JP2010252857A - Wiring structure of storage cabinet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wiring structure of a storage cabinet which is capable of improving the wiring of an outlet provided within the storage cabinet. <P>SOLUTION: The wiring structure is for the storage cabinet 1 which has a plinth 24 provided under a bottom board 23 of a cabinet body 2 and which is set along a wall surface 11. The storage cabinet includes: a duct 9 provided at the back in the vertical direction within the cabinet body; the outlet 8 attached to the duct to connect device wiring 70 of an electric device 7 stored within the cabinet body; and a wall-side slot 22a formed in the plinth region of the cabinet body. The outlet wiring 80 for feeding electric power to the outlet is drawn into a hollow space 25 in the plinth from the lower end of the duct to be provided from the wall-side slot to the wall surface side. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a wiring structure of an electric device stored in a storage cabinet, and more particularly to a wiring structure of a storage cabinet that is provided along a wall surface with a pedestal portion provided below a bottom plate of a cabinet body.

2. Description of the Related Art Conventionally, as a storage cabinet that can store electrical equipment such as AV (audio visual) equipment or lighting fixtures, a cabinet having a wiring function so that equipment wiring of electrical equipment can be processed in a style is known.
The following Patent Document 1 discloses an AV equipment cabinet, in which a back plate is arranged slightly forward from the rear end of the cabinet, and an outlet and a device wiring are provided in a space between the wall and the back plate. A cabinet that can be accommodated is described. Patent Document 1 below describes a circular wiring hole into which equipment wiring is drawn in the center of the rear end of the top plate of the cabinet. According to this, since the equipment wiring of the AV equipment can be drawn into the wiring hole and the equipment wiring can be accommodated in the space between the wall surface and the back plate, the equipment wiring cannot be seen from the outside and the appearance can be improved.

JP 2001-8754 A

When the number of device wiring is small or when AV equipment is placed in the immediate vicinity of the wiring hole, it is sufficient that the wiring hole is provided at one place on the top plate as described in Patent Document 1. is there.
However, when a plurality of electrical devices are stored on a plurality of shelves, it is not possible to deal with only one wiring hole, and there are places where AV devices are placed and wiring holes are formed. If it is far away, a new wiring hole must be formed separately.

Therefore, it is conceivable to provide an outlet in the storage cabinet as a power supply source for electric equipment. According to this, the device wiring of the electric device may be drawn into the outlet in the storage cabinet without being drawn into the outlet serving as the primary power supply provided on the wall side or the like.
However, in this case, it is necessary to connect the outlet wiring to the above-described primary power source in order to supply power to the outlet provided in the storage cabinet, so that the processing of the outlet wiring becomes a problem.
At this time, the outlet port to the wall surface side of the outlet wiring connected to the primary power source is often formed on the back plate of the cabinet body, but the primary power source at the site where the storage cabinet is installed is provided Depending on the position, it was necessary to process the backboard on site.
Therefore, it is conceivable to configure the outlet wiring that is wired between the outlet and the primary power source to be long, but in this case, securing a place to collect the excess outlet wiring becomes a problem.

  This invention is made | formed in view of the said situation, and makes it a subject to provide the wiring structure of the storage cabinet which can improve the wiring process in a storage cabinet.

The wiring structure of the storage cabinet according to the invention of claim 1 is a wiring structure of the storage cabinet that includes a ring portion provided below the bottom plate of the cabinet body, and is installed along the wall surface. A duct portion provided vertically in the interior of the cabinet body, an outlet attached to the duct portion and connected to the equipment wiring of the electrical equipment stored in the cabinet body, and the pedestal portion of the cabinet body A wall outlet port formed in a region, and an outlet wiring for supplying power to the outlet is drawn into a hollow space of the pedestal portion from a lower end of the duct portion, and the wall side outlet port It is wired to the said wall surface side.
The electrical equipment here refers to equipment that requires power supply, and is not limited to the AV equipment and lighting equipment described above, but may be a terminal device, a printer, or the like.

  In this invention, the said duct part is good also as what is provided in the back corner part in a cabinet main body.

