JP4863656B2 - Residential - Google Patents

Description

  The present invention relates to provision of a house that can be used by easily changing an indoor space such as a living room, a dining room, an entrance hall, and a space around a staircase to various forms of indoor spaces according to its ease of use.

  In a conventional Japanese house, each indoor space is partitioned using various kinds of furniture such as shoji, board door, bran, etc., and for various events that require a large indoor space, the indoor space is partitioned. It was designed to create and use the desired large space by removing the joinery.

  In such a conventional Japanese house, each room is partitioned by loose fittings that are relatively easy to open and close, so each indoor space in the house is related to each other to form a shared space, and it is harmonious It has a feature that can bring a comfortable living space to the house.

  However, in such a conventional Japanese house, there is a problem that impairs the privacy of each individual when living in each indoor space.

  By the way, in a recent housing structure, each indoor space provided in the house is an independent living space, etc. by each partition wall, etc. In doing so, it is performed by opening and closing doors and other fittings provided at the opening of each living space. The opening is an opening having a size necessary for entering and exiting the living space, and a child door is provided in the opening for carrying in furniture and the like. Depending on the situation, there is one that is maintained in a fixed state. (Patent document 1) Moreover, the latch lock etc. were used as an easy opening-and-closing means of the door etc. which are provided in the said opening part. (Patent Document 2)

  In the partition device shown in Patent Document 3, a device that allows one room to be used as a plurality of individual living spaces has been proposed.

  Although such a partition device is effective when a large room is used as a plurality of individual living spaces, it requires a lot of labor and members to install the device, and each partition device is divided by the partition device. In order to change the form of the individual living space to another form of individual living space, there is a problem that requires more work and the like.

  In the housing structure shown in Patent Document 4, the corridor and the room adjacent to the corridor are blocked by a blocking member at two places on the corridor, or the blocking state is released, so that the corridor and A housing structure has been proposed in which a room adjacent to the corridor is used as one room space, or the corridor and a room adjacent to the corridor can be used separately for each purpose.

  However, in such a housing structure, the corridor and the room adjacent to the corridor are spatially one space, and the corridor is simply cut off at two places by the blocking members, thereby forming a room space including the corridor space portion. However, the indoor space in a house cannot be used by changing it to an indoor space having a form corresponding to various purposes of use.

  In addition, when using the folding door as a movable partition means, the indoor space in the house is partitioned as needed, and when the purpose of partitioning is lost, or when the indoor space needs to be set to a large size, etc. Some of these folding doors are brought close to the corners of walls.

  Such a folding door as a partitioning means can be easily divided into a partition intended for indoor space, and has the advantage that the folding door used for the partition can be brought close to a wall or the like and easily changed into a large indoor space. is doing.

However, the folding door as the partition means has a problem that it is bulky when brought close to a wall or the like, and it is necessary to provide a guide means such as a guide rail. The guide rail installed on the floor obstructs walking or the like. And the guide rails installed on the ceiling side have problems such as hindering the spatial spread of the indoor space.
JP-A-8-135260 JP 2005-105730 A Japanese Patent Laid-Open No. 7-139063 JP-A-11-62276

  In this way, while effectively partitioning the limited indoor space, in an appropriately protected state such as privacy, the partitioned indoor space is effectively used, or if necessary, removal of the partitioning means, It is necessary to use the indoor space in a convenient form corresponding to each purpose of use by changing the partition section of the partition means.

  However, there is no housing provided with partitioning means that satisfies such conditions and that can easily partition indoor spaces and can easily remove the partitioning means or change the partitioning mode. .

  From this point of view, it is necessary to provide a housing that can be used by partitioning indoor spaces so as to correspond to the purpose of use, and that can be used by easily changing and partitioning each indoor space according to the purpose of use. It was done.

The present invention, in order to solve the above problems, the plan view is surrounded by the three partition will interface and the shared space forming a positive triangles, continuous to the shared space by the partition will interface the shared space With indoor space ,
A partition body for partitioning the planned partition boundary surface at the planned partition boundary surface of the shared space is provided so as to be rotatable on the base end side, and the lateral width is approximately half of the lateral width of the planned partition boundary surface. Then, the housing is characterized in that the shared space and the indoor space can be partitioned at the planned partitioning boundary surface by bringing the tip ends of a pair of adjacent partitions into contact with each other.

  In a house constructed in this way, the shared space and each indoor space continuous to the shared space can be configured as a single continuous indoor space by only rotating the partition, or each partition is scheduled By partitioning on the boundary surface, it can be configured as a partition indoor space of each aspect, and can be used in a form corresponding to each purpose of use.

  Next, in the housing according to the above-described configuration, one partition body in the pair of partition bodies that divide the planned partition boundary surface by bringing the leading ends into contact with each other can be maintained in a stopped state on the planned partition boundary surface. In a house characterized by being, in addition to the above features, the other partition body may be configured as a convenient entry / exit means on the planned partition boundary surface with the partition body maintained in one stopped state. it can.

  The house according to the present invention is configured as a single indoor space in which each shared body and each indoor space continuous to the shared space communicated in series by rotating each partition body from the planned partitioning boundary surface to the wall side or the like. Moreover, it can be configured as an indoor space of each aspect by partitioning the shared space and the indoor space connected to the shared space at an arbitrary scheduled partition surface using the partition body.

  Hereinafter, based on FIGS. 1-14, the house H which concerns on the best form for implementing this invention is demonstrated.

