KR100423612B1 - Movable partition wall - Google Patents

Abstract

In order to provide a movable partition wall capable of forming a wiring passage for communicating a wiring space formed between the structural frame and the panel outside the structural frame without having to process the structural frame and the panel with a simple configuration, The width is set wider than the front and rear widths of the side frame members, and the front and rear surfaces of the horizontal frame members are the panel attachment surfaces, or the panel attachment members are mounted on the structural frame, and the position of the panel attachment surfaces is positioned. The wiring passage is formed so that the inner surface of the panel and the front and rear surfaces of the side frame members are separated from each other by protruding outward from the front and rear surfaces of the panel. Forming.

Description

Movable partition wall {MOVABLE PARTITION WALL}

In recent years, the necessity of storing wirings such as power cables and telephone lines of an increasing number of OA devices in offices and the like in a shape that is consistent with the appearance is increasing.

As a means of this, a wiring space is provided inside the movable partition wall.

It is customary to arrange movable partition walls in close proximity to individual desks, and wirings drawn to the floor or wall surface can be minimized by storing wirings therein.

Among such movable partition walls, the wiring work can be easily performed, and at least one of the structural frameworks for attaching panels to at least one side of the front and rear surfaces thereof and the attachment and detachment to the panel mounting surface of the structural frameworks are possible. And a concave portion transversely along the width direction of the panel is formed on the panel-added mounting surface of the side frame member which forms a wiring space therein and forms a side space of the above-mentioned structural framework. It is known to form a wiring insertion through-hole which communicates a wiring space out of the structural frame between the concave portion and the panel described above.

With this structure, the panel is peeled off and the concave portion is opened to the front, so that wiring can be removed from the wiring space to the outside, or wired horizontally between the movable partition walls provided adjacent to each other. Since the wiring work does not have to be interrupted once as in the case of inserting through the through-hole, the workability can be made extremely good.

However, in the related art, for example, it is necessary to cut a part of the side frame member so as to form a recess or to fix a plurality of side pipes at intervals such that recesses are formed on both front and rear surfaces of the center square pipe. Machining and cost increased.

Moreover, since the position where the wiring is pulled out of the structure space by the wiring space is limited to the position at which the recess is formed, it is difficult to pull the wiring freely by being restricted by the dragging position of the wiring.

The present invention relates to a movable partition wall which is very suitably used in an office or the like.

1 is a perspective view showing an embodiment of the present invention in an adjacent installation state

2 is a partially exploded perspective view of FIG.

3 is a main perspective view of the same

4 is the main part plan view

5 is the main negative side view

Fig. 6 is a sectional view of principal parts showing a modification of the embodiment.

7 is an enlarged perspective view of a main part showing one modified example in the embodiment;

8 is an exploded perspective view of the same

9 is a side cross-sectional view of the same

10 is a perspective view showing a second embodiment of the present invention in a state of being installed adjacently;

11 is a partial exploded perspective view of the same

12 is an enlarged perspective view of a main part omitting the panel;

13 is an exploded perspective view of the panel omitted;

14 is a front view of the same

FIG. 15 is a cross-sectional view taken along line II of FIG. 14. FIG.

FIG. 16 is a cross-sectional view taken along line II-II in FIG. 14. FIG.

17 is a plan sectional view showing a modification of the present embodiment.

18 is an enlarged perspective view of an essential part, omitting a panel showing a variation of the embodiment;

19 is an exploded perspective view of omitting a panel;

20 is a side cross-sectional view of the same

21 is a perspective view showing a state in which a third embodiment of the present invention is installed adjacently

22 is a partial exploded perspective view of the same

Figure 23 is an enlarged perspective view of the main part omitting the panel;

24 is an exploded perspective view of the panel omitted;

25 is a cross-sectional view

Fig. 26 is a perspective view showing the main part

27 is a cross-sectional view of the same

28 is an enlarged perspective view of an essential part showing one example of a cover of the same embodiment;

29 is an exploded perspective view of the same panel omitted;

30 is an exploded perspective view showing a main part in which the panel is omitted;

31 is a plan view of the same

32 is an exploded perspective view showing a main part in which the panel is omitted;

33 is a coplanar view

Fig. 34 is a perspective view showing the main part

35 is a perspective view showing a fourth embodiment of the present invention.

36 is a partial exploded perspective view of the same

37 is an enlarged perspective view of a main part, in which the panel is omitted;

38 is an exploded perspective view of the panel omitted;

39 is a perspective view showing the first panel attachment member;

40 is a perspective view showing the second panel attachment member;

41 is a plan view of a portion of the copper broken

FIG. 42 is a cross-sectional view taken along line III-III corresponding to FIG. 41

FIG. 43 is a cross-sectional view taken along line IV-IV corresponding to FIG. 41

44 is a side sectional view showing a modification of the related part;

45 is a perspective view of another modification of the relevant portion;

(Explanation of symbols for the main parts of the drawing)

3. Panel 4. Wiring

6. Drop prevention means 26. Side frame member

24,27,28. Horizontal frame member 32. Core material

33,34. Resin member 108. Panel attachment member

206. Hook hole 307. Cover

A2. Structural Framework A2a. Panel mounting surface

S. Wiring Space

In order to solve the above problems, the present invention forms the front and rear widths of the horizontal frame members wider than the front and rear widths of the side frame members, and at least the front and rear surfaces of the horizontal frame members are the additional mounting surfaces of the panel, or the panel is added to the structural frame. By mounting the mounting member and raising the position of the panel attaching surface to a position protruding outward from at least one front and rear surface of the side frame member, the wiring passage is formed without special processing on the panel or the structural body. .

That is, as one form of the movable partition wall of this invention, it is provided with the structural frame body which has a panel attachment surface in at least one front and back, and the panel mounted so that attachment and detachment are possible to the said panel attachment surface of the said structural frame body, A pair of side frame members arranged along the up and down direction in which the structural body forms a side cross-section of the structural body, wherein the wiring space is closed by the panel and the structural body while the panel is mounted. And horizontal frame members arranged along the left and right directions connecting the side frame members, and the front and rear widths of the horizontal frame members are wider than the front and rear widths of the side frame members. At least one of the front and rear surfaces of the side frame member is protruded outward from the front and rear surfaces of the side frame member to be a panel mounting surface. The inner side and at least a space formed between the front and rear and one side of a frame member of the panel, can be given to the above-described wiring space characterized in that parts of wires passing through the contact body out of the framework.

In order to be able to carry out vertical wiring in the up-and-down direction in the wiring passing portion, it is preferable that the wiring passing portion is a space continuous in the vertical direction.

In order to keep the structure of the horizontal frame member simple and not to narrow the space area of the wiring passage part, the horizontal frame member has its left and right side cross-sections in a state where at least the front and rear surfaces of the side frame members on the panel attachment side are open. It is preferable to make the abutment contact with the inner surface of the side frame member.

As a very suitable embodiment of the side frame member, the front and rear widths of the side frame members are substantially the same throughout the whole of the vertical direction.

In order to ensure good storage of the wirings passing through the wiring passing portion in the case of wiring the wirings horizontally, it is preferable to provide dropout preventing means for prohibiting the wirings from dropping from the predetermined position in the wiring passing portion.

In the state in which the structural frame is disposed adjacent to each other and the panels are attached to each structural frame, a custom bird is formed between the side circumferences of the left and right panels. It is preferable to provide a concealment means for concealing the wirings crossing from the outside.

Another aspect of the movable partition wall of the present invention is a structural frame composed of a pair of side frame members forming a side end surface and a horizontal frame member connecting the side frame members, and at least one of front and rear sides of the structural frame. A panel attaching member mounted to the above-mentioned structural frame includes a panel provided to be detachably attached thereto, and the wiring space is a space occluded by the panel and the structural frame while the panel is mounted. An inner surface of the panel and an additional mounting surface which is additionally installed at a position where the panel addition mounting member protrudes outward from at least front and rear surfaces of the side frame member and the horizontal frame member, and the inner surface of the panel and the side frame member The above wiring space is defined between at least one front and back surface of the panel and at least one front and back surface of the side frame member as spaced apart from each other. Frame body include those which form a wiring passage communicating out.

As a very suitable embodiment of the structure, the front and rear widths of the side frame member and the horizontal frame member are substantially equal widths.

In order to make the structure frame simple, and also to simplify the attachment method in the case of attaching the panel addition member to the horizontal frame member, the horizontal frame member is preferably in the shape of a pipe.

In order to provide a movable partition wall in which a good use mode can be obtained, it is preferable that the transverse member has an attachment groove for attaching an option member on its front and rear sides.

As a very suitable embodiment, the panel attachment member can be attached to the structural frame so that attachment and detachment are possible.

In order to make the area of the wiring passage part wider, it is preferable that the panel attachment member is mounted on the horizontal member.

In particular, when the panel is mounted on both front and rear surfaces of the structural body, the panel attachment member has a wider front and rear width than the front and rear width of the structural body, and the front and rear surfaces are preferably the panel attachment surface.

In order to impart a panel attaching function to the structural frame by simple processing, it is preferable that the panel attaching member has a panel attaching function.

As a very suitable embodiment in this case, the panel addition mounting member is provided with the engaging groove which can engage with the protrusion which protruded from the inner surface of the panel.

In the case where a plurality of wirings are pulled up and down, in order to maintain the good turn, it is preferable that the panel attachment member is provided with a wiring converging portion capable of guiding the wirings wired along the up and down direction in a converged state.

In order to make it possible to easily perform vertical wiring in the wiring passage part in the vertical direction, it is preferable that the panel attachment member is attached in a state where the wiring passage part is continued in the vertical direction.

In order to allow the wirings to be vertically connected in the vertical direction by connecting the upper and lower wiring spaces partitioned by the horizontally framed members arranged vertically, at least the front and rear surfaces of the horizontal frame members on the panel mounting side and the inner surface of the panel. It is preferable to attach in the state which formed the wiring insertion penetration space between them.

In the state in which the structural frame is disposed adjacent to each other and attached to each structural frame, the alignment line is formed between the side circumferences of the left and right panels. In order to prevent the wiring from being seen from the alignment line, the wiring line crosses the alignment line. It is desirable to install a concealment means for concealing the outside from.

In a very suitable embodiment of the concealment means in this case, when the concealment means is attached to the side frame members of each structural body and combined in pairs, a half-divided shape that can completely conceal the alignment between the left and right panels for the first time is combined. To achieve this.

In order to effectively prevent the wiring from being seen from its alignment even when the movable partition walls adjacent to each other are connected at right angles, the pairs are connected when the movable partition walls adjacent to each other are installed at right angles to be connected to each other. It is configured to be attached to the side frame member to be installed adjacent to each movable partition wall, and when the pair of concealing means of the pair is combined, the alignment between the adjacent panels are formed along the corners formed in the side frame member to be installed adjacent to each other. It is desirable to be able to completely conceal birds.

In order to make the wiring flow well, it is preferable that the concealment means has a wiring holding function that can hold the wiring flow that is horizontally wired.

As a specific embodiment, it can be mentioned that the crossbars are attached using the panel attachment / installation member attached to the best cross frame member.

In this case, it is preferable that the panel addition member is provided with a relevant part which can be engaged with the to-be-connected part provided in the crosspiece.

Moreover, as a very suitable embodiment, it is provided with the auxiliary structural frame which can adjust the height of a movable partition wall by placing a stool over the structural frame.

In a location where the panel addition member is not provided, a gap is formed between the inner surface of the panel and the horizontal frame member. However, in such a location, the panel is attached to the horizontal frame member to prevent the panel from being warped. It is preferable to have a distortion preventing member.

As described above, one aspect of the movable partition wall of the present invention is to make the front and rear widths of the horizontal frame members constituting the structural frame body wider than the front and rear widths of the side frame members, and at least the front and rear surfaces of the horizontal frame members. It is provided in the position which protrudes outward from the front and back surface of a side frame member, and it is set as a panel attachment surface, and the space which is formed between the inner surface of a panel and at least one front and back surface of a side frame member is used as a wiring passage part.

In such a configuration, even if the horizontal frame member, the side frame member, and the panel are not subjected to special processing, the horizontal width of the horizontal frame member is wider than that of the side frame member, and at least the front and rear surfaces of the horizontal frame member are better than the side frame members. In a very simple method of installation at a position protruding outward, a wiring passage can be formed between the inner surface of the panel and at least one front and rear surface of the side frame member.

Therefore, a cumbersome process, such as forming a recess by cutting off a part of the side frame member as in the prior art, becomes unnecessary, and a significant reduction in processing time and cost can be expected.

