JP5186181B2 - table - Google Patents

Description

  The present invention relates to a table used in a work space such as an office or a reception room.

As a table structure used in office spaces and reception rooms such as offices, the top plate is fixed on multiple supports, and the top plate's rigidity supports the weight and load of the top plate without bending. (For example, refer to Patent Document 1). In addition, by spanning the beam on a plurality of supports and fixing the top plate on the beam, the weight of the top plate and the load on the top plate can be reduced depending on the rigidity of the beam or the rigidity of the beam and the top plate. There is a structure that supports the substrate so as not to bend (see, for example, Patent Document 2).
In recent years, it has been desired that the number of support members and the size of members are minimized in the above-described table from the viewpoint of usability and design while ensuring the necessary rigidity.
JP 2003-204827 A JP 2000-279247 A

By the way, a table used in a working space such as an office or a reception room may be required to have a long and thin top plate in one direction for simultaneous use by a large number of people in a meeting or the like. However, if an attempt is made to minimize the number of supports installed while using an elongated top plate, the top plate is very difficult to support its own weight and load with the rigidity of the top plate itself as in Patent Document 1. It becomes thicker and heavier. For this reason, there existed a problem that the whole weight of a table will increase and the assemblability at the time of assembling a top plate will fall.
Moreover, in the table like patent document 2, the thickness of a top plate can be made into the minimum, and it can be made lightweight compared with the table of patent document 1 as a whole weight, but the space | interval of a support body. As the size of the beam increases, the weight of the beam increases. For this reason, it is difficult to lift the beam body and install it at a predetermined fixed position on the support body, which causes a problem that the assemblability of the beam body is deteriorated.

  The present invention has been made in view of the above-described circumstances, and even if the interval between the supports is increased and the weight of the beam is increased, the beam can be easily assembled to the support. In addition, the present invention provides a table in which the beam body can be reliably supported and fixed to the support after assembly.

In order to solve the above problems, the present invention proposes the following means.
The table of the present invention includes a substantially plate-shaped top plate, a pair of beam bodies arranged and arranged on the lower surface of the top plate to support and fix the top plate, and a plurality of beams in the length direction of the pair of beam bodies. And a pair of supporters that support and fix the beam bodies, each of the support bodies corresponding to each of the pair of beam bodies, and a pair of first mountings that are substantially horizontal at the top. Each of the first mounting surfaces and a pair of second mounting surfaces formed to be inclined in the width direction of the beam body from each of the first mounting surfaces, A first bottom surface that has a top plate support surface to which the top plate is fixed and is supported by the first placement surface in a range supported by at least the support in the length direction; is formed to be inclined continues from said first bottom surface possess a second bottom surface that contacts supported by the second mounting surface,
In the upper part of the support body, the inclined lower end side with respect to the respective second placement surfaces has a corresponding front
A locking piece for locking the beam member in the width direction is provided .

According to the table of the present invention, each of the pair of beam bodies is supported in contact with the first placement surface whose first bottom surface is a substantially horizontal surface, and the second bottom surface is an inclined surface. By being in contact with and supported by the second mounting surface, the support surface is surely supported and fixed. And since the top plate is supported and fixed to each top plate support surface of the pair of beams supported by the support body, even if the distance between the support bodies becomes large, It is possible to provide a structure that is reliably supported so as not to be bent by the beam body while minimizing.
In addition, when the beam body is assembled to the support body, the beam body guided so as to descend the second mounting surface which is the inclined surface has a first bottom surface which is a substantially horizontal plane at a fixed position. While abutting on the mounting surface and being locked in the width direction by the locking piece, positioning can be performed more reliably.

  Here, when assembling a support body, a beam body, and a top plate, it carries out as follows. That is, a plurality of supports are arranged side by side at a predetermined interval. Next, the beam disposed in the vicinity of the support along the direction in which the supports are arranged is lifted and moved to above the support. Next, the operator lowers the beam body after aligning the relative position with the support body in a state where the beam body is lifted. Here, the support body has a second mounting surface that is an inclined surface, and the beam body has a corresponding second bottom surface. For this reason, even if the position in the width direction of the beam body is slightly different from the support body, the beam body in contact with the second placement surface of the support body at the second bottom surface is It descends along the inclination of the mounting surface, and the operator is guided to a predetermined fixed position on the upper part of the support without fine adjustment. When the beam body is guided to a predetermined fixed position, the first bottom surface of the beam body also comes into contact with the first mounting surface which is a substantially horizontal surface of the support body. Thus, it is accurately positioned at a predetermined fixed position, and is reliably supported. Then, after the beam body is securely fixed to the support body, the support body, the beam body and the top board are integrally assembled by placing and fixing the top board on the top board support surface of the beam body. It becomes.

