JP2005299733A - Assembly type base - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a base for an air conditioner capable of adjusting a mounting position and tightening irrespective of plate thickness of a member to be mounted. <P>SOLUTION: This base for the air conditioner is provided with a horizontal frame assembled and fixed on a support column 3 and a support column 3, a vertical frame 6, and a horizontal member 2 composed of a joint member 7. The support column 3 has a hollow shape. A fixing means for fixing the support column 3 and the horizontal member 2 is provided with a hexagon nut 26 arranged in the support column 3, a holder body 24 movable in the direction of height in the support column 3 and holding the hexagon nut 26 in a positioned condition, and a hexagon socket head cap screw inserted through a joint basic part 7a of the joint member 7 and an inward fixing face 11e of the support column 3 and tightened on the hexagon nut 26. This base is assembled and fixed by tightening the hexagon socket head cap screw for the hexagon nut 26. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an assembly-type table such as an air-conditioning table for supporting an outdoor unit of an air-conditioner in a mounting shape.

  For example, when a horizontal frame or vertical frame is assembled to a hollow column as a prefabricated table, a nut body that is caulked with a pop nut is provided at a desired position of the column, and this nut body is used to create a horizontal frame. In addition, there is a structure in which the vertical frame is assembled and fixed by fastening each bolt.

  In addition, as a prior art relevant to the stand for air-conditioners as an example of an assembly-type stand, there exists a thing of patent document 1, for example.

Japanese Utility Model Publication No. 7-35923

  However, according to the structure using the pop nut, it is a structure that is attached by caulking with an exclusive tool, and there is a disadvantage that the exclusive tool is required and the position of the nut body cannot be changed after the attachment.

  Therefore, in the case where the mounting position of the horizontal frame or the vertical frame is adjustable, it is necessary to attach the nut body to all positions corresponding to the adjustment position.

  In addition, since the position of the nut is fixed by a caulking method, there is a problem that the hardness (material) and the thickness of the member to be attached are limited from the viewpoint of preventing the nut body from spinning around.

  Therefore, the problem to be solved by the present invention is to provide an assembling table that can adjust the mounting position and can be fastened regardless of the thickness of the member to be mounted.

  The technical means for solving the above-mentioned problem is that the post is made hollow, and the post and the horizontal member are fixed to each other in an assembling type table including a post and a horizontal member that is assembled and fixed to the post. The fixing means for inserting the fastening member disposed in the column, the holder body which is movable in the height direction in the column and holds the member to be fastened in a positioning state, and the horizontal member and the column are inserted. And a fastening member fastened to the fastened member, and is assembled and fixed by fastening the fastening member to the fastened member.

  Further, the fastening member is a bolt body and the fastened member is a nut body, the nut body is held in a non-rotating state by the holder body, and the holder body is placed in the height direction of the pillar. It is good also as a structure provided with the holder slide part hold | maintained slidably along.

  Further, the fastening member is a bolt body and the member to be fastened is a nut body, the nut body is held in a non-rotating state by the holder body, and a plurality of positioning holes are formed along the height direction in the support column. The holder body is provided with positioning protrusions that are selectively detachably fitted in the plurality of positioning holes, and the positioning protrusions are flexible deformation-deformable portions of the holder body. It is good also as a structure which is provided and can be removed from the said positioning hole.

  According to the assembly-type table of claim 1, in the assembly-type table including a column and a horizontal member that is assembled and fixed to the column, the column is formed in a hollow shape, and is fixed to fix the column and the horizontal member. The means includes a member to be fastened arranged in the column, a holder body that is movable in the height direction in the column and holds the member to be fastened in a positioned state, a horizontal member, and a column inserted through the member. A fastening member that is fastened to the fastening member, and is structured to be assembled and fixed by fastening the fastening member to the fastened member, so that the height of the fastened member is adjusted by moving the holder body within the column, It is only necessary to fasten the fastening member to the fastened member held in the positioning state, the attachment position can be adjusted, and it is not necessary to provide the fastened member for each attachment position. Board It can be entered into without regard to.

  Moreover, according to the assembly type stand of Claim 2, in the assembly type stand of Claim 1, a fastening member is made into a bolt body, a to-be-fastened member is made into a nut body, and a nut body is made into a holder body. The holder body is held in a non-rotating state, and the support body is provided with a holder slide portion that slidably holds the holder body along the height direction of the support pillar. It is possible to adjust the height by sliding, and it is easy to adjust the height, and there is an advantage that it is excellent in workability at the time of assembling and fixing.

