JP5341304B2 - Support structure for panel body for partition - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To simplify the structure of a toilet booth, and to impart good mountability to the structure. <P>SOLUTION: When the plurality of toilet booths B are formed in a space defined by right and left side walls 1 and front and rear side walls 2 constituting a skeleton, side edges of each of panel bodies 3, 4 are fitted into and supported by supports 6, 7 which each have a lower edge thereof fixed to a floor surface. Further an upper edge of each of the supports 6, 7 is fixed to copings 10 which are each fixed to and supported by the right and left side walls 1 and the front and rear walls 2 in order to fit and support upper edges of the panel bodies 3, 4. Thus the upper edges of the supports 6, 7 are fixed to the side walls 1, 2 via the copings 10. <P>COPYRIGHT: (C)2008,JPO&amp;INPIT

Description

  The present invention belongs to the technical field of a structure for supporting a partition panel body used for a toilet booth or the like in a public facility.

  In general, in large facilities such as hospitals and department stores, a wide space configured with side walls is partitioned by a plurality of panel bodies fixed to the side walls and floor surface constituting the housing, and a plurality of small spaces are formed, A plurality of toilet booths that can freely enter and exit may be configured by providing doors that can be opened and closed in the partitioned spaces. When the panel body used in such a toilet booth is constituted by a pair of front and back face plates and, for example, a paper core material (paper core material) interposed between these face plates, the cut surface of the panel body In addition, the core material is exposed and there is a problem in terms of design and function. In addition, a metal edge member is attached to each cut surface so that the door body can be freely opened and closed between adjacent panel bodies. ing.

As a method for fixing the metal edge member to the panel body cut surface, for example, the four circumferences of the panel body are framed by a wooden frame member, and the edge member is fixed to the frame member by screwing. It has been advocated.
JP-A-8-35272

However, in the case where a frame material framed around the four sides of the panel body is provided like the conventional one, there is a problem that not only the weight is increased but also the cost is increased. Furthermore, depending on the location of the toilet booth, the size of the panel body and the specifications of the mounting state of the edge member are different.In the past, a frame material was previously framed in accordance with the specifications of the installation site in the factory, and the frame material was After incorporating the cut front and back plates and core material appropriately, each work of attaching the edge member according to the installation specification of the installation site is performed on the frame material, and the panel body with the edge member is brought into the installation site. I am doing so. For this reason, in a factory, since the panel body with an edge member according to a specification will be prepared for every field, stock management becomes difficult, and there is a problem that time from order receipt to shipping becomes long. In addition, there is a problem that it is difficult to carry out the work of transporting the panel body that has been made heavy by the frame material or the edge member.
Furthermore, in the conventional one, when assembling a toilet booth at the installation site, a panel body with an edge member prepared in advance according to each location is positioned at a predetermined location in the space, and the lower end portion of each panel body Are fixedly supported on the floor surface, and then the upper end portions of the respective panel bodies are integrally fixed to the frame body by being connected by a coping supported by the side wall of the frame. For this reason, the work of selecting and arranging each panel body at a preset location is troublesome, and the work of assembling one panel body one by one is not only troublesome, but also the installation site There is a problem that it is difficult to cope with a design change due to a dimensional error or the like, and that a skilled work is required, and there are problems to be solved by the present invention.

