JP2017000569A - furniture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide furniture capable of configuring a convenient article support structure while reducing a load on a supported article.SOLUTION: The furniture includes: an article support recess 15 which a lower edge of a supported article TB erected on an article placement face m2 while inclined enters to be supported; a first part 23 formed on a bottom side of the article support recess 15, allowing the lower edge of the supported article TB to be moved in a surface direction of the article placement face m2, and having a movement amount dy in a normal line direction of the article placement face m2 of the lower edge accompanied by the movement in the surface direction, the movement amount dy being smaller than a movement amount dx in the surface direction; a second part 24 formed on an opening side of the article support recess 15, allowing the lower edge of the supported article TB to be moved in the surface direction, and having a movement amount dy in the normal direction of the lower edge accompanying the movement in the surface direction, the movement amount dy being larger than a movement amount dx in the surface direction.SELECTED DRAWING: Figure 7

Description

  The present invention relates to a fixture provided with an article placement surface.

  As the above-mentioned fixture, for example, the one disclosed in Patent Document 1 below is a recess for allowing a lower end of a supported article such as a tablet terminal to be fitted on the top surface (article placement surface) of the top plate so as to be independent in an inclined posture. A groove is formed. A fitting member that holds the lower end of the supported article with a self-supporting elastic force is attached to the concave groove.

Utility Model Registration No. 3192189

  However, in the above conventional configuration, it is difficult for the user to visually recognize the holding state of the supported article in the concave groove, that is, to recognize the degree of support strength of the supported article. For this reason, when removing the supported article from the concave groove, a large force may be required, and a large force may be applied to the supported article without knowing how much force may be applied. In addition, the inclination of the supported article is uniform, and there is room for improvement in terms of usability.

  Therefore, the present invention provides a fixture capable of constructing an easy-to-use article support structure while reducing the burden on the supported article.

  As a means for solving the above-described problems, the fixture of the present invention includes an article placement surface on which an article can be placed, and a supported article that opens upward on the article placement surface and stands on the article placement surface. An article support recess for supporting the article by inserting the lower end of the article, and the supported article leans against the support portion above the article placement surface, and the bottom side of the article support recess A method of allowing the lower end of the supported article to be moved in the surface direction of the article placement surface and allowing the lower end of the article to be placed in accordance with the movement in the surface direction in order to allow a change in the inclination of the supported article. A first portion is formed in which the amount of movement in the linear direction is 0 or smaller than the amount of movement in the plane direction, and on the opening side of the article supporting recess, in order to suppress the change in the inclination of the supported article, While allowing the lower end of the supported article to move in the surface direction, the movement in the surface direction Cormorants movement amount of the normal direction of the lower second portion to a value larger than the moving amount of the surface direction is formed.

According to this configuration, the article support concave portion of the article placement surface enters the lower end of the supported article that stands upright on the article placement surface, and moves in the surface direction of the lower end of the supported article, i.e., the covered article. Since the support article is supported while allowing a change in the inclination of the support article, the lower end of the supported article is intentionally supported loosely. For this reason, a large force is not required when removing the supported article, and the risk of damaging the supported article when an unnecessary force is applied is reduced.
In addition, on the bottom side of the article support recess, the lower end of the article to be supported is supported on the opening side of the article support recess with respect to the first portion that supports the lower end of the article placement surface in the normal direction. Since the second portion for supporting the lower end of the supporting article with a larger amount of movement in the normal direction is provided, the movement in the surface direction of the lower end of the supported article is suppressed, and the change in the inclination of the supported article is moderate. Be regulated.
In the second part, since the normal direction is generated while moving the lower end of the supported article in the surface direction, the unsupported surface direction force is applied to the supported article. It becomes possible to make it easy to detach the lower end of this from the article supporting recess.
Thus, an easy-to-use article support structure can be configured while reducing the burden on the supported article.

Further, in the above-mentioned fixture, a depth-direction depth side of the fixture is provided with an abutting portion that comes into contact with a partition wall surface of a section in which the fixture is installed and allows the article support recess to be close to the partition wall surface, The supported article may be configured to lean on the partition wall as the support portion above the article placement surface.
In this case, by bringing the abutting portion into contact with the partition wall surface of the installation section of the fixture, an article support structure including the article support recess and the partition wall surface on the back side of the article placement surface can be easily configured. In addition, since the supported article is supported in contact with the partition wall surface, the supported article is stably supported in an inclined state, and a large force is not required when removing the supported article, and unnecessary force is applied. In particular, there is little risk of damaging the supported article, and an easy-to-use article support structure can be configured.

