JP7135286B2 - table - Google Patents

Description

Article 30, Paragraph 2 of the Patent Act applies Exhibition date: July 7, 2017 Exhibition name: SAIBI PARTY Venue: Kokuyo Co., Ltd. Tokyo Showroom (1-8-35 Konan, Minato-ku, Tokyo) Publisher: Kokuyo Ltd.

TECHNICAL FIELD The present invention relates to a table suitable for installation in a conference room or the like.

2. Description of the Related Art As a table installed and used in a conference room or the like, a table having a top plate and legs supporting at least both ends of the top plate is known (see, for example, Patent Document 1). This type of table is often used together with a display for presentations, teleconferences, etc., and a sideboard for housing various devices for displaying images on the display. In that case, a sideboard is arranged with a space at one end of the table, and a display is often installed on the sideboard or on a wall surface or the like adjacent to the sideboard.

However, when such a mode of use is adopted, wiring that interconnects a personal computer, a remote controller, a TV conference microphone, or the like used on the table, devices in the sideboard, and the display. etc. is likely to be exposed to the outside, and some countermeasures are desired. In other words, a wiring duct is often provided on the underside of the table for collecting and guiding wiring. There is a problem that the wiring between the and is exposed under the table, and the wiring gets caught on the feet, and a space such as a visitor meeting room where such a table and sideboard are arranged becomes messy. exists.

Japanese Patent No. 6065615

The present invention has been made in view of the above-mentioned points, and aims to solve the problem that the exposed wires get caught on the feet and the problem that the space of a meeting room for visitors becomes cluttered. The purpose is to provide a table that allows

A table according to the first aspect of the present invention comprises a top plate having wiring ducts arranged on the lower surface of a top plate body, and a side unit having an equipment storage space inside and supporting one end side of the top plate. wherein the side unit has therein a shared space that communicates with the equipment storage space, and the shared space is defined by an upper wiring insertion opening provided in the outer wall of the side unit. The inner space of the wiring duct is communicated with the wiring duct via the wiring duct .

A table according to a second aspect of the invention is a table comprising a top plate and a side unit having an equipment storage space inside and supporting one end side of the top plate, wherein the side unit is A shared space communicating with the equipment storage space is provided inside, and the shared space communicates with an external space through a lower wiring insertion opening provided in the bottom wall of the side unit. be.
A table according to a third aspect of the invention comprises a top plate having a wiring duct arranged on the lower surface of a top plate body, and a side unit having an equipment storage space inside and supporting one end side of the top plate. wherein the top plate comprises the top plate main body, the wiring duct attached to the central portion in the depth direction of the bottom surface of the top plate main body, and the top plate main body to which the wiring duct is attached is provided with a support frame for supporting from the lower surface side, and one end side of the support frame is supported by the side unit.

According to a fourth aspect of the present invention, there is provided a table comprising a top plate having a wiring duct on the bottom side of a top plate body, and a side unit having an equipment storage space therein and supporting one end side of the top plate. The wiring duct is a table in which one end is engaged with the outer wall of the side unit, and the side unit includes a shared space communicating with the equipment storage space. The shared space is communicated with the inner space of the wiring duct via an upper wiring insertion opening provided in the outer wall of the side unit.

According to a fifth aspect of the present invention, there is provided a table comprising a top plate having wiring ducts arranged on the bottom side of a top plate body, and a side unit having an equipment storage space inside and supporting one end side of the top plate. The wiring duct is a table in which one end is engaged with the outer wall of the side unit, and the side unit includes a shared space communicating with the equipment storage space. The shared space is communicated with the external space through a lower wire insertion opening provided in the bottom wall of the side unit.