The present invention was created in order to solve these problems in view of the above circumstances, and the invention of claim 1 is characterized in that a space formed in a housing is divided into a pair of front and back face plates, and these. When partitioning using a panel body composed of a core material interposed between face plates, a support column is provided with a lower end fixed to the floor surface and an upper end supported by a housing via a coping . The side edge portion is supported by a panel body support portion formed on a support column in an outer fitting shape, the upper edge portion of the panel body is supported by an outer fitting shape by a cap, and the lower edge portion of the panel body is supported by the support column. As a structure to be supported by the lower frame material, the four peripheral edges of the panel body are covered with support pillars, headboards, and lower frame material, and the support pillars and the headboards are fixed vertically to the frame side walls. Of the horizontal second side piece of the L-shaped connecting metal fitting with the first side piece screwed to the side wall In a state where the surface and the upper end of the support column are in an upright posture, the headboard is externally fitted from above, and the headboard, the second side piece of the coupling bracket, and the headboard and the support column are screwed to each other. It is the support structure to the housing of the panel body for partitions characterized by having comprised so that it may fix .
According to another aspect of the invention, support post is intended to edge member supporting part for supporting the edge member is formed opposite to the panel body support portion, forming a panel body supporting portion and the edge member support portion in the same shape And it is comprised so that either a panel body or an edge member may be supported, It is the support structure to the housing of the panel body for a partition of Claim 1 characterized by the above-mentioned.

The invention of claim 1 improves the workability of assembling work, facilitates inventory management, transport work from the factory to the installation site, reduces the weight of the panel body, and improves workability. In addition, cost reduction can be expected, and furthermore, accurate assembly can be realized and design changes on site can be easily handled .
According to the invention of claim 2, the members can be shared, the structure can be simplified, and the workability on site can be improved.

Next, embodiments of the present invention will be described with reference to the drawings.
In the drawings, reference numeral 1 denotes left and right side walls that are long in the left-right direction corresponding to a housing that forms a wide space, and front and rear side walls 2 that face in the front-rear direction corresponding to the housing that forms the space are provided orthogonal to the left and right side walls 1. It has been. A plurality of first panel bodies 3 are disposed along the left and right side walls 1 with a predetermined gap therebetween, and face in the front-rear direction so as to partition each of the first panel bodies 3 and the left and right side walls 1 in an orthogonal manner. A plurality of toilet booths are provided by disposing a second panel body 4 and further providing an openable / closable door body 5 in a gap formed between the opposing left and right end portions of the adjacent first panel body 3. B is formed in a state adjacent in the left-right direction.

Each of the panel bodies 3 and 4 is composed of a pair of front and back plates 3a and 4a and paper core members 3b and 4b interposed between the front and back plates 3a and 4a, and is based on the layout of the installation site. The paper core members 3b and 4b are still exposed on the cut surface cut to the dimension set in the above.
The door body 5 is configured by using a paper core material 5b interposed between a pair of front and back plates 5a in the same manner as the panel bodies 3 and 4 described above. A wooden frame member 5c is integrally provided on the four circumferences between 5a, and the left and right door body edge members 5d are screwed to the frame member 5c at the left and right side edges of the frame member 5c. The structure is conventional.

The left and right or front and rear side edges of the first and second panel bodies 3 and 4 facing the vertical direction are the support pillars 6 in which the present invention is implemented, or the corners arranged on the right end side in FIG. It is comprised so that it may be fitted and supported by the support pillar 7 for this, and, thereby, it is comprised so that the frame material of the 1st, 2nd panel body 3, 4 side edge part may become unnecessary.
The support column 6 is made of an aluminum extrusion mold, has a square tube hole (in a square tube shape), and is parallel to the panel surfaces of the first and second panel bodies 3 and 4. A pair of short pieces 6a, and a pair of long pieces 6b parallel to the plate thickness direction of the first and second panel bodies 3 and 4 and against which the cut surfaces of the first and second panel bodies 3 and 4 side edges are abutted. It is configured with. Each of the long pieces 6b is integrally formed with a pair of projecting pieces 6c extending from the short piece 6a, and the pair of projecting pieces 6c serves as the first and second panel body support portions of the present invention. The panel bodies 3 and 4 are configured to fit and support the side edges. Further, screw pockets 6d are integrally formed on the inner side surfaces of the short pieces 6a of the support pillar 6 facing each other.

