JPH08109773A - Plate fixing member, and method for fixing plate - Google Patents

Abstract

PURPOSE: To provide a plate fixing member improved in appearance quality. CONSTITUTION: This plate fixing member has a support molding 40 situated on one surface side of a door rail to support the end part of a plate, and fixed to the door rail, and an auxiliary molding 40 situated on the other surface side of the door rail to auxiliary support the end part of the plate supported by the support molding, and engaged with the support molding 40. The support molding 40 has a plate flat surface contact part 43 and an engaging part engaged with the auxiliary molding 30. The auxiliary molding 30 has a plate flat surface contact part 34, and an engaging part engaged with the support molding 40. Both the engaging parts are formed of an insert part 35 and a part 45 to be inserted, which may have gearing parts 37, 47. Both the moldings 30, 40 are formed of plastics having a grain pattern.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a plate member fixing member, and more particularly to a member used for fixing a plate member in a frame of a door frame.

[0002]

2. Description of the Related Art A conventional plate member fixing member will be described with reference to FIGS. Here, FIG. 10 is a perspective view showing a conventional internal door. FIG. 11 is a cross-sectional view showing a conventional plate material fixing member. In FIG. 10, an internal door used as a fitting inside the building is shown.

This internal door is a square frame-shaped door frame 10.
And a plate glass 20 fitted in the frame of the door frame 10.
And a conventional molding 60 that supports the plate glass 20 and is fixed to the door frame 10 to support the plate glass 20 and fit into the door frame 10. In addition, in general internal doors, a plate material such as plywood is often used instead of the plate glass 20.

This will be described in more detail with reference to FIG. The door frame 10 is formed of a plate-shaped core member 11 and thin plate-shaped decorative plates 12 and 12 fixed to the front and back surfaces of the core member 11. Further, the conventional molding 60 is a symmetrical member that sandwiches the plate glass 20 from both front and back surfaces of the door frame 10. That is, the side contact portion 6 that contacts the inner peripheral surface of the frame of the door frame 10.
1, a corner concave portion 62 extending from the side surface abutting portion 61 and enclosing a corner portion of the inner circumference of the frame of the door frame 10, a plate material end surface abutting portion 63 abutting on an end surface of the glass sheet 20, and a glass sheet 20. Is formed by including a recessed portion 64 on the end portion of the plate material that recesses the end portion.

Next, an assembling procedure for fixing the plate glass 20 to the door frame 10 using the conventional molding 60 which is the plate member fixing member will be described. First, one conventional mall 60
Is fixed to the door frame 10. That is, the side surface abutting portion 61 abuts on the inner peripheral surface of the frame of the door frame 10, and the corner recessed portion 62 is fixed using the nail 69 so that the corner portion is encased.

Next, the conventional molding 6 fixed to the door frame 10
The other conventional molding 60 is fixed to the door frame 10 by using the nail 69 while the end surface of the plate glass 20 is brought into contact with the plate material end surface contact portion 63 of No. 0.

[0007]

The above-mentioned plate member fixing member has the following problems. That is,
Nail 6 used to fix the conventional molding 60 to the door frame 10.
Since the head of 9 was visible, there was a problem in appearance quality. On the other hand, without using the nail 69, the door frame 1 of the conventional mall 60
Fixing to 0 can also be performed with an adhesive, but in that case, if too much adhesive is applied, it will squeeze out and spoil the appearance, while if it is applied less, peeling easily occurs and the plate glass 20 (plate material) Plate glass 2 if broken
There was a problem that 0 (plate material) could not be replaced or repaired.

An object to be solved by the present invention is to provide a plate member fixing member having improved appearance quality. Claim 1
An object of the described invention is to provide a plate material fixing member that can fix a plate material without using a nail or an adhesive. It is another object of the present invention to provide a plate material fixing member which is easy to fix and release the plate material.

A third object of the present invention is to provide a plate member fixing member which can firmly fix the plate member. An object of the invention according to claim 4 is to further provide a plate material fixing member capable of adjusting the fixing position of the plate material. An object of the invention according to claim 5 is to provide a plate material fixing member that can stabilize the fixing of the plate material.

A further object of the present invention is to provide a plate material fixing member having a wood grain pattern and excellent appearance quality. An object of the inventions of claims 7 and 8 is to provide a plate material fixing method capable of fixing a plate material without using a nail or an adhesive. It is an object of the invention according to claim 9 to provide a plate material fixing member that can fix a plate material without impairing the appearance quality even if a nail or an adhesive is used.

It is a further object of the present invention to provide a plate material fixing member which can easily fix and release the plate material. It is an object of the invention as set forth in claim 11 to provide a plate member fixing member which can facilitate adjustment when fixing the plate member. It is an object of the invention according to claim 12 to provide a plate material fixing member capable of closely fixing the plate material.

It is an object of the invention as set forth in claim 13 to provide a plate material fixing member capable of stabilizing the plate material in a stable manner. Claims 14 and 15
Another object of the described invention is to provide a plate fixing member having a wood grain pattern and excellent appearance quality. Claim 1
An object of the invention described in 6 is to provide a plate material fixing method capable of fixing a plate material without impairing the appearance quality even if a nail or an adhesive is used.

[0013]

In order to solve the above problems, the inventions according to claims 1 to 16 are provided.
Here, the inventions described in claims 1 to 8 are the inventions disclosed in the basic application for claiming priority of this application, and the inventions claimed in claims 9 to 16 are the inventions disclosed in this application. Is.

The invention according to claim 1 is a frame-shaped door frame (10).
And a plate material fixing member to be interposed between the plate material (20) fitted in the frame of the door frame (10) and located at one surface side of the door frame (10). A support molding (40) that supports the section and is fixed to the door frame (10), and an end of a plate material (20) that is located on the other surface side of the door frame (10) and that is supported by the support molding (40). The support molding (40) is provided with an auxiliary molding (30) that assists and engages with the support molding (40).
(0) is a plate material flat surface abutting portion (43) that abuts a flat surface on the side located with respect to the door frame (10), and a plate material flat surface abutting portion of the plate material (20).
(43) is provided with a plate material gripping portion (44) that supports a flat surface and a thickness surface on the opposite side, and an engaging portion that engages with the auxiliary molding (30), and the auxiliary molding (30) is a plate material. Auxiliary mall in (20) (3
(0) is provided with a plate member flat surface abutting portion (34) that abuts the flat surface on the side located with respect to the door frame (10), and an engaging portion that engages with the support molding (40). 40) and auxiliary malls (30)
Are characterized in that they are formed to be pressed and fixed to the door frame (10) by engaging with each other.

The invention according to claim 2 is a technical limitation of the invention according to claim 1, wherein the engaging portion of the auxiliary molding (30) is longitudinal in the thickness direction of the door frame (10). As an insertion portion (35) protruding toward the support molding (40),
The engagement portion of the support molding (40) is characterized in that it is formed as an inserted portion (45) into which the insertion portion (35) can be inserted. Claim 3
The described invention is a technical limitation of the invention according to claim 2, wherein the insertion part (35) is inclined on the door frame (10) side so as to be tapered toward the support molding (40). The inserted portion (45) is elastically deformed so that the size of the inlet of the inserted portion (45) can be changed with respect to the insertion amount of the insertion portion (35). (46), the inner peripheral surface abutting portion (46) so as to abut the door frame (10) when the insertion portion (35) and the inserted portion (45) are completely engaged. It is characterized by being formed.