In the above table, each of the pair of beam bodies includes a range in which the first bottom surface and the first placement surface abut, a second bottom surface and the second placement surface. It is more preferable that it is fixed to the support in each of the contact areas .

According to the table of the present invention, the beam body is fixed to each of the first placement surface and the second placement surface of the support body in each of the first bottom surface range and the second bottom surface range. By doing so, the connection between the beam body and the support body can be made stronger.

Further, in the above table, a substantially plate-shaped top plate, a pair of beam bodies arranged and arranged on the lower surface of the top plate to support and fix the top plate, and a length direction of the pair of beam bodies A plurality of support bodies that support and fix the beam bodies, and each of the support bodies has a pair of first mounts that are substantially horizontal at the top so as to correspond to each of the pair of beam bodies. Each of the first mounting surfaces and a pair of second mounting surfaces formed so as to be inclined from each of the first mounting surfaces in the width direction of the beam body. A first bottom surface which has a top plate support surface to which the top plate is fixed and is supported by the first placement surface in a range supported by at least the support in the length direction; And a second bottom surface which is formed to be inclined from the first bottom surface and is in contact with and supported by the second placement surface, and a pair of the beams Are fixed to the support in each of a range in which the first bottom surface and the first mounting surface are in contact with each other and a range in which the second bottom surface and the second mounting surface are in contact with each other. It is said that it is more preferable.

According to the table of the present invention, each of the pair of beam bodies is supported in contact with the first placement surface whose first bottom surface is a substantially horizontal surface, and the second bottom surface is an inclined surface. By being in contact with and supported by the second mounting surface, the support surface is surely supported and fixed. And since the top plate is supported and fixed to each top plate support surface of the pair of beams supported by the support body, even if the distance between the support bodies becomes large, It is possible to provide a structure that is reliably supported so as not to be bent by the beam body while minimizing.
Further, the beam body is fixed to each of the first mounting surface and the second mounting surface of the support body in each of the first bottom surface range and the second bottom surface range. The connection between the body and the support can be made stronger.

Further, in the above table, each of the second mounting surfaces is connected to each of the pair of beam bodies, with each of the second mounting surfaces continuing from the corresponding first mounting surface at an inclined upper end. Correspondingly, the second mounting surface further includes a pair of substantially horizontal third mounting surfaces continuing from the respective inclined lower ends, and each of the pair of beam bodies includes the third mounting surface. It is more preferable to have a third bottom surface that is in contact with and supported by the surface .

According to the table of the present invention, each of the beam bodies is supported in contact with and supported by the second mounting surface, which is an inclined surface, on the support body, and is substantially horizontal on both sides of the upper end and the lower end of the inclined surface. Since the first mounting surface and the third mounting surface are in contact with each other, the beam body can be supported more stably by the support body. In addition, when the beam body is assembled to the support body, the beam body guided so as to descend the second mounting surface which is an inclined surface has a first bottom surface which is a substantially horizontal plane at a fixed position. The third bottom surface is in contact with the third mounting surface, which is another substantially horizontal surface, so that positioning can be performed more reliably.

  Further, in the above table, it is more preferable that a pair of the second placement surfaces are formed on the upper portion of the support so as to have different inclination directions along the width direction. Yes.

  According to the table of the present invention, the horizontal force acts on the support body by the beam body being supported using the second mounting surface that is an inclined surface. The pair of second mounting surfaces corresponding to each of the pair of second mounting surfaces are inclined in different directions along the width direction, so that the horizontal forces acting on the support by the respective beam members cancel each other. For this reason, a beam and a top plate can be supported more stably by a support.

  Further, in the above table, it is more preferable that the upper portion of the support body is formed in a concave shape so that the pair of second placement surfaces are inclined so as to descend from the outside toward the inside, respectively. ing.

