JP7316155B2 - partition - Google Patents

Description

TECHNICAL FIELD The present invention relates to a partition, and more particularly to a partition provided with a door arranged between panels so that it can be opened and closed.

2. Description of the Related Art A partition is known which includes a plurality of panels fixed to a ceiling rail and a floor rail and connected in a connecting direction, and a door arranged between the panels so as to be freely opened and closed. Patent Literature 1 discloses a sliding door device in which a door pocket is formed between door pocket panels arranged side by side at a predetermined distance. At the side ends of the pair of door pocket panels, finger jam prevention rubbers are attached to studs via fixing pieces.

Further, Patent Document 2 discloses a door pocket structure in which a sliding door is accommodated in a space between a pair of door pocket panels so as to be slidable in the direction of an entrance. At least one of the door pocket panels is movable while being suspended from the rail via a hanging member provided on the upper portion of the door pocket panel.

Japanese Utility Model Laid-Open No. 6-73294 Japanese Utility Model Laid-Open No. 63-184987

Here, as shown in FIG. 1 of Patent Document 1 and FIG. 2 of Patent Document 2, when the pair of door pocket panels are viewed from the connecting direction with the sliding door, the finger jam prevention rubber and the pair of door pocket panels The edge face of the edge or the stud or frame supporting the door pocket panel is exposed.

Partitions with different options often have different panels and their supporting members. Therefore, if there is a stepped portion at the joint at the side edge of the door and the panel, or if there is an exposed support member other than the panel at the stepped portion, the sense of unity in the design will be lost, and the partitions will show that they are the same series product. It is difficult to impart an easily recognizable added value.

The present invention has been made in view of such problems, and even when various options are prepared for partitions equipped with doors, it is possible to create a sense of unity in design, and the same series products can be used. It is an object of the present invention to provide a partition capable of adding an easily identifiable added value.

In order to achieve the above object, the partition of the present invention is a partition comprising a plurality of panels fixed to a ceiling rail and a floor rail and connected in a connecting direction, and a door arranged between the panels so as to be openable and closable. The panels are a pair of outer panels spaced apart in the width direction defining the thickness of the partition and facing each other, each having a first side end at one end in the connecting direction, and the door is a pair of outer panels in the width direction. It has a door width that is smaller than the separation distance between the first side ends, and has a second side end positioned close to the pair of first side ends in the connection direction when the door is closed.

Therefore, according to the partition of the present invention, it is possible to create a sense of unity in the design even when various options are prepared in the partition provided with the door, and it is possible to easily identify that the products are of the same series. Possible added value can be added.

1 is a perspective view of an installed partition according to a first embodiment of the present invention; FIG. 2 is a cross-sectional view of a connecting portion between two pairs of outer panels and a door in the door unit of FIG. 1; FIG. 3 is an enlarged cross-sectional view of a connecting portion between a pair of outer panels and a door on the right side as viewed in FIG. 2; FIG. 8 is a front view of the partition according to the second embodiment of the present invention in an installed state; 5 is an enlarged cross-sectional view of a connecting portion between a pair of outer panels and a door in the door unit of FIG. 4; FIG.

Hereinafter, partitions according to respective embodiments of the present invention will be described based on the drawings.
<First Embodiment>
FIG. 1 shows a perspective view of an installed partition 1 of the first embodiment. The partition 1 is a partition that is installed in a room or the like, and partitions a space by connecting a plurality of panels 2 in the connecting direction X thereof. Each panel 2 is supported at its upper and lower ends by the ceiling rail 3 and the floor rail 4 via horizontal frames 10, respectively. The ceiling rail 3 is fixed to the ceiling (not shown) by screws or the like (hereinafter also simply referred to as fixing means), and the floor rail 4 is fixed to the floor (not shown) by fixing means.

The panels 2 adjacent to each other in the connecting direction X are connected to each other at their side ends 2a located at these connecting portions via vertical frames 20, which will be described later. A plurality of vertical frames 20 and horizontal frames 10 are provided and combined to form a four-sided frame for supporting the panel 2 .

The partition 1 of the present embodiment includes, as the panel 2, two pairs of glass panels 30 that are spaced apart in the width direction Z that defines the thickness D of the partition 1 and that are opposed to each other, and a door unit 40. The glass panels 30 , the door unit 40 and the glass panel 30 are connected in the connecting direction X in this order. Each glass panel 30 is formed by, for example, bonding two glass plates 30a together at a seam 30b.