  Here, FIG. 1 shows the house H as the best mode for carrying out the invention, with each partition 10 provided on each partition planned boundary surface B in the house H along the wall surface, etc. 2, in a state where one scheduled partition boundary surface B is partitioned by the partition body 10, in FIG. 3, in a state where the other partitioned partition boundary surface B is partitioned by the partition body 10, in FIG. In a state in which the planned partition boundary surface B is partitioned by the partition body 10, each is viewed from above. FIG. 5 is a partially broken view of a typical partition body 10, a main part thereof is obliquely viewed from above, FIG. 6 is a partially broken view of the partition body 10, and FIG. 7 is a view of the partition body 10. FIG. 8 shows the operation of the joinery lever from a side with a part of the partition body 10 broken, and FIG. 8 shows the operation of dropping the partition 10 from the side with a part of the partition body 10 broken. The main part of the partition 10 is broken and shown from the top. FIG. 10 shows an example in which the indoor space A is partitioned using the partition body 10 in a perspective state, and FIG. 11 further shows another partition state in a perspective state. FIG. 12 shows a state in which each partition 10 is placed along a wall surface or the like in another typical house H, and in FIG. 13, each partition 10 is placed in a wall or the like in another typical house H. FIG. 14 shows a state where the partition body 10 is placed along the wall surface in another typical house H as viewed from above.

  The house H according to the best mode for carrying out the present invention is a shared space Ad that is surrounded by a plurality of planned partitioning boundary surfaces B and has a regular polygon in plan view, that is, the plan view has a regular polygon. A shared space Ad surrounded by each planned partition boundary surface B, and an indoor space A continuous to the shared space Ad at each planned partition boundary surface B of the shared space Ad, the shared space Ad A partition body 10 that partitions the planned partition boundary surface B with the planned partition boundary surface B is rotatably provided on the base end side 10b, and the lateral width of the partition body 10 is substantially equal to the lateral width of the planned partition boundary surface B. It halves, and it is configured so that the shared space Ad and the indoor space A can be partitioned by the planned partition boundary surface B by bringing the tip ends 10a of a pair of adjacent partitions 10 into contact with each other.

  In the house H configured as described above, the shared space Ad and each indoor space A continuous to the shared space Ad are configured as a single continuous indoor space by only rotating the partition 10. By partitioning at each planned partition boundary surface B, it can be configured as a partition indoor space A of each mode, and can be used in a mode corresponding to each purpose of use.

  Moreover, in the house H according to the above configuration, one partition body 10 in the pair of partition bodies 10 that divide the planned partition boundary surface B by contacting the distal end side 10a is stopped on the planned partition boundary surface B. In the house H that can be maintained, the other partition body 10 can be configured as a convenient entry / exit means on the planned partition boundary B with the partition body 10 maintained in one stopped state.

  The shared space Ad provided in the house H is surrounded by each partition planned boundary surface B constituting the shared space Ad, and the plan view is a regular triangle, regular tetragon, regular pentagon, regular hexagon, regular n-polygon As long as it has a square shape, and the shared space Ad is provided with each indoor space A continuous with each planned partition boundary surface B constituting the shared space Ad, the shared space Ad has any form. Also good.

  The shared space Ad and the indoor space A connected to the shared space Ad via each planned partition boundary surface B are such that the shared space Ad formed by the planned partition boundary surface B is a regular polygon in plan view. In addition, any configuration can be used as long as each partition planned boundary surface B can be partitioned from the indoor space A continuous with the shared space Ad using the partition body 10. For example, each of the indoor space A and the shared space Ad may be a kind of various indoor spaces A such as a living room, a dining room, a living / dining room, a entrance hall, a space around a staircase, or the like. It can be configured by a plurality of types. In addition, the indoor space A that is partitioned from the shared space Ad by the partition 10 at the planned partition boundary surface B may be any form of indoor space A. For example, each of the indoor spaces A may be a living room or It can be used as various indoor spaces A such as dining rooms, living / dining rooms, entrance halls, and spaces around stairs.

  In the house H configured as described above, the partition body 10 provided so that the base end side 10b can be rotated on the side where the adjacent planned partition boundary surface B intersects is separated from the planned partition boundary surface B. Each of the indoor spaces A, A... Connected to the shared space Ad via each scheduled partition boundary surface B, B... By being separated and attached to a wall or the like provided with the partition 10. Ad can be configured as one indoor space that is continuous in series.

  Further, by partitioning the shared space Ad and the indoor space A continuous to the shared space Ad with any one scheduled partition boundary surface B using a pair of partition bodies 10 and 10 adjacent to each other, The indoor space A divided from the shared space Ad and the indoor space A other than the indoor space A and the single indoor space that is constituted by the shared space Ad can be divided and used.

  Further, in the housing H including the shared space Ad that is formed by surrounding the planned partition boundary surface B and having a regular polygon that is a regular polygon equal to or larger than a regular square, the partition bodies 10 and 10 adjacent to each other are used. Thus, the shared space Ad and the indoor space A continuous therewith are partitioned by any one or more planned partitioning boundary surfaces B constituting the shared space Ad to form various forms of indoor spaces. Can be used.

  For example, in a house H provided with a shared space Ad that is surrounded by three planned partition boundary surfaces B and has a regular triangle in plan view, it is continuous to the shared space Ad via the first planned partition boundary surface Ba. The first indoor space Aa being shared, the second indoor space Ab continuing to the shared space Ad via the second planned partition boundary surface Bb, and the third shared partition surface Bc via the third planned partition boundary surface Bc The third indoor space Ac is connected to the space Ad.

