JP2006138102A - Movable partition wall panel and movable partition wall system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide movable partition wall panels and a movable partition wall system for dividing a room using the movable partition wall panels low in cost and dividing the room into dimensions of rooms according to the number of users and moreover dividing the room in fine appearance without making a rail, a conductor, or the like visible. <P>SOLUTION: The movable partition wall system is provided with the movable partition wall panel 3 having a connecting terminal 6 provided at a horizontal end face, and a power source side connector 5 provided at an upper end face, and connecting the connecting terminal 6 to the power source side connector 5; and wiring openings 81 provided in a plurality of predetermined erected positions of the movable partition wall panels 3 of the ceiling 8. A ceiling side connector 82 is provided in the ceiling near the wiring opening 81, and when the movable partition wall panel 3 is erected below one of the plurality of predetermined positions, the ceiling side connector 82 and the power source side connector 5 are connectable. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a movable partition wall panel that can be erected between a floor and a ceiling of a room to partition the room into an appropriate size, and a movable partition wall that partitions the room using the movable partition wall panel About the system.

A large room is provided in a building, and it is widely used to use this room as it is or to divide it with a movable partition wall as a small room.
For example, if you have a large meeting room or banquet room, you can divide the room into a size that matches the number of people attending the meeting or banquet with a movable partition wall. Separate the living room with a movable partition wall, etc. and use one as a guest room, or divide the room with a movable partition wall into multiple child rooms, and remove this movable partition wall when the number of children decreases or disappears May be used for other purposes.

As this movable partition wall, those having various structures are conventionally known.
For example, as described in Patent Document 1, a movable partition wall is known in which a rail is provided on a floor surface and a partition main body is moved on the rail.
Moreover, as described in Patent Document 2, a rail is provided on a ceiling surface, a partition main body is suspended on the rail, and the partition main body is moved to partition a room.

Further, as described in Patent Document 3, a railless movable partition wall is also known.
The movable partition wall described in Patent Document 3 is configured to move the carriage by placing the movable partition wall on a wide, sturdy carriage so that the movable partition wall does not fall down.

In addition, as described in Patent Document 4, a movable partition wall in which a plurality of movable partition wall panels are detachably attached between a floor surface and a ceiling surface is also widely used.
When the movable partition wall described in Patent Document 4 is not used, the movable partition wall panel is stored in the storage location. When the movable partition wall panel is used, the movable partition wall panel is taken out from the storage location, and a plurality of the movable partition wall panels are aligned. They stand in a line and separate rooms. Since this movable partition wall does not require large-scale equipment and is inexpensive, it is suitable for small buildings such as houses.

In some cases, the movable partition wall does not have an outlet or the like. However, if there is an outlet on the partition wall, electricity can be supplied to various electric products through the outlet, which is extremely convenient.
Because of this necessity, the movable partition wall described in Patent Literature 2 and Patent Literature 4 is provided with an outlet.
In order to provide an outlet on the movable partition wall, it is necessary to provide a lead wire connected to the outlet in the movable partition wall and connect the lead wire to a lead wire provided on the back of the ceiling.

  The method of connecting the conducting wire described in Patent Document 2 is to provide a rail notched in a slit shape on the ceiling surface and conducting wires on both sides of the rail, and move the shaft up and down at the upper end of the movable partition wall. A T-shaped operating shaft that rotates around the center, and a terminal is provided at the tip of the T-shaped cross member of the operating shaft. The T-shaped cross member is made substantially parallel to the rail, and the operating shaft is moved upward. Then, the cross member is inserted between the rails, and the operation shaft is rotated by 90 ° to connect the terminal provided at the end of the cross member to the conductor.

In addition, the method of connecting the conductors described in Patent Document 4 is such that a rail with a cross-sectionally long U-shaped body is provided on the ceiling with the opening facing downward, and a wiring duct is provided in the vicinity of the rail. Fit the tip of the movable partition wall panel into the opening with a U-shaped cross section, stand up, pull out the wiring provided in the movable partition wall panel, and wire the connector provided at the tip of this wiring It is a method of connecting to a duct.
JP 54-24419 A JP 2002-155678 A JP 2004-84208 A JP 2002-34134 A

However, there are times when it is desired to divide and use the movable partition wall in a size suitable for the number of people using the room, but in the methods described in Patent Document 2 and Patent Document 4, the movable partition wall is located at a place where there is a ceiling rail. In the method described in Patent Document 1, a movable partition wall is provided at a place where the floor rail is located. Therefore, the size of the room that can be divided is constant, and the size is suitable for the number of people to be used. Can not be separated into rooms.
In order to solve this problem, multiple rails are provided on the ceiling and floor so that it can be divided into multiple rooms so that it can be adapted to multiple people. There is a problem that the cost becomes expensive, and there is a rail that is not used for the ceiling or floor, and this rail is visible and ugly.

Moreover, in the method described in Patent Document 4, the wiring drawn out from the movable partition wall panel is visible on the ceiling and is ugly.
The method described in Patent Document 3 has no rails and does not have the above-mentioned problems, but requires a sturdy and wide carriage to move the movable partition wall so as not to fall down, and is expensive. Since the movable partition wall occupies a wide space, this space cannot be used, and there is a problem that the usable part of the room becomes narrow.

  Therefore, an object of the present invention is to provide an inexpensive movable partition wall panel that can be partitioned into a room size that matches the number of people used, and that can be partitioned beautifully without seeing rails, wires, etc. It is to provide a movable partition wall system for partitioning a room using a movable partition wall panel.

  The present invention has been made to achieve the above object, and the invention according to claim 1 is a movable partition wall panel that can be erected between a floor and a ceiling of a room to partition the room. In addition, a connection terminal connected to the power supply side connector by a conducting wire is provided on the lateral end surface, and the connection terminal can be connected to a connection terminal of another movable partition wall panel, and the power supply side connector is connected to the connection terminal. The movable partition wall panel is provided on a lateral end surface or an upper end surface different from the lateral end surface.

  In the invention according to claim 2, the movable partition wall panel is composed of two types of a main movable partition wall panel and a sub movable partition wall panel, and the main movable partition wall panel and the sub movable partition wall panel are connected to a floor and a ceiling of a room. It is a movable partition wall system that can be erected in a state of being lined up in between, and the ceiling is provided with wiring openings at a plurality of predetermined positions where the main movable partition wall panel is to be erected, A ceiling-side connector is provided on the back of the ceiling near the wiring opening, a power-side connector is provided on the upper end surface of the main movable partition wall panel, and a power-side connector is provided on the lateral end surface of the main movable partition wall panel. A connection terminal connected by a conducting wire is provided, a connection terminal is provided on a lateral end surface of the sub movable partition wall panel, and the main movable partition wall panel is disposed at one of a plurality of predetermined positions. The main movable partition wall panel can be connected when the main movable partition wall panel and the sub movable partition wall panel are arranged in a substantially straight line. A partition wall system in which the connection terminal of the secondary movable partition wall panel is connected to the connection terminal of the secondary movable partition wall panel and the connection terminal of the secondary movable partition wall panel adjacent to the connection terminal of the secondary movable partition wall panel It is characterized by.

