JPH08144646A - Sliding door frame for building - Google Patents

Abstract

PURPOSE: To reduce product cost by inhibiting administration cost by dividing a head jamb and a sill, composing both the head jamb and the sill of two or more of frame parts and sharing a frame part constituting the head jamb and a frame part configuring the sill. CONSTITUTION: A head jamb 5 and a sill 6 are composed of basic frames 40, first attached gutter ends 41 fitted to the first wide sections 44 of the basic frames 40, second attached gutter ends 42 fitted to the second wide sections 45 of the basic frames 40, and intermediate attached gutter ends 43 inserted into upper-end side and lower-end side recessed sections 47, 48 of the central sections 46 of the basic frames 40. The upper end sides of the first and second attached gutter ends 41, 42 and the intermediate attached gutter ends 43 are projected from the upper end faces of the basic frames 40, the lower end sides of these gutter ends 41, 42 and 43 are projected from the lower end faces of the basic frames 40, the lower-end side door grooves 65, 66 of a sliding door 11 are formed on the upper end sides of the basic frames 40, and the upper-end side door grooves 63, 64 of the sliding door 11 are formed on the lower end sides of the basic frames 40.

Description

Detailed Description of the Invention

[0001]

This invention relates to a reinforced concrete structure, a house constructed of steel frame or wood, a partition wall of a building such as a warehouse or a store, a push-in, or an opening provided in a bag or the like, The present invention relates to a sliding door frame for a building in which a sliding door as a fitting is built.

[0002]

2. Description of the Related Art Conventionally, in a sliding door frame for a building which is attached to an opening provided in a partition wall of a building, a bottom surface is cut by cutting a material such as wood according to the wall thickness of the partition wall. The Kamoi with the door groove formed on it, the sill with the door groove formed on the upper surface, and the pair of vertical frames with the picture frame assembled on the facing surface were manufactured.

[0003]

However, in the conventional sliding door frame for buildings, a sliding door such as bran is built in the sliding door frame after the sliding door frame for buildings is attached. That is, when building a sliding door in the sliding door frame, first insert the upper end of the sliding door into the doorway of the Kamoi, and then lift the sliding door into the back of the Kamoi's doorway while lifting the lower end of the sliding door. The sliding door is built in the sliding door frame by fitting it into the door groove from the side. For this reason, it is necessary to form the doorway of the Kamoi deeper and to form the doorway of the sill shallower, and although the Kamoi and the sill are used for similar purposes, the Kamoi and the sill have not been standardized. Therefore, since it is necessary to manufacture the kamoi and the sill as separate standard products, it is necessary to separately manage and store the kamoi and the sill. For this reason, the cost of managing the Kamoi and the sill increases, which increases the product cost of the sliding door frame for buildings. As a result, there is a problem that the price of a building provided with such an expensive sliding door frame for a building rises.

Further, in the conventional sliding door frame for buildings, a kamoi or a sill is manufactured by cutting one material, so that, for example, a sliding door frame or a sill and a sliding door frame are used. And sill cannot be diverted from each other, and when both sliding door frame and single sliding door frame are required, it is necessary to manufacture each sill and sill from multiple materials. It had to be managed and stored.
Therefore, the product cost of the sliding door frame for buildings increases due to an increase in the number of parts and an increase in management costs. As a result, there is a problem that the price of a building provided with such an expensive sliding door frame for a building rises.

An object of the present invention is to divide a sill and a sill into two and to construct both a sill and a sill, and to share a frame component that constitutes a sill and a frame component that configures a sill. An object is to provide a sliding door frame for buildings, which can reduce the product cost by suppressing the management cost.

[0006]

According to the present invention, there is provided a housing unit, a single-family house, which comprises a kamoi having a lower end surface provided with an upper end side door groove of a sliding door and an upper end surface provided with a lower end side door groove of the sliding door. In a building sliding door frame attached to an opening provided in a building such as a house, a building by the two-by-four method, a warehouse or a store, the duck and the sill have a fitting portion at one end in the board width direction. A frame part and a fitted part to be fitted into the fitting part of the first frame part;
A second frame component projecting vertically from the upper and lower end faces of the frame component, wherein the second frame component is more than the projecting amount on the upper end side of the second frame component projecting from the upper end face of the first frame component; A technical means is adopted in which the amount of protrusion on the lower end side of the second frame component protruding from the lower end surface of the first frame component is greater.

The second frame component may be constructed by a gutter end attached to both ends of the first frame component in the plate width direction. Further, the second frame component may be constituted by an intermediate attachment trough end assembled in the middle of the first frame component in the plate width direction. Further, the intermediate gutter end may be divided. The fitting portion may be a concave portion such as a fitting groove, and the fitted portion may be a convex portion such as a ridge portion that is fitted in the concave portion. Further, the fitting portion may be a convex portion such as a protrusion, and the fitted portion may be a concave portion such as a fitting groove that is fitted to the convex portion.

