JPH10159429A - Overhang door guide and door construction - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an overhang door guide and overhang door construction capable of facilitating the field execution of a floor surface, easily corresponding to change of layout, etc., or change of design after the execution and facilitating storing work as well as good outward appearance of the floor surface. SOLUTION: This overhang door guide 60 is so constituted that an overhang door 10 suspended from upper rails 40 fixed to the upper parts of storing bodies 90 capable of storing articles is guided. In that case, it is equipped with an overhang door fixed member 61 fixed to the lower part of the overhang door 10 and a storing body fixed member 65 fixed to a part located upward of a floor surface 96 among the storing bodies 90, and a sliding mechanism for the overhang door fixed member 61 to slide to the storing body fixed member 65 is formed between the overhang door fixed member 61 and storing body fixed member 65.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a suspension door guide and a suspension door structure capable of guiding a lower portion of a suspension door without forming a guide rail on a floor below the suspension door.

[0002]

2. Description of the Related Art FIG. 3 is a longitudinal sectional view of a conventional hanging door structure. The conventional hanging door 110 is located on the wall surface side of the building frame, and is attached to a storage body 190 for storing stored items. That is, the room 1 in the storage body 190
This was for opening and closing the opening 195 opening toward the 93 side. The hanging door 110 has a door roller 150 fixed to the upper surface thereof hooked on two upper rails 140 fixed to the upper part of the storage body 190.
The hanging door 110 is moved to the inside of the storage
Was to be hung. Specifically, the upper rail 140
The overall shape is substantially rectangular tube-like, and a rail groove 141 that opens along the longitudinal direction of the upper rail 140 is formed on the lower surface. Further, between the door roller 150 and the suspension door 110, a connecting portion 151 for connecting the both is formed. This connection 1
51 is a rail groove 141 of the upper rail 140 from the lower surface of the door roller 150.
And is connected to the upper surface of the suspension door 110. On the two upper rails 140, suspension doors 110 having substantially the same shape are respectively suspended, and the first rail is located on the back side when viewed from the room 193 side, that is, on the upper rail 140 on the storage body 190 side. The hanging door 120 is provided with a second hanging door 110 on the near side as viewed from the room 193 side.
Hanging doors 130 are respectively suspended.

A guide member 170 for guiding the lower portion of the hanging door 110 is fixed to the lower surface of the hanging door 110.
Is formed so as to guide the hanging door 110 along two guide grooves 160 fixed between the storage body floor surface 192 and the indoor floor surface 194 at the lower part of the vehicle. Specifically, an I-shaped guide member 171 having an I-shaped vertical cross section is fixed to the lower surface of the first hanging door 120, and a crank-shaped vertical cross-sectional shape is formed on the lower surface of the second hanging door 130. A crank-shaped guide member 172 is fixed. The lower end of each guide member 170 is inserted into the guide groove 160. As a result, the hanging door 110 is moved to the upper rail 1
The swinging movement of the hanging door 110 toward the room 193 side or the storage body 190 side of the hanging door 110 with the forty door wheels 150 as the center of rotation can be suppressed, and the opening and closing operation of the hanging door 110 can be stabilized.

[0004]

However, when the above-mentioned conventional hanging door 110 is formed, a guide is provided between the indoor floor 194 on the indoor side 193 and the storage floor 191 on the storage body 190 side. The groove 160 had to be formed. For this reason, the first problem is that the floor surface cannot be formed as a continuous planar integrated body between the room 193 and the storage body 190, and processing for the floor surface is required, and the floor surface installation work is troublesome. There was a point.

[0005] Further, since the indoor floor 194 and the storage body floor 191 are formed so as to be clearly distinguished from each other with the guide groove 160 as a boundary, it is easy to cope with a subsequent change in the arrangement or shape of the storage body 190. There was a second problem that it was not possible. Further, in the conventional hanging door 110, by forming the guide groove 160 between the indoor floor surface 194 and the storage body floor surface 192, a convex shape is formed between the indoor floor surface 194 and the storage body floor surface 192. Or a concave portion is formed, and the space between them cannot be made flat. For this reason, when heavy objects are stored, if they are pushed toward the storage body floor surface 192 while sliding on the indoor side floor surface 194, those portions become obstacles and are caught. Therefore, there is a third problem that the heavy storage must be temporarily lifted so as not to be caught by the guide groove 160, and the storage operation becomes difficult.