  In the house H having such a configuration, the partition body 10 that is rotatably provided on the base end side 10b is separated from the planned partition boundary surface B on the side where adjacent partition planned boundary surfaces B intersect with each other. A series of continuous ones composed of the first indoor space Aa, the second indoor space Ab, the shared space Ad, and the third indoor space Ac, such as by being attached to a wall or the like provided with the partition 10 The indoor space can be configured and used. Further, by dividing the shared space Aa and the first indoor space Aa by the first scheduled partition boundary surface Ba using the pair of partition bodies 10, 10, the second indoor sky Ab, the shared space Ad, and the second 3 indoor spaces Ac can be partitioned and used as one continuous indoor space and the first indoor space Ab. In addition, by dividing the shared space Ad and the second indoor space Ab by the second scheduled partition boundary surface Bb using the pair of partition bodies 10 and 10, the first indoor space Aa, the shared space Ad, and the first Can be divided into a series of one indoor space consisting of three indoor spaces Ac and the second indoor space Ab. Further, by dividing the shared space Ad and the third indoor space Ac by the third scheduled boundary surface Bc using the pair of partition bodies 10 and 10, the first indoor space Aa, the shared space Ad, and the first The two indoor spaces Ab can be partitioned into a single continuous indoor space and the third indoor space Ac.

  Further, the partition body 10 is provided on the side where the planned partition boundary surface B intersects so that the base end side 10b can be rotated, and the lateral width is substantially half of the lateral width of the planned partition boundary surface B. As long as the shared space Ad and the indoor space A can be partitioned by any one surface of the planned partition boundary surface B by bringing the tip ends 10a of a pair of partition bodies 10 adjacent to each other into contact with each other. Any form may be used, and any form may be provided.

  That is, in the shared space Ad that forms a regular polygon in plan view, each partition 10 is positioned on the side where the adjacent partition boundary surfaces B that are adjacent to each other intersect, and the base end side 10b is positioned. Further, each partition 10A has a lateral width that is approximately half the lateral width of each planned partition boundary surface B.

  For example, in the house H having the shared space Ad that forms an equilateral triangle in plan view, the first partition planned boundary surface Ba and the third planned partition boundary surface Bc in the shared space Ad intersect with each other. Positioning the end side 10b, on the side where the first partition 10A, which is rotatably provided on the base end side 10b, and the first scheduled partition boundary surface Ba and the second scheduled partition boundary surface Bb intersect. Positioning the base end side 10b, the second partition 10B provided to be rotatable on the base end side 10b, the second partition planned boundary surface Bb, and the third partition planned boundary surface Bc crossing each other. It has a third partition body 10C that is positioned on the base end side 10b and is rotatably provided on the base end side 10b. In addition, the first partition body 10A has a lateral width that is planned to be a first partition. Width of boundary surface Ba and third partition schedule The width of the second partition 10B is approximately the same as the width of the first scheduled boundary surface Ba and the width of the second scheduled boundary surface Bb. The horizontal width dimension of the third partition 10C is set to be approximately half the horizontal width of the second planned partitioning boundary surface Bb and the lateral width of the third planned partitioning boundary surface Bc.

In addition, the partition 10 may be made of any material such as a product made of wood, a metal material, or a composite material made of a plurality of materials such as wood and paper. Further, the partition 10 may be configured to include various decorative surfaces such as a plate-shaped decorative surface, a cross-finished decorative surface, a metal plate-shaped decorative surface, a bran-shaped decorative surface, and a shoji-shaped decorative surface. it can.

  Moreover, the partition body 10 may be any form of the partition body 10 such as a door-type partition body 10 such as a door or a double door folding door-type partition body 10 including a plurality of leaves.

  Such a partition 10 is, for example, a door-like body made of a board material, a door-like body made of a panel material, a door-like body made of a frame material, a shoji-like door-like body made by attaching paper to the frame material, It may be of any configuration such as a bowl-like door with paper or cloth pasted on both sides.

  Further, means for maintaining one partition member 10 in the pair of partition members 10 that are in contact with each other at the tip end side 10a and partitioning the indoor space A at the planned partition boundary surface B of the indoor space A is the partition member 10. Any means may be used as long as it can be maintained on the planned partition boundary surface B. For example, various stoppers for positioning the fixed partition 10 on the planned partition boundary surface B in a stopped state. By the means, the partition body 10 can be maintained on the planned partition boundary surface B in a stopped state.

  The stopper means may be any form of stopper means as long as it has a stopper function capable of maintaining the partition 10 on the fixed side with respect to the floor, ceiling, wall, etc. For example, in both the partition body 10 and the floor 40, the stopper member provided on the other side is inserted into the stopper receiver provided on one side, and the partition body 10 is stopped. To maintain the partition body 10 in a stopped state by hooking the detachable hooks provided on both sides, or to hold the partition body 10 with respect to the floor 40 by a stopper member provided separately. Thus, an appropriate stopper means such as maintaining the stopped state can be used.

  First, the house H according to the best mode for carrying out the invention shown in FIGS. 1 to 11 will be described.

  The house H shown in FIGS. 1 to 11 is a shared space Ad surrounded by each planned partition boundary surface B and has a regular polygon in plan view. In this illustrated example, three partition planned boundary surfaces B A shared space Ad that is surrounded by a plan view and forms an equilateral triangle, and an indoor space A that is continuous with the shared space Ad at each planned partition boundary surface B of the shared space Ad, the shared space Ad A partition body 10 for partitioning the planned partition boundary surface B with the planned partition boundary surface B of Ad is rotatably provided on the base end side 10b, and the lateral width of the partition body 10 is divided by the width of the planned partition boundary surface B. The common space Ad and the indoor space A can be partitioned by any one surface of the planned partitioning boundary surface B by bringing the tip end sides 10a of a pair of adjacent partitions 10 and 10 into contact with each other. It is configured.