[0008]

According to the present invention, the fitted portion of the second frame component is fitted into the fitted portion provided at one end of the first frame component in the plate width direction, whereby the second frame is fitted. The component is attached to one end of the first frame component in the plate width direction in a state of protruding from the upper and lower end surfaces of the first frame component in the vertical direction.
In addition, the second frame component has a protrusion amount on the lower end side of the second frame component that protrudes from the lower end face of the first frame component than a protrusion amount on the upper end side of the second frame component that protrudes from the upper end face of the first frame component. Is bigger.
Thereby, the lower end side door groove of the sliding door is formed on the upper end surface of the first frame component, and the upper end side door groove of the sliding door is formed on the lower end surface of the first frame component. Therefore, the first frame component having such a structure And the second
The frame parts can be commonly used for the sliding door frame and the sill of the building. Therefore, the frame parts (first and second frame parts) that form the Kamoi and the frame parts (first and second frame parts) that form the sill.
By making the second frame part) common, the management cost can be reduced and the product cost can be reduced, so that the price of the building can be reduced. In addition, by dividing the Kamoi and the sill into two or more frame parts (first and second frame parts), the common parts are diverted from each other, thereby reducing the number of parts and management cost, and thereby reducing the product cost. The price of the building can be reduced.

[0009]

[Embodiment] Next, an explanation will be given based on an embodiment in which the building sliding door frame of the present invention is incorporated in a housing sliding door frame.

[Structure of First Embodiment] FIGS. 1 to 9 show a first embodiment of the present invention. FIG. 1 is a view showing a sliding door frame for an apartment house, and FIG. It is the figure which showed the vertical frame and frame of the sliding door frame for houses.

The sliding door frame 1 for an apartment house is an apartment,
This is an opening frame attached to the rectangular opening of the partition wall 10 of an apartment house or the like, and a sliding door (bran) 11 for sliding is built therein as a fitting. The sliding door frame 1 for the housing complex includes a vertical frame 2 vertically attached to the left and right sides of the opening of the partition wall 10, a pair of frame 3 and a vertical frame 2 that are assembled to the facing surface of the vertical frame 2. From a pair of stoppers 4 for connecting the pair of frame 3 to each other, a dwell 5 horizontally attached to the upper side of the opening of the partition wall 10, and a sill 6 horizontally attached to the lower side of the opening of the partition wall 10. It is configured.

The partition wall 10 separates a Japanese-style room 13 with a tatami mat 12 and a Western-style room 14 such as a Western-style room or a corridor. A base material (horizontal bridge material) 16 forming the upper side of the opening of 10, a concrete floor or a board floor 17 forming the lower side of the opening of the partition wall 10,
Also, it is composed of a plaster board (PB) 18 such as a gypsum board, which is attached to the facing surfaces on both sides of the through column 15 and the base material 16, and is a mixture of mineral powder and water.

In this embodiment, the expected widths of the through columns 15 and the base material 16 (for example, 40 cm) and the plate thickness of the two plaster boards 18 (for example, 9.5 mm × 2, 12.5 mm ×).
The sum of 2 or 15 mm × 2) is the wall thickness of the partition wall 10 (for example, 59 cm, 65 cm or 70 cm).

As shown in FIG. 2, the vertical frame 2 is a basic frame (frame member) that constitutes a vertical frame unit 7 with a pair of frame 3 and a pair of stoppers 4, and is used in a processing factory. It is a frame part made according to the unified standard. The vertical frame 2 is the inner surface of the opening of the partition wall 10 of the housing complex (the prospective surface of the through column 15).
It is attached using adhesive, tacker, screws, nails, etc. The vertical frame 2 has a plate thickness of, for example, 100 mm, a plate width of, for example, 720 mm, and a plate length of, for example, 2000 mm to 2300.
A prismatic laminated material having a substantially rectangular cross section of mm is used.

Laminated wood is a wood material laminated by alternately stacking a wooden block and a wooden front dry block of a defect-free rubber tree, and has few defects due to the fiber direction peculiar to wood and stable properties. are doing. For this reason, when moisture is absorbed, the dry blocks cancel each other's stress, which makes it difficult for the shape to change. Also, since rubber trees are used, there is little concern about supply.

As shown in FIG. 3, the vertical frame 2 has its outer surface cut at a processing factory joined to the through column 15 and plaster board 18, and the inner surface coated at the processing factory is the other side. It is arranged so as to face the vertical frame 2. Also,
At both ends of the vertical frame 2 in the plate width direction (probable direction), two projecting portions 21 projecting laterally from the through column 15 and projecting into the Japanese-style room 13 and the Western-style room 14 are formed. Two
One fitting groove (recessed portion, long groove portion, fitting portion) 22 is formed on the outer surface of each protruding portion 21.

One fitting groove 22 has a predetermined distance (for example, 100 mm) from both end surfaces (a facing surface) of the vertical frame 2 in the plate width direction.
It is formed by cutting at the position of and has a rectangular cross section (for example, 50 mm × 55 mm). And 2
A ridge portion (projection portion, tooth portion, fitting portion) 23 protruding in the plate thickness direction of the vertical frame 2 and the vertical frame 2 on the end side of one fitting groove 22 of the two protruding portions 21. A ridge portion (projection portion, tooth portion, fitting portion) 24 protruding in the plate width direction is formed. Further, a cutout portion (recessed portion, fitting groove, fitting portion) 25 is formed between the protrusions 23 and 24.

The ridges 23 and 24 are portions formed by providing the fitting groove 22 and the notch 25, and have a square cross section (for example, 50 mm × 50 mm). Notch 2
5 has a square opening cross section (for example, 50 mm × 50 mm). These ridges 23 and 24 and the notch 2
Like the fitting groove 22, 5 is extended in the plate length direction of the vertical frame 2.