  According to the table of the present invention, when assembling a pair of beam bodies to the support body, first, each of the beam bodies is lifted from both outer sides of the support body and moved inward in the width direction. And by being placed on the corresponding second placement surface, it is guided to the predetermined fixed position so as to descend in the width direction along the inclination of the second placement surface as it is. It becomes. For this reason, a beam body can be assembled | attached to a support body more easily.

  In the above table, it is more preferable that the beam body has an inclined surface including the second bottom surface continuously in the length direction.

  According to the table of the present invention, the length of the inclined surface of the beam body includes the second bottom surface inclined so as to descend from the outside toward the inside corresponding to the second mounting surface of the support. It is continuous in the direction. For this reason, at the upper part of the beam body, the top plate can be reliably supported in a wider range in the width direction by the top plate support surface, and even if the seated user's feet are arranged below the top plate The beam will not be a hindrance.

  In the above table, the support body located on the outermost side in the length direction among the plurality of support bodies is disposed inside the edge in the length direction of the top plate. In addition, the beam body is extended so as to protrude outward in the length direction from the support body, and the end portion is formed so as to be inclined inward in the length direction from the top plate support surface. Is more preferable.

  According to the table of the present invention, the support body is disposed on the inner side of the edge of the top plate in the length direction, and the beam body is extended so as to protrude outward in the length direction from the support body. As a result, the top plate can be reliably supported in the length direction. On the other hand, the support body is disposed on the inside as described above, and the protruding beam body is inclined so that the end portion is inclined inward in the length direction from the top plate support surface. Even if the user is seated at the end, the support and the beam are not hindered.

  In the above table, a line space is formed between the pair of beam bodies, and the top plate has a wiring insertion hole that communicates the top of the top plate and the line space. It is more preferable that it is formed.

  According to the table of the present invention, the wiring of the electrical equipment used on the top board is communicated with the wiring space between the beam bodies from the wiring insertion hole, and the inside of the wiring space blocked by the top board is long. It can be disposed along the vertical direction. For this reason, the wiring can be concealed while using the electronic device freely on the top board, and the appearance on the top board can be improved in use.

  According to the table of the present invention, a support body having a pair of first placement surfaces and a pair of second placement surfaces, and a pair of beam bodies having a first bottom surface and a second bottom surface are provided. Therefore, even if the interval between the supports is increased and the weight of the beams is increased, the beams can be easily assembled to the support. In addition, after assembly, the beam can be securely supported and fixed to the support.

  1 to 7 show an embodiment according to the present invention. As shown in FIG. 1 and FIG. 2, the table 1 of the present embodiment is erected on a substantially flat plate top plate 10, a pair of beam bodies 20 that support and fix the top plate 10, and a floor surface F. And a support body 30 that supports and fixes the beam body 20, and is formed to be elongated in one direction as a whole.

  Two support bodies 30 are arranged on both sides in the length direction X of the beam body 20, are formed wide in the width direction Y orthogonal to the length direction X, and a pair of beam bodies arranged in the width direction Y. 20 is supported. The support 30 includes a substantially box-shaped main body 31 and a support plate 32 that is placed on the floor surface F and supports the main body 31. A plurality of adjusters 33 are provided between the main body 31 and the support plate 32, so that the height and level of the main body 31 can be adjusted with respect to the inclination of the floor surface F. It has become.

  The side plate 31a constituting the side portion of the main body 31 is detachable. In addition, on the upper portion of the main body 31, a pair of substantially horizontal first placement surfaces 34 </ b> A and 34 </ b> B corresponding to each of the pair of beam bodies 20 in order from the outside in the width direction Y to the inside, A pair of second mounting surfaces 35A, 35B inclined so as to descend from each of the one mounting surface 34A, 34B, and a substantially horizontal pair continued from the respective inclined lower ends of the second mounting surfaces 35A, 35B. The third mounting surfaces 36A and 36B are formed. The third mounting surfaces 36A and 36B corresponding to each of the pair of beam bodies 20 form a continuous flat surface portion 31b, and the upper portion of the main body portion 31 is formed in a concave shape as a whole. Further, on each of the third mounting surfaces 36A and 36B on the inclined lower end side with respect to each of the second mounting surfaces 35A and 35B, the corresponding beam body 20 is locked in the width direction Y. The piece 37 protrudes. The main body 31 has a communication groove 31c extending in the vertical direction Z at the center in the width direction Y and opening between the pair of third placement surfaces 36A and 36B. The wiring from the electric device arranged on 10 can be arranged up to the floor F.