  A third aspect of the present invention relates to the second aspect of the present invention, wherein a wiring opening cap is detachably attached to the wiring opening.

  The invention according to claim 4 relates to the invention according to claim 2 or claim 3, wherein the movable partition wall panel includes a fixed member that is vertically extendable at an upper end portion, a movable partition wall panel, and a ceiling. A detachable decorative plate that closes the gap between them and a decorative plate that is movable in the vertical direction are provided.

  The invention according to claim 5 relates to the invention according to any one of claims 2 to 4, wherein the plurality of predetermined positions of the movable partition wall panel to be erected are distances based on the module dimensions of the building. Are a plurality of positions provided at a distance.

The room in the present invention is a room that can be partitioned by a movable partition wall panel, and the purpose of the room is not limited. For example, it may be a conference room or a banquet room, a living room in a house, or a child room.
The movable partition wall panel is stored in a storage place, etc. when not in use, and is taken out from the storage place, etc. as necessary, and is erected between the floor and the ceiling to divide the room. is there.

At this time, if the height of the movable partition wall panel is approximately equal to the distance between the floor and the ceiling, it is difficult to stand between the floor and the ceiling. Is slightly shorter than the distance between the floor and the ceiling.
Therefore, when a movable partition wall panel that is slightly shorter than the distance between the floor and the ceiling is erected, it is necessary to fix the movable partition wall panel.

  There are various methods for fixing the movable partition wall panel. For example, a spacer may be inserted and fixed between the movable partition wall panel and the ceiling, but as in the invention according to claim 4, a fixing member that is vertically expandable and contractable is provided at the upper end portion. After the movable partition wall panel is erected, this fixing member is moved upward to be fixed, which is preferable because it has a simple structure and can be firmly fixed.

At this time, if an elastic body such as a rubber plate or a polystyrene foam resin plate is attached to the lower end surface of the movable partition wall panel, the elastic body is compressed when the movable partition wall panel is fixed by a fixing member. The movable partition wall panel is firmly attached by the pressure with which the elastic body returns to its original shape, and the floor is not damaged, which is preferable.
In the method of fixing the movable partition wall panel by moving the fixing member upward in this way, when the movable partition wall panel is erected, a gap is generated between the tip of the movable partition wall panel and the ceiling, This gap and the fixing member etc. are visible through this gap and are unsightly. Therefore, the gap may be closed with a detachable decorative plate or a decorative plate movable in the vertical direction, as in the fourth aspect of the invention.

The plurality of predetermined positions scheduled to stand for the movable partition wall panel in the invention described in claim 2 refer to a plurality of positions to which the predetermined movable partition wall panel is attached according to the size of partitioning the room.
The predetermined positions of the movable partition wall panel to be erected may be appropriate, but usually, when dividing a room, the movable partition wall panel is often attached based on the module dimensions of the building. As in the invention described in claim 5, a plurality of predetermined positions to be erected on the movable partition wall panel are separated from each other by a plurality of positions (for example, 90 cm, 180 cm, and 270 cm apart from one end). A plurality of positions).

  The wiring opening according to the second aspect of the invention refers to an opening provided in the ceiling for connecting a ceiling side connector provided in the back of the ceiling and a power supply side connector provided in the movable partition wall panel. Since it is difficult to see the wiring opening, it is usually covered with the wiring opening cap, and when the ceiling side connector and the power supply side connector are connected, the wiring opening cap is provided. Should be removed.

  This wiring opening cap may be formed by appropriately shaping the material, but it is made of a flexible material, and has a through hole that allows the wiring to pass through the central portion, and a slit-like cut having almost no width from the through hole to the outer periphery. With the plate shape, the wiring for connecting the ceiling side connector and the power source side connector can be inserted while deforming the wiring opening chip from the slit-shaped notch, and the slit-shaped with almost no width. It is preferable because the cuts are difficult to see.

  Also, when the movable partition wall panel is mounted below the wiring opening, if the wiring opening is hidden behind the movable partition wall panel or the decorative plate, the wiring opening cap may be removed. Since the appearance is not impaired, the wiring opening cap may be removed. In this way, since it is not necessary to pass the wiring connecting the ceiling side connector and the power source side connector through the wiring opening cap, the wiring opening cap is appropriately made of a material, for example, a hard material, in a slit shape. It may be formed into a shape without any.

The ceiling-side connector according to the second aspect of the present invention is a connectable terminal at the tip of the wiring provided on the back of the ceiling, and is provided on the back of the ceiling near the wiring opening.
The power supply side connector according to the invention described in claim 2 is a connectable terminal provided on the movable partition wall panel for connection with the ceiling side connector. Therefore, when the terminal of the ceiling side connector is changed to a female terminal to be inserted, the power source side connector is changed to a male terminal to be inserted into the terminal of the ceiling side connector.

The ceiling side connector and the power source side connector can be connected, but there are various means for connecting them.
For example, the ceiling side connector may be fixed to the back of the ceiling, the power source side connector may be fixed to the wall side, and a connection between them may be connected with a cord or the like, or either the ceiling side connector or the power source side connector may be connected with a cord. A terminal is provided at the tip of a string-like lead wire, etc., and the cord-like lead wire may be extended and connected to the other fixed terminal, or both may be connected to the tip of the string-like lead wire. A terminal is provided, and both the string-like conductors may be extended and connected.

This movable partition wall panel has a small partition room and may be partitioned by one, but usually the partition room is large, and a plurality of movable partition wall panels are arranged in a straight line to partition this room. Often to do.
Then, a power supply side connector is provided on each movable partition wall panel, and a ceiling side connector is provided at a position corresponding to each movable partition wall panel, and the power supply side connectors of all the movable partition wall panels are used as the ceiling side connectors. You may make it connect.

  However, as described in claim 2, a power supply side connector is provided only on one movable partition wall panel (main movable partition wall panel), a ceiling side connector is provided on the corresponding ceiling, and the main movable partition wall is provided. When connecting terminals are provided on the horizontal end face of the wall panel and the horizontal end face of the other movable partition wall panel (sub-movable partition wall panel), and the main movable partition wall panel and the sub-movable partition wall panel are erected in a straight line When the connection terminals provided on the horizontal end surfaces of the main movable partition wall panel and the sub movable partition wall panel are connected to the ceiling side connector provided on the back of the ceiling and the ceiling side connector of the main movable partition wall panel All the outlets of the movable partition wall panel and the ceiling side connector can be connected by simply connecting the .