The table according to the invention of claim 6 is the table of claim 1, 2 , 3, or 4 , wherein the top board includes the top board main body and a central portion of the bottom surface of the top board body in the depth direction. The mounted wiring duct and a support frame for supporting the top plate body to which the wiring duct is attached from the bottom side, one end side of the support frame is supported by the side unit. .
It should be noted that "connecting one end of the wiring duct to the outer wall of the side unit" does not necessarily mean that one end of the wiring duct is directly connected to the outer wall of the side unit without a gap, and does not impair the gist of the present invention. This is a general concept of connection mode or arrangement of wiring ducts and side units such that the wiring between the wiring ducts and the side units is inconspicuous from the outside.

In the table according to the seventh aspect of the invention, a wiring duct is arranged on the lower surface side of the top plate body, and a wiring that communicates with the inner space of the wiring duct is placed in an intermediate portion from one end to the other end of the top plate body. and a side unit having an equipment storage space inside and supporting one end side of the top plate, wherein one end of the wiring duct is connected to the side unit. and the side unit has therein a shared space that communicates with the equipment storage space, and the shared space is an upper wiring insertion opening provided in the upright wall of the side unit. The wiring duct communicates with the internal space of the wiring duct via the duct, and communicates with the external space via the lower wiring insertion opening provided in the bottom wall of the side unit.

According to an eighth aspect of the invention, there is provided a table according to the seventh aspect, wherein the top plate has the wiring lead-in/out part in the central portion in the depth direction from one end of use to the other end of use. It comprises a board body, the wiring duct attached to the central portion of the bottom surface of the top board body in the depth direction, and a support frame supporting the top board body to which the wiring duct is attached from the bottom side. and one end of the wiring duct is directly connected to the upper wiring insertion opening of the side unit while one end of the support frame is supported by the side unit.

According to a ninth aspect of the invention, in the table of the seventh or eighth aspect, the side unit has the shared space in the central portion corresponding to the wiring duct, and the equipment is installed in the shared space. An equipment storage space is provided adjacently, and the equipment storage space communicates with the shared space through an intermediate wire insertion port.

According to the present invention, it is possible to provide a table that can solve the problem that wires get caught on feet and the problem that spaces such as meeting rooms for visitors become cluttered due to exposed wires. .

1 is an overall perspective view from above showing a table according to an embodiment of the present invention; FIG. The whole perspective view from the downward direction which shows the table which concerns on the same embodiment. The front view which shows the table which concerns on the same embodiment. The disassembled perspective view which shows the table which concerns on the same embodiment. The exploded perspective view which shows the side unit which concerns on the same embodiment. The whole perspective view from the upper direction which shows the table which concerns on other embodiment of this invention. The whole perspective view from the upper direction which shows the table which concerns on other embodiment of this invention.

A first embodiment of the present invention will be described below with reference to FIGS. 1 to 5. FIG.

This embodiment is applied to a table T that is used by arranging it in a high-grade space such as a guest conference room or an executive conference room.

As shown in FIG. 1, this table T is arranged so that one end faces the building wall surface W on which the display D is installed, and as shown in FIGS. a top plate 1 having a wiring duct 6 disposed thereon and a wiring lead-in/out portion 52x communicating with an internal space 6s of the wiring duct 6 at an intermediate portion from one end 5a to the other end 5b of the top plate main body 5; A side unit 2 that has an equipment storage space 2s in the top plate 1 and supports one end side of the top plate 1, an end leg 3 that supports the other end side of the top plate 1, and an intermediate part of the top plate 1 and a supporting intermediate leg 4. As shown in FIGS. 2, 4 and 5, the wiring duct 6 has one end 6a engaged with an outer wall 21 on the side unit 2, and the side unit 2 accommodates the equipment inside. The shared space 2t is connected to the inner space of the wiring duct 6 through the upper wiring insertion opening 21a provided in the outer wall 21 above the side unit 2. 6s, and communicates with the external space through a lower wiring insertion opening 23a provided in the bottom wall 23 of the side unit 2. As shown in FIG.