On the other hand, in the corner support pillar 7, long pieces 7a with which the cut surfaces of the first and second panel bodies 3 and 4 side edges are abutted are formed in an orthogonal shape, and an R-shaped piece 7b is formed between these long pieces 7a. It is formed in the cylinder shape by connecting by. Each long piece 7a is formed with a pair of projecting pieces 7c for fitting and supporting the first and second panel bodies 3 and 4 side edges.
The first and second panel bodies 3 and 4 side edge portions incorporate a pair of protruding pieces 6c, by cutting the cut surfaces into the long pieces 6b and 7a of the supporting column 6 or the supporting column 7 for corners. The cutting surface is set so as to be covered by 7c.

8 is a base metal fitting for fixing and supporting the lower end of the support pillar 6 to the floor surface. The base metal fitting 8 is opposed to the first and second panel bodies 3 and 4 side edge arrangement positions, It is set in advance to be fixed to the floor. The base metal fitting 8 is configured to include a base portion 8a that comes into contact with the floor surface. However, the base metal piece 8b is set to a length corresponding to the distance between the screw pockets 6d of the support pillar 6 and the support pillar 6 is provided. And the base short piece 8c set to a length corresponding to the interval between the long pieces 6b. The pair of base long pieces 8b facing the base portion 8a are integrally formed with a long piece side support piece 8d protruding upward, and the end edges on the side of the pair of facing base short pieces 8c are respectively A short-side support piece 8e protruding upward is integrally formed.
Further, the base portion 8a is formed with two through holes 8f adjacent to each other in the longitudinal direction. The base portion 8a is abutted against the floor surface, and the floor surface is formed with screws 8g through the through holes 8f. The base metal fitting 8 is set to be fixed to the floor surface by screwing.
Then, the lower end portion of the support column 6 is externally fitted to the long and short side support pieces 8d and 8e of the base metal fitting 8 so that the lower end portion of the support column 6 is fixed in a positioning manner with respect to the floor surface. Is set. When the support pillar 6 is externally fitted to the base metal fitting 8, the outer side surface of the long-side support piece 8d is in close proximity to (in contact with) the inner side surface of the pair of support pillar long pieces 6b of the support pillar 6, and the short piece The outer side surfaces of the side support pieces 8e are set so as to be incorporated in a state of being opposed to each other (abutting) on the inner side surfaces of the screw pockets 6d of the support pillars 6, whereby the support pillars 6 are supported by the respective support pieces 8d. , 8e are set so as to be supported upright in a temporary holding shape.

On the other hand, a corner base bracket 9 for fixing and supporting the lower end of the corner support pillar 7 to the floor surface is a member fixed to a predetermined location on the floor surface together with the base bracket 8, and is a corner support pillar. The base portion 9a that has a shape that fits inside the floor 7 and is in contact with the floor surface is configured to be screwed to the floor surface by a screw 9c through a through hole 9b. Furthermore, the base portion 9a is formed with a plurality of support pieces 9d along the inner surface of the long piece 7a of the corner support column 7 and the R-shaped piece 7b, and when the lower end portion of the corner support column 7 is externally fitted, The support piece 9d is set so as to be incorporated in a state of facing and abutting against (in contact with) the inner surface of the long piece 7a and the R-shaped piece 7b, whereby the corner support column 7 is made upright by each support piece 9d. It is set to receive support.