Moreover, in the said fixture, the wall surface formation part which forms the fixture wall surface in proximity to the said article | support recessed part is provided in the depth direction back side of the said fixture, The said supported article is above the said article mounting surface. It is good also as a structure which leans leaning on the said fixture wall surface as said support part.
In this case, the article support structure can be configured by the article support recess and the fixture wall surface on the back side of the article placement surface alone without using the wall of the installation section of the fixture. In addition, since the supported article is supported in contact with the fixture wall surface, the supported article is stably supported in an inclined state, and a large force is not required when removing the supported article, and unnecessary force is applied. In particular, there is little risk of damaging the supported article, and an easy-to-use article support structure can be configured.

Further, in the above-mentioned fixture, the article support recess has a longitudinal direction along the article placement surface, and the first part is a downwardly convex arc in a cross-sectional view intersecting with the longitudinal direction of the article support recess. It is good also as a structure formed in a shape.
In this case, since the first portion displaces the lower end of the supported article in an arc shape, the supported article can easily be tilted, and the article supporting recess can be easily processed into a round groove shape.

In the above-mentioned fixture, the second part is formed by the extension part connected to the arc-shaped opening side of the first part and the article placement surface in a cross-sectional view intersecting with the longitudinal direction of the article support recess. It is good also as a structure which has a corner | angular part.
In this case, since the second part has a corner portion formed by the extension part of the first part and the article placement surface, the lower end of the supported article is difficult to get over the second part and is prevented from being separated from the article support recess. can do. In addition, the first part and the second part can be formed simultaneously and easily only by forming a circular groove on the article placement surface.

Further, the fixture includes a plate portion that forms the article placement surface, and the plate portion penetrates from the upper surface side to the lower surface side that forms the article placement surface, at least a part of the article support recess. It is good also as a structure in which the opening part opened inside is formed.
In this case, since an opening that penetrates the plate portion is formed so as to open in the article supporting recess, even if the supported article connects the wiring from below, the article placement of the plate portion through the opening is performed. The wiring can be extended between the surface side and the opposite side.

In the above-mentioned fixture, the article support recess has a longitudinal direction along the article placement surface, and the opening is wider than an opening width in a direction intersecting the longitudinal direction of the article support recess. It is good.
Since the opening is wider than the article supporting recess, even if there is a wiring extending downward from the inclined supported article, the wiring can be easily inserted and extended through the opening.

Further, in the above-mentioned fixture, the plate portion is provided substantially parallel to the top plate of the fixture and spaced apart above the top plate, and between the plate portion and the top plate in the fixture, It is good also as a structure provided with the wiring slot which can insert the wiring extended from the said supported article.
In this case, the upper surface of the top plate can be secured widely, and even if there is a wiring extending downward from the supported article, the wiring can be guided to the lower part of the plate through the opening and connected to the wiring insertion port.

Moreover, the said fixture WHEREIN: The said wiring insertion port is good also as a structure arrange | positioned directly under the said opening part.
In this case, the wiring extending from the supported article to the lower part of the plate portion through the opening can be inserted into the wiring insertion slot at the shortest distance.

Moreover, the said fixture WHEREIN: It is good also as a structure by which the said opening part is provided with two or more by the longitudinal direction of the said article support recessed part.
In this case, it is possible to bring the wiring downward from the supported article supported at a predetermined position in the longitudinal direction of the groove-shaped article support recess through the nearest opening.

  According to the present invention, an easy-to-use article support structure can be configured while reducing the burden on the supported article.

It is a perspective view of the fixture in embodiment of this invention. It is a side view of the said fixture. It is a front view of the curtain board of the said fixture. It is a top view of the said curtain. It is the V section enlarged view of FIG. It is VI-VI sectional drawing of FIG. It is a principal part enlarged view of FIG. It is a side view equivalent to FIG. 2 which shows the modification of the said fixture. It is sectional drawing equivalent to FIG. 7 which shows the 1st modification of the goods support recessed part of the said fixture. It is sectional drawing equivalent to FIG. 7 which shows the 2nd modification of the said goods support recessed part. It is sectional drawing equivalent to FIG. 7 which shows the 3rd modification of the said article | item support recessed part. It is sectional drawing equivalent to FIG. 7 which shows the 4th modification of the said goods support recessed part.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. In the following description, unless otherwise specified, the front, back, left, and right directions in the following description are “front” on the front side of the user facing the desk of the embodiment, “rear” on the back side, and This will be described as up, down, left and right as seen from the user.