As shown in FIG. 4, the pair of picture frames 3 are frame parts made to a uniform standard in a processing factory, and are made of a prismatic laminated material having a substantially rectangular cross section (for example, 240 mm × 120 mm). It is used and assembled to the vertical frame 2 using glue, nails, or the like. On the end faces of the pair of frame frames 3 on the through column 15 side, one fitting groove (recess, long groove portion, extending in the plate length direction of the frame 3) is formed.
A fitting portion) 26 is formed. One fitting groove 26 is
It has a rectangular cross section (for example, 55 mm × 50 mm), and is formed by cutting at a position of, for example, 85 mm from the outer surface of the frame 3 and at a position of, for example, 100 mm from the inner surface of the frame 3.

Further, at the end portions of the pair of picture frames 3 on the vertical frame 2 side,
A ridge portion (projection portion, tooth portion, fitting portion) 27 protruding in the plate thickness direction of the frame 3, and a protrusion portion (projection portion, tooth portion, fitting portion) 28 protruding in the plate width direction of the frame 3 28 Are formed. Further, a notch (concave portion, fitting groove, fitting portion) 29 is formed between the protrusions 27 and 28.

The ridges 27 and 28 are portions formed by providing the fitting groove 26 and the notch 29, and have a square cross section (for example, 50 mm × 50 mm). Notch 2
9 has a square opening cross section (for example, 50 mm × 50 mm). These ridges 27 and 28 and the notch 2
9 is extended in the plate length direction of the frame 3 similarly to the fitting groove 26.

The pair of stoppers 4, as shown in FIG.
A frame component made to a uniform standard at a processing plant, and a prismatic laminated material with an L-shaped cross section (for example, 150 mm x 100 mm) is used. The vertical frame 2 and the frame 3 are made by using glue and nails. It is a connecting material that holds together. The pair of stoppers 4 has a base portion 31 having a long dimension and a ridge portion (projection portion, fitted portion) 32 having a shorter dimension than the base portion 31. At the tip of the base 31, the head 3 fitted into the fitting groove 26 of the frame 3
3 are formed. The head 33 has a square cross section (for example, 50 mm × 50 mm). In addition, head 3
3 has a fitting groove 34 formed between the vertical groove 2 and the protruding portion 23 of the vertical frame 2.

The ridge portion 32 projects from the rear end portion (the other end portion in the prospective direction) of the base portion 31 to the vertical frame 2 side. Also,
The ridge 32 extends in the plate length direction of the stopper 4, is fitted into the fitting groove 22 of the vertical frame 2, and has a square cross section (for example, 50 mm × 50 mm).

The kamoi 5 and the sill 6 are, as shown in FIG. 1, a basic frame 40, a pair of first and second gutter ends 41, 42.
Further, the intermediate gutter end 43 and the like are divided into 4 to 5 parts, and the frame parts of the Kamoi 5 and the sill 6 are made common. The basic frame 40 of the kamoi 5 is the first frame component of the present invention, and an adhesive, a tacker, a screw, a nail or the like is provided on the lower end surface (expected surface of the base material 16) of the opening of the partition wall 10 of the housing complex. Is attached using. The basic frame 40 of the Kamoi 5 has an upper end surface facing the base material 16 and the plaster board 18, and a lower end surface facing the sill 6. The basic frame 40 of the sill 6 is attached to the upper end surface of the floor 17 of the housing complex by using an adhesive, a tacker, a screw, a nail or the like.

The basic frame 40 of the Kamoi 5 and the sill 6 is a frame component made to a unified standard in a processing factory. These basic frames 40 have a plate thickness of, for example, 100 as shown in FIG.
mm, plate width is 600 mm, plate length is 2200 mm, for example
A prismatic laminated material having a substantially rectangular cross section of 2,500 mm is used.

A first wide portion 44 into which the first mounting trough end 41 is fitted is formed at one end portion of the basic frame 40 in the plate width direction (prospect direction). A second wide portion 45 into which the second mounting trough end 42 is fitted is formed at the other end of the basic frame 40 in the plate width direction (prospect direction). The first and second wide portions 44 and 45 are the fitting portions of the present invention, have a rectangular cross section (for example, 100 mm × 30 mm), and are the same as the maximum dimension portion of the basic frame 40. .

The central portion (narrow portion) 4 of the basic frame 40
On the upper end surface of 6, an upper end side recess (fitting groove, long groove portion, fitting portion) 47 is formed. Further, a lower end side recess (fitting groove, long groove portion, fitting portion) 48 is formed on the lower end surface of the central portion 46 of the basic frame 40. Upper end side, lower end side recess 47,
Reference numeral 48 is a portion formed by cutting in a processing factory, and has a rectangular cross section (for example, 20 mm x 125 mm).
have. These upper and lower recesses 47, 48
Are extended in the plate length direction of the basic frame 40. Between the first and second wide portions 44 and 45 of the basic frame 40 and the central portion 46, connecting portions 49 and 50 having a rectangular cross section (for example, 20 mm × 125 mm) are formed.

The pair of first and second gutter ends 41, 42 are
A second frame component of the present invention, which is a frame component made to a uniform standard in a processing factory as shown in FIGS. 7 and 8,
It is attached to the basic frame 40 using glue, nails, or the like. The pair of first and second gutter ends 41, 42 have a plate thickness of, for example, 300.
mm, plate width is 120 mm, plate length is 2200 mm, for example
A prismatic laminated material having a substantially rectangular cross section of 2,500 mm is used.