Moreover, the upper edge part of the 1st, 2nd panel bodies 3 and 4 is comprised so that it may be fitted and supported by the coping 10, and, thereby, the 1st and 2nd panel bodies 3 and 4 upper edge part may be comprised. It is comprised so that a frame material may become unnecessary.
The coping 10 includes a pair of side pieces 10a, are formed with an upper piece 10b which connects these side pieces 10a, a fitting recess 10c for opening downward which is formed between between the side pieces 10a, first, it has been configured to fitted supporting the upper edge of the second panel members 3 and 4. Further, the upper piece 10b of the headboard is formed with four reference groove portions 10d that are long in the longitudinal direction on the upper surface. Of the four reference groove portions 10d, two reference groove portions 10d located on the side piece 10a side are formed. A pair of downward ribs 10e are formed on the opposing lower surfaces in a positional relationship with each reference groove 10d interposed therebetween, and these four downward ribs 10e protrude downward with a preset length. It is formed and set to be a positioning piece for the support column 6. In addition, a pair of inner ribs 10f projecting in directions close to each other are formed on the opposing surfaces of the side pieces 10a, and these inner ribs 10f do not interfere with the lower ends of the downward ribs 10e. It is formed at a lower position. And the opposing space | interval of these inner side ribs 10f is set to the length of the long piece 6b of the support pillar 6, and it is comprised so that it may position with respect to the support pillar 6, Thereby, the headboard 10 is the support pillar 6 The support column 6 is fitted and supported together with the upper edge portions of the first and second panel bodies 3 and 4 fitted and supported by the support columns 6 and 7. ing.
The headboard 10 is connected integrally with the left and right side walls 1 and the front and rear side walls 2, and the headboard 8 is integrally connected with each other by using the connecting metal 11, and the support pillar 6 and the corner support pillar. 7, so that the lower end of the support column 6 and the corner support column 7 are fixed to the floor surface, and the upper end is left and right and the front and rear side walls 1 through the headboard 10. 2 are integrally connected and fixed to each other.

In the state where the support pillar 6 and the corner support pillar 7 are assembled in advance, the connecting metal fitting 11 is set to be disposed in a state of being aligned with the support pillars 6 and 7 as a reference. Yes.
The connection fitting 11 is formed in an L shape by a first side piece 11a and a second side piece 11b, and the plate width of the first side piece 11a is a protrusion formed on each of the support column long pieces 6b and 7a. The length between the opposing pieces 6c and 7c, that is, the length corresponding to the panel thickness of the first and second panel bodies 3 and 4 is set, and the plate width of the second side piece 11b is set to the support column 6. The length is set to be shorter than the facing distance between the pair of screw pockets 6d.

Next, a fixed support state of the support column 6 to the housing (front and rear side walls 2 and left and right side walls 1) via the connection fitting 11 will be described for each fixed support portion.
5 and 6 show a connection state by the connection fitting 11 fixed to the front and rear side walls 2. As apparent from FIG. 2, the connection fitting 11 is L-shaped, and includes a vertical first side piece 11 a and a horizontal second side piece 11 b formed at the upper end thereof. The first side piece 11a of the metal fitting 11 is inserted into a gap formed between the support column 6 and the front and rear side walls 2, and the first side piece 11a is screwed to the front and rear side walls 2 with the support column 6 tilted to the right. 11c is used for screwing. At this time, the connection fitting 11 is fixed so that a slight gap is formed between the lower surface of the second side piece 11b and the upper end surface of the support column 6, and thereby the connection fitting 11 is connected to the front and rear side walls 2. The support column 6 can be erected upright after being screwed onto the support column 6.
And in the state which made the support pillar 6 stand upright along the 1st side piece 11a, the left end part of the headboard 10 is abutted against the front-and-back side wall 2, and the headboard fitting recessed part 10c is made into the 2nd side piece 11b and the support pillar 6 The headboard 10 is configured to be incorporated in a positioning manner with respect to the support column 6 by incorporating the downward rib 10e and the inner rib 10f against the support column 6 in a butting manner. ing. At this time, the connecting metal fitting second side piece 11b is set so as to be positioned between the pair of downward ribs 10e formed on the upper piece 10b. Further, in this assembled state, the lower end edge of the first side piece 11 a of the coupling metal 11 is set to be at the same level as the lower end edge of the headboard 10 or higher than the lower end edge of the headboard 10.