As shown in FIGS. 1-3, the fixture 1 of this embodiment is equipped with the wooden fixture main body 2 which forms the substantially horizontal article mounting surface m1, m2, for example. The fixture body 2 includes a lower structure 3 that stands on the floor surface F, and an upper structure 4 that is supported by the lower structure 3 and that forms article placement surfaces m1 and m2.
The lower structure 3 includes a pair of left and right legs 5, and a lower shelf board 6 and a curtain board 7 that connect the left and right legs 5.
The upper structure 4 includes a top plate 12, a standing plate 13 disposed vertically above the rear edge of the top plate 12, and a shelf plate 14 disposed horizontally at the upper end of the standing plate 13.

In the lower structure 3, the left and right legs 5 are symmetrical with each other. Each leg 5 includes a front leg 8 and a rear leg 9, and an upper leg beam 10 connecting the upper portions of the front leg 8 and the rear leg 9.
The front leg 8 has a front grounding portion at a position below the front corners of the top plate 12 and extends linearly from the front grounding portion toward the front and rear intermediate positions on both sides of the top plate 12. The front leg 8 is inclined so as to be located on the rear side as viewed from the side, and extends along the vertical direction in the front view. The front leg 8 has a rectangular cross-sectional shape that intersects the extending direction. The front leg 8 is formed to be tapered in a side view so as to reduce the front-rear width of the cross-sectional shape toward the lower side.

  The rear leg 9 has a rear grounding portion at a position below the corners on both rear sides of the top plate 12, and extends linearly along the vertical direction from the rear grounding portion toward the corners on both rear sides of the top plate 12. . The rear leg 9 has a rectangular shape whose cross-sectional shape intersecting the vertical direction is wider in the left-right width than in the front-rear width. The cross-sectional shape of the rear leg 9 and the cross-sectional shape near the upper end of the front leg 8 are substantially the same.

  The upper leg beam 10 extends between the upper rear surface of the front leg 8 and the upper front surface of the rear leg 9 and extends linearly along the front-rear direction. The upper leg beam 10 has a rectangular shape whose cross-sectional shape intersecting the front-rear direction is wider than the left-right width. The left and right width of the upper leg beam 10 is smaller than the left and right widths of the front and rear legs 8 and 9. The side surface on the outer side in the fixture width direction of the upper leg beam 10 and the side surface on the outer side in the fixture width direction of the front and rear legs 8 and 9 are arranged substantially flush with each other. The upper surface of the upper leg beam 10 is arranged along the lower surface of the top plate 12 together with the upper end surfaces of the front and rear legs 8 and 9.

The lower shelf board 6 is horizontally arranged below the top board 12 with an interval. The lower shelf board 6 is formed in a rectangular shape having a left-right width wider than a front-rear width in plan view. The front edge of the lower shelf 6 is arranged behind the front edge of the top plate 12 and at a position overlapping the upper portion of the front leg 8 in a side view. The rear edge of the lower shelf 6 is disposed at a position overlapping the upper portion of the rear leg 9 in a side view and abuts against the front surface of the curtain plate 7. The lower shelf 6 connects the left and right legs 5 at the lower end height of the left and right leg upper beams 10. Between the upper surface of the lower shelf board 6 and the lower surface of the top plate 12, a space k capable of storing articles and the like is formed.
In addition, as shown in FIG. 2, it is also possible to provide the drawer 11 in the space k. The drawer 11 is supported, for example, on a guide rail 11a fixed to the inner side surface of the left and right leg upper beam 10 so as to be movable back and forth.

  The curtain plate 7 is disposed vertically below the rear edge of the top plate 12. The curtain plate 7 connects the left and right leg bodies 5 between the upper parts of the left and right rear legs 9. The curtain plate 7 is formed in a rectangular shape having a lateral width wider than the vertical width in a front view. The upper edge of the curtain plate 7 is disposed at the same height as the lower surface of the top plate 12 at a position overlapping the upper portion of the rear leg 9 in a side view. The lower edge of the curtain plate 7 is disposed below the lower surface of the lower shelf 6 at a position overlapping the upper portion of the rear leg 9 in a side view. The front surface of the curtain plate 7 is disposed at a position overlapping the upper portion of the rear leg 9 in a side view. The rear surface of the curtain plate 7 is disposed substantially flush with the rear edges of the left and right rear legs 9.

