JP2015084997A - Furniture with drawer - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable routing of wiring bridged between furniture and the other furniture so as not to obstruct an operator in the furniture with drawer which is connected to the other furniture and comprises a drawer mechanism.SOLUTION: Furniture with drawer has a drawer mechanism 13 comprising a box-shaped drawer body 21 and support rails for slidably supporting the drawer body 21, and can be connected to the other furniture. The drawer body 21 comprises: a bottom plate 22; a front panel 23 having a wiring insertion part 23a which extends upward from the bottom plate 22 and communicates the inside and outside of the drawer body 21 with each other; and a back panel 24 having a first wiring insertion part 24a, a second wiring insertion part 24b, and a third wiring insertion part 24c. Power source wiring H1 and LAN wiring H2 bridged between the furniture and the other furniture can be wired through the drawer body 21 by feed wiring.

Description

  The present invention relates to a drawer-mounted fixture.

  For example, Patent Literatures 1 to 3 describe a table fixture including a top plate that forms a work surface and legs that support the top plate. In office spaces such as offices and public facilities, it is common to use such table fixtures when working. These table fixtures can be accessed from various directions such as front, rear, left and right, and can flexibly handle various types of usage such as individual intensive work, meetings, fixed seat use and free address use. . In addition, a plurality of table fixtures are used side by side in a meeting with a large number of people and work that requires a large work surface.

Japanese Patent No. 4420413 JP 2000-245538 A JP2013-102994A

  By the way, in recent years, a lot of work using an electronic device such as a personal computer that requires a power source is performed on the work surface of the table fixture. For this reason, when a plurality of table fixtures are used side by side, there is a problem in routing the wirings connected to the power source. In addition, when a plurality of electronic devices are used, a wiring for connecting the electronic devices may be used, and such wiring is also problematic. For example, wiring may be routed on the work surface, or wiring may be routed on the floor surface. In such a case, the wiring may interfere with the work or may contact the operator's lower limbs. Problems such as giving pleasure.

  For this reason, in order to solve such a problem, it is desirable to route the said wiring through the inside of a table fixture or the like. However, when a drawer mechanism is provided below the top plate of the table fixture, it is difficult to route the wiring so that it does not get in the way.

  Note that the problem that such wiring becomes an obstacle is not limited to table fixtures, and occurs in all fixtures (drawer fixtures) having a drawer mechanism as well as wiring between other connected fixtures.

  The present invention has been made in view of the above-described problems. In a drawer with a drawer that is connected to other fixtures and includes a drawer mechanism, the wiring spanned between the other fixtures is an obstacle to the operator. The purpose is to be able to be routed so as not to become.

  The present invention adopts the following configuration as means for solving the above-described problems.

  The first invention is a drawer with a drawer having a drawer mechanism having a box-like drawer main body and a support means for slidably supporting the drawer main body and connectable to other fixtures, the drawer main body comprising: A bottom plate and a standing piece extending upward from the bottom plate, and with respect to a standing piece arranged to face at least the other fixture among the standing pieces, the inside of the drawer body and the outside of the drawer body A wiring insertion portion that communicates with the other fixtures is provided, and a configuration is adopted in which the wiring spanned between the other fixtures can be fed through the drawer body.

  According to the present invention employing such a configuration, a wiring insertion portion that communicates the inside and outside of the drawer main body is provided with respect to a standing piece that is disposed opposite to another fixture provided in the box-shaped drawer main body. Therefore, the wiring can be taken into the drawer main body through the wiring insertion portion. For this reason, the wiring spanned between other fixtures can be routed through the inside of the drawer body, and the routed wiring can be prevented from coming into contact with an operator or the like. Therefore, according to the present invention, even when the drawer body is housed and connected to another fixture, the wiring spanned between the other fixtures is routed so as not to disturb the operator. Is possible.

  According to a second invention, in the first invention, the apparatus includes a top plate that forms a work surface and a plurality of legs that support the top plate, and the drawer main body is provided between the legs. Adopt a configuration that

  According to the present invention employing such a configuration, the top plate that forms the work surface and a plurality of legs that support the top plate are provided. For this reason, it becomes possible to use the drawer-equipped fixture of the present invention as a table fixture.

  According to a third invention, in the second invention, a configuration is adopted in which a top view shape of the top plate is a rectangle, and the drawer main body is provided for each of the four sides of the rectangle.