In this assembled state, first of all, the reference pillars 10d positioned on the side piece 10a side among the four reference grooves 10d formed on the top piece 10b of the headboard are fixed from above the headboard 10 to fix the support pillar. By screwing the screw 11 d into the screw pocket 6 d of the support column 6, the headboard 10 and the support column 6 are integrally connected.
Subsequently, the cap fixing screw 11e screwed from the upper portion of the cap 10 with the inner reference groove 10d sandwiched between the pair of reference grooves 10d on the side piece 10a side of the cap upper piece 10b is connected to the connecting bracket. The coupling metal 11 and the headboard 10 are integrally connected by screwing into a screw hole 11f formed in the second side piece 11b. The support column 6 is configured to receive the fixed support of the side wall 2, so that the support column 6 positioned on the left end side fixed to the headboard 10 fixed to the front and rear side wall 2 can receive the fixed support by the front and rear side wall 2. Is set.
In this manner, the connecting metal 11 fixed to the front and rear side walls 2 is connected to the headboard 10, and the headboard 10 is connected to the support column 6. And there is a case where it is desired to adjust the mounting position of the connecting metal fitting 11 (the mounting position of the headboard 10 to the casing) depending on the dimensional accuracy of the casing and the mounting state at the time of construction. In that case, it is formed on the first side piece 11a. By adjusting the position through the elongated hole 11g, the mounting position of the headboard 10 with respect to the housing (front and rear side walls 2) can be changed. At this time, since the headboard 10 is configured to support the upper end of the support pillar 6 in an outer fitting shape, even if the position of the headboard 10 is adjusted, the upper end of the support pillar 6 and the headboard are not adjusted in the adjustment within the fitting depth. Therefore, the adjustment can be made without any trouble that a gap is formed between the support pillars 10 and 10 so that the fine adjustment of the support pillar 6 and the headboard 10 with respect to the frame can be easily performed.

  Here, the headboard 10 faces the left and right direction, the headboard 10 attached to connect the upper edge portions of the first panel body 3, and the front and rear direction, and the upper edge portion of the second panel body 4 faces the first panel. There is a headboard 10 that is attached to be connected to the body 3, and in the present embodiment, the one in the left-right direction is elongated, so that a plurality of divided parts are integrally connected and used. As shown in FIGS. 7A, 7B, and 7C, the caps 10 are connected to each other by pushing a spacer member 12 having screw holes 12a formed on the lower side surfaces of adjacent upper pieces 10b. At the same time, the auxiliary plate 12b is abutted against the upper side surfaces of the upper pieces 10b, and the auxiliary plate 12b is defined with reference to the inner reference groove portion 10d sandwiched between the pair of reference groove portions 10d on the side piece 10a side of the top piece 10b. The caps 10 that are screwed in from above are screwed into the spacer member screw holes 12a so that the caps 10 that are long connected in the left-right direction are connected via the connecting metal 11 on the left end side. It is configured to receive fixed support from the front and rear side walls 2.

Moreover, it faces the front-rear direction that fits and supports the upper end of the support column 6 located at the right end and the upper edge of the second panel body 4 along the left and right side walls via the connecting metal fitting 11 fixed to the left and right side walls 1. The rear end portion of the headboard 10 is connected using a support pillar fixing screw 11d and a headboard fixing screw 11e, whereby the support pillar 6 and the headboard 10 receive the right and left side wall 1 fixed support. It is the same as that of the fixed structure by the connection metal fitting 11 in the front-and-back side wall 2 that is comprised.
Note that the other support pillars 6 arranged along the left and right side walls 1 are also connected to the headboard 10 via the connection fitting 11 so that the support pillar 6 receives the fixed support of the left and right side walls 1 and In addition, the support pillar 6 and the headboard 10 can be fixed while being finely adjusted.