In the upper structure 4, the top plate 12 is formed in a rectangular shape having a width that is wider than the front-rear width in plan view. The top surface of the top plate 12 is an article placement surface m1.
The upright plate 13 causes the lower front surface to abut the rear edge of the top plate 12 from behind. The upright plate 13 is formed in a rectangular shape having a width that is wider than the vertical width in a front view. The horizontal width of the upright plate 13 is the same as the horizontal width of the top plate 12. The vertical width of the upright plate 13 is smaller than the front-back width of the top plate 12. The upright plate 13 is integrally formed with the curtain plate 7 of the lower structure 3. The horizontal width of the upright plate 13 is larger than the horizontal width of the curtain plate 7 by the horizontal width of the left and right legs 5.

  The shelf board 14 makes the rear lower surface contact the upper edge of the upright board 13 from above. The shelf board 14 is formed in a rectangular shape having a wider left-right width than a front-rear width in plan view. The left-right width of the shelf board 14 is the same as the left-right width of the upright board 13. The front and rear width of the shelf plate 14 is smaller than the vertical width of the standing plate 13. The height of the shelf board 14 corresponds to the eye level of the user who is seated on a chair or the like while facing the furniture 1. The upper surface of the shelf board 14 is an article placement surface m2 (auxiliary placement surface).

As shown in FIGS. 4 to 6, an article support recess 15 that opens toward the upper side of the article placement surface m <b> 2 is formed on the article placement surface m <b> 2 of the shelf board 14.
The article support recess 15 is supported by inserting the lower end of the supported article TB that stands upright on the article placement surface m2. The article support recess 15 has a round groove shape extending in parallel with the left-right direction over the entire left-right width of the shelf board 14 along the horizontal article placement surface m2. Examples of the supported article TB include an electronic device such as a tablet terminal, a smartphone, or an electronic book that includes a display panel on the surface of a rectangular flat plate-shaped main body. The article support recess 15 has a sufficiently large length dimension with respect to any of the standard vertical and horizontal widths of the electronic device, but the width dimension changes the inclination of the electronic device to the standard thickness of the electronic device. It is suppressed to a value that allows only a specific range (for example, 15 to 30 mm).

  Small front and rear grooves 16a and 16b are formed in front and rear of the article support recess 15 before and after the shelf board 14, respectively, and can be supported by inserting the lower end of the paper surface. The article support recess 15 is suitable for supporting a plate-shaped electronic device, but may support a book having a thickness larger than that of the electronic device.

When using a plate-shaped electronic device as described above, when the device is placed flat on the article placement surfaces m1 and m2, the display panel (screen) of the electronic device is viewed from above, and visibility is improved. There are challenges. Further, when the display panel also serves as an input device, there is a problem in operability.
For this reason, it is preferable that the plate-like electronic device is erected in an inclined state, and the display panel of the electronic device is directed to the user facing the fixture 1. Accordingly, it is possible to use the electronic device while standing up front without holding the electronic device. In addition, by making it possible to adjust the tilt of the electronic device as will be described later, it is possible to improve visibility by facing the display panel to the user's line of sight or suppressing reflection of light on the display panel. Become.

As shown in FIG. 6, the fixture 1 has an abutting portion 17 on the back side in the depth direction of the upper structure 4 (preferably a shelf plate 14) brought into contact with a partition wall W <b> 1 in the room where the fixture 1 is installed. Installed. At this time, the rear edge of the shelf board 14 abuts or approaches the vertical partition wall surface W1. An article support recess 15 is formed on the rear side of the shelf board 14. Thereby, in the installation state of the fixture 1, the article support recess 15 and the partition wall surface W1 are arranged close to each other.
Then, the supported article TB leans against the partition wall surface W1 above the article placement surface m2. The lower end of the supported article TB is supported while being placed in the article support recess 15, and the upper end of the supported article TB is supported while being in contact with the partition wall surface W1 from the front.

  Referring to FIGS. 4 and 5 together, the shelf plate 14 is formed with an opening 19 that vertically penetrates a portion of the shelf plate 14 that overlaps the article support recess 15. For example, a plurality of openings 19 are provided in the longitudinal direction (left-right direction) of the article support recess 15 (in the figure, for example, the left-right center and two on the left side). Each opening 19 has an elliptical shape in which the major axis direction is aligned with the left-right direction in a plan view, for example.