  As shown in FIG. 3, the pair of beam bodies 20 are arranged so that the edge 20 a on the outer side in the width direction Y substantially coincides with the side portion of the support 30, and as shown in FIGS. 1 and 2. The end portion 20 b in the length direction X extends so as to protrude outward from the support body 30, and is supported by the support body 30. In the beam body 20, a top plate support surface 21 serving as an upper surface on which the top plate 10 is placed and an inclined surface 22 serving as a lower surface inclined inward from the outside in the width direction Y are continuous in the length direction X. The cross section is formed in a substantially triangular shape. Further, the end 20b in the length direction X of the beam body 20 is formed so as to be inclined from the top plate support surface 21 toward the inside in the length direction X, and is covered with the end cover 20c. The beam body 20 has a hollow interior in order to increase rigidity while suppressing weight, and a reinforcing plate 20d is provided along the vertical direction Z in the center of the interior to further increase rigidity. Further, as shown in FIGS. 2 and 4, in this embodiment, each beam body 20 includes two beam members 20 e having a substantially C-shaped cross section in order to increase the span length between the support bodies 30. The joint member 20f and the second joint member 20g having a U-shaped cross section are connected in the length direction X.

  Further, as shown in FIG. 3, the pair of beam bodies 20 includes a substantially horizontal first corresponding to the first placement surfaces 34 </ b> A and 34 </ b> B of the support 30 in order from the outside in the width direction Y toward the inside. Corresponding to the second mounting surface 36A, 36B, and the second mounting surface 36A, 36B corresponding to the second mounting surface 35A, 35B and the second mounting surface 36A, 36B. And a substantially horizontal third bottom surface 25 continuing from the second bottom surface 24. Here, the second bottom surface 24 is formed as a part of the inclined surface 22. Each beam body 20 has a first bottom surface 23 on the first mounting surfaces 34A and 34B, a second bottom surface 24 on the second mounting surfaces 35A and 35B, and a third bottom surface 25 on the third. Are in contact with the mounting surfaces 36 </ b> A and 36 </ b> B.

  Further, the pair of beam bodies 20 are respectively provided with locked ends 26 that protrude inward in the width direction Y at the lower portions, and are in contact with the locking pieces 37 of the support body 30 to be locked in the width direction Y. ing. In addition, screw holes 28 are formed in the first bottom surface 23 and the second bottom surface 24, respectively. On the other hand, in the upper part of the support 30, the first mounting surfaces 34 </ b> A and 34 </ b> B and the second mounting surfaces 35 </ b> A and 35 </ b> B correspond to the screw holes 28 and communicate with the inside of the main body 31. Is formed. Then, each beam body 20 has the first mounting surfaces 34 </ b> A and 34 </ b> B and the second mounting surfaces by the beam fixing bolts 40 inserted into the insertion holes 38 from the inside of the main body portion 31 and screwed into the screw holes 28. The surfaces 35A and 35B are fixed to the support 30.

  Moreover, as shown in FIG. 1, the top plate 10 is comprised in this embodiment by the plate member 11 divided into two in the length direction X, divided into two in the width direction Y, and divided into four as a whole. As shown in FIG. 3, each plate member 11 constituting the top plate 10 is in a state of being supported by each beam body 20 with the lower surface abutting on each top plate support surface 21. As shown in FIG. 4, screw holes 12 are formed at a plurality of locations in the length direction X on the lower surface of each plate member 11. On the other hand, the beam body 20 is formed with insertion holes 29 communicating with the vertical direction Z at a plurality of locations in the length direction X. The top plate fixing bolts 41 inserted from the lower side into the insertion holes 29 are screwed into the screw holes 12 of the plate member 11, so that each plate member 11 constituting the top plate 10 is fixed to the beam body 20. Has been.

  Here, a first locked piece 13 and a second locked piece 14 are attached to the lower surface of each plate member 11. The first locked piece 13 and the second locked piece 14 protrude inward in the width direction Y, respectively. In addition, the top plate support surface 21 of each beam body 20 has a first locking extending in the length direction X so as to correspond to the first locked piece 13 and the second locked piece 14, respectively. A groove 21a and a second locking groove 21b are formed. The first locking groove 21a and the second locking groove 21b are respectively provided with locking edge portions 21c and 21d that protrude outward from the inner edge in the width direction Y. In the state where each plate member 11 constituting the top plate 10 is supported by the beam body 20, the first locked piece 13 and the second locked piece 14 respectively correspond to the corresponding first engagement. By being inserted into the retaining groove 21a and the second retaining groove 21b, the retaining edge portions 21c and 21d are engaged with each other. It is in a state of being securely fixed to the body 20.

