JPH1181808A - Window, partition, or door capable of obtaining wide opening by rotating linearly disposed rectangular parallel piped member by 90deg. to fold it - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a window, a partition, a door, or the like which can be compactly contained, and which can be widely opened by composing it of rotatably connected members. SOLUTION: A device is composed of members connected to be alternately folded by inner hinges 3b and outer hinges 3c. As the members are closed, force when they are closed is accumulated on an elastic body 4 disposed on the containing side, the accumulated force is released when they are opened to act as force to push the linearly disposed members and force to pull them to the depth. The containing end member 2a and the next member 2b inside a containing part 7 in a linear condition are folded and contained in order by action of a diagonal move means 8a, a diagonal move means guide 6d, a rotation shaft 5a of the containing end member 2a, an outer side rotation member rotation shaft 5b, and an outer side rotation shaft move means 8d. At the time of folding, member guide grooves are covered with a tape 16 of a tape measure-form means 15 installed on a closing side column 2b.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to windows, partitions and doors.

[0002]

2. Description of the Related Art A technique of rotating a member by 90 degrees in a storage part and storing it in a folded state has been described in a prior art survey for the past five years.
I didn't see it.

[0003]

The conventional windows, doors and partitions have excellent features, respectively.
In order to obtain a large opening or to obtain a curved window when the member is opened small when it is opened, there are problems in each case, and the mounting place, material, and the like are sometimes limited.

According to the present invention, a member is used. When the member is closed, it has a high blocking property against wind, rain, sound, heat and light, and members of various materials can be used.
An object of the present invention is to embody and provide one of the forms of a window, a door, and a partition in which an installation place is less limited and a large opening can be obtained.

[0005]

In order to achieve the above object, the rotatably connected member of the present invention is closed in a linear state or a curved state, and the member is rotated by 90 degrees in a storage portion and folded. Opening, windows, doors and partitions have a storage side support, a closed side support, a storage section, a member guide, an outer rotation axis moving means guide, and a member weight moving means guide as a member frame. The outer rotation axis moving means guide and the member weight moving means guide are mounted in a straight line, and the members are provided with a storage end side member on the storage portion side, and an even number member, an odd number member, an even number member, an odd number member. The closing side member is arranged at the end in connection with the number member, and the member includes a storage end rotatable, an inner rotatable, an outer rotatable, an oblique moving means, a member weight moving means, an outer rotating It is configured with a moving shaft moving means, an elastic body, etc. In order to prevent the members from rotating in the opposite direction, the members are mounted in close contact with each other, and when closed, the members are kept in a straight line when closed. To store the force of pulling and closing as a force to pull the storage end member into the storage section or a force to rotate the storage end member in an elastic body such as rubber, spring or spring, and to open windows, doors, partitions, etc. When the member is moved in the direction of the storage side column by applying a force for pushing the closing side member in the direction of the storage side column and moving the member in the direction of the storage side column, the force stored in the elastic body is released, and the retraction force stored in the elastic body is closed. First, when the member moves toward the storage-side column, the member acts most strongly on the storage-end-side member, and pushes and opens the storage-end-side member, and withdraws the elastic member into the storage portion. , And, when moving, move it diagonally inside the storage The oblique moving means attached to the inner rotating side of the member, which is in contact with the step guide, is moved obliquely by the oblique moving means guide and the oblique moving means so that the member is displaced outwardly from the outer rotating shaft moving means guide. Then, the storage end rotatable side and the outer rotatable side of the other side, on which the inner rotatable side is not attached, are moved in parallel with the outer rotary shaft moving means guide, and the storage end rotatable center and The storage end side member and the storage member are retracted while the retractable force stored by the elastic body can be applied to break the linear state of the member to which the diagonal movement means is in contact with the diagonal movement means guide about the outer rotatable center. The linear state of the next even-numbered member connected to the end-side member is surely broken, and then it can be folded only by pushing and opening force, or it can be rotated by the rotating force stored in the elastic body. The total length of the members connected by When the member is closed,
While the storage end member is going to be straight, attach the elastic body to the structure where the elastic body stores the force to rotate the member, and open the window, door, partition, etc. by pushing the closed side member in the direction of the storage side column to open it. When a force is applied, the force stored in the elastic body is released, and the rotating force stored in the elastic body is transferred to the inner end rotatable center attached to the storage end member rotating shaft and the storage end side member. The push-open force, the rotating force, the storage end pivoting, and the outer pivoting action ensure that the linear state of the storage end member and the next even-numbered member connected to the storage end member is ensured. After that, the storage end member is straightened when the member is closed, or when the member is closed, the entire length of the rotatably connected member is slightly longer than the member guide length. The storage side support folds from the beginning With the above-mentioned three types of methods, the members are pushed forward in the direction of the storage column, and the folding is advanced from the storage end member, and when the folding is advanced from the storage end member, the folding is advanced. The next member, which is pushed in conjunction with, moves the member to which the oblique moving means is attached in the oblique direction by the action of the outer rotating member rotating shaft and the oblique moving means in the storage section, A structure in which the linear state of the member is broken down, the member is sequentially folded, and stored in the storage portion, and when storing the member in the storage portion, the tape of the tape measure means arranged on the closed end support side is connected to the closed end member. In advance, in conjunction with the movement of the closed end member, when the member is folded, the member guide is covered with tape to prevent dust from entering the member guide, and the storage unit cover and the storage unit guide side cover, Member closed Can, or when opened, a structure of dust in the storage portion can be prevented from entering,
When the member is sequentially pulled out of the storage unit by the operation of pulling and closing the member from the storage unit, when the member is sequentially pulled out from the storage unit, the oblique movement unit supporting rotation of the oblique movement unit rotates, and the oblique movement unit and the oblique movement A structure that weakens the contact of the means guide and does not hinder the member from being withdrawn from the storage portion, and a structure that stores the force in the elastic body as a pulling or rotating force at the end of closing the member, or A window, door or partition having a structure in which the closing operation is completed in a state where the storage end member is not completely linear at the end of closing and the straight line is broken.

[0006]

[0005] In the above structure, the member guide is a member guide having a curved curve in which the member can move, and the outer rotating shaft moving means guide and the member weight moving means guide are attached as the member guide bend. When the member passes through the bend of the member guide, it is attached so that the member can be turned in the opposite direction so that the member can be turned in the opposite direction so that the member can be turned in the opposite direction. Windows, doors, and partitions that are structured so that they can rotate in the opposite direction so that they can rotate in the opposite direction and can rotate freely inward and outward.

Alternatively, a window, a door, or a partition having a duplex structure in which the paragraph symbols 0005 and 0006 are arranged to face each other has a structure in which opposed closed end members are connected by duplex closed end member connecting means. As a light-shielding plate guide between members arranged opposite to each other, a light-shielding plate guide is attached,
A sheet-like light-shielding means is provided in the light-shielding plate guide, and when the member is closed, the light-shielding means opening and closing is opened and closed by the light-shielding means opening / closing string, and lighting control and light shielding are performed, and heat conduction is suppressed by a double structure. And double windows, doors and partitions with a structure that reduces the ingress and egress of heat and reduces the ingress and egress of sound.

The storage end support is one of the elements constituting the frame. The storage end support is located at the back of the storage portion, and can connect the end of the storage portion, the member guide, the outer rotating shaft moving means guide, and the like up and down in the horizontal direction. It is preferable to have a structure and a structure in which the storage unit cover and the storage unit guide side cover are attached in the vertical direction. Further, the storage end support is attached to the outer rotation axis moving means guide side vertical storage end side member. It is preferable to have a structure in which one end of the storage end rotatable is attached, and one end of the storage end rotatable is attached in the vertical direction to seal a vertical gap between the storage end support and the storage end side member, In addition, the storage end support of the method of breaking the linear state of the member using the elastic body, the one end of the elastic body is attached to the storage end support, and the one that is not attached to the storage end support is attached to the storage section. Preferably attached and also double Storage end struts dual structure has a light shielding means in structure, a hole for taking out the light-shielding means closing lace guide rollers, the open string of the shielding means open string to the outside,
It is preferable that the light-shielding means opening and closing string guide roller is provided above the storage end support.

The closed-side support is one of the elements constituting a single-opening window, door, or partition frame, and is attached to the single-opening window, door, or partition. It is preferable to have a structure in which the guide end, the member guide, the outer rotating shaft moving means guide, etc. can be connected up and down in the horizontal direction, and a metal fitting which is attached to the closing member and which receives a stopper which is interlocked with the handle, , The closed side support is preferably a structure having a tape measure means above and below the closed side support, and the closed side support is
It is preferable to have a closed-side column seal that is closed in the vertical direction or that is vertically convex on both sides.

As the member, it is preferable to use a plate-shaped rectangular parallelepiped member such as a glass plate, a metal plate, wood, a gypsum board or a plastic plate, or a member in which a soft body is surrounded by a rigid rectangular frame.
Also, the member is configured such that a hinge or a flexible plastic film or the like is rotatable, and the inside is rotatable inward and the outside is rotatable inward when viewed from the outer rotation shaft moving means guide side in order from the storage end side member. A structure that can be folded by alternately arranging the rotatable outer rotatable members on the members and connecting the members rotatably, when it is used in places where it comes in contact with wind and rain or where there is a lot of dust The outer rotation is attached to the storage end side member and the next even-numbered member, and is attached to the even-numbered member, the odd-numbered member, or the closed side member. It is possible to attach to the whole surface of the member, which can be freely moved, and the inside of the odd number member and the even number member can be freely rotated.
It is rotatable when closed and reduces the unevenness of the member, which is convenient for sealing against wind, rain and dust with a member guide or a cover for the storage unit guide, etc. Excluding, the even-numbered member and the odd-numbered member preferably have the same width, and the member acting as a force to be pulled by the elastic body has a member total length shorter than the member guide length, and the member acting as a force to be pulled by the elastic body is The member whose overall length is slightly shorter than or slightly longer than the length of the member guide, and whose closing operation is completed in a state where the storage end member is not completely linear at the end of closing but the straight line is broken. It is preferable that the entire length of the member is longer than the length of the member guide, and the oblique movement means is attached at a position near the inner pivotable center below or above the member on the side to which the oblique movement means guide is attached, and The member that acts as a force to rotate the elastic body, the storage end member at the end of closing, and the next even-numbered member connected to the storage end member are not completely linear, and the closing operation is completed with the straight line broken In the member having the above structure, it is preferable that the oblique moving means is not attached to the upper and lower portions rotatable inward between the storage end member and the next even-numbered member connected to the storage end member.

Preferably, the storage end side member has a storage end rotatable attached to the storage side support, and the other of the storage end rotatable is mounted to the storage support side, and the storage end side member has an odd-numbered member width. In addition, a member width obtained by adding the plate thickness of the member to the member width of the even-numbered member width is preferable, and the storage end side member is a storage end side member around a rotation point at which the storage end can freely rotate. When rotating, the straight line between the storage end side member and the next even-numbered member collapses to hit the corners of the member, and furthermore, when pushed, the pivot point is inside the pushing force when folding. For convenience, it is preferable to attach the storage end rotatable to the outer rotation axis moving means guide side in the direction of the storage column, and the storage end member is configured such that the storage end is freely rotatable and the storage end member rotates. When the shaft is held on the outer rotating shaft moving means guide side, the storage end member weight moving shaft is also stored. A rotatable and housing end member rotary shaft, in a direction that is not receiving end member rotary shaft in the same direction are attached, preferably mounted.

The outer pivots attached to the even-numbered members and the odd-numbered members are such that the outer pivotable center is always parallel to the outer pivot shaft moving means guide and the member weight moving means guide. Therefore, it is preferable to have the outer rotating member rotating shaft and the member weight moving shaft at the outer rotatable center.

In the method of not closing the closed end member in the storage portion, the width of the member is not particularly specified. In order to obtain the dustproof function of the oblique moving means guide side, it is preferable that the odd-numbered member be a closed end member,
The closed end member in a method in which the closed end member is not folded by the storage portion has a closed end member weight moving shaft in the direction of the closed side support, and is connected to the closed end member weight moving shaft and the material weight moving means, and the material weight moving shaft. It is convenient for the balance of the closed end member to move the weight of the closed end member with two of the weight moving shaft of the closed end member and the closed end member. It is preferable that the outer rotating member rotation shaft has one member weight moving unit and one outer rotating shaft moving unit, each having the same width as the member and the odd number member, like the other members.

Preferably, the closed end member of the method in which the closed end member is not folded in the storage portion has a structure which can be connected to an end of the tape means, which is protruded from the tape measure means. Preferably, a handle for opening and closing the member in the direction of the closing column, and a structure having a stopper, which interlocks with the handle to draw the member toward the closed end column and has a stopper, and a double-ended closed end member, On one side, a handle for opening and closing the member, and in conjunction with the handle, draw the member to the closed end support and fix it.
It is preferable to use a handle having a stopper and a handle for opening and closing the member on the other side, and a bracket for receiving the stopper, and one of the closed end members of the method of not folding the closed end member in the double-sided storage portion is a tape measure. It is preferable that the shape means is held outside the member guide, and the other closed end member has a structure capable of connecting the tape means end, and the double structure closed end member is connected to the closed end member and the double closed end member connection. It is preferable that the means be connected in the longitudinal direction so that the double-ended closed-end member connecting means has a handle that opens and closes, and a stopper that works together with the handle to draw and fix the member to the closed-end support.