  In the present invention, a plurality of the storage cabinets are arranged in parallel, and a communication opening through which the outlet wiring is connected is formed in the base ring portion region of the side plates adjacent to each other of the cabinet bodies. Also good.

According to the wiring structure of the storage cabinet according to the present invention, the outlet wiring for supplying power to the outlet provided in the cabinet body is drawn into the hollow space of the base ring portion from the lower end of the duct portion through the duct portion. Wiring from the wall surface outlet to the wall surface side can be performed. Therefore, the outlet wiring of the outlet provided in the cabinet main body can be collected in the hollow space of the pedestal part, and excess outlet wiring can be collected.
In this way, the outlet wiring can be configured to be long, so wiring is possible even if the installation location of the primary power supply and the installation location of the storage cabinet are separated depending on the installation location of the storage cabinet, and the wall outlet on the back plate at the site No need to form. Therefore, there is no need to previously form a plurality of wall outlets for taking out the outlet wiring to the wall surface, for example, on the back plate, and the outlet wiring is routed to the wall side from the wall outlet formed in the base ring region. Can do.

  In this invention, the said duct part is good also as what is provided in the back corner part in a cabinet main body. According to this, since the duct part is provided in the back corner part in the cabinet body, the duct part is not conspicuous when viewed from the front side of the storage cabinet, and the duct part is stored in the cabinet body. It does not get in the way.

  In the present invention, a communication opening through which the outlet wiring is communicated can be formed in the side ring portion region of the side plates adjacent to each other between the cabinet bodies of the plurality of storage cabinets. According to this, since the outlet wiring drawn from one wall side outlet can be straddled across adjacent storage cabinets, wiring can be made anywhere in the plurality of storage cabinets.

It is a schematic front view which shows typically embodiment in the wiring structure of the storage cabinet which concerns on this invention. It is a schematic longitudinal cross-sectional view which shows typically the wiring structure of the storage cabinet, and is the XX sectional view taken on the line of FIG. FIG. 3 is a schematic cross-sectional view schematically showing a wiring structure of the storage cabinet, and is a cross-sectional view taken along line YY in FIG. 2. It is an example of the whole perspective view of the system cabinet by which the wiring structure of the storage cabinet was employ | adopted.

Embodiments of the present invention will be described below with reference to the drawings.
In addition, the front-back direction pointed out in the following embodiments will be described with the front side as the front and the back side as the rear, with the user facing the front of the storage cabinet as a reference, and the direction orthogonal to the front-back direction as the left-right direction.

An embodiment of the present invention will be described with reference to FIGS.
The storage cabinet 1 according to the present embodiment constitutes a system cabinet S by two storage cabinets 1 having different heights, and each storage cabinet 1 has a floor surface 10 along the wall surface 11 so that adjacent side plates 21 are in contact with each other. It is installed on the top. The upper part of the storage cabinet 1 having a higher height (on the right side in FIG. 1) has a storage part provided with a door 5 configured to be openable and closable. It is an open rack type storage section. The storage cabinet 1 with the lower height (the left side in FIG. 1) is composed of an open rack type storage section provided with a shelf board 4. Each of the storage units described above is a storage space for storing books, accessories, etc. in addition to AV equipment such as DVD decks, amplifiers, and speakers, and electrical equipment such as lighting equipment. It is good also as a thing provided with the partition plate which partitions off space in the left-right direction.

  In the following, the present embodiment will be described based on the two storage cabinets 1. However, for the storage cabinet 1 having a higher height, the electrical equipment 7 placed mainly in the storage portion without the lower door body. The wiring structure will be described. Further, here, for the sake of explanation, the wiring for receiving power supply to the electric device 7 is referred to as device wiring, and the wiring of the outlet 8 for supplying power to the connected electric device 7 is referred to as the outlet wiring 80. Furthermore, as an example of supplying electric power to the electric device 7, supplying electric power to the electric device 7 connected to the outlet 8 by connecting the outlet wiring 80 to an outlet (not shown: primary power source) provided on the wall surface 11 or the like. However, the present invention is not limited to this configuration.