The invention according to claim 4 is a technical limitation of the invention according to claim 2 or claim 3, wherein the insertion portion (35) extends in the longitudinal direction on the side opposite to the door frame (10). Formed with multiple meshing parts (37) in succession
(45) is characterized in that it is formed with a meshing portion (47) that meshes with the meshing portion (37) of the insertion portion (35).

The invention according to claim 5 is a technical limitation of the invention according to claims 1 to 4, wherein the support molding (40) and the auxiliary molding (30) include a support molding (40).
And when the auxiliary molding (30) is fixed to the door frame (10), the support molding (40) and the auxiliary molding in the thickness direction of the door frame (10)
It is characterized in that it is provided with a thickness direction supporting portion (for example, corner contact portions 41, 31) for preventing the (30) from moving.

The invention according to claim 6 is a technical limitation of the invention according to claims 1 to 5, wherein the support molding (40) and the auxiliary molding (30) are fine powders of a cellulosic material. It is characterized in that it is formed so as to have a wood grain pattern by color-molding a resin in which a powder having a smaller diameter than that of the fine powder and carrying a hard fine powder is mixed on the surface of the resin.

The invention according to claim 7 is a frame-shaped door frame (10).
The plate material (20) located in the frame of the support frame (40) fixed to the door frame (10) by supporting the end of the plate material (20) on one side of the door frame (10). , An auxiliary molding (30) located on the other surface side of the door frame (10) to assist the end of the plate material (20) supported by the supporting molding (40) and engage with the supporting molding (40) It is a plate material fixing method of fixing with a support molding (40), the plate material (20)
In the plate material flat surface contact portion (43) in which the support molding (40) of the plate member contacts the flat surface on the side where the door frame (10) is located, the plate material flat surface contact portion (43) of the plate material (20) is on the opposite side. The plate material gripping portion (44) that supports the flat surface and the thickness surface of the plate material and the engaging portion that engages with the auxiliary molding (30), and the auxiliary molding (30) includes the plate material (20).
And the support molding, in which the auxiliary molding (30) in (1) contacts the flat surface on the side located with respect to the door frame (10).
The support molding (40) and the auxiliary molding (30) are fixed to the door frame (10) with the support molding (40) and the auxiliary molding (30). In the case where the support molding (40) and the auxiliary molding (30) do not move in the thickness direction of the door frame (10), a thickness direction supporting portion (for example, corner contact portions 41, 31)
First, the plate material plane contact portion (43) of the support molding (40) and the plate material gripping portion (44) support the outer periphery of the plate material (20), and then the support molding (40) is attached to the door frame. Temporarily fixing to the inner periphery of (10), then, by engaging the engaging portion of the support molding (40) and the engaging portion of the auxiliary molding (30), the plate material flat contact of the auxiliary molding (30). Auxiliary molding (30) in the plate (20) for the contact part (34)
Abut the flat surface on the side that is located with respect to the door frame (10), and attach the support molding (40) and auxiliary molding (30) to the door frame.
It is characterized in that it is fixed to (10).

The invention according to claim 8 is a frame-shaped door frame (10).
The plate material (20) located in the frame of the support frame (40) fixed to the door frame (10) by supporting the end of the plate material (20) on one side of the door frame (10). , An auxiliary molding (30) located on the other surface side of the door frame (10) to assist the end of the plate material (20) supported by the supporting molding (40) and engage with the supporting molding (40) It is a plate material fixing method of fixing with a support molding (40), the plate material (20)
In the plate material flat surface contact portion (43) in which the support molding (40) of the plate member contacts the flat surface on the side where the door frame (10) is located, the plate material flat surface contact portion (43) of the plate material (20) is on the opposite side. The plate material gripping portion (44) that supports the flat surface and the thickness surface of the plate material and the engaging portion that engages with the auxiliary molding (30), and the auxiliary molding (30) includes the plate material (20).
And the support molding, in which the auxiliary molding (30) in (1) contacts the flat surface on the side located with respect to the door frame (10)
First, the auxiliary molding is provided with an engaging portion that engages with (40).
The plate material flat abutment portion (34) of the plate material (20) is brought into contact with the flat surface of the plate material (20) on the side where the auxiliary molding (30) is positioned with respect to the door frame (10) so that the outer periphery of the plate material (20) is Then, the auxiliary molding (30) is temporarily fixed to the inner periphery of the door frame (10), and then the engaging portion of the supporting molding (40) and the engaging portion of the auxiliary molding (30) are connected. By engaging with each other, the plate material flat surface contact portion (43) of the support molding (40) is brought into contact with the flat surface of the plate material (20) on the side where the support molding (40) is located with respect to the door frame (10). , Support mall (40) and auxiliary mall (30) to door frame (10)
It is characterized by being fixed to.

The invention according to claim 9 is a frame-shaped door frame (10).
And a plate material fixing member to be interposed between the plate material (20) fitted in the frame of the door frame (10) and located at one surface side of the door frame (10). A support molding (40) that supports the section and is fixed to the door frame (10), and an end of a plate material (20) that is located on the other surface side of the door frame (10) and that is supported by the support molding (40). The support molding (40) is provided with an auxiliary molding (30) that assists and engages with the support molding (40).
(0) a plate material flat surface abutting portion (43) that abuts the flat surface on the side located with respect to the door frame (10), and a plate material end portion abutting portion (44A) that supports the thickness surface of the plate material (20). The auxiliary molding (30) is provided with an engaging portion that engages with the auxiliary molding (30), and the auxiliary molding (30) is a flat surface on the side where the auxiliary molding (30) of the plate material (20) is located with respect to the door frame (10). The flat surface contact portion (34) of the plate member that abuts against the support molding (40)
The support molding (40) and the auxiliary molding (30) are engaged with each other to form a door frame.
It is characterized in that it is formed so as to be fixed to (10).

The invention according to claim 10 is a technical limitation of the invention according to claim 9, wherein the engaging portion of the auxiliary molding (30) is longitudinal in the thickness direction of the door frame (10). As the insertion portion (35) protruding toward the support molding (40), the engagement portion of the support molding (40) is formed as the inserted portion (45) into which the insertion portion (35) can be inserted, The insertion part (35) has a plurality of meshing parts (the meshing parts 37
And / or the door frame side meshing portion 37A), and the inserted portion (45) includes a meshing portion (37, 37) of the insertion portion (35).
37A) and a meshing portion (meshing portion 47 and / or door-frame-side meshing portion 47A) that meshes with 37A).

The invention according to claim 11 is a technical limitation of the invention according to claim 10, in which the meshing parts (37, 37A) of the insertion part (35) and the meshing part (45) of the inserted part (45) are meshed. Mating section
(47, 47A) is characterized in that any one meshing pitch is formed to be a multiple of the other meshing pitch.

The invention according to claim 12 is a technical limitation of the invention according to claims 1 to 6 and claims 9 to 11, in which the plate material flat abutment portion of the support molding (40). (43) and the auxiliary molding (30) plate surface abutting part (3
In either or both of 4), when the plate material (20) abuts the plate material plane contact portion (43) of the support molding (40) and the plate material plane contact portion (34) of the auxiliary molding (30). Elastically deforms to plate (2
It is characterized in that it is provided with a plate material fixing material (49) for pressing the plane of (0).