The storage end rotatable member is a storage end side member in the direction of the storage side column facing the outer rotation moving means guide side, and is freely attached in the vertical direction of the storage side column, and has one free end connected to the storage end side member. , And the other is connected to the storage-side support, and is rotatable to seal a vertical gap between the storage-end support and the storage-end-side member, and is wound around the storage-end-side member by 90 degrees. A method of moving a member that is closed in a linear state and moving the member to break the linear state of the member. The storage end can be freely rotated when the member is closed and opened. The distance between the housing and the storage end side member changes, so a flexible plastic film or a flexible rubber plate, etc., which is closed, is formed into a bellows shape or a horseshoe shape. It is preferable to connect to the end support, in this case It is preferable to have a storage end side member rotation axis and a storage end member weight movement axis at a pivot point where the end can freely rotate, and a closed member, a force for rotating the storage end member of the elastic body, The method of breaking the linear state of the member by the force of pushing and opening the member, the storage end rotatable, the storage end side member rotating shaft, and the storage end member weight moving axis that does not move,
When the member is closed, the storage end member and the next even-numbered member connected to the storage end member do not extend in a straight line state, and the storage end is freely rotatable in a method of folding the member as a foldable folded state. A structure in which a rotatable one end of a hinge, a flexible plastic film, or the like is connected to the storage end support, and the storage side support supports the weight of the storage end member. It is also preferable to have a structure in which the storage end member weight moving shaft is supported, and the storage end member weight is supported by the storage end side member rotation shaft and the storage end member weight movement shaft.

The inner pivotable means is capable of connecting the storage end side member, the odd-numbered member, and the even-numbered member in the longitudinal direction of the member facing the outer rotational movement means guide side, and the outer rotational movement means. The member rotates in an inverted V shape when viewed from the guide side, and it is suitable for the hinge or flexible plastic film to be freely rotatable. It is preferable to mount in a state where it does not bend in the opposite direction of rotation, if the member guide is curved, mount with a gap between the members, bend in the opposite direction due to the curve of the member, mounting is preferable, In addition, the inner end rotatable connecting the housing end side member and the next even-numbered member in the method of breaking the linear state of the member by the force of the rotation of the elastic body is rotated inward from the inner rotatable rotation center point. Take out the rotating shaft of the moving member and rotate it It is preferable to connect one end of the elastic body storing the inner rotation member and the rotation shaft of the inner rotation member, but take out the rotation shaft of the inner rotation member, which is a rotation center point that can rotate freely inside, from the inner rotation hinge, and rotate the rotation shaft. It is more preferable to connect one end of the elastic body that stores the force to be applied and fix the other end to the storage section side column or the storage section cover side in the back of the storage section.

The outer rotatable member is an odd-numbered member or a vertical member on the side opposite to the member facing the outer rotating member guide.
The closing side member and the even-numbered member can be freely connected, and the member rotates in a V-shape as viewed from the outer rotation moving means guide side. When the movable member is mounted, if the member guide is straight, it is preferable to mount the members in close contact with each other, and not to bend in the opposite direction of rotation.If the member guide is curved,
It is preferable to mount with a gap between the members and bend in the opposite direction due to the curve of the members.

The elastic member is made of an elastic member such as rubber, a spring, a spring, or the like, and stores a force when the member is closed, and releases a force that is stored by a pushing and opening force when the member is opened, and pulls in the force. Or acting on the member as a rotating force,
The elastic body 4 which stores the pull-in force in order to collapse the linear state by the force of the elastic body together with the force of the elastic body together with the force of pushing and opening the member closed in the linear state and to make it foldable, comprises a storage end side member and a closed side support. It is preferable that the elastic body 4 that stores the rotating force is attached to the storage end side member rotation shaft and the storage portion, and that the inner rotation member rotation shaft and the storage portion side support and the storage portion depth are provided. It is preferable that the elastic body is attached to the storage unit cover side, and that the elastic body attached to a heavy and large member is an elastic body having a slow-speed means that does not rapidly release the pulling force or the rotating force. Preferably
Also, the distance over which the elastic body acts should be such that the linear state of the first member is broken and the member can be folded, and the elastic body shape after the end of the action is formed in a bellows shape, horseshoe shape, etc. The elastic body has a structure in which the storage end member is not completely linear at the end of closing, and the closing operation is completed in a state where the straight line is broken,
There is no need to attach an elastic body.

It is preferable that the storage end side member rotating shaft is connected to the outer rotating shaft moving means such as a slide or a roller which can move in parallel with the outer rotating moving means guide together with the member. The storage-end-side member rotation shaft in the direction in which the shaft moving means guide is attached is preferably at a storage-end rotatable pivot point at the storage-end rotatable center. It is also preferable to directly take out the storage end side member rotation shaft from the above and connect it to the outer rotation movement means shaft in the outer rotation shaft movement means guide. More preferably, the storage end side member rotation shaft in which the member rotation shaft and the outer rotation shaft moving means shaft are integrated, and the elastic body acts as a force for rotating the storage end side member, thereby rotating the storage end side member. Storage end side member rotation shaft that does not move the shaft When the member is closed, the storage end member is not fully extended, and the storage end member rotation shaft in a folded state that can be folded from the beginning is configured such that the storage end member rotation shaft is more thicker than the storage side support. It is preferable that the elastic member is fixed to the storage portion at a distance that is equal to the thickness of the movable opening, and that the elastic body acts as a force for rotating the storage end member. It is also preferable to attach a spring, and a storage end side member rotating shaft in which the elastic body acts as a force for rotating the storage end member, and a storage end member that is not completely linear at the end of closing, but the straight line is broken. It is also preferable that the storage end side member rotation shaft having a structure in which the closing operation is completed is connected directly to the storage end support frame without having the storage end member rotation shaft, and the storage end is freely rotatable directly.

The outer rotating member rotating shaft is preferably connected to the outer rotating rotating shaft moving means such as a slide or a roller which can move in parallel with the outer rotating moving means guide together with the member. It is preferable that the outer rotating member rotating shaft in the direction in which the shaft moving means guide is attached is located at the outer rotatable center of the outer rotatable center, and is directly rotated outward from the outer rotatable center. It is also preferable to take out the member rotation shaft and connect it to the outer rotation movement means shaft in the outer rotation shaft movement means guide. It is more preferable that the rotating shaft moving means shaft be an integral outer rotating member rotating shaft.

The inner rotating member rotating shaft is used in a method in which the straight line of the member is broken by the rotating force, and one end of the elastic body is directly connected to the inner rotating member rotating shaft by directly rotating from the rotating point at which the inner rotating member is freely rotatable. It is preferable that the inner pivot hinge is attached, and the inner pivot member is a pivot center point that is freely pivotable inward from the inner pivot hinge. More preferred in terms of mounting strength.

The member weight moving shaft preferably has a structure connected to the member weight moving means such as a slide or a roller which can move in the member weight moving shaft guide together with the member, and the member weight moving means guide is attached. In this direction, the member weight moving shaft is preferably located at the outer rotatable center of the outer rotatable center, and the member weight moving shaft is directly taken out from the outer rotatable center. Although it is also preferable to connect the bending member weight moving means to the member center of gravity, an outer rotating hinge is attached, and the outer rotating hinge and the member weight moving axis are bent to the member center of gravity, and are connected to the member weight moving means axis. It is preferable that a shaft in which the member weight moving shaft and the member weight moving means shaft are integrated be a member weight moving shaft.

In the method in which the closed end member is not folded in the storage portion, the closed end member weight moving shaft is attached to the closed end member, and the mounting location is preferably on the guide side of the member weight moving means in the direction of the closed side support, and the closed end member weight movement is preferable. The shaft preferably has a structure connected to a member weight moving means such as a slide or a roller which can move with the member weight moving shaft guide together with the closed end member, and the closed end member weight moving shaft has a closed end member thickness direction. It is also preferable that the closed end member weight moving shaft is directly taken out from the weight center position in the thickness direction of the closed end member and connected to the member weight moving means. It is also preferable to take out the closed-end member weight moving shaft from the moving shaft mount and connect it to the member weight moving means. In rotary shaft is bent to a member center of gravity structure,
It is also preferable that a shaft connected to the member weight moving means shaft and integrated with the member weight moving shaft and the member weight moving means axis be the closed end member weight moving shaft.

The storage end member weight moving shaft is used in a method of moving the member to break the linear state first, which breaks the linear state of the closed member, and the storage end in the direction in which the member weight moving shaft guide is attached. A structure connected to member weight moving / moving means, such as a slide or a roller, which is attached to the member supporting column side and can move with the member along with the member weight moving shaft guide, is preferable. It is preferable that the storage end is located at a pivot point where the storage end is freely rotatable, and the storage end member weight moving shaft is directly taken out from the storage end rotatable rotation point, and the member weight moving means in the member weight moving means guide. It is also preferable to connect to the shaft, but the storage end rotating hinge is attached, the storage end rotating hinge and the storage end member weight moving shaft are bent to the member center of gravity, and are connected to the member weight moving means shaft. weight An axis shaft and member weight moving means shaft are integrated, is also preferable for the storage end member weight moving shaft.

Also, the elastic body acts as a force for rotating the storage end member and does not move the storage end member, so that the storage end member weight moving shaft and the storage end member at the end of closing are completely linear. The storage end side member weight moving shaft, which has a structure in which the closing operation is completed in a state where the straight line is broken, has no storage end member weight movement shaft, and is attached to the storage end support, and the storage end is rotatable directly. It is also preferred to take charge of the storage end member weight.

The main guides constituting the frame are a member guide for accommodating the member and the oblique moving means, a member weight moving means guide for receiving and moving the member weight, and for moving the member weight moving means, and an oblique in the storage section. When the moving means moves the member in the oblique direction, the outer rotating shaft moving means, which presses one of the members and moves the member on the other oblique moving means side obliquely by the oblique moving means, in order to break the straight line of the member, When there is a running outer rotation axis moving means guide and the member guide is straight, the member weight moving means guide and the outer rotation axis moving means guide are also straight, and when the member guide is curved, the member weight moving means guide It is also preferable that the outer rotating shaft moving means guide is attached in accordance with the curve of the member guide.

The member guide is located above and below the member, and accommodates the member and the oblique moving means. The member guide has a depth such that the oblique moving means and the member weight moving shaft do not come into contact with the bottom of the member guide. As a structure with a sliding seal or brushed seal that closes the member guide, the part where the member guide spreads is referred to as a storage part, and the linear or curved member guide is a recess where the tape of the tape means runs. It is preferable to have a tape guide having a curved portion, and a member guide having a curved shape, in which the member can be moved with a sliding seal or a brushed seal attached, has a recess in which the flexible cylindrical member of the tape means runs. It is preferable to have a tape guide,
Further, the member guide width is preferably a width obtained by adding a member plate thickness, an inner rotatable thickness, an outer rotatable thickness, and a width required for a member guide seal. It is preferable that the stopper is attached to the bottom of the guide, and when the member is closed, the member is stopped and the elastic body or the storage end is freely opened so that no excessive force is applied.

The outer rotating shaft moving means guide has a structure conforming to the straight line or curve of the member guide, is located at the back of the member guide where the member weight moving means guide is not attached, and the outer rotating shaft moving means travels. The guide receives front and rear forces applied to the member, and furthermore, a connecting rod connecting the outer rotating shaft moving means and the outer rotating member rotating shaft passes through the outer rotating shaft moving means guide. And L-shaped structures are preferred,
Further, the outer rotation axis moving means guide for breaking the straight line of the member by the pulling force is provided on the storage side support column side in a space where the storage end is freely rotatable or the elastic body is stored and a space where the storage end side member can be rotated. In order to achieve this, it is preferable to attach a stop for stopping the outer rotating shaft moving means, and the outer rotating shaft moving means guide should be slightly larger than the outer rotating shaft moving means. When the state is broken, not only the forward force by the oblique moving means is received, but when the member is in the member guide, when the member is pushed by wind force or the like, the outer rotating shaft moving means is moved to the far side. Outside rotation axis moving means guide,
Preferably, the movement of the member is stopped and the member remains centered within the member guide.

The member weight moving means guide is located at the back of the member guide to which the outer rotating shaft moving means guide is not attached, and is a guide on which the member weight moving means travels and which is connected to the member weight moving means. It is preferable that the moving axis or the member weight moving axis or the member weight moving axis is located in the vertical direction or the axis of the member capable of moving the center of gravity in the thickness direction of the member. The member weight moving means guide is provided with a stop portion for stopping the member weight moving means in order to obtain a space in which the storage end is freely rotatable or the elastic body is stored and a space in which the storage end side member can be rotated, on the storage column side. It is preferable that the member weight moving means guide has a groove or rail corresponding to the sliding of the member weight moving means or the roller, and when the member is in the member guide, the member weight moving means is And structures in the member center of gravity to not move the sliding or roller in wind force and the like, the structure members to maintain a central member guide are preferred.

The oblique moving means guide indicates a portion where the storage section bottom is high where the oblique moving means comes into contact with the storage section by raising the bottom. In the storage section, the storage section is located at a position where the two members can be bent. The bottom rises, and in contact with the oblique moving means, the oblique moving means travels the oblique moving means guide, thereby moving the member in the oblique direction and breaking the linear state of the member, the member is folded and obliquely moved Before the means becomes 90 degrees with respect to the oblique moving means guide or at a point where the linear state of the member is broken and the folding of the member can proceed with the pushing and opening force, it is better to have a low structure not in contact with the oblique moving means, Since the oblique moving means guide has an effect on the member weight moving means, it is preferable that the oblique moving means guide has a height which can be slightly moved up and down in contact with the oblique moving means.