  Further, according to the assembling table of claim 3, in the assembling table of claim 2, the fastening member is a bolt body, the fastened member is a nut body, and the nut body is attached to the holder body. A plurality of positioning holes are formed along the height direction of the support column in a non-rotating state, and a positioning projection is provided on the holder body so as to be selectively detachably fitted into the plurality of positioning holes. Since the positioning projection is provided on the flexible portion of the holder body that can be flexibly deformed and can be detached from the positioning hole, the positioning projection that is fitted in the positioning hole is flexible. If the holder body is moved in the height direction in the released state using the flexural deformation of the part, when the positioning projection reaches the desired positioning hole position, the flexible part is elastically returned to the positioning position. Projection is desired Fitted in-decided Me hole movement of the holder body is prevented, the state in which the nut body is held in a positioned state is obtained. There is an advantage that the height can be adjusted here, the height can be easily adjusted, and the workability at the time of assembling and fixing is excellent.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a perspective view showing an air conditioner stand 1 as an example of an assembly-type stand. The air conditioner stand 1 is an outdoor unit for an air conditioner. It is a stand for mounting and supporting at a predetermined position. In addition, in this embodiment, the thing of the type called what is called a flat table which mounts and supports an outdoor unit in a comparatively low position is shown.

  As shown in FIGS. 2 to 4, the air-conditioning table 1 includes a horizontal member 2 and four columns 3 as column members that hold the horizontal member 2 at a predetermined height position. The horizontal member 2 includes a frame 5, a vertical frame 6, and a joint member 7, and the pair of horizontal frames 5 and the pair of vertical frames 6 are assembled in a substantially rectangular shape via the joint member 7. ing. That is, each of the horizontal frames 5 and the vertical frames 6 is structured to be connected in a substantially L shape via the joint member 7 at each end. And it is being fixed to each support | pillar 3 via this each joint member 7, respectively.

  A base frame 8 as a pair of base members is spanned between the pair of horizontal frames 5, and both end portions of each base frame 8 are supported by the horizontal frame 5 so as to be movable along the longitudinal direction thereof. In addition, it is configured to be fixable at a desired position in the longitudinal direction of the horizontal frame 5.

  Furthermore, each base frame 8 is provided with a fixture 9 having a bolt or the like for fixing an outdoor unit so as to be slidable along a slide groove portion 8 a formed along the longitudinal direction of the base frame 8. The pair of base frames 8 are moved along the longitudinal direction of each horizontal frame 5 according to the size of the outdoor unit to be fixed, and the distance between them is adjusted and fixed. In this state, the outdoor unit Is placed on a pair of base frames 8 and the outdoor unit is fixed using each fixture 9.

  In the present embodiment, each support column 3, each horizontal frame 5, each vertical frame 6, each joint member 7, and each base frame 8 are made of an extrusion mold material formed by extrusion molding aluminum, aluminum alloy, or the like. It is formed and has the same cross section along the extrusion direction.

  Each of the columns 3 includes an outer column 11 as a cylindrical column member formed into a hollow shape, an inner column 12 as an insertion column member formed into a hollow shape that is slidably inserted into the outer column 11, and these For example, a bolt 13 made of a hexagonal bolt and a nut 14 made of a hexagonal nut are provided as fixing members that restrict the relative sliding movement.

  That is, as shown in FIG. 2 and FIG. 4, the outer support column 11 is formed in a substantially rectangular cross-sectional shape, and a form of an assembly 15 in which each support column 3, each horizontal frame 5, and each vertical frame 6 are assembled. , The corner portion constituted by the two side surfaces 11a which are the outer surfaces of the outer support column 11 is formed in a substantially arc-shaped curved surface 11b.

  Further, the other two side surfaces 11c that are inwardly avoiding the outer surface of the outer support column 11, that is, the inward side surfaces 11c that face the longitudinal direction of the horizontal frame 5 and the vertical frame 6 respectively, A joint groove portion 11d extending in the longitudinal direction, that is, the height direction is formed. In the present embodiment, each joint groove portion 11d has a substantially T-shaped internal space in a plan view in which a wide housing recess spreads behind the narrow opening.

  Further, the corner portion constituted by each inwardly facing side surface 11c is a slanted inwardly fixed surface 11e which is a so-called chamfered flat surface, and the bolt 13 is located near the lower end of the inwardly fixed surface 11e. A bolt insertion hole 11f to be inserted is formed.