The invention described in claim 13 is a technical limitation of the invention described in claims 9 to 12,
The support molding (40) and the auxiliary molding (30) are
Support in the thickness direction of the door frame (10) when the (40) and the auxiliary molding (30) are fixed to the door frame (10) so that the supporting molding (40) and the auxiliary molding (30) do not move in the thickness direction. Part (for example,
It is characterized in that it is formed with corner contact portions 41, 31).

The invention described in claim 14 is a technical limitation of the invention described in claims 9 to 11 and 13, and includes a support molding (40) and an auxiliary molding (30).
Is formed so as to have a grain pattern by coloring and molding a resin obtained by mixing a powder prepared by supporting a hard fine powder with a smaller diameter than the fine powder on the surface of the fine powder of the cellulosic material. It is characterized by.

The invention according to claim 15 is a technical limitation of the invention according to claim 12, wherein the support molding (40)
And the auxiliary molding (30) has a wood grain pattern formed by coloring and molding a resin in which a powder made by supporting a fine powder having a smaller diameter than the fine powder on the surface of the fine powder of the cellulosic material and supporting the fine powder is mixed. It is characterized in that it is formed so as to present and the plate material fixing material (49) is integrally molded.

According to a sixteenth aspect of the present invention, a frame-shaped door frame (1
The plate material (20) located in the frame (0) is located on one side of the door frame (10) and supports the end of the plate material (20) to be fixed to the door frame (10). ), And an auxiliary molding (30) which is located on the other surface side of the door frame (10) and assists the end of the plate material (20) supported by the supporting molding (40) to engage with the supporting molding (40). A method of fixing a plate material using a support molding (40) and an auxiliary molding (30), the support molding (40) and the auxiliary molding (30).
Is fixed to the door frame (10), the support member (40) and the auxiliary molding (30) do not move in the thickness direction of the door frame (10). , 31),
The support molding (40) includes a plate material plane contact portion (43) that abuts a flat surface of the plate material (20) on the side where the support molding (40) is located with respect to the door frame (10), and a thickness of the plate material (20). A plate end contact portion (44A) for supporting the raised surface and an engaging portion that engages with the auxiliary molding (30) are provided, and the auxiliary molding (30) includes the auxiliary molding (30) in the plate material (20). ) Is provided with a plate member flat surface abutting portion (34) that abuts a flat surface on the side located with respect to the door frame (10), and an engaging portion that engages with the support molding (40). The outer periphery of the plate material (20) is supported by the plate material plane contact portion (43) of the (40) and the plate material end contact portion (44A), and then the support molding (40) of the door frame (10) is supported. Temporarily fixed to the inner periphery, then, by engaging the engaging portion of the support molding (40) and the engaging portion of the auxiliary molding (30), the plate material plane contact portion (34) of the auxiliary molding (30). ) To the plate (2
The auxiliary molding (30) in (0) is brought into contact with the plane on the side located with respect to the door frame (10), and the support molding (40) and the auxiliary molding (30) are fixed to the door frame (10). It is characterized by having done.

[0029]

The procedure for assembling the plate fixing member according to claim 1 will be described. First, the support molding (40) is positioned around the plate material (20). That is, the support molding (4
The plate material plane contact portion (43) of the support molding (40) is brought into contact with the plane surface on the side where the (0) is located with respect to the door frame (10), and the plate material plane contact portion (43) of the plate material (20). ), The flat surface and the thickness surface on the opposite side are supported by the plate material gripping part (44), and the plate material (2
Position the support molding (40) on the outer circumference of (0).

Next, the plate material (2
Position 0) within the frame of the door frame (10). That is, the door frame
The support molding (40) is brought into contact with one surface side of the (10), and the plate member (20) is positioned within the frame of the door frame (10). Next, the plate material plane contact portion (34) of the auxiliary molding (30) is brought into contact with the plane of the plate material (20) opposite to the plane with which the support molding (40) comes into contact.

Next, the auxiliary molding (30) is fixed to the support molding (40). That is, the engagement portion of the support molding (40) and the engagement portion of the auxiliary molding (30) are engaged. Then, the auxiliary mall
The plate material flat contact part (34) of (30) is an auxiliary molding (30) of the plate material (20).
Of the support molding (40) together with the plate flat surface abutting portion (43) and the plate material gripping portion (44) of the support molding (40) to support the plate material (20). ) Is the door frame (10)
It will be pressed against and fixed to. At the same time, the support molding (40) and the auxiliary molding (30) do not move in the plane direction of the door frame (10) due to the existence of the plate material (20). Therefore, without using nails or adhesives, the plate material (20)
Can be fixed to the door frame (10).

If the plate (20) is damaged, the auxiliary molding
(30) and the support molding (40) are disengaged and the damaged plate material
The (20) may be removed from the support molding (40) and the door frame (10) and replaced with a new plate material (20). The support molding (40) is first placed around the plate (20), and then the auxiliary molding (3
It was explained that (0) is brought into contact with the plate material (20), but first, the plate material
The auxiliary molding (30) may be positioned around the (20) and then the support molding (40) may be brought into contact with the plate material (20).

Next, the operation of the invention described in claim 2 will be described with respect to points different from the above operation. Auxiliary Mall (30)
The engaging portion of is formed as an insertion portion (35) protruding toward the support molding (40) with the thickness direction of the door frame (10) as the longitudinal direction, and the engagement portion of the support molding (40) is inserted. Since the part (35) is formed as an insertable part (45) that can be inserted, engagement of the auxiliary molding (30) with the support molding (40) supporting the plate material (20) and its engagement Easy to release.

Next, the operation of the invention described in claim 3 will be described with respect to points different from the above operation. Support Mall (40)
In order to engage the engagement portion of the auxiliary molding (30) with the engagement portion of the auxiliary molding (30), the insertion portion (35) is inserted into the insertion portion (45), the insertion portion (45) is elastic. It transforms and expands. Then, when the insertion portion (35) and the inserted portion (45) are completely engaged, the inner peripheral surface abutting portion (46) abuts the door frame (10), so that the support molding (40 ) And the auxiliary molding (30) engaged with the supporting molding (40) are elastically resilient toward the plate material (30). Since this repulsion is performed on the entire inner circumference of the door frame (10), the support mall (40) and the auxiliary mall (30),
The plate material (20) supported by the support molding (40) and the auxiliary molding (30) is fixed to the door frame (10).

If the plate (20) is damaged, the auxiliary molding
Since the damaged plate material (20) can be removed from the support molding (40) and the door frame (10) only by disengaging the (30) and the support molding (40), a new plate material (20) Can be easily replaced. Next, the operation of the invention according to claim 4 will be described with respect to points different from the above operation.

The insertion portion (35) has a plurality of engaging portions (37).
The insertion receiving portion (45) includes an engaging portion of the insertion portion (35).
Since it has a meshing part (47) that meshes with (37), the insertion part
The engagement position between the (35) and the inserted portion (45) can be adjusted. next,
The operation of the invention according to claim 5 will be described with respect to points different from the above operation.

When the support molding (40) and the auxiliary molding (30) are fixed to the door frame (10), the support molding (40) and the auxiliary molding (30) are separated by the presence of the thickness direction supporting portions (41, 31). , Do not move in the thickness direction of the door frame (10). Therefore, the support molding (40) and the auxiliary molding (30) are stably fixed to the door frame (10). Next, the operation of the invention described in claim 6 will be described.