  Further, the plate member 11 is formed with a notch 11a at a position on the inner side in the width direction Y. In a state where the plate members 11 are fixed and combined on the beam body 20, the top plate 10 is connected to the top plate 10 vertically through the notch 11a in the center in the width direction Y and extends in the length direction X. Is formed. The wiring communication hole 10a is normally closed by the top cover 10b. A lid mounting groove 20 h is formed on the surfaces of the pair of beam bodies 20 facing each other so as to extend in the length direction X. A support member 15 extending upward is locked to the lid mounting groove 20h, and the top cover 10b is supported by the support member 15 to close the wiring communication hole 10a. The top plate lid 10b is detachable from the support member 15. By removing the top plate lid 10b, the wiring of the electric device used on the top plate 10 is routed between the pair of beam bodies 20 via the wiring communication hole 10a. It can be arranged as a space 43. The bottom of the through space 43 is closed by a bottom plate 43a engaged between the pair of beam bodies 20, and wiring can be arranged on the bottom plate 43a. The wiring of the electrical equipment arranged in the through space 43 can be connected to the power source of the floor surface F and the like via the connecting groove 31c at a position where the beam body 20 and the support body 30 are further fixed. ing.

  In the table 1 as described above, the top plate 10 is supported and fixed on the top plate support surfaces 21 of the pair of beams 20 supported by the support member 30, thereby increasing the interval between the support members 30. However, the top plate 10 can be configured to be reliably supported so as not to be bent by the beam body 20 while minimizing the thickness. Moreover, the beam body 20 has the inclined surface 22, and can ensure the dimension of the width direction Y of the top-plate support surface 21 which supports the top plate 10 largely. Further, the beam body 20 is disposed so that the edge 20 a substantially coincides with the side portion of the support 30. For this reason, the top plate 10 can be reliably supported in a wider range in the width direction Y, and the bending of the top plate 10 in the width direction Y can be more effectively prevented. On the other hand, in each beam body 20, the inclined surface 22 is formed continuously in the length direction X outside the width direction Y, so that the user is seated along the length direction X and the foot is the top plate 10. Even if it arrange | positions below, the beam body 20 will not become trouble.

  Similarly, the beam body 20 extends so as to protrude outward in the length direction X from the support body 30, and the end portion 20b is inclined. For this reason, the top plate 10 is reliably supported in the length direction X in a wider range, and the bending of the top plate 10 in the length direction X is effectively prevented, and the user is seated along the width direction Y. Even if the legs are arranged below the top plate 10, the beam body 20 and the support body 30 do not become an obstacle.

  Moreover, the beam body 20 that supports the top plate 10 includes the first placement surfaces 34A and 34B and the third placement surface 36A, which are substantially horizontal surfaces, together with the second placement surfaces 35A and 35B that are inclined surfaces. By being supported by 36B, it is in the state supported reliably. In particular, in this embodiment, it can support more stably by having a substantially horizontal surface on both sides of the inclined upper end and lower end of the second mounting surfaces 35A and 35B, which are inclined surfaces. Further, the second placement surfaces 35A and 35B corresponding to the pair of beam bodies 20 are inclined from the outer side in the width direction Y to the inner side, and the inclination directions are set to be different from each other. For this reason, a horizontal force acts on the support 30 by supporting the beam body 20 by the second mounting surfaces 35A and 35B which are inclined surfaces. However, the horizontal force acting by each beam body 20 is applied. Since the forces cancel each other, the support body 30 can support the beam body 20 more stably. Then, the first mounting surfaces 34A and 34B and the second mounting surfaces 35A and 35B are fixed with two different mounting surfaces by the beam fixing bolt 40 which is a fixing means, so that the support body 30 is fixed. Thus, the beam body 20 can be more firmly fixed.

  Next, the assembly procedure of the table 1 of this embodiment is demonstrated. First, as shown in FIG. 5, the support bodies 30 are arranged side by side at a predetermined interval on the floor surface F on which the table 1 is installed. At this time, by adjusting the adjuster 33, the height and the level of the two support bodies 30 are adjusted in advance.