  The connection terminal is a terminal that automatically connects the connection terminals provided on the lateral end surfaces of the movable partition wall panels when the partition walls are arranged side by side to partition the room. .

  This connection terminal is plate-shaped, and when the movable partition wall panels are arranged side by side, the plate-like connection terminals may be in contact with each other, but in general, a plurality of movable partition wall panels are arranged side by side with the floor and ceiling. In many cases, the movable partition wall panel to be erected along the lateral end surface of the movable partition wall panel that has already been erected is often slid from above so that it is erected. The connection terminal on the movable partition wall panel side that is erected is formed into a receiving opening that opens upward, and the connection terminal of the movable partition wall panel that is to be erected is inserted from above the connection terminal in the reception port shape. A tongue-shaped connection terminal is preferable because it can be securely and firmly connected.

In the invention according to claim 2, normally, the ceiling-side connector and the power-side connector are connected after a plurality of movable partition wall panels are erected side by side. The sub movable partition wall panel may be erected after being erected and connecting the ceiling side connector and the power source side connector.
Then, since this connection terminal is alive and there is a possibility of electric shock, the connection terminal provided on the lateral end surface needs to be structured so as not to cause an electric shock. Usually, since the connection terminal on the main movable partition wall panel side is alive, it is preferable that the connection terminal has a structure that does not cause an electric shock.
(Function)

  The invention according to claim 1 is a movable partition wall panel that can be erected between a floor and a ceiling of a room to partition the room, and is connected to a power supply side connector by a conductive wire on a lateral end surface. A connection terminal is provided, and this connection terminal can be connected to a connection terminal of another movable partition wall panel, and the power supply side connector is provided on a horizontal end surface or an upper end surface different from the horizontal end surface of the connection terminal. Since it features a wall panel, it has the following effects.

That is, when it is desired to divide a room, the room is divided as follows.
At this time, the movable partition wall panel in which the power supply side connector is provided on a lateral end surface different from the lateral end surface of the connection terminal is a wall at a plurality of predetermined positions where the connector connected to the power source is scheduled to stand upright. Use when provided.
Then, one of the wall-side connectors provided at a predetermined position provided on the wall is selected, and a movable partition panel is erected in the vicinity of the wall-side connector. Connect.

Moreover, the movable partition wall panel in which the power supply side connector is provided on the upper end surface is used when the connector connected to the power source is provided on the walls at a plurality of predetermined positions to be erected on the movable partition wall panel. To do.
Then, one of the plurality of ceiling-side connectors provided at a predetermined position provided on the ceiling is selected, and a movable partition wall panel is erected in the vicinity thereof. The ceiling-side connector, the power-side connector, Connect.
In this manner, the movable partition wall panel divides the room into a desired area.
At this time, the size of the partitioned room can be changed by changing the position to be selected from the plurality of predetermined positions.
Also, the ceiling-side connector or wall-side connector and the power-side connector can be easily connected, and when connected in this way, the wiring provided inside the movable partition wall panel and the wiring on the back of the ceiling The outlet etc. which are connected and are provided in the movable partition wall panel can be utilized.

In the invention described in claim 2, the movable partition wall panel is composed of two types, ie, a main movable partition wall panel and a sub movable partition wall panel.
The ceiling is provided with wiring openings at a plurality of locations where the main movable partition wall panel is to be erected, and a ceiling-side connector is provided on the back of the ceiling in the vicinity of the wiring opening, and the upper end surface of the main movable partition wall panel Is provided with a power-side connector, and when the main movable partition wall panel is erected below one of a plurality of predetermined positions, the ceiling-side connector and the power-side connector can be connected. When it is desired to divide and use the room, first, the main movable partition wall panel is selected from one of a plurality of predetermined positions provided on the ceiling, and is erected below the selected predetermined position.

  Then, there is a ceiling-side connector on the back of the ceiling near the wiring opening at this predetermined position, and the main movable partition wall panel erected at this predetermined position has a power-side connector, both of which are very close to each other. Thus, both the connectors can be easily connected, and in this case, the wiring provided inside the main movable partition wall panel and the wiring on the back of the ceiling are connected.

  Furthermore, a connection terminal connected to the power supply side connector by a conductive wire is provided on the lateral end surface of the main movable partition wall panel, and a connection terminal is provided on the lateral end surface of the sub movable partition wall panel. When the auxiliary movable partition wall panel is erected side by side, the connection terminal of the main movable partition wall panel and the connection terminal of the adjacent secondary movable partition wall panel are also connected to the auxiliary terminal of the secondary movable partition wall panel. Since it is structured to connect with the connection terminal of the movable partition wall panel, the secondary movable partition wall panel is erected so as to be substantially straight next to the main movable partition wall panel that has already been erected, Furthermore, the movable partition wall panels are erected from one end to the other end of the room one after another, such as the sub movable partition wall panels standing next to each other. Separate room to the desired size in the panel.

At this time, the size of the partitioned room can be changed by changing the position to be selected from the plurality of predetermined positions.
Moreover, the connection terminal of the main movable partition wall panel is connected to the connection terminal of the adjacent secondary movable partition wall panel, and the connection terminal of the secondary movable partition wall panel is connected to the connection terminal of the adjacent secondary movable partition wall panel. When connected to the power supply side connector of the main movable partition wall panel and the ceiling side connector on the back of the ceiling, the wiring in all the movable partition wall panels is connected to the wiring on the back of the ceiling. All outlets provided can be used.

The invention according to claim 3 relates to the invention according to claim 2, and since a wiring opening cap is detachably attached to the wiring opening, a movable partition wall panel is provided below the wiring opening. When the wiring is not erected, the wiring opening is closed with a wiring opening cap.
Then, this wiring opening is hard to see and the ceiling is beautiful.
When the movable partition wall panel is erected, the ceiling connector on the back of the ceiling and the power source connector of the movable partition wall panel can be connected through the wiring opening by removing the wiring opening cap.

The invention according to claim 4 relates to the invention according to claim 2 or claim 3, wherein the movable partition wall panel includes a fixing member that can be vertically expanded and contracted at an upper end portion, a movable partition wall panel, and a ceiling. A removable decorative plate that closes the gap between the movable partition wall and a movable decorative plate that is movable in the vertical direction is provided.When this movable partition wall panel is not used, the fixing member is shrunk downward, and the decorative plate is Remove or move downward.
Then, since the height of the movable partition wall panel becomes shorter than the distance between the floor and the ceiling, it is easy to store and store, and the movable partition wall panel is erected between the floor and the ceiling or removed. Is easy.