In addition, since the approximately entire area of the space formed between the inner surface of the panel and the side frame member becomes the wiring insertion through portion, the space area of the wiring passage portion increases compared with the conventional one.

Therefore, the degree of freedom in setting the position at which the wirings are drawn is improved, and the horizontal wiring between the movable partition walls to be removed from the wiring space and adjacently provided can also be performed without being unreasonable.

In addition to such a configuration, the vertical wiring in the vertical direction in the wiring passing portion is possible if the wiring passing portion is a continuous space in the vertical direction.

In addition, when the horizontal frame member is opened at least before and after the front and rear surfaces of the side frame members on the panel attachment surface side, the horizontal frame members are brought into contact with the inner surface of the side frame members, thereby simplifying the structure of the horizontal frame members. At the same time, the space area of the wiring passage portion is not narrowed, and the area for vertical wiring is not narrowed, compared with the case in which the left and right terminals of the horizontal frame member extend to the front and rear surfaces of the side frame members and are installed as if the side frame members are held. It becomes possible to secure.

Furthermore, if the front and rear widths of the side frame members are substantially the same throughout the up and down directions, the side frame members can be simply configured by using pipes or the like, and at the same time, the position of the side frame members is not weak. The continuous wiring passage can be formed.

Further, if a drop preventing means for preventing the wirings from dropping from the predetermined position in the wiring passing portion is provided, the storage of the wirings in the wiring passing portion can be made good.

In addition, a concealment means for concealing wiring from across the bottom from the outside in the case where the frame is arranged adjacent to each other and the panels are attached to each frame to form a side frame between the left and right side panels. In this case, the wirings passing through the wiring passages can be prevented from being exposed to the outside through the fitting, and the appearance of the movable partition wall can be improved.

Further, as another form of the movable partition wall, the panel attachment member is mounted on the structural frame so as to form the panel attachment surface at a position protruding outward from at least front and rear surfaces of the side frame member and the horizontal frame member, and the inner surface of the panel. And a wiring passage for communicating the wiring space out of the structural frame between at least front and rear surfaces of the side frame member.

In such a configuration, if the panel additive mounting member is mounted at an arbitrary position of the structural frame and the panel inner surface is attached to the panel additive mounting member, the inner surface of the panel is separated from at least the front and rear of the side frame member. The wiring passage portion is formed between the inner surface of the panel and the side frame member so as to communicate the wiring space to the outside, and there is no unreasonable reason for drawing out the wiring from the wiring space or horizontal wiring between adjacent movable partition walls. I can do it.

In this way, even if the structural frame and the panel are not subjected to any special processing, the wiring passage portion is formed only by mounting the panel attachment member. Therefore, the portion of the side frame member is cut off to form a recess such as to form a recessed portion. It is possible to expect a significant reduction in processing time and cost as compared to the conventional ones, whether they form a wealth.

Moreover, by providing the wiring passage as in the prior art, the front and rear widths of the side frame members are thin, and the strength is not sacrificed.

Furthermore, the panel attachment mounting member may be attached to any position of the structural frame as long as it can be formed at a position where the panel attachment surface is projected outward from at least front and rear surfaces of the side frame member and the horizontal frame member. The degree of freedom is extremely high, and the attachment position can be appropriately selected according to the use type.

In this case, as long as the front and rear widths of the side frame member and the horizontal frame member are approximately equal widths, the structural frame body can have a simple structure.

Furthermore, if the horizontal frame member is in the shape of a square pipe, not only the structural frame body can be simplified, but also the method of attaching the panel addition member to the horizontal frame member can be simplified.

Moreover, if the horizontal frame member is provided with an attachment groove for attaching the selection member on its front and rear sides, the movable partition can be suitably attached to the selection member such as a shelf board by using the attachment groove, and the movable partition can have a good use mode. Can provide a wall.

In addition, if the panel attachment member is detachably attached to the structural frame, the user can freely select whether or not to form a wiring passage by attaching and detaching the panel attachment member.

Moreover, when the panel attachment member is mounted on the horizontal frame member, the panel attachment member can be attached to the structural frame with little penetration into the area of the wiring passage, and the freedom of setting the dragging position of the wiring is improved. The wiring of the wirings from the wiring space and the horizontal wiring between the movable partition walls provided adjacent to each other can also be performed without being unreasonable, and the vertical wiring in the vertical direction in the wiring passage can be performed very easily.

Furthermore, the panel addition mounting member has a front and rear width that is wider than the front and rear width of the structural frame, and when the front and rear surfaces are the panel mounting surface, especially when the panel is mounted on both front and rear surfaces of the structural frame, If the front and rear surfaces of the member are attached so as to be located outward from the front and rear surfaces of the side frame member, the front and rear surfaces of the members can be coped with.

In addition, if the panel attachment member has a panel attachment function, the processing is simpler than that of providing a panel attachment function to the structural frame.

Furthermore, if the panel addition-mounting member is provided with an engaging groove that can engage with the protrusion protruding from the inner surface of the panel, a secure mounting state can be obtained by a simple attachment method.

In addition, if the panel attachment member is provided with a wiring converging portion capable of guiding the wirings wired in the up and down direction in a converged state, the pulling can be made good even when the plurality of wirings are turned up and down. .

In addition, when the panel addition member is attached in a state where the wiring passage portion is continuous in the vertical direction, vertical wiring in the vertical direction in the wiring passage portion can also be performed very easily.

Furthermore, when the panel addition mounting member is attached in a state where a wiring insertion through-space is formed between at least front and rear surfaces of the horizontal frame member on the panel mounting side and the inner surface of the panel, the horizontally adjacent side installed vertically using this wiring insertion-through space is used. The wirings can be vertically wired in the vertical direction by communicating with the upper and lower wiring spaces partitioned by the frame member.

Furthermore, in the state in which the structural frame is disposed adjacent to each other and the panel is attached to each structural frame, a bead is formed between the left and right sides of the panel, so that concealing means for concealing the wiring flow across the bevel floor from the outside is provided. If installed, the wirings can be effectively prevented from being seen from the alignment.

In addition, when the concealing means is attached to the side frame member of each structural frame, and when it is combined in pairs to form a semi-divided shape that can completely conceal the alignment between the left and right panels for the first time, the structural frame is disposed adjacently. Of course, it can be used alone, for example, even when there is no structural frame to be installed adjacently.

In addition, when the concealing means are connected by crossing the movable partition wall adjacently installed at right angles, they are configured to be attached to the side frame members adjacent to each movable partition wall in pairs, and the concealing means forming the pair is combined. If the alignment between adjacent panels can be completely concealed according to the corners formed in the side frame members to be adjacently installed, the wirings are aligned even when the movable partition walls adjacent to each other are connected at right angles. You can effectively prevent seeing from birds.

In addition to this, if the concealing means has a wiring holding function capable of holding the wirings arranged horizontally, the wirings can be favorably turned.

In addition, if the crossbar is attached by using the panel attachment member attached to the best frame member, there is no need to provide a member for attaching the crossbar separately, and the number of parts can be reduced.

In addition, the crossbar can be reliably attached to the panel additive mounting member if the panel attachment member is provided with an associated portion that can be engaged with the related portion provided on the crossbar.

Furthermore, an auxiliary structural frame which can adjust the height of the movable partition wall by stepping on the upper side of the structural frame, for example, the side frame member and the horizontal frame member which constitute the above-mentioned structural frame If it is provided, even if the height of the movable partition wall is increased by using an auxiliary structure, etc., if the panel attachment member is attached to the auxiliary structure, the wiring insertion space is effective without processing the auxiliary structure. Can be formed.

In addition, if a distortion preventing member is attached to the horizontal frame member and prevents the panel from being distorted, a gap is formed between the inner surface of the panel and the horizontal frame member at the point where the panel addition mounting member is not provided. Proper installation of the distortion prevention member can prevent the distortion of the panel.

First Embodiment

Next, an embodiment to which the present invention is applied will be described with reference to the drawings.

The movable partition wall A1 in this embodiment is attached to the structural frame A2 serving as a skeleton as shown in Figs. 1 and 2 and the panel attachment surface A2a before and after the structural frame A2. It is provided with the panel 3 of the front and back both sides which can be detachably attached, and the wiring function which can accommodate the wirings 4 inside is provided.

The structural frame A2 is made of metal, and has left and right side frame members 26 disposed along the vertical direction forming the side cross-section A1a of the movable partition wall A1, and these left and right side frame members 26. The upper frame member 27, the lower frame member 28 and the three intermediate frame member 24, which is a horizontal frame member disposed along the left and right directions for connecting the two side frame members 26 ), The horizontal frame members 27, 28, and 24 are connected in a frame shape.

As shown in FIGS. 1-5, the side frame member 26 is a metal square pipe shape, and the hook hole 261 is formed in the front-back surface 26a by predetermined pitch.

Each of the horizontal frame members 27, 28, and 24 has the left and right side surfaces 27b, 28b, and 24b described above with the front and rear surfaces 26a of the side frame member 26 open. The inner surface 26b of the left and right side frame members 26 is brought into contact with each other and is attached between the left and right side frame members 26 by appropriate means such as welding.

Then, the front and rear surfaces 27a, 28a, and 24a of the horizontal frame members 27, 28, and 24 form the same panel attachment surface A2a on the same surface.

In addition, in the present embodiment, as shown in Figs. 1 and 2, the lower throttle member 28 is formed with recesses 281 which are concave with respect to the panel attachment surface A2a on both front and rear sides, and the recesses The part 281 forms a wiring insertion hole for communicating the wiring space S to the outside of the lower throttle member 28, and also installs the panel attachments at both front and rear sides of the lower middle throttle member 24. A wiring insertion opening for forming a concave portion 241 concave with respect to the surface A2a and communicating with the upper and lower wiring spaces S interposed by the intermediate throttle member 24 by the concave portion 241. To form.

The horizontal cross-sectional shape of these horizontal frame members 27, 28, and 24 is formed in the substantially H shape which the protrusion 33a, 34a of the panel 3 can engage, The panel 3 can be detachably attached between any two of the horizontal frame members 27, 28, and 24. FIG.

In particular, concave grooves 272, 282, and 242 formed on the upper surface side of the horizontal frame members 27, 28, and 24 are used as the wiring guide grooves.

As shown in Fig. 2, the panel 3 is a rectangular shape in which the core 32 is filled in the inner surface of the panel body 31 made of sheet metal. The panel 3 is placed on the panel-attachment mounting surface A2a of the structural body A2. It is provided in the position which covers the substantially whole area | region of structural frame A2a by providing in plural number in succession along a direction.

These panels 3 are provided with a resin member 33 having an upward projection 33a and a resin member 34 having a downward projection 34a on the inner surface side near the corner portion, instead of the core 32 described above. The projections 33a and 34a are used to allow the panel 3 to be detachably mounted between any two of the horizontal frame members 27, 28, and 24. have.

And in the position which is occluded by the side frame member 26, the upper throttle member 27, the lower throttle member 28 and the middle throttle member 24 and the panel 3 which constitute the structural frame A2. The wiring space S is formed.

In the movable partition wall A1 having such a configuration, in this embodiment, as shown in FIGS. 1 to 5, the front and rear widths of the horizontal frame members 27, 28, and 24 are defined by the side frame member ( It is made wider than the front and rear width of 26, and the front and rear surfaces 27a, 28a, and 24a of the horizontal frame members 27, 28, and 24 are the front and rear surfaces 26a of the side frame member 26. Rather, it sticks outwards.

Then, the front and rear surfaces 27a, 28a, and 24a of the horizontal frame members 27, 28, and 24 are the panel attachment surface A2a, and the front and rear surfaces of the side frame member 26 26a) and the space which continues in the up-down direction formed in the inner surface 3a of the panel 3 are the wiring passage part 5 which connects the wiring space S to the structure frame 2 outside.

That is, the substantially entire area in the vertical direction in the space formed between the front and rear surfaces 26a of the side frame member 26 and the inner surface 3a of the panel 3 forms the wiring space S of the structural frame A2. It becomes the wiring passage part 5 which opens to the outside, and when the panel 3 is attached, it pulls the wiring 4 freely between the wiring space S and the exterior of the side frame member 26. Doing.

Therefore, the movable partition wall A1 is not only able to lead wires 4 into the wiring space S from the side end surface A1a when it is used alone, but also when the movable partition wall is used adjacently. Through the wiring passage part 5 of A1, the horizontal wiring of the wirings 4 can be performed between the wiring spaces S of the two movable partition walls A1.

Furthermore, since the wiring passage portion 5 is continuous in the vertical direction, the vertical wiring can be easily performed as shown in Figs.