On the upper end sides of the pair of first and second gutter ends 41, 42, upper end side protruding portions 51, 52 protruding from the upper end surface of the basic frame 40 toward the base material 16 are formed. The upper protrusions 51 and 52 have a rectangular cross section (for example, 4
0 mm x 120 mm). Further, lower end side protruding portions 53, 54 protruding inward from the lower end surface of the basic frame 40 are formed on the lower end sides of the pair of first and second gutter ends 41, 42. The lower end side protrusions 53 and 54 have a rectangular cross section (for example, 155 mm × 120 mm).

On the opposite side surfaces of the pair of first and second gutter ends 41, 42, first and second wide portions 44, 45 of the basic frame 40 are provided.
First and second recesses (fitting groove, long groove portion) 5 fitted in
5, 56 are formed. First and second recesses 55, 56
Is a portion to be fitted of the present invention, for example, a portion having a width of 105 mm and a depth of 30 mm, which is recessed from the periphery, and is, for example, 1 mm from the upper end surface.
It is formed by cutting at a position of 55 mm and a position of, for example, 40 mm from the lower end surface.

As shown in FIG. 9, the intermediate attachment trough 43 is a frame component made to a uniform standard in a processing factory, and is attached to the basic frame 40 using glue, nails or the like. The intermediate trough 43 has a plate thickness of, for example, 240 mm and a plate width of, for example, 120 m.
It is divided into two by cutting a prismatic laminated material having a substantially rectangular cross section of m and a plate length of, for example, 2200 mm to 2500 mm at a position indicated by a chain double-dashed line.

The intermediate attachment trough end 43 is composed of upper end side and lower end side fitting materials 57 and 58. The upper fitting material 57 is the basic frame 4
A fitted portion 59 fitted in the upper end side recess 47 of 0,
Further, the base frame 40 has an upper end side protruding portion 60 protruding from the upper end surface toward the base material 16 side. Further, the lower end side fitting material 58 has a fitted portion 61 fitted in the lower end side concave portion 48 of the basic frame 40, and a lower end side protruding portion 62 protruding inward from the lower end surface of the basic frame 40. There is. The upper end side protruding portion 60 has a rectangular cross section (for example, 40 mm × 120 mm).
mm), and the lower end side protruding portion 62 has a rectangular cross section (for example, 155 mm × 120 mm).

Here, the connecting portion 4 of the basic frame 40 of the Kamoi 5
9, the space surrounded by the lower end side protruding portion 53 of the first gutter end 41 and the lower end side protruding portion 62 of the intermediate gutter end 43 becomes the upper end side door groove 63 of the sliding door 11 on the Japanese-style room 13 side, and serves as the base frame 40. Connecting part 50, lower end side projection part 5 of the second gutter end 42
4, and the space surrounded by the lower end side protruding portion 62 of the intermediate gutter end 43, the upper end side door groove 64 of the sliding door 11 on the Western-style room 14 side.
Becomes

In addition, the connecting portion 49 of the basic frame 40 of the sill 6,
The space surrounded by the upper end side protruding portion 51 of the first gutter end 41 and the upper end side protruding portion 60 of the middle gutter end 43 is the Japanese-style room 1
It becomes the lower end side door groove 65 of the sliding door 11 on the 3 side, and the basic frame 40
Connecting portion 50, the upper end side projection portion 52 of the second gutter end 42,
The space surrounded by the upper end side protruding portion 60 of the intermediate attachment trough end 43 becomes the lower end side door groove 66 of the sliding door 11 on the Western-style room 14 side.

The vertical dimension (plate thickness dimension) of the lower end side protruding portion 53 of the first mounting trough end 41 and the lower end side protruding portion 62 of the intermediate mounting trough end 43 and the lower end side protruding portion 54 of the second mounting trough end 42. And the lower end side protruding portion 62 of the intermediate attachment trough end 43
The vertical dimension (plate thickness dimension) is, for example, 155 mm. Further, the vertical dimension (plate thickness dimension) of the upper end side protrusion 51 of the first gutter end 41 and the upper end side protrusion 60 of the intermediate attachment gutter end 43, and the upper end side protrusion 5 of the second attachment gutter end 42.
The vertical dimension (plate thickness dimension) of 2 and the upper end side protruding portion 60 of the intermediate attachment trough end 43 is, for example, 40 mm. That is, the upper end side door grooves 63, 64 of the sliding door 11 are deeper than the lower end side door grooves 65, 66 of the sliding door 11.

[Assembling Method of First Embodiment] Next, an assembling method of the sliding door frame 1 for an apartment house of this embodiment will be briefly described with reference to FIGS. 1 to 9.

First, at the processing factory, the protrusions 32 of the pair of stoppers 4 are fitted and fixed in the fitting grooves 22 formed in the two projecting portions 21 of the vertical frame 2, respectively. Next, from the outer side in the plate width direction of the vertical frame 2, the protrusions 27 of the pair of frames 3 are surrounded by the protrusions 23 of the vertical frame 2 and the head 33 of the stopper 4, and the fitting groove. The fitting grooves 26 of the pair of picture frames 3 are fitted into the head portions 33 of the base portions 31 of the pair of stoppers 4 as well as fitting the fitting grooves 26 in the fitting portions 34. Then, the vertical frame unit 7 is integrated by fixing the joints of the vertical frame 2, the pair of frame 3 and the pair of stoppers 4 with glue or nails.