The plate fixing member according to claim 6 is formed by molding a resin in which fine powder of cellulosic material is mixed with fine powder of inorganic material to form a resin, and has a wood grain pattern. You can see the wood grain pattern.
Next, the operation of the invention described in claims 7 and 8 will be described.
When the support molding (40) and the auxiliary molding (30) are engaged with each other by the engagement portion, the support molding (40) and the auxiliary molding (30) form the thickness direction support portions (41, 31). ) Does not move in the thickness direction of the door frame (10) and does not move in the plane direction of the door frame (10) because of the plate material (20). Therefore, the support molding (40) and the auxiliary molding (30) are
It will be fixed stably against 0).

Next, an example of the assembling procedure of the invention described in claim 9 will be described. First of all, a support molding is provided on one side of the door frame (10).
(40) is abutted, and the support molding (40) is fixed to the door frame (10) by using a nail or an adhesive in some cases, and the plate material is attached to the plate contact surface (43) of the support molding (40). The plate (20) is brought into contact with the plate member end portion abutment portion (44A), and the thickness surface of the plate member (20) is brought into contact with the plate member (20) to be positioned within the frame of the door frame (10).

Next, the plate material plane abutting portion (34) of the auxiliary molding (30) is brought into contact with the flat surface of the plate material (20) opposite to the plane with which the support molding (40) comes into contact, and the auxiliary molding Fix (30) to the support molding (40). That is, the engagement portion of the support molding (40) and the engagement portion of the auxiliary molding (30) are engaged. Then, the plate material flat surface abutting portion (34) of the auxiliary molding (30) comes into contact with the end of the flat surface of the plate material (20) on the auxiliary molding (30) side, and the supporting molding (4
The plate material flat contact portion (43) of (0) supports the plate material (20), and the support molding (40) and the auxiliary molding (30) are pressed against the door frame (10) and fixed. At the same time, the support molding (40) and the auxiliary molding (30) do not move in the plane direction of the door frame (10) due to the existence of the plate material (20).
Therefore, at least the auxiliary molding (30) can fix the plate member (20) to the door frame (10) without using a nail or an adhesive.

In addition to the above-described assembly procedure, the plate material (20) may be fixed after the support molding (40) and the auxiliary molding (30) are fixed to the door frame (10). If the plate material (20) is damaged, the auxiliary molding (30) and the support molding (40) are disengaged, and the damaged plate material (20) is removed from the door frame (10).
It may be replaced with a new plate material (20).

Next, the operation of the invention described in claim 10 will be described with respect to points different from the operation of the invention described in claim 9. The engagement portion of the auxiliary molding (30) is formed as an insertion portion (35) protruding toward the support molding (40) with the thickness direction of the door frame (10) as the longitudinal direction, and is engaged with the support molding (40). The joint department is
It is formed as an inserted part (45) into which the insertion part (35) can be inserted,
Since the inserting portion (35) and the inserted portion (45) have the engaging portions (37, 37A, 47, 47A) respectively, an auxiliary molding for the supporting molding (40) supporting the plate material (20). It is easy to engage and release the engagement of (30).

Next, the operation of the invention described in claim 11 will be described with respect to points different from the operation of the invention described in claim 10. Engagement part (37, 37A) of insertion part (35) and inserted part
Since the meshing part (47, 47A) of (47) is formed so that one of the meshing pitches is a multiple of the other meshing pitch, the insertion amount for each narrower pitch Can be adjusted.

On the other hand, if one pitch is narrow, it is difficult to form the meshing portion, but in the present invention, the insertion portion (35) is formed.
Only one of the meshing parts (37, 37A) of (1) and the meshing part (47, 47A) of the inserted part (47) has a narrow pitch, so it is easier than molding both with a narrow pitch. Is. Next, the operation of the invention described in claim 12 will be described with respect to differences from the operation of the above invention.

That is, since the plate material closely fixing material (49) is present, the plate material (20) is fixed without rattling. next,
The operation of the invention described in claim 13 will be described with respect to differences from the operation of the invention described in claims 9 to 12.
When the support molding (40) and the auxiliary molding (30) are fixed to the door frame (10), the support molding (40) and the auxiliary molding (30) are attached to each other by the presence of the thickness direction supporting portions (41, 31). Does not move in the thickness direction of (10). Therefore, the support molding (40) and the auxiliary molding (30) are stably fixed to the door frame (10).

Next, the operation of the invention of claim 14 will be described. The plate material fixing member (40, 30) according to claim 14 is formed by molding a resin in which fine powder of a cellulosic material is mixed with fine powder of an inorganic material.
Since it has a woodgrain pattern, you can see the woodgrain pattern. Next, the action of the invention of claim 15
Differences from the operation of the described invention will be described.

The plate material fixing member (49) is integrally molded at the same time as the plate member fixing members (40, 30) having a wood grain pattern, so that it is easy to manufacture and there is no risk of loss during transportation. Will also be easier. Finally, the operation of the invention described in claim 16 will be described. When the engaging portion of the support molding (40) and the engaging portion of the auxiliary molding (30) are engaged, the supporting molding (40)
(40) and the auxiliary molding (30) are the thickness direction support portions (41, 31).
Due to the presence of, it does not move in the thickness direction of the door frame (10),
Due to the presence of the plate member (20), it does not move in the plane direction of the door frame (10). Therefore, the support molding (40) and the auxiliary molding
(30) will be stably fixed to the door frame (10).

[0048]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in more detail below with reference to embodiments and drawings. The drawings used here are FIGS. 1 to 9. 1 and 2 are cross-sectional views showing a first embodiment of the present invention. 3 to 5 are assembly perspective views showing a first embodiment of the present invention. 6 and 7 are sectional views showing a second embodiment of the present invention. FIG. 8 is an assembled sectional view showing a third embodiment of the present invention. FIG. 9 is an assembled sectional view showing a fourth embodiment of the present invention.

First, the first embodiment will be described with reference to FIGS. In this embodiment, a frame-shaped door frame 10
And a rectangular plate member 20 that is fitted into the frame of the door frame 10 and has a rectangular shape thinner than the door frame 10, and is a plate member fixing member. The plate member fixing member is located on one surface side of the door frame 10 and supports the end portion of the plate member 20. The support molding 40 is fixed to the door frame 10 and the support molding member is located on the other surface side of the door frame 10. It is composed of an auxiliary molding 30 that assists the end portion of the plate member 20 supported by 40 and engages with the support molding 40.

The door frame 10 includes a plate-shaped core member 11, and thin plate-shaped decorative plates 12 and 12 fixed to the front and back surfaces of the core member 11.
It is formed from and. A wooden board is used as the board 20. Auxiliary molding 30 and support molding 4
Reference numeral 0 denotes a long member, both ends of which are cut by 45 degrees, and a so-called "fastening" is used to form a rectangular frame.

The support molding 40 has a corner abutting portion 41 that abuts an inner peripheral side corner portion of the door frame 10, and a central inclined portion 42 that is inclined from the corner abutting portion 41 toward the plate member 20 side.
And the plate member flat surface contact portion 43 in which the support molding 40 of the plate member 20 contacts the flat surface on the side located with respect to the door frame 10.
A connecting portion 48 that connects the central inclined portion 42 and the plate material plane contact portion 43, and the plate material plane contact portion 43 of the plate material 20.
Plate material gripping portion 4 supporting a flat surface and a thickness surface opposite to
4 and an engaging portion that engages with the auxiliary molding 30.