For the purpose of covering the member guide and protecting the member from dust and ensuring the safety of the passage, the tape guide is preferably provided with a U-shaped groove or an L-shaped groove above the member guide when the member guide is straight. In the case where is a straight line, it is preferable to have a spherical groove, and in a place where it comes into contact with dust or wind and rain, it is preferable that the tip of the lower member guide be an L-shaped or spherical groove tape guide, and the upper member The guide tip is preferably a U-shaped or spherical grooved tape guide.When the tape means tape covers the member guide, it is preferable to prevent it from falling by its own weight. , L is preferable, and in the case of a double-opening type and a curved member guide, a spherical groove is preferable.

The light-shielding plate moving means guide is preferably arranged above the light-shielding plate guide and has two L-shaped or C-shaped grooves in which the light-shielding means moving means travels.

The light-shielding plate guide is shown between the duplicated members, and a light-shielding plate moving means guide is provided in the space surrounded by the storage side support, the members, and the doubled closed end member connecting means. It is preferable to have a structure in which the light-shielding means is suspended from the shaft, and when the member is closed, the light-shielding means opening / closing string is used to move the light-shielding plate moving means to open and close the light-shielding means, to adjust the lighting, and to perform light shielding. .

The light-shielding plate moving means has a structure in which a slide or a roller between the two light-shielding plate moving means guides is connected by an axis, the light-shielding means is suspended on the shaft, the light-shielding plate moving means guide can be moved, and the light-shielding means can be opened and closed. Preferably, and the size of the slide and the roller of the light shielding plate moving means, when the light shielding means opens,
In order to have a size that has the function of pressing the next light shielding plate moving means and the function of stopping, the width of the front of the light shielding plate moving means, the middle of the light shielding means, and the width of the ear portion at the light shielding means open side end is the same or slightly larger. Is preferred.

The leading axis of the light-shielding plate moving means is an axis for lifting the two ears at the head of the light-shielding means closing side, and is an axis for connecting the two light-shielding moving means running on the light-shielding plate moving means guide. It is suitable for both shafts to be connected in an X-structure, which is resistant to compression, in both the open side direction and the closed side direction of the means closed side head. It is preferable to have a connecting portion to be lifted and connected to the shaft, and further have a structure in which the opening and closing string connecting portion to which the light shielding means opening and closing string is attached is located at the center of the shaft. , The open side string is attached,
It is preferable that a close string is attached to the open / close string connecting portion of the light shielding plate moving means leading axis in the open direction.

The light shielding plate moving means axis is an axis connecting the two light shielding means moving means running on the light shielding plate moving means guide.
It is preferable to suspend the ear part in the middle of the light shielding means on the shaft.

The light-shielding means opening / closing string roller means is a roller or a gate type means for guiding the light-shielding means opening / closing string. Preferably, the end member connecting means is attached to the opening / closing cord outlet.

The end of the light-shielding means opening / closing string coming out of the storage section opening / closing string outlet is attached with a weight sufficient to allow the string to come out to the outlet side when the opening / closing string is loosened. From the string outlet, also at the tip of the light shielding means opening and closing string, it is preferable that the weight of the same weight is preferable, and when the light shielding means opening and closing is long, fixing the light shielding means opening and closing string tip to make a moving pulley type weight, Preferably, the light-shielding means opening / closing string is attached with an opening string in the opening / closing string connecting part open side direction of the light-shielding plate moving means leading shaft of the light-shielding means, and from the double-sided closed end member connecting means side outlet through the light-shielding means open string roller means. It is preferable to go to the outside, and the light-shielding means opening / closing string attaches a closing string to a string connection portion in the light-shielding means closed side first closed side direction,
It is preferred that the light-shielding means opening / closing string roller means come out of the storage section outlet through the storage section outlet.Also, the light-shielding means opening / closing string is preferably separated into an open string and a closed string. It is also preferable to connect two positions to two light shielding plate moving means for moving the head.

The opening / closing string connecting portion is located at the center of the leading axis of the light shielding plate moving means of the two light shielding plate moving means for moving the leading end of the light shielding means closed side. Is preferred.

The front end of the light-shielding means on the closed side is provided in a plate-like metal fitting having two ears on both sides of the concave structure, with a low chargeability, a little distortion in a suspended state, a translucent or opaque shape. It has a weather-resistant sheet such as a plastic sheet, non-woven paper, or non-woven fabric. It is preferable that the light-shielding means is mounted in the plate guide, and the groove portion of the light-shielding means closed-side leading concave structure is provided with an inverted-J-shaped metal fitting of the light-shielding means that opens and closes next to the light-shielding means closed-side leading part. Is preferred.

In the middle of the light-shielding means, a semi-transparent or opaque, low-charging, low-distortion-causing, low-distortion, hanging-shaped metal fitting with a concave-shaped ear having an inverted J-shape. A plastic sheet, a nonwoven paper, a nonwoven fabric, or the like, attached with a weather-resistant sheet, and the ears in the opening direction are preferably attached to the light-shielding means moving means of the light-shielding means moving means. In the groove portion of the light-shielding means concave structure, an inverted J-shaped fitting for the light-shielding means to be opened and closed next,
It is preferable that the light shielding means itself has an ear structure or an inverted J-shaped structure.

The light-shielding means closed side end has a semi-transparent or opaque shape in which the ear in the closed side of the concave structure has an inverted J-shape, has little chargeability, and has little distortion when suspended. A structure in which a weather-resistant sheet, such as a plastic sheet, non-woven paper, or non-woven fabric, is attached. The ears are fixed to the light-shielding plate guide, the light-shielding means closed side, the top of the storage column, and suspended and attached. It is preferable that the hook on the open end of the light-shielding means, whose ear portion has an inverted J-shape, is hung on the groove of the concave structure of the light-shielding means that opens and closes before the open-side end of the light-shielding means. .

The above paragraph symbol 0008 and paragraph symbol 003
2 to paragraph mark 0042 and paragraph mark 0052 to be described later.
Further, the light shielding means in the light shielding plate guide is lifted with the ear portions of the leading end of the light shielding means closed side and the open end of the light shielding means being positioned, so that the light shielding means does not come off the light shielding plate guide, When the leading axis of the light shielding plate moving means is pulled and moved by the opening / closing string, the ear portion of the concave structure contacts the inverted J-shaped fitting of the next light shielding means to move, and the next light shielding means moves. Therefore, the light shielding means can be closed by the light shielding means opening / closing string, and when the light shielding means is opened, the light shielding plate moving means is slightly larger than the ear portion of the concave structure. Since the means hits and the light shielding plate moving means pushes the light shielding plate moving means, the light shielding means can be opened by the light shielding means opening / closing string, and at this time, the other light shielding means opening / closing string is automatically retracted into the light shielding plate guide. And the closed light blocking means If leave to open the member, the light shielding plate moving means moves pushed by the opening direction duplexing closed end member connecting means, whereby the two light shielding plate moving means top axis,
Since both are connected by the X structure, the leading end on the light shielding means closed side moves without being deformed because it does not receive the pressing force of the duplexed closed end member connecting means, and the light shielding means opening / closing string is moved by the light shielding plate guide. Loosen inside, the slack is solved by automatically pulling out the string by the weight attached to the string tip,
Also, since the light shielding means opening / closing string is connected to both light shielding plate moving means leading shafts, it acts only on the leading direction of the light shielding plate moving means in the pulling direction. However, when the light shielding means is opened, it becomes a stop when the light shielding plate moving means is opened, and no excessive force is applied to the light shielding means. Therefore, the metal fitting having the concave structure may be a metal fitting having a strength capable of withstanding the opening and closing pull.

The storage portion has a structure in which the portion where the member guide spreads is referred to as a storage portion, and the member guide is widened on the storage side of the member. The width in which the folded member can be stored and the length in which the folded member can be stored. Although it is desirable to have the length that the closed end member remains in a straight line without the length that can fold all the members, the storage section cover and the storage section guide side cover are easy and preferable for dustproofing of the storage section. This is preferable because the tape means can be easily opened and closed within the tape guide.

Further, in the storage section, the member pushed from the member guide side contacts the oblique moving means and moves the member obliquely from a position where the two members can be bent in the storage section. It is preferable to have a diagonal moving means guide for the raised portion of the storage portion, which distorts the linear state of the member coming from the member guide side, and the storage portion has an oblique line in the middle of the member being collapsed and the member being folded. Before the moving means can no longer rotate, it is preferable that the oblique moving means does not contact the oblique moving means guide of the storage section, a structure that has a low portion and does not inhibit folding, and one end of the elastic body is fixed to the storage section side support The storage part of the method that does not use the storage unit preferably has a structure in which one end of the elastic body is fixed to the storage part, and the storage part that does not fold all the members is a storage part that prevents entry of wind, rain and dust into the storage part. It is preferable that the cover or the storage unit guide side cover is attached in the vertical direction, and that the storage unit cover and the storage unit guide side cover are connected to each other. When the guide roller, etc., of the opening / closing string is not attached, the light blocking means is pulled toward the storage side support in the direction of the storage side support at the upper part of the storage section, and the light blocking means is opened. It is preferable to have a hole through which the string can enter and exit.

The oblique moving means may be an upper or lower member to which the member weight moving means of the inner rotatable center direction attached to the storage end side member, the even numbered member, or the odd numbered member is not attached. Direction, and has a rotating portion for supporting the diagonal moving means, and when the rotating portion moves in the direction of the storage column, the rotating portion of the support for the diagonal moving means is stopped by the rotation stop portion, When the oblique angle of the slip or the like or the position of the roller or the slip does not change, it has a function of moving the member in the oblique direction in contact with the oblique moving means guide, and when the member is pulled in the closing direction and the member is closed, The oblique moving means that is in contact with the oblique moving means guide moves obliquely by rotating the rotating portion of the oblique moving means support when the member becomes more resistant to the oblique moving means guide than when the member returns to a linear state. The means is a diagonal moving means guide In the member guide, the member guide has a function of returning the rotating part of the support of the oblique movement means to a position where it is stopped by the rotation stop part by the weight of the oblique movement means or the force of the spring. It is preferable to use a means such as a roller or a slide that is attached in an oblique direction, and it is preferable that the oblique movement means that breaks the linear state of the member by the pulling force be attached to both or one of the members that can rotate inward and rotate. When the linear state of the force member is broken, the storage end member does not become a completely linear state at the end of closing, and the closing operation is completed with the straight line broken state and the storage end side member and the diagonal of the next even-numbered member Preferably, the moving means is not attached,
In addition, the size of the oblique moving means is preferably a size that does not protrude from the thickness direction of the member in a mounted state, and the oblique moving means having means such as rollers and slips is provided with a pulling force or a push-open. By force, when the member moves in the storage section direction, the diagonal movement means can contact the diagonal movement means guide of the portion raised from the point where the member in the storage section can be bent, and in the member guide, the member The height which does not contact the guide is preferable, and the mounting angle of the oblique moving means is determined by the space where the storage end member is drawn into the storage end and the width of the member.
The range is preferably from 75 degrees to 75 degrees.

The member weight moving means is a structure capable of lifting, supporting and moving the member weight, and receiving a lateral force by means of a slide or a roller capable of lifting or supporting the member weight. It is preferable to use a slip or a roller having an abacus ball shape or a dent, which can travel on a diamond-shaped groove or a rail. In order to prevent the excessive force from being applied to the member guide seal, storage section cover seal, and storage section guide side cover seal, the member weight moving means shaft is bent to the center of the weight in the thickness direction of the member. It is preferable to connect with a storage end member weight moving shaft, a member weight moving shaft or a closed end member weight moving shaft,
It is more preferable that the member weight moving means shaft and the storage end member weight moving shaft, the member weight moving shaft, and the closed end member weight moving shaft are integrated.

Further, the member weight moving means includes means for applying a load, such as a roller or a slip, to the outer rotating means.
It is also preferable to receive the lateral force and the member load with the outer rotation moving means guide, and in this case, the oblique moving means can adjust the contact with the oblique moving means guide of the storage portion by a spring.
It is preferable to attach diagonal moving means above and below the member to enhance the force of breaking the straight line of the member in the storage section.

Preferably, the member weight moving means has a structure in which when the member is closed, the member receives a force that is pushed back and forth, such as wind pressure, so that an unreasonable force is not applied to the member guide seal. When the first collapse, the size of the member weight moving means of breaking the linear state of the member by the retracting force or the rotating force of the method of moving the storage end side member is determined by the member thickness and the outer pivotable thickness If the storage end side member and the next member, even numbered member, are allowed to be unfolded up to 90 degrees when the storage end side member and the next member are folded, the thickness of the member and the outer pivotable thickness are preferred. In addition, when the linear state of the member is first broken, when the linear state of the member is broken by a rotating force in a method that does not move the storage end side member, the storage end member becomes linear. Fold from the beginning The size of the member weight moving means in which a folded possible folding includes a member thickness, double plus free outer rotating thick, preferably size.

The outer rotation axis moving means is a means such as a roller or a slide which is connected to the storage end side member rotation axis or the outer rotation member rotation axis and moves in the outer rotation axis moving means guide, and is provided in the lateral direction. It is preferably a structure capable of receiving a force, and preferably slightly smaller in size than the outer rotating shaft moving means guide. In the outer rotating shaft moving means, the oblique moving means moves the member obliquely in the storage portion. At this time, the side on which the outer rotating shaft moving means is attached is rotated outward by the outer rotating shaft moving means guide so that the member does not escape in the oblique direction by the force of the oblique movement of the member by the oblique moving means. It is preferable to move the rotation axis moving means in parallel with the guide and to move the other side of the oblique movement means to the oblique movement to break the straight line of the member. Dynamic rotary axis moving hand The size of the member is preferably the sum of the thickness of the member and the thickness of the outer rotatable portion. When the storage end side member and the even numbered member as the next member are folded, they are not folded up to 90 degrees. If the thickness is allowed, the size is preferably twice as large as the sum of the thickness of the member and the thickness of the rotatable outer side, and
When the linear state of the member is broken by the rotating force, the storage end member does not extend linearly, and the size of the outer rotating rotation shaft moving means in the folded state that can be folded from the beginning is the member thickness, the outer side Preferably, the size is twice as large as the thickness of the rotatable member, and the outer rotating shaft moving means receives the force of pushing the member forward and backward, such as wind pressure, when the member is closed. In order to obtain a structure in which an excessive force is not applied to the guide seal, a structure that is slightly smaller than the outer rotating shaft moving means guide is preferable.