  According to the present invention employing such a configuration, a plurality of drawer main bodies are installed, so that the range in which the drawer main bodies can be used can be expanded. In addition, the drawer main body can be used regardless of the direction of the front / rear / right / left direction.

  According to a fourth aspect of the present invention, in the second or third aspect of the present invention, a configuration is adopted in which a duct is provided that supports the wiring that is fixed to the lower surface of the top plate and that is fed through the drawer body.

  According to the present invention employing such a configuration, the wiring can be supported by the duct outside the drawer body even when a large top plate is used. Therefore, a large top plate can be easily adopted, and convenience as a table fixture can be improved.

  According to a fifth invention, in any one of the first to fourth inventions, a configuration is provided in which a flexible annular member is provided that surrounds the wiring insertion portion and is formed with a notch.

  According to the present invention employing such a configuration, since the wiring passing through the wiring insertion portion is surrounded by the flexible annular member, it can be prevented that the wiring insertion portion is pulled out. Further, since the flexible annular member has a notch, it is possible to easily pass the wiring through the wiring insertion portion by deforming the flexible annular member so as to widen the notch. The installation work becomes easy.

  According to a sixth invention, in any one of the first to fifth inventions, a configuration is adopted in which the wiring insertion portion is formed of a concave portion opened upward.

  According to the present invention employing such a configuration, the wiring can be easily installed in the wiring insertion portion by dropping the wiring from above, and the wiring installation work is facilitated.

  According to a seventh invention, in any one of the first to sixth inventions, as the standing piece provided with the wiring insertion portion, a front panel that forms a front side of the drawer main body, and a rear side of the drawer main body The backside panel which forms is adopted.

  According to the present invention employing such a configuration, since the wiring insertion portion is provided on the front panel and the rear panel, the wiring can be arranged linearly in the drawer body. For this reason, the load to wiring can be reduced.

  According to the present invention, the wiring spanned between the other fixtures to be connected can be fed through the drawer body. For this reason, it becomes possible to route the wiring without interfering with the operator while the drawer body is installed.

It is a perspective view of the table system containing the 1st table fixture and the 2nd table fixture in one embodiment of the present invention in the state where all drawers were stored. It is a perspective view of the table system containing the 1st table fixture and the 2nd table fixture in one embodiment of the present invention in the state where all drawers were pulled out. It is a perspective view of the drawer main body with which the 1st table fixture in one embodiment of the present invention is provided. It is a typical wiring diagram in a table system including a first table fixture and a second table fixture in an embodiment of the present invention.

  Hereinafter, with reference to the drawings, an embodiment of a drawer-attached bowl according to the present invention will be described. In the following drawings, the scale of each member is appropriately changed in order to make each member a recognizable size.

  In this embodiment, a table system 1 including a first table fixture 100 (table fixture) and a second table fixture 200 (table fixture), which is an embodiment of a drawer fixture according to the present invention, will be described. FIG. 1 is a perspective view of the table system 1 of the present embodiment in a state where all the drawer main bodies 21 are accommodated. FIG. 2 is a perspective view of the table system 1 of the present embodiment in a state where the drawer body 21 is pulled out.

  As shown in these drawings, the table system 1 includes a first table fixture 100, a second table fixture 200, and a monitor stand 300. In the following, for convenience of explanation, as shown by arrows in FIGS. 1 and 2, the direction in which the first table fixture 100, the second table fixture 200, and the monitor stand 300 are connected is defined as the left-right direction and orthogonal thereto. The horizontal direction to be used is the front-back direction.

  The first table fixture 100 includes a top plate 11, legs 12, a drawer mechanism 13, and a duct 14. The top plate 11 is a plate-like member whose upper surface is a work surface 11a. The top plate 11 has a square (rectangular) shape in plan view, and the work surface 11a is a flat surface on which an outlet or the like is not provided. Such a top plate 11 is arranged so that the four sides face the front side, the rear side, the left side, and the right side, respectively, when viewed from above. A plurality of screw holes for screwing the leg portions 12 and the like are provided on the back surface (lower surface) side of the top plate 11.