More specifically, as shown in FIGS. 1 to 3, the top plate 1 has the wiring lead-in/out portion 52x in the central portion in the depth direction from one use end 1c to the other use end 1d. A main body 5, the wiring duct 6 attached to the central portion in the depth direction of the lower surface of the top plate main body 5, and a support frame 7 supporting the top plate main body 5 to which the wiring duct 6 is attached from the lower surface side. One end 6a of the wiring duct 6 is directly connected to the upper wiring insertion opening 21a of the side unit 2 while one end of the support frame 7 is supported by the side unit 2. .

That is, as shown in FIGS. 1 to 3, the top plate main body 5 in this embodiment includes end plate-like members 51 arranged at one end and the other end, and arranged between the end plate-like members 51. A wire lead-in/out portion 52x having a rectangular shape in a plan view is provided in the central portion of both the intermediate plate-like members 52 in the depth direction. Each wiring lead-in/out part 52x has a penetrating window shape penetrating from the upper surface to the lower surface of the top plate main body 5, and has terminals such as a power outlet and a female USB terminal (not shown) therein. In addition, equipment is provided to hold the terminals of information cables such as LAN cables, HDMI (registered trademark) cables, VGA cables, and audio cables in an exposed state, as well as the terminals of power cables for laptop computers. It is (Or equipment is housed therein.) These wiring lead-in and lead-out portions 52x can be closed by a cover (not shown).

As shown in FIGS. 2, 4 and 5, the wiring duct 6 includes a bottom wall 61, paired side walls 62 erected from both side edges of the bottom wall 61, and upper ends of the side walls 62 extending outward. It has a channel-like configuration with mounting flanges 63 extending in the opposite direction. With the flanges 63 in contact with the lower surface of the top plate main body 5, screws (not shown) penetrated through the flanges 63 are tightened. It is attached to the top plate main body 5, and an internal space 6s defined by the bottom wall 61 and the side walls 62 is formed therein. Note that the wiring duct 6 of this embodiment is divided into one end side duct portion 6A and the other end side duct portion 6B due to the presence of the intermediate leg 4, but at the upper end of the intermediate leg 4, A wiring insertion window 4a is provided for communicating an internal space 6As of the one end duct portion 6A and an internal space 6Bs of the other end duct portion 6B, and the internal space 6s of the wiring duct 6 extends from one end to the other end. continuous all the way through. In this specification, the internal space 6As of the one end side duct portion 6A and the internal space 6Bs of the other end side duct portion 6B are collectively referred to as an internal space 6s of the wiring duct 6. One end 6a of the wiring duct 6 is engaged with the outer wall 21 of the side unit 2 and directly connected to the upper wiring insertion opening 21a of the side unit 2. As shown in FIG.

As shown in FIGS. 2 and 4, the support frame 7 includes a pair of vertical frame members 71 for supporting portions of the top plate main body 5 located on both sides of the wiring duct 6, and these vertical frame members 71. It comprises two end lateral frame members 72 and three intermediate lateral frame members 73 which are provided perpendicular to each other. The two end horizontal frame members 72 are for supporting the lower surface of the end plate-like member 51 of the top plate main body 5, and are screwed to the lower surface of the end plate-like member 51 via brackets. ing. The three intermediate horizontal frame members 73 are the boundary between the end plate-shaped member 51 on the one end 5a side of the top plate body 5 and the intermediate plate-shaped member 52, the boundary between the intermediate plate-shaped members 52, and the intermediate plate-shaped member. It is provided at the boundary between 52 and the end plate-like member 51 on the other end 5b side, and is screwed to the lower surface of the end plate-like member 51 or the intermediate plate-like member 52 via brackets. The wiring duct 6 is provided with a notch 6k to avoid interference with the horizontal frame members 72 and 73. As shown in FIG.