The double-ended closing member connecting means is a means for vertically connecting the double-ended windows, doors and partitioning closed-end members arranged opposite to each other. It is preferable to have a structure that does not hit the member guide, and has a handle that can be opened and closed, a stopper that interlocks with the handle to draw the member to the closed end support and a bracket that receives the stopper, and all the members are stored in the storage section. Preferably, the folded double-ended member connection means is connected to the even-numbered members so as to be rotatable outward, and the double-closed member connection means of not folding all the members in the storage section is connected to the odd-numbered members. It is preferable to connect the doubled closed end member connecting means or to connect as a member on the closed side end.

The double-ended window / door / partitioning double-ended closed-member connecting means comprises a handle and a stopper which, in conjunction with the handle, draws the member to the closed-end support and fixes the member. It is preferable to have one at the center or one at the closed end member side, and the double closed end member connecting means of a single opening type or double opening type window, door or partition is a double closed type having a light shielding means with a double structure. The end member connecting means includes a guide roller of a light shielding means opening / closing string, a hole through which the closing string can enter and exit, It is preferable to have a hole through which the closing cord of the string can enter and exit.

Further, the double-ended double-ended member connecting means having a double structure of a double-opening window, a door, and a partition is provided with a handle, and a stopper which works together with the handle to draw the member to the closed-end support and fix it. It is preferable to have a handle and a metal fitting for receiving a metal fitting on the other closed end member side.

Further, the double-ended double-ended member connecting means having a double structure of a single-opening window, a door, and a partition may have a tape-shaped means built in the upper and lower portions of the double-ended closed-member connecting means, or a tape means of a tape-shaped means. The structure which can fix 16 is suitable, and its position is preferably determined by the tape guide position.

Further, the double-ended double-ended member connecting means having a double structure of a double-opening window, a door, and a partition has tape measure-shaped means built in above and below one double-closed closed-member connecting means, and the other double-closed closed-end member. A structure in which the tape means of the tape measure means can be fixed above and below the connecting means is preferable.

The storage section cover is a cover that connects the bulging portions of the upper and lower storage sections and is further connected to the storage end support. It is preferable to adopt a structure in which the storage section cover seals to prevent the entry of wind and rain and the entry of dust into the storage section cover.

The storage section guide cover is a cover that connects the member guide side storage section between the upper and lower storage sections, and is further connected to the storage end support. It is preferable that the vertical gap between the members is sealed by a storage portion guide cover seal to prevent the invasion of wind and rain and the ingress of dust into the storage portion guide cover. It is preferable that the guide cover is not attached, and the storage section guide cover in a method of leaving the storage end side member and the next even number member at a foldable angle in the closed state, the closing speed when the member is closed Or the condition of the oblique moving means guide, etc., the storage end side member and the next even-numbered member are in a straight line state, and the straight line between the storage end side member and the next even-numbered member can be broken in case the folding becomes impossible, It is preferable to have a the bar.

The tape measure means has a structure in which a mainspring is attached to a fixed shaft and a tape means is connected to the tip of the mainspring.
When the tape means is pulled out, the force for pulling the tape means into the mainspring is stored, and the tape means end is connected to the closing member or the double-sided closed end member connecting means, and the tape means automatically moves in and out when the member is opened and closed. Is preferred.

The tape means having a straight member guide is preferably made of a metal which is hard to rust or a plastic thin tape. The tape means having a straight member guide is as follows.
It is preferable that the thin plate tape is a tape means, and the tape means having a curved member guide is preferably a flexible cylindrical material as the tape means. Attachment, by moving the member in the storage direction, it is pulled out from the tape measure means, and by moving the member in the closing direction, it is stored in the tape measure means. Is preferred.

The member guide seal is mounted on both sides of the member guide and seals a gap between the member and the member guide, and is preferably a sliding seal or a raised seal, and it is also preferable to omit one of them.

The storage section cover seal includes a storage section cover,
It seals the gap in the vertical direction of the member, and is preferably mounted in the vertical direction at the tip of the storage section cover, and brushed seal.

The housing portion guide side cover seal seals the gap between the housing portion guide cover and the member in the vertical direction, and is preferably attached in the vertical direction at the tip of the housing portion guide cover, and is preferably a brushed seal.

The closed-side column seal is mounted in the depth direction of the closed-side column or in the vertical direction on both sides, and a convex seal or a raised seal is preferable.

The storage end rotating hinge is a plate-shaped mountain-shaped horizontal hinge, which is attached to the storage end member above and below the storage column.
It is preferable that the storage end side member rotation shaft and the storage end member weight moving shaft are arranged from the center of rotation of the storage end side, and the elastic body acts as a force for rotating the storage end side member and the storage end side member does not move. When the member is closed, the storage end pivot member, which is in a folded state in which the storage end member cannot be extended linearly when the member is closed, and can be folded from the beginning, is free to rotate. It is preferable to support the rotation and weight of the storage end member, in which case the storage end rotation hinge is not attached.

The inner pivot hinge is a plate-shaped mountain-shaped horizontal hinge having a structure in which the plates overlap each other. The inner pivot hinge is different from the storage end side member in the method of breaking the linear state of the storage end member by the force of the elastic body rotating the member. Connect the even numbered member of the above, mounted on the upper and lower side of the inner rotatable, and connect the one end of the elastic body of the force to rotate to the center point of the inner rotatable rotation. It is preferable to set the axis.

The outer rotation hinge is a plate-shaped mountain-shaped horizontal hinge having a structure in which the plates are overlapped. The outer rotation hinge is attached above and below an even number member having free rotation and an odd number member or a closing member. It is preferable that the member rotating shaft and the member weight moving shaft be extended from the outer rotatable center. The outer rotating hinge, in which the member guide is straight, has a structure in which the hinge and the shaft have no backlash, and the member guide is curved. It is preferable that the outer pivot hinge has a structure in which the hinge hole can be changed into an elongated hole in accordance with the curve of the member guide.

The closed end weight moving shaft mounting base is attached to the closed end member on the guide side of the material weight moving means, in the direction of the closed side support of the closed side member in such a manner that the closed end member is not folded at the storage portion.
A flat plate having a weight moving shaft is preferably used in connection with the material weight moving means, but in order to reduce the number of parts, only one outer rotating hinge is attached, and the member weight moving shaft is connected to the material weight. More preferably, it is connected to a moving means.

The diagonal moving means support is formed by connecting a support part to which a member is attached to a member and a supporting part to which diagonal moving means rollers, slides and the like are attached by a turning part, and there is a part for stopping the turning. When moving in the direction of the storage-side support, the rotating portion is stopped by the rotation stopping portion, and when the member is pulled in the closing direction and the member is closed, the oblique moving means in contact with the oblique moving means guide is When the resistance to the oblique moving means guide becomes resistance, the oblique moving means support pivots to separate the oblique moving means from the oblique moving means guide. With the function of the above, it is preferable that the rotating part has a function of returning to a position where it can be stopped by the stop part, and it is preferable to attach a roller or a sliding means of the oblique moving means to the member in an oblique direction. Axis with attached etc. When the diagonal moving means is in the diagonal moving means guide and the force to open the member is not applied, the axis is broken on the same vertical line, the axis of the roller, the slide, etc., slightly shifted to the storage-side support side. Is preferred.

[0069]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to FIGS.

FIG. 1 is a simplified schematic perspective view of a single-opening window, a door, and a partition, which is intended to break the straight line of the member 2 with a pulling force 4a, and FIGS. , FIGS. 9, 10, 11, 12, 13, 14, 15, 1.
6 and FIG. 17 are diagrams complementary to FIG. 1. In order to explain the progress of folding, the same parts in FIGS.

In FIG. 1, the storage-side support 1a is provided with a storage-portion cover 14a and a storage-portion guide-side cover 14b, and the storage-portion cover 14a is provided with a storage-portion cover seal 17a.
e is attached in the vertical direction, the storage unit guide-side cover seal 17d is attached to the storage unit guide-side cover 14b in the vertical direction, and the storage-side support 1a is
One end of the elastic body 4 and one end of the storage end rotatable 3a are connected, and the storage side support 1a has the storage portion 7 mounted vertically, and the storage portion 7 has a storage portion between the upper and lower bulges. The cover 14a is connected, and the upper and lower member weight moving means guide 6c and the outer rotation axis moving means guide 6b of the storage section 7 are connected.
The storage portion guide side cover 14b is connected between the straight lines on the side, and the member 2 includes the storage side support 1a and the storage end side member 2
The bellows-shaped storage end rotatable 3a, the inner rotatable 3b, and the outer rotatable 3c are attached to the storage end rotatable 3a for connecting a. The storage end side member 2a is mounted on the side where the storage end rotatable 3a is not mounted, and when the member 2 is closed, the storage end side member 2a moves in the direction of the closed side support 1b to form an elastic body. 4, a pulling force 4a is stored, and the closing member 2d is provided with a handle 11 and a stopper 1 interlocked with the handle 11.
2a, the tip of the tape means 16 is connected to the closing member 2d, and a tape measure means 15 is vertically attached to the closing column 1b.
b is attached to the closing member 2d, and the closing member 2d is moved up and down by the guide 6
The guide 6 is provided with a member guide 6a, an outer rotating shaft moving means guide 6b, and a member weight moving means guide 6c.

FIG. 3 is a simplified cross-sectional view showing a state in which a member drawn including a main part in the downward direction of FIG. 1 is closed, and the description will be continued with reference to FIG.

The elastic body 4 and one end of the storage end rotatable 3a are mounted on the storage side support 1a, and the storage section 7, the storage section cover 14a, and the storage section guide side cover 14b are mounted.
Inside the storage part 7, the oblique moving means guide 6d is held in the direction of the storage side support 1a from a point where the two even numbered members 2b and the odd numbered member 2c can be bent, and the width of the oblique moving means guide 6d is obliquely moved. The means 8a is an oblique moving means guide 6
d, the member 2 moves in an oblique direction, and the linear state of the member 2 is broken and folded, and the angle of the oblique moving means 8a is 90 degrees with respect to the oblique moving means guide 6d when the member 2 is rotated. The storage-side support member 1a of the storage-end-side member 2a has a storage-end-side member rotation shaft 5a, and the storage-end-side member rotation shaft 5a is an outer-side rotation-axis moving unit. The storage end-side member 2a and the odd-numbered member 2c are connected to the even-numbered member 2b and the inner-end rotatable member 3b, respectively, and are connected to the outer rotation axis moving means 8d in the guide 6b. In addition, the oblique moving means 8a is attached to the inner rotatable 3b side of the even-numbered member 2b and the odd-numbered member 2c, and the odd-numbered member 2c and the closing-side member 2d are
It is connected to the even-numbered member 2b by the outer rotatable member 3c, and has an outer rotatable member rotating shaft 5b at the free center of the outer rotatable member 3c. 8d, the closing member 2d is provided with a handle 11 and a stopper 12a interlocking with the handle 11 on the side of the closing column 1b, and further connected to a tape means 16, and the closing column 1b has a tape measure shape. The means 15 is attached and has a receiving fitting 12b for receiving the fitting 12a. The fitting 12a is hung on the receiving fitting 12b, and the member 2 is hung from the storage section 7 to the member guide 6a, and is closed in a linear state. , The elastic body 4 includes the storage end side member 2.
a moves in the direction of the closing column 1b and stores a pulling force 4a, and the distance between the storage side column 1a and the storage end side member 2a in the closed state is equal to the force 4c for pushing and opening the member 2. When opened by the force 4a, the storage end side member 2a moves to the storage side support 1a side, and the linear state of the storage end side member 2a and the even numbered member 2b is broken by the operation of the oblique moving means 8a, and the first folding is possible. The storage section 7 is covered by the storage section cover 14a and the storage section guide-side cover 14b, and the storage section 7 for storing the member 2 is covered with the storage section cover seal 17e. The storage part guide side cover seal 17d also seals the member 2 in the vertical direction, and the storage side support 1a is connected to the storage end rotatable 3a in the vertical direction. Not closed The 1b, located longitudinally close side struts seal 17c is vertical closure of the closed side member 2d and the closed side strut 1b is intact.

When the stopper 12a is removed from the state shown in FIG. 3 by the handle 11 and a pushing force 4c is applied, the retracting force 4a stored in the elastic body 4 is released, and the retracting force 4a is the strongest. The entire member 2 is moved in the direction of the storage column 1a by the retracting force 4a and the pushing and opening force 4c while acting on the side member 2a. At this time, the storage end side member rotation shaft 5a of the storage end side member 2a and the even number The outer rotating member rotating shaft 5b of the number member 2b moves in parallel with the outer rotating shaft moving means guide 6b, and the storage end side member 2a and the oblique moving means 8a of the even number member 2b move obliquely. The linear state of the storage end side member 2a and the even-numbered member 2b collapses around the storage end side member rotation shaft 5a and the outer rotation member rotation shaft 5b,
The state is as shown in FIG.