  Referring to FIGS. 5 and 6, each opening 19 straddles the center of the recess within the opening width h <b> 1 of the article support recess 15 in a direction orthogonal to the longitudinal direction of the article support recess 15 (the recess orthogonal direction and the front-rear direction). While having an opening upper portion 20 that displaces to the front side, an opening lower portion 21 that widens the front portion forward with respect to the opening upper portion 20 in a stepped shape. In the direction orthogonal to the concave portion, the opening width h2 of the upper opening portion 20 is narrower than the opening width h1 of the article supporting concave portion 15, and the opening width h3 of the lower opening portion 21 is wider than the opening width h1 of the article supporting concave portion 15. The entire shape of the opening 19 is formed so as to spread from the upper surface side (the article placement surface m2 side) to the lower surface side of the shelf plate 14 so as to spread toward the front side as it goes down, and to be located at the front side as it goes down. It can be said that it is formed to be inclined. For this reason, not only the wiring ca extending directly below the supported article TB but also the wiring ca extending obliquely downward and forward along the inclination of the supported article TB can be easily inserted. The contact to is suppressed.

  In addition, although the opening upper part 20 and the opening lower part 21 are each formed along the thickness direction of the shelf board 14, you may form diagonally with respect to the thickness direction of the shelf board 14. FIG. However, when the opening 19 is formed along the thickness direction of the shelf 14 as in the present embodiment, compared to the case where the opening 19 is formed obliquely with respect to the thickness direction of the shelf 14, Thus, the opening 19 can be formed by advancing and retracting the tool along the thickness direction, and the workability of the shelf board 14 is good.

  Referring to FIG. 3, a wiring insertion port 22 such as an outlet (plug receptacle) for inserting a plug for power supply is provided on the front surface of the upright plate 13 below the shelf plate 14. For example, the wiring insertion port 22 is arranged so as to be shifted to the left and right sides (left side in the figure) of the upright plate 13 and directly below the opening 19 located on the same side.

Referring to FIG. 7, the bottom side of the article support recess 15 slides the lower end of the article to be supported TB on the inner surface of the article support recess 15 in order to allow a change in the inclination of the article to be supported TB. The movement amount in the normal direction of the article placement surface m2 at the lower end associated with the movement in the surface direction can be moved in the surface direction of the placement surface m2 (the direction along the surface). Is a first portion 23 having a small value.
Further, the opening side of the article supporting recess 15 allows the lower end of the supported article TB to be moved in the plane direction by sliding on the inner surface of the article supporting recess 15 in order to suppress a change in the inclination of the article to be supported TB. The amount of movement in the normal direction of the lower end accompanying the movement in the surface direction is the second region 24 having a value larger than the amount of movement in the surface direction.

In a cross-sectional view intersecting with the longitudinal direction of the article support recess 15, the first part 23 is formed in a downwardly convex arc shape, and the second part 24 is an extension part connected to the arc-shaped opening side of the first part 23. Configured as In the figure, reference numeral 24a denotes an arc surface connected to the arc surface 23a of the first part 23 in the second part 24, and reference numeral 24c denotes a corner formed by the arc surface 24a and the article placement surface m2 in the second part 24. . The center c1 of the arc surface 23a of the first part 23 and the center c2 of the arc surface 24a of the second part 24 coincide with each other.

  In the cross-sectional view, the article supporting recess 15 has a semicircular cross section, but the depth is less than the semicircular radius. In the cross-sectional view, the first portion 23 and the second portion 24 form an arc shape having the same radius that is continuous with each other. In the sectional view, the arc-shaped tangent t gradually increases the angle θ with respect to the article placement surface m2 (horizontal plane) from the lower end position of the arc-shape. The contact point p at which the angle θ is 45 degrees serves as a boundary between the first part 23 and the second part 24.

  That is, when the lower end of the supported article TB comes into contact with the first part 23, the movement amount dy in the normal direction of the lower end moving along the arc surface 23a of the first part 23 is the surface direction of the lower end. Is less than the movement amount dx. On the other hand, when the lower end of the supported article TB contacts the second part 24, the amount of movement dy in the normal direction of the lower end moving along the second part 24 is the amount of movement dx in the surface direction of the lower end. Bigger than.

  Since the depth of the article supporting recess 15 is less than the radius of the arc shape, the arc-shaped tangent t in the sectional view is not vertical, and the lower end of the supported article TB is along the inner surface of the article supporting recess 15. During the movement, the movement amount dx in the surface direction of the lower end is ensured.

  Then, the lower end of the supported article TB is inserted into the article supporting recess 15, and the supported article TB is supported in a tilted state with the upper end of the supported article TB leaning against the partition wall surface W1. The The lower end of the supported article TB is movable along the arc shape of the first part 23 in a state of being in contact with the first part 23 of the article supporting recess 15 and causes the supported article TB to tilt. The supported article TB is tilted by moving the lower end along the arc shape of the first portion 23 and moving the upper end up and down along the partition wall surface W1. When the lower end of the supported article TB starts to come into contact with the second portion 24 of the article support recess 15, this tilting is moderately regulated by a regulation force based on the weight of the supported article TB.