  The house H in the illustrated example is connected to the shared space Ad by the shared space Ad that is surrounded by the three scheduled boundary surfaces B and has a regular triangle in plan view, and the planned partitioned boundary surfaces B of the shared space Ad. In addition to the indoor space A, each corner of the shared space Ad is provided with a partition end that can be rotatably provided with a base end side 10b of the partition 10 and one for each partition end. The partition body 10 is provided. And the partition body 10 which partitions the said partition scheduled boundary surface B in the partition planned boundary surface B of the said shared space Ad is provided so that the base end side 10b can be rotated to the said partition edge part, and also the width | variety Is approximately half the width of the planned partition boundary surface B, and the shared space Ad is defined by any one surface of the planned partition boundary surface B by bringing the tip ends 10a of the adjacent pair of partition bodies 10 and 10 into contact with each other. And the indoor space A can be partitioned.

  In the house H configured as described above, the shared space Ad and each indoor space A continuous to the shared space Ad are configured as a single continuous indoor space A by only rotating the partition 10. Or by partitioning at each scheduled partition boundary surface B, it can be configured as a three-partition partition indoor space A, and can be used in a manner corresponding to each purpose of use. Further, when partitioning by the partition 10, it is not necessary to provide rails or other guide means on the floor, ceiling, etc., and a clean indoor space can be configured.

  Further, in the housing H according to the above configuration, one partition body 10 in the pair of partition bodies 10 that divide any one surface of the planned partition boundary surface B by bringing the tip end side 10a into contact with each other, In the house H that can be maintained in the stopped state on the surface B, the other partition body 10 is used as a convenient entry / exit means on the planned partition boundary surface B with the partition body 10 maintained in one stopped state. Can be configured.

  The indoor space A that is continuous with the shared space Ad through the planned partition boundary surfaces B, that is, the first indoor space Aa that is continuous with the shared space Ad through the first planned partition boundary surface Ba. A second indoor space Ab that is continuous to the shared space Ad via the second planned partition boundary surface Bb and a third continuous space Ad to the shared space Ad via the third planned partition boundary surface Bc. In the indoor space Ac and the shared space Ad, the shared space Ad formed by the planned partition boundary surface B forms an equilateral triangle in a plan view, and the planned partition boundary surface B forms the shared space Ad. Any configuration may be used as long as it is configured to partition between the continuous indoor spaces A using the partition 10, for example, each of the indoor spaces A and the shared space Ad Living room And, and the dining room, it is possible to configure and living and dining room, and an entrance hall, by one kind or more kinds of various indoor space A, such as stairs around space. In addition, the indoor space A configured to be partitioned from the shared space Ad by the partition 10 on the planned partition boundary surface B may be any form of indoor space, for example, each of these indoor spaces A in a living room, It can be used as various indoor spaces such as dining rooms, living / dining rooms, entrance halls, and stairs space.

  In the house H configured in this way, the partition body 10 that is provided on the side where the planned partition boundary surface B in the shared space Ad intersects with the base end side 10b so as to be rotatable can be partitioned. A first indoor space Aa that is continuous with the shared space Ad via the first scheduled partition boundary Ba, such as by being attached to a wall or the like provided with the partition body 10 apart from B, and The second indoor space Ab that is continuous to the shared space Ad via the second planned partition boundary surface Bb, and the third indoor space that is continued to the shared space Ad via the third planned partition boundary surface Bc Ac and the shared space Ad can be configured as a single continuous indoor space. In addition, the shared space Ad and the first indoor space Aa are partitioned by the first partition boundary surface using the pair of partition bodies 10 and 10, so that the second indoor space Ab, the shared space Ad, and the third The indoor space Ac can be divided into a series of one indoor space and the first indoor space Aa. In addition, by dividing the shared space Ad and the second indoor space Ab by the second scheduled partition boundary surface Bb using the pair of partition bodies 10 and 10, the first indoor space Aa, the shared space Ad, and the first Can be divided into a series of one indoor space consisting of three indoor spaces Ac and the second indoor space Ab. Further, by dividing the shared space Ad and the third indoor space Ac by the third scheduled boundary surface Bc using the pair of partition bodies 10 and 10, the first indoor space Aa, the shared space Ad, and the first The two indoor spaces Ab can be partitioned into a single continuous indoor space and the third indoor space Ac.

  The house H according to the illustrated example is provided with the partition body 10 configured as a door-like partition body 10 ′ on the first floor portion of the house H, and each door from the entrance hall 104 provided with the entrance door. The living room 102 and the living / dining room 101 equipped with a kitchen can be entered and exited, and the living room 102 can be entered and exited through a sliding door to a corridor 109 that forms a staircase space. The corridor 109 can be accessed from the living / dining room 101 through a sliding door.

  The corridor 109 is provided with a staircase 106, and can enter and exit the toilet room 110 through a door and the wash / wash space 112 through a sliding door. It is comprised so that it can enter / exit into the bathroom 111 through a folding door as a dressing room.

  The living room 102 has a boundary 107 with the living / dining room 101 having an opening 107 that is open over the entire width of the living room 102. A fixed wall such as a partition wall is fixed between the living room / dining room 101 and the living room 102. The partition means is not provided.