  The inner support column 12 is formed in a substantially rectangular cross-sectional shape having an outer peripheral surface shape corresponding to the inner peripheral surface shape of the outer support column 11, and has a so-called nested structure that is slidably inserted into the lower end portion of the outer support column 11. ing.

  Further, on the inner surface side of each inward side surface 12 a of the inner column 12 corresponding to each joint groove portion 11 d of the outer column 11, a screw stop portion 12 b having a substantially C-shaped cross section is provided in the height direction of the inner column 12. Are formed along. And the leg part 17 arrange | positioned at the lower end surface of the inner side support | pillar 12 is suitably selected for each screw penetration hole 17a formed in it, and the screw 18 is penetrated, and the lower end part of the screw stop part 12b The leg 17 is attached and fixed to the lower end of each inner column 12 in a desired direction.

  Further, the portion of the inner column 12 corresponding to the inwardly fixed surface 11e of the outer column 11 holds the nut 14 slidably in the height direction in a non-rotatable state that is not relatively rotatable, and the bolt 13 A nut slide groove portion 12 c having a groove width through which the shaft portion can be inserted is formed along the height direction of the inner support column 12.

  Then, the shaft portion of the bolt 13 is inserted into the bolt insertion hole 11f of the outer support column 11, and the nut 14 is loosely screwed and held on the shaft portion of the bolt 13 protruding to the inner surface side of the inward fixing surface 11e. The inner support column 12 is inserted from the lower end side of the outer support column 11 with 14 being a predetermined direction. At this time, the nut 14 is fitted into the nut slide groove 12c from above.

  Then, if the bolt 13 is screwed and fastened in a state where the protruding length of the inner column 12 with respect to the outer column 11 is in a desired state, the nut slide groove portion 12c of the inner column 12 is attracted to the inner surface of the inward fixing surface 11e. The inner support column 12 is fixed to the outer support column 11. Further, if the fastening of the bolt 13 is loosened, a state in which the outer support column 11 and the inner support column 12 are slidable again is obtained.

  As shown in FIGS. 2 to 4, each of the horizontal frames 5 is formed in a substantially rectangular tube cross-sectional shape having a hollow shape, and the width at the both ends of the base frame 8 is at the center in the width direction of the upper surface. A guide groove portion 5a is formed along the longitudinal direction of the horizontal frame 5 as a horizontal slide groove portion on which a boss portion 8c formed in a projecting manner is slidably supported on the bottom surface 8b at the center in the direction.

  The guide groove portion 5a is formed in a deep groove shape in which a tapping screw 20 for fixing the base frame 8 can be screwed and fastened through the boss portion 8c, and the inside of the horizontal frame 5 is provided on the lower surface side of the guide groove portion 5a. A partition wall portion 5 b is formed along the longitudinal direction of the horizontal frame 5.

  Further, a rising wall portion 5 c is formed along the longitudinal direction of the horizontal frame 5 at the outer edge portion on the upper surface of the horizontal frame 5, covers the longitudinal direction end portion of the base frame 8 and the horizontal frame of the base frame 8. 5 has a structure that exhibits a guide function during a moving operation along the longitudinal direction.

  As shown in FIGS. 1, 2 and 4, the vertical frame 6 is formed in a substantially square cylindrical cross section having a hollow shape, and has a guide groove portion 5a and a partition wall portion 5b in a so-called horizontal frame 5. The structure is not such that it is substantially the same size as the corresponding part of the horizontal frame 5.

  As shown in FIGS. 2 and 4, the joint member 7 includes a bent plate-shaped joint base 7a that is in contact with the inward fixing surface 11e of the outer support column 11 and the inward side surfaces 11c on both sides thereof. The joint base portion 7a is fitted on the side of the joint base 7a that is in contact with each side surface 11c so as to be relatively slidable along the height direction in each of the substantially T-shaped joint groove portions 11d formed on the side surface 11c. Each of the joint portions 7b is substantially T-shaped in plan view.

  A joint insertion portion 7c that is inserted into the horizontal frame 5 in a fitting manner is provided on the surface of the joint base portion 7a that faces the end of the horizontal frame 5. The joint insertion portion 7c The guide groove 5a is inserted into both sides so as to avoid the guide groove 5a.