  The leg portions 12 are provided at four locations, and are provided at the corners of the top plate 11 as shown in FIGS. A roller that is rotatably supported by a rotation shaft that is arranged in the front-rear direction is provided at the lower end of each leg 12. Thus, the first table fixture 100 is movable in the left-right direction. In the following description, the leg portion 12 provided at the corner formed by the side facing the front side and the side facing the right side of the top plate 11 is referred to as a first leg portion 12a, and the side facing the right side and the rear side are referred to. The leg 12 provided at the corner formed by the facing side is referred to as a second leg 12b, and the leg 12 provided at the corner formed by the side facing the rear side and the side facing the left side. The third leg portion 12c is referred to as a leg portion 12 provided at a corner formed by a side facing the left side and a side facing the front side, and is referred to as a fourth leg portion 12d.

  The drawer mechanism 13 is disposed between the leg portions 12. In the present embodiment, the drawer mechanism 13 is installed between all the leg portions 12. In the following description, the drawer mechanism 13 installed between the first leg portion 12a and the second leg portion 12b is referred to as a first drawer mechanism 13a, and the second leg portion 12b and the third leg portion 12c are connected to each other. The drawer mechanism 13 installed between them is referred to as a second drawer mechanism 13b, and the drawer mechanism 13 installed between the third leg portion 12c and the fourth leg portion 12d is referred to as a third drawer mechanism 13c. The drawer mechanism 13 installed between the portion 12d and the first leg 12a is referred to as a fourth drawer mechanism 13d.

  The first drawer mechanism 13 a includes a support rail 20 (support means) and a drawer body 21. The support rail 20 is fixed to the back surface of the top plate 11, and supports the drawer body 21 so as to be slidable. Two support rails 20 are provided for one drawer body 21, and one support rail 20 supports one end in a direction (front-rear direction) perpendicular to the drawer direction of the drawer body 21, The other support rail 20 supports the other end of the drawer body 21.

  FIG. 3 is a perspective view of the drawer body 21, (a) is a perspective view showing only the drawer body 21, and (b) is a perspective view illustrating the power supply wiring H <b> 1 and the LAN wiring H <b> 2 in addition to the drawer body 21. It is. As shown in these drawings, the drawer body 21 includes a bottom plate 22, a front panel 23, a back panel 24, and a side panel 25. The bottom plate 22 is a substantially rectangular plate member, and supports the front panel 23, the back panel 24, and the side panel 25.

  The front panel 23 is a standing piece erected with respect to the bottom plate 22 along the right edge of the bottom plate 22. As shown in FIG. 3, the front panel 23 is provided with a wiring insertion portion 23a composed of a concave portion opened upward. The wiring insertion portion 23a is an opening that communicates the inside and outside of the drawer body 21, and even when the drawer body 21 is in the retracted state, the power supply wiring H1 and the LAN wiring from the outside of the drawer body 21 to the inside or from the inside to the outside. It is a site that allows H2 to be routed. In the first drawer mechanism 13a, the wiring insertion part 23a also functions as a handle for pulling out the drawer body 21.

  The back panel 24 is a standing piece erected with respect to the bottom plate 22 along the left edge of the bottom plate 22. As shown in FIG. 3, the back panel 24 is provided with a first wiring insertion portion 24a, a second wiring insertion portion 24b, and a third wiring insertion portion 24c that are concave portions opened upward. The first wiring insertion portion 24a, the second wiring insertion portion 24b, and the third wiring insertion portion 24c are similar to the wiring insertion portion 23a of the front panel 23 even when the drawer main body 21 is in the retracted state. This is a part that enables the power supply wiring H1 and the LAN wiring H2 to be routed from outside to inside or from inside to outside.

  The first wiring insertion portion 24a is formed wider than the second wiring insertion portion 24b and the third wiring insertion portion 24c, and is suitable for inserting a thick wiring or a wiring that requires position adjustment. The second wiring insertion portion 24b and the third wiring insertion portion 24c have openings narrower than the first wiring insertion portion 24a, and are suitable for inserting thin wires or wires that do not need to be moved.

  In addition, the second wiring insertion portion 24b and the third wiring insertion portion 24c are arranged so as to surround the second wiring insertion portion 24b and the third wiring insertion portion 24c and have a notch 24e. An annular member 24d is provided. The flexible annular member 24d is configured such that the power supply wiring H1 and the LAN wiring H2 can be taken in and out through a notch 24e provided so as to cut the flexible annular member 24d. By providing such a flexible annular member 24d, the power supply wiring H1 and the LAN wiring H2 inserted through the second wiring insertion portion 24b and the third wiring insertion portion 24c are connected to the second wiring insertion portion 24b and the third wiring insertion. The escape from the portion 24c can be prevented.