From the state shown in FIG.
Is applied, a force 4c for pushing and opening the corner portion of the even-numbered member 2b and the odd-numbered member 2c is transmitted, and further, the storage end side member 2a
And the force 4c for pushing and opening the corner portion of the even-numbered member 2b, and the force 4c for pushing and opening the storage end side member rotating shaft 5a.
c is transmitted, but the pushing and opening forces 4c are all outside the pivot point, so that the folding proceeds, and with the progress of the folding, the next member 2 is sent to the storage portion 7 and the next member 2 The oblique moving means 8a is in contact with the oblique moving means guide 6d, and the linear state of the member 2 is broken by the action of the oblique moving means 8a and the outer rotating shaft moving means 8d, and the member 2 is folded and
The next member 2 is sent to the storage section 7, and the members 2 are sequentially folded to be in a state as shown in FIG.

FIG. 7 is a drawing in which the closing member 2d is not folded into the storage part 7. The closing member 2d is an odd number from the storage end member 2a, and the storage part guide side cover seal. 17d and the storage section cover seal 17e are in vertical contact with the closing member 2d, and the storage section 7 in which the member 2 is stored is maintained in a vertically closed state between the upper and lower storage sections. The tape 16 connected in the direction of the closing column 1b of the closing member 2d is pulled out from the tape measure means 15 attached to the closing column 1b as the closing member 2d moves, and covers the member guide 6a. In addition, it prevents dust from entering the member guide 6a.

The direction of the storage end column 2a is
This will be described with reference to FIGS. 7, 8, and 9.

FIG. 7 shows the storage column 1 of the storage end member 2a.
The oblique moving means guide 6d and the outer rotation axis moving means guide 6b are attached to both sides of the lower storage section 7 in the simplified vertical sectional view seen from the side a. 6c, the storage end member weight moving shaft 5f is attached to the storage end side member 2a at the storage end rotatable 3a rotation center on the storage end side member 2a by the storage end rotation hinge 19a. The member weight moving unit 8b is connected to the moving unit 8b shaft, and the member weight moving unit 8b has a structure in which the shaft comes out from the center of gravity of the member when the member 2 is closed.
The shaft and the storage end member weight moving shaft 5f are attached as an integral structure, and the shaft of the member weight moving means 8b can move within the member weight moving means guide 6c, and the storage end side below the storage end side member 2a. The member rotation shaft 5a has a structure integral with the outer rotation shaft moving means 8d, and is attached to the rotation center of the storage end rotatable 3a below the storage end side member 2a by the storage end rotation hinge 19a. The rotation hinge 19a is connected to the outer rotation axis moving means 8
d, the outer rotating shaft moving means 8d can move inside the outer rotating shaft moving means guide 6b, and the storage end member weight moving shaft 5f of the storing end side member 2a is integrated with the member weight moving means 8b. And the storage end rotatable 3a on the storage end side member 2a.
The storage end rotation member 19a is attached to the center of rotation by the storage end rotation hinge 19a. Rotating hinge 19a and storage end side member rotation shaft 5
a and the attached angle can be maintained by the action of the outer rotation axis moving means 8d.
The member weight moving means guide 6c can be moved inside, and the member guide 6a and the storage unit guide side cover seal 17d are shown, but it is shown that they exist in this direction, and the member guide sliding seal 17a and the member guide brushed seal 17b is
The elastic body 4 is preferably attached continuously to the storage-side support 1a. The elastic body 4 is mounted on the outer-side rotatable 3c side of the storage-end-side member 2a. , And the storage unit guide side cover 14b is attached to the outer rotating shaft moving means guide 6b side.

FIG. 8 is a simplified cross-sectional view of the upper part of FIG. 7 when viewed from the lateral direction.
, Storage end rotating hinge 19a, member weight moving means 8b
FIG. 6 shows the relationship between the member weight moving means guide 6c and the storage end member weight moving shaft 5f, and the closed member weight moving means 8b is supported by the member weight moving means guide 6c by the oblique moving means 8a. Minutes, it may be raised.

FIG. 9 is a simplified cross-sectional view of the lower part of FIG. 7 viewed from the lateral direction.
, The storage end rotation hinge 19a, and the storage end side member rotation shaft 5
a and the relationship between the member guide 6a and FIGS.
The description will be continued with reference to FIG.

7, 8 and 9, the storage end side member 2a
Are member weight moving means 8b and outer rotating shaft moving means 8d
The elastic member 4 is provided outside the storage end side member rotation shaft 5a and the storage end member weight movement shaft 5f, so that the retracting force 4a of the elastic body 4 can be moved to the storage end side member rotation shaft 5a and the storage end. The member 2 is rotated about the member weight moving shaft 5f, and the closed member 2 is in contact with the member guide sliding seal 17a and the member guide brushed seal 17b on one side.

The oblique movement means 8a of the storage end side member 2a will be described with reference to FIGS.

The oblique moving means 8a of the storage end side member 2a is
The oblique moving means support 22 is attached to the lower side of the storage end side member 2a and inwardly rotatable 3b in the direction of the inner rotatable 3b. The axis of the moving means 8a is the storage column 1
The diagonal moving means support 22 is attached to the diagonal moving means guide 6d in the storage part 7 and can move in the diagonal direction while being inclined by the weight of the storage end side member 2a. In the state, the pulling force 4a,
When the member 2 is pushed in the direction of the storage column 1a with the pushing and opening force 4c, the oblique moving means support 22 rises due to the resistance of the oblique moving means guide 6d and the oblique moving means 8a, and the vicinity of the rising height is affected. As well as enhance the effect of the oblique moving means.

FIG. 12 shows a member 2 having an oblique moving means 8a.
FIG.
FIG. 13 is a simplified transverse cross-sectional view of the oblique moving means 8a, and the description will be continued with reference to FIGS.

The odd-numbered member 2c in the member guide 6a
And the oblique moving means 8a attached to the even-numbered member 2b.
Does not have a structure that contacts the bottom of the member guide 6a or the member guide 6a, and the oblique moving means support 22 hits the stop portion of rotation by the weight of the oblique moving means 8a and the force of the spring, and moves in the direction of the storage section 7. Guide 6
In contact with d, the linear state of the member 2 can be broken.

FIG. 14 shows the direction of the support 2a on the storage side of the member 2.
The description will be continued with reference to FIG. 15 and FIG.

FIG. 14 is a simplified vertical sectional view of the member 2 as viewed from the storage column 1a. An outer rotating shaft moving means guide 6b is attached to the lower member guide 6a, and the upper member guide 6a. At the back, a member weight moving means guide 6c is attached, and the member weight moving shaft 5d is connected to the even numbered member 2b,
Odd number member 2c or outer pivotable 3 of closed side member 2d
c, which is attached to the center of rotation by an outer turning hinge 19b, and is moved by the outer turning hinge 19b to guide the member weight moving means 6c.
The member weight moving means 8b is connected to the inner member weight moving means 8b, and the member weight moving means 8b has a structure in which the shaft comes out at the center of gravity of the member when the member 2 is closed. The 5d shaft is attached as an integral structure, and the member weight moving means 8b can move in the member weight moving means guide 6c, and can move the even numbered member 2b, the odd numbered member 2c, or the closed side member 2d. The outer rotating member rotation shaft 5b below the outer rotating member 3c is connected to the even number member 2b, the odd number member 2c, or the outer rotating hinge 19b at the center of rotation of the closing member 2d. It is attached and connected to the outer rotating shaft moving means 8d shaft in the outer rotating shaft moving means guide 6b, and the outer rotating member rotating shaft 5b and the outer rotating shaft moving means 8d shaft have an integral structure, The shaft moving means 8d is an outer rotating shaft moving means guide 6. Inner can move, and the even numbered member 2b,
The odd-numbered member 2c or the closing-side member 2d includes a member weight moving unit 8b, a member weight moving shaft 5d,
9b, the inner rotatable 3b, the outer rotatable 3c, the outer rotary shaft moving means 8d, and the outer rotary member rotary shaft 5.
b, outer pivot hinge 19b, inner pivot 3b,
By the action of the outer rotatable member 3c, it is possible to maintain the vertical, the attached angle and the distance between the member guide sliding seal 17a and the member guide raised seal 17b, and the member guide 6a is opened and closed.
Can be moved.

FIG. 15 is a simplified cross-sectional view of the upper part of FIG. 14 viewed from the lateral direction.
And the odd-numbered member 2c or the closed-side member 2d, the outer rotation hinge 19b, the member weight moving shaft 5d, the outer rotation shaft moving means 8d, and the member weight moving means guide 6c. A member weight moving shaft 5d is set at the center of rotation of the rotatable 3c.
Is attached by an outer rotating hinge 19b, and the member weight moving shaft 5d and the axis of the outer rotating shaft moving means 8d are connected to the member weight moving means 8b by an integral shaft.

FIG. 16 is a simplified cross-sectional view of the lower part of FIG. 14 viewed from the lateral direction.
, The odd-numbered member 2c or the closing member 2d, the outer rotating hinge 19b, and the outer rotating member rotating shaft 5b. The outer rotating member rotating shaft 5b is attached by the outer rotating hinge 19b. The outer rotating shaft moving means 8d and the outer rotating member rotating shaft 5b are integrally formed with the outer rotating shaft moving means 8d.
Connected to.

FIG. 17 is a simplified cross-sectional view of the relationship between the closing member 2d and the closing column 1b viewed from the lateral direction. The description will be continued with reference to FIG.

The closing member 2d is disposed on the side of the closing column 1b as shown in FIG.
7, the outer pivot hinge 19b has an outer pivot hinge 19b and a closed end member weight moving shaft mounting base 19c, and the member weight moving means 8b and the closed side member weight moving shaft in the member weight moving means guide 6c. 5e or the rotation of the outer rotatable 3c which is connected by the shaft of the closed end member weight moving shaft mounting base 19c and connects the closed side member 2d and the even numbered member 2b (not shown). 5d of material weight moving shaft at the center
Is attached by an outer rotating hinge 19b, and the member weight moving shaft 5d and the outer rotating shaft moving unit 8d are connected to the member weight moving unit 8b by an integral shaft.
Even if it is in the middle of the member guide 6a, it does not tilt, and the closing member 2d further comprises a handle 11 and a stopper 1
2a is attached and not shown in the figure, but a receiving bracket 12b is attached to the closed-side support 1b.
The stopper 12a can be fixed to the receiving member 12b attached to the closing column 1b. Further, the closing member 2d has the end of the tape means 16 attached thereto, and the tape means 16 moves in the groove of the tape guide 6e. It can be connected to the tape-shaped means 15 attached to the closed-side support 1b, and automatically comes in and out by the movement of the closed-side member 2d, covers the member guide 6a, and prevents the intrusion of dust and the safety as a passage. The closed-side column 1b is provided with a closed-side column seal 17.
c is attached in the vertical direction, and when the closed member 2d is fixed to the closed column 1b, the sealing is performed.

The above paragraph symbol 0070 to paragraph symbol 009
1, the force 4 for pulling the storage end side member 2a into the elastic body 4
When the closed-side member 2d is fixed to the closed-side support 1b with the stopper 12a interlocking with the handle 11, the force 4 pulling into the elastic body 4 breaks the straight line and folds the straight line and folds the straight line at a.
is stored, the handle 11 is operated to release the stopper 12a from the receiver 12b, and when a force 4c for pushing and opening is applied to the closing member 2d, the pulling force 4a is released and the stopper 12a is received from the receiver 12b. When removed, the force 4a to be drawn in may be released first, but the member 2 is pulled into the back of the storage portion 7 by receiving the force of the force 4a to be drawn in by the storage end side member 2a, and the member weight moving means 8b, etc. In this case, the force of the oblique moving means 8a moving in the oblique direction, which is in contact with the oblique moving means guide 6d,
a and the force that presses the opposite side of the outer rotating member rotating shaft 5b that moves in the oblique direction, the linear state of the member collapses, and the member can be folded, and the member 2 is rotated by the pushing and opening force 4c, and the member 2 is rotated. Accordingly, the next member 2 moves to the storage section 7 and contacts the oblique moving means guide 6d.
a and the outer rotating member rotating shaft 5b, the linear state of the member 2 is broken, the member 2 is sequentially folded, and the closed side member 2d
With the movement of the tape, the tape means 16 is pulled out from the tape measure means 15, and the tape means 16 causes the member guide 6a to move.
Go covered.

When the member 2 folded and stored in the storage section 7 is pulled in the direction of the closing column 1b by the handle 11, the member 2 close to the closing member 2d is unfolded and the storage section 7 is unfolded.
When it is pulled out from the vehicle,
Is in contact with the oblique moving means guide 6d, but due to the rotation of the oblique moving means support 22 to which the oblique moving means 8a is attached, the oblique moving means 8a cannot come into strong contact with the oblique moving means guide 6d. Not a big resistance of
The member 2 is pulled out of the storage section 7 and at the same time, the tape means 1
6 is wound around the tape measure means 15 and is closed. When the closing end is approached, the storage end rotatable 3a and the elastic body 4 are extended, and the elastic body 4 stores the retracting force 4a. The stopper 12a of the closing member 2d is hung on the receiving member 12b of the member 1b.
Is pulled toward the closing column 1b, the closing member 2d strongly adheres to the closing column seal 17c, and the closing operation ends.

FIG. 2 is a simplified schematic perspective view of the double-ended windows, doors, and partitions. Only the differences between the contents of the paragraph symbols 0070 to 0091 will be described with reference to FIG.

FIG. 2 shows a case where the paragraph symbol 0070
No. 091 is symmetrical without the closing column 1b, and the upper and lower guides 6 of the closing member 2d are closed.
In the figure, a receiving part 12b and a tape measure shape means 15 are attached to the right side closing member 2d in the drawing, and either of them may be used. Although not shown in the figure, the closing-side column seal 17c is also attached to one of the closing-side members 2d.
5, the tape measuring means 15 is attached to a portion where the tape measuring means 15 has been attached, and the tape means 16 from the tape measuring means 15 is connected to the other closing member 2d. 6e is L-shaped.