By the way, as shown in FIGS. 3-5, the movable partition wall A1 of this Example arrange | positions several movable partition walls A1 adjacently, and has the horizontal direction of the wirings 4 between each wiring space S. FIG. When wiring is carried out, the wirings 4 have fallout prevention means 6 which prevents the wirings 4 from dropping from the predetermined position on the front and rear surfaces 26a of the side frame member 26.

The fall prevention means 6 is attached by engaging the projection (not shown) projecting from the back surface to the hook hole 261 in the form of an uneven shape, and the wiring deviation preventing portion 61 protrudes upward from the upper surface thereof. have.

Moreover, this movable partition wall A1 arrange | positions several structural frame A2 adjacently, and, as shown to FIG. 4 and FIG. 5, in the state which attached the panel 3 to these structural frame A2, the panel ( 3) Selective members m are formed between the side circumferences 3b, and various selection members such as shelves are used by using the hook holes 261 of the side frame members 26 positioned on the bottom of the customized members (not shown). It is possible to attach.

However, since the wirings 4 passing through the wiring passage portion 5 are horizontally routed across the fitting bottom, the wirings 4 are exposed to the outside from the fitting f m as it is.

In this embodiment, the cover 307, which is a concealing means for covering the wirings 4, is provided at least in the places where the horizontal wiring is performed.

As shown in FIGS. 3-5, the cover 307 has a face plate portion 3071 whose width dimension substantially corresponds to the size of the fitting bird m, and a shaft portion 3072 intersecting the upper circumference of the face plate portion 3071. ) And a bearing portion 3073 for rotatably mounting the shaft portion 3062, and the protrusions (not shown) formed on the rear surface are attached to the hook holes 261 in an uneven fashion. It has the attachment part 3054 which becomes.

Then, in the closed position, the surface of the face plate portion 3071 of the cover 307 is mounted at a position substantially the same with respect to the panel attachment surface A2a, and at least in the corresponding position of the fitting bottom, the wiring passage portion The wirings 4 passing through (5) can be concealed.

With the movable partition wall A1 having such a configuration, the panel 3 is detached from the panel attachment surface A2a in order to introduce the wirings 4 into the wiring space S via the wiring passing portion 5. The wires 4 are pulled so as to pass through the front and rear surfaces 26a of the side frame member 26 while properly using the fall prevention means 6 in the state where the cover 307 is opened.

Then, the cover 307 is closed and the panel 3 is attached to the panel attachment surface A2a.

In this embodiment, the front and rear widths of the concave grooves 272, 282, and 242 of the horizontal frame members 27, 28, and 24 are substantially equal to the front and rear widths of the side frame members 26. Therefore, the wires 4 guided in the recessed grooves 272, 282, and 242 ride on the front and rear lip walls of the horizontal frame members 27, 28, and 24, and then the wire passing portion 5 Hauled in).

In order to smooth the drag of the wirings 4, the front and rear widths of the concave grooves 272, 282, and 242 are slightly wider than the front and rear widths of the side frame member 26. Changes are possible.

As described above, the movable partition wall A1 of this embodiment is the horizontal wiring between the movable partition wall A1 which draws out the adjacent wirings 4 from the wiring space S or is adjacently installed through the wiring passage 5. In addition, the vertical wiring in the wiring passage portion 5 can be performed unreasonably.

With such a configuration, the horizontal frame members 27, 28 and 24, the side frame members 26 and the panel 3 do not have to be specially processed, but the horizontal frame members 27 and 28 The wiring passage portion 5 can be formed by a very simple method in which the front and rear width of the 24 is wider than that of the side frame member 26.

Therefore, a cumbersome process, such as forming a recess by cutting off a part of the side frame member as in the prior art, is unnecessary, and it is possible to achieve a significant reduction in the number of machining operations and costs.

In addition, since the wiring passage portion 5 is formed over substantially the entire up and down direction of the side frame member 26, the degree of freedom in setting the retracted position of the wirings 4 is improved, and from the wiring space S, The wiring of the wirings 4 and the horizontal wiring between the movable partition walls A1 to be adjacent to each other can also be performed without being unreasonable, and the vertical wiring in the wiring passage 5 in the vertical direction becomes very easy. .

In addition, when the front and rear widths of the horizontal frame members 27, 28, and 24 are wider than the side frame members 26, the front and rear surfaces of the horizontal frame members 27, 28, and 24 are wider. Set the width dimension of the wire through portion 5 to the side frame member 26 large enough to allow the wires 4 to pass therethrough, or the width dimension before and after the side frame member 26 to the horizontal member. It may be considered to set less for (27), (28), and (24).

In the former case, the width dimension before and after is set so that the front and rear width of the movable partition wall A1 itself will not become too large in the latter case so that a problem does not occur in the strength of the side frame member 26.

In addition, the horizontal frame members 27, 28, and 24 open the front and rear surfaces 26a of the side frame member 26 to the left and right side cross-sections 27b, 28b, and 24b. Since the inner surface 26b of the frame member 26 is abutted and attached, the structure of the transverse frame members 27, 28, and 24 can be simplified, and at the same time, the wiring passage portion ( It is possible to secure an area for vertical wiring, in particular, without narrowing the spatial area of 5).

If the side frame member 26 is constituted using an angle pipe or the like as in the present embodiment, the side frame member 26 capable of forming the continuous wire passing portion 5 in the vertical direction can be simply configured.

In addition, since the front and rear widths of the side frame members 26 are substantially the same over the entire region in the vertical direction, there are no locations where the strength is partially weak.

Since the fall prevention means 6 which prevents the wirings 4 from dropping from the predetermined position of the front and rear surfaces 26a of the side frame member 26 is provided, the front and rear surfaces 26a of the side frame member 26 are provided. The storage of the wirings 4 can be made good.

In addition to the above, the movable partition wall A1 of this embodiment is disposed adjacent to the structural frame A2, and the side circumferences of the left and right panels 3 in the state where the panel 3 is attached to each structural frame A2. Although the fitting bird m is formed between (3b), since the cover 307 which is a concealment means for concealing the wirings 4 is provided in the position which becomes the fitting bird bottom at least, the wirings 4 are aligned. The appearance from the bird m can be prevented and the good appearance of the movable partition wall A1 can be maintained.

In addition, the specific structure of each part is not limited to what was demonstrated above.

For example, the horizontal frame members 27, 28, and 24 of the present embodiment have left and right side cross-sections 27b and 28b with the front and rear surfaces 26a of the side frame member 26 fully open. , 24b is abutted to the inner surface 26b of the side frame member 26, but is not limited thereto, and the left and right ends of the horizontal frame members 27, 28, and 24 are side frame members. It may extend to the (26) side, and may be attached so as to surround the front and rear surfaces 26a of the side frame member 26 with the extended portion.

Further, in the hook hole 261 formed in the side frame member 26 described above, the side frame member 26 is closed in order to close the opening of the fitting bottom of the portion which does not substantially function as the hook hole 261. A custom cover (not shown) may be mounted.

In this case, when the cover 307 covering the fitting bird cover and the wirings 4 from the outside has the same surface in appearance, the shape visible from the fitting bird m is approximately continuous. It is not damaged.

The cover 307 may also serve as a fall prevention means for prohibiting the wirings 4 from dropping from the predetermined position of the front and rear surfaces 26a of the side frame member 26 in the closed position.

In this manner, when the cover 307 also functions as a fall prevention means for holding the wirings 4, the insertion through state of the wirings 4 can be more reliably ensured without excessively increasing the number of parts. have.

Further, the fall prevention means 6 and the cover 307 of this embodiment are provided in both hook holes 261 of the side frame member 26 of the panel 3 adjacent to each other provided with a pair of projections (not shown) provided on the rear surface. At the same time, but is not limited to this, but is not limited to this, the fall prevention means 6 or the cover 307 in a half-divided shape may be attached to the hook holes 261 of each side frame member 26, respectively. do.

If it is such a half-divided type, it can be used also in the corner part when there exists no panel 3 adjacently installed, or when adjacently intersecting panel 3 mutually at right angles.

Next, although not shown in the drawings, projections protruding upwards to guide the wirings 4 that transition from horizontal wiring to vertical wiring are provided at the left and right ends of the horizontal frame members 27, 28, and 24. You may do so.

In this way, for example, the wires guided on the horizontal frame member can be appropriately positioned via this protrusion, guided to the front and rear surfaces of the side frame member, and shifted to vertical wiring.

For example, as shown in FIG. 6, it is also possible to form the wiring passing part 5 only before and after one side, ie, one panel attachment surface A2a side.

Moreover, it is also possible to form the panel attachment surface only on the front side of the structural frame.

It goes without saying that the number of panels to be mounted is not limited to the above.

Next, one modified example of the horizontal frame member will be described with reference to FIGS. 7 to 9.

Like the horizontal frame members 27, 28, and 24, the horizontal frame member 25 also has its front and rear widths wider than the front and rear widths of the side frame members 26. It protrudes outward from the front and rear surfaces 26a of the side frame member 26, and it is set as the panel attachment surface A2a, and has the effect similar to the movable partition wall of the above-mentioned embodiment.

The horizontal frame member 25 has an attachment groove 251 for attaching the selection member O, such as a shelf board, to the front and rear surfaces 25a, and is formed between the panels 3 installed in succession in the vertical direction. The attachment member N inserted in the saddle is used to attach the selection member O, such as a shelf board.

Next, this horizontal frame member 25 is demonstrated concretely.

Horizontal frame member 25 has a horizontal cross-section member of the horizontal frame member body 252 having a substantially "ro" shape and the mounting groove 251 and the mounting groove (pair) installed in the front and rear direction of the horizontal frame member body 252 ( 251 is provided with a vertical wall 253 which is a front and rear surface 25a which is additionally installed on the inner surface 3a of the panel 3 provided in pairs in the front and rear directions.

The horizontal frame member main body 252 is formed by combining a vertical cross-sectional upper and lower g-shaped member having a substantially “that” shape.

The attachment groove 251 is constituted by a vertical wall constituting the above-mentioned "shaped" member, a horizontal wall extending substantially horizontally from the lower end of the vertical wall, and a standing wall standing up from the tip of the horizontal wall. It is a concave groove.

Further, the front and rear vertical walls 253 are arranged downward from the tip of the horizontal wall extending substantially horizontally from the upper end of the standing wall of the attachment groove 251.

In the horizontal frame member 25 of such a structure, when attaching the selection member O, such as a shelf board, the cross section is substantially L-shaped in the attachment groove 251 in the state which peeled off the upper panel 3. By attaching the upper attachment mechanism N, the selection mechanism O such as a shelf board is attached to the attachment mechanism N by appropriate means, and then the upper panel 3 is mounted.

Moreover, the horizontal frame member main body 252 extends the left and right end portions in the left and right directions more than the attachment groove 251 and the front and rear vertical walls 253, and the panel 3 is formed at the extended portion of the horizontal frame member main body 252. The panel attaching member 108 for attaching) is mounted, and the panel attaching member 108 can be used to attach and detach the panel 3 to the structural frame A2.

The panel attachment member 108 is a separate member from the structural frame A2, and the transverse member so that the front and rear surfaces 108a are flush with the front and rear surfaces 25a of the horizontal frame member 25 or in a concave inward position. It is attached to 25.

In the modification, the pair of panel attaching members 108 are attached to the upper and lower surfaces of the left and right end portions of the horizontal frame member 25, but the panel attaching member 108 attached to the upper surface side is taken as an example. Explain.

This panel attaching member 108 has a horizontal cross section facing toward the front and rear surfaces 26a of the side frame member 26 from one side of the attaching member main body 1081 having an approximately H-shape and the attaching member main body 1081. A pair of planar portions extending outwardly have a wing portion 1082 having an L shape.

The attachment member body 1081 has a fitting groove 1081a on which the downward projection 34a of the panel 3 can be engaged on the upper surface, and at the same time, the outer side of the attachment member body 1081 extends out of the horizontal member body 252 on the lower surface. It has a concave groove 1081b which can be inserted from the top.

As shown in FIG. 7, the wing portion 1082 is positioned to cross the front and rear surfaces 26a of the side frame member 26 in an attached state.

Then, the blades 1082 are used to guide the wirings 4 that are vertically wired in the wiring passage portion 5 in the vertical direction in a substantially confined state.

Further, in the case of attaching the panel attaching member 108 to the horizontal frame member 25, the engaging projection protruding from the attachment member body 1081 to an opening (not shown) formed on the upper surface of the horizontal frame member 25 is shown. (Not shown) is attached by fitting, but the attachment method is not limited to this.

In addition, the panel attachment member 108 attached to the lower surface side of the horizontal frame member 25 also has the same configuration as the panel attachment member 108 on the upper surface side upside down so as to be attached by the same attachment method.