Next, FIG. 7 ( D ) shows the connection between the right end portion of the headboard 10 facing in the left-right direction, the front end portion of the headboard 10 facing in the front-rear direction to be fixedly supported by the left and right side walls 1, and the corner support column 7. Show. In this case, the long piece 7a of the corner support column 7 is connected to the long piece 7a of the corner support column 7 in a state where a small gap exists between the lower end surface of the second side piece 11b of the connection fitting 11 and the upper end of the corner support column 7. The one side piece 11a is abutted and fixed using the screw 11c, and the headboard 10 is assembled so that the fitting concave portion 10c fits the second side piece 11b. Then, with reference to the pair of reference groove portions 10d located on the inner side of the upper piece 10b, the fixing screw 11e screwed from above the upper portion 10 is screwed into the screw hole 11f of the connecting metal second side piece 11b. As a result, the connecting metal fitting 11 and the headboard 10 are integrally connected to each other, whereby the corner support pillar 7 is configured to receive fixed support by the front and rear side walls 2 and the left and right side walls 1 via the headboard 10. Has been.

  Further, the headboard 10 facing the left and right direction receiving the fixed support of the front and rear side walls, and the support column located in the middle portion in the left and right direction and arranged to fit and support the side edge of the first panel body 3 6 is incorporated in a state where the fitting recess 10c fits and supports the upper edge portion of the first panel body 3, and the pair of reference groove portions 10d positioned outside the upper piece 10b is used as a reference. The support column fixing screw 10g screwed from above the headboard 10 is screwed into the screw pocket 6d of the support column 6 so as to be integrally connected, whereby the first panel All the support columns 6 that fit and support the side edges of the body 3 are configured to receive fixed support by the front and rear side walls 2 via the headboard 10.

The front edge of the second panel body 4 is fitted and supported by a support column 6 disposed behind the first panel body 3 disposed between the support columns 6 that receive the fixed support of the front and rear side walls 2. As shown in FIG. 8, the support pillar 6 disposed behind the first panel body 3 is fitted to the upper and lower edges of the first and second panel bodies 3, 4 via the connecting metal 11. The headboard 10 facing the direction and the headboard 10 facing the front-rear direction are connected to each other, so that the fixed support of the front-rear side wall 2 and the left-right side wall 1 can be received. In addition, 6e is a spacer member arranged between the panel surface of the first panel body 3 and the long piece 6b of the support column 6 facing the panel surface.
That is, the first side piece 11a of the connecting metal fitting 11 is inserted in front of the support column 6 for the second panel body 4, and the rear side piece 10a facing the lateral direction fixed in advance is fixed to the rear side piece 10a. In a state where the headboard 10 facing the front-rear direction is externally fitted to the second side piece 11b of the connecting metal fitting 11, the support pillar fixing screw 11d is screwed into the screw pocket 6d of the support pillar 6, and the headboard fixing screw. 11e is screwed into the second side piece screw hole 11f, so that the support pillar 6, the headboard 10 facing the left-right direction, and the headboard 10 facing the front-rear direction are integrally connected.

In this embodiment, the lower edge portions of the first and second panel bodies 3 and 4 are cut surfaces from which the paper core materials 3b and 4b are exposed . Therefore, as shown in FIGS. In addition, the lower frame member 14 is fixed between the adjacent support pillars 6 and 7 on which the panel bodies 4 and 5 are disposed through the support fitting 13, and the upper portion formed in the lower frame member 14 opens. The lower edge of each panel body 3, 4 is fitted and supported by the recess 14a. As a result, the first and second panel bodies 3 and 4 of the present embodiment are reduced in weight by eliminating all the four-round frame members, The paper core members 3b and 4b are not exposed by fitting with the support columns 6 and 7, the headboard 10 and the lower frame member 14, and the design and functionality are not inferior.
Incidentally, in the present embodiment, a space is formed below the lower frame member 14, but it may be configured to incorporate a baseboard into the space. In this case, the baseboard is fitted and supported on a support column, After the lower frame member is incorporated in the upper part of the skirting board, the panel body can be slid and incorporated. And this thing can also be set as the structure which carries out the fitting support of the lower edge part of a panel body with a lower frame material, and can leave a panel body in a cut-off state.