[0006] At present, the entire room may be finished with flooring, including the storage section.
Since the guide groove 160 is exposed between the 192 and the indoor floor 194, there is a fourth problem that the floors 192 and 194 do not look good. Further, in the conventional hanging door 110, the guide groove 1
The fifth problem is that dust and the like easily accumulate inside the guide groove 160 since the guide groove 160 is formed on the floor surface in a state of opening upward.

Therefore, the invention of claim 1 has been made in view of the first and fourth problems of the above-mentioned conventional technology, and an object thereof is to perform on-site construction of a floor surface. An object of the present invention is to provide a suspension door guide that is easy, can easily cope with a change in arrangement or design after construction, has a good appearance of a floor surface, and can facilitate a storage operation.

[0008] In addition, the invention according to claim 2 specifically specifies the invention according to claim 1, and provides a suspension door guide capable of obtaining stable sliding of the suspension door. Is what you do. The invention according to claim 3 has been made in view of the first and fourth problems of the above-described conventional technology, and an object of the invention is to facilitate on-site construction of a floor surface, It is an object of the present invention to provide a hanging door structure that can easily cope with a change in the arrangement or design of the door, has a good appearance of the floor surface, and can facilitate the storing operation.

[0009] In addition to the above, the invention according to claim 4 specifically specifies the invention according to claim 3, and aims to provide a suspension door structure capable of obtaining stable sliding of the suspension door. Is what you do. In addition to this, the invention according to claim 5 forms a connection guide between the first and second suspension doors, so that the first and second plurality of suspension doors are provided. In addition, it is easy to install floors on-site, it can easily respond to layout changes and design changes after construction, and the hanging door structure has a good floor appearance and easy storage work. It is something to offer.

[0010] In addition to the above, the invention according to claim 6 specifically specifies the invention according to claim 5, wherein a suspension door structure capable of obtaining stable sliding of the second suspension door is provided. It is something to offer. The invention described in claim 7 is based on the above-mentioned fifth problem of the prior art in addition to the problem to be solved by the invention described in claim 3, 4, 5, or 6. Its purpose is to make it difficult for dust and the like to accumulate inside the connection guide groove, and to facilitate cleaning,
Further, it is an object of the present invention to provide a suspension door structure capable of maintaining a good appearance of the floor surface without forming a connection guide groove on the floor surface.

[0011] In addition, the invention according to claim 8 specifically specifies the invention according to claim 6, and has been made in view of the fifth problem of the above-mentioned conventional technology. The purpose of the present invention is to provide a suspension door structure that can easily clean the guide groove because dust and the like hardly accumulate inside the guide groove, and can maintain the appearance without making the guide groove conspicuous. What you want to do.

[0012]

SUMMARY OF THE INVENTION The present invention is to achieve the above object. The invention according to claim 1 is
The upper rail (4
(0) is a hanging door guide (60) for guiding the hanging door (10), and the hanging door guide (60) is fixed to a lower portion of the hanging door (10). A member (61), and a storage body fixing member (65) fixed to a portion of the storage body (90) located above the floor surface (96), wherein the hanging door fixing member (61) and the storage body A sliding mechanism is formed between the fixing member (65) and the sliding door fixing member (61) so as to slide with respect to the container fixing member (65).

Here, "between the hanging door fixing member (61) and the housing fixing member (65)" and "the sliding mechanism is formed" means "the lower part of the hanging door (10)". "And a" sliding mechanism "formed between" a portion of the storage body (90) located above the floor surface (96) ". That is, the case where the “sliding mechanism” is formed at “the lower part of the hanging door (10)”, the case where the “sliding mechanism” is formed at “the part of the storage body (90) located above the floor surface (96)”, , Which means that they are not formed on the floor surface (96).

Then, the storage body fixing member (65) is
(90) is fixed to a portion located above the floor surface (96) '', when the storage body fixing member (65) is the storage body (90) above the floor surface (96), that is, the floor surface ( 96) means to be fixed to the storage body (90) except for the storage body (90).
Is fixed to a horizontal partition (91) or the like that partitions the inside of the device horizontally.