Further, the intermediate trough end 43 is cut at the position shown by the chain double-dashed line in FIG. 9 at the processing factory to form the upper end side fitting material 57 and the lower end side fitting material 58. Then, the fitted portion 59 of the upper end side fitting material 57 is fitted into the upper end side concave portion 47 of the basic frame 40 which is cut into a predetermined shape, and similarly, the lower end side is inserted into the lower end side concave portion 48 of the basic frame 40. The fitted portion 61 of the fitting material 58 is fitted.

Next, the first wide portion 44 of the basic frame 40 is fitted into the first recess 55 of the first attachment trough end 41, and similarly, the second wide portion 45 of the basic frame 40 is attached to the second attachment trough end. 42
The second concave portion 56 of is fitted. And the basic frame 40,
By fixing the joints of the first gutter end 41, the second gutter end 42, and the intermediate gutter end 43 with glue or nails, the kamoi 5 is integrated. Threshold 6 by the same assembly method
Is also integrated.

Therefore, the vertical frame 2 and the pair of frame 3 are connected by the pair of stoppers 4, so that the two vertical frame units 7 of which assembly work is completed at the shipping stage of the processing factory are constructed. . Further, by assembling the first attachment trough end 41, the second attachment trough end 42, and the intermediate attachment trough end 43 to the basic frame 40, the kamoi 5 and the sill 6 for which the assembling work has been completed are configured at the shipping stage of the processing factory. This eliminates the need for assembling the vertical frame unit 7, the kamoi 5 and the sill 6 in the housing complex (on site), so that the sliding door frame 1 for the housing complex can be attached to the opening of the partition wall 10. Can be shortened and the work cost can be reduced. As a result, the product cost of the sliding door frame 1 for housing complex can be reduced,
It is possible to reduce the price of an apartment house incorporating such an inexpensive sliding door frame 1 for an apartment house.

[Mounting Method of First Embodiment] Next, a mounting method of the sliding door frame 1 for a housing complex of this embodiment will be briefly described with reference to FIGS. 1 to 9.

Two sets of vertical frame units 7 integrally assembled in the processing factory are bonded to the prospective surfaces of the through columns 15 forming the two vertical sides of the opening provided in the partition wall 10 of the housing complex. It is attached using an agent, tacker, screw, nail, etc. In addition, a set of kamoi 5 integrally assembled in the processing factory is attached to the prospective surface of the base material 16 that constitutes the upper side in the horizontal direction of the opening provided in the partition wall 10 of the apartment house with an adhesive and a tacker. Attach using screws, screws, nails, etc. Furthermore, on the upper end surface of the floor 17 that constitutes the lower side in the horizontal direction of the opening provided in the partition wall 10 of the housing complex, a set of kamoi 5 integrally assembled in the processing factory is provided with an adhesive, a tacker, Attach using screws or nails.

At this time, the pair of first and second facing gutter ends 41, 42 of the Kamoi 5 and the pair of first of the sill 6,
The facing surfaces of the pair of picture frames 3 of the vertical frame unit 7 project from the facing surfaces of the second mounting trough ends 41, 42, and the kamoi 5,
The sill 6 and the vertical frame unit 7 are attached to the opening of the partition wall 10 so that the sill 6 and the vertical frame unit 7 have different levels. Therefore, even if the through columns 15 and the base material 16 around the opening of the partition wall 10 are obliquely assembled in the horizontal direction or the vertical direction, the sliding door frame 1 for an apartment does not look bad. It is possible to provide the sliding door frame 1 for an apartment house which is remarkably aesthetically pleasing.

It should be noted that the sliding door 11 such as bran is built in the sliding door frame 1 for the housing complex after the sliding door frame 1 for the housing complex is attached. That is, when the back sliding door 11 is built in the sliding door frame 1 for a housing complex, first, the back sliding door 11 is placed in the upper end side door groove 64 of the kamoi 5.
The upper end of the rear sliding door 11 is inserted so that the upper end of the rear sliding door 11 enters the rear of the upper end side door groove 64 of the Kamoi 5, and the lower end of the rear sliding door 5 is located lower than the side of the sill 6. Fit into the door groove 66. Similarly, for the sliding door 11 on the front side, the upper end side door groove 63 of the kamoi 5 and the lower end side door groove 6 of the sill 6 are similarly formed.
The sliding door 11 on the back side is built in the sliding door frame 1 for the housing complex by building it in the inside 5.

[Effects of the First Embodiment] As described above, the sliding door frame 1 for an apartment has a structure in which the kamoi 5 and the sill 6 are divided, and the frame parts of the kamoi 5 and the sill 6 are unified. The standardization reduces the number of man-hours for processing the material, and eliminates the need to manage frame parts of different standards. As a result, the product cost of the sliding door frame 1 for an apartment house can be reduced, so that the price of an apartment house incorporating such an inexpensive sliding door frame 1 for an apartment house can be reduced.