The side unit 2, as shown in FIGS. 1, 2, 4 and 5, has the shared space 2t in the central portion corresponding to the wiring duct 6, and partition walls 24 on both sides of the shared space 2t. The equipment storage spaces 2s are provided adjacent to each other through the intermediate wiring insertion openings 24a. The lower leg space 1s side of the shared space 2t is closed by an upper outer wall 21 and a lower outer wall 22, and the upper outer wall 21 is provided with the upper wire insertion opening 21a at the upper edge thereof. A lower wiring insertion opening 23a is formed in a portion of the bottom wall 23 of the side unit 2 corresponding to the shared space 2t to communicate the shared space 2t with the outside. On the other hand, the equipment storage space 2s is open to the lower leg space 1s side, and an outer door 25 and an inner door 26 that open and close in a double door manner are arranged at the open end of the equipment storage space 2s. Doors 25 and 26 close the open end of the equipment storage space 2s so as to be openable. The outer door 25 is provided with a large number of through holes. That is, the main portion of the outer door 25 is made of a perforated sheet metal material called punching metal or the like. A mounting portion 2a for mounting one end portion of the support frame 7 is provided in an intermediate region hidden by the top plate 1 on the top surface of the side unit 2. At both ends of the upper surface of the side unit 2, which is not connected, recesses 2b with lids are provided for accommodating small items such as remote controllers and conference tools. In addition, the upper plate 27 closing the upper surface of the side unit 2 is provided with a slit 27a in the central portion corresponding to the shared space 2t for exhausting heat. That is, the slit 27a is provided through the top plate 27 so as to communicate the shared space 2t with the external space. Wiring between the shared space 2t and the external space can also be performed through this slit 27a. Adjusters 28 are provided at the four corners of the lower surface of the bottom wall 23 to contact the floor. Reference numeral 20 denotes a peripheral wall for dividing the interior and exterior of the equipment storage space 2s and the shared space 2t.

As shown in FIGS. 1, 2 and 4, the end legs 3 support the other end of the support frame 7, in other words, the end horizontal frame member 72 on the other end side from below. It has a wall-like leg portion 31 and a pair of leg blades 32 provided on both sides of the lower end portion of the wall-like leg portion 31 . Adjusters 33 contacting the floor F are provided on the lower surface of the wall-shaped leg portion 31 and the lower surface of the tip portion of the leg blade 32, respectively.

As shown in FIGS. 1, 2 and 4, the intermediate legs 4 are provided to support the central portion of the support frame 7, in other words, the central intermediate horizontal frame member 73 from below. , and consists only of the wall-shaped legs 41 . An adjuster 43 that contacts the floor is also provided on the lower surface of the wall-like leg portion 41 .

As shown in FIGS. 1 and 3, the table T described above is arranged with a certain distance between one end thereof and the building wall surface W, and is used for teleconferences and presentations on the building wall surface W. display D is attached. In this embodiment, the wiring c1 connected to the display D is guided to the wiring space F1 on the floor F in a state of being embedded in the building wall surface W. to an external space, and from this external space to the shared space 2t of the side unit 2 through the lower wiring insertion opening 23a. In addition, electric power system wiring c2 connected to a power supply (not shown) is led, for example, from the wiring space F1 on the floor F into the shared space 2t of the side unit 2, and passes through the shared space 2t into the wiring duct 6. is guided to The wiring c2 of the electric power system is led from the wiring space F1 of the floor F into the end leg 3 or the intermediate leg 4, and passed through the end leg 3 or the intermediate leg 4. It can also be guided into the wiring duct 6 .

One mode of use of the table T described above will be described below.