  The side panel 25 is a standing piece connected to the ends of the front panel 23 and the back panel 24. On the outer surface side of the side panel 25, a protruding portion 20a that is in contact with the support rail 20 is provided.

  Thus, the drawer body 21 has a bottom plate 22 and a wiring insertion portion (wiring insertion portion 23a, first extension) that extends upward from the bottom plate 22 and communicates the inside of the drawer body 21 with the outside of the drawer body 21. It is a box-shaped member having upright pieces (front panel 23 and back panel 24) having a wiring insertion portion 24a, a second wiring insertion portion 24b, and a third wiring insertion portion 24c).

  The second drawer mechanism 13b, the third drawer mechanism 13c, and the fourth drawer mechanism 13d differ in the orientation of the drawer body 21 and the support rail 20. For example, the drawer body 21 of the second drawer mechanism 13b is arranged with the front panel 23 facing the rear side. The drawer body 21 of the third drawer mechanism 13c is arranged with the front panel 23 facing the left side. The drawer body 21 of the fourth drawer mechanism 13d is arranged with the front panel 23 facing the front side. Regarding the other configurations, the second drawer mechanism 13b, the third drawer mechanism 13c, and the fourth drawer mechanism 13d have the same configuration as the first drawer mechanism 13a, and thus detailed description thereof is omitted here.

  Returning to FIG. 1, the duct 14 is fixed to the lower surface of the top plate 11 so as to be arranged at the center of the top plate 11 when viewed from above. The duct 14 is capable of supporting the power supply wiring H1 and the LAN wiring H2 that are fed through the drawer body 21 and the like.

  The second table fixture 200 has substantially the same configuration as the first table fixture 100. Here, only different points of the second table fixture 200 from the first table fixture 100 will be described.

  An adjuster is provided at the lower end of each leg 12 of the second table fixture 200 in place of the roller provided at the lower end of each leg 12 of the first table fixture 100. This is because the first table fixture 100 is movable with respect to the second table fixture 200 and the monitor stand 300 in order to flexibly correspond to the usage mode of the table system 1, whereas the second table fixture 100 is movable. This is because the fixture 200 is connected to a monitor stand 300 that is not moved so much, and is not assumed to move.

  In the second table fixture 200, the drawer body 21 of the third drawer mechanism 13c in the first table fixture 100 is removed. This is because the fixing arm 30 of the monitor stand 300 is inserted in the space in which the drawer body 21 is accommodated instead of the drawer body 21.

  The monitor stand 300 covers the fixing arm 30 described above, the monitor support portion 31 to which the monitor M is fixed, the console box 32 that accommodates communication devices and the like, the back panel 33 that surrounds the back side of the monitor M, and the lower side of the back panel 33. An under cover 34 and the like are provided. In such a monitor stand 300, the power supply wiring H1 and the LAN wiring H2 (or other communication wiring) taken out from the floor surface can be drawn into the monitor M or the console box 32.

  The first table fixture 100, the second table fixture 200, and the monitor stand 300 are arranged and connected in the left-right direction. In the monitor stand 300 and the second table fixture 200, the fixing arm 30 of the monitor stand 300 is inserted into the accommodating space of the drawer main body 21 of the third drawer mechanism 13c removed, and the fixing arm 30 is connected to the second table. It is connected by being fixed to the top plate 11 of the fixture 200.

  The second table fixture 200 and the first table fixture 100 are connected to each other so that the first drawer mechanism 13a of the second table fixture 200 and the third drawer mechanism 13c of the first table fixture 100 face each other. Connected by instruments. By connecting the second table fixture 200 and the first table fixture 100 in this way, in the present embodiment, the drawer body 21 of the first drawer mechanism 13a of the second table fixture 200 and the first table fixture 100 are connected. As shown in FIG. 2, the third drawer mechanism 13c of the third drawer mechanism 13c cannot be pulled out.

  In the present embodiment, the first table fixture 100 and the second table fixture 200 correspond to the drawer fixture according to the present invention. The drawer-equipped fixture of the present invention can be connected to other fixtures. Here, when the first table fixture 100 is viewed as a drawer fixture, the second table fixture 200 corresponds to another fixture in the present invention, and the second table fixture 200 is viewed as a drawer fixture. The first table fixture 100 and the monitor stand 300 correspond to other fixtures in the present invention. That is, the first table fixture 100 and the second table fixture 200 correspond to the drawer-attached fixture of the present invention and at the same time to other fixtures of the present invention.