  The cabinet body 2 of the lower storage cabinet 1 includes a top plate 20 arranged at the top, a side plate 21 arranged on the left and right sides, a back plate 22 arranged on the back side, and a bottom plate arranged on the bottom. 23 and is formed in a box shape opening forward. A base ring portion 24 is formed in a lower region of the bottom plate 23, and a hollow space 25 is formed in the base ring portion 24 by the bottom plate 23, the base ring portion 24, the base ring portion region of the back plate 22 and the floor surface 10. Is formed. The counter 3 is placed on the top plate 20, and the counter 3 is formed according to the left and right width of the cabinet body 2, and is composed of a wooden material plate made of laminated wood or solid wood. The

In the cabinet body 2, a single shelf 4 that partitions the cabinet body 2 up and down is provided to constitute an upper stage portion 40 and a lower stage portion 41 (see FIGS. 1 and 4). In the illustrated example, the electric devices 7 are respectively placed on the shelf plate 4 constituting the upper step portion 40 and the bottom plate 23 constituting the lower step portion 41.
The shelf board 4 is formed so that the depth dimension of the shelf board 4 is shorter than the inner dimension of the depth dimension of the cabinet body 2, and the shelf board 4 thus formed has a front edge 4 b on the near side of the side plate 21. It will be installed so as to be substantially flush In a space formed behind the rear edge 4 a of the shelf board 4, a wiring receiving portion 6 that receives the equipment wiring 70 of the electrical equipment 7 placed on the shelf board 4 is provided.

The wiring receiving part 6 is formed in a horizontally long shape along the rear end edge 4a of the shelf board 4, and is a rail member having a concave cross section. As shown in FIG. 3, the wiring receiving portion 6 includes a front side portion 60, a rear side portion 61, and a recess 62, and is attached so that the front side portion 60 contacts the rear end edge 4 a of the shelf board 4. . The attachment method is not particularly limited, but it may be adhered with an adhesive or a double-sided tape, or may be fixed with a screw or the like. Moreover, when the shelf board 4 is a fixed type like the example of a figure, the wiring receiving part 6 may be fixed to the back board 22 side.
The left and right width dimension (longitudinal dimension) in the installed state of the wiring receiving portion 6 is not the same as the left and right width of the shelf board 4, and the duct portion 9 is provided at the corner of the space formed behind the rear end edge 4a. Since it is disposed, it is formed so as to leave a space in which the duct portion 9 is installed. That is, the width obtained by removing the installation space width of the duct portion 9 from the left and right width of the shelf board 4 is the dimension of the left and right width of the wiring receiving portion 6 (see FIG. 3).
The front side portion 60 and the rear side portion 61 are formed to have substantially the same size as the thickness of the shelf plate 4, and are formed so that the wiring receiving portion 6 is not conspicuous from the front side of the shelf plate 4.
In the recess 62 of the wiring receiving portion 6, the device wiring 70 of the electric device 7 drawn into the wiring receiving portion 6 can be collected.
Therefore, as shown in FIG. 3, the excess equipment wiring 70 can be accommodated together in the wiring receiving part 6, and the top of the shelf board 4 can be constituted cleanly.
In addition, although the example which provided the wiring receiving part 6 only in the upper stage part 40 is shown and demonstrated here, it cannot be overemphasized that the wiring receiving part 6 may be provided also in the lower stage part 41. FIG.

A duct portion 9 is provided in a vertical direction in the back corner portion in the cabinet body 2, and power is supplied to the electrical device 7 of the upper stage portion 40 and the electrical device 7 of the lower stage portion 41 in the duct portion 9. In order to carry out, two outlets 8 to which the device wiring 70 is connected are attached one above the other.
In the duct portion 9, the outlet 8 to which the device wiring 70 is connected in order to supply electric power to the electric device 7 can be changed in the vertical position, and a plurality of outlets 8 can be attached.
The enlarged view of part A in FIG. 3 shows a state before the plug 71 is inserted into the outlet 8 in order to explain the connection relationship between the outlet 8 and the plug 71 provided at the tip of the device wiring 70. In the drawing, reference numeral 71 a denotes a blade of the plug 71, and 8 a denotes an outlet of the outlet 8.