And when attaching the panel 3 using this panel attachment member 108, as shown in FIG. 8, the panel 3 of the panel 3 is provided in the engaging groove 1081a of the panel attachment member 108 of the upper surface side. The up and down protrusions 34a are engaged with the upward protrusions 33a in the engagement grooves 1081a of the panel attaching member 108 on the lower surface side, and the front and rear surfaces of the horizontal member 25 are placed on the inner surface 3a of the panel 3. 25a) to be added and attached.

In addition, the said wing part 1082 may be provided in the side frame member side, or may be omitted as needed.

Other configurations are also possible in various modifications without departing from the spirit of the invention.

Second Embodiment

Next, a second embodiment to which the present invention is applied will be described with reference to Figs.

The movable partition wall B1 in this embodiment is a structural frame B2 serving as a skeleton as shown in Figs. 10 and 11, and the panels 3 on both sides of the front and rear sides that are detachably attached to the structural frame B2. ) And a wiring function capable of accommodating the wirings 4 therein.

In addition, the same code | symbol is attached | subjected to the part which has a structure similar to 1st Example.

The structural frame B2 is made of metal and connects the left and right side frame members 21 arranged along the vertical direction forming the side end surfaces B1a of the movable partition wall B1, and the side frame members 21 are connected to each other. The horizontal frame member 22 arrange | positioned along the left-right direction is provided, and these side frame member 21 and the horizontal frame member 22 are connected in frame shape.

As shown in Figs. 10 to 16, the side frame member 21 is formed of a square pipe formed by combining two members in which the sheet metal material has a transverse cross-section compositionally deformed in a shape of a substantially “that” shape so that the inner side is opened. will be.

The horizontal frame member 22 has an angular pipe shape having a horizontal cross section having a front and rear width approximately equal to that of the side frame member 21 and having a shape of approximately "Ro".

The left and right end surfaces are brought into contact with the inner side surfaces of the left and right side frame members 21 and attached between the left and right side frame members 21 by appropriate means such as welding.

As shown in FIG. 11, the panel 3 is a rectangular shape in which the core 32 is filled in the inner surface of the panel body 31 made of sheet metal, and a plurality of panels 3 are arranged in succession along the vertical direction to form the structural frame B2. It is installed in the position which almost covers the whole area.

These panels 3 are each provided with a resin member 33 having an upward projection 33a and a resin member 34 having a downward projection 34a on the inner surface side near the corner instead of the core 32 described above. By using these projections 33a and 34a, the panel 3 can be detachably attached between any two of the plurality of horizontal frame members 22.

And wiring space S is formed in the position closed by the side frame member 21, the horizontal frame member 22, and the panel 3 which comprise the structural frame B2.

In the movable partition wall B1 having such a configuration, in the present embodiment, as shown in Figs. 10 to 16, the side frame member described above is mounted by mounting the panel addition member 8 to the horizontal frame member 22. At the position protruding outward from the front and rear surfaces 21a and 22a of the 21 and the horizontal frame member 22, a panel attachment surface P, which is added to the inner surface 3a of the panel 3, is formed. The inner surface 3a of the panel 3 and the front and rear surfaces 21a of the side frame member 21 are separated, and the front and rear surfaces of the inner surface 3a and the side frame member 21 of the panel 3 are separated. Between 21a, the wiring passage part 5 which connects the above-mentioned wiring space S out of the structure frame is formed.

Next, the above panel mounting member 8 will be described in detail.

The panel attachment member 8 is a member separate from the structural frame B2, and is attached to the left and right ends of the horizontal frame member 22 so that attachment and detachment are possible.

The front and rear widths of the panel attachment member 8 are wider than the front and rear widths of the side frame member 21 and the horizontal frame member 22, and the front and rear surfaces 8a are formed on the side frame member 21 and the horizontal side. It is provided in the position which protruded outward from the front-back surface 21a, 22a of the frame member 22, and it is set as the panel attachment surface P. As shown in FIG.

In this embodiment, the panel attachment portion 8 is attached to the lower surface side of the uppermost horizontal frame member 22 and the upper surface side of the lower horizontal frame member 22 and the upper and lower surfaces of the horizontal frame member 22 in the middle. I'm going to let you.

Next, the panel addition installation part 8 attached to the upper surface side of each horizontal frame member 22 is demonstrated as an example.

The panel addition mounting section 8 has a horizontal cross section of the additional mounting member main body 81 having a substantially H-shape, and the front and rear surfaces of the side frame member 21 from one end of the aforementioned additional mounting member main body 81. An approximately L-shaped wiring converging portion 82 is provided in front and rear of the pair of planes extending toward 21a.

The additional installation member main body 81 has an engaging groove 81a on which the downward projection 34a of the panel 3 can be engaged with the upper surface, and is fitted to the horizontal frame member 22 from the outside on the lower surface. It has a recessed groove 81b which can be inserted.

As shown in Figs. 10 to 15, the wiring converging portion 82 is attached to the front and rear surfaces 21a of the side frame member 21, and is attached in a state in which the wiring passage portion 5 is continued in the vertical direction. It is.

Then, the wiring convergence section 82 is used to guide the wirings 4 that are vertically routed in the wiring passage section 5 in the vertical direction.

In addition, the front and rear surfaces of the main body 81 of the additive installation member 81 and the front and rear surfaces of the wiring converging portion 82 are substantially the same surface to form the front and rear surfaces 8a. When attached, the front and rear surfaces 8a become the panel attaching surface P which is additionally installed on the inner surface 3a of the panel 3.

In addition, in the case where the panel attachment member 8 is attached to the horizontal frame member 22, the panel attachment member 8 protrudes from the additional installation member main body 81 to an opening (not shown) formed on the upper surface of the horizontal frame member 22. Although the engaging projection (not shown) is engaged by being attached, the attachment method is not limited thereto.

The panel attaching member 8 on the lower surface side is also attached to the same attaching method by inverting up and down the one having the same configuration as the panel attaching member 8 on the upper surface side.

Next, the case where the panel 3 is attached to the structural frame body B2 using this panel addition-installation member 8 is demonstrated.

In this case, as shown in FIG. 16, the inner surface 3a of the panel 3 is hooked up to the engagement groove 81a of the panel addition member 8 of the upper surface, and the panel addition installation member ( It is attached to the front and rear surfaces 8a of 8) by additional contact.

In addition, since the panel attachment member 8 is mounted to the left and right ends of the horizontal frame member 22, the space between the front and rear surfaces 22a of the horizontal frame member 22 and the inner surface 3a of the panel 3 is spaced. In this embodiment, however, the wiring insertion opening s1, which is a wiring insertion penetration space passing through the upper and lower wiring spaces S, which is partitioned by the intermediate frame member 22, which is installed adjacent to this space vertically. I am doing it.

In the same way, a wiring insertion opening s1 is formed between the upper and lower horizontal frame members 22 and the panel 3 so that the wiring space S passes through the structure frame.

In addition, this movable partition wall B1 is normally used by providing a plurality of structural frames B2 adjacent to each other, and has a side circumference 3b of the panel 3 in a state where the panel 3 is attached to the structural frame B2 described above. The custom bird m is formed in between.

However, since the wirings 4 passing through the wiring passing section 5 are horizontally routed across the fitting bottom, the wirings 4 are exposed to the outside from the fitting f m as it is.

Here, in this embodiment, the cover 7 which is a concealment means which covers the wirings 4 is provided in the place which performs the horizontal wiring at least.

As shown in FIGS. 10-14, the cover 7 is attached to the side frame member 21 of each structural frame B2, and is matched between the panels 3 which are adjacently installed for the first time when paired and combined. It is half-divided to completely conceal (m).

The cover 7 is bent in a direction intersecting at substantially right angles from the upper and lower circumferences of the face plate portion 71 and the face plate portion 71 each of which is set slightly larger than half of the left and right width dimensions of the fitting piece m. The upper and lower walls 72 and the engaging projections 73 provided at the tip of the upper and lower walls 72 are provided.

The cover 7 engages the above-mentioned engagement protrusion 73 with the engagement hole 211 formed at an appropriate location on the front and rear surfaces 21a of the side frame member 21, and the side frame member 21 Is attached to front and rear surfaces 21a.

In addition, the cover 7 is a semi-divided shape that can be completely attached to each of the side frame members 21 provided adjacent to each other in pairs to conceal the customized bird m, but is located in the terminal frame. When the member 21 or the structural frame B2 provided adjacently does not exist, or when the structural frame B2 mutually crosses at right angles, it may be used independently.

In such a configuration, after the separate panel attachment member 8 is mounted at an arbitrary position of the horizontal frame member 22, the inner surface 3a of the panel 3 is added to the panel attachment surface P. In the state of mounting, the inner surface 3a of the panel 3 is positioned away from the front and rear surfaces 21a of the side frame member 21, so that the inner surface 3a of the panel 3 and the side frame member 21 are positioned. A wiring passage portion 5 is formed between the wiring space S so as to pass through the wiring space S to the outside, so that the horizontal wiring between the drawn-out wall 4 from the wiring space S and the movable partition wall B1 to be installed adjacent to each other. It can be done without being unreasonable.

Thus, even if the structural frame body B2 and the panel 3 are not specially processed, the wiring passage portion 5 is formed only by mounting the panel attachment member 8, so that a part of the side frame member is cut off. It is possible to expect a significant reduction in processing time and cost as compared with the conventional one, whether the wiring passage is formed by performing a cumbersome process such as forming a recess.

In addition, there is no problem that the strength of the side frame member is sacrificed by providing the wiring passage as in the prior art.

In addition, the panel attachment member 8 is formed at a position where the panel attachment surface P protrudes outward from the front and rear surfaces 21a and 22a of the side frame member 21 and the horizontal frame member 22. As long as it is possible, it may be attached to any position of the structural frame B2, the freedom of attachment position is extremely high, and an attachment position can be suitably selected according to a use form.

Since the front and rear widths of the side frame member 21 and the horizontal frame member 22 are approximately equal widths, the structural frame body B2 can be made simple.

Since the horizontal frame member 22 is in the shape of a square pipe, not only the structural frame body B2 can be made simple, but also the panel addition member 8 is attached to the horizontal frame member 22 as in the present embodiment. In this case, the attachment method can also be simplified.

Since the panel attaching member 8 is detachably attached to the structural frame B2, the user can freely select whether or not to form the wiring passage part 5 by attaching and detaching the panel attaching member 8. have.

Since the panel additive mounting member 8 is mounted on the horizontal frame member 22, the panel additive mounting member 8 can be attached to the structural frame B2 almost without invading the area of the wiring passage. The degree of freedom in setting the retracted position of 4) can be improved, and the wiring of the wirings 4 from the wiring space S and the horizontal wiring between the movable partition walls B1 to be adjacent to each other can also be performed without being unreasonable. The vertical wiring in the wiring passage 5 in the vertical direction can also be performed very easily.

Since the panel mounting member 8 has a wider front and rear width than the front and rear width of the structural frame B2, and the front and rear surface 8a is the panel mounting surface P, in particular, as in the present embodiment, When the panel 3 is mounted on both front and rear surfaces of the sieve B2, the panel 3 on one side of the front and rear surfaces can be supported by one panel attachment member 8.

Since the panel attaching member 8 has a panel attaching function, it is not necessary to perform processing such as to give the panel attaching function to the structural frame B2, and the cost can be reduced.

Since the panel attaching member 8 is provided with an engaging groove 81a that can engage with the projections 33a and 34a protruding from the inner surface 3a of the panel 3, the panel attaching member 8 is provided with a simple attachment method. A secure mounting state is obtained.

Since the panel attachment member 8 includes a wiring converging portion 82 capable of guiding the wirings 4 wired along the up and down direction in a converged state, the plurality of wirings 4 are moved upward and downward. Even when dragging, the dragging can be made good.

Since the wiring passage portion 5 which is continuous in the vertical direction is formed on the front and rear surfaces 21a of the side frame member 21, the vertical wiring in the wiring passage portion 5 in the vertical direction can also be performed very easily. have.

Since the panel attaching member 8 is attached in a state in which a space is formed between the front and rear surfaces 22a of the horizontal frame member 22 and the inner surface 3a of the panel 3, the panel addition mounting member 8 The wiring communication port s1 for communicating the upper and lower wiring spaces S, which are partitioned by the horizontal frame member 22, and the wiring insertion through hole s1 for communicating the wiring space S out of the structural frame are formed. The degree of freedom of dragging in (4) is improved.