Then, after the movable partition wall panel is erected, the movable partition wall panel can be firmly fixed by moving the fixing member upward and extending it.
After that, when the decorative plate is attached or the decorative plate is moved upward, the gap between the movable partition wall panel and the ceiling, the wiring opening, the fixing member, and the ceiling side that were visible through the gap Wiring or the like connecting the connector and the power supply side connector is obstructed by the decorative plate, and the standing movable partition wall becomes beautiful.

  The invention according to claim 5 relates to the invention according to any one of claims 2 to 4, wherein the plurality of predetermined positions to be erected of the movable partition wall panel are distances based on the module dimensions of the building. Since the movable partition wall panel is erected at any position based on the building module, the wiring provided at the position where the movable partition wall panel is to be erected The ceiling side connector and the power source side connector can be connected through the opening for use.

  As described above, the invention described in claim 1 is a movable partition wall panel that can be erected between a floor and a ceiling of a room to divide the room, and a power-side connector and A connection terminal connected by a conductive wire is provided, and the connection terminal can be connected to a connection terminal of another movable partition wall panel, and the power supply side connector is on a horizontal end surface or an upper end surface different from the horizontal end surface of the connection terminal. Since the movable partition wall panel is provided, one of the wall-side connectors or the ceiling-side connectors provided at a plurality of predetermined positions provided on the wall or ceiling is selected in the vicinity thereof. When a movable partition panel is erected and this wall side connector or ceiling side connector is connected to the power supply side connector and the room is divided into the desired size by the movable partition wall panel, the ceiling side connector Or, the wiring provided inside the movable partition wall panel and the wiring behind the ceiling can be easily connected to the wall side connector and the power supply side connector, and provided on the movable partition wall panel. An outlet can be used, which is very convenient.

In addition, the size of the partitioned room can be changed by changing the position to be selected from among the plurality of predetermined positions.
In addition, since the movable partition wall panel is erected between the floor and ceiling of the room to partition the room, as described in Patent Document 1 and Patent Document 2, rails or the like are not necessary for the floor or ceiling, As described in Patent Document 3, a carriage or the like that carries the movable partition wall is not necessary, and the movable partition wall can be provided at a low cost.

  In the invention described in claim 2, the movable partition wall panel is composed of two types of a main movable partition wall panel and a sub movable partition wall panel, and the main movable partition wall panel and the sub movable partition wall panel are arranged between a floor and a ceiling of a room. A movable partition wall system that can partition a room by standing in a lined state, wherein the ceiling is provided with wiring openings at a plurality of predetermined positions scheduled to stand on the main movable partition wall panel. A ceiling-side connector is provided on the back of the ceiling near the wiring opening, a power-side connector is provided on the upper end surface of the main movable partition wall panel, and a conductor is connected to the power-side connector on the lateral end surface of the main movable partition wall panel. Connecting terminals connected to each other, a connecting terminal is provided on a lateral end surface of the sub movable partition wall panel, and the main movable partition wall panel is placed under one of a plurality of predetermined positions. When it is erected, the ceiling side connector and the power source side connector can be connected, and when the main movable partition wall panel and the sub movable partition wall panel are erected in a substantially straight line, the main movable partition wall panel The connection terminal and the connection terminal of the adjacent sub movable partition wall panel can be connected to the connection terminal of the auxiliary movable partition wall panel and the connection terminal of the adjacent sub movable partition wall panel. If you want to use it, select one of a plurality of predetermined positions on the ceiling, install a main movable partition wall panel below the selected predetermined position, and install a secondary movable partition wall panel next to it. From one end of the room to the other, such as standing up so that it is in a straight line, and then adjoining the secondary movable partition wall panel up in a straight line. Erected a cut wall panel.

Then, this movable partition wall panel can divide the room into a desired area, and then the ceiling side connector and the power source side connector of the main movable partition panel can be connected. The wiring provided inside the movable partition wall panel and the wiring behind the ceiling are connected, and all outlets provided on the movable partition wall panel can be used, which is convenient.
In addition, the size of the partitioned room can be changed by changing the position to be selected from among the plurality of predetermined positions.

  In addition, since the movable partition wall panel is erected between the floor and ceiling of the room to partition the room, as described in Patent Document 1 and Patent Document 2, rails or the like are not required on the floor or ceiling, As described in Patent Document 3, a carriage or the like that carries the movable partition wall is not necessary, and the movable partition wall can be provided at a low cost.

The invention according to claim 3 relates to the invention according to claim 2, and since a wiring opening cap is detachably attached to the wiring opening, when the movable partition wall panel is not used, the wiring opening If the opening is closed with a wiring opening cap, the wiring opening is difficult to see and the ceiling is beautiful.
And when standing the movable partition wall panel, by removing this opening cap for wiring, the ceiling connector provided on the back of the ceiling and the power supply side connector of the movable partition wall panel can be easily connected, Convenient.

  The invention according to claim 4 relates to the invention according to claim 2 or claim 3, wherein the movable partition wall panel includes a fixed member that is vertically extendable at an upper end portion, a movable partition wall panel, and a ceiling. A removable decorative plate that closes the gap between the movable partition wall and a movable decorative plate that is movable in the vertical direction is provided.When this movable partition wall panel is not used, the fixing member is shrunk downward, and the decorative plate is If it is removed or moved downward, the height of the movable partition wall panel will be shorter than the distance between the floor and the ceiling, making it easier to store and store the movable partition wall panel between the floor and the ceiling. It is easy to stand up and remove from.

  After the movable partition wall panel is erected, if this fixed member is moved upward and extended, the movable partition wall panel can be firmly fixed, the decorative plate can be moved upward, or the decorative plate is attached. In this case, the gap between the movable partition wall panel and the ceiling, the wiring opening that can be seen through the gap, the fixing member, the wiring connecting the ceiling side connector and the power source side connector, etc. are attached to this decorative board. The erected movable partition wall becomes beautiful because it is blocked and invisible.

  The invention according to claim 5 relates to the invention according to any one of claims 2 to 2, wherein the plurality of predetermined positions of the movable partition wall panel to be erected are distances based on the module dimensions of the building. Since the movable partition wall panel is erected at any position based on the module dimensions of the building, it is near the wiring opening at the planned position where the movable partition wall panel is erected. The ceiling-side connector provided on the back of the ceiling and the power-side connector provided on the movable partition wall panel can be connected.

  Hereinafter, the best mode for carrying out the present invention will be described by way of examples.