  Furthermore, the insertion end portion of the joint insertion portion 7c located inside in the form of the assembly 15 is provided with a hook-shaped engagement portion 7d that can be flexibly deformed, and the engagement portion in the joint insertion portion 7c in the inserted state. On the inner surface of the horizontal frame 5 corresponding to the 7d position, for example, two engaging pieces 5d are formed as the engaged portions cut and raised in the inner projecting shape of the horizontal frame 5 so as to be separated in the vertical direction, for example. ing.

  And when the joint insertion part 7c of the joint member 7 is inserted in the edge part of the horizontal frame 5, it passes through the position of the latching piece part 5d by bending deformation, and the engaging part 7d is returned to the latching piece part 5d. It has a structure that is secured to the retaining position.

  Further, a joint insertion portion 7e that is inserted into the vertical frame 6 in a fitting manner is provided on the surface side of the joint base portion 7a that faces the end portion of the vertical frame 6, and the joint insertion portion 7e is provided in the horizontal frame 5. Similarly to the joint insertion portion 7c inserted into the vertical frame 6, a two-part structure is formed that is inserted into both sides of the vertical frame 6 in a distributed manner.

  Furthermore, like the joint insertion portion 7c, the insertion end portion of the joint insertion portion 7e located inside in the form of the assembly 15 is provided with a hook-shaped engagement portion 7f that can be flexibly deformed. On the inner side surface of the vertical frame 6 corresponding to the position of the engaging portion 7f in the joint insertion portion 7e, a locking piece portion 6a as an engaged portion formed by being cut and raised in the inner protruding shape of the vertical frame 6 is, for example, the vertical direction Two places are formed apart from each other.

  And when the joint insertion part 7e of the joint member 7 is inserted in the edge part of the vertical frame 6, it passes through the position of the latching piece part 6a by bending deformation, and the engaging part 7f is set to the latching piece part 6a. It has a structure that is secured to the retaining position.

  Further, a bolt insertion hole 7g through which a shaft portion of a hexagon socket head bolt 22 as a fixing bolt body constituting a fastening member in the fixing means is inserted in a portion corresponding to the inward fixing surface 11e in the joint base portion 7a. Is formed.

  On the other hand, as shown in FIGS. 2 and 4, on the inner side of the corner portion constituted by the inward side surfaces 11c of the outer support column 11, the side surfaces 11c, the inward fixing surface 11e, and the joint groove portions 11d are provided. A holder guide groove 11g is provided as a holder slide portion along the height direction, and a holder body 24 that is slidably held in the height direction along the holder guide groove portion 11g is mounted. ing.

  The holder body 24 is made of a resin molded body having flexibility, and has a predetermined length in the height direction in a shape corresponding to the holder guide groove portion 11g in a plan view as shown in FIGS. The holder main body 24a has a structure including a thin plate-like elastic piece 24b formed on the upper surface of the holder main body 24a on the inward fixing surface 11e side so as to protrude upward. Here, the elastic piece 24b constitutes a flexible part that can be flexibly deformed.

  The holder main body 24a has a fitting recess 24c in which a hexagon nut 26 as a nut body constituting a member to be fastened in the fixing means is fitted in a non-rotating state on the side corresponding to the inward fixing surface 11e. At the same time, a bolt insertion hole 24d is formed at the bottom of the fitting recess 24c. The bolt insertion hole 24d is inserted through the shaft of the hexagon socket bolt 22 screwed into the hexagon nut 26 fitted in the fitting recess 24c. ing.

  Further, a circular boss portion 24e as a positioning protrusion is formed on the elastic piece portion 24b on the surface side corresponding to the inwardly fixed surface 11e at the center in the width direction.

  The inward fixing surface 11e is formed with a plurality of boss fitting holes 11h as positioning holes into which the boss portion 24e of the holder body 24 is detachably fitted, spaced apart in the height direction, In a state where the boss portion 24e of the holder body 24 is fitted in each boss fitting hole 11h, the bolt insertion hole 11k corresponding to the female screw hole position of the hexagon nut 26 fitted in the fitting concave portion 24c is inward. A plurality of fixing surfaces 11e are formed apart from each other in the height direction.

  Then, if the holder body 24 fitted with the hexagon nut 26 is inserted into the holder guide groove 11g of the outer column 11 from above and pushed in under the elastic deformation of the elastic piece 24b, the boss of the inward fixing surface 11e is obtained. When the boss 24e reaches the position of the fitting hole 11h, the boss 24e is fitted into the boss fitting hole 11h by the elastic return of the elastic piece 24b, and the positioning is stopped. In this state, the female screw hole of the hexagon nut 26 corresponds to the bolt insertion hole 11k.