Further, the sliding door frame 1 for an apartment house has an upper end side protruding portion (an upper end side protruding portion 51 of the first mounting trough end 41 and an upper end side protruding portion of the second mounting trough end 42) protruding from the upper end surface of the basic frame 40. Upper part side projection part 60 of the part 52 and the intermediate attachment trough end 43)
Than the protrusion amount (for example, 40 mm) of the base frame 40, the lower end side protruding portion (the lower end side protruding portion 53 of the first mounting trough end 41, the lower end side protruding portion 54 of the second mounting trough end 42, and the intermediate mounting) The protrusion amount (for example, 155 mm) of the lower end side protrusion portion 62) of the gutter end 43 is larger.

As a result, the lower end side door grooves 65 and 66 of the sliding door 11 are formed on the upper end surface of the basic frame 40, and the upper end side door grooves 63 and 64 of the sliding door 11 are formed on the lower end surface of the basic frame 40. The basic frame 40 having the above structure, the pair of first,
The second gutter ends 41, 42 and the intermediate gutter end 43 can be commonly used for the kamoi 5 and the sill 6 of the sliding door frame 1 for a housing complex.

Therefore, by standardizing the frame parts forming the duck 5 and the frame parts forming the sill 6, the part management of the frame parts of different standards is reduced, and the management cost of the frame parts is reduced. As a result, the product cost of the sliding door frame 1 for an apartment house can be reduced, so that the price of an apartment house incorporating such an inexpensive sliding door frame 1 for an apartment house can be reduced.

[Second Embodiment] FIGS. 10 to 12 show a second embodiment of the present invention. FIG. 10 is a view showing a sliding door frame for an apartment house, and FIG. 11 is for an apartment house. FIG. 12 is a diagram showing a double-door frame of a double-door frame, and FIG. 12 is a diagram showing a double-door frame of a double-door frame for an apartment house.

In this embodiment, a sliding door frame 1 for an apartment house
Is used as a sliding door frame that forms a top bag 71 and a push-in 72 provided on the side wall 70 of the housing complex. The sliding door frame 1 for the housing complex is composed of a sky dwell 73, a duck / sill 74 and a sill 6. In addition, 75 is a ceiling board, 7
Reference numerals 6 and 77 denote middle shelf plates, and 78 denotes a bottom plate.

In order to prevent the base material 16 constituting the side wall 70 and the plasterboard 18 from interfering with each other, the upper roof side mat 70 does not have the upper end side fitting material 57 of the intermediate mounting trough end 43 of the first embodiment. It has a structure. Further, in the sill / duck dwell 74, the door groove on the upper end side of the basic frame 40 forms the lower end side door grooves 65, 66 of the sliding door 79 of the bag 71, and the basic frame 4
The door groove on the lower end side of 0 forms the upper end side door grooves 63, 64 of the sliding door 11 of the push-in 72.

Therefore, the sill-combined kamoi 7 of this embodiment is used.
In the case of 4, the sill of the bag 71 and the sill of the push-in 72 are integrated, so that when the bag 71 is provided above the push-in 72 as in this embodiment, the sill of the bag 71 is normally used. Where a Kamoi of Push-in 72 is needed, one Kamoi with a sill 74
Therefore, the number of parts and the product cost can be reduced.

[Third Embodiment] FIG. 13 shows a third embodiment of the present invention and is a view showing a vertical frame unit of a sliding door frame for an apartment house. In this embodiment, in order to correspond to the expected width of the Kamoi 5 and the sill 6, the pair of stoppers 4 of the vertical frame unit 7 of the sliding door frame 1 for housing complex are repeatedly turned over and the base portion 31 of the stopper 4 is fixed. The head 33 is fitted with the fitting groove 2 of the vertical frame 2.
2 and the protrusions 32 of the stopper 4 are fitted into the fitting grooves 26 of the frame 3, so that the pair of first and second pairs of the frame 3 have the facing surfaces of the frame 5 and the sill 6. Attached gutter end 41,
It is made to be substantially flush with the found surface of 42.

[Fourth Embodiment] FIG. 14 shows a fourth embodiment of the present invention and is a view showing a vertical frame unit of a sliding door frame for an apartment house. Vertical frame unit 7 of this embodiment
The shape of the end faces of the two overhanging portions 21 of the vertical frame 2 is simplified to be a flat surface, and the shape of the side surfaces of the vertical frame 2 of the pair of frame 3 is simplified to be a flat surface. As a result, when cutting and cutting the vertical frame 2 and the pair of frame 3 in the processing factory, it is difficult to produce a surplus of material, and the product cost of the vertical frame unit 7 can be further reduced.

[Fifth Embodiment] FIGS. 15 to 19 show a fifth embodiment of the present invention. FIG. 15 is a view showing a sill and a sill of a sliding door frame for a housing complex, and FIG. It is the figure which showed the vertical frame unit of the sliding door frame for apartment houses.

The sliding door frame 100 for a housing complex is composed of two sets of a vertical frame unit 101, a kamoi 102 and a sill 103. As shown in FIG. 16, the vertical frame unit 101 includes a vertical frame 104 and overhanging portions 1 on both sides of the vertical frame 104.
A pair of picture frames 10 assembled with glue, nails, etc.
And 5.

As shown in FIG. 15, the kamoi 102 and the sill 103 are composed of a basic frame 106, a first gutter end 107, a second gutter end 108, etc. Is common. As shown in FIG. 17, the basic frame 106 is formed by cutting the central portion (indicated by a chain double-dashed line) of the basic frame 40 of the first embodiment at a processing factory, and has a plate thickness of, for example, 100 mm. The width is, for example, 300 mm, and the plate length is, for example, 2200 mm to 250.
A prismatic laminated material having a substantially rectangular cross section of 0 mm is used.