  Next, as shown in FIGS. 6 and 7, the beam body 20 is assembled in the vicinity of the support body 30 along the direction in which the support bodies 30 are arranged. Next, the assembled beam body 20 is lifted and moved from the outer side in the width direction Y to the inner side, thereby being arranged above the support body 30. Then, after the beam body 20 is lifted, the beam body 20 is lowered after the relative position with the support body 30 is roughly aligned. Here, the support 30 has the second mounting surfaces 35A and 35B that are inclined surfaces, and the beam body 20 is the second mounting surface that is an inclined surface corresponding to the second mounting surfaces 35A and 35B. The bottom surface 24 is provided. For this reason, even if the position in the width direction Y of the beam body 20 is different from the support body 30, the beam body that is in contact with the second placement surfaces 35 </ b> A and 35 </ b> B of the support body 30 at the second bottom surface 24. 20 is lowered as it is by its own weight along the inclination of the second mounting surfaces 35A and 35B, and an operator who performs assembly is guided to a predetermined fixed position above the support 30 without fine adjustment. It becomes. At this time, the direction in which the operator lifts and moves the beam body 20 and the direction in which the inclination of each of the second mounting surfaces 35A and 35B is lowered coincide with each other from the outside in the width direction Y. Thus, the beam body 20 is guided to a predetermined fixed position without changing the moving direction of the beam body 20 lifted, and the beam body 20 can be assembled to the support body 30 more easily.

  When the beam body 20 is guided to a predetermined fixed position, the first bottom surface 23 of itself and the first mounting surfaces 34A and 34B, which are substantially horizontal surfaces of the support body 30, come into contact with each other. 20 is accurately positioned at a predetermined fixed position on the upper portion of the support 30 and is in a state of being reliably supported. In particular, in the present embodiment, the third bottom surface 25 also comes into contact with the third placement surfaces 36 </ b> A and 36 </ b> B, which are substantially horizontal surfaces, and the locked end 26 of its own is the locking piece 37 of the support 30. Therefore, it can be more reliably positioned and supported. Next, the side plate 31a of the main body 31 of the support 30 is removed, and the beam fixing bolt 40 is inserted from the inside of the main body 31 through the insertion hole 38 and screwed into the screw hole 28 of the beam 20. As a result, the beam body 20 is fixed to the support body 30. Moreover, the bottom part used as the through-line space 43 is obstruct | occluded by engaging the baseplate 43a to each in the state where a pair of beam body 20 was fixed.

  Next, as shown in FIGS. 3 and 4, the top plate 10 is attached. First, the 1st to-be-latched piece 13 and the 2nd to-be-latched piece 14 are attached to the lower surface of each board member 11 which comprises the top plate 10, respectively. Next, each plate member 11 is placed on the beam body 20. At this time, each plate member 11 is arranged slightly outside the predetermined position in the width direction Y. Then, by sliding each plate member 11 inward from the outer side in the width direction Y, the first locking groove 21a corresponding to the first locked piece 13 and the second locked piece 14 and It is immersed in the second locking groove 21b and locked to the locking edges 21c and 21d, whereby the plate member 11 is reliably positioned in the vertical direction Z and the width direction Y. Then, the top plate 10 is fixed to the beam body 20 by inserting the top plate fixing bolt 41 from the lower side of the beam body 20 into the insertion hole 29 and screwing it into the screw hole 12. The beam body 20 and the top plate 10 are in an integrally assembled state as shown in FIGS. 1 and 2. Finally, by engaging the support member 15 with the lid mounting groove 20h of the beam body 20 and attaching the top plate lid 10b to the support member 15, the wiring communication hole 10a of the top plate 10 is closed, and the assembly is completed. Become.

  As described above, the table 1 according to the present embodiment includes the support 30, the beam body 20, and the top plate 10 as described above, so that the interval between the support bodies 30 is increased and the weight of the beam body 20 is increased. Even if it is increased, it is possible to easily assemble the beam body 20 to the support body 30, and after assembly, the beam body 20 can be surely supported and fixed to the support body 30.

  As mentioned above, although embodiment of this invention was explained in full detail with reference to drawings, the concrete structure is not restricted to this embodiment, The design change etc. of the range which does not deviate from the summary of this invention are included.