Here, the "sliding mechanism in which the hanging door fixing member (61) slides with respect to the housing fixing member (65)" is, for example, one member parallel to the upper rail (40). This includes the case where a rail is formed at an appropriate position, and a slide piece, a door wheel, or the like that can slide into the rail is formed on the other member. In the present invention, a sliding mechanism is provided between the suspension door fixing member (61) fixed to the lower part of the suspension door (10) and the storage body fixing member (65) fixed to the storage body (90). Is formed. As a result, the hanging door fixing member (61) is
5), the lower part of the hanging door (10) is guided along the housing (90). That is, a groove for sliding the suspension door guide (60) with respect to the housing (90) and a portion for fixing the suspension door guide (60) are not formed on the floor surface (96). Thereby, the floor surface (96) below the suspension door (10) can be kept flat, and heavy objects such as stored items can be slid on the floor surface (96) and moved. Also, since no grooves are formed on the surface of the floor (96),
The surface appearance of (96) can be favorably maintained.

Further, since the guide groove of the suspension door (10) is not formed on the floor surface (96), the floor surface (96) should be discontinuous between the room (94) and the storage body (90). Therefore, it can be formed as a continuous integral body, and the work of constructing the floor surface (96) can be facilitated. In addition, since the floor surface is not divided between the room (94) side and the storage body (90) side, even if the floor surface (96 ) Can be changed irrespective of), and it is possible to easily cope with such a design change.

The second aspect of the present invention provides the first aspect.
In addition to the features described, the storage body fixing member (65) is
A guide groove (66) having a groove shape parallel to (40) is provided, and the suspension door fixing member (61) is fixed to a lower portion of the suspension door (10).
And the guide groove of the container fixing member (65) from the fixing portion (62).
(66) extending toward the (66), the sliding mechanism, the guide portion (63) of the hanging door fixing member (61) is a container fixing member
It is characterized by being formed by sliding inside the guide groove (66) of (65).

According to the present invention, the guide portion (63) of the hanging door fixing member (61) is connected to the upper rail (40) of the housing fixing member (65).
Slides inside a groove-shaped guide groove (66) parallel to the groove. This allows the lower portion of the suspension door (10) to slide in parallel with the upper rail (40) via the suspension door guide (60). That is, the upper part of the suspension door (10) can be guided by the upper rail (40), and the lower part of the suspension door (10) can be guided in parallel with the upper rail (40) by the sliding mechanism. The whole can be translated. Accordingly, the swing of the suspension door (10) around the upper rail (40) as the center of rotation is suppressed, and stable sliding of the suspension door (10) can be obtained.

According to a third aspect of the present invention, there is provided a storage body (90) capable of storing an object, and an upper rail fixed to an upper portion of the storage body (90).
A hanging door structure with a hanging door (10) hanging from (40), including a hanging door guide (60) for guiding the hanging door (10),
The hanging door guide (60) is fixed to a hanging door fixing member (61) fixed to a lower portion of the hanging door (10) and to a portion of the storage body (90) located above the floor surface (96). Storage member fixing member (65), and between the hanging door fixing member (61) and the container fixing member (65), the hanging door fixing member (61) is attached to the container fixing member (65). It is characterized in that a sliding mechanism for sliding with respect to this is formed.

In the present invention, a sliding door fixing member (61) fixed to a lower portion of the hanging door (10) and a storage body fixing member (65) fixed to the storage body (90) are provided with a sliding member. A dynamic mechanism is formed. As a result, the hanging door fixing member (61) is
5), the lower part of the hanging door (10) is guided along the housing (90). That is, a groove for sliding the suspension door guide (60) with respect to the housing (90) and a portion for fixing the suspension door guide (60) are not formed on the floor surface (96). Thereby, the floor surface (96) below the suspension door (10) can be kept flat, and heavy objects such as stored items can be slid on the floor surface (96) and moved. Also, since no grooves are formed on the surface of the floor (96),
The surface appearance of (96) can be favorably maintained.

Further, since the guide groove of the suspension door (10) is not formed on the floor surface (96), the floor surface (96) should be discontinuous between the room (94) and the storage body (90). Therefore, it can be formed as a continuous integral body, and the work of constructing the floor surface (96) can be facilitated. In addition, since the floor surface is not divided between the room (94) side and the storage body (90) side, even if the floor surface (96 ) Can be changed irrespective of), and it is possible to easily cope with such a design change.

The invention according to claim 4 is the above-described claim 3.
In addition to the features described, the storage body fixing member (65) is
A guide groove (66) having a groove shape parallel to (40) is provided, and the suspension door fixing member (61) is fixed to a lower portion of the suspension door (10).
And the guide groove of the container fixing member (65) from the fixing portion (62).
(66) extending toward the (66), the sliding mechanism, the guide portion (63) of the hanging door fixing member (61) is a container fixing member
It is characterized by being formed by sliding inside the guide groove (66) of (65).