The door unit 40 is composed of two pairs of outer panels 50 spaced apart in the width direction Z and facing each other, and a door 60 arranged between the two pairs of outer panels 50 . Two pairs of outer panels 50 are fixed to the ceiling rail 3 and the floor rail 4 by fixing means, and a door 60 is arranged between the outer panels 50 so as to be freely opened and closed. The door 60 is an opening door that opens and closes by pushing and pulling, and the outer panel 50 and the door 60 are formed, for example, by adhering a gypsum board to a steel plate.

The partition 1 shown in FIG. 1 has a so-called one-way connection structure in which a pair of glass panels 30, a door unit 40, and a pair of glass panels 30 are linearly connected (I-shaped connection) in this order. . Side ends 31 of a pair of glass panels 30 positioned at both left and right ends as viewed in FIG. A cover member that does not need to be attached may be attached. In addition to the one-way system shown in FIG. 1, the partition 1 can adopt a panel connection structure such as a two-way system (L-shaped connection) or a three-way system (T-shaped connection).

The vertical frame 20 extends in the height direction of the partition 1, that is, in the vertical direction Y, and its upper and lower ends are fixed to the ceiling rail 3 and the floor rail 4 by fixing means. The horizontal frame 10 extends in the connecting direction X, and is fixed to the ceiling rail 3 and the floor rail 4 over its longitudinal direction by fixing means. The horizontal frame 10 may be arranged in the middle of the vertical direction Y of the panel 2 according to the specifications of the partition 1. In this case, the horizontal frame 10 is appropriately fixed to the vertical frame 20. FIG.

FIG. 2 shows a cross-sectional view of the connecting portion between the two pairs of outer panels 50 and the door 60 in the door unit 40. As shown in FIG. The door unit 40 includes, in the connection direction X, a side end portion (first side end portion) 51 formed at one end of the pair of left outer panels 50 on the door 60 side as seen in FIG. A side end (second side end) 61 formed on the left end as viewed in 2 is connected to the door 60 via a hinge 62 formed on the side end 61 of the door 60, the vertical frame 20, and eventually the stud 70. It is composed of In addition, the vertical frame 20 used for the door unit 40 is hereinafter referred to as the door frame 20 .

The door frame 20 extends in the vertical direction Y, and its upper and lower ends are fixed to the ceiling rail 3 and the floor rail 4 by fixing means. When the door 60 is closed, the side edge 61 formed at the right end of the door 60 in FIG. 2 is positioned close to or in contact with the door frame 20 . That is, the door frame 20 is arranged between the pair of side end portions 51 in the width direction Z, is arranged at least close to the pair of side end portions 51, and is arranged at least close to the pair of side end portions 51 in the width direction Z. It is positioned to cover the interstitial space 41 formed between the portions 51 .

The pair of outer panels 50 are arranged to face each other with a gap in the width direction Z, and their side end portions 51 are supported in the vertical direction Y by studs 70 . The door 60 has a door width d that is smaller than the separation distance between the pair of side ends 51 in the width direction Z. As shown in FIG. At least a portion of the hinge portion 62 formed in the side end portion 61 in the vertical direction Y is fixed to the door frame 20 . The door frame 20 is fastened to the stud 70 with a screw 63 , and the lighting section 80 described later is fastened with a screw 64 .

Frame bodies 52 for reinforcing the side end parts 51 are built in the side end parts 51 of the pair of outer panels 50 , and the frame bodies 52 are locked by locking claws 53 fixed to the studs 70 . Thus, in the door unit 40 , the door 60 is supported on one end side of the door frame 20 in the connection direction X so as to be openable and closable, and the side end portion 51 and the outer panel 50 are supported by the studs 70 . The stud 70 has its upper and lower ends fixed to the ceiling rail 3 and the floor rail 4 by fixing means, and functions as a support for securing the rigidity in the vertical direction Y of the door unit 40 together with the door frame 20 .