  1 to 6 show an embodiment of the present invention, in which FIG. 1 is a plan view showing a floor plan of the first floor of a building, and FIG. 2 is a main movable partition wall panel with a decorative board attached. (A) is a partially cutaway perspective view, (b) is a cross-sectional view taken along line AA of (a), FIG. 3 is a perspective view showing a state in which a room is partitioned by a movable partition wall, and FIG. 3 is a cross-sectional view taken along the line BB in FIG. 3, FIG. 5 is a perspective view showing an opening cap for wiring, and FIG. 6A shows a main part in a state where the movable partition wall panel is attached next to the movable partition wall panel. The perspective view shown, (b) is sectional drawing in CC line of (a) when a movable partition wall panel is attached next to a movable partition wall panel.

1 to 6, reference numeral 1 denotes a wooden two-story building. The floor of the first floor of the building 1 includes an entrance 11, a hallway 12, a toilet 13, a washroom 135, a kitchen 14, a bathroom 15, and a living room 16. It consists of a dining room 17, a staircase 18, and a storage room 19.
The entrance 11 includes a dirt 111, a clog box 112, and an entrance hall 113.
The kitchen 14 is provided with a service port 141 and a kitchen device 142.
The bathroom 15 is provided with a dressing room 151.

The living room 16 is provided with a closet 161.
A storage room 19 is provided below and behind the stairs 18.
2 is a movable partition wall, and this movable partition wall 2 is erected in a state in which four movable partition wall panels 3 are arranged between the floor 9 and the ceiling 8 at the position indicated by the line X in FIG. It is a thing.

The distance between the floor 9 and the ceiling 8 is approximately 2800 mm, and the position of the line X is one of the positions (a plurality of predetermined positions) where the movable partition wall panel is to be erected in advance.
And this movable partition wall panel 3 is always accommodated in the storage chamber 19, and is taken out and used when partitioning a room.

There are two types of movable partition wall panels 3, one main movable partition wall panel 3-1 standing at the end and three sub-movable partition wall panels 3-2 standing at other locations. One of the movable partition wall panels 3 is provided with a doorway (not shown).
As shown in FIG. 2, the main movable partition wall panel 3-1 includes a frame 31, a wall surface material 32, a surface film 33, a fixing member 4, a power supply side connector 5, and a connection terminal 6. It has a rectangular shape with a length of about 2700 mm and a width of about 900 mm.

The frame 31 includes a frame material 311 obtained by assembling a long wooden body into a rectangular shape, and a crosspiece 312 passed through the frame material 311 and has a thickness of approximately 44 mm. An elastic body 39 made of a foamed polystyrene resin sheet is attached to the lower end surface of the frame 31.
The wall surface material 32 is a plate body made of gypsum board having a thickness of about 12.5 mm, and the wall surface material 32 is attached to both side surfaces of the frame 31, but at a position where a decorative plate 7 described later is attached, There is no wall material 32, and a magic tape 38 is attached to this portion.
Further, the wall surface member 32 is provided with an outlet 37.

The decorative film 33 is a vinyl chloride resin decorative film, and the decorative film 33 is attached to the surface of the wall surface material 32.
The fixing member 4 includes a screw rod 41, a nut 42, a pressing plate 43, a rubber plate 44, and a rotating portion 45.
The screw rod 41 is approximately 200 mm in length, and a polymer composed of a pressing plate 43 and a rubber plate 44 is attached to the upper end of the screw rod 41.

The nut 42 has a female screw into which the screw rod 41 can be screwed. The nut 42 is attached to the lower edge of the through hole 313 provided in the upper frame of the frame 31. A screw rod 41 is screwed into the nut 42.
The rotating portion 45 is a hexagonal lump provided on the screw rod 41 in the vicinity of the lower surface of the pressing plate 43. When the rotating portion 45 is rotated by a rotating tool such as a spanner, the screw rod 41 rotates and the screw rod 41 is rotated. Move up and down.

The power supply side connector 5 is a male terminal provided on the upper end surface of the frame member 311.
The connection terminal 6 is a terminal provided on the lateral end surface of the movable partition wall panel 3, and if the right side is a male terminal, the shape of the terminals on both sides is different such that the left side is a female terminal. More specifically, as shown in FIG. 6 (b), the female terminal is a conductor exposed on both wall surfaces of the receptacle opening upward, and the male terminal is located in the receptacle. A tongue-shaped conductor to be inserted, as shown in FIG. 6 (a), while aligning the lateral end surface of the movable partition wall panel 3 with the lateral end surface of the movable partition wall panel 3 that has already been attached. When the panel 3 is moved downward, the male terminal is inserted into the female terminal, and the female conductor and the male conductor are brought into contact with each other to be connected. The male terminal is provided on the inner side from the outer surface of the frame member 311 so as not to get an electric shock, and is used by being pulled out. The female terminal is provided on the inner side of the outer surface of the frame member 311. .

As shown in FIG. 4, the power source side connector 5, the outlet 37, and the connection terminal 6 are connected by a conductive wire wired inside the movable partition wall panel 3.
In the ceiling 8, wiring openings 81 are provided at three locations (predetermined positions where the movable partition wall panel is to be erected) separated by a distance of 90 cm indicated by Y in FIG. 1. As shown in FIG. 4, a power supply side connector 82 including a cord 822 and a female terminal 821 attached to the tip of the cord 822 is disposed on the ceiling behind the wiring opening 81. Thus, the ceiling side connector 82 is pulled out from the wiring opening 81, and the terminal 821 at the tip of the cord 822 can be connected to the power source side connector 5.

A wiring opening cap 85 is detachably attached to the wiring opening 81.
The opening cap 85 for wiring is a disk made of soft virgin chloride resin, and as shown in FIG. 5, a through hole 851 through which a conducting wire passes is provided at the center, and the width of the through hole 851 is increased to the periphery. When the cord 822 is pushed into the notch 852, the cord 822 advances while the wiring opening cap 82 is deformed, and the cord 822 is inserted into the through hole 852. Be able to.

As shown in FIG. 3, the wiring opening cap 85 is always attached to the wiring opening 81 and can be removed when the ceiling side connector 82 is taken out from the wiring opening 81. . That is, the wiring opening cap 81 is detachably attached to the wiring opening 81.
When the wiring opening cap 85 is attached to the wiring opening 81 in this way, the ceiling is beautiful without being aware that the wiring opening 81 is provided in the ceiling 8 at a glance.

  Reference numeral 7 denotes a decorative board. As shown in FIG. 2, the decorative board 7 includes a plywood plate body 71 having a height of about 200 mm, a width of about 900 mm, and a thickness of about 12 mm, and the surface of the plate body 71. A decorative film 72 made of a vinyl chloride resin is attached to the surface of the decorative board 7 and a magic tape 78 is attached to the back surface of the decorative board 7.

