JPS59210179A - Frame constitutional material for door and assembling methodthereof - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to a frame component for a section and a method for assembling the same.

The first object of the present invention is that it can be easily assembled by hand at the construction site, and the second object of the present invention is that
An object of the present invention is to provide a method for easily assembling a section frame using the above-mentioned section frame constituent materials.

First, an example of a frame component for a part according to the specific invention will be described based on the drawings.

A pair of left and right frame members 2, 2, two frame members 6 connected to these, and these frame members 2.
．． It has an inner circumferential surface 2a and a door light material 4 made of six pieces of wood, which is housed in the bottom a.

The left and right frame material 2 is divided into a front half body 2A and a rear half body 2B,
Step portions 5, 5 are formed on these outer circumferential surfaces 2b, 2b so as to face each other. ] and curved state: The connecting member 6 is fitted in the vertical position. The illustrated connecting wire 6 is cut according to the wall thickness at the time of assembly, and is long with a rearward overhang length C: before assembly. Although a plate is often used as the connecting member 6, it is also possible to use a crosspiece instead of a plate. In this case:
, these bars may be attached to the stepped portion 5 at predetermined intervals along the longitudinal direction of the first half 2A. Does the connecting member 6 of the stepped portion 5 protrude from the outer peripheral surfaces 2b, 2b of the front and rear halves 2A, 2B? It goes without saying that if a crosspiece is used as the connecting member 6, the steps 5 should be formed with LK shadows at predetermined intervals corresponding to the mounting intervals of the crosspieces. A fitting groove 7 is formed in the inner circumferential surface 2a of the first half 2A, and a fitting protrusion 8 of the door stop material 4 is fitted into this fitting groove 7. The door stop member 4 is designed such that when its protrusion 8 is fitted into the fitting groove 7, it straddles the front and rear halves 2A and 2B. A brush-shaped sealing material 9 is attached to the front side surface of the doorstop material 4. A pair of decorative grooves 10 are formed on the front and rear inner peripheral surfaces of the door stop material 4.

The upper frame material slot is the same as the left and right frame material 2 except for the structure at its end.
Since it has the same structure as explained in , the explanation thereof will be omitted and only the reference numerals will be explained. The filter A is the front half, the filter Bid is the second half, 6a is the inner circumferential surface, and 6b is the outer circumferential surface.

Fitting protrusions 11 are formed at the two ends of the left and right frame members 2 by diagonally cutting the front and rear parts of the frame members 2, and fitting protrusions 11 are formed at both ends of the left and right frame members 6. A fitting recess 12 into which the fitting 11 is fitted is formed.

``Two parts'' of the front and rear halves 2A and 2B of the left and right frame members 2 that were cut
Insertion holes 16 for nails, screws, etc. are drilled at both ends of the front and rear half body filters A and 5B of the two-frame material B, and insertion holes (paths shown in the figure) are also drilled in other parts as necessary. .

In the illustrated embodiment, the lower frame material is not prepared, but
It goes without saying that it is also possible to provide the same type of frame material as the upper Azusa material 3, depending on the situation at the construction site.

In addition, in the drawings, each member is shown in a state close to an assembled state so that the mutual relationship of each member can be seen, but the frame component 1 for the section refers to the front half body 2A, 3 having the connecting member 6.
This refers to the material that has been disassembled into A, second half, 2B, 3B, and 6 wooden doorstop materials. In addition, the second half of the body 2B, the second half of the body
Needless to say, the connecting member 6 may be attached to the connecting member 6.

Next, a method for assembling the door frame structure 1, that is, a second invention will be described.

When shipped from the factory, the first half is 2A, the second half is 2A, and the second half is 2B.

6B and 3 wooden doorstop materials 4. ! : The parts frame component 1, which has been disassembled and packed in the following state, is unpacked at the construction site.

Next, depending on the thickness of the wall in which the section frame is to be housed, the overhanging portions of the connecting members 6 attached to the first half blocks 2A and 3A are cut by a set width (including zero).

That is, the overhang length of the connecting member 6 is the same as that of the door side frame component 1.
Since the length corresponds to the maximum thickness of the wall to which the wall can be attached, if the thickness of the wall is smaller than the maximum thickness, the connecting member 6 is cut to a length corresponding to U. It is. Note that normally, the front and rear halves 2A, filters A, 2B, , B protrude from the front and rear surfaces of the wall by a predetermined length so that they fit into the wall.
It is necessary to consider its protrusion length.