The auxiliary molding 30 has a corner abutting portion 31 that abuts a corner portion on the inner peripheral side of the door frame 10, and a central inclined portion 32 that is inclined from the corner abutting portion 41 toward the plate member 20 side.
And the plate member flat surface contact portion 34 in which the auxiliary molding 30 of the plate member 20 contacts the flat surface on the side located with respect to the door frame 10.
And a connecting portion 33 that connects the central inclined portion 32 and the plate material flat contact portion 34, and an engaging portion that engages with the support molding 40. The engagement portion of the auxiliary molding 30 is formed as an insertion portion 35 that projects toward the support molding 40 with the thickness direction of the door frame 10 as the longitudinal direction. Further, the insertion portion 35
Is a smooth slanted portion 36 in which the side of the door frame 10 is slanted so as to taper toward the support molding 40, and its opposite door frame 1
On the 0 side, a plurality of meshing portions 3 are continuously formed in the longitudinal direction.
7 is provided.

On the other hand, the engaging portion of the support molding 40 is formed as an inserted portion 45 into which the inserting portion 35 can be inserted. The inserted portion 45 elastically deforms to insert the insertion portion 35.
The inner peripheral surface abutting portion 46 capable of changing the size of the inlet of the inserted portion 45 with respect to the insertion amount, and the meshing portion of the inserting portion 35 on the side opposite to the inner peripheral surface abutting portion 46. A meshing portion 47 that meshes with 37 is provided. As shown in FIG. 2, the door frame 10 side of the inner peripheral surface contact portion 46 is formed so as to contact the door frame 10 when the insertion portion 35 and the inserted portion 45 are completely engaged. ing.

Next, FIG. 3 shows the assembling procedure of this embodiment.
It will be described with reference to FIGS. First, as shown in FIG. 3, the support molding 40 is positioned around the plate member 20. That is, the support molding 40 is provided on the flat surface of the plate member 20 on the side where the support molding 40 is located with respect to the door frame 10.
The plate material plane contact portion 43 of the plate material 20 is brought into contact, and the flat surface and the thickness surface of the plate material 20 on the side opposite to the plate material plane contact portion 43 are supported by the plate material holding portion 44 so that the plate material 20 is supported by the support molding 40. Position.

Next, as shown in FIG. 4, the support molding 40
The plate member 20 on which is positioned is positioned within the frame of the door frame 10. That is, the support molding 40 is brought into contact with one surface side of the door frame 10, and the plate member 20 is positioned within the frame of the door frame 10.
Next, as shown in FIG. 5, the plate material plane contact portion 34 of the auxiliary molding 30 is brought into contact with the plane of the plate material 20 opposite to the plane with which the support molding 40 abuts, and the auxiliary molding 30
Is fixed to the support molding 40. That is, the support molding 4
The engaging portion of 0 and the engaging portion of the auxiliary molding 30 are engaged.
Then, the plate material plane contact portion 34 of the auxiliary molding 30 is moved to the plate material 2
No. 0 is abutted on the end of the flat surface on the side of the auxiliary molding 30, and the plate material 20 is supported together with the plate material planar contact portion 43 and the plate material gripping portion 44 of the support molding 40, and is fixed to the door frame 10.

Here, in order to engage the engagement portion of the support molding 40 with the engagement portion of the auxiliary molding 30, the insertion portion 35 is inserted into the insertion portion 45, and the insertion portion 45 is Elastically deforms and expands. When the insertion portion 35 and the inserted portion 45 are completely engaged, the inner peripheral surface contact portion 4
Since 6 abuts on the door frame 10, the support molding 40 and the auxiliary molding 30 engaged with the support molding 40 are
It will spring toward the plate material 30 side. Since this repulsion is performed on the entire inner circumference of the door frame 10, the support molding 40 and the auxiliary molding 30 and the plate member 20 supported by the support molding 40 and the auxiliary molding 30 are not attached to the door frame 1
It will be fixed to 0. Therefore, the plate member 20 can be fixed to the door frame 10 without using a nail or an adhesive. Further, when the support molding 40 and the auxiliary molding 30 are fixed to the door frame 10, the corner contact portion 4 serving as a support portion in the thickness direction is formed.
Due to the existence of the parts 1 and 31, the support molding 40 and the auxiliary molding 30 do not move in the thickness direction of the door frame 10. Therefore, the support molding 40 and the auxiliary molding 30 are stably fixed to the door frame 10.

The engaging portion of the auxiliary molding 30 is formed as an inserting portion 35 projecting toward the supporting molding 40 with the thickness direction of the door frame 10 as the longitudinal direction, and the engaging portion of the supporting molding 40 is the inserting portion 35. Since it is formed as the inserted portion 45 into which the plate member 20 can be inserted, the support molding 40 supporting the plate member 20
It is easy to engage and release the auxiliary molding 30 with the auxiliary molding 30.

Since the insertion portion 35 is provided with a plurality of meshing portions 37 and the inserted portion 45 is provided with a meshing portion 47 that meshes with the meshing portion 37 of the insertion portion 35,
The engagement position between the insertion portion 35 and the inserted portion 45 can be adjusted.
Therefore, the thicknesses of the plate member 20 and the door frame 10 can be changed. Although it has been described that the support molding 40 is first positioned around the plate material 20 and then the auxiliary molding 30 is brought into contact with the plate material 20, the auxiliary molding 30 is first positioned around the plate material 20 and then the support molding 40 is performed. May be brought into contact with the plate member 20.

By the way, in the above embodiment, the support molding 40 and the auxiliary molding 30 as the plate fixing members have the same sectional shape at right angles to the longitudinal direction, and are used for extrusion molding (injection molding) of a thermoplastic resin having a wood pattern. To form. Specifically, a resin is formed by mixing fine powder of an inorganic material with fine powder of a cellulosic material, and a resin is molded to form a wood grain pattern. Here, the "cellulosic material" is wood flour. The “inorganic material” is a metal material such as titanium oxide, ferrite, aluminum, nickel, silver, or a non-metal material such as ceramic. However, male molding 30 and female molding 4
The means for forming 0 is not limited to this,
For example, it may be formed by processing wood into a material, or may be molded by a usual thermoplastic resin.

Next, the effect of the above embodiment will be described. According to the plate material fixing member of the above embodiment, it is possible to fix the plate material without using nails or adhesives, it is easy to fix and release the plate material, it is possible to make the fixation of the plate material strong, A plate member fixing member capable of adjusting a fixing position can be provided, and at the same time, it is possible to provide a plate member fixing method that can easily fix and release the plate member and can firmly fix the plate member.

Furthermore, it was possible to provide a plate material fixing member having a wood grain pattern and excellent appearance quality. Next, variations of the above embodiment will be described. In the above embodiment, the door frame 10 is a square frame and the plate member 20 is a square wooden board. However, the shape of the door frame is not limited to a square frame, and the plate member 20 is not limited to a quadrangle. Further, although a wooden board is adopted as the plate material in the above-mentioned embodiment, a glass plate or the like may be used.

Next, a second embodiment will be described with reference to FIGS. 6 and 7. The second embodiment is also a plate member fixing member to be interposed between a frame-shaped door frame 10 and a rectangular plate member 20 that is fitted into the frame of the door frame 10 and has a rectangular shape thinner than the door frame 10. The plate fixing member is a door frame 10
Is located on one surface side and supports the end portion of the plate member 20, and the door frame 1
The support molding 40 is fixed to 0, and the auxiliary molding 30 is provided on the other surface side of the door frame 10 to assist the end portion of the plate member 20 supported by the support molding 40 and engage with the support molding 40.