A power cord c1 connected to a primary power supply (AC100V power supply) is guided into the wiring duct 6 through the shared space 2t of the side unit 2, as shown in FIG. not connected to a power outlet. In addition, in the equipment storage space 2s of the side unit 2, main equipment constituting the video conference system, AV equipment such as amplifiers and Blu-ray disc players constituting the AV system, and speakers connected to these equipment Contains the main body. On the top plate 1, a notebook PC (not shown) used by each user, a microphone (not shown) used for a video conference, and the like are installed. Power cables (AC 100 V, DC power supply) and communication cables (HDMI (registered trademark), USB, wired LAN, etc.) connected to the notebook PCs and microphones are connected to the wiring duct 6 through the nearest wiring lead-in/out port 52x. and connected to an outlet disposed in the wiring duct 6, or guided by the wiring duct 6 and guided into the shared space 2t of the side unit 2. As shown in FIG. For example, a communication cable connected to a microphone is guided through the wiring duct 6 to the shared space 2t, and from this shared space 2t is guided to the equipment storage space 2s through the intermediate wiring insertion opening 24a, and then into the equipment storage space. It is connected to the main equipment that makes up the housed video conference system. In addition, a communication cable c2 such as an HDMI (registered trademark) cable for transmitting video and audio signals, which is connected to, for example, a notebook PC, is guided into the wiring duct 6 through the nearest wiring lead-in/out port 52x. 6 and led into the shared space 2t of the side unit 2. As shown in FIG. Then, as shown in FIG. 3, the communication cable c2 in the shared space 2t is led to the wiring space F1 under the floor through the lower wiring insertion opening 23a, and the wiring formed in the wiring space F1 and the building wall W It is connected to the display D through the passageway. The communication cable c2 such as the HDMI (registered trademark) is connected so as to be cuttable through a connector (not shown) arranged in the wiring duct 6 or in the shared space 2t. Further, for example, the communication cable c2 connected to the main equipment, AV equipment, etc. constituting the video conference system housed in the equipment storage space 2s of the side unit 2 is connected to the shared space 2t through the intermediate wiring insertion opening 24a. It is guided to the wiring space F1 under the floor through the lower wiring insertion opening 23a, and connected to the display D and the camera C through the wiring passage formed in the wiring space F1 and the building wall W.

With the table T having such a structure, one end of the wiring duct 6 arranged on the lower surface side of the top plate main body 5 is engaged with the outer wall 21 of the side unit 2, so that the wiring space F1 of the floor F is connected. can be led into the wiring duct 6 through the inside of the side unit 2, more specifically, the shared space 2t. Therefore, the problem caused by the exposure of the wires c1 and c2 between the wiring duct 6 and the side unit 2, that is, the problem that the wires get caught on the feet, and the space of the guest conference room, etc. become untidy. problems can be resolved.

The side unit 2 that supports one end of the top plate 1 is provided with a common space 2t that facilitates large-capacity wiring under the floor. are communicated with the shared space 2t, the wirings c1 and c2 can be concentrated in the shared space 2t without being exposed to the outside, and the wirings c1 and c2 can be led to the underfloor space via the shared space 2t. can. In addition, since the top plate 1 is provided with the wiring lead-in/out portion 52x communicating with the wiring duct 6 in the middle region thereof, the wirings c1 and c2 exposed on the top plate 1 can be kept to the necessary minimum length. can be done. Therefore, also from this point, it is possible to effectively suppress the exposure of messy wiring.

Furthermore, since the shared space 2t is communicated with the external space, more specifically, the wiring space F1 under the floor via the lower wiring insertion opening 23a provided in the bottom wall 23 of the side unit 2, the wiring can be connected to the floor. Scattering to F can be suppressed. In other words, from this point of view as well, it is possible to solve the problem that the wiring gets caught on the foot, the problem that the space of the guest conference room or the like becomes untidy, and the like.

In addition, the top plate 1 includes the top plate main body 5, the wiring duct 6 attached to the central portion of the bottom surface of the top plate main body 5 in the depth direction, and the top plate main body to which the wiring duct 6 is attached. The side unit 2 has various shapes and sizes because one end of the support frame 7 is supported by the side unit 2. It is possible to easily correspond to the mode of using by exchanging the . In addition, while the wiring duct 6 and the support frame 7 are common, the top plate main bodies 5 having various shapes and sizes are adopted, and it is easy to replace and use a plurality of top plate main bodies 5. can also correspond to

In addition, this invention is not limited to embodiment described above.