FIG. 3 is an enlarged cross-sectional view of the connecting portion between the pair of outer panels 50 and the door 60 on the right side of FIG. Note that the connecting portion on the left side in FIG. 2 also has the same configuration except for the hinge portion 62 . When the door 60 is closed as shown in FIG. 3, the side ends 61 of the door 60 are positioned close to the pair of side ends 51 in the connecting direction X. As shown in FIG. The door frame 20 includes a pair of fixing portions 21 facing each other in the width direction Z, a connecting portion 22 connecting the pair of fixing portions 21, and a locking portion 23 locking the side end portion 61 when the door 60 is closed. have

Each fixed part 21 has a substantially U-shaped cross-section by combining two members, for example, and extends in the vertical direction Y, and has a fixed side wall 24 and a connecting side wall 25 facing each other in the connecting direction X. , and an outer wall 26 connecting the fixed side wall 24 and the connecting side wall 25 . The connecting portion 22 extends in the vertical direction Y and is formed continuously in the width direction Z from the connecting side walls 25 of the pair of fixing portions 21 .

An illumination unit 80 capable of illuminating the door 60 is arranged at the upper side end portion 51 of the pair of outer panels 50 as viewed in FIG. The illumination unit 80 extends in the vertical direction Y, and is configured by, for example, arranging a light source 81 such as an LED inside a housing made of transparent plastic or the like and routing power supply wiring for the light source 81 . there is The illumination section 80 includes an inner wall 82 and an outer wall 83 facing in the width direction Z, and a fixed side wall 84 and an inclined surface portion 85 facing in the connecting direction X. As shown in FIG.

The outer wall 26 on the upper side in FIG. 3 abuts or approaches the inner wall 82 that is the rear surface of the illumination section 80 . Further, the outer wall 26 on the lower side as seen in FIG. 3 abuts or approaches the inner surface 54 that is the rear surface of the side end portion 51 on the lower side as seen in FIG. A fixed portion 71 of the stud 70 , which will be described later, abuts or approaches the fixed side wall 24 . A connecting portion 72 of the stud 70 , which will be described later, abuts on the connecting portion 22 .

The locking portion 23 extends in the vertical direction Y and is formed continuously in the width direction Z from the locking side wall 27 and the connecting side wall 28 facing in the connecting direction X and the outer wall 26 of the fixing portion 21 . It has an outer wall 29 and an inner wall 31 that faces the outer wall 29 in the width direction Z and connects the locking side wall 27 and the connecting side wall 28 .

In a space surrounded by the locking side wall 27, the connecting side wall 28, and the inner side wall 31, a door stop rubber 42 is attached to which the side end portion 61 of the door 60 abuts when the door 60 is closed. As shown in FIG. 3 , a corner portion serving as a boundary between a stepped portion 66 formed in the side end portion 61 in the vertical direction Y and the end surface of the side end portion 61 is brought into contact with the door stop rubber 42 , thereby , the impact and sound when the door 60 is closed is reduced.

By adopting such a configuration, most of the door frame 20 is hidden from view by the door 60 when the door 60 is closed. In addition, since the outer surface 65 of the side end portion 61 of the door 60 can be brought closer to the inclined surface portion 85 of the illumination portion 80, the outer panel 50 and the door 60 appear to be continuous when the door 60 is closed. can be realized.

A portion of the illumination portion 80 on the inclined surface portion 85 side is detachably attached by a snap fit to an engaging portion 87 formed on the inner wall 82 and the outer wall 83 . By removing the portion on the inclined surface portion 85 side, maintenance including replacement of the light source 81 can be easily performed without removing the entire illumination portion 80 .

The stud 70 includes a pair of fixing portions 71 facing each other in the width direction Z, and a connecting portion 72 connecting the pair of fixing portions 71 . Each fixing part 71 has a substantially U-shaped cross section, extends in the vertical direction Y, and is in contact with or close to the frame body 52 built in the side end part 51 of the outer panel 50 . 73 and a fixed side wall 74 that abuts on the fixed side wall 24 of the door frame 20 and the fixed side wall 84 of the illumination section 80 . The locking claw 53 described above is fixed to the outer wall 73 . A fixed side wall 84 of the illumination section 80 is fastened to the fixed side wall 74 with screws 64 .

The connecting portion 72 is positioned so as to protrude from the fixed side walls 74 of the pair of fixing portions 71 toward the door 60 , extends in the vertical direction Y, and contacts the connecting portion 22 of the door frame 20 . The connecting portion 22 and the connecting side wall 28 of the door frame 20 are fastened to the connecting portion 72 with screws 63 , thereby connecting the door frame 20 and the stud 70 . The width of the stud 70 in the width direction Z is set according to the distance between the pair of outer panels 50 in the width direction Z, the thickness D of the partition 1, or the like. Further, the width of the door frame 20 in the width direction Z is set according to the door width d, the width of the illumination section 80 in the width direction Z, or the like.