The duct portion 9 is formed in a prismatic shape having a hollow cross-sectional shape, and a duct main body 93 having an opening portion formed in one side surface in the vertical direction (longitudinal direction) for fitting the outlet 8, and a duct main body And a cover 91 that closes the opening portion of 93. The opening portion formed in the longitudinal direction of the duct main body 93 is a fitting groove 92 into which the cover 91 and the outlet 8 are detachably fitted.
As shown in FIG. 1, the outlet wiring 80 of the outlet 8 attached to the duct portion 9 is drawn into the hollow space 25 from the lower end of the duct portion 9 through the duct portion 9, and into the wheel ring region of the back plate 22. Wiring is performed from the formed wall-side outlet 22a to an outlet provided on the wall surface 11 or the like. This wiring process will be described in detail later.

  The cabinet body 2 of the storage cabinet 1 having a higher height is different in height from the storage cabinet 1 described above, but the top plate 20 (see FIG. 4) arranged at the top and the side plates 21 arranged on the left and right. And the back plate 22 distribute | arranged to the back side and the bottom plate 23 distribute | arranged to the bottom part are comprised, and the point made into the box shape opened ahead is the same. As described above, the upper part of the storage cabinet 1 is a storage part provided with a door body 5 configured to be openable and closable, and the lower part thereof is an open rack type storage part provided with a shelf plate 4 opened at the front without a door body. It has become. A base ring portion 24 is formed in a lower region of the bottom plate 23, and a hollow space 25 is formed in the base ring portion 24 by the bottom plate 23, the base ring portion 24, the base ring portion region of the back plate 22 and the floor surface 10. The formed point is the same as that of the storage cabinet 1 having a lower height.

A shelf plate for partitioning the inside of the cabinet body 2 into a plurality of compartments is also provided in the cabinet body 2 having a higher height, and at least a lower storage portion that does not include the door body 5 is partitioned up and down. A single shelf plate 4 is provided to constitute an upper rack 40 and a lower rack 41 of the open rack (see FIGS. 1 and 4). In the illustrated example, the electric device 7 is placed on the shelf plate 4 constituting the upper stage 40.
The installation configuration of the shelf board 4 is the same as that of the lower storage cabinet 1, and the depth dimension of the shelf board 4 is shorter than the inner dimension of the depth dimension of the cabinet body 2. The plate 4 is installed so that the front end edge 4b thereof is substantially flush with the near side of the side plate 21 (see FIG. 4). In a space formed behind the rear edge 4 a of the shelf board 4, a wiring receiving portion 6 that receives the equipment wiring 70 of the electrical equipment 7 placed on the shelf board 4 is provided. Since the structure of the wiring receiving part 6 is the same as that of the lower storage cabinet 1, description thereof is omitted.

As shown by the dotted line in FIG. 4, a duct portion 9 is provided in the vertical direction in the rear corner of the cabinet body 2, and power is supplied to the electrical equipment 7 placed on the upper stage portion 40 in the duct portion 9. Therefore, at least one outlet 8 to which the device wiring 70 is connected is attached in the vicinity of the electric device 7. The outlet 8 is similar to the lower storage cabinet 1 in that the vertical position of the outlet 8 can be changed and a plurality of outlets 8 can be attached.
The outlet wiring 80 of the outlet 8 is drawn into the hollow space 25 of the wheel ring portion 24 from the lower end of the duct portion 9 after being placed in the duct portion 9, and is low through the communication opening 21 a formed in the side plate 21. After being drawn into the hollow space 25 of the other storage cabinet 1, wiring is performed from the wall-side outlet 22 a formed in the base ring part region of the back plate 22 to an outlet provided on the wall surface 11. The wiring process of the outlet wiring 80 here will also be described in detail later.