According to the present invention, the guide portion (63) of the hanging door fixing member (61) is connected to the upper rail (40) of the housing fixing member (65).
Slides inside a groove-shaped guide groove (66) parallel to the groove. This allows the lower portion of the suspension door (10) to slide in parallel with the upper rail (40) via the suspension door guide (60). That is, the upper part of the suspension door (10) can be guided by the upper rail (40), and the lower part of the suspension door (10) can be guided in parallel with the upper rail (40) by the sliding mechanism. The whole can be translated. Accordingly, the swing of the suspension door (10) around the upper rail (40) as the center of rotation is suppressed, and stable sliding of the suspension door (10) can be obtained.

The invention according to claim 5 is the same as the above-described claim 4.
In addition to the features described, the hanging door structure includes a second hanging door (12) that slides in parallel with and parallel to the first hanging door (11) to which the hanging door guide (60) is fixed. A connection guide (70) for guiding the vehicle, the connection guide (70) is provided with a first connection fixing member (71) fixed to the first suspension door (11) and a second suspension door (12). ), A second connection fixing member (75) fixed to a lower portion of the second connection fixing member (75), and a second connection fixing member (75) is provided between the first connection fixing member (71) and the second connection fixing member (75). The fixing member (75) is the first connection fixing member (7
It is characterized in that a sliding mechanism that slides with respect to 1) is formed.

Here, the "sliding mechanism" refers to, for example, the first connecting and fixing member (71) and the second connecting and fixing member (7).
In this case, a rail is formed on one of the members, and a slide member or a door roller that can enter and slide on the rail is formed on the member on which the rail is not formed. Here, the first hanging door (1
It does not matter which of 1) and the second suspension door (12) is located on the room (94) side or on the storage body (90) side. Furthermore, in the present invention, the number of the hanging doors that are arranged in parallel and slid in parallel is two, but even if three or more hanging doors are formed, a plurality of the connection guides (70) are provided. By using this, stable sliding of the hanging door can be obtained.

In the present invention, a first connection fixing member (71) fixed to the first hanging door (11) and a second connection fixing member fixed to the lower part of the second hanging door (12). A sliding mechanism is formed between the sliding mechanism and (75). Thereby, the second connection fixing member (75) can be slid with respect to the first connection fixing member (71), and the lower part of the second suspension door (12) is moved to the first suspension door (11). ) Can be guided along. That is, this second hanging door
No groove or the like for guiding the lower part of (12) is formed on the floor surface (96). As a result, the floor (96) below the second suspension door (12)
Can be maintained in a flat state, and heavy objects such as stored items can be moved by sliding on the floor surface (96). Further, since no groove or the like is formed on the surface of the floor surface (96), the surface appearance of the floor surface (96) can be favorably maintained.

Further, as in the case of the first suspension door (11), the second
Since the guide groove for the second suspension door (12) is not formed on the floor surface (96) of the suspension door (12), the floor surface (96) is on the indoor (94) side and the storage body (90) side. Thus, it can be formed as a continuous integral body without discontinuity, and the construction work of the floor surface (96) can be facilitated. Also, similarly to the case of the first hanging door (11), in the case of a design change such as a layout change or a dimension change of the storage body (90) after the construction, it can be changed independently of the floor surface (96). This makes it possible to easily cope with such design changes.

[0028] The invention of claim 6 provides the above-mentioned claim 5.
In addition to the features described, the second connection fixing member (75) includes a groove-shaped connection guide groove (76) parallel to the upper rail (40),
The connection fixing member (71) includes a connection fixing portion (72) fixed to the first hanging door (11), and a connection guide groove of the second connection fixing member (75) from the connection fixing portion (72). (76) extending toward the first connection fixing member.
The connection guide portion (73) of (71) is formed by sliding inside the connection guide groove (76) of the second connection fixing member (75).

According to the present invention, the space between the first suspension door (11) and the lower part of the second suspension door (12) which is arranged in parallel with the suspension door (11) and slides in parallel. Is formed with a connection guide (70). And a connection guide groove is provided at a lower portion of the second suspension door (12).
(76) is formed, a connection fixing portion (72) of a first connection fixing member (71) is fixed to the first hanging door (11), and the connection fixing portion (7
The connection guide portion (73) extending from 2) slides inside the connection guide groove (76). Thereby, the lower part of the second hanging door (12)
It is guided along the first suspension door (11) via the connection guide (70). On the other hand, the first suspension door (11) is guided along the housing (90) by the suspension door guide (60). That is, the second
The hanging door (12) is guided along the housing (90) through three members of the connection guide (70), the first hanging door (11), and the hanging door guide (60). Become. Thereby, the second suspension door (12)
Also, stable sliding can be obtained without swinging around the upper rail (40) as the center of rotation.

