JP6982907B2 - Profile material for mounting members of the vehicle carrier - Google Patents

Description

The present invention relates to, for example, a mold material for mounting a member of a vehicle carrier of a fire engine.

Patent Document 1 proposes a body of a fire engine that can be easily and quickly assembled without requiring a skilled worker.
In Patent Document 1, a frame composed of a plurality of mold materials covering the chassis of a fire engine and a plate material connected to the frame are provided, and each mold material has a main body and a held portion over the entire length of the main body. The two molds having and connected to each other are arranged so that their longitudinal directions are perpendicular to each other, and the held portions are connected by being sandwiched by a connecting tool.

Japanese Unexamined Patent Publication No. 2001-63635

According to Patent Document 1, a frame can be constructed by connecting mold materials without welding, and each mold material can be cut to an arbitrary length and used. Therefore, the types of mold materials are reduced as much as possible. The cost can be reduced.
However, Patent Document 1 does not propose to attach a member such as a shutter rail material.

It is an object of the present invention to provide, for example, a member mounting mold material for a vehicle carrier capable of easily mounting a shutter rail material and other members.

The member mounting mold for the vehicle carrier of the present invention according to claim 1 has a columnar first mold material to be attached to the vehicle carrier and a columnar second mold material to be attached to the first mold material by using a fastener. The first mold material includes the inner surface material of the first mold material arranged inside the vehicle body, the outer surface material of the first mold material arranged outside the vehicle body, the inner surface material of the first mold material, and the first mold material in the state of being installed on the vehicle carrier. It has a first mold material side contact material that connects the outer surface material of the mold material, and the second mold material has an inner surface material of the second mold material arranged inside the vehicle body in a state of being installed on the vehicle carrier and the vehicle body. A second mold material side contact material that connects the second mold material outer surface material arranged on the outside, the second mold material inner surface material, and the second mold material outer surface material, and comes into contact with the first mold material side contact material, and the above. The second mold material side surface material that is arranged between the second mold material inner surface material and the second mold material outer surface material and forms the second mold material groove portion, and the first mold material outer surface that protrudes from the second mold material side surface contact material. It has a fastener mounting material that covers at least a part of the outside of the vehicle body, and is characterized in that the first type material outer surface material and the fastener mounting material are connected from the outside of the vehicle body by the fastener. do.
According to the second aspect of the present invention, in the member mounting mold material of the vehicle carrier according to the first aspect, the first mold material outer surface material has a first mold material outer surface material protruding piece protruding toward the outside of the vehicle body. The fastener mounting material has a fastener mounting material projecting piece projecting toward the inside of the vehicle body, and is characterized in that the first type material outer surface material projecting piece and the fastener mounting material projecting piece are brought into contact with each other. And.
The present invention according to claim 3 is the mold material for mounting a member of the vehicle carrier according to claim 1 or 2, wherein the inner surface material of the first mold material protrudes toward the outside of the vehicle body. The second mold material side contact material has a piece, and the second mold material side contact material inner end piece arranged inside the vehicle body is formed, and the first mold material inner surface material protrusion piece and the second mold material side surface are formed. It is characterized in that it is brought into contact with the inner end piece of the abutting material.
According to the fourth aspect of the present invention, in the material for attaching a member of the vehicle carrier according to any one of claims 1 to 3, the fastener attachment material is located inside the vehicle body from the outer surface material of the second type material. However, it is characterized in that a first utilization space is formed on the outside of the vehicle body of the fastener mounting material.
The present invention according to claim 5 is the second utilization space by the second mold material inner surface material and the second mold material side surface material in the member mounting mold material of the vehicle carrier according to any one of claims 1 to 4. Is characterized by the formation of.
According to the sixth aspect of the present invention, in the member mounting mold material of the vehicle carrier according to the fifth aspect, the second use opening is formed in the inner surface material of the second type material to open the second use space. It is characterized by.
The present invention according to claim 7 is a mold material for mounting a member of a vehicle carrier according to any one of claims 1 to 6, wherein a third utilization space is provided by the second mold material outer surface material and the second mold material side surface material. Is characterized by the formation of.
According to the eighth aspect of the present invention, in the member mounting mold material of the vehicle carrier according to the seventh aspect, a third use opening opening for opening the third use space is formed on the side surface material of the second mold material. It is characterized by the fact that it was done.