In addition to the above, the movable partition wall B1 of this embodiment has the side frames 3b of the left and right panels 3 in the state in which the structural frames B2 are arranged adjacent to each other and the panels 3 are attached to the respective structural frames B2. (M) is formed between the ends, but at least the cover (7), which is a concealing means for concealing the wirings (4), is provided at a position where the bottom of the alignment is the bottom. The appearance from (m) can be prevented and the favorable appearance of the movable partition wall B1 can be maintained.

In addition, the cover 7 is attached to the side frame body 21 of each structural frame body B2, and when combined to form a pair, the half which can completely conceal the alignment m between the left and right panels 3 for the first time. Since it forms a divided shape, it can be used independently not only when arranging structural frame B2 adjacently, but also when structural frame B2 which adjoins, for example does not exist.

In addition, the specific structure of each part is not limited to what was demonstrated above.

For example, the shape of the panel addition member 8 is not limited to the above-described configuration, and the wiring procedure 82 is provided to be located on the side frame member side in the attached state, or omitted, or the panel addition installation is performed. It may be provided on the left and right sides of the member main body 81.

In addition, the attachment position of the panel attachment member 8 is not limited to the left and right ends of the horizontal frame member 22, and the panel attachment surface P is moved forward and backward of the side frame member 21 and the horizontal frame member 22. Any position may be used as long as it is an attachment position formed at a position protruding outward from the surfaces 21a and 22a.

In addition, the shape of the panel addition member may be changed so as to be attached to the side frame member 21.

Further, when the plurality of movable partition walls B1 are arranged adjacent to each other and the horizontal wiring of the wirings 4 is performed between the wiring spaces S, the wirings 4 are formed on the front and rear surfaces of the side frame member 21 ( You may provide fall prevention means which prohibits falling out from the predetermined position of 21a).

Furthermore, the cover 7 described above may serve as a fall prevention means for preventing the wirings 4 from falling off from the predetermined position of the front and rear surfaces 21a of the side frame member 21 in the closed position.

Thus, if the cover 7 also functions as a fall prevention means for holding the wirings 4, the insertion through state of the wirings 4 can be more reliably ensured without excessively increasing the number of parts. .

A hook hole may be formed on the front and rear surfaces 21a of the side frame member 21 at a predetermined pitch so as to attach a selection member such as a shelf board or the cover 7 described above using the hook hole.

Further, for example, as shown in FIG. 17, the wiring passing portion 5 may be provided on one side of the front and rear of the structural frame B2.

It goes without saying that the number of panels 3 to be mounted is not limited to the above.

Next, one modified example of the horizontal frame member will be described with reference to FIGS. 18 to 20.

As shown in FIG. 18, this horizontal frame member 25 has the attachment groove 251 for attaching the selection member O, such as a shelf board, to the front-back surface 25a side, and is installed in the up-and-down direction. The selection member O, such as a shelf board, is made to be attached to the alignment between the panels 3, and the like.

Next, although the movable partition wall C1 using this horizontal frame member 25 is demonstrated, the structure other than the horizontal frame member 25 mentioned above is the side frame member 21 of the movable partition wall B1 mentioned above, Since it has the same structure as the panel 3, the panel addition member 8, etc., these description is abbreviate | omitted.

The horizontal frame member 25 includes a horizontal frame member main body 252 having a substantially “lo” shape, an attachment groove 251 provided in pairs in the front and rear directions of the horizontal frame member main body 252, and The front and rear vertical walls 253 provided on the outer side of the attachment groove 251 are provided.

The horizontal frame member main body 252 is formed by combining a horizontal cross section of the upper and lower "that" shaped members having a substantially "he" shape, and having a front and rear width dimension of approximately the same width as the side frame member 21 described above. Have

The attachment groove 251 is composed of a vertical wall constituting the above-mentioned "shaped" member, a horizontal wall extending substantially horizontally from the lower end of the vertical wall, and a standing wall standing up from the tip of the horizontal wall. It is a concave groove.

Further, the front and rear horizontal wall 253 extends downward from the end of the horizontal wall extending substantially horizontally from the top of the standing wall of the attachment groove 251.

In this way, when attaching the selection member O, such as a shelf board, to this horizontal frame member 25, the cross section is substantially L (L) in the said attachment groove 251 in the state which peeled off the upper panel 3. The female attachment mechanism Q is hooked to attach the selection member O such as a shelf board by appropriate means to the attachment mechanism Q, and then the upper panel 3 is mounted.

In addition, in the structural frame body C2 using the horizontal frame member 25 having such a configuration, the panel addition member 8 is mounted on the horizontal frame member 25 as in the structural frame body B2 described above. Panel attaching surface to which the inner surface 3a of said panel 3 is added and installed at the position which protruded outward rather than the front and back surfaces 21a and 25a of the one side frame member 21 and the horizontal frame member 25. (P) is formed, and the inner surface 3a of the panel 3 and the front and rear surfaces 21a of the side frame member 21 are spaced apart so that the inner surface 3a and the side surface of the panel 3 are formed. A wiring passage portion 5 is formed between the front and rear surfaces 21a of the frame member 21 to communicate the wiring space S out of the structural frame.

Specifically, the horizontal frame member main body 252 of the horizontal frame member 25 extends in the left and right ends of the horizontal frame member 25 in the horizontal direction than the attachment groove 251 and the front and rear vertical walls 253. The above-mentioned panel addition member 8 is attached to the extended part of 252. As shown in FIG.

The panel attachment member 8 is mounted such that its front and rear surfaces 8a are positioned at positions protruding outward from the side frame member 21 and the horizontal frame member 25, and the movable partition wall B1 of the above-described embodiment. Has the same effect as).

In addition, the structure of this invention is not limited to said structure, A various deformation | transformation is possible for the other structure also in the range which does not deviate from the meaning of this invention.

Third Embodiment

Next, a third embodiment to which the present invention is applied will be described with reference to Figs.

The movable partition wall D1 in this embodiment also has a configuration substantially the same as that of the second embodiment described above, and is detachably attached to the structural frame D2 serving as a skeleton and the structural frame D2. It has the wiring space S which is equipped with the panel 3 of the front and back sides, and can accommodate the wirings 4 inside.

Then, the side frame member 21 and the horizontal frame member are attached to the horizontal frame member 22 constituting the structural frame body D2 by attaching the first and second panel adding and mounting members 18 and 19 to the horizontal frame member 22. At the position protruding outward from the front and rear surfaces 21a and 22a of (22), the panel attachment surface P, which is added to the inner surface 3a of the panel 3, is formed, and the panel ( The inner surface 3a of 3) and the front and rear surfaces 21a of the side frame member 21 are spaced apart, and the wiring between the inner surface 3a of the panel 3 and the front and rear surfaces 21a of the side frame members 21 is separated. The wiring S is formed so as to contact the space S outside the structural frame.

In addition, the part which has the same structure as the above-mentioned 2nd Example attaches | subjects the same code | symbol, and detailed description is abbreviate | omitted.

The movable partition wall D1 of the present embodiment is different from the first embodiment in which the panel adding member is different from the above-described first embodiment, and the first and second panel adding members 18 and 19 having different shapes are interlaced with each other. The upper and lower portions 22c and 22d of 22 are attached to each other.

Next, the above-mentioned first and second panel attaching members 18 and 19 will be described.

As shown in Figs. 23 to 25, the first panel attaching member 18 is attached to the upper surface portion 22c side so as to be detachable from the upper surface portion 22c.

The first panel attaching member 18 is wider than the front and rear widths of the side frame member 21 and the horizontal frame member 22, and the front and rear surfaces 18a of the side panel member 21 are wider. And the front and rear surfaces 21a and 22a of the horizontal frame member 22, are provided at positions protruding outward to form the panel attachment surface P. As shown in FIG.

Then, the first panel attaching member 18 has a pair of planes before and after the horizontal cross section extends from the one side of the additional mounting member main body 181 having an H-shape and the additional mounting member main body 181. As a result, the wiring converging portion 182 having an approximately L-shaped shape is provided.

The additional installation member main body 181 can be fitted into the engaging groove 1811 formed on the upper surface side and the horizontal frame member 22 from the outside so that the downward projection 34a of the panel 3 can be engaged. The concave grooves 1812 formed on the lower surface side, the ordinary protrusions 184 protruding in pairs from the left and right sides of the lower surface, and the downwardly elastically deformable installations on the outer wall 184a of the protrusions 184. The engaging projection 185, the opening window 186 formed in pairs on the left and right sides of the upper surface of the additional installation member main body 181, and the additional installation member main body 181 corresponding to the engagement projection 185. Is provided with an insertion hole 187 for inserting the attachment mechanism (b) for fixing the to the horizontal frame member (22).

This engaging projection 185 forms the front end 185a so that the elastic deformation operation | movement is possible from the upper side through the said opening window 186 mentioned above.

The wiring converging portion 182 is attached to the front and rear surfaces 21a of the side frame member 21, and is attached in a state in which the wiring passage portion 5 is continued in the vertical direction.

As shown in FIG. 21 using this wiring concentrator 182, the wirings 4 which are vertically wired up and down in the wiring passage part 5 are guided in the state which converged substantially.

In addition, the first panel attaching member 18 has the front and back surfaces of the additional member main body 181 and the front and rear surfaces of the wiring procedure 182 being approximately the same surface, so that the front and rear surfaces 18a, i. The surface P is formed.

In the left and right terminal portions of the horizontal frame member 22, the second panel attaching member 19 is detachably attached to the lower surface portion 22d.

The second panel attaching member 19 has a front and rear width substantially equal to the first panel attaching member 18 described above.

Therefore, the front and rear surfaces 19a protrude outward from the front and rear surfaces 21a and 22a of the side frame member 21 and the horizontal frame member 22, similarly to the first panel attaching member 18 described above. It is installed in one position and it is set as panel mounting surface (P).

The second panel attachment mounting member 19 is provided with an additional attachment member main body 191 having a substantially H-shaped cross section.

The additional installation member main body 191 has a pair of ordinary protrusions projecting from the left and right sides of the engaging groove 1911 formed on the lower surface side so that the upward projection 33a of the panel 3 can be engaged ( 194 and an upward engagement protrusion 195 and an upward engagement protrusion 195 provided elastically deformable on the inner side wall 194a of the protruding member 194 and the engagement protrusion 195. An insertion hole 197 for inserting the attachment mechanism b for fixing the opening window 196 formed in pairs on the left and right sides and the attachment member main body 191 to the horizontal frame member 22 is provided.

The engagement protrusion 195 protrudes the front end 195a from the lower side through the above-mentioned opening window 196 so as to be elastically deformable.

These first and second panel attaching members 18, 19 are attached to the corresponding positions of the upper and lower portions 22c, 22d of the horizontal frame member 22, but at this time, the first panel attaching member Protrusion body 184 of the second panel attachment member 19 on the outside of the opening 221 formed in the upper and lower surface portions 22c, 22d of the horizontal frame member 22. 194 is inserted into the opening 221 so that the engaging projection 185 of the first panel attaching member 18 is attached to the outer circumference of the opening 221, and the second panel is added. The engaging projection 195 of the installation member 19 is engaged with and attached to the inner circumference of the opening 221.

In addition, in the present embodiment, the first and second panel adding and mounting members 18 and 19 are arranged on the upper and lower surface portions 22c and 22d of the intermediate horizontal frame member 22, respectively. To attach the second panel attaching member 19 to the lower surface portion 22d of the lower panel portion and the first panel attaching member 18 to the upper surface portion 22c of the lowermost horizontal frame member 22. Doing.

As shown in FIG. 26 and FIG. 27, the crossbar 11 is attached by using the second panel attaching member 19 attached to the top frame member 22.

Specifically, the to-be-connected part in which the projection 1916, which is an elastically deformable related part, protrudes from both front and rear sides of the second panel attaching member 19, and the projection 1916 is continuously formed on the front and rear sides of the crossbar 11. It is made to engage with the recessed groove 111, and to attach.

In the above-described configuration, as in the second embodiment described above, when the first and second panel additive mounting members 18 and 19 are mounted at arbitrary positions of the horizontal frame member 22, the inner surface of the panel 3 (3a) is spaced apart from the front and rear surfaces 21a of the side frame member 21, and the wiring space S between the inner surface 3a of the panel 3 and the side frame member 21 is outside. The wiring passage part 5 which can be connected in succession is formed, and the wiring of the wirings 4 from the wiring space 5 and the horizontal wiring between the movable partition walls D1 to be adjacently provided can be performed without being unreasonable. .

In this way, the wiring passage portion 5 is formed only by attaching the first and second panel attaching members 18 and 19 to the structural frame D2 and the panel 3 without special processing. Therefore, a significant reduction in processing time and cost can be expected as compared with the conventional method in which a portion of the side frame member is cut off to form a recessed portion, and the wiring passage portion is formed.