According to a seventh aspect of the present invention, in addition to the features of the third, fourth, fifth or sixth aspect, the guide groove (66) of the housing fixing member (65) is Storage body (9
In order to divide the inside of the container (0) into a plurality of parts, the container (90) is formed on a lower surface of a horizontal partition (91) that horizontally partitions the storage body (90) so as to open downward. In the suspension door structure according to the present invention, since the guide groove (66) is formed on the lower surface of the horizontal partition (91) of the storage body (90) without being formed on the floor surface (96), the floor surface ( The surface of (96) can be kept flat, and the appearance of the floor surface (96) can be well maintained.

Further, since the guide groove (66) is formed so as to open downward, it is possible to prevent dust and the like in the room from entering and accumulating therein. Thereby, the guide groove (66) for guiding the suspension door (10) is provided on the floor (9).
Cleaning around the hanging door can be facilitated as compared with the case formed in 6). According to an eighth aspect of the present invention, in addition to the features of the sixth aspect, a second connecting and fixing member is provided.
The connection guide groove (76) of (75) is characterized by being formed on the lower surface of the second suspension door (12) so as to open downward.

According to the present invention, since the connection guide groove (76) is formed on the lower surface of the second hanging door (12), the connection guide groove (76) is viewed from the room (94) side. It can be hidden from view. Thereby, the lower part of the suspension door (10) can be made clear and the appearance of the suspension door (10) can be made good. In addition, since the connection guide groove (76) is formed so as to open downward, dust and the like in the room can be prevented from entering and accumulating therein. This makes it easier to clean the periphery of the suspension door (10) than when the connection guide groove (76) is formed in the floor surface (96).

[0033]

Embodiments of the present invention will be described below in more detail with reference to the drawings. 1 and 2 show an embodiment of the present invention. FIG. 1 is a longitudinal sectional view of a suspension door structure, and FIG. 2 is a schematic cross-sectional view of the suspension door structure. First, the configuration of the present embodiment will be described.

The suspension door structure according to the present embodiment includes a storage body 90 capable of storing objects and a suspension door 10 suspended from an upper rail 40 fixed to an upper portion of the storage body 90. The storage body 90 is not particularly shown in its entire shape, but is formed on the wall surface side of the building frame, and has a substantially box shape having a portion that opens toward the room 94 side. In the lower part of the storage body 90, a storage body floor surface 93 that is continuous from the indoor floor surface 95 of the room 96 is formed, and the upper part of the storage body 90 projects horizontally from the indoor wall toward the room 94 side. Storage body top
92 are formed. It should be noted that the interior 94 of the storage body upper surface 92
On the lower surface on the side, two upper rails 40 each having a substantially square tubular shape are formed in parallel. And on that rail 40
A rail groove 41 that opens in a groove shape along the longitudinal direction is formed on the lower surface of the.

The housing 90 is provided on the upper surface 92 of the housing.
And a box that can store objects by the storage body floor surface 93, a vertical partition plate (not shown) that stands vertically on these side surfaces to partition the space of the storage body 90, and the interior wall on the back side. It is formed in a shape. At the approximate center of the housing 90, there is formed a horizontal partition 91 which projects horizontally from the indoor wall toward the room 94 and partitions the internal space of the housing 90 into two upper and lower stages.

The hanging door 10 is for opening and closing a portion of the storage body 90 which opens toward the room 94 side. On the upper surface of the suspension door 10, a door roller 50 that can run inside the upper rail 140 while being hooked on the upper rail 40 is fixed. Thereby, the hanging door 10 is hung on the storage body upper surface 92. Specifically, between the door wheel 50 and the suspension door 10,
A connecting portion 51 connecting the both is formed. This connection
51 is connected to the upper surface of the suspension door 10 from the lower surface of the door roller 50 through the inside of the rail groove 41 of the upper rail 40. And
Each of the two upper rails 40 has a suspension door of almost the same shape.
The first suspension door 11 is attached to the upper rail 40 on the back side when viewed from the room 94 side, that is, the upper rail 40 on the storage body 90 side.
The second hanging doors 12 are respectively suspended from the hanging doors 10 on the near side as viewed from the side 94, and the hanging doors 10 are formed so as to slide side by side and in parallel.

