JPH09177435A - Abutting member for vertical edge of fixtures - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent light from leaking out by causing liner-like members mounted on the vertical column of an opening frame to abut along the longitudinal direction of a corner formed by the front and the side of the vertical edge of a sliding, openable type fixtures main body mounted to the opening frame. SOLUTION: An abutting member A, made of a liner-shaped member 1, for the vertical edge of fixtures, is mounted on that side of an opening-frame vertical column which faces the vertical edge of a fixtures main body. An abutting member B made of a liner-shaped member 6 for the vertical edge of the fixtures is mounted on the opening-frame vertical column in such a way as to be parallel to and spaced from the abutting member A by an interval equal to the width of the vertical edge of the fixtures main body. The members A, B are formed of a synthetic resin material or wood, and if necessary covered on their surfaces with an elastic material. Further, a curved surface 2, 7 that extends along the contour of a corner sandwiched between the front and the side of the vertical edge of the fixtures is formed at one end of each member A, B. Thus a space forming between the vertical edge of the fixtures main body and the opening frame vertical column can be closed, and the leakage of light from the space can easily be prevented.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vertical edge of a fitting and a vertical pillar of the opening when a fitting such as a sliding door type sliding door or a sliding door is attached to an opening frame of a building or furniture. The present invention relates to an abutting member for preventing light leakage and the like from a slight gap generated between the contact members.

[0002]

2. Description of the Related Art In general, fittings such as sliding doors, sliding doors, sliding doors, etc. are attached to an opening frame (opening composed of a vertical column, a kamoi, a sill, etc.) of a building or furniture.

Conventionally, for example, sliding doors such as shoji doors and sliding doors used as fittings for Japanese-style rooms and Western-style rooms are installed so that they can be correctly fitted into the opening frame in the room (opening frame of doorway, opening frame of storage part). The main body of the fitting is made according to the size of the opening, and especially if there is distortion or deformation in the opening frame that opens in the rectangular shape where the fitting is to be attached, and there is light leakage, etc. Fine adjustments are made by scraping the edges (vertical and horizontal edges) of the fitting body.

[0004]

However, such fine adjustment work of the fitting body is not a work that can be done by a leaning person, and requires specialized skill and labor.

When the fitting is attached to the opening frame, the fitting main body is shaved or reassembled so that the fitting is properly accommodated in the opening frame so that there is no space between the opening frame and the fitting main body. There is a demand for a simple adjustment method for correctly fitting the fitting in the opening frame without performing fine adjustment of the fitting main body.

According to the present invention, when the fitting main body is attached to the opening frame, an adjusting member is additionally attached to the vertical column of the opening frame facing the vertical edge of the fitting, thereby eliminating the need for pre-measurement. , To easily eliminate the gap between the vertical edge of the fitting and the vertical column of the opening frame without the need for specialized adjustment techniques on site to prevent light leakage from the gap. is there.

[0007]

The present invention provides a sill, a kamoi,
Along the longitudinal direction, at least a front surface of a corner portion sandwiched by the front surface and the side surface of one vertical edge 11 or both vertical edges 11 and 12 of the fitting body 10 attached to the opening frame formed by the vertical pillars. A fitting vertical member abutment member, which is attached in a liner shape to the vertical column of the opening frame so as to be in contact with each other.

Further, the present invention is the fitting vertical edge contact member of the above invention, wherein one end of the contact member has a concave curved surface.

The present invention also provides the fitting vertical member abutment member according to the above invention, wherein the contact member has a fitting vertical member abutment member having at least its surface provided with elasticity.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION A contact member for a fitting vertical edge of the present invention is
A detailed description will be given below according to the embodiment.

As shown in the perspective view of FIG. 1, the fitting body 10
Is a sliding open / close fitting such as sliding doors, shoji doors, and board doors. For example, left and right vertical edges 11 and 12 and upper horizontal edge 1 respectively.
3, composed of the lower lateral edge 14 and the panel plate 15, etc.,
The opening frame is composed of a sill 21, a kamoi 22, a vertical column 23, and the like.

As shown in FIG. 1, for example, a vertical column 23 facing the vertical edge 11 (or the vertical edge 12 or both vertical edges 11, 12) of the fitting body 10 has a vertical edge on the facing surface. 11
The fitting member vertical edge abutting member A of the present invention, which is formed by the liner-shaped (or plate-shaped) member 1, is attached to at least the front surface of the above so as to abut along the longitudinal direction.

Further, as shown in FIG. 1, the abutting member A is attached to the vertical column 23 facing the vertical edge 11 of the fitting body 10.
In parallel with the above, the fitting vertical edge contact member B of the present invention formed by the runner-shaped (or plate-shaped) member 6 is attached at an interval equal to the width of the vertical edge 11.