The partition wall 114 a between the living / dining room 101 and the corridor 109 protrudes from the partition end 114 a ′ on the living room 102 side and the outer wall of the living / dining room 101 to the living / dining room 101. A first partition planned boundary surface Ba that blocks the space between the partition wall 114b and the protruding partition end 114b ′.
A living room at a partition wall end 114 b ′ of the partition wall 114 b protruding from the outer wall of the living / dining room 101 to the living / dining room 101 and a partition wall 114 c between the living room 102 and the entrance hall 104. A second partition planned boundary surface Bb that plugs between the partition end portion 114c ′ on the dining room 101 side;
The partition end 114c ′ on the side of the living / dining room 101 in the partition wall 114c between the living room 102 and the entrance hall 104 and the partition wall 114a between the living / dining room 101 and the corridor 109 The space surrounded by the third scheduled partition boundary surface Bc that covers the space between the partition end portion 114a ′ on the living room 102 side is an equilateral triangular shared space Ad in plan view.

  Then, the living / dining room 101 is divided by a first partition planned boundary surface Ba that constitutes a common space Ad that forms an equilateral triangle in a plan view. In the illustrated example, the first dining room is configured as a first dining room. Indoor space Aa. In addition, the living / dining room 101 is divided by a second scheduled partition boundary surface Bb that constitutes the shared space Ad, and in the illustrated example, it is a second indoor space Ab that constitutes the living room. Further, the living / dining room 101 and the living room 102 are separated by a third scheduled partition boundary surface Bc constituting the shared space Ad. In the illustrated example, the third indoor area constituting the living room is divided. It is a space Ac.

  The side where each partition planned boundary surface B of the shared space Ad configured in this way intersects, that is, the side where the first planned partition boundary surface Ba and the third planned partition boundary surface Bc intersect, For example, a door-shaped partition 10 ′ as a first partition 10A can be rotated at a partition end 114a ′ on the side of the living room 102 in the partition wall 114a between the living / dining room 101 and the corridor 109. It is provided. Then, the side where the first planned partition boundary surface Ba and the second planned partition boundary surface Bb intersect, in this example, is projected from the outer wall of the living / dining room 101 to the living / dining room 101. A door-like partition body 10 ′ as a second partition body 10B is rotatably provided at the protruding partition end 114b ′ of the partition wall 114b. Further, the living room in the partition wall 114c between the living room 102 and the entrance hall 104 in the illustrated example is the side where the second scheduled partition boundary surface Bb and the third scheduled partition surface Bc intersect. A door-shaped partition 10 ′ as a third partition 10C is rotatably provided at the partition end 114c ′ on the dining room 101 side.

The first partition body 10A, the second partition body 10B, and the third partition body 10C all have substantially the same lateral width dimension, and the lateral width is set to each partition planned boundary surface B. It is designed to have a dimension that is approximately half of the horizontal width.
That is, the partition wall 114a between the living / dining room 101 and the corridor 109 protrudes into the living / dining room 101 from the partition end 114a ′ on the living room 102 side and the outer wall of the living / dining room 101. An interval between the protruding partition end 114b ′ of the partition wall 114b,
The partition wall 114b protruding from the outer wall of the living / dining room 101 to the living / dining room 101 has a protruding end 114b ′ and a partition wall 114c between the living room 102 and the entrance hall 104. The distance from the partition end 114c ′ on the dining room 101 side,
The partition end 114c ′ of the partition wall 114c between the living room 102 and the entrance hall 104 on the side of the living / dining room 101 and the living room in the partition wall 114a between the living / dining room 101 and the hallway 109 The distance between the room and the partition end 114a ′ on the room 102 side is approximately half the width.

  The partition-like partition body 10 ′, which is each of the partition bodies 10, protrudes into the living / dining room 101 in the partition wall 114 a and the second indoor space Ab between the first indoor space Aa and the corridor 109. Each partition wall 114b and the third indoor space Ac and each partition planned boundary surface constituting the shared space Ad so as to be along the partition wall 114c between the entrance hall 104 and the entrance wall 104 (state shown in FIG. 1). By opening B, the first indoor space Aa, the second indoor space Ab, and the third indoor space Ac are each made one continuous indoor space via the shared space Ad. That is, the living / dining room 101 and the living room 102 in a state where the door-shaped partition 10 ′ that is the partition 10 is not used can form a single indoor space that is continuous in series.

  Next, by partitioning the first scheduled partition boundary surface Ba between the first indoor space Aa and the shared space Ad as shown in FIG. 2 using a door-shaped partition 10 ′ as the partition 10. The first indoor space Aa is an indoor space that is independent from a series of living rooms formed by the shared space Ad, the second indoor space Ab, and the third indoor space Ac. Is configured as a dining room with a chicken 108.

  Further, the second partition planned boundary surface Bb is partitioned as shown in FIG. 3 by using a door-shaped partition 10 ′ which is the partition 10 between the second indoor space Ab and the shared space Ad. The second indoor space Ab is an indoor space that is independent from a series of living / dining rooms formed by the shared space Ad, the first indoor space Aa, and the third indoor space Ac. In that case, it is designed to constitute a living room following the entrance.

  In addition, the third partition planned boundary surface Bc is partitioned as shown in FIG. 4 by using a door-shaped partition body 10 ′ which is the partition body 10 between the third indoor space Ac and the shared space Ad. The third indoor space Ac is an indoor space A that is independent from a series of living / dining rooms formed by the shared space Ad, the first indoor space Aa, and the second indoor space Ab. In the example shown, a living room following the entrance is constructed.