The hanging door structure according to the present embodiment has a long hanging door guide 60 parallel to the upper rail 40 for guiding the first hanging door 11, and a second fixed hanging door guide 60. 1 hanging door 11
And a long connecting guide 70 parallel to the upper rail 40 for guiding the second hanging doors 12 arranged in parallel with the upper rail 40.
The hanging door guide 60 includes a hanging door fixing member 61 fixed to a lower portion of the first hanging door 11 and having a longitudinal section formed of a crank-shaped long material.
And a portion of the storage body 90 located above the floor surface 96, specifically, a storage body fixing member 65 whose longitudinal cross-sectional shape is fixed to the lower surface of the horizontal partition 91 and is a long material of a U-shape. Have. The hanging door fixing member 61 includes a fixing portion 62 fixed to a lower portion of the first hanging door 11 and a guide portion 63 extending from the fixing portion 62 toward the guide groove 66 of the housing fixing member 65. Have. The housing fixing member 65 includes a groove-shaped guide groove 66 parallel to the upper rail 40. The guide groove 66 is formed on the lower surface of the horizontal partition 91 so as to open downward. The inner surface of the guide groove 66 is formed with corrugations having a vertical cross-sectional shape in the longitudinal direction.

Between the hanging door fixing member 61 and the housing fixing member 65, a sliding mechanism for sliding the hanging door fixing member 61 with respect to the housing fixing member 65 is formed. This sliding mechanism
The guide portion 63 of the suspension door fixing member 61 is formed by sliding inside the guide groove 66 of the housing fixing member 65. The connection guide 70 includes a first connection fixing member 71 having a crank-shaped vertical cross section fixed to a lower portion of the first suspension door 11, and a second connection fixing member 71.
The vertical section fixed to the lower surface of the suspension door 12 is U-shaped.
And a connection fixing member 75. The second connection fixing member 75 has a groove-shaped connection guide groove 76 parallel to the upper rail 40. The connection guide groove 76 is formed so as to open downward on the lower surface of the second suspension door 12. A guide groove is formed on the inner surface of the connection guide groove 76.
As in the case of 66, irregularities having a wavy vertical cross section are formed. The first connection fixing member 71 includes a connection fixing portion 72 fixed to the first hanging door 11 and a second connection fixing portion 72.
And a connection guide portion 73 extending toward the connection guide groove 76 of the connection fixing member 75.

The second connection fixing member 75 is provided between the first connection fixing member 71 and the second connection fixing member 75.
A sliding mechanism that slides with respect to the connection fixing member 71 is formed. The sliding mechanism is formed by sliding the connection guide portion 73 of the first connection fixing member 71 inside the connection guide groove 76 of the second connection fixing member 75.

Next, the operation and effect of the above embodiment will be described. In the present embodiment, the first hanging door
Hanging door fixing member 61 of the hanging door guide 60 fixed to the lower part of 11
And a storage body fixing member 65 of the hanging door guide 60 fixed to the storage body 90, a sliding mechanism is formed. Thereby, the hanging door fixing member 61 can be slid with respect to the housing fixing member 65, and the lower part of the first hanging door 11 is guided along the housing 90. On the other hand, in the connection guide 70, a first connection fixing member 71 fixed to the first suspension door 11 and a second suspension door
A sliding mechanism is formed between the second connecting and fixing member 75 fixed to the lower portion of the unit 12. Thereby, the second connection fixing member 75 can be slid with respect to the first connection fixing member 71, and the lower part of the second suspension door 12 can be guided along the first suspension door 11. it can. That is, a groove for sliding the suspension door guide 60 with respect to the storage
The floor 96 does not have a portion for fixing the door or a groove or the like for guiding the lower part of the second hanging door 12. Accordingly, the floor surface 96 below the suspension door 10 can be maintained in a flat state, and a heavy object such as a stored item can be slid on the floor surface 96 and moved. In addition, since no groove or the like is formed on the surface of the floor surface 96, the surface appearance of the floor surface 96 can be favorably maintained.

Further, since the guide groove of the suspension door 10 is not formed on the floor surface 96, the floor surface 96 is discontinuous between the indoor floor surface 95 on the room 94 side and the storage body floor surface 93 on the storage body 90 side. Therefore, it can be formed as a continuous integral body, and the work of constructing the floor surface 96 can be facilitated. In addition, the floor surface is the room 94 side and the storage
Since it is not divided from the 90 side, it is possible to change the layout of the storage body 90 after construction, such as the layout change and the size change, irrespective of the floor surface 96. Can be handled.