  FIG. 4 is a wiring diagram schematically showing the power supply wiring H1 and the LAN wiring H2 routed in the table system 1 of the present embodiment. The power supply wiring H1 drawn out from the floor surface is formed by connecting a plurality of wirings with power supply taps, and is drawn into the monitor stand 300 as shown in FIG. From the power tap H11 that passes under the top plate 11 of the 200 and is placed in the duct 14 of the second table fixture 200, the first drawer mechanism 13a direction and the second drawer mechanism 13b direction of the second table fixture 200 , Branched in three directions with respect to the fourth drawing mechanism 13d direction.

  The power supply wiring H1 branched from the duct 14 of the second table fixture 200 in the direction of the first drawer mechanism 13a passes through the first wiring insertion portion 24a provided in the drawer body 21 of the first drawer mechanism 13a of the second table fixture 200. It is drawn into the drawer body 21 and sent out to the outside of the drawer body 21 through the wiring insertion part 23a.

  Further, the power supply wiring H1 is drawn into the drawer main body 21 through the wiring insertion portion 23a provided in the drawer main body 21 of the third drawer mechanism 13c of the first table fixture 100, and also through the first wiring insertion portion 24a. It is fed out of the drawer body 21. Thus, the power supply wiring H1 sent out from the drawer main body 21 of the third drawer mechanism 13c of the first table fixture 100 is supplied from the power tap H12 placed in the duct 14 of the first table fixture 100 to the first table fixture 100. The first branching mechanism 13a, the second pulling mechanism 13b, and the fourth pulling mechanism 13d are branched into three directions.

  The power supply wiring H1 branched from the power tap H11 of the second table fixture 200 in the direction of the second drawer mechanism 13b of the second table fixture 200 has a power strip H13 that is the drawer body 21 of the second drawer mechanism 13b of the second table fixture 200. So as to be accommodated in the lead body 21 through the second wiring insertion portion 24b. Further, the power supply wiring H1 branched from the power tap H11 of the second table fixture 200 in the direction of the fourth drawer mechanism 13d of the second table fixture 200 has the power tap H14 drawn out of the fourth drawer mechanism 13d of the second table fixture 200. In order to be accommodated in the main body 21, it is routed through the second wiring insertion portion 24 b of the drawer main body 21.

  Further, the power supply wiring H1 branched from the power tap H12 of the first table fixture 100 toward the first drawer mechanism 13a of the first table fixture 100 has the power tap H15 drawn out of the first drawer mechanism 13a of the first table fixture 100. In order to be accommodated in the main body 21, it is routed through the second wiring insertion portion 24 b of the drawer main body 21. Further, the power supply wiring H1 branched from the power tap H12 of the first table fixture 100 toward the second drawer mechanism 13b of the first table fixture 100 has the power tap H16 drawn out of the second drawer mechanism 13b of the first table fixture 100. In order to be accommodated in the main body 21, it is routed through the second wiring insertion portion 24 b of the drawer main body 21. The power supply wiring H1 branched from the power tap H12 of the first table fixture 100 in the direction of the fourth drawer mechanism 13d of the first table fixture 100 has the power tap H17 drawn out of the fourth drawer mechanism 13d of the first table fixture 100. In order to be accommodated in the main body 21, it is routed through the second wiring insertion portion 24 b of the drawer main body 21.

  The LAN wiring H2 drawn from the floor surface is routed by the router R installed in the console box 32 in the direction of the second drawer mechanism 13b of the second table fixture 200, the direction of the fourth drawer mechanism 13d of the second table fixture 200, The first table fixture 100 is branched in five directions: the first drawer mechanism 13a direction, the first table fixture 100 second drawer mechanism 13b direction, and the first table fixture 100 fourth drawer mechanism 13d direction.

  The LAN wiring H2 branched in the direction of the second drawer mechanism 13b of the second table fixture 200 is provided in the drawer body 21 of the second drawer mechanism 13b of the second table fixture 200 through the duct 14 of the second table fixture 200. Further, the modular jack H21 is routed so as to be accommodated in the drawer body 21 through the second wiring insertion portion 24b. The LAN wiring H2 branched in the direction of the fourth drawer mechanism 13d of the second table fixture 200 passes through the duct 14 of the second table fixture 200 and further to the drawer body 21 of the fourth drawer mechanism 13d of the second table fixture 200. The modular jack H22 is routed so as to be accommodated in the drawer main body 21 through the provided second wiring insertion portion 24b.

