lower plate by a specific height; Four vertical pillars whose ends are assembled at four vertices of the lower plate and the upper plate; Side plates assembled by the fastening means on both sides of the frame including the lower plate, the upper plate, and the vertical pillars assembled by the fastening means so as to form an accommodation space in which the control unit is accommodated; A rear plate assembled to the rear of the frame by the fastening means; And At least one door member rotatably coupled to a front surface of the frame; Prefabricated housing including a. The method of claim 4, wherein The vertical column of the frame, A first base portion having a center bent at an angle of 90 °, a first coupling portion extending from both ends of the first base portion toward the accommodation space, and the first coupling portion in a direction away from the first base portion A first support extending from the end, The side and rear plate, A second base portion formed to be flat, a second coupling portion extending from the end portion of the second base portion along the receiving space and coupled by the first coupling portion and the fastening means, and an end portion of the second coupling portion; And a second support extending from said support without gaps therebetween. The method of claim 5, The frame, Assembly housing, characterized in that it further comprises a foreign matter inflow prevention portion extending in a direction surrounding the end of the second support from the end of the first support. The method of claim 4, wherein The back plate, And a control unit coupling member having both ends assembled to the lower plate and the upper plate and disposed at the front of the rear plate so that the control unit is spaced apart from the rear plate. The method of claim 4, wherein The lower plate is assembled housing, characterized in that the entrance hole is formed so that the power line for supplying power to the control unit and the signal line for electrically connecting the control unit and the mechanism device can be entered. The method of claim 4, wherein The frame, It further comprises a sealing member protruding a predetermined height toward the front from the front surface, and is formed in a closed curve along the rim to prevent foreign matter from flowing between the frame and the door member while the door member closes the front of the frame. Prefabricated housing characterized in. The method of claim 4, wherein The top plate, Assembly is characterized in that it further comprises a lighting device coupling member which is coupled to the lower surface and formed along the left and right directions of the upper plate and formed with at least one hole so that the lighting device for irradiating light inside the frame can be coupled. Type housing.

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