Then, as shown in FIG. 2, the decorative plate 7 is aligned with the movable partition wall panel 3 so that the magic tape 38 provided on the upper portion of the movable partition wall panel 3 and the magic tape 78 of the decorative plate 7 are aligned. When pressed, the decorative plate 7 is attached to the movable partition panel 3, and can be removed when peeled off with a strong force.
That is, the decorative plate 7 is detachably provided on the movable partition panel 3.
In addition, as a structure which attaches this decorative board 7 detachably, other methods, for example, providing the latching part which each fits the decorative board 7 and the movable partition panel 3, and making it fit in this latching part. It may be a detachable structure that can be peeled off.

The decorative film 72 has the same pattern as the decorative film 33 attached to the wall surface material 32.
In this way, the decorative film 33 attached to the surface of the wall surface material 32 and the decorative film 72 attached to the surface of the decorative plate 7 have the same pattern, so the decorative plate 7 is attached to the movable partition panel 3. The gap between the ceiling 8 and the movable partition wall panel 3 is closed, and at the same time, the entire surface of the movable partition wall 2 appears to be continuous and is beautiful.
When the sub movable partition wall panel 3-2 is compared with the main movable partition wall panel 3-1, the only difference is that the power supply side connector 5 does not exist.

Next, the mounting method and operation of the movable partition wall 2 will be described.
When the movable partition wall panel is not used, the main movable partition wall panel 3-1 and the sub movable partition wall panel 3-2 are stored in the storage chamber 19 by moving the screw rod 41 of the fixed member 4 downward. Keep it. A decorative board 7 is also stored.
Thus, when the screw rod 41 of the fixing member 4 is moved downward, the height of the movable partition wall panel 3 becomes shorter than the distance between the ceiling 8 and the floor 9, so that it is easy to store. It is easy to stand and remove.

When a guest or the like wants to divide the living room 16 by the movable partition wall 2 into a guest room, the main movable partition wall panel 3-1, the sub movable partition wall panel 3-2 and the decorative plate 7 are taken out from the storage room 19. The main movable partition wall panel 3-1 is erected at the extreme end of a predetermined position where the movable partition wall panel 3 of the living room 16 is to be attached.
Then, place a stand in front of the main movable partition wall panel 3-1, stand on the stand, rotate the rotating rod 45 with a rotating tool such as a spanner, and the screw rod 41 moves upward. Then, the elastic body attached to the lower end of the main movable partition wall panel 3-1 at the same time the polymer of the pressing plate 43 and the rubber plate 44 provided at the tip of the screw rod 41 presses the ceiling surface from below. 39 presses the floor 9, and the main movable partition wall panel 3-1 is fixed.

Thus, since the elastic body 39 is attached to the lower end surface of the movable partition wall panel 3, the floor 9 is not damaged even if the main movable partition wall panel 3-1 is erected as described above. .
Next, the sub movable partition wall panel 3-2 is arranged next to the main movable partition wall panel 3-1, and the male connection terminal 6 provided on the lateral end surface of the sub movable partition wall panel 3-2 is attached. The horizontal end surface of the sub movable partition wall panel 3-2 is erected while being moved downward along the horizontal end surface of the main movable partition wall panel 3-1, which has already been erected.

Then, the sub movable partition wall panel 3-2 is erected in a state of being arranged next to the main movable partition wall panel 3-1, and the male connection terminal 6 of the sub movable partition wall panel 3-2; The female connection terminal 6 of the main movable partition wall panel 3-1 is connected.
Then, when a stand is placed in front of the main movable partition wall panel 3-1, standing on this stand and the screw rod 41 is rotated by a rotating tool such as a spanner on the rotating portion 45, the screw rod 41 is moved upward. The elastic body attached to the lower end of the sub movable partition wall panel 3-2 moves and at the same time the polymer of the pressing plate 43 and the rubber plate 44 provided at the tip of the screw rod 41 presses the ceiling surface from below. 39 presses the floor surface, and the sub movable partition wall panel 3-2 is fixed.

  When the next sub-movable partition wall panel 3-2 is erected in the same manner next to the already standing sub-movable partition wall panel 3-2, the sub-movable partition wall panel 3-2 already stood. A new sub-movable partition wall panel 3-2 is erected next to the male connection terminal 6 of the sub-movable partition wall panel 3-2 and the sub-movable partition wall panel 3-2. The female connection terminal 6 is connected.

Then, when a stand is placed in front of the main movable partition wall panel 3-1, standing on this stand and the screw rod 41 is rotated by a rotating tool such as a spanner on the rotating portion 45, the screw rod 41 is moved upward. The elastic body attached to the lower end of the sub movable partition wall panel 3-2 at the same time as the polymer of the pressing plate 43 and the rubber plate 44 that moves and presses the ceiling 8 from below. 39 presses the floor 9, and the sub movable partition wall panel 3-2 is fixed.
In this way, the movable partition wall panel 3 is attached in a substantially straight line from one end of the room to the other end.

Next, the wiring opening cap 85 attached to the wiring opening 81 of the ceiling 8 is removed from the wiring opening 81, and the ceiling-side wiring connector 82 disposed in the vicinity of the wiring opening 81 is taken out. The terminal 821 at the tip of the side wiring connector 82 is connected to the power supply side connector 5.
Then, the cord 822 of the ceiling-side connector 82 is passed from the notch 852 of the wiring opening cap 85 to the through hole 852, and the wiring opening cap 85 is attached to the wiring opening 81.

Finally, when the decorative plate 7 is attached to all the movable partition wall panels 3, the movable partition wall 2 is completed.
The movable partition wall 2 thus completed is covered with a gap between the movable partition wall panel 3 and the ceiling 8 by the decorative plate 7, and the wiring opening 81, the ceiling-side connector 82, and the like that are visible through the gap The screw rod 41 and the like of the fixing member 4 are not visible and are beautiful.
In this way, a room can be partitioned by the movable partition wall 2 in which a plurality of movable partition wall panels 3 are arranged and attached to the living room 16.

Thus, since one place is selected from a plurality of predetermined positions provided on the ceiling 8 and is set up below the selected predetermined position, the size of the room divided by changing the selected position can be increased. Can be changed.
Therefore, the guest room can be widened when there are many visitors, and the guest room can be narrowed when there are few visitors, which is convenient.
In addition, when the plurality of movable partition wall panels 3 are erected in this way, all the wires in the movable partition wall panel 3 are connected, so that all the outlets provided in the movable partition wall panel 3 are connected. 37 can be used.

  FIGS. 7 to 10 show another embodiment of the present invention, in which FIG. 7 shows a main movable partition wall panel, (a) is a perspective view, and (b) is D in (a). FIG. 8 is a cross-sectional view showing a state in which the main movable partition wall panel is attached between the floor and the ceiling, FIG. 9 is a cross-sectional view taken along the line EE of FIG. 8, and FIG. FIG.