FIG. 4 shows the lower main part of the method of breaking the straight line between the storage end side member 2a and the next even-numbered member 2b connected to the storage end side member 2a by the pushing and opening force 4c and the rotating force 4b. , Will be described with reference to the drawings.

One end of the elastic body 4 is attached to the storage-side column 1a on the side where the storage-portion cover 14a of the storage-side column 1a is mounted. The other end of the elastic body 4 is attached to the inner rotation member rotating shaft 5c, and the storage end rotatable 3a is also mounted at the storage column 1a where the storage end member 2a can rotate. And the storage unit cover 14a and the storage unit guide-side cover 14b are attached, and the storage unit 7 has the storage-side column in which the diagonal moving means guide 6d is provided at a position where two even-numbered members 2b and odd-numbered members 2c can be bent. Holding in the 1a direction, the width of the oblique moving means guide 6d is such that the oblique moving means 8a comes into contact with the oblique moving means guide 6d and moves obliquely, so that the linear state of the member 2 is broken and the member 2 can be folded. Member 2 In front of the wide dynamic to oblique movement means 8a angle becomes 90 degrees to the diagonal moving means guide 6d,
The storage-side support 1 of the storage-end-side member 2a
The a side has the storage end side member rotation shaft 5a, the storage end side member rotation shaft 5a is fixed to the oblique moving means guide 6d, and the storage end side member 2a and the odd numbered member 2c are the even numbered member 2b.
And the inner end rotatable 3b, respectively, and are connected to the storage end side member 2a.
Except for the even-numbered member 2b next to the storage end-side member 2a, the oblique moving means 8a is attached to each of the even-numbered member 2b and the odd-numbered member 2c on the inner rotatable 3b side. An inner rotating member rotating shaft 5c is mounted above and below the center of rotation of the inner rotating member 3b that connects the inner end member 2a and the even-numbered member 2b next to the storage end side member 2a. Is connected to the elastic member 4 and further, the odd-numbered member 2
c and the closing-side member 2d are connected to the even-numbered member 2b by an outer rotatable member 3c, respectively, and have an outer rotatable member rotating shaft 5b at the free center of the outer rotatable member 3c. The closing member 2d is connected to the handle 11 and the stopper 12a interlocking with the handle 11, and the tape means 16 is connected to the closing member 2d. The closed-side support 1b is provided with a tape-measuring means 15 attached thereto and has a catch 12b for receiving a catch 12a. The catch 12a is hung on the catch 12b, and connects the storage end side member 2a and the next even-numbered member 2b. Except for the member 2, the member guide 6
a, it is closed in a linear state, and the elastic body 4
Is in a state in which the rotating force 4b is stored, and
The storage unit cover 14a and the storage unit guide side cover 14
b, the vertical direction of the storage section 7 for storing the member 2 is covered, and further, the vertical direction of the member 2 is also sealed by the storage section cover seal 17e and the storage section guide side cover seal 17d. A storage end rotatable 3a is vertically connected to the side column 1a, and is not shown in the drawing. However, the closed column 1b has a closed column seal 17c in the vertical direction. The member 2d and the closing column 1b are completely closed in the vertical direction.

When the stopper 12a is removed by the handle 11 from the state shown in FIG. 4 and a pushing force 4c is applied, the rotating force 4b stored in the elastic body 4 is released, and the rotating force 4b is rotated inward. While acting on the member rotation shaft 5c,
With the rotating force 4b and the pushing and opening force 4c, the entire member 2 moves in the direction of the storage column 1a.
a and the even-numbered member 2b next to the storage end-side member 2a are pulled in a direction in which the inner rotating member rotating shaft 5c is rotated by the elastic body 4, and further, the outer rotating member of the even-numbered member 2b. Since the rotating shaft 5b moves parallel to the outer rotating shaft moving means guide 6b, and the storage end side member rotating shaft 5a is fixed,
Rotation occurs, folding starts, and when a push-open force 4c is further applied, the push-open force 4c is transmitted to the corners of the even-numbered member 2b and the odd-numbered member 2c. The pushing force 4c is transmitted to the corner portion of the member 2b, and the pushing force 4c is transmitted to the storage end side member rotating shaft 5a. However, since the pushing force 4c is all outside the pivot point, the folding proceeds. Then, as the folding proceeds, the next member 2 is sent to the storage section 7, and the oblique moving means 8 a of the next member 2 is moved by the oblique moving means guide 6.
d, the oblique moving means 8a and the outer rotating shaft moving means 8d
, The linear state of the member 2 is broken and folded,
In addition, the next member 2 is sent to the storage section 7, and the members 2 are sequentially folded to be in a state as shown in FIG.

FIG. 5 is a simplified bottom sectional view of the closed state showing the lower main part of the method of leaving the storage end side member 2a and the next even numbered member 2b at a foldable angle in the closed state. This will be described with reference to the drawings.

The length of the member 2 is equal to the length of the storage end side member rotation shaft 5a.
A little longer than the length from the fixed point of
When the member 2 is closed, the storage end side member 2a and the next even-numbered member 2b are not in a linear state, and the length of the member 2 in the method of leaving at an angle that can be folded by a pushing and opening force 4c is equal to the storage end side. A slightly longer length than the length from the fixed point of the member rotation shaft 5a to the closed-side column 1b is attached, and the storage-side column 1a is provided with a storage-end column 3a on which the storage-end rotatable 3a can rotate. Position, and further, the storage unit 7, the storage unit cover 14a, and the storage unit guide side cover 14b are mounted.
Inside the storage part 7, the oblique moving means guide 6d is held in the direction of the storage side support 1a from a point where the two even numbered members 2b and the odd numbered member 2c can be bent, and the width of the oblique moving means guide 6d is obliquely moved. The means 8a is an oblique moving means guide 6
d, the member 2 moves in an oblique direction, and the linear state of the member 2 is broken and folded, and the angle of the oblique moving means 8a is 90 degrees with respect to the oblique moving means guide 6d when the member 2 is rotated. The storage side support 1a of the storage end side member 2a has a storage end side member rotation shaft 5a, and the storage end side member rotation shaft 5a is attached to the oblique moving means guide 6d. The storage end side member 2a and the odd numbered member 2c are fixedly connected to the even numbered member 2b and the inner rotatable member 3b, respectively. The storage end side member 2a and the even numbered member 2b next to the storage end side member 2a are fixed. The oblique moving means 8a are provided on the inner rotatable 3b side of the even-numbered member 2b and the odd-numbered member 2c, respectively.
Are attached, and the odd-numbered member 2c and the closed-side member 2
d is connected to the even-numbered member 2b by an outer rotatable member 3c, and has an outer rotatable member rotating shaft 5b at the free center of the outer rotatable member 3c. The closing member 2d is connected to the shaft moving means 8d, respectively.
A handle 11 and a stopper 12a interlocking with the handle 11 are attached to the closed-side support 1b side, and a tape means 16 is connected thereto. Hardware 12b
The stopper 2a is hung on the receiving bracket 12b, and the member 2 is closed from the storage portion 7 to the member guide 6a except for the storage end side member 2a and the next even-numbered member 2b. The storage end side member 2a and the next even-numbered member 2b have an angle that can be folded by a pushing and opening force 4c, and the storage portion 7 is formed by the storage portion cover 14a and the storage portion guide side cover 14b. Storage section 7 to store
Is covered in the vertical direction, and the storage unit cover seal 17e
In addition, the storage unit guide side cover seal 17d also seals the member 2 in the vertical direction, and the storage side support 1a is connected to the storage end rotatable 3a in the vertical direction. Although not shown, the closed-side column 1b has a closed-side column seal 17c in the vertical direction, and the closed-side column 1b and the closed-side member 2d are completely closed in the vertical direction.

When the stopper 12a is removed from the state shown in FIG. 4 by the handle 11 and a pushing and opening force 4c is applied, the storage end side member 2a and the next even-numbered member 2b can be folded by the pushing and opening force 4c. Therefore, folding starts, whereby the entire member 2 moves in the direction of the storage column 1a, the next member 2 is sent to the storage portion 7, and the oblique moving means 8a of the next member 2 is moved by the oblique moving means guide. 6d, the linear state of the member 2 is broken by the operation of the oblique moving means 8a and the outer rotating shaft moving means 8d, the member 2 is folded, and the next member 2
Is sent to the storage unit 7, the members 2 are sequentially folded,
The state is as shown in FIG.

The above-mentioned paragraph symbol 0070 to paragraph symbol 010
In the description of 1, the retracting force 4a, the rotating force 4b,
By pushing and opening force 4c, the linear state of the member 2 is first broken and folded, and the storage end side member 2a and the next even member 2
The method of folding the member 2 with the push-open force 4c by a method in which b does not become a linear state and leaves it at a foldable angle with the push-open force 4c is performed by forming a curve through which the member 2 can pass through the member guide 6a. The outer rotating shaft moving means guide 6b and the member weight moving means guide 6c are further adapted to the curve of the member guide 6a, and furthermore, the inner rotating freely 3b and the outer rotating freely 3c.
When the outer rotating hinge 19b is configured to be expandable and contractible, and the tape means 16 is formed of a flexible cylindrical tape, and the tape guide 6e is configured to be movable by the tape means 16, it is possible to open and close curves, It becomes a partition or a door.

Referring to FIGS. 18, 19, and 20, a description will be given of a double-sided structure of a single-opening window, a door, and a partition that breaks a straight line of a member by a pushing-opening force and a pulling-in force. .

FIG. 18 is an overall perspective simplified view of a single-opening double-sided structure of a single-opening window, a door, and a partition that breaks a straight line of a member by a pushing-opening force and a pulling-in force.
The single-opening window, door, partition member 2, guide 6, etc., described above, are arranged facing each other with the diagonal moving means guide 6d as the middle, so as to have a dual structure, and the closing side support 1b of the closing side member 2d.
The double-sided closed-end member connecting means 13 is attached to the side, and the double-sided closed-end member connecting means 13 is not shown in the drawing so as not to be in contact with the inside of the member guide 6a. Is connected, and the storage side support 1a has no storage section guide side cover 14b.
In the figure, the tape measure means 15 and the tape means 16 are described so as to cover the entire guide 6. However, the individual member guides 6a may be covered. The fitting 12a is attached.

FIG. 19 is a simplified bottom cross-sectional view showing the lower main part of a single-sided double structure in which a member is broken by a push-open force and a pull-in force. The differences are described and described in substantially the same manner as described above.

The closed-side member 2d has the double-sided closed-end member connecting means 13 attached to the closed-side column 1b side, the handle 11 and the stopper 12a attached to the double-sided closed-end member connecting means 13, and the storage-unit guide-side cover 14b. Is unnecessary but is closed by the duplexed closed end member connecting means 13 in place of the storage section guide side cover 14b, and serves as a gap between the opposed members 2.
The space is closed by the opposing storage end rotatable 3a and the double closed end member connecting means 13, and between the upper and lower storage parts 7 where the member 2 is stored. Is
When the storage section 7 member 2 is closed by the storage section cover seal 17e, the member 2 and when the member 2 is opened, the closing side member 2d or the duplex closed end member connecting means 13 is vertically moved. On the storage part 7 which is sealed and opposed,
The space between the lower storage portions 7 is closed, and the stoppers 12 a are engaged with the receiving members 12 b of the closed-side support 1 b with the handle 11.
Is removed and the member 4 connected by the double closed end member connecting means 13 is simultaneously pushed by the storage column 1a side when the force 4c is applied to push and open, and the linear state of the member 2 is broken. It is folded and becomes a state as shown in FIG.

FIG. 20 is a simplified lower cross-sectional view of a closed state showing a lower main portion of a single-opening type duplex structure in which a member is broken by a push-open force and a pull-in force. Tape means 16 connected to means 13
Is pulled out from the tape measure means 15, and the member guide 6
By covering and closing the a, the intrusion of dust and the like is prevented, and by pulling the handle 11 attached to the duplexed closed end member connecting means 13 to the closed support 1b, the member 2 is pulled out of the storage portion 7 and pulled out. When the oblique moving means 8a comes into contact with the oblique moving means guide 6d, the oblique moving means 8a is strongly attached to the oblique moving means guide 6d by the rotation of the oblique moving means support 22 to which the oblique moving means 8a is attached. I ca n’t touch it,
The member 2 is pulled out from the storage portion 7 without causing a large resistance at the time of being pulled out. At the same time, the tape means 16 is wrapped in the tape measure means 15, and when approaching the closing end, the storage end pivotable 3 a and the elasticity are obtained. When the body 4 is extended and the elastic body 4 stores the pulling force 4a, the stopper 12a of the closing member 2d is applied to the receiving member 12b of the closing column 1b,
Further, when the member 2 is pulled toward the closing column 1b by the handle 11, the closing member 2d comes into close contact with the closing column seal 17c, and the closing operation ends.

FIG. 21 shows a closed-side member 2d in the middle of a member guide 6a having a duplex structure and a closed-side member weight moving shaft 5e.
An outer rotating member rotating shaft 5b, a light-shielding plate moving means guide 6f in the upper part of the light-shielding plate guide 6g, and a light-shielding plate moving means 8
e, a light-shielding means closed-side leading end 18a, a light-shielding plate moving means 8e, and the like.