According to the member mounting mold material of the vehicle carrier of the present invention, the mounting of the second mold material to the first mold material is performed because the outer surface material of the first mold material and the fastener mounting material are connected from the outside of the vehicle body by the fastener. Can be done from the outside of the car body, improving workability during assembly and maintenance.

A perspective view of a vehicle carrier according to an embodiment of the present invention as viewed from the rear. Perspective view of the main part of the vehicle carrier FIG. 2 is a cross-sectional view taken along the line AA. BB line sectional view shown in FIG. Explanatory drawing which shows a1 part of FIG. Explanatory drawing which shows a2 part of FIG.

The member mounting mold material for the vehicle carrier according to the first embodiment of the present invention has a columnar first mold material to be attached to the vehicle carrier and a columnar second mold material to be attached to the first mold material by using fasteners. The first mold material is the first mold material inner surface material arranged inside the vehicle body, the first mold material outer surface material arranged outside the vehicle body, the first mold material inner surface material, and the first mold material outer surface material in the state of being installed on the vehicle carrier. The first mold material has a side contact material of the first mold material, and the second mold material has an inner surface material of the second mold material arranged inside the vehicle body and a second mold material arranged outside the vehicle body in a state of being installed on the vehicle carrier. The second mold material side contact material, the second mold material inner surface material and the second mold material outer surface material, which connect the mold material outer surface material, the second mold material inner surface material and the second mold material outer surface material, and come into contact with the first mold material side contact material. A fastener mounting material that is arranged between the two and forms a groove portion of the second mold material, and a fastener mounting material that protrudes from the side contact material of the second mold material and covers at least a part of the outer surface of the outer surface material of the first mold material. The first type material outer surface material and the fastener mounting material are connected from the outside of the vehicle body by the fastener. According to the present embodiment, the first mold material is attached to the vehicle carrier, and the second mold material forming the second mold material groove portion is attached to the first mold material. Then, in the attachment of the second mold material to the first mold material, since the first mold material outer surface material and the fastener mounting material are connected from the outside of the vehicle body by the fastener, the assembly work can be performed from the outside of the vehicle body. Therefore, workability during assembly and maintenance is improved.

In the second embodiment of the present invention, in the mold material for mounting the member of the vehicle carrier according to the first embodiment, the first mold material outer surface material is a first mold material outer surface material projecting piece protruding toward the outside of the vehicle body. The fastener mounting material has a fastener mounting material projecting piece that protrudes toward the inside of the vehicle body, and the first type material outer surface material protruding piece and the fastener mounting material projecting piece are brought into contact with each other. According to this embodiment, it is easy to position the second mold material with respect to the first mold material, and the connection strength between the first mold material and the second mold material is increased.

A third embodiment of the present invention is a mold material for mounting a member of a vehicle carrier according to the first or second embodiment, and the first mold material inner surface material is a first mold material inner surface material protruding toward the outside of the vehicle body. The second mold material side contact material has a protruding piece, and the inner end piece of the second mold material side contact material arranged inside the vehicle body is formed, and the first mold material inner surface material protrusion piece and the second mold material side contact. It is in contact with the inner end piece of the material. According to this embodiment, it is easy to position the second mold material with respect to the first mold material, and the connection strength between the first mold material and the second mold material is increased.