The door frame 10 and the plate member 20 are the same as those in the first embodiment, and the description thereof will be omitted. Also,
Regarding the auxiliary molding 30 and the support molding 40, the description of the same parts as those in the first embodiment will be omitted. Supporting mall 4
0 is a corner abutting portion 4 that abuts a corner portion on the inner peripheral side of the door frame 10.
1, a central inclined portion 42 that is obliquely inclined from the corner abutting portion 41 toward the plate member 20 side, and a plate member plane contact that abuts a flat surface of the plate member 20 on which the support molding 40 is located with respect to the door frame 10. Engage the contact portion 43, the connecting portion 48 that connects the central inclined portion 42 and the plate material plane contact portion 43, the plate material end portion contact portion 44A that supports the thickness surface of the plate material 20, and the auxiliary molding 30 with each other. And an engaging portion. Further, since the support molding 40 is formed by extrusion molding, a hollow portion 40A is provided in the inward direction of the plate member flat surface contact portion 43 for weight reduction and shape stabilization.

The auxiliary molding 30 has a corner abutting portion 31 that abuts an inner peripheral side corner portion of the door frame 10, and a central slant portion 32 that is slanted from the corner abutting portion 41 toward the plate member 20 side.
And the plate member flat surface contact portion 34 in which the auxiliary molding 30 of the plate member 20 contacts the flat surface on the side located with respect to the door frame 10.
And a connecting portion 33 that connects the central inclined portion 32 and the plate material flat contact portion 34, and an engaging portion that engages with the support molding 40. Further, since the auxiliary molding 30 is also formed by extrusion molding, in the inward direction of the central inclined portion 32 and the plate material plane contact portion 34, for weight reduction and shape stabilization,
The hollow portion 30A is provided.

The engaging portion of the auxiliary molding 30 is formed as an inserting portion 35 which projects toward the supporting molding 40 with the thickness direction of the door frame 10 as the longitudinal direction. Further, the insertion portion 35
Includes an engagement portion 37 on the side opposite to the door frame 10 and a door frame side engagement portion 37A on the door frame 10 side that are continuous in the longitudinal direction. On the other hand, the engaging portion of the support molding 40 is the insertion portion 3
5 is formed as the inserted portion 45 into which the insertion portion 5 can be inserted. The inserted portion 45 has an inner peripheral surface abutting portion 4 that abuts on the door frame 10.
6, the door frame side meshing portion 47A that meshes with the door frame side meshing portion 37A of the insertion portion 35 on the surface opposite to the contact surface of the inner peripheral surface contacting portion 46, and the meshing of the insertion portion 35 It is provided with a meshing portion 47 that meshes with the portion 37. Further, since the insertion portion 35 is inserted and fixed with an adhesive, a groove for holding the adhesive is provided. Further, since the support molding 40 is fixed to the door frame 10 with an adhesive on the contact surface of the inner peripheral surface contact portion 46, a groove-shaped adhesive reservoir 46A for holding the adhesive is provided. Is provided.

The meshing pitch of the meshing portion 47 of the inserted portion 45 and the meshing portion 47A of the door frame side is twice the meshing pitch of the meshing portion 37 of the insertion portion 35 and the meshing portion 37A of the door frame side. Is formed. When the plate material 20 comes into contact with the plate material plane contact portion 43 of the support molding 40 and the plate material plane contact portion 34 of the auxiliary molding 30, the plate material plane contact portion 43 of the support molding 40 is elastically deformed to contact the plate material plane contact portion 43 of the auxiliary molding 30. Plate contact fixing material 4 that presses a flat surface
9 is equipped.

The support molding 40 and the auxiliary molding 30 in the second embodiment are also mixed with a powder made by supporting a fine powder having a diameter smaller than the fine powder on the surface of the fine powder of the cellulosic material and hard. The resin is colored and molded to form a wood grain pattern. Further, the plate material close contact fixing material 49 is integrally molded simultaneously with a soft resin.

Next, the assembly procedure, operation and effect of the above embodiment will be described. First, the support molding 40 is brought into contact with one surface side of the door frame 10 by using the corner contact portion 41, and the support molding 40 is fixed to the door frame 10 so that the adhesive is accumulated in the adhesive reservoir 46A. The plate material 20 is brought into contact with the plate material plane contact portion 43 of the support molding 40, and the thickness surface of the plate material 20 is brought into contact with the plate material end portion contact portion 44A so as to be positioned within the frame of the door frame 10. Although the adhesive is used, the adhesive reservoir 46A is in a place where it does not appear on the appearance, so that the appearance quality is not impaired.

Next, the plate material plane contact portion 34 of the auxiliary molding 30 is brought into contact with the plane of the plate material 20 opposite to the plane on which the support molding 40 is brought into contact, so that the engaging portion of the support molding 40 and the auxiliary molding portion 40 come into contact with each other. The engaging portion of 30 is engaged. Then
The plate material plane contact portion 34 of the auxiliary molding 30 contacts the end of the plane of the plate material 20 on the side of the auxiliary molding 30 and supports the plate material 20 together with the plate material plane contact portion 43 of the support molding 40. 30 is fixed to the door frame 10 by being pressed against it. At the same time, support mall 4
0 and the auxiliary molding 30 do not move in the plane direction of the door frame 10 due to the presence of the plate member 20. Therefore, at least the auxiliary molding 30 can fix the plate member 20 to the door frame 10 without using a nail or an adhesive.

By the way, the insertion portion 35 and the insertion portion 45
Since the meshing portions 37 and 37A are present in each of them, it is easy to engage and disengage the auxiliary molding 30 with the support molding 40 that supports the plate member 20. Further, since the meshing portions 47, 47A of the inserted portion 47 are formed so as to be ½ of the meshing pitch of the meshing portions 37, 37A of the insertion portion 35, the meshing portions 47, 47A. It is possible to adjust the insertion amount for each pitch.

On the other hand, if the one pitch is narrow, it is difficult to form the meshing portion, but in the present invention, the insertion portion 35 is formed.
Since only one of the meshing portions 37, 37A of 37 and the meshing portion 47, 47A of the inserted portion 47 has a narrow pitch, it is easier than molding both with a narrow pitch. Further, since the plate material contact fixing member 49 which is an elastic body exists between the plate member 20 and the support molding 40,
The plate member 20 is fixed without rattling. Further, due to the presence of the thickness direction support portions 41 and 31, the support molding 40 and the auxiliary molding 30 do not move in the thickness direction of the door frame 10. Therefore, the support molding 40 and the auxiliary molding 30
Will be stably fixed to the door frame 10.

Further, the plate member fixing members 40 and 30 are formed by molding a resin obtained by mixing fine powder of the cellulosic material with fine powder of the inorganic material to form a resin, and have a wood grain pattern. So you can see the grain pattern,
Since the plate material closely fixing member 49 is integrally molded at the same time as the plate member fixing members 40 and 30 having a wood grain pattern, it is easy to manufacture, there is no risk of loss during transportation, and the construction is simple.

If the plate material 20 is damaged, the auxiliary molding 30 and the support molding 40 are disengaged from each other, and the auxiliary molding 30 is removed from the support molding 40.
Is removed from the door frame 10 and replaced with a new plate member 20. Next, a third embodiment will be described with reference to FIG. The third embodiment is almost the same as the second embodiment, and only the shape of the support molding 40 is different. That is, the connecting portion 48 is not provided between the corner contact portion 41 and the plate material flat surface contact portion 43, the inclined portion 42 is continuous, and the hollow portion 40A is not provided.