Moreover, the strength of the side frame member is not sacrificed by providing the wiring passage as in the prior art.

Moreover, these panel attachment members 18, 19 protrude outward from the front and rear surfaces 21a, 22a of the side frame member 21 and the horizontal frame member 22 with the panel attachment surface P. As long as it is a position which can be formed in one position, you may attach to any position of the structural frame D2, the degree of freedom of attachment position is extremely high, and an attachment position can be suitably selected according to a use form.

In addition, since the crossbar 11 is attached using the second panel attaching member 19 attached to the top frame member 22, it is necessary to provide a member for attaching the crossbar 11 separately. And the number of parts is reduced.

Since the second panel attaching member 19 is provided with the projection 1916 for engaging with the concave groove 111 formed in the crossbar 11, the crossbar 11 is securely mounted to the panel attaching member 19. Can be attached to

Moreover, this movable partition wall D1 is normally used by arrange | positioning several structural frame bodies D2 adjacently, and as shown in FIG. 21 in the state which attached the panel 3 to said structural frame body D2, the panel 3 A custom bird (m) is formed between the side circumferences.

However, since the wirings 4 passing through the wiring passing portion 5 are horizontally wired across the bottom of the fittings, the wirings 4 are exposed to the outside from the fittings m as it is.

Here, in this embodiment, the cover 107, which is a silver shielding means for covering the wirings 4, is provided at least in the places where the horizontal wiring is performed, as in the first and second embodiments described above.

As shown in FIGS. 23-24, the cover 107 is attached to the side frame member 21 of each structural frame body D2, and when a pair is combined, it is a fitting between the panels 3 installed adjacently for the first time. It forms a half-divided shape that can completely conceal (m).

The cover 107 has a cover body 107a having a substantially “its” shape and a lower portion of the cover body 107a, respectively, as viewed from a side in which the left and right width dimensions are set slightly larger than half of the left and right width dimensions of the fitting piece m. A shaft portion 107b intersected on the circumferential side, a standing wall 107c standing up from the upper circumferential side of the cover body 107a, and an opening window 107d formed at the center of the upper circumferential side of the standing wall 107c. And an elastically deformable upward engagement protrusion 107e positioned in the opening window 107d and projecting the tip to the outside of the opening window 107d, and the front end of the engagement protrusion 107e is provided. The elastic deformation operation is enabled from the outside via the opening window 107d.

The cover 107 has a pair of upper and lower slits 211 formed with the shaft portion 107b and the engaging projection 107e at appropriate positions on the front and rear surfaces 21a of the side frame member 21. ) Is attached to fit.

Specifically, the slit 211 is an inverted convex shape having a wide opening upwardly and a narrow opening downwardly.

At the time of attachment, the above-described shaft portion 107b is inserted into the wide opening side of the lower slit 211, and then the shaft portion 107b is dropped downward and placed on the inner surface side of the narrow opening. First, the cover 107 is temporarily held in the side frame member 21.

Thereafter, the above-mentioned engaging projection 107e is rotated in a direction of bringing the engaging projection 107e closer to the upper slit 211 with the above-mentioned shaft portion 107b as a supporting point, so that the engaging projection 107e is moved upward. 211) is fitted by fitting it to the upper circumference.

In addition, the cover body 107a has a wiring holding function that can hold the wirings 4 horizontally wired.

The cover 107 is attached to each of the side frame members 21 adjacent to each other in pairs to form a semi-divided shape that can completely conceal the customized bird m, or the side frame members 21 located in the terminal portion. ) Or even when there is no structural frame (D2) to be installed adjacently.

In addition, the shape of a cover is not limited to what was mentioned above.

Next, a description will be given of the cover 207 which is particularly suitably attached to the case in which the frame frames D2 are arranged to be adjacent to each other at right angles.

28 and 29, the cover 207 is attached to each side frame member 21 to be installed adjacent to each other when the structural frame (D2) cross each other at right angles, and is adjacent to each other when combined in pairs It is to have a shape that can completely conceal the alignment (m) between the panel 3 to be installed adjacently along the corner portion of approximately 90 degrees formed between the side frame member 21 to be installed.

The cover 207 extends continuously from the cover body 207a and the one end of the cover body 207a having a substantially right and left width dimension substantially equal to the left and right width of the side frame member 21. The extension part 207b, the upper and lower part 207c which protruded from the center of the upper and lower circumference | surroundings of the said cover main body 207a, and the opening window 207d formed in the center of the protruding terminal side of these upper and lower part 207c, And an elastically deformable engaging projection 207e which is located in the opening window 207d and protrudes outwardly to engage with the slit 212 formed in the side frame member 21. The front end of the engaging projection 207e is made elastically deformable from the outside via the opening window 207d.

The directing portion 207b is an inclined surface in which the tip surface is inclined at approximately 45 degrees, is attached to the side frame member 21 which is installed to cross each other at right angles, and is configured to follow a corner when combined in pairs. .

In addition, the cover body 207a and the extension part 207b have a wiring holding function which can hold the wirings 4 which were horizontally wired.

With such a configuration, even when the movable partition walls D1 adjacent to each other are connected at right angles to each other, the wirings 4 can be effectively prevented from being seen from their alignment.

Moreover, since the cover 207 has a wiring holding function which can hold the wirings 4 which were horizontally wired, the wirings 4 can be favorably turned.

In addition, this cover 207 is attached to the side frame member 21 which mutually installs and crosses at right angles, but can be attached also when the side frame members 21 which adjoin, are connected in a straight line. .

Moreover, even when the side frame member 21 located in a terminal part, or the structural frame body D2 which adjoins is not exist, it can be used independently.

In this embodiment, a plurality of hook holes 216 are formed on the front and rear surfaces 21a of the side frame member 21 at a predetermined pitch, and the hook holes 216 are used to, for example, a ceiling plate or the like. The selection member is attached to the front and rear surfaces of the movable partition wall D1.

Next, the case where the ceiling plate T is adjoined and attached to the front and back surface of the movable partition wall D1 which adjoins are provided is demonstrated.

In addition, two attachment methods for attaching the ceiling plate T using the bracket 12 or the panel leg 14 will be described.

First, the attachment in the case where a plurality of ceiling plates T are adjacently attached to each movable partition wall D1 on each of the front surfaces of the movable partition walls D1 provided adjacent to each other by using the bracket 12. The method will be described in detail with reference to FIGS. 30 and 31.

The bracket 12 is horizontally arranged, and includes a ceiling plate support wall 121 for additionally supporting the lower surface of the ceiling plate T, and a drooping wall 122 hung from one end of the ceiling plate support wall 121. It is in inverted L shape when seen from the front.

The ceiling plate support wall 121 has a substantially rectangular opening 123 in plan view at two front and rear locations on one end side, and the ceiling plate fixing screw b at a position on the other end side corresponding to the opening 123. Has an insertion hole 124.

The said drooping wall 122 has the protrusion 125 which can be engaged with the hook hole 216 of the side frame member 21 in five places of upper and lower sides.

In this embodiment, the dropping wall 122 is dropped from the right end of the ceiling plate support wall 121, and the dropping wall 122 is dropped from the left end of the ceiling plate support wall 121. Among the plurality of movable partition walls D1 provided, the drooping wall 122 is dropped from the right end of the ceiling plate support wall 121 to the left end surface side of the movable partition wall D1 located at the left end. In the position, the dropping wall 122 is dropped from the left end of the ceiling plate support wall 121.

This bracket 12 is attached alone when it is attached to the side frame member 21 located on the non-adjacent mounting terminal side of the movable partition wall D1.

On the other hand, when attaching to the adjacent installation terminal side, it is attached with the auxiliary support 13 to the side frame member 21 on the side of the other movable partition wall D1 which is installed adjacently.

The auxiliary support 13 is received from one end of the horizontal wall 131 and the horizontal wall 131 to be attached to the lower surface of the ceiling plate T, and the upper opening 123 of the bracket 12 from above. It has an attachment wall 132 inserted and screwed into the drooping wall 122.

If it is such a structure, as shown in FIG. 31, the both sides of the ceiling board T which adjoinly install with one bracket 12 can be supported using the auxiliary support 13. As shown in FIG.

In addition, since the bracket 12 attached to the side of the adjacent installation terminal is attached to the side frame member 21 on the side of the other movable partition wall D1 to be adjacently installed, the ceiling plate located on the front surface of the other movable partition wall D1. Instead of supporting and installing (T) only with the auxiliary support 13, it is possible to add and support a part of the bracket 12 and the auxiliary support 13, so that the stable support of the ceiling plate T is possible. do.

Next, the panel legs 14 are used when the plurality of ceiling plates T are adjacently attached to each of the movable partition walls D1 on the front surfaces of the adjacent movable partition walls D1. The attaching method in the case of attaching is demonstrated concretely with reference to FIG. 32 and FIG.

The panel leg 14 has a certain independence formed by attaching a melamine cosmetic plate to the outer surface of the core material.

The panel leg 14 has a circumferential member 141 on its front and rear surfaces 14a and 14b, and is provided with an adjustment member 142 whose height is adjustable on the lower surface 14.

This panel leg 14 is attached to the front surface of each movable partition wall D1 via the attachment member 15 attached to two places of the upper and lower sides of the rear surface 14b side, but it is a non-adjacent installation terminal of the movable partition wall D1. When attached to the side frame member 21 located on the side, the side end surface 14d becomes approximately the same side as the side end surface 21e of the side frame member 21 on the non-adjacent installation terminal side, while the adjacent installation terminal When attached to the side frame member 21 located on the side, the center position in the thickness direction thereof is attached to be substantially the same as the side end surface 21e of the side frame member 21 on the adjacent installation terminal side.

That is, the separation distance of the hook hole 216 formed in the side frame member 21 adjoining is set so that it may become equal to about half width of the thickness of the panel leg 14.

The attachment member 15 includes a fixing wall 151 fixed to the inner surface of the panel leg 14 by a screw b, and a protrusion 153 engaged with the hook hole 216 of the side frame member 21 at one end thereof. The attachment wall 152 which has a structure, and the connection wall 154 which connect these fixed wall 151 and the attachment wall 152, and are attached along the back surface 14b of the panel leg 14 are provided.

In addition, when attaching the ceiling plate T to this panel leg 14, the plate-shaped plate fitting opening 16 attached to the recessed part formed in the front and back two places of the upper surface is used.

The plate fitting opening 16 is a rectangular plate-like member which is viewed in a plan view, and has screw insertion holes 161, 162, and 163 at equal intervals at three right and left sides of the face plate portion, and on the non-adjacent mounting terminal side. The screw insertion hole used for the panel leg 14 arrange | positioned and the panel leg 14 arrange | positioned at the adjacent installation terminal side can be changed suitably.

In the panel leg 14 arrange | positioned at the non-adjacent installation terminal side, the plate-shaped mounting opening 16 is fixed to the upper surface of the panel leg 14 using the screw insertion hole 163, 161 of a right end or a left end.

Then, the ceiling plate T is fixed using any of the remaining screw insertion holes.

As the panel legs 14 arranged on the side of the adjacent mounting terminal, the plate fitting holes 16 are fixed to the upper surface of the panel legs 14 using the center screw insertion holes 162.

Then, the ceiling plate T on the other side is fixed using the screw insertion hole 161 on the left end and the ceiling plate T on the other side is fixed using the screw insertion hole 163 on the right end.

If it is such a structure, as shown in FIG. 33, the edge part of the both sides of the ceiling board T which adjoins by one panel leg 14 can be supported using the plate-shaped mounting opening 16. As shown in FIG.

Moreover, since the side end surface 14d of the panel leg 14 arrange | positioned at the non-adjacent installation terminal side, and the side end surface 21e of the side frame member 21 are substantially the same surface, it can be considered favorable also.

In addition, as shown in FIG. 34, the movable partition wall D1 can adjust the height by placing the auxiliary structural frame 202 upward on the structural frame D2.

Specifically, this auxiliary structure frame 202 is a substantially door-shaped structure composed of the same side frame member 21 and the horizontal frame member 22 that constitute the structure frame D2, and the side frame member 21 The inner plate 217 is attached with an attachment plate 29 which extends its lower end downward.

Specifically, the attachment plate 29 is a substantially “its” shaped member which is opened outward, and the upper end side of the inner wall 291 is attached to the outer surface of the inner member 217 of the side frame member 21. It is fixed by a suitable method.

The nut member n is welded to the suitable location on the outer surface side of the inner side wall 291 of the attachment plate 29.

In the case where a stepping table is provided above the structural frame body D2, the side frame member on the side of the structural frame body D2 has the inner surface of the inner wall 291 of the extension terminal 29a of the attachment plate 29 described above. The lower surface of the auxiliary structural body 202 is inserted and supported on the upper surface of the structural body D2 by being inserted along the outer surface of the inner member 218 of (21).