Further, according to the present embodiment, the suspension door guide
The guide portion 63 of the suspension door fixing member 61 in 60 slides inside the groove-shaped guide groove 66 of the housing fixing member 65 that is parallel to the upper rail 40. Thereby, the lower part of the first hanging door 11 is
It can be slid parallel to the upper rail 40 via the suspension door guide 60. That is, the upper part of the first hanging door 11 can be guided by the upper rail 40 and the lower part of the first hanging door 11 can be guided in parallel with the upper rail 40 by the sliding mechanism. Can be translated. Thereby, the first
The swing of the hanging door 11 with the upper rail 40 as the center of rotation is suppressed, and stable sliding of the first hanging door 11 can be obtained.

According to the present embodiment, the connection guide 70 is provided between the first suspension door 11 and the lower portion of the second suspension door 12.
Are formed. A connection guide groove 76 is formed in a lower portion of the second suspension door 12, and a connection fixing portion 72 of a first connection fixing member 71 is fixed to the first suspension door 11.
A connection guide portion 73 extending from 72 slides inside the connection guide groove 76. Thereby, the lower part of the second suspension door 12 is guided along the first suspension door 11 via the connection guide 70. On the other hand, the first hanging door 11 is guided by the hanging door guide 60 along the storage body 90. That is, the second suspension door 12 is guided along the housing 90 via the three members of the connection guide 70, the first suspension door 11, and the suspension door guide 60. Thereby, also in the second suspension door 12, stable sliding can be obtained without swinging around the upper rail 40 as the center of rotation.

In this suspension door structure, the guide groove 66
Is formed so as to open downward, so that dust and the like in the room can be prevented from entering and accumulating inside. Thereby, compared with the case where the guide groove 66 for guiding the suspension door 10 is formed on the floor surface 96,
Cleaning around the hanging door can also be facilitated. Further, in this suspension door structure, since the connection guide groove 76 is formed on the lower surface of the second suspension door 12, the connection guide groove 76 can be hidden so as not to be seen from the room 94 side. Thereby, the lower part of the hanging door 10 can be made clear and the appearance of the hanging door 10 can be made good.

Since the connection guide groove 76 is also formed so as to open downward, dust and the like in the room can be prevented from entering and accumulating therein.
Accordingly, cleaning around the suspension door 10 can be facilitated as compared with the case where the connection guide groove 76 is formed in the floor surface 96.

[0046]

Since the present invention is configured as described above, it has the following effects. Claim 1
According to the described invention, on-site construction of the floor surface is easy, and it is possible to easily cope with arrangement changes and design changes after construction,
It is possible to provide a hanging door guide which has a good appearance of a floor surface and can facilitate a storing operation.

According to the second aspect of the present invention, it is possible to provide a suspension door guide capable of obtaining stable sliding of the suspension door. According to the invention as set forth in claim 3, floor construction at the site is easy, it is possible to easily cope with arrangement changes and design changes after construction, the floor surface has a good appearance, and storage work is easy. A hanging door structure that can be provided.

According to the fourth aspect of the present invention, it is possible to provide a suspension door structure capable of obtaining stable sliding of the suspension door. According to the fifth aspect of the present invention, the connection guide is formed between the first and second hanging doors, so that the floor is provided even when the first and second plurality of hanging doors are provided. Provide a hanging door structure that is easy to perform on-site construction of a surface, can easily cope with layout change and design change after construction, has a good floor surface appearance, and can facilitate storage work. Can be.

According to the sixth aspect of the present invention, it is possible to provide a suspension door structure capable of obtaining stable sliding of the second suspension door. According to the invention as set forth in claim 7, dust and the like can be hardly accumulated in the guide groove, cleaning can be facilitated, and furthermore, the guide groove is not formed on the floor surface, and the floor surface is not formed. Can be provided. According to the invention as set forth in claim 8, dust and the like hardly accumulate in the connection guide groove, cleaning can be facilitated, and furthermore, the connection guide groove is not conspicuous and a good appearance can be maintained. A door structure can be provided.

[Brief description of the drawings]

FIG. 1, showing an embodiment of the present invention, is a longitudinal sectional view illustrating a hanging door structure.