According to this third embodiment, the support molding 4
0 and the auxiliary molding 30 have different appearances, but in terms of functionality there is no difference from the second embodiment. Next, a fourth embodiment will be described with reference to FIG. The fourth embodiment is also almost the same as the second embodiment, except that the plate material 20 is thin instead of the plate material contact fixing material 49 provided in the support molding 40 of the second embodiment. The thin plate fixing piece 50 to be used is interposed between the support molding 40 and the door plate member 20.

The thin plate fixing piece 50 used here has a substantially U-shaped cross section perpendicular to the longitudinal direction by the auxiliary molding side plate material abutting portion 51, the end surface abutting portion 52 and the supporting molding side plate material abutting portion 53. With this thin plate fixing piece 50,
When the end portion of the plate member 20 is thin, even a thin plate member 20 made of tempered glass can be securely fixed.

[0076]

According to the first aspect of the invention, it is possible to provide a plate material fixing member which can fix a plate material without using nails or an adhesive. According to the second aspect of the present invention, it is possible to further provide a plate material fixing member that easily fixes and releases the plate material.

According to the invention described in claim 3, it is possible to further provide a plate material fixing member which can firmly fix the plate material. According to the invention of claim 4,
Further, it is possible to provide a plate material fixing member capable of adjusting the fixing position of the plate material. According to the invention described in claim 5, it is possible to further provide a plate material fixing member capable of stabilizing the plate material in a stable manner.

According to the sixth aspect of the present invention, it is possible to further provide a plate material fixing member having a wood grain pattern and excellent appearance quality. According to the inventions of claims 7 and 8,
It was possible to provide a plate material fixing method capable of fixing a plate material without using nails or an adhesive. According to the invention of claim 9,
It was possible to provide a plate material fixing member that can fix a plate material without impairing the appearance quality even if a nail or an adhesive is used.

According to the tenth aspect of the present invention, it is possible to further provide a plate material fixing member which is easy to fix and release the plate material. According to the invention of claim 11,
Further, it is possible to provide a plate material fixing member that can facilitate adjustment when fixing the plate material. Claim 12
According to the invention described above, it is possible to further provide a plate material fixing member that can fix the plate materials in close contact with each other.

According to the thirteenth aspect of the present invention, it is possible to further provide a plate material fixing member capable of stabilizing the plate material in a stable manner. Claim 14 and Claim 1
According to the invention described in 5, it is possible to further provide a plate material fixing member having a wood grain pattern and excellent in appearance quality. According to the invention described in claim 16, it is possible to provide a plate material fixing method capable of fixing a plate material without impairing the appearance quality even if a nail or an adhesive is used.

[Brief description of drawings]

FIG. 1 is a cross-sectional view showing a first embodiment of the present invention.

FIG. 2 is an assembled sectional view showing the first embodiment of the present invention.

FIG. 3 is an assembled perspective view showing the first embodiment of the present invention.

FIG. 4 is an assembled perspective view showing the first embodiment of the present invention.

FIG. 5 is an assembled perspective view showing the first embodiment of the present invention.

FIG. 6 is a sectional view showing a second embodiment of the present invention.

FIG. 7 is an assembled sectional view showing a second embodiment of the present invention.

FIG. 8 is an assembled sectional view showing a third embodiment of the present invention.

FIG. 9 is an assembled cross-sectional view showing a fourth embodiment of the present invention.

FIG. 10 is a perspective view showing a conventional internal door.

FIG. 11 is a cross-sectional view showing a conventional plate material fixing member.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 10 Door frame 11 Core material 12 Decorative plate 20 Plate material (plate glass) 30 Auxiliary molding 30A Hollow part 31 Corner contact part (thickness direction support part) 32 Central inclined part 33 Connecting part 34 Plate material plane contact part 35 Insert part 36 Smooth Inclined part 37 Interlocking part 37A Door frame side interlocking part 40 Support molding 40A Hollow part 41 Corner contact part (thickness direction support part) 42 Central inclined part 43 Plate material plane contact part 44 Plate material gripping part 44A Plate material end part contact Contact part 45 Inserted part 46 Inner peripheral surface contact part 46A Adhesive collecting part 47 Interlocking part 47A Door frame side interlocking part 48 Connecting part 49 Plate material close contact fixing material 50 Thin plate fixing piece 51 Auxiliary molding side plate material contacting part 52 End face contact part 53 Support molding side plate material contact part 60 Conventional molding 61 Side contact part 62 Corner recessed part 63 Plate end face contact part 64 Plate material end recessed part 9 nails

Claims (16)