Next, an example of a procedure for installing the toilet booth B will be briefly described. First, the base metal members 8 and 9 and the support columns 6 and 7 are assembled on the floor surface, and the connecting metal member 11 is fixed to the side walls 1 and 2 and the corner support columns 7. Subsequently, the lower frame member 14 is assembled between the first column 3 and the support pillars 6 and 7 at the portion where the second panel 4 on the right end side is incorporated, and the predetermined first and second panel 3 The panel bodies 3 and 4 which are the outlines of the plurality of toilet booths B are assembled by sliding and fitting so that 4 is dropped from above.
At this time, in order to secure a space for incorporating the door body 5 between the first panel body 3 and the adjacent first panel body 3, the first panel body 3 includes the first panel body 3 between the pair of adjacent support columns 6 facing each other. The panel body 3 is set not to be incorporated.
Subsequently, a headboard 10 facing the left and right direction and a headboard 10 facing the front and rear direction located on the right end side are connected to the upper edge portions of the first and second panel bodies 3 and 4 constituting the outer shell through the connecting metal 11. And fix.
Next, the first side piece 11a of the connecting metal fitting 11 is fixed to the appropriate position on the rear side surface of the headboard 10 facing the right and left direction for fixing and supporting the first panel body 3 by using the screw 11c, and between the front and rear support columns 6. In the state where the lower frame member 14 is assembled, the second panel body 4 is assembled and partitioned into a plurality of sections, and then the second side piece of the coupling member 11 disposed on the headboard 10 side and the coupling member 11 provided on the left and right side walls 1 side. The headboard 10 is externally fitted between the base 11b and the support pillar 6 and the headboard 10 are fixed via the coupling metal 11. Reference numeral 10h denotes a cover that covers the concave portion 10c formed above the space between the first panel bodies 3.

Here, as described above, a space for arranging the door body 5 is formed between the first panel bodies 3, and the long piece 6 b of the support column 6, that is, the support column is formed in the space. The long piece 6b on the opposite side to the long piece 6b into which the first panel body 3 of 6 is fitted is opposed, and the protruding piece 6c formed on the long side 6b can also be used as an edge member support portion. It is configured to be able to. Then, any one of edge members (door edge facing edge member, door edge facing edge member) 15 and 16 corresponding to the arrangement location can be selected and fitted to the protruding piece 6c in a retaining shape. It is configured as follows. A plurality of toilet booths B are configured by pivotally supporting one side portion of the door body 5 between the support pillar 6 and the headboard 10 constituting each space.
In addition, the support pillar 6 forms the projecting piece 6c which can serve as a panel body support part and an edge member support part in the long piece 6b which opposes, The 1st, 2nd panel bodies 3 and 4 are formed. All of the supporting columns 6 that support the side edge portions can be made common.

In the present embodiment configured as described, a wide space is partitioned by the first panel body 3 and the second panel body 4, so that a plurality of toilet booths B that can be opened and closed by the door body 5 are configured. In addition, the first and second panel bodies 3 and 4 are configured such that the left and right or front and rear side edge portions are fitted and supported by the support columns 6 and 7 whose lower ends are erected on the floor surface. , 7 is configured to be fixed to the headboard 10 that is fixedly supported on the side of the casing, which is the left and right side walls 1 and the front and rear side walls 2. As a result, instead of standing the panel bodies individually one by one at the installation site, it is possible to incorporate the panel bodies 3 and 4 with respect to the standing support pillars 6 and 7 as appropriate, Workability is improved and cost can be reduced.
Moreover, as in the conventional case, a panel body is prepared by framing the frame material, and the frame member is pre-assembled with the edge member corresponding to the arrangement location being brought into the installation site, and is not assembled, but the support pillar 6, 7, necessary parts such as the panel bodies 3, 4 and the edge members 15, 16 can be transported and incorporated in the field in a disassembled state, so that inventory management is facilitated and transport work is facilitated. Moreover, if the support pillars 6 and 7 and the panel bodies 3 and 4 are cut and assembled at the site, it can be assembled with higher accuracy and can be easily adapted to design changes at the site. Further cost reduction can be expected.