FIG. 2, showing an embodiment of the present invention, is a schematic cross-sectional view illustrating a hanging door structure.

FIG. 3 is a longitudinal sectional view showing a conventional hanging door structure.

[Explanation of symbols]

10 Hanging Door 11 First Hanging Door 12 Second Hanging Door 40 Upper Rail 41 Rail Groove 50 Door Roller 51 Connecting Portion 60 Hanging Door Guide 61 Hanging Door Fixing Member 62 Fixing Portion 63 Guide Portion 65 Housing Fixing Member 66 Guide Groove 70 Connection guide 71 First connection fixing member 72 Connection fixing part 73 Connection guide part 75 Second connection fixing member 76 Connection guide groove 90 Storage body 91 Horizontal partition 92 Storage body upper surface 93 Storage body floor surface 94 Indoor 95 Indoor floor surface 96 Floor surface 110 Hanging door 120 First hanging door 130 Second hanging door 140 Upper rail 141 Rail groove 150 Door pulley 151 Connecting portion 160 Guide groove 170 Guide member 171 I-shaped guide member 172 Crank-shaped guide member 190 Storage body 191 Storage body Top surface 192 Storage floor 193 Indoor 194 Indoor floor 195 Opening

Claims (8)

[Claims] 1. A suspension door guide for guiding a suspension door suspended from an upper rail fixed to an upper portion of a storage body capable of storing objects, wherein the suspension door guide is fixed to a lower portion of the suspension door. And a storage body fixing member fixed to a portion of the storage body located above the floor surface, wherein a suspension door is provided between the hanging door fixing member and the storage body fixing member. A sliding door guide, wherein a sliding mechanism in which the fixing member slides with respect to the housing fixing member is formed. 2. The storage body fixing member includes a groove-shaped guide groove parallel to the upper rail, and the suspension door fixing member includes a fixing portion fixed to a lower portion of the suspension door, and a storage member from the fixing portion. A guide portion extending toward the guide groove of the fixing member, wherein the sliding mechanism is formed by sliding the guide portion of the suspension door fixing member inside the guide groove of the housing fixing member. The suspension door guide according to claim 1, wherein: 3. A suspension door structure comprising a storage body capable of storing objects and a suspension door suspended from an upper rail fixed to an upper portion of the storage body, wherein a suspension door guide for guiding the suspension door. The suspension door guide comprises: a suspension door fixing member fixed to a lower portion of the suspension door; and a storage body fixing member fixed to a portion of the storage body located above the floor surface. A sliding door structure, wherein a sliding mechanism is formed between the fixing member and the housing fixing member so that the hanging door fixing member slides with respect to the housing fixing member. 4. The storage body fixing member includes a groove-shaped guide groove parallel to the upper rail, and the hanging door fixing member includes a fixing portion fixed to a lower portion of the hanging door, and a storage body from the fixing portion. A guide portion extending toward the guide groove of the fixing member, wherein the sliding mechanism is formed by sliding the guide portion of the suspension door fixing member inside the guide groove of the housing fixing member. The hanging door structure according to claim 3, wherein 5. The suspension door structure according to claim 1, wherein the suspension door guide is fixed to a first door.
And a connection guide for guiding a second suspension door that slides in parallel with and parallel to the first suspension door, the first connection fixing member being fixed to the first suspension door. And a second connection fixing member fixed to a lower portion of the second suspension door, and a second connection fixing member is provided between the first connection fixing member and the second connection fixing member. The hanging door structure according to claim 4, wherein a sliding mechanism that slides with respect to the first connection fixing member is formed. 6. The second connecting and fixing member has a groove-shaped connecting guide groove parallel to the upper rail, the first connecting and fixing member includes a connecting and fixing portion fixed to the first hanging door, A connection guide portion extending from the connection fixing portion toward the connection guide groove of the second connection fixing member, wherein the sliding mechanism is such that the connection guide portion of the first connection fixing member is the second connection guide member.
6. The hanging door structure according to claim 5, wherein the hanging door structure is formed by sliding inside the connection guide groove of the connection fixing member. 7. The guide groove of the storage body fixing member is formed at a lower surface of a horizontal partition that horizontally divides the storage body to divide the inside of the storage body into a plurality, and is formed to open downward. Claims 3 and 4, characterized in that
The hanging door structure according to claim 5 or 6. 8. The connection guide groove of the second connection fixing member,
The suspension door structure according to claim 6, wherein the suspension door structure is formed on the lower surface of the second suspension door so as to open downward.