  When a force in the surface direction of the article placement surface m2 is applied to the lower end of the supported article TB in a state where the lower end of the supported article TB is in contact with the article supporting recess 15, the lower end of the supported article TB is set to the article support concave 15 A movement amount dx in the surface direction and a movement amount dy in the normal direction of the lower end are generated. The movement amount dy in the normal direction is a movement amount for detaching the lower end of the supported article TB from the article support recess 15 and is also generated by being guided to the inner surface of the article support recess 15 by the force in the plane direction. Thus, when a force in the surface direction of the article placement surface m2 is applied to the lower end of the supported article TB, excessive input to the supported article TB is suppressed, and the supported article TB can be easily removed from the article support recess 15. Can be removed.

  As described above, the fixture 1 in the above embodiment has an article placement surface m2 on which an article can be placed, and opens upward on the article placement surface m2, and stands on the article placement surface m2. And an article support recess 15 for supporting the article to be supported by inserting the lower end of the article to be supported TB. The article to be supported TB leans against the support portion (partition wall surface W1) above the article placement surface m2. The bottom end side of the article supporting recess 15 is movable in the surface direction of the article placement surface m2 so that the lower end of the article to be supported TB is allowed to change in inclination of the article to be supported TB, and A first part 23 is formed in which a movement amount dy in the normal direction of the article placement surface m2 at the lower end accompanying the movement in the surface direction is smaller than the movement amount dx in the surface direction, and the article support recess 15 on the opening side, the inclination of the supported article TB changes. In order to suppress the movement, the lower end of the supported article TB can be moved in the plane direction, and the movement amount dy in the normal direction of the lower end accompanying the movement in the plane direction is larger than the movement amount dx in the plane direction. A second part 24 is formed as a value.

According to this configuration, the article support concave portion 15 of the article placement surface m2 allows the lower end of the supported article TB standing upright on the article placement surface m2 to enter the surface of the lower end of the supported article TB. Since the support is performed while allowing the movement, that is, the change in the inclination of the supported article TB, the lower end of the supported article TB is intentionally supported loosely. For this reason, a large force is not necessary when removing the supported article TB, and the risk of damaging the supported article TB is reduced even when an unnecessary force is applied.
Further, on the bottom side of the article support recess 15, the article support recess 15 has a lower end of the article TB to be supported with respect to the first portion 23 that supports the movement amount dy in the normal direction of the article placement surface m 2. Since the second portion 24 is provided on the opening side for supporting the lower end of the supported article TB by increasing the movement amount dy in the normal direction, the movement in the surface direction of the lower end of the supported article TB is suppressed, A change in the inclination of the supported article TB is moderately regulated.
And in the second part 24, since the movement in the normal direction is generated while moving the lower end of the supported article TB in the plane direction, when an unintended plane direction force is applied to the supported article TB, The lower end of the supported article TB can be easily separated from the article support recess 15.
Thus, an easy-to-use article support structure can be configured while reducing the burden on the supported article TB.

Further, in the fixture 1, the article support recess 15 is provided on the depth side in the depth direction of the article placement surface m <b> 2, and a partition wall surface of a section in which the fixture 1 is installed on the depth direction depth side of the fixture 1. An abutting portion 17 is provided which abuts against W1 so that the article supporting recess 15 can be brought close to the partition wall surface W1, and the supported article TB is close to the partition wall surface W1 above the article placement surface m2. It hangs and tilts.
In this case, by bringing the abutment portion 17 into contact with the partition wall surface W1 of the installation section of the fixture 1, an article support structure including the article support recess 15 and the partition wall surface W1 on the back side of the article placement surface m2 is easily configured. be able to. Further, since the supported article TB is supported in contact with the partition wall surface W1, the supported article TB is stably supported in an inclined state, and a large force is not necessary or unnecessary when removing the supported article TB. Even when force is applied, there is little risk of damaging the supported article TB, and an easy-to-use article support structure can be configured.