As described above, since each of the storage cabinets 1 is provided with the duct portion 9 at the back corner in the cabinet body 2, the duct portion 9 is not conspicuous when viewed from the front side of the storage cabinet 1. 9 does not interfere with the contents accommodated in the cabinet body 2.
Also, according to this, the outlet 8 for supplying power can be attached to an arbitrary place of the duct portion 9. Therefore, if the outlet 8 is attached to the duct portion 9 in the vicinity of the electric device 7, it is not necessary to draw the device wiring 70 to an outlet far from the electric device 7, and the connection of the device wiring 70 becomes very easy. .
Furthermore, the cover 91 prevents the outlet wiring 80 connecting the inside of the duct portion 9 from being seen from the cabinet body 2 side, and prevents dust and the like from entering the inside of the duct portion 9 and makes the appearance clean.

In addition, although the example of the fixed shelf 4 is shown as the shelf 4 of each storage cabinet 1 here, it is not limited to this, A plurality of holes are provided in the vertical direction of the side plate 21, A dowel (not shown) may be inserted into the shelf plate 4 so that the height position of the shelf plate 4 is variably attached. The number of shelf boards 4 is not limited to one, and a plurality of shelf boards 4 may be provided.
Also in such a case, since the duct portion 9 is provided in the vertical direction, the attachment position of the outlet 8 can be changed in the vertical direction according to the height position of the shelf board 4. Therefore, the number of outlets 8 can be increased according to the number of shelf boards 4 and the number of electrical devices 7, and power can be supplied from the outlet 8 from anywhere in the cabinet body 2.

The shape and configuration of the duct portion 9 are not limited to the illustrated example, and may be a so-called wiring duct in which a conducting wire is arranged in the duct portion 9. Also in this case, it can be attached to the duct portion 9 so that the vertical position can be changed. Further, in this case, the outlet 8 is supplied with electric power from the conductive wires arranged on both sides of the wiring duct, so that the outlet wiring 80 of the outlet 8 does not exist. Therefore, when the wiring duct is used, the labor of wiring the outlet wiring 80 in the duct portion 9 can be saved.
Furthermore, although the example of a figure has shown the case where the outlet 8a of one outlet 8 is one, it is not limited to this, It is good also as what provided the several outlet 8a in the one outlet 8. FIG. According to this, the some electric equipment 7 can be installed in the upper stage part 40, for example.

Next, the communication opening 21a and the wall side outlet 22a to which the outlet wiring 80 is wired will be described.
As described above, the rectangular communication opening 21a through which the outlet wiring 80 communicates is formed in the base ring portion region of the side plate 21 adjacent to the lower storage cabinet 1 and the higher storage cabinet 1. Although the formation location of the communication opening 21a is not limited to the back side (the wall surface 11 side in the installed state) of the side plate 21 as shown in FIG. If it forms in the side, it will become easy to perform the wiring process of the outlet wiring 80 drawn in to the cavity space 25 from the duct part 9 lower end provided in the back | inner side of the cabinet main body 2. FIG.

One circular wall-side outlet 22a is formed in the base ring portion region of the back plate 22 of the lower storage cabinet 1. In the illustrated example, the wall-side outlet 22a is formed slightly on the left side of the center in the region of the rear wheel 22 of the back plate 22 of the lower storage cabinet 1, but is not limited thereto.
For example, the wall-side outlet 22a may be formed in a rectangular shape that is slightly larger than the size of the outlet so that the outlet serving as the primary power source provided on the wall surface 11 is exposed to the base ring region.
Further, the length of the back plate 22 in the vertical direction may be from the top plate 20 to the bottom plate 23, and the entire area of the lower portion of the back plate 22 (the wheel portion region) may constitute the wall side outlet.
In the illustrated example, the outlet provided on the wall surface 11 or the like is not illustrated, and the storage cabinet 1 shows an example in which the storage cabinet 1 is installed with a slight gap between the wall surface 11. Accordingly, the plug (not shown) of the outlet wiring 80 connected to the outlet does not get in the way, and the back plate 22 of the storage cabinet 1 can be installed close to the wall surface 11.
Note that the shapes of the communication opening 21a and the wall-side outlet 22a are not limited to the illustrated example, and may be any shape as long as the plurality of outlet wirings 80 can be connected. Further, the location where the wall-side outlet 22a is formed is not limited to the lower storage cabinet 1, but may be formed in the region of the base ring portion of the higher storage cabinet 1.