  When the height position of the holder body 24 is changed, the boss portion 24e is pushed against the elasticity of the elastic piece portion 24b, and the boss portion 24e is detached from the boss fitting hole 11h. 24 may be slid with an appropriate tool such as a rod along the height direction of the holder guide groove 11g. And if the boss | hub part 24e is fitted to the desired boss fitting hole 11h, the holder body 24 can be hold | maintained to desired height.

  Furthermore, in order to assemble and fix the frame body of the horizontal frame 5 and the vertical frame 6 connected to each other via the joint member 7 to the outer support column 11, each joint portion 7 b of the joint member 7 is used for each joint of the outer support column 11. After fitting into the groove portion 11d from above, the bolt of the joint member 7 is slid along the height direction of the outer support column 11 and the bolt insertion hole 11k position corresponding to the hexagon nut 26 position held by the holder body 24. The shaft portion of the hexagon socket head cap screw 22 can be screwed into the hexagon nut 26 via the bolt insertion holes 7g and 11k in a state where the insertion hole 7g is matched, and then the assembly can be fixed.

  In the present embodiment, as shown in FIG. 1, a decorative cap 28 made of a resin molded body or the like that is detachably fitted to the upper end portion of each outer column 11 is attached.

  The present embodiment is configured as described above, and the holder body 24 that is slidable in the height direction along the holder guide groove 11g of the outer column 11 is held at a desired position, and the horizontal frame 5 and the vertical frame 5 are Each joint portion 7b of the joint member 7 that connects to the frame 6 is fitted to each joint groove portion 11d of the outer column 11 and is slid along the height direction to be aligned and held in the holder body 24. If the hexagon socket head cap screw 22 is screwed and fastened to the hexagon nut 26 via the bolt insertion hole 7g of the joint member 7 or the like, the horizontal frame 5 and the vertical frame 6 can be assembled and fixed to the outer column 11.

  Therefore, even in the hollow outer column 11, the fixing position of the horizontal member 2 constituted by the horizontal frame 5, the vertical frame 6 and the joint member 7 is adjusted by adjusting the height position of the holder body 24. 3 can be adjusted in accordance with the size of the outdoor unit of the supported air conditioner, the environment of the installation location, and the like, so that versatility can be improved.

  Further, when the height of the holder body 24 is adjusted, the boss portion 24e fitted in the boss fitting hole 11h is detached by pushing against the elasticity of the elastic piece portion 24b, and in this detached state. After the holder body 24 is slid in the height direction along the holder guide groove portion 11g, the boss portion 24e may be fitted into the boss fitting hole 11h having a desired height. At this time, when the boss portion 24e reaches the position of the boss fitting hole 11h of a desired height, the elastic piece portion 24b is fitted by elastic return to prevent the holder body 24 from moving, and the hexagon nut 26 is held in a positioned state. Thus, the height of the assembling position can be easily adjusted, and there is an advantage that the workability at the time of assembling and fixing is excellent.

  Furthermore, since the height of the holder body 24 that holds the hexagon nut 26 is adjustable, it is not necessary to provide the hexagon nut 26 for each mounting position. Moreover, it is not a conventional caulking method, but is a method in which the inward fixing surface 11e and the joint base 7a are sandwiched and fixed by fastening the hexagon socket head cap screw 22 and the hexagon nut 26, and Fastening is possible regardless of plate thickness and material (hardness).

  In addition, each joint portion 7b of the joint member 7 is fitted to each joint groove portion 11d of the outer support column 11 so as to slide slidably along the height direction, and the twist between them is effectively prevented. In addition, even the fixing with the single hexagon socket head bolt 22 and the hexagon nut 26 can be fixed satisfactorily without rattling, and the entire assembly 15 assembled to each other can be effectively prevented from being twisted.

  Furthermore, since each support | pillar 3, each horizontal frame 5, and each vertical frame 6 are made from the extrusion type | mold material made into the hollow shape, respectively, rigidity improvement can be aimed at and there exists an advantage which is excellent in intensity | strength.

  In addition, each support column 3, each horizontal frame 5, each vertical frame 6, each joint member 7, and each base frame 8 is made of an extruded mold material such as aluminum or aluminum alloy. Even if it is the complicated shape which has 7b etc., there exists an advantage which can be manufactured easily.