After that, the first half body 2A, the second half A, the two A and the second half body 2B,
3B and 2B are arranged in a gate shape to create the first half frame 14 and the second half frame 1.
After constructing the first half frame 14, the connecting member 6 of the first half frame 14 is attached to the stepped part 5 of the second half frame 15 and fixed using adhesive, nails, etc., and the two half frames 14, 15 are connected. After that, both half frames 14, 15
The frame body 16 is fitted into an opening in the wall, and the frame body 16 is fixed to the wall by driving a nail or the like to the wall from the connecting member 6 or the part of the frame body 16 that is hidden by the doorstop material 4.

Thereafter, the protrusion 8 of the door stop material 4 is fitted into the groove 7, and a nail is driven into the frame body 16 from the bottom of the decorative groove 10, so that the door stop material 4 is attached to straddle both half frames 44 and 15. In this way, installation of the door frame is completed. Thereafter, the door is fitted into the door frame via the hinge.

Note that the method of assembling the m-peripheral frame constituent material 1 is not limited to the above method; for example, the front and rear halves 2A, 2T3 are assembled first.
and the slots A and 3B are connected to each other, and the latter frame material 2. It is also possible to combine the parts B into a gate shape.

According to the door frame constituent material that is the specific invention as described above, the door frame can be assembled extremely easily at the construction site, and each frame material is divided into a front half and a back half. By adjusting the overhang length of the connecting material,
It is possible to construct a door frame having a desired length and thickness in the longitudinal direction.

Furthermore, since the connecting material has a low step formed on the front and rear halves, and the connecting material does not protrude from the outer circumferential surface of the assembled frame body, it is easy to fit the frame body into the wall opening. easy. Furthermore, when connecting both half-frames, the positional relationship between the two half-frames can be determined by simply fitting the connecting material into the stepped part of the half-frame that does not have the connecting material, making nailing work of both half-frames easier. etc. are easy to do.

According to the method for assembling door frame components according to the second invention, the projecting part of the connecting member is cut by a set width according to the thickness of the wall, and then the protruding part of the connecting member is cut into the stepped part of the other half frame. Since it is designed to fit, a door frame having a predetermined length in the front-rear direction can be easily assembled without the connecting member protruding. Moreover, since the front half body and the second half body are assembled first, the longitudinal position of both is adjusted as in the case of connecting the front half body and the second half body to form a frame material. There's no need.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partially omitted perspective view of the door frame component of the specific invention arranged for easy understanding. 1. Door frame component material 2. Left and right frame material 2a. Inner peripheral surface
2b... Outer circumferential surface 2A... Front half body 2B... Back half body...
・"Two-frame rod 3a ・Inner peripheral surface 3b ・Outer peripheral surface Filter A・
Front half 3B, second half 4, doorstop material 5, step 6
・Connecting material 14 ・First half frame 15・Last half frame 16...
Frame body patent applicant Hyoinu Sangyo Co., Ltd. 1 Figure 1 b B ゝ. 11 ==, l-! , /1 41o 2 B 5 b F・卦 1. +1

Claims (1)

[Claims] 1. A pair of left and right frame members (2) (2), a -1-frame member (ro) connected to these, and these frame members (2).
) (3) In the door side frame constituent material (1) having the door stop material (4) attached to the inner circumferential surface (2a) (Sa), each frame material (2) (ro) is closed in the first half (2A ) (3A) and the second half (
2B) (3B), and these outer peripheral surfaces (2b)
(3b) are formed with stepped portions (5) facing each other, and on either one of these stepped portions (5) is a connecting member extending toward the other half (2B) (3B). (
6) is fitted into the door side frame component. 2. A pair of left and right frame members (2) (2), and a frame member (B) connected to these! :, these frame materials (
2) A frame constituent material (1) for a door iF; having a door stop material (4) attached to the inner circumferential surface (2a) (3a) of (3), and each frame material (2) ( 3) is divided into the front half body (2A) (3A) and the rear half body (2B) (3B), and the step part (5) is formed so as to face each other on the outer peripheral surfaces (,2+3) (3b) of these half bodies (2B) (3B). The other half (2B) (6B) is formed on either one of these steps (5).
), a step of preparing a door side frame constituent material into which a connecting member (6) extending toward the connecting member (1) is fitted;
) is cut by a set width according to the thickness of the wall, and the first half (2A) (3A) of each frame material (2) (3) are cut together and the second half (2B) (6B) The process of assembling them together,
The overhanging part of the connecting member (6) attached to the front half frame (14) or the rear half frame (15) assembled in this way is removed from the stage of the half frame (15) or (14) that does not have it. Part (5
) to connect the amphibious frames (↑4) (15) to each other, and the frame body (1) assembled in this way.
6) into the wall opening, then attach the amphibious frame (+4) (1
5) A method for assembling a frame component for a part including the step of fixing the door stop material (4) so as to straddle the door stop material (4).