Thus, the door frame 20 and the stud 70 are arranged between the side ends 51 of the pair of outer panels 50 in the width direction Z, and are connected to the fixed side walls 24, 74 facing each other at the fixed portions 21, 71, respectively. The portions 22 and 72 are in contact or closely connected. Furthermore, the outer wall 26 of the fixing portion 21 and the outer wall 29 of the locking portion 23 are positioned in contact with or in close proximity to the inner wall 82 of the illumination portion 80, and the outer wall 73 of the fixing portion 71 It is positioned against or adjacent to the frame 52 , in other words the inner surface 54 of the side edge 51 of the outer panel 50 , ie the frame 52 .

That is, the door frame 20 is arranged between the side ends 51 of the pair of outer panels 50 in the width direction Z and is arranged at least close to the side ends 51 . Therefore, when viewed from the connection direction X in the closed state of the door 60, there is no large stepped portion between the side edge portion 51 of the outer panel 50 and the side edge portion 61 of the door 60, and the door frame 20 is engaged. Only part of the end surface of the stop portion 23 is slightly visible, and there is no large gap between the door frame 20 and the side end portion 51 .

Further, the above-described abutment or proximity and connection between the door frame 20 and the stud 70 are also performed between the side edges 51 of the pair of outer panels 50 in the width direction Z. As a result, when the door 60 of the partition 1 is closed, at least the door frame 20 and the stud 70 are not significantly exposed. Thus, the door unit 40 of the partition 1 has two pairs of outer panels 50 arranged between which the door 60 is arranged, with the studs 70 concealed by the door frame 20, and a pair of side edges. It adopts a so-called built-in layer structure in which 51 is superimposed.

Furthermore, at the ends of the side ends 51 of the pair of outer panels 50, inclined surface portions 56 are inclined from the outer surface 55 of the side ends 51 in the connecting direction X in a direction along the outer surface 65 of the side end 61 of the door 60. formed. The illumination portion 80 also has an inclined surface portion 85 that is inclined in the connection direction X along the outer surface 65 of the side end portion 61 of the door 60 .

Since the inclined surface portions 56 and 85 are formed at the same inclination angle so as to form a continuous inclined surface, the side end portion 51 has an appearance as if the illumination portion 80 was built therein. A motion sensor or the like may be installed in the space within the lighting unit 80 and an entry/exit management system may be incorporated in the partition 1 . In this case, it is possible to implement security management related to entering and exiting the room partitioned by the partition 1 .

As described above, in the present embodiment, the door 60 has a door width d that is smaller than the separation distance between the side ends 51 of the pair of outer panels 50 in the width direction Z, and the side ends 61 of the door 60 are , are positioned close to the pair of side ends 51 in the connection direction X when the door 60 is closed. As a result, in the closed state of the door 60, the end surface of the door frame 20 is only slightly visible when viewed from the connection direction X, and a large step portion and a large gap are formed between the side end portions 51 and 61. is not present, and the door frame 20 and the stud 70 connecting the pair of outer panels 50 and the door 60 can be covered and hidden by the door 60 .

This mode is made possible by adopting a built-in layer structure for the partition 1 and the door unit 40, and the door 60 can be opened independently from between the pair of outer panels 50 without the door frame 20 and the stud 70 interposed. , it is possible to realize an appearance extending in the connecting direction X. Furthermore, the partition 1 can be given a three-dimensional effect and a solid feeling based on the shadows caused by overlapping the side ends 51 and 61 .

As a result, in the partition 1 having a door 60 and a plurality of variations, no extra members are shown in terms of design, and the partition 1 with a cleaner and more sophisticated appearance than before is realized. can do. Therefore, even if the partition 1 is prepared with various options, it is the same series product as the partition 1 having the door 60 because it is possible to create a sense of unity in design without exposing unnecessary members in terms of design. It can add value that is easily identifiable.

In addition, the pair of outer panels 50 has inclined surface portions 56 that are inclined from the side end portions 51 thereof in the connecting direction X in a direction along the outer surface 65 of the side end portion 61 of the door 60 . An inclined surface portion 85 is also formed in the illumination portion 80, and the inclined surface portions 56 and 85 are formed at the same inclination angle so as to form a continuous inclined surface.

By considering the material, texture, color, pattern, etc., of the inclined surface portions 56 and 85, it is possible to form a continuous design surface at the connecting portion between the pair of outer panels 50 and the door 60. FIG. As a result, the partition 1 is given a sense of unity in design, and the shadow formed by the inclined surface portion 56 makes it possible to realize the partition 1 with a sharper and more three-dimensional design.