When the movable partition wall 2a of the second embodiment shown in FIGS. 7 to 10 is compared with the first embodiment shown in FIGS. 1 to 6, the movable partition wall panel 3a, the decorative plate 7a, the ceiling side connector 5a, and the power source side connector 82a. Since the wiring opening cap 85a is different, this difference will be mainly described.
There are two types of movable partition wall panels 3a, a main movable partition wall panel 3a-1 and a sub movable partition wall panel, as in the first embodiment. The sub movable partition wall panels are the same as the main movable partition wall panel 3a-1. Since only the power supply side connector 82a is not provided and the others are substantially the same, the main movable partition wall panel 3a-1 will be described.

As shown in FIG. 7, the main movable partition wall panel 3a-1 includes a frame 31a, a wall surface material 32a, a decorative film 33a, a fixing member 4a, a power supply side connector 5a, and a connection terminal 6a. 7a is attached to the main movable partition wall panel 3a-1 so as to be movable in the vertical direction.
More specifically, the frame 31a is composed of a frame material 311a obtained by assembling a long wooden body into a rectangular shape, and a crosspiece 312a inserted inside the frame material 311a, and has a thickness of approximately 44 mm. An elastic body 39a made of natural rubber is attached to the lower end surface of the frame 31a.

And the rail which is not shown in figure is provided in the side frame of the frame material 311a so that the decorative board 4a can slide and move to an up-down direction in the position which attaches the below-mentioned decorative board 4a.
The wall surface material 32a is a plaster board plate having a thickness of approximately 12.5 mm. The wall surface material 32a is attached to both side surfaces of the frame 31a. It is provided at a position retracted by the thickness of the plate 7a.
Further, an outlet 37a is provided on the wall surface material 32a.
The decorative film 33 a is a vinyl chloride resin decorative film, and the decorative film 33 is attached to the surface of the wall surface material 32.

The fixing member 4a includes a screw rod 41a, a nut 42a, a pressing plate 43a, a rubber plate 44a, and a rotating portion 45a.
A polymer composed of a pressing plate 43a and a rubber plate 44a is attached to the upper end of the screw rod 41a.
The nut 42a has a female screw into which the screw rod 41a can be screwed. The nut 42a is attached to the lower edge of the through hole 313a provided in the upper frame of the frame 31a. A screw rod 41a is screwed into the nut 42a.

The rotating portion 45a rotates the screw rod 41a, and is a hexagonal block provided on the screw rod 41a below the pressing plate 43a. When the rotating portion 45a is rotated by a rotating tool such as a spanner, The rod 41a rotates and the screw rod 41a moves in the vertical direction.
The power supply side connector 5a includes a cord 52a obtained by extending a wiring provided in the movable partition wall panel 3a through a through hole (not shown) provided in the upper end surface of the frame member 311 and a male provided at the tip of the cord 52a. A terminal 51a having a shape.
Since the connection terminal 6a is substantially the same as the connection terminal of the first embodiment, the description thereof is omitted.

Reference numeral 7a denotes a decorative board. The decorative board 7a includes a plate body 71a, a decorative film 72a made of a vinyl chloride resin attached to the surface of the plate body 71a, and a butterfly bolt 73a.
And this decorative board 7a is attached to the rail provided in the upper part of the side frame of the frame 31a of the movable partition panel 3a so that a slide to an up-down direction is possible.
Thus, the decorative board 7a is provided on the movable partition panel 3a so as to be movable in the vertical direction.

When the butterfly bolt 73a is screwed in after the decorative plate 7a is moved upward, the butterfly bolt 73a pushes the wall surface material 32a of the movable partition wall panel 3a so that the decorative plate 7a can be fixed. Yes.
The decorative film 72a has the same pattern as the decorative film 33a attached to the wall surface material 32a. Therefore, when the decorative plate 7a is moved upward, the gap between the ceiling 8a and the movable partition wall panel 3a is closed, and at the same time, the entire movable partition wall 3a looks beautiful and is beautiful.

Similarly to the first embodiment, the ceiling 8a is provided with wiring openings 81a at three locations (predetermined positions where the movable partition wall panel is to be erected) at a distance of 90 cm. In addition, on the back of the ceiling near the wiring opening 81a, a power supply side connector 82a of a female terminal made of an outlet is disposed and fixed.
The power supply side connector 5a and the ceiling side connector 82a can be connected by inserting the power supply side connector 5a from the wiring opening 81a and inserting the terminal 51a at the tip of the cord 52a into the ceiling side connector 82a. .

The wiring opening cap 85a is a disk made of hard vinyl chloride resin, and this wiring opening cap 85a is always attached to the wiring opening 81a and connects the ceiling side connector 82a and the power supply side connector 5a. When you do it, remove it.
When the wiring opening cap 85a is attached to the wiring opening 81a in this way, the ceiling is beautiful without being aware that the wiring opening 81a is provided in the ceiling 8a at a glance.

Next, the mounting method and operation of this movable partition wall will be described.
When the movable partition wall panel 3a is not used, the main movable partition wall 3a-1 and the sub movable partition wall panel are stored in the storage chamber by moving the screw rod 41a of the fixed member 4a and the decorative plate 7a downward. ing.

Thus, when the screw rod 41a and the decorative plate of the fixing member 4a are moved downward, the height of the movable partition wall panel 3a becomes shorter than the distance between the ceiling 8a and the floor 9a. It is easy to set up and remove.
When a guest wants to divide this living room with a movable partition wall panel 3a and make it into a guest room, the main movable partition wall panel 3a-1 and the sub movable partition wall panel are taken out of this storage room, and the movable partition wall panel 3a of the living room is removed. The main movable partition wall 3-1 is arranged in a standing state at one place at a predetermined position to be attached.

  Then, place a stand in front of the main movable partition wall panel 3a-1, stand on this stand, rotate the screw rod 41a with a rotating tool such as a spanner on the rotating portion 45a, and the screw rod 41a moves upward. Then, the polymer of the pressing plate 43a and the rubber plate 44a provided at the tip of the screw rod 41a presses the ceiling 8a from below, and at the same time, the elastic body 39a attached to the lower end of the movable partition wall panel 3a The main movable partition wall panel 3a-1 is fixed by pressing 9a.

At this time, since the elastic body 39a is provided on the lower end surface of the movable partition wall panel 31a, the floor 9a is not damaged.
Next, the sub movable partition wall panels are attached next to the main movable partition wall panel 3a-1 in the same manner as in the first embodiment.
Since the mounting method of the sub movable partition wall panel is the same as that of the first embodiment, the description thereof is omitted.