  Each indoor space A configured in this way can be configured as a wide indoor space for each use of the indoor space A, for example, a home party, or entertain guests in the living room while cooking. The indoor space for customer service and the indoor space for home use can be changed to an indoor form suitable for various uses, such as a configuration in which the indoor space is clearly divided.

  The door-like partition body 10 ′ constituting the partition body 10 can be maintained in a stopped state on the planned partition boundary surface B, and the door-shaped partition in the stopped state on the planned partition boundary surface B. By maintaining the body 10 ′ in a stopped state, the indoor space A can be effectively partitioned by the door-shaped partition 10 ′.

  The means for maintaining the door-shaped partition 10 'in the stopped state is any stop-maintaining means as long as the door-shaped partition 10' can be maintained in the stopped state on the planned partition boundary surface B. Well, for example, the door-shaped partition 10 'is fixed to the floor 40, the ceiling, the wall, various indoor structures, the other door-shaped partition 10' or the like by using various fastening means. Can do.

  In this illustrated example, one side of the door-shaped partition 10 'is fixed to the floor 40 at any one of the planned partition boundary surfaces B, and can be opened and closed with the fixed door-shaped partition 10'. The planned partition boundary surface B is partitioned by the other door-shaped partition 10 ′.

  The maintenance of the door-shaped partition 10 'in the stopped state and the opening / closing of the door-shaped partition 10' maintained in the stopped state are, for example, the stop maintaining means and the door-shaped partition 10 shown in FIGS. It can be done with 'opening and closing means'.

  The means for maintaining the door-shaped partition 10 'according to the illustrated example in a stopped state is constituted by a stopper rod 32 that is movable up and down in the door stopper tool 31 provided in the door-shaped partition 10'. The stopper rod 32 is removably inserted into a stopper hole 34 provided on the planned partition boundary surface B so that the door-shaped partition 10 'is maintained in a stopped state. As a typical example of the door stopper tool 31, various lifting tools, for example, a French dropping tool 31 ′ (commonly referred to as an engraved monkey, an engraved metal fitting, etc.) can be used. The stopper rod 32 of the French drop 31 ′ is inserted into or removed from the holder 34 a as a stopper hole 34 (commonly referred to as a pot receiving object, a receiving tray, etc.) provided by the operation of the knob 33. Thus, the door-shaped partition 10 ′ is maintained in a stopped state, or is released from the stopped state so as to be rotatable.

  Further, in the door-shaped partition 10 'according to this illustrated example, an empty lock 21 is shown as a door closing tool used for opening and closing the door-shaped partition 10'. The empty lock 21 is provided with a latch bolt 24 biased so as to always protrude outward from the door-shaped partition 10 ′, and is latched by the other door-shaped partition 10 ′ in contact with the tip of the latch bolt 24. 24 is pushed into the door-shaped partition 10 ′, and then is elastically pushed into the latch receiver 25 of the other door-shaped partition 10 ′.

  In this illustrated example, both door-like partition bodies 10 ′ and 10 ′ that partition each partition planned boundary surface B in pairs can be made to appear and disappear freely by a bullet urging means such as a spring at the tip. There is provided an empty lock 21 in which a slider member 23 having a latch bolt 24 can be moved horizontally by a joinery lever 22, and the latch bolt 24 in each empty lock 21 is provided with a triangular latch 24a (so-called triangular tightening). It is provided as. From this point, the latch bolt 24 in the empty lock 21 on the side of the door-shaped partition 10 ′ fixed to the floor 40 by the French drop 31 ′ is maintained in the retracted state when the French drop 31 ′ is fixed to the floor 40. The configuration is as follows.

  The latch bolt 24 can be held in the retracted state by operating the slider member 23. In the illustrated example, the joiner lever 22 is rotated to provide the latch bolt 24. A stopper rod constituting the French drop 31 'is a state in which the slider member 23 is pulled inward of the door-like partition 10' and the latch bolt 24 is returned into the door-like partition 10 '. 32 so that it can be maintained.

  That is, in this illustrated example, as shown in FIG. 6, the stopper rod 32 in the French drop 31 ′ is configured to be wide in the width direction of the door-shaped partition 10 ′, and the joinery lever 22 in this stopper rod 32. A groove 35 having a dimension deeper than the protruding dimension of the latch bolt 24 is provided from the side toward the distal end side 10a of the door-shaped partition 10 '. The slider member 23 is integrally provided with a side L-shaped stopper member 26 that extends downward and has a butting piece 26a that is bent toward the front end side 10a of the door-shaped partition 10 'at the lower end. Is provided. Then, as shown in FIG. 7, the abutting piece of the stopper member 26 in the groove 35 is moved by the movement of the slider member 23 which is moved inward of the door-like partition body 10 ′ as the joinery lever 22 rotates. In this state, as shown in FIG. 8, the stopper rod 32 of the French drop 31 ′ is dropped toward the receiving member 34 a so that the abutting piece 26 a has a groove 35 portion. The latch bolt 24 in the slider member 23 is maintained in a state of being pulled into the door-shaped partition 10 '.

  Further, the latch bolt 24 pulled into the door-shaped partition 10 'by the stopper rod 32 in this way comes into contact with the side end surface of the stopper rod 32 by pulling up the stopper rod 32 of the French drop 31'. The abutting piece 26a can be inserted into the groove 35 of the stopper rod 32, and the door-shaped partition 10 'can be moved in and out by operating the joinery lever 22.