Also, the door frame 20 is positioned at least adjacent to the side edges 61 of the door 60 when the door 60 is closed. Also, in the width direction Z, it is arranged between the side ends 51 of the pair of outer panels 50 and is arranged at least close to the pair of side ends 51, and when viewed from the connection direction X, the pair of side ends 51 is positioned to cover the interstitial space 41 formed between the . As a result, the internal members such as the stud 70 can be hidden not only from the width direction Z but also from the connection direction X so as not to be seen.

When the door 60 is in the open state, the material, texture, color, pattern, etc. of the door frame 20 are taken into account, so that the inclined surface portion 56 formed on the side end portion 51 of the outer panel 50, and thus the inclined surface portion 85, A continuous design surface can be formed down to the outer surface of the door frame 20 . Therefore, it is possible to realize the partition 1 with a more neat appearance in terms of design.

In addition, since the illumination portion 80 is provided on the side edge portion 51 of the outer panel 50, the visibility of the open/closed state of the door 60 can be enhanced by, for example, illuminating the illumination portion 80 as the door 60 is opened and closed. be. In addition, by illuminating the illumination unit 80, the passage width of the passage partitioned by the partition 1 can be easily recognized at the time of evacuation in case of emergency. Furthermore, since a weak-sighted person or a physically handicapped user can easily recognize the door 60 by the illumination of the illumination unit 80, the universal design performance of the partition 1 can be improved.

<Second embodiment>
The partition 1 according to the second embodiment of the present invention will be described below with reference to FIGS. 4 and 5. FIG. It should be noted that configurations different from those of the first embodiment will be mainly described, and descriptions of configurations that are the same as those of the first embodiment may be omitted by, for example, assigning the same reference numerals in the description and drawings.

FIG. 4 shows a front view of the installed state of the partition 1 of this embodiment. The door 60 of this embodiment is a sliding door and is composed of two sliding doors 60a that slide left and right. When the human sensor 43 detects the approach of a person, each sliding door 60a automatically moves in the direction of the arrow to open the door 60.例文帳に追加When the human sensor 43 no longer detects the approach of a person, each sliding door 60a automatically moves back and the door 60 is closed.

FIG. 5 shows an enlarged cross-sectional view of the connecting portion between the pair of outer panels 50 and the door 60 in the door unit 40. As shown in FIG. In the door unit 40 of this embodiment, a door pocket space 44 is secured between the side ends 51 of the pair of outer panels 50 to accommodate the sliding door 60a of the door 60 when the door 60 is opened. The door pocket space 44 is formed in a region corresponding to the gap space 41 of the first embodiment, and the sliding door 60a can slide in and out as indicated by the broken line.

The length of the door pocket space 44 in the connecting direction X is set according to the width of the sliding door 60a in the connecting direction X. is placed on the far side of the A door stop rubber 46 is attached to the end face of the sliding door 60a by, for example, an adhesive tape. The door stop rubber 46 contacts the door frame 20 when the door 60 is opened. In addition, the door stop rubber 46 may be a member arranged in a plurality in the vertical direction Y, or may be a single long member extending in the vertical direction Y. As shown in FIG.

In addition, in the case of the present embodiment, since the door frame 20 and the stud 70 are arranged on the far side of the door unit 40, the connecting member 48 for connecting and fixing the lighting section 80 to the frame body 52 is separately provided. is provided. The connecting member 48 has an L-shaped cross section and extends in the vertical direction Y, and is fastened to the fixed side wall 84 of the lighting section 80 and the frame 52 with screws 49 , whereby the lighting section 80 is attached to the outer panel 50 . It is fixed to the side edge 51 .

In addition, a lighting section 90 different from the lighting section 80 is arranged at the side end portion 51 on the lower side as viewed in FIG. The illumination section 90 is attached to a connecting member 48 , and the connecting member 48 is fastened to the frame 52 with screws 49 . Thereby, the illumination part 90 is fixed to the side edge part 51 of the outer panel 50 . The lighting units 80 and 90 may illuminate in conjunction with the operation of the human sensor 43, or the detection signal of the human sensor 43 may be used for entry/exit management.