  Furthermore, since the support pillars 6 and 7 have a cylindrical shape and are configured to stand upright by being externally fitted to the base metal fittings 8 and 9 fixed to the floor surface in advance, the structure of the support pillars 6 and 7 is simplified. 7 can be erected in a temporary holding shape. Furthermore, since the support pillar 6 is configured to form the protruding pieces 6c that function as both the panel body supporting portion and the edge member supporting portion on the surfaces facing each other, the protruding pieces 6c are provided in accordance with the arrangement locations. The panel bodies 3 and 4 or the edge members 15 and 16 can be appropriately incorporated, and the support pillars 6 other than the corner support pillars 7 can be shared, and the structure can be simplified. , Improve workability on site.

  In addition, in this case, the headboard 10 is fixed to the housing via the coupling metal 11, and the support columns 6 and 7 are fixed by the headboard 10 fixed to the housing. Therefore, even if the mounting position of the coupling fitting 11 is adjusted to adjust the position of the headboard 10, there is no problem that a gap is formed between the support pillar 6 and the headboard 10. Further, fine adjustment to the frame of the support pillar 6 and the headboard 10 is facilitated.

  Further, each panel body 3, 4 is fitted and supported by the support pillar 6 in the outer edge, the upper edge is fitted and supported by the headboard 10, and the lower edge is the lower frame material. 14 is configured to be fitted and supported in an outer fitting manner, so that all the frame members of the four rounds of the panel bodies 3 and 4 are unnecessary, further reducing the weight, improving the workability, and reducing the cost. Can contribute.

It is the perspective view which notched a part of several toilet booths formed in large space. It is a disassembled perspective view explaining a part of structural member of a toilet booth. It is a cross-sectional view of a toilet booth. It is XX sectional drawing in FIG. FIGS. 5A and 5B are a plan view and a cross-sectional view, respectively, for explaining the attachment state of the first panel body. 6A and 6B are a front view for explaining the mounting state of the first panel body, respectively, and an XX cross-sectional view in FIG. 7A, 7B, and 7C are plan views for explaining the connection state of the headboard, respectively, a cross-sectional view taken along line XX in FIG. 7A, a front view, and FIG. It is a top view explaining a state. 8A, 8B, and 8C are plan views for explaining a connecting portion between the first panel body and the second panel body, respectively, a cross-sectional view taken along line XX in FIG. 8A, and FIG. It is a YY sectional view in).

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Left-right side wall 2 Front-rear side wall 3 1st panel body 4 2nd panel body 6 Support pillar 7 Corner support pillar 8 Base metal fitting 9 Corner base metal fitting 10 Headboard 11 Connecting metal fitting 14 Lower frame material

Claims (2)

In partitioning the space formed in the frame using a panel body composed of a pair of front and back face plates and a core material interposed between the face plates , the lower end is fixed to the floor surface, and the upper end is placed through the headboard. A support column supported by the frame is provided, and the side edge of the panel body is externally supported by the panel body support part formed on the support column, and the upper edge of the panel body is externally supported by the headboard. In addition, as a configuration in which the lower edge portion of the panel body is externally supported by the lower frame material supported by the support pillar, the four peripheral edge portions of the panel body are covered with the support pillar, the headboard, and the lower frame material. The fixing of the support column and the headboard to the frame side wall is performed by fixing the lower surface of the horizontal second side piece of the L-shaped coupling metal with the vertical first side piece screwed to the side wall and the upper end of the support column. With the upright posture facing each other, fit the caps from the top, and the caps, the second side piece of the connecting bracket, and Coping, support structure to skeleton of the panel member for the partition, characterized in that the support column together and configured to secure by screwing, respectively. Support post is intended to edge member supporting part for supporting the edge member is formed opposite to the panel body supporting portion, and a panel member supporting portion and the edge member supporting portion is formed in the same shape, the panel body and the edge 2. The structure for supporting a partition panel body according to claim 1, wherein the structure is configured to support any one of the members.

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