Thereafter, the attachment mechanism b such as a screw inserted from the insertion hole 218a formed in the inner member 218 of the side frame member 21 of the structural frame D2 has been described above on the attachment plate 29 side. The above-mentioned extension terminal 29a is fixed to the side frame member 21 on the side of the structural frame body D2 by tightening the nut member n by a screw action.

As described above, the movable partition wall D1 of the present embodiment is provided with the wiring passage part 5 only by mounting the panel attachment members 18 and 19 without special processing on the structural frame D2. In order to adjust the height of the movable partition wall D1, the height of the movable partition wall D1 is raised by using the auxiliary structural body D2, and the like. ), The wiring insertion space 5 can be formed without machining the auxiliary structure D2.

In addition, since the attachment plate 29 is substantially "it" shaped, it is also stronger in strength than the flat plate.

In addition, in the movable partition wall D1 of the present embodiment, the first and second panel attaching members 18 and 19 are attached to the left and right ends of the horizontal frame member 22, so that the panel attaching member ( In the center portion where the 18 and 19 are not provided, a gap is formed between the inner surface 3a of the panel 3 and the front and rear surfaces 22a of the horizontal frame member 22.

For this reason, in this embodiment, as shown in FIG. 21 and FIG. 22, in order to provide the distortion prevention member 23 which prevents the distortion of the panel 3 in the substantially center position of the horizontal frame member 22 in the left-right direction. Doing.

This deflection prevention member 23 is substantially "shaped" in cross section, and also has a function as a wire receiving.

In addition, the structure of this invention is not limited to said structure, A various deformation | transformation is possible for the other structure also in the range which does not deviate from the meaning of this invention.

By the way, when attaching the panel attachment members 18, 19, etc. to the structural frame D2 as mentioned above, for example, in the corresponding position of the surface part which opposes at predetermined intervals of a skin attachment member, respectively. An opening may be formed, and the two openings may be attached to the skin attachment member by engaging the associated portions protruding from each of the openings.

Specifically, an opening is formed at a corresponding position of the upper and lower surfaces of the skin-attaching members such as ladders on the respective pipes, and the openings are engaged with and attached to the openings protruding from the first and second attachment members.

However, if the total amount of protrusions of each associated portion is larger than the separation distance between the upper and lower portions of the adherend, the associated portion on the side of the first attachment member and the associated portion on the side of the second attachment member may interfere with the upper and lower sides of the adherend. There is.

For this reason, the degree of freedom of design is low, for example, it is necessary to sufficiently consider the dimensions of each member at the time of design so that the amount of protrusion of the associated part cannot be sufficiently taken and does not interfere.

On the other hand, if a sufficient amount of protrusion of the associated part is to be taken, there is an unreasonable reason that the distance between the upper and lower parts of the skin attachment member must be increased, thereby unnecessarily increasing the size of the skin attachment member.

Here, in the following fourth embodiment, in order to solve the above-mentioned problem, in the case where two attachment members are attached to the corresponding positions of the opposing face portions of the skin attachment member, the associated portion and the skin difference protruding from each attachment member are attached. The case where the attachment structure of the member which is installed by displacing the position of the engagement with the opening of a member in the position which does not interfere mutually is demonstrated to a movable partition wall.

Fourth Embodiment

That is, in the present embodiment, the openings are formed at the corresponding positions of the face portions facing each other at predetermined intervals of the attachment members, and the two attachment members are attached to the openings by engaging the associated portions protruding from each other. When attaching by inserting, the attachment structure of the member is applied to the movable partition wall, characterized in that it is installed at a position displaced so as not to interfere with each other the relevant portions of each attachment member.

With such a structure, even if the separation distance of the surface part which opposes a skin-attaching member is comparatively small, for example, even if there exists a possibility that the total amount of protrusion of each relevant part may be larger than the said separation distance, it does not interfere with related parts, It can be attached to the adherent member.

In addition, it is possible to secure a certain amount of protrusion of the associated portion without causing an increase in the size of the adherend, and the degree of freedom in design is improved, such as the need for strict dimension setting in consideration of the dimensions of each member as in the prior art is unnecessary.

In this case, as the configuration of the associated portion, the total amount of protrusions of the associated portions may be larger than the separation distance between the facing portions.

In a very suitable embodiment, the associated portion of one attachment member can engage the outer open circumference side of the opening of the skin attachment member, and the associated portion of the other attachment member hangs on the inner open circumference side of the opening. To match them.

In order to be able to use the inverted attachment member having the same configuration, a plurality of attachment members are disposed on the attachment member so as to form an asymmetrical unevenness in adjacent rows, and the attachment member having the related arrangement arranged in the same shape is inverted. It is preferable that the irregularities formed by the associated portions of the other attachment member face to face the unevenness formed by the associated portions of the one attachment member when attached to both surfaces of the adherend.

In order to stably attach the attachment member to the skin attachment member even without using an attachment mechanism such as a screw, the related part is elastically deformed by being pressed against the protruding body inserted into the opening and a part of the surface portion of the skin attachment member over time. It is preferable to have the elastically deformable engagement protrusion which can be restored in the opening mentioned above at the position, and can be engaged with a part of the surface part of a skin attachment member.

In this case, in order to facilitate the detachment operation of the attachment member from the skin attachment member, it is preferable that the engaging projection opens the tip of the attachment member to the outside of the attachment member and is an operation terminal operable from the outside.

As a specific embodiment, the openings are provided in pairs, the attachment members each have a pair of engaging portions that can be engaged with the openings, and the engaging projections respectively provided on the associated portions of one attachment member are adjacent to each other. The engagement protrusions arrange | positioned at the relevant part of the other attachment member, respectively, and arrange | positioned in the mutually opposite direction are mentioned.

As a specific embodiment, the attachment member is a panel attachment member that is attached to the structural frame of the movable partition wall in which the panel is mounted on the front and rear surfaces of the structural frame, and the front and rear surfaces are added to the inner surface of the panel. And forming at least one front and rear surface of the side frame member constituting the structural frame and forming a wiring passage for communicating the wiring space formed between the structural frame and the panel to the outside of the structural frame.

Next, more specifically, one embodiment in the case where the attachment structure of this member is applied to the movable partition wall D1 will be described with reference to the drawings.

In addition, since this movable partition wall D1 has a structure substantially the same as that of 3rd Example, the same code | symbol is attached | subjected to the part which has the same structure.

The movable partition wall D1 has a structural frame D2 serving as a skeleton as shown in Figs. 35 and 36, and panels 3 on both sides of the front and rear sides that can be detachably attached to the structural frame D2. The wiring function which can accommodate the wirings 4 inside is provided.

The structural frame body D2 is made of metal, and the left and right side frame members 21 and the left and right side frame members 21 arranged along the vertical direction forming the side end surface D1a of the movable partition wall D1. A plurality of horizontal frame members 22 arranged along the left and right directions to be connected are provided, and these side frame members 21 and the horizontal frame members 22 are connected in a frame shape.

As shown in Fig. 36, the panel 3 is a rectangular shape in which the core 32 is filled in the inner surface of the panel body 31 made of sheet metal. It is installed in the position to cover the whole area.

These panels 3 are each provided with a resin member 33 having an upward projection 33a and a resin member 34 having a downward projection 34a on the inner surface side near the corner portion, instead of the core 32. Using these projections 33a and 34a, the panel 3 can be detachably attached between any two of the plurality of horizontal frame members 22.

And wiring space S is formed in the position closed by the side frame member 21, the horizontal frame member 22, and the panel 3 which comprise the structural frame body D2.

Furthermore, as shown in FIG.35 and FIG.36, the 1st 2nd panel addition installation member 18,19 is mounted in the upper-lower-side part 22c, 22d side of the horizontal frame member 22, and the said, Panel-attachment mounting surface which is added to the inner surface 3a of the panel 3 at a position protruding outward from the front and rear surfaces 21a and 22a of the one side frame member 21 and the horizontal frame member 22. (P) is formed, and the inner surface 3a of the panel 3 and the front and rear surfaces 21a of the side frame member 21 are spaced apart, and the inner surface 3a and side frame member of the panel 3 are separated. The wiring passage portion 5 is formed between the front and rear surfaces 21a of 21 to communicate the wiring space S out of the structural frame.

In this configuration, in the present embodiment, the attachment structure of the above-described member is attached to the horizontal frame member 22, which is the skin attachment member, to attach the first and second panel attachment / installation members 18, 19, which are attachment members. It is applied to the case.

Next, the horizontal frame member 22 and the first second panel attaching members 18 and 19 will be specifically described with reference to FIGS. 37 to 43.

The horizontal frame member 22 has an angular pipe shape having a horizontal cross section having a front and rear width approximately equal to that of the side frame member 21 in the shape of a substantially "lo" shape.

The left and right side end surfaces are brought into contact with the inner side surfaces of the left and right side side frame members 21 and attached between the left and right side side frame members 21 by appropriate means such as welding.

The horizontal frame member 22 has upper and lower surface portions 22c and 22d as an attachment surface portion for attaching the first and second panel attaching members 18 and 19 to the left and right terminal portions. The openings 221 which engage with the associated parts 183 and 193 which protruded from the 1st, 2nd panel addition and installation member 18 and 19 are provided in pair.

The separation distance between the upper and lower surface portions 22c and 22d of the horizontal frame member 22 is smaller than the total amount of protrusions of the associated portions 183 and 193 described above.

As shown in Figs. 37 to 39 and 41 to 43, the first panel attaching member 18 can be attached to or detached from the upper surface portion 22c on the left and right end portions of the horizontal frame member 22. Will be attached.

The first panel attaching member 18 is wider than the front and rear widths of the side frame member 21 and the horizontal frame member 22, and the front and rear surfaces 18a of the side panel member 21 are wider. And the panel attachment surface P, which is provided at a position protruding outward from the front and rear surfaces 21a and 22a of the horizontal frame member 22.

The first panel attaching member 18 has a pair of planes before and after the horizontal cross section extends from the one side of the additional mounting member main body 181 having an H-shape and the additional mounting member main body 181. In view of this, a substantially L-shaped wiring converging portion 182 and an associated portion 183 protruding in pairs from the left and right of the lower surface of the attachment member main body 181 are provided.

The additional installation member main body 181 can be fitted into the engaging groove 1811 formed on the upper surface side and the horizontal frame member 22 from the outside so that the downward projection 34a of the panel 3 can be engaged. The recessed groove 1812 formed in the lower surface side is provided.

As shown in FIGS. 35-37, the wiring convergence part 182 is attached to the front-back surface 21a side of the side frame member 21, and is attached in the state which continued the wiring passage part 5 in the up-down direction.

Then, the wiring flow section 182 is used to guide the wirings 4 that are vertically routed in the wiring passing section 5 in a vertically converged state.

In addition, the first panel attaching member 18 has a front and back surface of the main body 181 and the front and rear surfaces of the wiring procedure 182 being substantially the same, so that the front and rear surfaces 18a, that is, the panel attaching surface, are provided. (P) is formed.

The associated part 183 protrudes in pairs from the left and right of the lower surface, and is provided on the outer opening circumferential portion 221a side of the pair of openings 221 formed on the upper surface portion 22c of the horizontal frame member 22. Corresponds to the substantially cylindrical protrusion 184 to be inserted, the downward engagement protrusion 185 provided elastically deformable on the outer wall 184a of the protrusion 184, and the engagement protrusion 185. FIG. And an opening window 186 formed in pairs on the left and right sides of the upper surface of the attachment member main body 181.

The engaging projections 185 provided on the respective protrusions 184 are arranged to protrude in mutually opposite directions.

The engaging projection 185 protrudes upward through the above-mentioned opening window 186, and sets the operation terminal 185a that is elastically deformable from the upper side.

The engaging projection 185 is elastically deformed by being pressed against the outer opening circumference 221a of the opening 221 as the protrusion 184 is inserted into the opening 221, and is opened at the insertion position. It is restored in the outlet 221 and engages with the outer opening circumference 221a of the opening 221 to prevent the detachment from the horizontal member 22 of the first panel attaching member 18.

In addition, in the present embodiment, the first panel addition-mounting member 18 is interlaced by the attachment mechanism b inserted from the insertion hole 187 formed in the substantially center portion of the attachment-installing member main body 181 ( It is fixed to 22).

As shown in Figs. 37, 38, and 40 to 43, the second panel attaching member 19 is detachable from the left and right end portions of the horizontal frame member 22 on the lower surface portion 22d side. It is possible to attach.