  The LAN wiring H2 branched in the direction of the first drawer mechanism 13a of the first table fixture 100 is provided in the drawer body 21 of the first drawer mechanism 13a of the second table fixture 200 through the duct 14 of the second table fixture 200. It is drawn into the inside of the drawer main body 21 through the first wiring insertion portion 24 a and is sent out to the outside of the drawer main body 21 through the wiring insertion portion 23 a provided in the drawer main body 21. Furthermore, the LAN wiring H2 sent out from the drawer main body 21 of the first drawer mechanism 13a of the second table fixture 200 passes through the wiring insertion portion 23a provided in the drawer main body 21 of the third drawer mechanism 13c of the first table fixture 100. Then, it is drawn into the drawer main body 21 and sent out to the outside of the drawer main body 21 through the first wiring insertion portion 24 a provided in the drawer main body 21. Furthermore, the LAN wiring H2 sent out from the drawer body 21 of the third drawer mechanism 13c of the first table fixture 100 passes through the duct 14 of the first table fixture 100 and is further drawn out of the first drawer mechanism 13a of the first table fixture 100. The modular jack H <b> 23 is routed so as to be accommodated in the drawer main body 21 through the second wiring insertion portion 24 b provided in the main body 21.

  Further, the LAN wiring H2 branched in the direction of the second drawer mechanism 13b of the first table fixture 100 is provided in the drawer body 21 of the first drawer mechanism 13a of the second table fixture 200 through the duct 14 of the second table fixture 200. It is drawn into the inside of the drawer main body 21 through the first wiring insertion portion 24 a and is sent out to the outside of the drawer main body 21 through the wiring insertion portion 23 a provided in the drawer main body 21. Furthermore, the LAN wiring H2 sent out from the drawer main body 21 of the first drawer mechanism 13a of the second table fixture 200 passes through the wiring insertion portion 23a provided in the drawer main body 21 of the third drawer mechanism 13c of the first table fixture 100. Then, it is drawn into the drawer main body 21 and sent out to the outside of the drawer main body 21 through the first wiring insertion portion 24 a provided in the drawer main body 21. Further, the LAN wiring H2 sent out from the drawer body 21 of the third drawer mechanism 13c of the first table fixture 100 passes through the duct 14 of the first table fixture 100, and is further drawn out of the second drawer mechanism 13b of the first table fixture 100. The modular jack H <b> 24 is routed so as to be accommodated in the drawer main body 21 through the second wiring insertion portion 24 b provided in the main body 21.

  Further, the LAN wiring H2 branched in the direction of the fourth drawer mechanism 13d of the first table fixture 100 is provided in the drawer body 21 of the first drawer mechanism 13a of the second table fixture 200 through the duct 14 of the second table fixture 200. It is drawn into the inside of the drawer main body 21 through the first wiring insertion portion 24 a and is sent out to the outside of the drawer main body 21 through the wiring insertion portion 23 a provided in the drawer main body 21. Furthermore, the LAN wiring H2 sent out from the drawer main body 21 of the first drawer mechanism 13a of the second table fixture 200 passes through the wiring insertion portion 23a provided in the drawer main body 21 of the third drawer mechanism 13c of the first table fixture 100. Then, it is drawn into the drawer main body 21 and sent out to the outside of the drawer main body 21 through the first wiring insertion portion 24 a provided in the drawer main body 21. Further, the LAN wiring H2 sent out from the drawer body 21 of the third drawer mechanism 13c of the first table fixture 100 passes through the duct 14 of the first table fixture 100, and is further drawn out of the fourth drawer mechanism 13d of the first table fixture 100. The modular jack H <b> 25 is routed so as to be accommodated in the drawer main body 21 through the second wiring insertion portion 24 b provided in the main body 21.

  Note that it is possible to arbitrarily change whether the power supply wiring H1 and the LAN wiring H2 are routed through any one of the first wiring insertion portion 24a, the second wiring insertion portion 24b, and the third wiring insertion portion 24c. Further, the wiring pattern described here is an example, and the wiring type and the number of wirings can be arbitrarily changed. For example, communication wiring for connecting the monitor M and a personal computer placed on the top plate 11 may be routed.