Next, the wiring procedure of the electric equipment 7 and the wiring processing procedure of the outlet wiring 80 in the wiring structure of the storage cabinet 1 configured as described above will be described. Here, description will be made assuming that the shelf board 4, the wiring receiving part 6, and the duct part 9 are already provided in the cabinet body 2.
First, the fitting groove 92 of the duct portion 9 of the lower storage cabinet 1 is opened, and the outlet wiring 80 is passed through the hollow portion 90 of the duct portion 9 in this state. The outlet wiring 80 having the hollow portion 90 of the duct portion 9 is drawn into the hollow space 25 of the wheel ring portion 24 from the lower end of the duct portion 9. In this state, the outlet 8 on the upper stage portion 40 side is fitted into the fitting groove 92 at the height position of the duct portion 9 located in the vicinity of the wiring receiving portion 6. In the same manner, the outlet 8 is fitted into the duct portion 9 located in the vicinity of the bottom plate 23 on which the electric device 7 of the lower step portion 41 is placed, and the outlet wiring 80 is drawn into the hollow space 25 of the wheel ring portion 24 from the lower end of the duct portion 9. Leave in. As a result, the two outlet wires 80 are drawn into the hollow space 25.

Subsequently, in the same manner, the higher storage cabinet 1 also passes the outlet wiring 80 through the hollow portion 90 of the duct portion 9, and the outlet wiring 80 with the hollow portion 90 extending from the lower end of the duct portion 9 to the base ring portion 24. It is drawn into the hollow space 25. In this state, the outlet 8 on the upper stage portion 40 side is fitted into the fitting groove 92 at the height position of the duct portion 9 located in the vicinity of the wiring receiving portion 6. The outlet wiring 80 drawn into the hollow space 25 of the higher storage cabinet 1 is drawn into the hollow space 25 of the lower storage cabinet 1 through the communication opening 21a. As a result, the three outlet wires 80 are drawn into the hollow space 25 of the lower storage cabinet 1.
Then, three outlet wirings 80 are pulled out from the wall-side outlet 22a formed in the base ring part region of the back plate 22 and connected to an outlet provided on the wall surface 11 or the like.
As described above, the outlet 8 is electrically connected to the primary power source, and power can be supplied from the outlet 8 provided in the cabinet body 2. When the attachment of the outlet 8 is completed, the cover 91 is fitted into the fitting groove 92 of the duct portion 9. When the attachment of the outlet 8 is completed, the storage cabinet 1 is installed close to the wall surface 11.
Here, the connection between the primary power supply and the outlet wiring 80 is not limited to the above. For example, a configuration in which a table tap (not shown) connected to a primary power source in the hollow space 25 and provided with a plurality of insertion ports is provided, and three outlet wirings 80 drawn into the hollow space 25 are connected to the table tap. It is good. Also in this case, since the hollow space 25 becomes a wiring processing space, the appearance of the storage cabinet 1 is not impaired.

Next, the electric device 7 is placed on the shelf plate 4 or the bottom plate 23. At this time, since the wiring receiving portion 6 is provided in the back of the shelf board 4, the plug 71 of the equipment wiring 70 arranged on the back side of the electrical equipment 7 is directed toward the outlet 8 a side of the outlet 8. (Refer to FIG. 3, part A large view) The equipment wiring 7 is collected and the surplus equipment wiring 7 is accommodated in the recess 62 of the wiring receiving part 6 (see FIG. 1 and FIG. 3). Here, the electrical equipment 7 may be placed on the shelf board 4 after the surplus portions of the equipment wiring 70 are first stored together in the recess 62 of the wiring receiving portion 6.
When the blade 71 a of the plug 71 is inserted into the insertion port 8 a of the outlet 8, it is electrically connected and power can be supplied to the electric device 7.