  In the above description, the horizontal frame 5 and the vertical frame 6 are connected to the outer support column 11 with the joint member 7 connected thereto. First, the joint member 7 is fixed to the outer support column 11, and the outer support column 11 is fixed to the outer support column 11. You may connect the horizontal frame 5 and the vertical frame 6 to each joint insertion part 7c, 7e of the fixed joint member 7 afterwards.

  Moreover, in the said embodiment, the hexagon nut 26 is fitted by the holder body 24 which consists of a flexible resin molding which can be slidably operated along the holder guide groove part 11g in the outer side support | pillar 11 in the non-rotating state. Although the structure is shown, the holder body 24a of the holder body 24 that is slidable along the holder guide groove 11g is formed of a sheet metal or the like, and a nut is formed by subjecting the holder body 24a to a female thread. A holding structure in which the body is integrally formed or a holding structure in which the hex nut 26 is fixed by welding may be used.

  And it is good also as a structure which provided the elastic piece part 24b which has a spring function in which this holder main-body part 24a was provided with the boss | hub part 24e which can be freely inserted or detached by the boss | hub fitting hole 11h.

  In this case, the height can be adjusted by the same method.

  Moreover, although the said embodiment demonstrated the example applied to the type called what is called a flat stand which mounts and supports an outdoor unit in a comparatively low position, it is applicable to the various air-conditioning stand 1 in addition. For example, a type called a so-called high stand that mounts and supports an outdoor unit at a higher position, or a horizontal frame 5, a vertical frame 6, a base frame 8, etc. as in the air conditioner stand 1 shown in FIG. 9. The present invention can also be applied to a so-called two-stage table, which is provided in two upper and lower stages and mounts and supports an outdoor unit on each base frame 8. Furthermore, it is not limited to the air-conditioning table 1, but may be another assembly type table.

  Furthermore, the cross-sectional shapes of the horizontal frame 5, the vertical frame 6, the joint member 7, the outer column 11, and the inner column 12 may be set as appropriate, and are not limited to the shape of the embodiment.

It is a perspective view of the stand for air-conditioners concerning the embodiment of the present invention. It is a cross-sectional top view of a connection part with a support | pillar. It is a cross-sectional side view of the connection part of a horizontal frame and a base frame. It is a principal part disassembled perspective view. It is a side view of a holder body. It is a top view of the holder body in FIG. It is a left view of the holder body in FIG. It is a right view of the holder body in FIG. It is a perspective view of the stand for air-conditioners which shows a modification.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Air conditioner stand 2 Horizontal member 3 Post 5 Horizontal frame 6 Vertical frame 7 Joint member 8 Base frame 9 Fixing tool 11 Outer support 11g Holder guide groove 11h Boss fitting hole 11k Bolt insertion hole 22 Hexagon socket head bolt 24 Holder body 24a Holder body 24b Elastic piece 24c Fitting recess 24e Boss 26 Hexagon nut

Claims (3)

In an assembly-type stand comprising a support (3) and a horizontal member (2) to be assembled and fixed to the support (3),
The column (3) is hollow,
The fixing means for fixing the support column (3) and the horizontal member (2) is movable in the height direction in the support member (26) disposed in the support column (3) and the support column (3). And a fastening member that is fastened to the fastened member (26) through the holder body (24) that holds the fastened member (26) in a positioned state, the horizontal member (2), and the column (3). (22)
The assembly type table, wherein the assembly is fixed by fastening the fastening member (22) to the fastened member (26). The assembly type table according to claim 1,
The fastening member (22) is a bolt body and the fastened member (26) is a nut body, and the nut body is held by the holder body (24) in a non-rotating state.
An assembly-type table, wherein the support column (3) is provided with a holder slide portion (11g) for slidably holding the holder body (24) along the height direction of the support column (3). The assembly type table according to claim 1,
The fastening member (22) is a bolt body and the fastened member (26) is a nut body, and the nut body is held by the holder body (24) in a non-rotating state.
A plurality of positioning holes (11h) are formed in the column (3) along the height direction,
The holder body (24) is provided with a positioning projection (24e) that is selectively detachably fitted into the plurality of positioning holes (11h), and the positioning projection (24e) is provided with the holder body (24e). 24) An assembly-type table provided in the flexible part (24b) which can be flexibly deformed and which can be detached from the positioning hole (11h).

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