  According to the first table fixture 100 and the second table fixture 200 as described above, the inside and outside of the drawer body 21 with respect to the front panel 23 and the back panel 24 which are standing pieces provided in the box-like drawer body 21. Since the wiring insertion part (the wiring insertion part 23a, the first wiring insertion part 24a, the second wiring insertion part 24b, and the third wiring insertion part 24c) is provided, the power supply wiring H1 and The LAN wiring H2 can be taken into the drawer body 21. For this reason, wiring extended between other fixtures (for example, the second table fixture 200 seen from the first table fixture 100 and the first table fixture 100 seen from the second table fixture 200) is connected to the drawer body. 21 can be routed by passing through the inside, and the routed power supply wiring H1 and LAN wiring H2 can be prevented from coming into contact with an operator or the like. Therefore, according to the first table fixture 100 and the second table fixture 200 of the present embodiment, even when the drawer body 21 is housed and connected to another fixture, it can be bridged between the other fixtures. It is possible to route the wiring so that it does not interfere with the operator.

  Further, the first table fixture 100 and the second table fixture 200 of the present embodiment include a top plate 11 that forms the work surface 11a and a plurality of leg portions 12 that support the top plate 11, and the leg portions 12 are connected to each other. A drawer body 21 is provided between the two. For this reason, it can be used as a table fixture.

  Further, in the first table fixture 100 and the second table fixture 200 of the present embodiment, the top view 11 has a rectangular shape in plan view, and a drawer body 21 is provided for each of the four sides of the rectangle. For this reason, since the several drawer main body 21 will be installed, it becomes possible to extend the range which can use the drawer main body 21. FIG. Moreover, the drawer main body 21 can be used even if it accesses from any direction of front and rear, right and left except the direction where other fixtures are connected.

  Further, the first table fixture 100 and the second table fixture 200 of the present embodiment are fixed to the lower surface of the top plate 11 and support ducts for the power supply wiring H1 and the LAN wiring H2 that are fed through the drawer body 21. 14. For this reason, even when the large top plate 11 is used, the power supply wiring H1 and the LAN wiring H2 can be supported by the duct 14 outside the drawer body 21. Therefore, the large top plate 11 can be easily adopted, and convenience as a table fixture can be improved.

  In addition, the first table fixture 100 and the second table fixture 200 of the present embodiment are arranged so as to surround the second wiring insertion portion 24b and the third wiring insertion portion 24c, and have a notch 24e formed therein. An annular member 24d is provided. For this reason, since the wiring which passes the 2nd wiring insertion part 24b and the 3rd wiring insertion part 24c is surrounded by the flexible annular member 24d, it may come off from the 2nd wiring insertion part 24b and the 3rd wiring insertion part 24c. Can be prevented. Further, since the flexible annular member 24d has the notch 24e, the flexible annular member 24d is deformed so as to widen the notch 24e, so that the power supply wiring H1 and the LAN wiring H2 are connected to the second wiring. It is possible to easily pass through the insertion portion 24b and the third wiring insertion portion 24c, and the installation work of the power supply wiring H1 and the LAN wiring H2 is facilitated.

  Further, the first table fixture 100 and the second table fixture 200 of the present embodiment have wiring insertion portions (the wiring insertion portion 23a, the first wiring insertion portion 24a, the second wiring insertion portion 24b, and the third wiring insertion portion 24c). , Composed of a recess opened upward. For this reason, the power supply wiring H1 and the LAN wiring H2 can be easily installed in the wiring insertion portion by dropping from above, and the installation work of the power supply wiring H1 and the LAN wiring H2 becomes easy.

  Further, the first table fixture 100 and the second table fixture 200 of this embodiment are wired through the front panel 23 that forms the front side of the drawer body 21 and the back panel 24 that forms the back side of the drawer body 21. Therefore, the power supply wiring H1 and the LAN wiring H2 can be arranged in a straight line in the drawer main body 21. For this reason, the load on the power supply wiring H1 and the LAN wiring H2 can be reduced.

  As mentioned above, although preferred embodiment of this invention was described referring an accompanying drawing, it cannot be overemphasized that this invention is not limited to the said embodiment. Various shapes, combinations, and the like of the constituent members shown in the above-described embodiments are examples, and various modifications can be made based on design requirements and the like without departing from the spirit of the present invention.