Next, the opening cap 85a for wiring is removed from the opening 81a for wiring, the power supply side connector 5a of the main movable partition panel 3a-1 is inserted from the opening 81a for wiring, and the terminal 52a at the tip is attached to the ceiling 8 Connect to the side connector 82a.
Since the wiring opening cap 85a is obstructed by the decorative plate 7a when the decorative plate 7a described later is moved upward, the wiring opening cap 85a is removed.

Then, when the decorative plate 7a is moved upward, the decorative plate 7a is brought into contact with the ceiling 8 as shown in FIG. 9, and the butterfly bolt 73a is screwed in, the decorative plate 7a is fixed, and the movable partition wall is completed.
In the movable partition wall thus completed, the gap between the movable partition wall panel 3a and the ceiling 8a is covered with the decorative plate 7a, and the wiring opening 81a, the ceiling-side connector 82a, and the like that are visible through the gap are covered. The screw rod 41a of the fixing member 4a is not visible and is beautiful.

In this way, when a plurality of movable partition wall panels 3a are arranged side by side and attached to the living room, the room can be partitioned by the movable partition wall.
In this way, since one place is selected from a plurality of predetermined positions provided on the ceiling 8a and is set up below the selected predetermined position, the size of the room divided by changing the selected position can be increased. Can be changed.
Therefore, the guest room can be widened when there are many visitors, and the guest room can be narrowed when there are few visitors, which is convenient.

  Moreover, when the plurality of movable partition wall panels 3a are erected in this way, all the wiring in the movable partition wall panel 3a is connected, so that the outlet provided in the movable partition wall panel 3a is connected. 37a can be used.

The embodiment of the present invention has been described in detail above, but the specific configuration is not limited to this embodiment, and even if there is a design change or the like without departing from the gist of the present invention, include.
For example, in the above-described embodiment, the movable partition wall is attached to the room of the building, but may be attached to other rooms. For example, you may attach to a meeting room, a banquet room, a child room, etc.

  In addition, the elastic fixing member attached to the upper end portion of the movable partition wall panel includes a screw rod and a nut. The screw rod is rotated to expand and contract in the vertical direction, but other structures may be used. For example, it may be expanded and contracted like a pantograph. Moreover, the apparatus which can fix a movable partition wall panel may be fixed. For example, a spacer or the like may be inserted between the movable partition wall panel and the ceiling.

In addition, the plurality of predetermined positions scheduled to stand on the movable partition wall panel are set to a plurality of predetermined positions provided at a distance based on the module dimensions of the building. May be.
Moreover, although the outlet is provided in all the movable partition wall panels, it is not necessary to provide an outlet in the movable partition wall panel which is not necessary.

There are two types of movable partition wall panels, the main movable partition wall panel and the sub movable partition wall panel. All movable partition wall panels are used as the main movable partition wall panels, and wiring openings are provided above the main movable partition wall panels. It may be provided. Also, only the movable wall panel that requires an outlet is used as the main movable partition wall panel, a wiring opening is provided above the main movable partition wall panel, and other movable partition wall panels are not provided with wiring. It may be a wall panel.
Further, two or more sets of the main movable partition wall panel and the sub movable partition wall panel may be provided to partition the room into three or more.

It is a top view which shows the floor plan of the 1st floor of the building of Example 1. FIG. The main movable partition wall panel of the state which attached the decorative board of Example 1 is shown, (a) is a partially cutaway perspective view, (b) is sectional drawing in the AA of (a). It is a perspective view which shows the state which divided the room of Example 1 with the movable partition wall. It is sectional drawing in the BB line of FIG. FIG. 3 is a perspective view illustrating a wiring opening cap according to the first embodiment.

(A) is a perspective view which shows the principal part of the state which has attached the movable partition wall panel next to the movable partition wall panel of Example 1, (b) attached the movable partition wall panel next to the movable partition wall panel. It is sectional drawing in the CC line of (a). The main movable partition wall panel of Example 2 is shown, (a) is a perspective view, (b) is sectional drawing in the DD line | wire of (a). It is sectional drawing which shows the state with which the main movable partition wall panel of Example 2 was attached between the floor and the ceiling. It is sectional drawing in the EE line | wire of FIG. 6 is a perspective view illustrating a wiring opening cap according to Embodiment 2. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Building 2 Movable partition wall 3, 3a Movable partition wall panel 3-1, 3a-1 Main movable partition wall panel 3-2, 3a-2 Sub movable partition wall panel 4, 4a Fixing member 5, 5a Power supply side connector 6, 6a Connecting terminal 7, 7a Decorative plate 8, 8a Ceiling 81, 81a Wiring opening 82, 82a Ceiling side connector 85 85a Wiring opening cap 9, 9a Floor

Claims (5)

A movable partition wall panel that can be erected between the floor and the ceiling of the room to divide the room, and a connection terminal that is connected to the power supply side connector and a conductive wire is provided on the lateral end surface. The movable partition wall panel can be connected to a connection terminal of another movable partition wall panel, and the power supply side connector is provided on a lateral end surface or an upper end surface different from the lateral end surface of the connection terminal. The movable partition wall panel consists of two types, the main movable partition wall panel and the sub-movable partition wall panel, and the main movable partition wall panel and the sub-movable partition wall panel are erected in a state where they are arranged between the floor and ceiling of the room. A movable partition wall system capable of partitioning a room, wherein the ceiling is provided with wiring openings at a plurality of predetermined positions where the main movable partition wall panel is to be erected, and on the ceiling behind the wiring opening. Is provided with a ceiling-side connector, a power-side connector is provided on the upper end surface of the main movable partition wall panel, and a connecting terminal connected to the power-side connector by a conductive wire is provided on the lateral end surface of the main movable partition wall panel. A connecting terminal is provided on a lateral end surface of the sub movable partition wall panel, and when the main movable partition wall panel is erected below one of a plurality of predetermined positions, The side movable connector and the power supply side connector can be connected, and when the main movable partition wall panel and the sub movable partition wall panel are erected in a substantially straight line, the secondary movable partition adjacent to the connection terminal of the main movable partition wall panel A movable partition wall system characterized in that the connection terminal of the wall panel is connected to the connection terminal of the sub movable partition wall panel and the connection terminal of the adjacent sub movable partition wall panel. The movable partition wall system according to claim 2, wherein a wiring opening cap is detachably attached to the wiring opening. The movable partition wall panel has a fixing member that can be expanded and contracted in the vertical direction at the upper end portion, and a removable decorative plate that closes a gap between the movable partition wall panel and the ceiling, or a decorative plate that is movable in the vertical direction. The movable partition wall system according to claim 2 or 3, wherein the movable partition wall system is provided. 5. The plurality of predetermined positions scheduled to stand on the movable partition wall panel are a plurality of positions provided at a distance based on a module size of the building. The movable partition wall system described in 1.

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