For the members 1 and 6 of the contact members A and B of the present invention, a rigid resin material such as polyvinyl chloride, polystyrene, polycarbonate, polyethylene terephthalate or a wood material having both appropriate rigidity and flexibility is used. It is suitable that the vertical edges 11
Between the vertical column 23 and the vertical column 23, avoiding the danger and safety when a finger or the like is caught between the vertical column 11 and the vertical column 23.
Rubber and elastomer resin, felt, etc. on at least the surfaces of the abutting members A and B in consideration of mitigation of impact sound when the and collide with each other, and appearance and design harmony with the fitting body. It is suitable to coat a material having elasticity (cushioning property) or to form the contact member main body using such a material.

The length of the contact members A and B of the present invention is, as shown in FIG. 1, approximately the same as the length of the vertical column 23 between the sill 21 and the sill 22 or more than that. The length is also short, and the width is
The width may be such that it does not overflow. The thickness is not particularly limited, but a thickness that can prevent leakage of light is suitable, for example, about 3 to 10 mm.

Further, the contact members A and B of the present invention have corners sandwiched by the front edge and the side edge of the vertical edge 11 or the vertical edge 12 of the fitting body 10 at one end of the member 1 or member 6, respectively. It is processed into a shape that conforms to the outer shape of the corner (for example, a right-angled corner, a chamfered corner, or a rounded corner having a curved surface or roundness).

For example, as shown in the top view of FIG. 2 (a), the abutting members A and B have curved surfaces 2 and 1 at their one ends, respectively.
7 is provided.

FIG. 2 (a) is a schematic top view showing a state in which the fitting vertical member abutment member of the present invention is attached to the vertical column 23 of the opening frame, and FIG. M side sectional view, FIG. 3
Is a perspective view.

As shown in FIGS. 2 (a) and 2 (b), a pair of fittings main bodies 10 and 10 are attached to an opening frame formed by a sill 21, a dwell 22 and a vertical column 23.
It is slidable along the kerf 21a (guide groove) of the sill 21 and the kerf 22a (guide groove) of the duck 22 so that it can be opened and closed by pulling.

The fitting vertical member abutment member A of the present invention comprises a vertical edge 1
The surface of the vertical column 23 facing the vertical edge 11 is covered with an adhesive (pressure-sensitive adhesive (adhesive tape, etc.), heat-sensitive material) so as to cover it along the corners sandwiched by the front surface and the side surface of 1. Adhesive etc.)
It is installed in.

The fitting vertical member abutment member B is sandwiched by the rear surface and the side surface of the vertical edge 11 in parallel to the abutment member A at a distance substantially equal to the width of the vertical edge 11 of the fitting main body 10. Attached to the surface of the vertical column 23 facing the vertical edge 11 with an adhesive (pressure-sensitive adhesive (adhesive tape, etc.), heat-sensitive adhesive, etc.) so as to cover it along the curved corners. There is.

The abutting members A and B attached to the vertical columns 23, when the fitting body main body 10 is closed, with respect to the front surface (front surface) or the front surface and the side surface of the ends of the vertical edges 11 facing each other,
It is not always necessary to make contact, but it is desirable to appropriately adjust the attachment position when attaching the contact members A and B so that they are as lightly contacted or in close contact as possible.

[0023]

EXAMPLE A concrete example of the fitting vertical member abutment member of the present invention will be described below in detail with reference to FIGS. 4 (a) and 4 (b).

Example 1 As shown in FIG. 4 (a), a liner-shaped member 1 made of polyethylene resin (thickness: 5 mm
A book with a concave curved surface 2 having a curvature radius of about 7 mm corresponding to the outer shape (rounded corner shape) of the corner portion sandwiched by the front surface and the side surface of the vertical edge 11 of the fitting body 10 at one end The fitting vertical member abutment member A of the invention was produced by a plastic melt molding method. This abutting member A is appropriately cut at its lower end into a shape corresponding to the shape of the kerf 21a of the sill 21, and then, using a double-sided adhesive tape on the surface of the vertical column 23. I stuck and fixed it. Subsequently, the fitting body 10 is attached to the opening frame composed of the sill 21, the kamoi 22, and the vertical column 23, and then the fitting body 10 is closed. The vertical edge 11 and the vertical column 23 of the fitting body 10 are fixedly attached. No light leakage occurred between the contact member A and the contact member A.