  The door-shaped partition 10 ′ as the partition 10 according to the illustrated example is substantially between the shared space Ad and each indoor space A connected to the shared space Ad via the planned partition boundary surface B. It is configured to cover the entire surface, and is provided so as to extend from the floor 40 surface to a position substantially close to the ceiling 41 surface. As a result, the indoor space A partitioned by the partition 10 can be configured as a single unified indoor space A, unlike partitions by partitions or the like.

  In addition, although each said scheduled partition boundary surface B is comprised so that it may mainly connect between the side edge parts of a partition wall, partition which divides the said indoor space A, various partition protrusion walls, partition furniture, etc. The partition planned boundary surface B may be configured as a base point.

  In addition, the door-shaped partition 10 'used for partitioning the indoor space A on the planned partition boundary surface B can be provided so that the door-shaped partition 10' on either the left or right side can be pivoted due to its ease of use. As described above, each of them has a configuration including an empty lock 21, a French dropping device, and a received item of the French dropping device.

  Next, FIG. 12 shows that in the house H substantially the same as the house H, the living / dining room 101 has a substantially rectangular shape, and the partition wall 114b-1 provided with the second partition 10B is a partition. The configuration of the house H shown in FIGS. 1 to 11 is the same as that of the living / dining room 101 in a state where it does not have a sufficient width to run along the door-like partition 10 ′ that covers almost half of the planned boundary surface B. The configuration is the same as or substantially the same as the configuration.

  Accordingly, the same or substantially the same components as those in the house H shown in FIGS. 1 to 11 are designated by the same reference numerals, and the description thereof is omitted.

  The door-like partition body 10 ′ provided at the partition end 114b-1 ′ of the partition wall 114b-1 is a folding door such as a folding door 10 ″ that fits within the wall width of the protruding partition wall 114b-1, and the other The partitioning boundary surface B in the shared space Ad can be partitioned using the folding door 10 ″ extended together with the door-shaped partition 10 ′.

Next, the house H shown in FIG. 13 will be described.
In the house H shown in FIG. 13, the entrance hall 104 part and the dining room 103 part are configured in series, and the entrance hall 104 part is provided with an ascending / descending entrance for the staircase 106, and the entrance hall is also provided. A washing / washing space 112 and a toilet room 110 are provided continuously along the side of the stairs 106 following the 104 portion, and a bathroom 111 is provided on the back side of the stairs 106 facing these facilities. In addition, the living room 102 is provided in the indoor space formed by the dining room 103 portion including the kitchen and the entrance hall 104 portion through the opening 107.

  In this illustrated example, the partition wall 114d between the living room 102 and the dining room 103 has a partition end 114d 'on the opening 107 side, and the dining room 103 has a portion protruding from the outer wall. Between the dining room 103 part and the partition end 114e ′ as a bending position formed by the partition wall 114e that partitions the wash surface / washing space 112 and the like is a first partition planned boundary surface Ba. Between the living room 102 and the partition end 114e ′ as a bending position of the partition wall 114e protruding from the outer wall and partitioning the dining room 103 and the wash / washing space 112, etc., and the entrance 113 of the entrance hall 104 Entrance hall 10 in the partition wall 114f A portion between the partition end portion 114f ′ on the partial side is the second scheduled boundary surface Bb, and the entrance hall 104 portion in the partition wall 114f between the entrance 113 of the entrance hall 104 portion and the living room 102 is further provided. The third partition planned boundary surface Bc is defined between the partition end 114f ′ on the side and the partition end 114d ′ on the opening 107 side of the partition wall 114d between the living room 102 and the dining room 103.

  A space that is a regular polygon in plan view surrounded by each planned partitioning boundary surface B, and in this example, a space that forms a regular triangle in plan view surrounded by the planned partitioning boundary surface B is a shared space Ad. In the shared space Ad, a partition 10 similar to that shown in FIGS. 1 to 11 is provided on the side where the planned partition boundary surface B intersects. Similarly, the entrance hall 104 portion and the dining area are provided. An indoor space including the room 103 and the living room 102 can be used as a partition. That is, the first indoor space Aa that is a dining room partitioned by partitioning with the first scheduled partition boundary surface Ba in the shared space Ad can be configured, and the second partitioned planned boundary surface in the shared space Ad. The second indoor space Ab which is the entrance hall 104 partitioned by partitioning with Bb can be configured, and further, the living room partitioned by partitioning with the third partition planned boundary surface Bc in the shared space Ad A third indoor space Ac defined as 102 can be configured.

  The house H according to this illustrated example has the same or substantially the same structure as that of the house H shown in FIGS. 1 to 11 except for the above structure, and functions in the same manner. Accordingly, the same or substantially the same components as those shown in FIGS. 1 to 11 are designated by the same reference numerals, and the description thereof is omitted.

  In the house H according to this illustrated example, the first indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, and the second indoor space Aa. The indoor space Ab, the third indoor space Ac, and the shared space Ad can be configured and used as a single continuous indoor space A. In addition, a partition room 10 is used to partition the first partition planned boundary surface Ba with a partition body 10 to constitute a living room composed of the second indoor space Ab, the shared space Ad, and the third indoor space Ac. A separate dining room can be constructed. Further, by partitioning the second scheduled partitioning boundary surface Bb with the partition 10, the large living / dining room composed of the first indoor space Aa, the shared space Ad, and the third indoor space Ac is separated from the entrance hall. Can be configured. Moreover, the living room / dining room consisting of the first indoor space Aa, the shared space Ad, and the second indoor space Ab is separated by dividing the third scheduled partition boundary surface Bc by the partition body 10. And can be configured separately.