For example, a table T2 having a side unit 2' as shown in FIG. 6 is conceivable. The side unit 2' includes a unit main body 2A having a structure similar to the above-described side unit, and an upper shelf portion 2B provided on the upper portion of the unit main body 2A and covering one end portion of the top plate 1 from above. It is. With such a configuration, it is also possible to install a camera and a display for a teleconference system on the upper shelf 2B. Parts that are the same as or similar to those of the above-described embodiment are denoted by the same reference numerals, and descriptions thereof are omitted.

Additionally, a table T3 as shown in FIG. 7 is conceivable. The table T3 has at least a top board body 5' made of one plate-like member and a wiring duct (not shown) arranged on the lower surface side of the top board body 5'. A top plate 1' provided with a wiring lead-in/out part 52x communicating with the internal space of the wiring duct, a unit main body 2A having a configuration similar to the side unit described above, and rear and side of the unit main body 2A. It comprises a panel 2B which covers the rear half of the unit main body 2A and the sides and rear of the space above it, and end legs 3 which support the other end side of the top plate 1. be. Even with such a configuration, the wiring from under the floor is led to the wiring duct through the shared space 2t inside the unit main body 2A, thereby suppressing the wiring under the top plate 1' and on the floor from becoming cluttered. In addition, (for example, wiring is drawn upward from the slit 27a for exhaust heat provided in the upper plate 27), and a camera or display for a video conference system is installed above the unit main body 2A. can also Parts that are the same as or similar to those of the above-described embodiment are denoted by the same reference numerals, and descriptions thereof are omitted.

Further, in the above-described embodiment, the wiring lead-in and lead-out portion has a through window shape that penetrates from the upper surface to the lower surface of the top plate main body, and communicates with the inner space of the wiring duct. For example, openings may be provided at portions corresponding to each user on the lower surface of the use end of the tabletop main body. In either case, the wire lead-in/out part is not limited to a hole-shaped one through which the wire passes, and may be an outlet connected to the wire exposed to the outside.

Furthermore, the configuration of the wiring duct is not limited to that of the above-described embodiment, and various modifications are possible in accordance with the shape and position of the wiring inlet/outlet portion. That is, in the above embodiment, one end of the wiring duct is directly connected to the upper wiring insertion opening provided in the outer wall of the side unit. You may make it come to the mouth. The minute gap means a gap in which the wiring extending from the wiring duct to the upper wiring insertion opening is not conspicuous from the outside. Alternatively, the wiring duct is attached to a duct body so that one end faces the wiring insertion opening of the side unit through a gap, and a duct body is constructed separately from the duct body and is formed between the side unit and the duct body. It may be provided with a gap closing cover that closes the gap. Here, it does not matter which of the duct main body and the gap blockage cover is attached first.

Also, the configuration of the side unit is not limited to that of the above embodiment, and various modifications are possible. However, as in the above-described embodiment, the shared space is provided in the central portion corresponding to the wiring duct, and the equipment storage space is provided adjacent to the shared space, and the equipment storage space is located in the middle. If the wiring duct communicates with the shared space through the wiring insertion port, the wiring between the wiring duct, the shared space, and the equipment storage space can be efficiently performed.

In addition, the door that closes the open end of the equipment storage space in the side unit is not limited to that of the above embodiment. However, by adopting one having a large number of through holes as in the above-described embodiment, it is possible to ensure air permeability and efficiently exhaust heat or cool the equipment stored in the equipment storage space. In addition, a speaker can be arranged in the equipment storage space, and a pilot lamp or the like indicating the operating state of the equipment stored in the equipment storage space can be visually recognized from the outside.

The configuration of the top plate also includes the top plate main body, the wiring duct attached to the central portion in the depth direction of the bottom surface of the top plate main body, and the top plate to which the wiring duct is attached. It is not limited to having a support frame that supports the plate main body from the lower surface side. In this case, one end side of the top plate body may be supported by the side unit.

In addition, various modifications may be made within the scope of the present invention.