In the fourth embodiment of the present invention, in the mold material for mounting the member of the vehicle carrier according to any one of the first to third embodiments, the fastener mounting material is located inside the vehicle body from the outer surface material of the second mold material. The first utilization space is formed on the outside of the vehicle body of the fastener mounting material. According to the present embodiment, for example, a vehicle side light can be installed in the first utilization space, and the wiring of the vehicle side light can be arranged.

A fifth embodiment of the present invention is a mold material for mounting a member of a vehicle carrier according to any one of the first to fourth embodiments, and a second mold material inner surface material and a second mold material side surface material are used. It forms a usage space. According to the present embodiment, for example, an LED sensor for lighting an interior space of a vehicle body and a bracket for a door step can be arranged in the second utilization space.

A sixth embodiment of the present invention is a mold material for mounting a member of a vehicle carrier according to the fifth embodiment, and the inner surface material of the second mold material is provided with a second use opening for opening a second use space. It was formed. According to this embodiment, the second utilization space can be used from the inside of the vehicle body.

A seventh embodiment of the present invention is a mold material for mounting a member of a vehicle carrier according to any one of the first to sixth embodiments, and is a third by a second mold material outer surface material and a second mold material side surface material. It forms a usage space. According to the present embodiment, for example, a lip rubber can be installed using the third utilization space.

An eighth embodiment of the present invention is a mold material for mounting a member of a vehicle carrier according to the seventh embodiment, and the side material of the second mold material is provided with a third use opening for opening a third use space. It was formed. According to the present embodiment, since the third utilization opening is formed in the same direction as the second type material groove portion, it is suitable for attaching the waterproof member to the second type material groove portion.

Hereinafter, a mold material for mounting a member of a vehicle carrier according to an embodiment of the present invention will be described.
FIG. 1 is a perspective view of the vehicle carrier according to the present embodiment as viewed from the rear.
The vehicle carrier according to this embodiment is provided with four member mounting mold members 1a, 1b, 1c, and 1d on the side surface of the carrier.
A shutter 2a and a door step 3a are arranged between the member mounting mold material 1a and the member mounting mold material 1b, and a shutter 2b and a fender member are arranged between the member mounting mold material 1b and the member mounting mold material 1c. 4 is arranged, and a shutter 2c and a door step 3b are arranged between the member mounting mold member 1c and the member mounting mold material 1d.
The door step 3a is arranged below the shutter 2a, the fender member 4 is arranged below the shutter 2b, and the door step 3b is arranged below the shutter 2c.
The door steps 3a and 3b can be opened and closed with the lower part as a rotation axis, and can be used as a stepping stone in the open state.

FIG. 2 is a perspective view of a main part of the vehicle carrier.
For example, the member mounting mold member 1a is attached to the body partition plate 5a, and the member mounting mold member 1b is attached to the body partition plate 5b.
The shutter 2a covers the space inside the vehicle body partitioned by the body partition plate 5a and the body partition plate 5b.
Although not shown, the member mounting molds 1c and 1d have the same configuration as the member mounting molds 1a and 1b.

3 is a cross-sectional view taken along the line AA shown in FIG. 2, FIG. 4 is a cross-sectional view taken along the line BB shown in FIG. 2, FIG. 5 is an explanatory view showing a portion a1 in FIG. It is explanatory drawing which shows.
The member mounting mold member 1a will be described with reference to FIG.
The member mounting mold material 1a is composed of a columnar first mold material 10A to be attached to the vehicle carrier and a columnar second mold material 20 to be attached to the first mold material 10A by using a fastener 30.