The fixture 1 has a longitudinal direction in which the article support recess 15 extends along the article placement surface m2, and the first part 23 is a cross-sectional view intersecting with the longitudinal direction of the article support recess 15. The second portion 24 is formed in a downwardly convex arc shape, and the second portion 24 is formed by an extension portion (arc surface 24a) continuous to the arc-shaped opening side of the first portion 23 and the article placement surface m2. It has a portion 24c.
In this case, since the first portion 23 displaces the lower end of the supported article TB in an arc shape, it is easy to cause the tilt of the supported article TB, and the article supporting recess 15 can be easily processed into a round groove shape. .
Further, since the second portion 24 has a corner portion 24c formed by the extended portion of the first portion 23 and the article placement surface m2, the lower end of the supported article TB is difficult to get over the second portion 24, and the article support recess 15 is provided. It can be deterred from leaving. Moreover, the 1st site | part 23 and the 2nd site | part 24 can be simultaneously and easily formed only by forming a round groove in the article mounting surface m2.

Moreover, the said fixture 1 is provided with the shelf board 14 which forms the said article mounting surface m2, and penetrates from the upper surface side which forms the said article mounting surface m2 to the lower surface side in the said shelf board 14, and at least one part Is formed in the article support recess 15.
In this case, since the opening 19 penetrating the shelf plate 14 is formed so as to open in the article supporting recess 15, even if the article to be supported TB connects the wiring ca from below, the opening 19 passes through the opening 19. The wiring ca can be extended between the article placement surface m2 side of the shelf board 14 and the opposite side. In addition, cleaning inside the article support recess 15 is facilitated.

  Further, since the opening 19 is wider than the opening width h1 in the direction intersecting the longitudinal direction of the article supporting recess 15, even if there is a wiring ca extending downward from the inclined supported article TB, the wiring 19 The ca can be easily inserted into the opening 19 and extended. The opening 19 may be wider than the article support recess 15 over its entire vertical width, and the opening 19 may have a front-rear width that projects over the article support recess 15 respectively. Further, the opening 19 may be narrower than the article support recess 15.

In addition, the shelf 1 is provided with the shelf plate 14 being substantially parallel to the top plate 12 of the fixture 1 and spaced above the top plate 12, and the shelf plate 14 and the ceiling plate in the fixture 1 are arranged. Between the plate 12, a wiring insertion port 22 into which a wiring ca extending from the supported article TB can be inserted is provided.
In this case, the upper surface of the top plate 12 can be secured widely, and even if there is a wiring ca extending downward from the supported article TB, the wiring ca is guided through the opening portion 19 to the lower side of the shelf 14 to enter the wiring insertion port 22. Can be connected.

Further, since the wiring insertion port 22 is arranged directly below the opening 19, the wiring ca extending from the supported article TB to the lower side of the shelf 14 through the opening 19 is transferred to the wiring insertion port 22 with the shortest distance. Can be plugged in.
Further, since a plurality of the openings 19 are provided in the longitudinal direction of the article support recess 15, the supported article TB supported at a predetermined position in the longitudinal direction of the groove-shaped article support recess 15 passes through the nearest opening 19. The wiring ca can be brought down to the shelf 14. The number, position, and shape of the openings 19 are not limited to those in the above embodiment.

  The present invention is not limited to the above-described embodiment. For example, the wiring insertion port 22 is used for a LAN (Local Area Network) in addition to an outlet (plug receptacle) for inserting a plug for power supply. USB (Universal Serial Bus) port or jack may be used. Moreover, not only for power supply but also for communication may be used.

Moreover, it is not restricted to the structure which supports the to-be-supported article TB using the division wall surface W1, and it adjoins the said article support recessed part 15 in the depth direction back side of the said fixture 1, like the fixture 101 shown in FIG. A wall surface forming portion 118 that forms the fixture wall surface W2 may be provided, and the supported article TB may lean toward the fixture wall surface W2 above the article placement surface m2.
In this case, the article support structure by the article support recessed part 15 and the fixture wall surface W2 on the back side of the fixture body 2 can be configured by the fixture 101 alone without using the wall or the like of the installation section of the fixture 101.

Moreover, not only the circular groove-shaped article support recess 15, but also a first portion 123 including a flat portion parallel to the article placement surface m <b> 2 in a cross-sectional view, such as an article support recess 115 illustrated in FIG. 9, may be provided. Good. At this time, in the flat portion of the first portion 123, the amount of movement in the normal direction accompanying the movement in the surface direction of the lower end of the supported article TB is zero.
Similarly, a flat second portion 224 may be provided along the tangential direction of the contact point p in a sectional view, for example, as an article support recess 215 shown in FIG. Furthermore, an article supporting recess having an inverted trapezoidal cross section may be formed by combining the flat first portion and the second portion (not shown).