Example 2 As shown in FIG. 4A, a liner-shaped member 6 made of polyethylene resin (thickness: 5 mm
A book having a concave curved surface 7 with a radius of curvature of about 7 mm corresponding to the outer shape (rounded corner shape) of the corner portion sandwiched by the front and side surfaces of the vertical edge 11 of the fitting body 10 at one end The fitting vertical member abutment member B of the invention was produced by a plastic melt molding method. This abutting member B is appropriately cut at its lower end into a shape corresponding to the shape of the kerf 21a of the sill 21, and then a double-sided adhesive tape is used on the surface of the vertical column 23. I stuck and fixed it. Subsequently, the fitting body 10 is attached to the opening frame composed of the sill 21, the kamoi 22, and the vertical column 23, and then the fitting body 10 is closed. The vertical edge 11 and the vertical column 23 of the fitting body 10 are fixedly attached. No light leakage occurred between the contact member B and the contact member B.

<Embodiment 3> As shown in FIG. 4A, it is necessary to combine the fitting member vertical edge contact member A of Embodiment 1 and the fitting vertical edge contact member B of Embodiment 2 together. According to the above, after appropriately cutting the lower end portion thereof into a shape corresponding to the shape of the cut groove portion 21a of the sill 21, the vertical pillar 23 surface,
It was stuck and fixed using a double-sided adhesive tape. Subsequently, the fitting body 10 is attached to the opening frame composed of the sill 21, the kamoi 22, and the vertical column 23, and then the fitting body 10 is closed. The vertical edge 11 and the vertical column 23 of the fitting body 10 are fixedly attached. Light leakage did not occur between the contact members A and B thus abutted.

<Embodiment 4> As shown in FIG. 4 (b), the fitting member vertical edge contact member A of Embodiment 1 and the fitting vertical edge contact member B of Embodiment 2 are formed into a sheet shape. Continuous part 8 (thickness; 0.
3 mm) to form a continuous shape by a plastic melt molding method to produce the integrally formed contact members A and B of the present invention. Then, if necessary, the lower end portions of the contact members A and B are set to the threshold 21
After appropriately cutting into a shape corresponding to the shape of the kerf 21a, the double-sided adhesive tape was attached and fixed to the surface of the vertical column 23. Subsequently, the fitting body 10 is set to the threshold 2
After the fitting main body 10 is closed after the fitting main body 10 is attached to the opening frame composed of 1, the kamoi 22 and the vertical column 23, the fitting main body 10
No light leakage occurred between the vertical edge 11 and the integrally formed contact members A and B that were fixedly attached to the vertical column 23.

[0028]

The fitting vertical member abutment member of the present invention is attached along the vertical pillar of the opening frame for mounting the fitting main body, and when the fitting main body is attached to the opening frame of the building, Between the vertical edge and the vertical column of the opening frame facing it,
If a slight gap occurs, it can be shielded according to the thickness of the abutting member without requiring specialized technology on site, and it is easy to cause light leakage from the gap. There is an effect that can be prevented.

[Brief description of the drawings]

FIG. 1 is an overall front view illustrating an opening frame in which a fitting vertical member abutment member of the present invention is attached to a vertical column and a fitting main body.

FIG. 2A is a top view for explaining an opening frame and a fitting main body in which the fitting vertical edge contact member of the present invention is attached to a vertical column;
(B) is the sectional drawing on the part MM side.

FIG. 3 is a partial perspective view illustrating a vertical column and a sill to which the fitting vertical member abutment member of the present invention is attached.

FIG. 4A is a perspective view of a fitting member vertical edge contact member according to an embodiment of the present invention, and FIG. 4B is a fitting tool vertical edge contact member according to another embodiment of the present invention. It is a perspective view of a contact member.

[Explanation of symbols]

A ... Abutting member for fitting vertical edge B ... Abutting member for fitting vertical edge 1, 6 ... Liner-shaped (plate-shaped) member 2, 7 ... Curved surface 8 ... Sheet-shaped continuous portion 10 ... Fitting main body 11, 12 ... Vertical edges 13, 14 ... Horizontal edges 15 ... Panel board 21 ... Sill 22 ... Kamoi 23 ... Vertical pillar d ... Spacing

Claims (3)

[Claims] 1. At least a corner portion sandwiched by a front surface and a side surface of one vertical edge 11 or both vertical edges 11 and 12 of a fitting body 10 attached to an opening frame formed by a sill, a kamoi, and a vertical column. A fitting vertical member abutment member, which is attached to the vertical column of the opening frame in a liner shape so as to come into contact with the front surface along the longitudinal direction thereof. 2. The fitting member vertical edge contact member according to claim 1, wherein one end of the contact member has a concave curved surface. 3. The fitting vertical member abutment member according to claim 1, wherein at least a surface of the abutment member has elasticity.