T... Table 1... Top plate 2... Side unit 2s... Equipment storage space 2t... Shared space 21, 22... Outer wall of side unit 23... Bottom wall of side unit 21a... Upper wiring insertion opening 23a... Lower wiring insertion opening 5... Top plate main body 5a... One end of the top plate main body 5b... The other end of the top plate main body 52x... Wiring inlet/outlet part 6... Wiring duct 6a... One end of the wiring duct 6s... Internal space of the wiring duct

Claims (9)

A table comprising a top plate with wiring ducts arranged on the lower surface side of a top plate body, and a side unit having an equipment storage space inside and supporting one end side of the top plate,
The side unit has a shared space inside that communicates with the equipment storage space,
A table that communicates the shared space with the internal space of the wiring duct via an upper wiring insertion opening provided in the outer wall of the side unit. A table comprising a top plate and a side unit having an equipment storage space inside and supporting one end side of the top plate,
The side unit has a shared space inside that communicates with the equipment storage space,
A table that communicates the shared space with an external space through a lower wire insertion opening provided in the bottom wall of the side unit. A table comprising a top plate with wiring ducts arranged on the lower surface side of a top plate body, and a side unit having an equipment storage space inside and supporting one end side of the top plate,
The top plate comprises the top plate main body, the wiring duct attached to the central portion in the depth direction of the bottom surface of the top plate main body, and a support frame supporting the top plate main body to which the wiring duct is attached from the lower surface side. and
A table in which one end side of the support frame is supported by the side unit. It comprises a top plate with wiring ducts arranged on the lower surface side of the top plate main body, and a side unit that has an equipment storage space inside and supports one end side of the top plate,
A table in which one end of the wiring duct is engaged with the outer wall of the side unit,
The side unit has a shared space inside that communicates with the equipment storage space,
A table that communicates the shared space with the internal space of the wiring duct via an upper wiring insertion opening provided in the outer wall of the side unit. It comprises a top plate with wiring ducts arranged on the lower surface side of the top plate main body, and a side unit that has an equipment storage space inside and supports one end side of the top plate,
A table in which one end of the wiring duct is engaged with the outer wall of the side unit,
The side unit has a shared space inside that communicates with the equipment storage space,
A table that communicates the shared space with an external space through a lower wire insertion opening provided in the bottom wall of the side unit. It comprises a top plate with wiring ducts arranged on the lower surface side of the top plate main body, and a side unit that has an equipment storage space inside and supports one end side of the top plate,
A table in which one end of the wiring duct is engaged with the outer wall of the side unit,
The top plate comprises the top plate main body, the wiring duct attached to the central portion in the depth direction of the bottom surface of the top plate main body, and a support frame supporting the top plate main body to which the wiring duct is attached from the lower surface side. and
A table in which one end side of the support frame is supported by the side unit. a top plate having a wiring duct disposed on the lower surface side of the top plate body and having a wiring lead-in/out part communicating with the internal space of the wiring duct at an intermediate portion from one end to the other end of the top plate body; A table comprising a side unit that has an equipment storage space and supports one end side of the top plate,
One end of the wiring duct is engaged with the outer wall of the side unit, and the side unit has a shared space inside that communicates with the equipment storage space,
The shared space communicates with the internal space of the wiring duct via an upper wiring insertion opening provided in the outer wall of the side unit, and communicates with the external space via a lower wiring insertion opening provided in the bottom wall of the side unit. Communicating table. The top plate includes a top plate main body having the wiring lead-in/out portion formed in a central portion in the depth direction from one use end to the other use end, and the top plate body attached to the depth direction central portion on the lower surface of the top plate body. A wiring duct and a support frame that supports the top plate body to which the wiring duct is attached from the lower surface side,
8. The table according to claim 7 , wherein one end of the wiring duct is directly connected to the upper wiring insertion opening of the side unit while one end of the support frame is supported by the side unit. The side unit has the shared space in the central portion corresponding to the wiring duct, and the equipment storage space is provided adjacent to the shared space, and the equipment storage space is provided via an intermediate wire insertion opening. 9. The table according to claim 7 or 8 , wherein the table communicates with the shared space.

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