  Further, for example, a notch 324 is formed behind the article support recess 315 in the shelf board 14 as in the article support recess 315 shown in FIG. 11, and the article support recess 315 is provided on the wall surface W3 including the partition wall surface W1 or the fixture wall surface W2. You may open it. That is, the article supporting recess is not limited to the one that is symmetric in the width direction (front-rear direction), and is, for example, on the side (lower side in the width direction, front side) that moves the lower end so as to tilt the supported article TB in the first part. Only the second part may be formed.

  Further, for example, a pair of front and rear projections 424 are formed on the article placement surface m2 as in the article support depression 415 shown in FIG. 12, and at least a part of the article support depression 415 is located above the article placement surface m2. The structure formed may be sufficient.

In addition, the inner surface of the article supporting recess may be subjected to surface processing having a concavo-convex shape parallel to the longitudinal direction of the article supporting recess to facilitate adjustment of the tilt of the supported article. Regardless of the presence or absence of the shelf plate 14 and the standing plate 13, the article support recess may be provided in the top plate 12. You may apply not only to a desk but to furniture, such as a table and a cabinet.
And the structure in the said embodiment is an example of this invention, A various change is possible in the range which does not deviate from the summary of the said invention.

1,101 Furniture 12 Top plate 14 Shelf plate (plate part)
15, 115, 215, 315, 415 Article support recess 17 Abutting portion 19 Opening portion 22 Wiring insertion portion 23, 123 First portion 24, 224 Second portion 24a Arc surface (extension portion)
24c Corner portion 118 Wall surface forming portion dx Amount of movement in the surface direction dy Amount of movement in the normal direction m2 Article placement surface TB Supported article ca Wiring W1 Partition wall surface (support portion)
W2 Wall surface (support)
h1 opening width

Claims (10)

An article placement surface on which an article can be placed;
An article supporting recess that opens upward on the article placing surface and supports the article by supporting the lower end of the supported article that stands up on the article placing surface;
The supported article leans against the support portion above the article placement surface, and is inclined.
On the bottom side of the article support recess, the lower end of the article to be supported is movable in the surface direction of the article placement surface so as to allow a change in the inclination of the article to be supported, and the movement in the surface direction is allowed. The first part is formed with a moving amount in the normal direction of the article mounting surface of the lower end being 0 or a value smaller than the moving amount in the surface direction,
On the opening side of the article support recess, the lower end of the article to be supported can be moved in the plane direction in order to suppress a change in the inclination of the article to be supported, and the lower end method according to the movement in the plane direction is used. The fixture in which the 2nd site | part which makes the movement amount of a line direction larger value than the movement amount of the said surface direction is formed. On the far side in the depth direction of the fixture, a contact portion is provided that contacts the partition wall surface of the partition where the fixture is installed, and allows the article support recess to be close to the partition wall surface,
The fixture according to claim 1, wherein the supported article is inclined by leaning on the partition wall surface as the support portion above the article placement surface. On the depth side in the depth direction of the fixture, a wall surface forming portion that forms a fixture wall surface in the vicinity of the article support recess is provided,
The fixture according to claim 1, wherein the supported article is inclined by leaning on the fixture wall surface as the support portion above the article placement surface. The article support recess has a longitudinal direction along the article placement surface,
The fixture according to any one of claims 1 to 3, wherein the first portion is formed in a downwardly convex arc shape in a cross-sectional view intersecting with a longitudinal direction of the article support recess.   In a cross-sectional view intersecting with the longitudinal direction of the article support recess, the second part has a corner formed by an extension part connected to the arc-shaped opening side of the first part and the article placement surface. The fixture according to claim 4. A plate portion that forms the article placement surface;
The said board part is penetrated from the upper surface side which forms the said article mounting surface to the lower surface side, The opening part which at least one part opens in the said article support recessed part is formed in any one of Claim 1 to 5 The fixture according to item 1. The article support recess has a longitudinal direction along the article placement surface,
The fixture according to claim 6, wherein the opening is wider than an opening width in a direction intersecting a longitudinal direction of the article support recess. The plate portion is provided in parallel with the top plate of the fixture and spaced apart above the top plate,
The fixture of Claim 6 or 7 in which the wiring insertion port which can insert the wiring extended from the said supported article is provided between the said board part and the said top plate in the said fixture.   The fixture according to claim 8, wherein the wiring insertion port is disposed immediately below the opening.   The fixture according to any one of claims 6 to 9, wherein a plurality of the openings are provided in a longitudinal direction of the article support recess.

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