The second panel attaching member 19 has a front and rear width substantially equal to the first panel attaching member 18 described above.

Therefore, the front and rear surfaces 19a protrude outward from the front and rear surfaces 21a and 22a of the side frame member 21 and the horizontal frame member 22, similarly to the first panel attaching member 18 described above. It is installed in one position and it is set as panel mounting surface (P).

The second panel attachment mounting member 19 has a horizontal cross section protruding from the left and right sides of the additional mounting member main body 191 having an H-shape and the upper surface of the additional mounting member main body 191. A related portion 193 is provided.

The additional installation member main body 191 has an engagement groove 1911 formed on the lower surface side so that the upward projection 33a of the panel 3 can be engaged.

Reference numeral 1912 denotes a crossbar attachment projection that is used when affixed to the uppermost cross member 22 of the second panel attaching member 19.

The associated portion 193 protrudes in pairs from the left and right of the upper surface of the attachment member main body 191, and is formed inside the opening 221 formed in pairs on the lower surface portion 22d of the horizontal frame member 22. A substantially cylindrical protrusion 194 inserted into the opening circumferential portion 221b, an upward engagement protrusion 195 provided elastically deformable on the inner wall 194a of the protrusion 194, and The opening window 196 is formed in pairs on the left and right sides of the bottom surface of the attachment member main body 191 corresponding to the engagement protrusion 195.

The engaging projections 195 provided on each of the protrusions 194 are arranged so as to protrude in mutually close directions.

The engaging projection 195 projects the tip 195a so as to be elastically deformable to operate from the lower side through the opening window 196 described above, so as to be the operating terminal 195a.

The engaging projection 195 is elastically deformed by being pressed against the inner opening circumferential portion 221b of the opening 221 as the protrusion 194 is inserted into the opening 221, and the insertion completion position Is restored within the opening 221 to engage with the inner opening circumferential portion 221b of the opening 221 to prevent separation from the transverse member 22 of the second panel additive mounting member 19. It is.

In addition, in the present embodiment, the second panel attachment member 19 is fixed to the horizontal member 22 by the attachment mechanism b inserted from the insertion hole 197 formed in the attachment member main body 191. To attach it.

Next, the attachment procedure will be described when the first and second panel attaching members 18 and 19 are attached to the horizontal frame member 22.

First, the outer opening circumferential portion of the opening 221 in which the protrusion 184 protruding from the lower surface of the first panel attaching member 18 is formed on the upper surface portion 22c of the horizontal frame member 22 ( 221a) side.

At this time, the engaging projection 185 formed on the outer wall portion 184a of the protrusion 184 is pressed against the outer opening circumferential portion 221a of the opening 221 to elastically deform.

The engaging projection 185 is restored in the opening 221 described above at the insertion completion position where the concave groove 1812 is fitted to the upper surface portion 22c of the horizontal frame member 22, thereby opening the opening ( It is engaged with the outer opening peripheral part 221a of 221, and is attached to the upper surface part 22c of the horizontal frame member 22. As shown in FIG.

On the other hand, in the case of attaching the second panel attaching member 19, the inner side of the opening 221 in which the protrusion 194 protruding from the upper surface thereof is formed in the lower surface portion 22d of the horizontal frame member 22. It is inserted in the opening opening part 221b side.

At this time, since the protrusion 184 of the first panel attaching member 18 is inserted into the outer opening circumferential portion 221a side of the opening 221, it does not interfere with each other.

The engaging protrusion 195 formed on the inner wall portion 194a of the protrusion 194 is pressed against the inner opening circumferential portion 221b of the opening 221 to elastically deform.

And the engaging projection 195 is restored in the opening 221 at the insertion completion position where the upper surface of the additional installation member main body 191 is added to the lower surface portion 22d of the horizontal frame member 22, The inner opening circumferential portion 221b of the far 221 is engaged and attached to the lower surface portion 22d of the horizontal frame member 22.

After that, both panel attaching members 18, 19 are securely fixed by the attachment mechanism b.

In such a configuration, the associated portions 183 and 193 are opposed to each other even if the total amount of protrusions of the associated portions 183 and 193 is greater than the separation distance between the upper and lower portions 22c and 22d facing each other. Interference is prevented.

In this way, since the associated portions 183 and 193 are provided at positions displaced so as not to interfere, the attachment operation can be performed with confidence without fear of interference.

In addition, it is possible to secure a certain amount of protrusions of the associated parts 183 and 193 without causing the horizontal member 22 to be enlarged. Design freedom is improved.

The associated portion 183 of the first panel attaching member 18 is engaged with the outer opening circumferential portion 221a side of the opening 221 of the horizontal frame member 22, and the second panel attaching member is installed. Since the associated portion 193 of the member 19 is engaged toward the inner opening circumferential portion 221b side of the opening 221, the associated portions 183 and 193 can be effectively interfered with each other in a simple configuration. It can prevent and the effect of this invention is acquired effectively.

The associated portions 183 and 193 are pressed against the protrusions 184 and 194 inserted into the openings 221 and the opening circumference portions 221a and 221b of the openings 221. It has elastically deformable engaging projections 185 and 195 that are elastically deformed and restored within the opening 221 at the insertion complete position and engaged with the opening circumferences 221a and 221b. The panel addition and mounting members 18 and 19 can be temporarily fixed to the horizontal frame member 22 and then secured by the attachment mechanism b.

Since the engaging projections 185 and 195 open their ends outwardly from the opening windows 186 and 196, and set them as operation terminals 185a and 195a that can be operated from the outside, the horizontal frame member ( The panel attaching members 18 and 19 from the 22 are easily removed.

The openings 221 are formed in pairs, and a pair of related portions 183 and 193 in which the first and second panel attachment members 18 and 19 engage with the openings 221, respectively. The engaging projections 185 formed on the associated portions 183 of the first panel attaching member 18 are arranged in mutually opposite directions, and the second panel attaching member 19 is provided. Since the engaging projections 195 formed at the associated portions 193 of the are arranged in the mutually adjacent directions, the engaging projections 185 and 195 of both the associated portions 183 and 193 interfere with each other. The opening can be engaged with the opening 221 in the effectively prevented state.

In addition, the structure of this invention is not limited to said structure.

For example, as shown in FIG. 44, the relevant part 193 of the 2nd panel additive mounting member 19 engages with the outer opening circumference 221a side of the opening 221, and a 1st panel The associated portion 183 of the additional installation member 18 may be engaged with the inner opening circumference 221b side of the opening 221.

In addition, as shown in FIG. 45, a plurality of associated portions R of the panel addition member U are arranged so as to form asymmetrical unevenness in adjacent rows, and have associated portions R arranged in the same shape. The panel on the other side is formed in the recessed portion (a) formed by the associated portion (R) of the one panel additive mounting member (U) when the panel additive mounting member (U) is inverted and attached to both surfaces of the skin attachment member. The convex portion c formed by the associated portion R of the additional installation member U may be configured to face each other.

In such a configuration, it is possible to invert and use the panel additive mounting member having the same configuration, and to reduce the number of parts and reduce the burden on production.

Other configurations are also possible in various modifications without departing from the spirit of the invention.

As mentioned above, the movable partition wall which concerns on this invention can be used suitably as an movable partition wall which can perform horizontal wiring well in an office etc.

Claims (26)

A structural frame having at least one front and rear panel mounting surface and a panel which is detachably attached to the panel mounting surface of the structural frame, wherein the panel and the structural frame are mounted in a state where the panel is mounted. In the wiring space to be closed by the structure, a pair of side frame members arranged along the vertical direction in which the structural frame forms the side cross-section of the structural frame, and the left and right directions connecting these side frame members The horizontal frame member is disposed, and the front and rear widths of the horizontal frame members are wider than the front and rear widths of the side frame members, and at least the front and rear surfaces of the horizontal frame members are moved outward from the front and rear surfaces of the side frame members. It is installed at the position where it protrudes, and it is set as the panel mounting surface, and at least one front and back of the inner surface of the panel and the side frame member in this panel mounting surface side A movable partition wall, wherein the space formed between the surfaces is a wiring passage portion that connects the wiring space to the outside of the structural frame. The method of claim 1, A movable partition wall, characterized in that the wiring passage portion is a space continuous in the vertical direction. The method according to claim 1 or 2, A movable partition wall, wherein the horizontal frame member abuts at least one of the front and rear surfaces of the side frame member on the panel attaching surface side and abuts to the inner side of the side frame member. . The method according to claim 1 or 2, A movable partition wall, characterized in that the front and rear widths of the side frame members are substantially the same throughout the vertical direction. The method according to claim 1 or 2, A movable partition wall provided with drop-out prevention means for prohibiting the wiring from falling off from a predetermined position in the wiring passage portion. The method according to claim 1 or 2, In the state in which the structural frame is disposed adjacent to each other and the panels are attached to each structural frame, a bead is formed between the side edges of the left and right panels, and a concealing means for concealing wiring from across the bottom is provided. Movable partition wall, characterized in that. A structural frame composed of a pair of side frame members forming a side end surface and a horizontal frame member connecting the side frame members, and a panel detachably mounted on at least front and rear of the structural frame body. In the wiring space, a space closed by the panel and the structural body in the state where the panel is mounted is provided as a wiring space, and the panel additive mounting member is mounted on the structural body. The inner surface of the panel and the panel attachment surface to be additionally installed are formed at positions projecting outward from at least the front and rear surfaces of the frame member and the horizontal frame member, and the inner surface of the panel and at least one front and rear surface of the side frame member are separated from each other. Between the inner surface of the panel and at least one front and rear of the side frame member to form a wiring passage for communicating the wiring space out of the structural frame. It said movable partition walls, characterized in that. The method of claim 7, wherein Movable partition wall, characterized in that the front and rear width of the side frame member and the horizontal frame member is approximately the same width. The method according to claim 1 or 7, Movable partition wall, characterized in that the transverse member is in the shape of a pipe. The method according to claim 1 or 7, A movable partition wall, wherein the horizontal frame member has an attachment groove for attaching the selection member on its front and rear sides. The method according to claim 7 or 8, Movable partition wall, characterized in that the panel is attached to the mounting member detachably attached to the structural frame. The method according to claim 7 or 8, Movable partition wall, characterized in that the panel addition member is mounted to the horizontal frame member. The method according to claim 7 or 8, A movable partition wall, wherein the panel attachment member has a wider forward and backward width than the front and rear width of the structural frame, and the front and rear surfaces are the panel attachment surface. The method according to claim 7 or 8, A movable partition wall, wherein the panel attachment member has a panel attachment function. The method of claim 14, A movable partition wall, wherein the panel addition mounting member is provided with a engaging groove that can engage with a protrusion protruding from the inner surface of the panel. The method according to claim 7 or 8, A movable partition wall, wherein the panel attachment-installing member is provided with a wiring converging portion for guiding the wirings arranged along the up-down direction in a converging state. The method according to claim 7 or 8, A movable partition wall, wherein the panel attaching member is attached in a state in which the wiring passage part is continued in the vertical direction. The method according to claim 7 or 8, A movable partition wall, wherein the panel attachment member is attached in a state where a wire insertion through space is formed between at least front and rear surfaces of the horizontal frame member on the panel mounting side and the inner surface of the panel. The method according to claim 7 or 8, In the state in which the structural frame is disposed adjacent to each other and the panels are attached to each structural frame, a bead is formed between the side surfaces of the left and right panels, and a concealment means for concealing wiring from across the bottom is provided. Movable partition wall characterized in that. The method of claim 19, And a concealment means is attached to the side frame members of each structural frame and forms a half-divided shape to completely conceal the alignment between the left and right panels for the first time when paired and combined. The method of claim 19, In the case where the concealing means are connected by crossing the movable partition wall adjacently installed at right angles, it is configured to be attached to the side frame members adjacently installed in each movable partition wall in pairs, and when the concealing means forming the pair is combined Movable partition wall, characterized in that to completely conceal the alignment between the adjacent panels along the corners formed in the side frame member to be installed adjacent. The method of claim 19, A movable partition wall, characterized in that it has a wiring retaining function which can maintain the wirings in which the concealing means is horizontally wired. The method according to claim 7 or 8, Movable partition wall, characterized in that to attach the crossbar using the panel mounting member attached to the best frame member. The method of claim 23, wherein A movable partition wall, wherein the panel attachment member has an associated portion that can engage with a related portion installed on the crossbar. The method according to claim 1 or 7, A movable partition wall, comprising: an auxiliary structural frame for adjusting a height of the movable partition wall by placing a step on an upper portion of the structural frame. The method according to claim 7 or 8, The movable partition wall is provided with a distortion prevention member attached to the horizontal frame member to prevent distortion of the panel.