It is a perspective view which shows the whole table of embodiment of this invention. It is a front view which shows the whole table of embodiment of this invention. It is the side view which fractured | ruptured one part by the cutting line AA of FIG. It is sectional drawing fractured | ruptured by the cutting line BB of FIG. It is explanatory drawing which arrange | positions a support body in the assembly of the table of embodiment of this invention. It is explanatory drawing which fixes a beam body in the assembly of the table of embodiment of this invention. It is explanatory drawing which fixes a beam body in the assembly of the table of embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Table 10 Top plate 10a Wiring penetration hole 20 Beam body 21 Top plate support surface 22 Inclined surface 23 1st bottom face 24 2nd bottom face 25 3rd bottom face 30 Support body 34A, 34B 1st mounting surface 35A, 35B Second placement surface 36A, 36B Third placement surface 37 Locking piece 43 Line space X Length direction Y Width direction

Claims (9)

A substantially plate-shaped top plate;
A pair of beams arranged side by side on the top plate to support and fix the top plate;
A plurality of support members arranged in the length direction of the pair of beam bodies to support and fix the beam bodies;
Each of the support bodies corresponds to each of the pair of beam bodies, and a pair of first mounting surfaces that are substantially horizontal at the top, and the width of the beam body from each of the first mounting surfaces. A pair of second mounting surfaces formed to be inclined following the direction,
Each of the pair of beam bodies has a top plate support surface to which the top plate is fixed, and abuts on the first placement surface within a range supported by at least the support body in the length direction. a first bottom surface which is supported, and a second bottom surface is formed by subsequently inclined from the bottom surface of the first abuts against supported by the second mounting surface possess,
In the upper part of the support body, the inclined lower end side with respect to the respective second placement surfaces has a corresponding front
A table provided with a locking piece for locking the beam member in the width direction . The table of claim 1,
Each of the pair of beam bodies includes a range in which the first bottom surface and the first placement surface are in contact with each other.
The second bottom surface and the second mounting surface are in contact with each other in a range where they contact each other.
Table, characterized by being. A substantially plate-shaped top plate;
A pair of beams arranged side by side on the top plate to support and fix the top plate;
A plurality of support members arranged in the length direction of the pair of beam bodies to support and fix the beam bodies;
Each of the supports is substantially horizontal at the top so as to correspond to each of the pair of beams.
A pair of first placement surfaces and a slope extending from each of the first placement surfaces in the width direction of the beam body.
A pair of second mounting surfaces formed
Each of the pair of beams has a top support surface to which the top is fixed,
Abutting and supporting the first mounting surface within a range supported by at least the support in the length direction.
A first bottom surface formed on the first bottom surface and inclining from the first bottom surface to contact the second mounting surface.
A second bottom surface supported,
Each of the pair of beam bodies includes a range in which the first bottom surface and the first placement surface are in contact with each other.
The second bottom surface and the second mounting surface are in contact with each other in a range where they contact each other.
Table, characterized by being. In the table in any one of Claims 1-3,
In the supporting body, each of the second mounting surfaces has an inclined upper end and the corresponding first mounting surface.
And the second mounting so as to correspond to each of the pair of beam bodies.
A pair of substantially horizontal third mounting surfaces that continue from the respective inclined lower ends of the surfaces;
The table characterized in that each of the pair of beam bodies has a third bottom surface that is in contact with and supported by the third placement surface . In the table in any one of Claims 1-4,
A table, wherein the pair of second placement surfaces are formed on the upper part of the support so as to have different inclination directions along the width direction. The table of claim 5,
The upper part of the said support body is inclined and formed so that a pair of said 2nd mounting surface may respectively go down toward inner side from the outer side, The table characterized by the above-mentioned. The table according to claim 6, wherein
The said beam body has the inclined surface containing said 2nd bottom face continuously in the said length direction, The table characterized by the above-mentioned. In the table according to any one of claims 1 to 7,
Among the plurality of supports, the support located on the outermost side in the length direction is disposed on the inner side of the edge in the length direction of the top plate, and
The beam body is extended so as to protrude outward in the length direction from the support body, and the end portion is formed so as to be inclined inward in the length direction from the top plate support surface. Feature table. In the table according to any one of claims 1 to 8,
A line space is formed between the pair of beams,
The top plate is provided with a wiring insertion hole that communicates the top of the top plate and the wiring space.
A table characterized by.

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