Next, the house H shown in FIG. 14 will be described.
In the house H shown in FIG. 14, the entrance hall 104 part and the space around the stairs 105 are formed in series, and the living room / dining room 101 can be entered and exited from the corridor 109 continuing to the part around the stairs. In addition, a wash / washing space 112 and a toilet room 110 are provided on the other side of the corridor 109, and a bathroom 111 is continuously provided with the wash / washing space 112 as a dressing room. 105, a corridor 109, and a living / dining room 101 are partitioned by a partition wall.

  In this illustrated example, the partition wall 114g between the entrance hall 104 and the living / dining room 101 on the opening 107 side of the partition wall 114g ', and the outer wall between the entrance hall 104 and the space 105 around the stairs. The partition wall 114h protrudes from the partition end 114h 'of the partition wall 114h as a first scheduled boundary surface Ba, and the partition wall 114h projects from the outer wall between the entrance hall 104 and the space 105 around the stairs. Between the end portion 114h ′ and the partition end portion 114i ′ on the opening 107 side of the partition wall 114i between the staircase surrounding space 105 and the living / dining room 101 is a second scheduled boundary surface Bb, The opening 10 in the partition wall 114i between the space 105 around the stairs and the living / dining room 101 Between the side of the partition end portion 114i 'and entrance hole 104 and a living-dining room 101 partition end portion of the opening portion 107 side of the partition wall 114g between and 114g' is a third partition will interface Bc.

  A space that is a regular polygon in plan view surrounded by each planned partitioning boundary surface B, and in this example, a space that forms a regular triangle in plan view surrounded by the planned partitioning boundary surface B is a shared space Ad. In the shared space Ad, a partition 10 similar to that shown in FIGS. 1 to 11 is provided on the side where the planned partition boundary surface B intersects. Similarly, the entrance hall 104 portion and the staircase are provided. An indoor space including the surrounding space 105 and the living / dining room 101 can be partitioned. In other words, the first indoor space Aa as the entrance hall divided by partitioning with the first scheduled partition boundary surface Ba in the shared space Ad can be configured, and the second scheduled partition boundary surface Bb in the shared space Ad. The second indoor space Ab as a space around the staircase partitioned by partitioning can be configured, and further, the living / dining room partitioned by partitioning by the third scheduled boundary surface Bc in the shared space Ad The third indoor space Ac can be configured.

  The house H according to this illustrated example has the same or substantially the same structure as that of the house H shown in FIGS. 1 to 11 except for the above structure, and functions in the same manner. Accordingly, the same or substantially the same components as those shown in FIGS. 1 to 11 are designated by the same reference numerals, and the description thereof is omitted.

  In the house H according to this illustrated example, the first indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, the second indoor space Aa, and the second indoor space Aa. The indoor space Ab, the third indoor space Ac, and the shared space Ad can be configured and used as one continuous indoor space. In addition, a living room including a second indoor space Ab, a shared space Ad, and a third indoor space Ac by partitioning the first scheduled partition boundary surface Ba with a partition body 10. A dining room can be constructed, and a separate entrance hall can be constructed. Further, by partitioning the second scheduled partition boundary surface Bb with the partition body 10, a large living / dining room composed of the first indoor space Aa, the shared space Ad, and the third indoor space Ac is formed as a space around the stairs. It can be configured in a segmented state. In addition, by dividing the third scheduled partition boundary surface Bc by the partition body 10, the entrance hall and the space around the stairs, which are composed of the first indoor space Aa, the shared space Ad, and the second indoor space Ab, are independent. It can be configured separately from the living / dining room.

The block diagram which showed in a typical house H the state which put each partition 10 along the wall surface etc. with the plane The block diagram which showed the state which partitioned off the same partition scheduled boundary surface B with the partition body 10 with the plane The block diagram which showed the state which partitioned off the other partition plan boundary surface B with the partition body 10 with the plane The block diagram which showed the state which partitioned off the other partition plan boundary surface B with the partition body 10 in the same plane The principal part perspective view which fractures | ruptures and shows the typical partition 10 partially The principal part side view which shows the same partition body 10 partially broken and shows The principal part side view which fractures | ruptures and shows the state which operated the joinery lever of the partition 10 Side view of the main part of the partition body 10 showing the French dropping operation partially broken. The principal part top view which fractures | ruptures and shows a part of the partition 10 The perspective view which shows an example which partitioned off indoor space using the partition 10 The perspective view which shows another example which partitioned off indoor space using the partition 10 The block diagram which showed the state which put in the other typical house H along each wall 10 etc. in the plane in the plane Furthermore, in the other typical house H, the block diagram which showed the state which put each partition 10 along the wall surface etc. with the plane Furthermore, in the other typical house H, the block diagram which showed the state which put each partition 10 along the wall surface etc. with the plane

Explanation of symbols

H Housing B Planned partitioning surface A Indoor space Ad Shared space 10 Partition 10a Tip side 10b Base end side

Claims (2)

A shared space plan view forms a positive triangle surrounded by three partition schedule interface, with and an indoor space contiguous to the shared space by the partition will interface the shared space,
A partition body for partitioning the planned partition boundary surface at the planned partition boundary surface of the shared space is provided so as to be rotatable on the base end side, and the lateral width is approximately half of the lateral width of the planned partition boundary surface. And the housing | casing characterized by being able to partition the said shared space and indoor space by the said partition scheduled boundary surface by contacting the front end side of a pair of adjacent partition body.   The one partition body in a pair of partition bodies which contact the front end side and partition the planned partition boundary surface can be maintained in a stopped state on the planned partition boundary surface. Houses.

Images