[Claims] 1. A plate member fixing member interposed between a frame-shaped door frame and a plate member fitted in the frame of the door frame, the plate member fixing member being located on one side of the door frame. The support molding includes a support molding that supports and is fixed to the door frame, and an auxiliary molding that is located on the other side of the door frame and that assists the end portion of the plate material supported by the support molding to engage with the support molding. Is a plate material plane contact portion where the support molding of the plate material contacts the plane surface on the side where the door frame is located, and a plate material grip portion which supports the plane surface and the thickness surface of the plate material opposite to the plate material plane contact portion. And an engaging portion that engages with the auxiliary molding, and the auxiliary molding includes a plate material flat surface contact portion that abuts a flat surface of the plate material on the side where the auxiliary molding is located with respect to the door frame, and a support molding. The support molding and the auxiliary molding are provided with each other. Plate fixing member, characterized in that it is formed so as to be secured pressed against the door stile by engaging in. 2. The engagement portion of the auxiliary molding is formed as an insertion portion that projects toward the support molding with the thickness direction of the door frame as a longitudinal direction, and the engagement portion of the support molding can insert the insertion portion. The plate member fixing member according to claim 1, wherein the plate member fixing member is formed as an inserted portion. 3. The insertion part is formed by inclining the door frame side so as to taper toward the support molding, and the insertion part is elastically deformed so that the insertion part of the insertion part with respect to the insertion amount of the insertion part is elastically deformed. An inner peripheral surface abutting portion capable of changing the size of the inlet is provided, and the inner peripheral surface abutting portion abuts on the door frame when the inserting portion and the inserted portion are completely engaged. The plate member fixing member according to claim 2, wherein the plate member fixing member is formed. 4. The insertion portion is formed with a plurality of interlocking portions continuous in the longitudinal direction on the side opposite to the door frame, and the inserted portion has an interlocking portion that meshes with the interlocking portion of the insertion portion. The plate member fixing member according to claim 2 or 3, wherein the plate member fixing member is formed as follows. 5. The support molding and the auxiliary molding are provided with a thickness direction support portion for preventing the support molding and the auxiliary molding from moving in the thickness direction of the door frame when the support molding and the auxiliary molding are fixed to the door frame. The plate member fixing member according to claim 1, claim 2, claim 3 or claim 4, wherein the plate member fixing member is formed as follows. 6. The support molding and the auxiliary molding are formed by coloring and molding a resin in which a powder prepared by carrying a fine powder having a diameter smaller than that of the fine powder on the surface of the fine powder of the cellulosic material and carrying hard powder is mixed. The plate member fixing member according to claim 1, claim 2, claim 3, claim 4, or claim 5, wherein the plate member fixing member is formed so as to have a wood grain pattern. 7. A support molding, which is located on one surface side of the door frame and fixed to the door frame by supporting an end portion of the plate material, and a plate material located in the frame of the frame-shaped door frame, and other door frames. A method of fixing a plate material, which is located on the surface side and is fixed by using an auxiliary molding that assists an end portion of a plate material supported by the support molding, and an auxiliary molding that engages with the support molding. Engagement of the plate material flat surface abutting portion that abuts the flat surface on the side positioned with respect to the frame, the plate material gripping portion that supports the flat surface and the thickness surface of the plate material on the side opposite to the plate material flat surface abutting portion, and the auxiliary molding And an auxiliary molding, wherein the auxiliary molding has a plate material flat surface abutment portion that abuts a flat surface of the plate material on which the auxiliary molding is located with respect to the door frame, and an engagement portion that engages with the support molding. Equipped with
The support molding and the auxiliary molding are provided with a thickness direction support portion so that the support molding and the auxiliary molding do not move in the thickness direction of the door frame when the support molding and the auxiliary molding are fixed to the door frame. The plate member flat surface abutting portion and the plate member gripping portion support the outer periphery of the plate member, and then temporarily fix the support molding to the inner circumference of the door frame, and then, the engaging portion of the support molding and the auxiliary molding are engaged. By engaging the mating part with the flat plate contact part of the auxiliary molding, the flat part of the plate material on the side where the auxiliary molding is located with respect to the door frame is brought into contact, and the support molding and the auxiliary molding are fixed to the door frame. A method of fixing a plate material, which is characterized in that 8. A support molding, which is located on one surface side of the door frame and is fixed to the door frame by supporting an end of the plate material, the plate material being located within the frame of the frame-shaped door frame, and the other of the door frames. A method of fixing a plate material, which is located on the surface side and is fixed by using an auxiliary molding that assists an end portion of a plate material supported by the support molding, and an auxiliary molding that engages with the support molding. Engagement of the plate material flat surface abutting portion that abuts the flat surface on the side positioned with respect to the frame, the plate material gripping portion that supports the flat surface and the thickness surface of the plate material on the side opposite to the plate material flat surface abutting portion, and the auxiliary molding And an auxiliary molding, wherein the auxiliary molding has a plate material flat surface abutment portion that abuts a flat surface of the plate material on which the auxiliary molding is located with respect to the door frame, and an engagement portion that engages with the support molding. First, the plate flat surface contact portion of the auxiliary molding is attached to the auxiliary molding of the plate. The outer periphery of the plate material is supported by abutting against the flat surface on the side that is located with respect to the door frame, and then the auxiliary molding is temporarily fixed to the inner periphery of the door frame, and then the supporting portion of the support molding is engaged. By engaging with the engaging portion of the auxiliary molding, the plate material flat surface abutting portion of the supporting molding is brought into contact with the flat surface of the plate material on the side where the supporting molding is located with respect to the door frame, and the supporting molding and the auxiliary molding are A plate material fixing method characterized in that it is fixed to a door frame. 9. A plate member fixing member interposed between a frame-shaped door frame and a plate member fitted into the frame of the door frame, the plate member fixing member being located on one side of the door frame. A support molding that supports and is fixed to the door frame, and an auxiliary molding that is located on the other surface side of the door frame and that assists the end of the plate material supported by the support molding to engage with the support molding. Is a plate material flat surface abutting portion in which the support molding of the plate material abuts a flat surface on the side where the door frame is located, a plate material end portion abutting portion that supports the thickness surface of the plate material, and the auxiliary molding. The auxiliary molding includes a plate material flat surface contact portion that abuts the flat surface of the plate material on the side where the auxiliary molding is located with respect to the door frame, and an engagement portion that engages with the support molding. The supporting molding and the auxiliary molding are fixed to the door frame by engaging with each other. Plate fixing member, characterized in that it is formed so as to be. 10. The engagement portion of the auxiliary molding is formed as an insertion portion projecting toward the support molding with the thickness direction of the door frame as a longitudinal direction, and the engagement portion of the support molding can insert the insertion portion. It is formed as an inserted portion, the insertion portion is provided with a plurality of meshing portions that are continuous in the longitudinal direction, and the inserted portion is provided with a meshing portion that meshes with the meshing portion of the insertion portion. The plate member fixing member according to claim 9, wherein the plate member fixing member is formed. 11. The interlocking portion of the insertion portion and the interlocking portion of the inserted portion are formed such that one of the interlocking pitches is a multiple of the other interlocking pitch. Item 10. A plate member fixing member according to item 10. 12. A plate material plane contact portion of the support molding and a plate material plane contact portion of the auxiliary molding in one or both of the plate material plane contact portion of the support molding and the plate material plane contact portion of the auxiliary molding. A plate material contact fixing member that elastically deforms and presses the flat surface of the plate material when abutting against the plate material is provided, claim 1, claim 2, claim 3, claim 4, claim 5, claim 6. , Claim 9, claim 10 or claim 1
The plate member fixing member according to 1. 13. The support molding and the auxiliary molding are provided with a thickness direction supporting portion for preventing the support molding and the auxiliary molding from moving in the thickness direction of the door frame (when the support molding and the auxiliary molding are fixed to the door frame. The plate material fixing member according to claim 9, claim 10, claim 11 or claim 12, which is formed by being provided. 14. The support molding and the auxiliary molding have a smaller diameter than the fine powder on the surface of the fine powder of the cellulosic material,
And, a resin mixed with powder prepared by supporting hard fine powder is formed by coloring to form a wood grain pattern, claim 9, claim 11, claim 13 or claim 13. The plate material fixing member described. 15. The support molding and the auxiliary molding have a smaller diameter than the fine powder on the surface of the fine powder of the cellulosic material,
13. A resin mixed with powder prepared by supporting hard fine powder is colored and molded to form a wood grain pattern, and the plate material fixing material is integrally molded. Plate material fixing member. 16. A plate member positioned in a frame of a frame-shaped door frame,
Supporting the support molding located on one side of the door frame and supporting the end of the plate material and fixed to the door frame, and the end of the plate material located on the other side of the door frame and supported by the support molding. A method of fixing a plate material using a support molding and an auxiliary molding that engages, wherein the support molding and the auxiliary molding are supported in the thickness direction of the door frame when the support molding and the auxiliary molding are fixed to the door frame. The supporting member is provided with a thickness direction supporting portion for preventing the molding and the auxiliary molding from moving, and the supporting molding includes a plate material flat surface abutting portion that abuts a flat surface of the plate material on the side where the supporting molding is located with respect to the door frame, and a thickness A plate member end portion abutting portion that supports the surface and an engaging portion that engages with the auxiliary molding, and the auxiliary molding member is a plate member that contacts the flat surface of the plate member on the side where the auxiliary molding is located with respect to the door frame. A flat contact portion and a support molding An engaging portion that engages with each other, first, the plate material flat surface abutting portion and the plate material end portion abutting portion of the support molding support the outer periphery of the plate material, and then, the support molding on the inner circumference of the door frame. Temporarily fixing and then engaging the engaging portion of the support molding with the engaging portion of the auxiliary molding so that the flat plate contact portion of the auxiliary molding is located on the side where the auxiliary molding is located with respect to the door frame. And a supporting molding and an auxiliary molding are fixed to the door frame while being brought into contact with the flat surface of the plate material.