At one end of the basic frame 106 in the plate width direction (prospect direction), a narrow portion (convex portion, ridge portion) 111 with which the first mounting trough end 107 is fitted is formed. Narrow part 1
Reference numeral 11 is a fitting portion of the present invention, which is a portion smaller than the maximum size of the basic frame 106, and has a rectangular cross section (for example, 62.
5 mm x 60 mm).

At the other end of the basic frame 106 in the plate width direction (prospect direction), there is formed a wide portion 112 into which the second mounting gutter end 108 is fitted. The wide portion 112 is the fitting portion of the present invention, and is the same portion as the maximum dimension portion of the basic frame 106, and has a rectangular cross section (for example, 100 mm × 3).
0 mm). Then, the narrow portion 1 of the basic frame 106
A connecting portion 113 having a rectangular cross section (for example, 20 mm × 125 mm) is formed between 11 and the wide portion 112.

As shown in FIG. 18, the first attachment trough end 107 is a frame component made by a unified standard in a processing factory, and is made of glue,
It is assembled to the basic frame 106 using nails or the like. The first mounting gutter end 107 has a plate thickness of, for example, 300 mm and a plate width of, for example, 4 mm.
A prismatic laminated material having a substantially rectangular cross section of 50 mm and a plate length of, for example, 2200 mm to 2500 mm is used.

At the upper end side of the first gutter end 107, the upper end side protruding portion 11 protruding outward from the upper end surface of the basic frame 106.
4 are formed. Further, on the lower end side of the first gutter end 107, a lower end side protruding portion 115 protruding inward from the lower end surface of the basic frame 106 is formed. Then, on the side surface of the basic frame 106 of the first mounting trough end 107, a first recess (fitting groove, long groove portion) 116 fitted into the narrow portion 111 of the basic frame 106 is provided in the plate length direction of the first mounting trough end 107. Has been extended to. The first recessed portion 116 is a fitted portion of the present invention, for example, a portion recessed from the periphery with a width of 65 mm and a depth of 60 mm, and cut at a position of, for example, 60 mm from the upper end surface and a position of, for example, 175 mm from the lower end surface. It is formed by processing.

As shown in FIG. 19, the second mounting trough end 108 is a frame component made to the same standard as the second mounting trough end 42 of the first embodiment, and is assembled to the basic frame 106. On the upper end side of the second gutter end 108, an upper end side protrusion 117 having the same shape as the upper end side protrusion 52 of the first embodiment is formed. Further, on the lower end side of the first gutter end 107, a lower end side protrusion 118 having the same shape as the lower end side protrusion 54 of the first embodiment.
Are formed. A second recess 119 having the same shape as the second recess 56 of the first embodiment is formed on the side surface of the basic frame 106 of the second gutter end 108. Second recess 119
Is the fitted portion of the present invention.

Here, the connecting portion 1 of the basic frame 106 of the Kamoi 5
13 and the lower end side projection 115 of the first gutter end 107 and the second
The space surrounded by the lower end side protruding portion 118 of the spout end 108 becomes the upper end side door groove 121 of the sliding door 120. In addition, the connecting portion 113 of the basic frame 106 of the sill 6 and the first attachment trough end 10
The space surrounded by the upper end side protruding portion 114 of No. 7 and the upper end side protruding portion 117 of the second gutter end 108 is the sliding door 1 on the Japanese room 13 side.
It becomes the lower end side door groove 122 of 20.

Then, the lower end side protrusion 115 of the first gutter end 107 and the lower end side protrusion 11 of the second gutter end 108.
The vertical dimension (plate thickness dimension) of 8 is, for example, 155 mm. The vertical dimension (plate thickness dimension) of the upper end side protrusion 51 of the first gutter end 107 and the upper end protrusion 117 of the second gutter end 108 is, for example, 40 mm. That is, the depth of the upper end side door groove 121 of the sliding door 120 is deeper than the depth of the lower end side door groove 122 of the sliding door 120.

[Sixth Embodiment] FIG. 20 shows a sixth embodiment of the present invention and is a view showing a vertical frame unit of a sliding door frame for an apartment house. Vertical frame unit 10 of this embodiment
1 is a vertical frame 131 and overhanging portions 13 on both sides of the vertical frame 131.
A pair of picture frames 133 assembled to the 2 using glue, nails, etc.
It consists of and. A concave portion 134 and a convex portion 135 are formed on the projecting portion 132 of the vertical frame 131. Also,
In the pair of frame portions 133, a convex portion 136 fitted into the concave portion 134 of the vertical frame 131, a concave portion 137 into which the convex portion 135 of the vertical frame 131 is fitted, and a convex portion 138 joined to the end surface of the protruding portion 132 of the vertical frame 131. Are formed.

[Seventh Embodiment] FIG. 21 shows a seventh embodiment of the present invention and is a view showing a vertical frame unit of a sliding door frame for an apartment house. Vertical frame unit 10 of this embodiment
The vertical frame 131 of No. 1 has a recessed portion 139 formed on the side surface of the through column 15 in order to prevent interference with the plaster board 18 constituting the partition wall 10.