  For example, in the above-described embodiment, the configuration in which the wiring insertion portion is provided in the front panel 23 and the back panel 24 has been described. However, the present invention is not limited to this, and may be adopted as long as at least a front panel 23 arranged opposite to other fixtures is provided with a wiring insertion portion and can be fed through the drawer body 21. Is possible.

  Moreover, in the said embodiment, the structure which provides the flexible annular member 24d in the 2nd wiring insertion part 24b and the 3rd wiring insertion part 24c was demonstrated. However, the present invention is not limited to this, and for example, the second wiring insertion portion 24b and the third wiring insertion portion 24c may be provided with a wiring holding portion in which a hole is formed in the rubber member.

  Moreover, in the said embodiment, it is desirable to provide the magnet with respect to the power strip. Thereby, when the drawer body 21 and the duct 14 are made of a paramagnetic material, the power tap can be fixed to the drawer body 21 and the duct 14.

  Moreover, in the said embodiment, the planar view shape of the top plate 11 was square, and the structure provided with the four leg parts 12 was demonstrated. However, this invention is not limited to this, For example, the top view shape of a top plate may be a rectangle. For example, it is also possible to employ a configuration in which legs are provided at each corner where the top view of the top plate is a polygon such as a pentagon or a hexagon.

  Moreover, in the said embodiment, the example which applied the drawer-attached fixture of this invention to the 1st table fixture 100 and the 2nd table fixture 200 which are table fixtures was demonstrated. However, the present invention is not limited to this, and can be applied to other drawers (for example, wagon fixtures).

  DESCRIPTION OF SYMBOLS 1 ... Table system, 11 ... Top plate, 11a ... Work surface, 12 ... Leg part, 12a ... 1st leg part, 12b ... 2nd leg part, 12c ... 3rd leg part, 12d ... ... 4th leg, 13 ... Drawer mechanism, 13a ... 1st drawer mechanism, 13b ... 2nd drawer mechanism, 13c ... 3rd drawer mechanism, 13d ... 4th drawer mechanism, 14 ... Duct, 20 …… Support rail (support means), 20a …… Projecting part, 21 …… Drawer body, 22 …… Bottom plate, 23 …… Front panel (standing piece), 23a …… Wiring insertion part, 24 …… Rear panel (standing) Piece), 24a: first wiring insertion portion, 24b: second wiring insertion portion, 24c: third wiring insertion portion, 24d: flexible annular member, 25: side panel, 30: fixing Arm, 31 ... Monitor support, 32 ... Console box, 33 ... Backpack 34 ... under cover, 100 ... first table fixture (drawer fixture, table fixture, other fixtures), 200 ... second table fixture (drawer fixture, table fixture, other fixtures), 300 ... ... Monitor stand (other fixtures), H1 ... Power supply wiring (wiring), H11-H17 ... Power supply tap, H2 ... LAN wiring (wiring), H21-H25 ... Modular jack, M ... Monitor, R ... ... Router

Claims (7)

A drawer-attached fixture having a drawer mechanism having a box-like drawer main body and a support means for slidably supporting the drawer main body and connectable to other fixtures,
The drawer body includes a bottom plate and a standing piece extending upward from the bottom plate,
A wiring insertion part that communicates the inside of the drawer body and the outside of the drawer body is provided for the standing piece that is disposed opposite to at least the other fixture among the standing pieces,
A drawer-attached fixture, characterized in that the wiring spanned between the other fixtures can be fed through the drawer body.   2. A drawer according to claim 1, further comprising: a top plate that forms a work surface; and a plurality of legs that support the top plate, wherein the drawer body is provided between the legs. A fixture.   3. The drawer-attached fixture according to claim 2, wherein the top plate has a rectangular shape in plan view, and the drawer body is provided for each of the four sides of the rectangle.   4. The drawer-attached fixture according to claim 2, further comprising a duct that is fixed to a lower surface of the top plate and supports the wiring that is sent and wired through the drawer main body.   5. The drawer-attached fixture according to claim 1, further comprising a flexible annular member that is disposed so as to surround the wiring insertion portion and is formed with a notch.   The said wiring insertion part consists of a recessed part open | released upwards, The appliance with a drawer as described in any one of Claims 1-5 characterized by the above-mentioned.   The said standing piece provided with the said wiring insertion part is provided with the front panel which forms the front side of the said drawer | drawing-out main body, and the back panel which forms the back side of the said drawer | drawing-out main body. A drawer-equipped fixture according to any one of the above.

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