The opposed member guide 6a of the duplex structure has
There are two opposed outer rotation axis moving means guides 6b on the lower back side between the member guides 6a, and there are two member weight moving means guides 6c on the upper back side. Outer rotating shaft moving means guide 6
The storage end side member 2a is a space having a width of b.
a, and is supported by the outer rotating shaft moving means 8d and the outer rotating shaft moving means 8d, and the member guide sliding seal 17a
In addition, the lateral gap is sealed by a member guide raised seal 17b, the upper member guide 6a shows a structure in which the individual member guides 6e cover the member guide 6a grooves with the tape means 16, and the lower member guide 6a is Although the structure in which the member guides 6a are collectively covered with the wide tape means 16 is shown, a structure in which the member guides 6a are individually covered is also preferable.

Further, the member guide 6 which is opposed to the duplex structure is used.
The space between the opposed members 2 has a space between the two outer rotating shaft moving means guides 6b, and the space is formed by the light shielding plate guide 6g.
A light shielding plate moving means guide 6f is attached between the member weight moving means guides 6c above the light shielding plate guide 6g, and the light shielding plate moving means leading shaft 9 is attached to the light shielding plate moving means guide 6f.
There is a light shielding plate moving means 8e having a. The light shielding plate moving means leading axis 9a is attached to a closed side ear portion of a plate-shaped metal fitting having two ears on both sides of the concave structure of the light shielding means closed side leading end 18a. In addition, it has an opening / closing string connecting portion 21, and although not shown in the figure, the closing string of the light shielding means opening / closing string 20 is attached, and the closing string of the light shielding means opening / closing string 20 is pulled. As a result, the light-shielding means closed-side leading end 18a has a structure that can move in the closing direction. It is also a structure to do.

FIG. 22 is a simplified schematic perspective view of the light shielding means.
FIG. 23, which complements FIG. 22, FIG. 24, and FIG. 25 will be described with reference to the drawings.

The light-shielding means closed side leading end 18a has two ears on the upper side, and the first and second light-shielding plate moving means 8e in the closing direction running on the light-shielding plate moving means guide 6f are located at the center of the shaft. The light-shielding plate moving means 8e of the light-shielding plate moving means leading shaft 9a having the opening / closing string connecting portion 21 and the light-shielding plate moving means 8e hanging portion is attached.
Are connected by an X structure 23, and the ears of the concave shading means closing side leading end 18a are attached to the hanging portion of the shading plate moving means leading axis 9a, and the first shading plate moving means leading axis in the closing direction. The opening / closing string connection portion 9a is provided with a light-shielding means opening / closing string 20 on the closed side. The second opening / closing string connection section 21 in the closing direction is provided with the light-shielding means opening / closing string 20 on the open side. The groove portion of the concave shape at the top 18a is provided with a metal fitting for the next light-shielding means middle 18b reverse J-shaped,
As a structure for supporting the closing direction of the next light shielding means intermediate 18b, the opening side of the next light shielding means intermediate 18b has an ear portion, and the ear portion is the third closing side direction running on the light shielding plate moving means guide 6f. The light-shielding plate moving means shaft 9b is attached.
The light-shielding plate moving means 8e is suspended on the light-shielding plate moving means shaft 9b of the light-shielding means moving part 18b. As a structure that supports the closed side of 18b,
The light-shielding means middle 18b is attached one after another to reach the light-shielding means closed side end 18c.
b. Attachment is made to the groove portion of the concave shape, and the ear portion is attached on the light shielding plate guide 6g in the direction of the storage side support 1a shown in FIG. 25, and the light shielding means opening and closing string 20 in FIG. May be connected to the two light-shielding plate moving means 8e of the light-shielding means closed-side leading end 18a, and the light-shielding means open-close string 20 is connected to the light-shielding means open-close string roller means 10 attached to the storage portion 7. After passing through the storage section 7, the light-shielding means opening / closing string 20 that has come out to the outside is provided with a weight having a sufficient weight to allow the string to come out to the exit side when the opening / closing string is loosened. Further, the closing side string is connected to the duplexed closed end member connecting means 13, passes through the shaded opening / closing string roller means 10, exits from the duplexed closed end member connecting means 13, and goes out to the outside. 20 is light-shielded from the storage section 7 A weight attached to the stepped opening cord 20, the weight of the same weight is attached, member of dual structure is closed, the light shielding means 18, dual closed end member connection means 1
The description will be further continued with reference to FIG. 22 and FIG. 25 in a state closed in three directions.

When the string in the open direction of the light-shielding means opening / closing string 20 on the storage section 7 is pulled from the state in which the light-shielding means 18 is closed, the light-shielding means closing head 18a is suspended and the light-shielding plate moving means leading axis is suspended. 9a is pulled, the light shielding plate moving means 8e moves in the opening direction, and at the same time, the closing string of the light shielding means opening / closing string 20 on the side of the double closed member connecting means 13 is pulled into the light shielding plate guide 6g in accordance with the movement. Further, when the string in the opening direction is pulled and the leading end 18a of the light shielding means moves in the opening direction, the light shielding plate moving means 8e on the opening side of the leading end 18a of the light shielding means closed side.
However, the light-shielding plate moving means 8e attached to the next light-shielding means middle 18b, and the next light-shielding means middle 18b moves in the opening direction, so that the light-shielding means 18 is opened and the last light-shielding means middle 18b is moved. The opening direction light shielding plate moving means 8e stops at a stop portion in the light shielding plate moving means guide 6f, and the operation of opening the light shielding means 18 is completed. During this time, the inverted J-shaped metal fitting has a concave structure. The light-shielding means 18 does not protrude from the light-shielding plate guide 6g because of the movement, and when the light-shielding means 18 is closed and the duplexed closed-end member connecting means 13 is pushed in the opening direction, the duplexed closed-end member connecting means 13 is pressed. Is a light-shielding plate moving means 8 for moving the light-shielding means closed side leading end 18a.
e, and pushes the closing-side light-shielding plate moving means 8e.
Since they are connected by the structure 23, the light shielding means closed side top 18
Since both the light-shielding plate moving means 8e for moving a move and do not transmit a compressive force to the light-shielding means closed-side head 18a, the light-shielding means closed-side head 18a can move in the opening direction without being deformed. The duplex member is closed and the light blocking means 18 is
When the closed-side string of the double-sided closed-end member connecting means 13 and the light-shielding means opening / closing string 20 is pulled from the open state, the light-shielding plate moving means leading shaft 9a is pulled and moved, and together with the light-shielding plate moving means leading shaft 9a, the light is shielded. The means closing side leading end 18a moves, and the ear in the closing direction of the concave structure of the light shielding means closing side leading end 18a hits the next light shielding means middle 18b and the inverted J-shaped fitting, and the next light shielding means middle 18b is pulled. The light-shielding means 18 can be closed by moving, and the ears in the closing direction of the next light-shielding means intermediate 18b hit the next light-shielding means intermediate 18b reverse J-shaped metal fittings and moving one after another.

From the above-mentioned paragraph symbol 0103 to paragraph symbol 011
3, the linear state of the member 2 is initially broken by the retracting force 4a and the pushing and opening force 4c, and in addition to the folding method, the rotating state of the member 2 is caused by the rotating force 4b and the pushing and opening force 4c. Is folded first, or the storage end side member 2a and the next even-numbered member 2b are not in a linear state, but are left at a foldable angle by the push-open force 4c. The method of folding can be easily understood with reference to FIGS.

A curved line through which the member 2 can pass inside the member guide 6a is formed. The outer rotating shaft moving means guide 6b, the member weight moving means guide 6c, and the light shielding plate guide 6g are also curved lines of the member guide 6a. In accordance with the above, further, the inside pivotable 3b, the outside pivotable 3c, and the outside pivot hinge 19b are structured to be expandable and contractible.
When a flexible cylindrical tape is used and the tape guide 6e is structured so that the tape means 16 can be moved, it becomes a window, a partition, or a door of the duplex member 2 that can open and close a curve.

[0116]

Since the present invention is configured as described above, it has the following effects.

In partitions and doors used as passages,
When released, the member guide is completely closed by the tape, so there is no danger of stumbling into the groove or putting your toes and causing injury, and sand and dust as people enter and exit the member guide. Since there is little, there is no trouble due to dust in the groove part, and when the member is closed, the vertical closing of the member is
A storage portion cover seal and a storage portion guide side cover seal that are freely rotatable at the storage end, a right-angled member that makes it easy for the members to contact each other to create a small gap, and a rotation member attached to the entire surface connecting the members, The closed end member makes strong contact with the vertically mounted closing column seal inside the closed column by means of a fastener, so that the vertical closing is complete and the lateral closing is also performed by the member guide. The brushed seal provided on both sides of the deep groove and the member passage and the sliding seal provide high closure, and are suitable for windows and doors that are in direct contact with wind and rain.

Further, when a double structural member having a light shielding means is used as a window, when it is closed, a large heat insulating effect and a large sound insulating effect are obtained. You can enjoy the comfort of natural ventilation
Comfortable windows.

[Brief description of the drawings]

FIG. 1 is an overall perspective simplified view of a single-opening window, door, or partition.

FIG. 2 is a simplified overall perspective view of a double-opening window, a door, and a partition.

FIG. 3 is a simplified lower cross-sectional view of a closed state showing a lower main part of a method of breaking a straight line of a member by a push-open force and a pull-in force.

FIG. 4 is a simplified lower cross-sectional view of a closed state, showing a lower main part of a method of breaking a straight line of a member by a pushing open force and a rotating force.

FIG. 5 is a simplified lower cross-sectional view of the closed state, showing the lower major portion of the method of leaving the storage end member and the next even member at a foldable angle in the closed state.

FIG. 6 is a simplified lower cross-sectional view showing a lower main part in a state where members are stored in a storage unit.

FIG. 7 is a simplified vertical view of a method of breaking a straight line of a member by a retracting force, as viewed from a storage column.

8 shows the circumference of the storage end member weight movement axis of FIG.
FIG.

FIG. 9 is a simplified transverse cross-sectional view showing around the rotation axis of the storage end side member of FIG. 7;

FIG. 10 is a vertical simplified view showing a diagonal moving unit of a member in a storage unit and a diagonal moving unit guide, as viewed from a storage column.

FIG. 11 is a simplified lateral cross-sectional view showing the structure of the oblique moving means in FIG. 10;

FIG. 12 shows a means for obliquely moving a member in a member guide;
FIG. 4 is a simplified vertical view showing a relationship between member guides.

FIG. 13 is a simplified lateral cross-sectional view showing the structure of the oblique moving means in FIG. 11;

FIG. 14 is a simplified vertical view showing a member weight movement axis and an outer rotation member rotation axis of a member in a member guide.

FIG. 15 shows the periphery of the member weight moving means of FIG. 13;
FIG.

FIG. 16 is a simplified transverse cross-sectional view showing around the outer rotation member rotation axis of FIG. 13;

FIG. 17 is a simplified transverse cross-sectional view showing the circumference of the closing member and the tape measure means.

FIG. 18 is an overall perspective simplified view of a double-sided structure of a single-opening window, door, or partition that breaks a straight line of a member by a pushing-opening force and a pulling-in force.

FIG. 19 shows a lower main part of a single-sided duplex structure in which a member is broken by a push-open force and a pull-in force,
FIG. 2 is a simplified schematic diagram of a lower cross section in a closed state.

FIG. 20 is a simplified lower cross-sectional view showing a lower main portion of a single-opening duplex structure in a state where members are stored in a storage unit.

FIG. 21 is a diagram showing a closing member, a closing member weight moving shaft, an outer rotating member rotating shaft, etc., in the middle of a member guide having a duplex structure, a light shielding plate moving means guide in the upper part of the light shielding plate guide, and a light shielding plate. Simplified vertical direction showing moving means, light-shielding means closed side head closed side end, light-shielding plate moving means, etc.

FIG. 22 is a simplified schematic perspective view of a light shielding unit.

FIG. 23 is a simplified vertical and horizontal cross-sectional view showing the relationship around the light shielding plate moving means at the top of the light shielding means closed side.

FIG. 24 is a simplified vertical and horizontal cross-sectional view showing a relationship between a light shielding plate moving means and an intermediate light shielding means.

FIG. 25 is a simplified top cross-sectional view showing a light shielding means opening / closing string and a main part thereof for opening and closing the light shielding means, with the light shielding means closed.