[Modification] In this example, the sliding door frame for buildings of the present invention was applied to the sliding door frame 1 for collective housing and the single sliding door frame 100 for collective housing. May be applied to a detached house, a building by the two-by-four method, a sliding door frame for a building such as a warehouse or a store. In this embodiment, the kamoi 5 and the sill 6 are divided into one basic frame 40 and two first and second gutter ends 41 and 42 and one intermediate gutter end 43. It is also possible to integrally form a gutter end at one end of one first frame component and assemble one attachment gutter end at the other end of the first frame component.

[Brief description of drawings]

FIG. 1 is a vertical cross-sectional view showing a sliding door frame and a sill of a sliding door frame for a housing complex according to a first embodiment of the present invention.

FIG. 2 is a cross-sectional view showing a vertical frame unit of the sliding door frame for the housing complex of FIG.

FIG. 3 is a sectional view showing a vertical frame of the vertical frame unit of FIG.

FIG. 4 is a cross-sectional view showing a frame of the vertical frame unit of FIG.

5 is a cross-sectional view showing a stopper of the vertical frame unit of FIG.

6 is a cross-sectional view showing a basic frame of a sliding door frame and a sill of the sliding door frame for the housing complex of FIG.

FIG. 7 is a cross-sectional view showing the first sliding gutter end of the Kamoi and the sill of the sliding door frame for the housing complex of FIG.

FIG. 8 is a cross-sectional view showing a Kamoi of the sliding door frame for the housing complex of FIG. 1 and a second gutter end of the sill.

FIG. 9 is a cross-sectional view showing an intermediate gutter end of the sliding door frame and the sill of the sliding door frame for the housing complex of FIG.

FIG. 10 is a vertical cross-sectional view showing a sliding door frame for a housing unit, a double-story duck, a double-story duck, and a double-sill, as a second embodiment of the present invention.

FIG. 11 is a cross-sectional view showing a roof of the sliding door frame for the housing complex of FIG.

FIG. 12 is a cross-sectional view showing a sill / dwell of the sliding door frame for the housing complex of FIG.

FIG. 13 is a transverse cross-sectional view showing a vertical frame unit of a sliding door frame for a housing complex according to a third embodiment of the present invention.

FIG. 14 is a horizontal cross-sectional view showing a vertical frame unit of a sliding door frame for a housing complex according to a fourth embodiment of the present invention.

FIG. 15 is a vertical cross-sectional view showing a sill and a sill of a sliding door frame for a housing complex according to a fifth embodiment of the present invention.

16 is a horizontal cross-sectional view showing a vertical frame unit of the sliding door frame for the housing complex of FIG.

FIG. 17 is a cross-sectional view showing the basic frame of the sliding door frame for the housing complex of FIG.

FIG. 18 is a cross-sectional view showing the first sliding gutter end of the sill and the sill of the sliding door frame for the housing complex of FIG. 15.

FIG. 19 is a cross-sectional view showing the second sliding gutter end of the sill and the sill of the sliding door frame for the housing complex of FIG. 15.

FIG. 20 is a transverse cross-sectional view showing a vertical frame unit of a sliding door frame for a housing complex according to a sixth embodiment of the present invention.

FIG. 21 is a transverse cross-sectional view showing a vertical frame unit of a sliding door frame for a housing complex according to a seventh embodiment of the present invention.

[Explanation of symbols]

 1 Sliding door frame for multiple dwelling houses (sliding door frame for buildings) 5 Kamoi 6 Sills 10 Partition walls 11 Sliding doors (joiners) 15 Through columns 16 Base materials 17 Floors 18 Plaster boards 40 Basic frames (first frame parts) 41 First gutters (Second frame part) 42 Second gutter end (second frame part) 43 Intermediate gutter end 44 First wide part (fitting part) 45 Second wide part (fitting part) 55 First recess (fitted part) ) 56 2nd recessed part (fitted part) 63 Upper end side door groove 64 Upper end side door groove 65 Lower end side door groove 66 Lower end side door groove

Claims (6)

[Claims] Claims: 1. A building equipped with a Kamoi with a lower end side groove of a sliding door and a threshold with a lower end side groove of the sliding door attached to an opening provided in a building. In the article sliding door frame, the duck and the sill have a first frame component having a fitting portion at one end in the board width direction and a fitted portion fitted into the fitting portion of the first frame component. A second frame component protruding in the vertical direction from the upper and lower end faces of the first frame component, the second frame component being on the upper end side of the second frame component protruding from the upper end face of the first frame component. A sliding door frame for buildings, wherein the amount of protrusion on the lower end side of the second frame component protruding from the lower end surface of the first frame component is larger than the amount of protrusion. 2. The sliding door frame for buildings according to claim 1, wherein the second frame component is a spout end attached to both ends of the first frame component in the board width direction. Sliding door frame for buildings. 3. The sliding door frame for buildings according to claim 1 or 2, wherein the second frame component is an intermediate mounting trough end assembled in the middle of the first frame component in the plate width direction. Sliding door frame for buildings. 4. The sliding door frame for buildings according to claim 3, wherein the intermediate gutter end is divided. 5. The sliding door frame for a building according to claim 1, wherein the fitting portion is a recess such as a fitting groove, and the fitted portion is the recess. A sliding door frame for a building, characterized in that it is a convex portion such as a ridge portion that is fitted to. 6. The sliding door frame for a building according to claim 1, wherein the fitting portion is a protrusion such as a ridge, and the fitted portion is the A sliding door frame for buildings, which is a recess such as a fitting groove that is fitted to the protrusion.