Also, the illumination section 90 may be used as an auxiliary illumination for a purpose different from that of the illumination section 80 . Specifically, when evacuating in an emergency, the passage width of the passage partitioned by the partition 1 can be easily recognized by illuminating the lighting unit 90 as auxiliary lighting. In addition, a person with weak eyesight or a physically handicapped user can easily recognize the door 60 by the illumination of the illumination section 90 . The illumination unit 80 may have such a function of the illumination unit 90 .

Also, an auxiliary photoelectric sensor may be arranged instead of the illumination unit 90 . The auxiliary photoelectric sensor is a photoelectric safety sensor that is auxiliary used for the purpose of detecting a passerby at the door 60 and prevents an accident such as being caught in the door 60 .

As described above, the door 60 of this embodiment is a sliding door, unlike the opening door of the first embodiment. However, by adopting the built-in layer structure for the partition 1 and the door unit 40, the door 60 can be opened from between the pair of outer panels 50 without passing through the door frame 20 and the stud 70, as in the first embodiment. It is possible to realize an external appearance as if it were extended in the connection direction X by itself. In addition, the partition 1 can be given a three-dimensional effect and a solid feeling based on the shadow caused by overlapping the side ends 51 and 61 .

As a result, as in the case of the first embodiment, the partition 1 having the door 60 and having a plurality of variations can realize a partition 1 with a more neat and sophisticated appearance. In addition, even with the partition 1 with various options, it is possible to create a sense of unity in the design, so that the partition 1 can be given an added value that makes it easy to identify that it is a product of the same series. .

Further, by forming the inclined surface portion 56 on the side end portion 51 or the inclined surface portion 85 of the illumination portion 80, the partition 1 is given a more uniform design, and the shadow formed by the inclined surface portions 56 and 85 is provided. Thus, it is possible to realize a partition 1 with a sharper and more three-dimensional design.

Further, by providing the illumination portion 80 at the side end portion 51 of the outer panel 50, for example, if the illumination portions 80 and 90 are illuminated as the door 60 is opened and closed, the visibility of the open/closed state of the door 60 can be enhanced. It is possible. Also, when evacuating in case of emergency, the passage width of the passage partitioned by the partition 1 can be easily recognized by illuminating the lighting unit 90 as auxiliary lighting. In addition, since a visually impaired person or a physically handicapped user can easily recognize the door 60 by the illumination of the illumination unit 90, universal design performance can be improved.

Although the description of each embodiment of the present invention is finished above, the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention.
For example, in the above-described embodiment, the outer panel 50 constituting the door unit 40 is formed by bonding a gypsum board to a steel plate. It is possible. Specifically, the glass panel 30 or the outer panel 50 may be an inset panel with a color or pattern, a punching panel, a louver panel, a panel made of a permeable material other than glass, or the like.

1 partition 2 panel 3 ceiling rail 4 floor rail 20 door frame 41 gap space 44 door pocket space 50 outer panel (panel)
51 side end (first side end)
56, 85 inclined surface portion 60 door 61 side end (second side end)
65 outer surface 80, 90 illuminating part

Claims (5)

A partition comprising a plurality of panels fixed to a ceiling rail and a floor rail and connected in a connecting direction, and a door arranged between the panels so as to be freely opened and closed,
The panel includes a pair of outer panels arranged opposite to each other in a width direction that defines the thickness of the partition, each having a first side end at one end in the connection direction;
The door has a width that is smaller than the separation distance between the pair of first side ends in the width direction, and is close to the pair of first side ends in the connection direction when the door is closed. A partition having a second side edge positioned on the edge of the partition. 2. The partition according to claim 1, wherein said pair of first side end portions each have an inclined surface portion inclined in a direction along the outer surface of said second side end portion in said connecting direction. wherein the door is an opening door,
It is fixed between the ceiling rail and the floor rail, supports the door on one end side in the connection direction so as to be openable and closable, and on the other end side in the connection direction, the second side end portion when the door is closed. further comprising a door frame positioned at least in proximity to the
The door frame is arranged between the pair of first side end portions and at least adjacent to the pair of first side end portions in the width direction, and is arranged at least close to the pair of first side end portions in the width direction. 3. A partition according to claim 2, positioned to cover the interstitial space formed between the first side edges. The door is a sliding door,
3. The partition of claim 2, wherein said pair of outer panels has a door pocket space between said pair of first side ends in which said door is received when said door is opened. 5. The partition according to any one of claims 1 to 4, wherein at least one of the pair of outer panels has, at the first side end portion, an illumination portion capable of illuminating the door.

Images