[Explanation of symbols]

  1a Storage-side support 1b Closed-side support 2 member (shows the entire member) 2a Storage-end-side member 2b Even-numbered member (excluding the closed-side member) 2c Odd-numbered member (excluding the storage-end-side member) 2d Closed-side member 3a Storage End rotation free 3b Inside rotation free 3c Outside rotation free 3d Closed end rotation free 4 Elastic body 4a Retraction force 4b Rotation force 4c Push-open force 5a Storage end side member rotation shaft 5b Outside rotation member rotation shaft 5c Inner rotation member rotation shaft 5d Member weight movement shaft 5e Closed end member weight movement shaft 5f Storage end member weight movement shaft 6 Guide (6a, 6b, 6c) 6a Member guide 6b Outside rotation shaft movement guide 6c Member weight movement Guide 6d Slant moving means guide 6e Tape guide 6f Light shield moving means guide 6g Light shield guide 7 Storage section 8a Slant moving means 8b Member weight moving means 8d Side rotation axis moving means 8e Light shielding plate moving means 9a Light shielding plate moving means leading axis 9b Light shielding plate moving means axis 10 Light shielding means opening / closing string roller means 11 Handle 12a Stop fitting 12b Receiving fitting 13 Duplex closed end member connecting means 14a Storage section cover 14b Storage part guide side cover 15 Tape measure means 16 Tape means 17a Member guide sliding seal 17b Member guide raised seal 17c Closed side support seal 17d Storage part guide side cover seal 17e Storage part cover seal 18 Light shielding means 18a Light shielding means closed side top 18b Light shielding means middle (excluding 18a, 18c) 18c Light shielding means open side end 19a Storage end rotating hinge 19b Outside rotating hinge 19c Closed end member weight moving shaft mounting base 20 Light shielding means opening / closing string 21 Opening / closing string connecting part 22 Slant moving means Support 23 X structure

Claims (10)

[Claims] 1. As a frame of the member 2, a storage-side support 1a, a closed-side support 1b, a storage portion 7, a member guide 6a, an outer rotation axis moving means guide 6b, and a member weight moving means guide 6.
c, and the storage-side column 1a is
, Storage section guide side cover 14b, storage end rotatable 3
a, and one end of an elastic body 4 that stores a pulling force 4a is attached, and the other end of the elastic body 4 is attached to the storage end side member 2a and has a storage section guide side cover seal 17d. The storage section cover 14a having the storage section cover seal 17e is attached between the upper and lower storage sections 7, and the closed-side support 1b includes the member guide 6a, the outer rotation axis moving means guide 6b, and the member weight movement. Means guide 6c
The tape measure shape means 15, the receiving metal fitting 12b, and the closed side support seal 17c are further mounted, the storage section 7 is provided with the oblique moving means guide 6d, and the member guide 6a is provided with the tape guide 6e. , A member guide sliding seal 17a and a member guide raised seal 17b, and further, a member weight moving means guide 6c and an oblique moving means guide 6d are attached, and the outer rotating shaft moving means guide 6b.
Is mounted with the outer rotation axis moving means 8d, the member weight moving means guide 6c is mounted with the member weight moving means 8b, and the member 2 includes the storage end side member 2a, the closing side member 2d,
Using the plurality of even-numbered members 2b and the plurality of odd-numbered members 2c, the storage end-side member 2a is arranged on the storage section 7 side, and the storage end-side member 2a, the even-numbered member 2b, the odd-numbered member 2c, and the even-numbered member are arranged. Connected to the member 2b, the odd-numbered member 2c,
And the member 2 has a storage end rotatable 3
a, an inner rotatable 3b, an outer rotatable 3c, an oblique moving means 8a, a storage end rotatable hinge 19a, an outer rotatable hinge 19b, and a closed end member weight moving shaft mounting base 19c.
Elastic member 4 is attached, and member weight moving means 8b;
The outer rotating shaft moving means 8d includes a housing end side member rotating shaft 5a.
And the outer rotating member rotating shaft 5b and the member weight moving shaft 5d.
The oblique moving means 8a is connected to and attached to the closing member weight moving shaft 5e and the storage end member weight moving shaft 5, and the oblique moving means 8a is attached to the member by the oblique moving means support 22, and the closed member 2
d is a handle 11, a fastener 12a, and a tape means 1.
When the member 2 is closed by a one-sided window, door, or partition having a configuration with six ends attached, the entire member 2 moves to the closed-side column 1b, and at this time, the storage-side column 1a The elastic body 4 attached between the storage end side members 2a stores a force 4a for drawing in the elastic body 4, releases the force of the elastic body 4 by a force when the member is opened, and a force 4c for pushing and opening, After the member 2 is moved in the direction of the storage column 1a by the force 4a of the retracting force 4, the linear state of the member 2 is broken and folded by the operation of the oblique moving means 8a and the outer rotating shaft moving means 8d. The member is moved by the pushing and opening force 4c, and by the action of the oblique moving means 8a and the outer rotating shaft moving means 8d, the linear state of the next member 2 is broken, and the members are sequentially folded, and straight lines and curves are opened and closed. One-sided windows, doors and partitions. 2. The member 2 frame includes a storage-side support 1a, a closed-side support 1b, a storage section 7, a member guide 6a, an outer rotation axis moving means guide 6b, and a member weight moving means guide 6.
c, and the storage-side column 1a is
, Storage section guide side cover 14b, storage end rotatable 3
a, and one end of an elastic body 4 for storing a rotating force 4b is attached, and the other end of the elastic body 4 is attached to the inner rotating member rotating shaft 5c, and has a storage section guide side cover seal 17d. The storage section cover 14a having the side cover 14b and the storage section cover seal 17e is attached between the upper and lower storage sections 7, and the closed side support 1b is connected to the member guide 6a.
And an outer rotation axis moving means guide 6b and a member weight moving means guide 6c.
, A receiving metal fitting 12b and a closed-side column seal 17c are attached, the storage section 7 is attached with an oblique moving means guide 6d, and the member guide 6a is a tape guide 6e, a member guide sliding seal 17a, and a member guide. Brushed seal 17b
Further, the outer rotation axis moving means guide 6b to which the member weight moving means guide 6c and the oblique movement means guide 6d are mounted, the outer rotation axis moving means 8d is mounted,
The member weight moving means guide 6c is connected to the member weight moving means 8b.
The member 2 includes the storage end side member 2a on the storage portion 7 side using the storage end side member 2a, the closed side member 2d, the plurality of even numbered members 2b, and the plurality of odd numbered members 2c. Arrange
The storage end side member 2a, the even numbered member 2b, the odd numbered member 2c,
Connected to the even numbered member 2b and the odd numbered member 2c, a closed side member 2d is arranged and attached at the end, and the member 2 further includes a storage end rotatable 3a, an inner rotatable 3b, and an outer rotatable. Free 3
c, the storage end pivot hinge 19a, and the outer pivot hinge 19
b, the closed end member weight moving shaft mounting base 19c is attached, and further, the member 2 excluding the storage end side member 2a and the next even-numbered member 2b connected to the storage end side member 2a has the oblique moving means 8a. The inner rotating member rotating shaft 5c is mounted on the storage end side member and the inner rotatable member 3b up and down, or up and down, of the next even-numbered member connected to the storage end side member. A storage end side member rotation shaft 5a above and below 2a;
The storage end member weight moving shaft 5f is fixedly attached to the storage portion 7, or the member weight moving means 8b, the outer rotating shaft moving means 8d, the member weight moving shaft 5d, and the closing member weight movement. The member weight moving means 8b and the outer rotating shaft moving means 8d are connected to and attached to the shaft 5e, and are connected to the outer rotating member rotating shaft 5b, the member weight moving shaft 5d, and the closing member weight moving shaft 5e. The oblique moving means 8a is attached to the member by an oblique moving means support 22, and the closing member 2d is a one-sided open-closed structure in which the handle 11, the stopper 12a, and the end of the tape means 16 are attached. When the member 2 is closed by a window, a door, or a partition of the type, the entire member 2 moves to the side of the closing column 1b, and at that time, the elastic body attached between the storage column 1a and the storage end member 2a. 4 stores a rotating force 4b on the elastic body 4. Alternatively, when the member 2 is closed, the entire end of the member 2 does not move to the side of the closing column 1b, and the force of the storage end side member 2a trying to become a straight line is stored as a force 4b for rotating the elastic body 4. With the force when the member is opened, the force stored in the elastic body 4 is released, and the force 4c for pushing and opening and the force 4b for rotating the elastic body 4 break the linear state of the member 2 so that the member 2 can be folded. Later, with the pushing and opening force 4c,
One-sided windows, doors and partitions that open and close straight and curved lines that fold members. 3. The member 2 frame includes a storage-side support 1a, a closed-side support 1b, a storage section 7, a member guide 6a, an outer rotation axis moving means guide 6b, and a member weight moving means guide 6.
c, and the storage-side column 1a is
, Storage section guide side cover 14b, storage end rotatable 3
a is provided and has a storage unit guide-side cover seal 17d, and has a storage unit guide-side cover 14b and a storage unit cover seal 17e. The storage unit cover 14a is mounted between the upper and lower storage units 7, and has a closed-side support. 1b is a member guide 6a
And an outer rotation axis moving means guide 6b and a member weight moving means guide 6c.
, A receiving metal fitting 12b and a closed-side column seal 17c are attached, the storage section 7 is attached with an oblique moving means guide 6d, and the member guide 6a is a tape guide 6e, a member guide sliding seal 17a, and a member guide. Brushed seal 17b
Further, a member weight moving means guide 6c and an oblique moving means guide 6d are attached, the outer rotating axis moving means guide 6b is attached with an outer rotating axis moving means 8d, and the member weight moving means guide 6c is The member 2 includes a storage end-side member 2a, a closing-side member 2d, a plurality of even-numbered members 2b, and a plurality of odd-numbered members 2.
c, the storage end side member 2a is arranged on the storage section 7 side, and connected to the storage end side member 2a, the even numbered member 2b, the odd numbered member 2c, the even numbered member 2b, the odd numbered member 2c, and the terminal end. The closing member 2d is disposed and attached to the housing 2. Further, the member 2 includes a storage end rotatable 3a, an inner rotatable 3b, and an outer rotatable 3c.
, Storage end pivot hinge 19a, and outer pivot hinge 19b
And the closed end member weight moving shaft mounting base 19c is attached. Further, the oblique moving means 8a is inclined to the storage end side member 2a and the member 2 except the next even-numbered member 2b connected to the storage end side member 2a. The inner rotating member rotating shaft 5c is attached to the storage end side member and the next even-numbered member connected to the storage end side member, which is attached to the storage end side member 22 and is rotatable inside 3b up and down, or up and down. A storage end side member rotating shaft 5a above and below the storage end side member 2a, and a storage end member weight moving shaft 5f.
Is fixedly attached to the storage section 7, and the member weight moving means 8b and the outer rotating shaft moving means 8d are provided with an outer rotating member rotating shaft 5b, a member weight moving shaft 5d, and a closed member weight moving shaft. The oblique moving means 8a is attached to the member by an oblique moving means support 22, and the closing side member 2d is constituted by attaching the handle 11, the stopper 12a, and the end of the tape means 16 to the member 5e. When the member 2 is closed by a single-opening window, door or partition, the storage end side member 2a
And a force 4c for pushing and opening the next even-numbered member 2b connected to the storage end-side member 2a, leaving the next even-numbered member 2b in a foldable state instead of a linear state.
A window, a door or a partition that opens and closes a straight line or a curved line in a method of folding a member with a pushing and opening force 4c, which is a force when the member is opened while being left in a state where it can be folded. 4. The closed-side member 1d is constructed so that the closed-side column 1b is eliminated and the function of the closed-side column 1b is eliminated. To stop the member 2 when the member 2 is closed, to have the stop in the member guide 6a, to open and close a straight line or a curved line, to open and close a window, a door or a partition. 5. The two closed side members 2d facing each other are arranged opposite to each other with the outer rotation axis moving means guide 6b as a center, and the two closed side members 2d are connected by the double closed end member connecting means 13. The handle 11, the stopper 12 a, and the like attached to the closed-side member 2 d are connected to the duplexed closed-end member connecting means 13.
One-sided windows, doors and partitions for opening and closing straight and curved lines with a double structure, with the connection at the end of the tape means 16 shifted. 6. The double-closed member connecting means 1 according to claim 5,
3 as a symmetrical shape, and remove the closed side support 1b,
A dual structure in which the function of the closed-side column 1b is provided in one of the two double-ended closed-end member connection means 13, and the member 2 is stopped when the member 2 is closed, and the stop portion is provided in the member guide 6a. Windows, doors and partitions that open and close straight and curved lines. 7. A light-shielding plate moving means guide (6) above the space between the members (2), wherein the light-shielding plate guide (6g) is provided between the members (2).
f, and further on the light guide moving means guide 6f,
A light-shielding plate moving means 8e having a light-shielding plate moving means leading shaft 9a and a light-shielding plate moving means axis 9b is attached, and further, a light-shielding means closed-side leading end 18a, a plurality of light-shielding means middles 18b, and a light-shielding means closed-side end 18c. , The light shielding plate moving means leading axis 9a
And a light shielding plate moving means shaft 9b and an upper part of the light shielding plate guide 6g, and a light shielding means closed side leading end 18a is attached.
The X structure 23 is attached to the two light shielding plate moving means leading shafts 9a, and the light shielding means opening / closing string 20 is connected to the opening / closing string connecting portion 21.
Through the light shielding means opening and closing string roller means 10,
A light shielding means of a double-structured window, door or partition, which exits from the storage portion 7 or the outlet of the double-ended closed end member connecting means 13 and can be opened and closed by the light shielding means opening / closing string 20. 8. The tape means 16 of the tape measure means 15 attached to the closing side support 1b, the closing side member 2d, and the duplexed closed end member connecting means 13, via the tape guide 6e of the member guide 6a. The tape means 16 end is connected to the other closed-side member 2d or the duplexed closed-end member connecting means 13 so that the tape-shaped means is automatically adjusted according to the movement of the closed-side member 2d or the duplexed closed-end member connecting means 13. 15 to tape means 16
To cover the groove of the member guide 6a, the tape measure means 15, the tape means 16, and the member guide 6a ensure the safety as a passage and prevent dust from entering the member guide 6a. Method. 9. The space between the upper and lower storage sections 7 and between the upper and lower storage sections 7
A storage section cover 14a having a storage section cover seal 17e and a storage section guide side cover 14b having a storage section guide side cover seal 17d are provided between the outer rotating shaft moving means guides 6b.
And further, the storage column 7 is connected in the vertical direction so as to cover the storage sections 7, thereby preventing the storage sections 7 from rain and preventing dust from entering. 10. An oblique moving means support 22 structure having rotation, supporting the oblique moving means 8a, and obliquely moving means guide 6d.
When the member 2 is moved in the oblique direction when the member 2 is moved in the direction of the storage-side support 1a in contact with the member, when the member 2 is closed, the rotation of the oblique moving means support 22 is broken and comes into contact with the oblique moving means guide 6d. An oblique moving means 8a structure in which the force of the oblique moving means 8a is weakened and the member 2 is supported by a rotating oblique moving means support 22 which does not prevent the member from being pulled out of the storage portion when the member 2 is closed.