According to this, since the outlet wiring 80 is configured to be drawn into the hollow space 25 after passing through the duct portion 9 and drawn into the lower end of the duct portion 9, there is a long surplus portion in the outlet wiring 80. However, the surplus portion can be concentrated in the hollow space 25. Since the front side of the hollow space 25 is blocked by the pedestal portion 24, it cannot be seen from the outside, and even if the excess outlet wiring 80 is gathered, the appearance of the storage cabinet 1 is not impaired. .
Since the outlet wiring can be configured to be long in this way, wiring is possible even if the installation location of the primary power supply and the installation location of the storage cabinet 1 are separated depending on the installation location of the storage cabinet 1, and the wall surface of the back plate 22 on the site There is no need to form the outlet 22a. Therefore, there is no need to previously form a plurality of wall outlets 22a for taking out the outlet wiring 80 to the wall surface 11 side in advance, for example, on the back plate 22, and the outlet wiring 80 is connected to the wall surface from the wall outlet 22a formed in the base ring region. 11 can be wired.
In addition, according to this, since the outlet wiring 80 can be straddled across the adjacent storage cabinets 1 by the communication opening 21a, a plurality of outlet wirings 80 are wired from the single wall side outlet 22a to the wall surface 11 side. Wiring can be performed anywhere in the storage cabinet 1 installed side by side.
In addition, the wiring procedure of the electric equipment 7 and the wiring processing procedure of the outlet wiring 80 are not limited to the above-described procedure, but only an example has been described, and the outlet 8 of the lower step portion 41 may be attached first. Needless to say, it may be installed from the outlet 8 of the higher storage cabinet 1.

In the above embodiment, the system cabinet S is shown in which two storage cabinets 1 having different configurations are installed in parallel, but the present invention is not limited to this configuration, and the single storage cabinet 1 or The present invention can also be applied to a system cabinet S composed of three or more. Further, the present invention can be applied to the outlet wiring processing of the outlet 8 connected to the electric device 7 placed in the storage portion where the door of the storage cabinet 1 having the higher height is located.
Furthermore, the shape, size, and configuration of the storage cabinet 1, the cabinet body 2, the counter 3, the shelf board 4, the wiring receiving portion 6, the outlet 8, the duct portion 9, and the like are not limited to the illustrated examples. For example, a plurality of cut groove portions may be formed in parallel on the front side portion 60 of the wiring receiving portion 6 so that the movement of the introduction portion of the equipment wiring 70 drawn into the wiring receiving portion 6 may be restricted.
The storage cabinet 1 is not limited to the installation type, but may be a suspension construction type. The arrangement of the door body 5 attached to the front surface of the storage cabinet 1 is not limited to the illustrated example, and can be freely arranged. It goes without saying that it may be made.

DESCRIPTION OF SYMBOLS 1 Storage cabinet 11 Wall surface 2 Cabinet main body 21 Side plate 21a Communication opening 22a Wall side outlet 23 Bottom plate 24 Wheel part 25 Hollow space 7 Electrical equipment 70 Equipment wiring 8 Outlet 9 Duct part

Claims (3)

A wiring structure for a storage cabinet that is provided along the wall surface with a pedestal provided below the bottom plate of the cabinet body,
The storage cabinet includes a duct portion provided in a vertical direction in the interior of the cabinet body, an outlet attached to the duct portion and connected to a device wiring of an electrical device stored in the cabinet body, and the cabinet A wall-side outlet formed in the region of the pedestal portion of the main body, and an outlet wiring for supplying electric power to the outlet is drawn into a hollow space of the pedestal portion from the lower end of the duct portion. The wiring structure of the storage cabinet is wired from the wall side outlet to the wall surface side. In claim 1,
The wiring structure of a storage cabinet, wherein the duct portion is provided in a back corner portion in the cabinet body. In claim 1 or claim 2,
A plurality of the storage cabinets are arranged in parallel in combination,
A wiring structure for a storage cabinet, wherein a communication opening through which the outlet wiring is connected is formed in the region of the side ring of adjacent side plates of the cabinet bodies.

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