The first mold material 10A is a first mold material inner surface material 11 arranged on the inside X of the vehicle body, a first mold material outer surface material 12 arranged on the outside Y of the vehicle body, and a first mold material inner surface material 11 in a state of being installed on the vehicle carrier. 1st mold material side contact material 13 that connects one end side of the 1st mold material outer surface material 12 and the other end side of the 1st mold material inner surface material 11 and the other end side of the 1st mold material outer surface material 12. It has a side member 14 of the first mold material and a partition plate mounting material 15 projecting from the inner surface material 11 of the first mold material in the direction of the inside X of the vehicle body.
The inner surface material 11 of the first mold material and the outer surface material 12 of the first mold material face each other, and the side contact material 13 of the first mold material and the side surface material 14 of the first mold material face each other. The partition plate mounting material 15 is composed of a pair of facing mounting materials.
One of the mounting materials constituting the partition plate mounting material 15 is arranged on one end side of the side member 14 of the first mold material.
An extension portion 14a is formed on the other end side of the side member 14 of the first mold material.
The first mold material inner surface material 11, the first mold material outer surface material 12, the first mold material side contact material 13, the first mold material side surface material 14, and the partition plate mounting material 15 are integrally formed of an aluminum material. ..
The first mold material inner surface material 11 has a first mold material inner surface material protruding piece 11a protruding in the direction of the outer side Y of the vehicle body.
The first mold material outer surface material 12 has a first mold material outer surface material protruding piece 12a protruding in the direction of the outer side Y of the vehicle body.

The first mold material 10A forms the first space 10a and the second space 10b.
The first space 10a is formed by the first mold material outer surface material 12, the first mold material side contact material 13, and the first mold material partition material 16. A part of the fastener 30 is arranged in the first space 10a.
The second space 10b is formed of the first mold material inner surface material 11, the first mold material outer surface material 12, the first mold material side contact material 13, the first mold material side surface material 14, and the first mold material partition material 16. The profile.

The second mold material 20 is a second mold material inner surface material 21 arranged on the inside X of the vehicle body, a second mold material outer surface material 22 arranged on the outside Y of the vehicle body, and a second mold material inner surface material 21 in a state of being installed on the vehicle carrier. Between the other end side of the second mold material inner surface material 21 and the other end side of the second mold material outer surface material 22 and the second mold material side surface contact material 23 connecting the one end side of the second mold material outer surface material 22 and the one end side of the second mold material outer surface material 22. It has a second mold material side surface material 24 arranged in the above, and a fastener mounting material 25 that protrudes from the second mold material side surface contact material 23 and covers at least a part of the outer side Y of the vehicle body of the first mold material outer surface material 12. There is.
The second mold material side contact material 23 comes into contact with the first mold material side contact material 13. The second mold material side member 24 forms the second mold material groove portion 20a.
As shown in FIG. 5A, the second mold groove portion 20a is used as a rail of the shutter 2a. When not used as the rail of the shutter 2a, it is covered by the second cover 44 (see FIG. 6B).

The inner surface material 21 of the second mold material and the outer surface material 22 of the second mold material face each other, and the side contact material 23 of the second mold material and the side surface material 24 of the second mold material face each other.
The second mold material inner surface material 21, the second mold material outer surface material 22, the second mold material side contact material 23, the second mold material side surface material 24, and the fastener mounting material 25 are integrally formed of an aluminum material. ..
The second mold material side contact material 23 is formed with a second mold material side contact material inner end piece 23a arranged on the inside X of the vehicle body.
The fastener mounting material 25 has a fastener mounting material projecting piece 25a projecting in the direction of the inside X of the vehicle body.

The fastener mounting material 25 is located inside the vehicle body X from the second type material outer surface material 22.
A first utilization space 20b is formed on the outer side Y of the vehicle body of the fastener mounting member 25.
The first utilization space 20b includes a fastener mounting material 25, a first mold material outer surface material 12 that is not covered by the fastener mounting material 25, an extension portion 14a of the first mold material side member 14, and a second mold material side contact material 23. Formed by part of.
For example, a vehicle side light can be installed in the first utilization space 20b, and wiring for the vehicle side light can be arranged.
In FIGS. 5A and 5B, the first cover 41 covers the first utilization space 20b.
Arc-shaped protrusions 41a and 41b are formed at positions facing each other between the extending portion 14a and the side contact member 23 of the second mold material, respectively.
The first cover 41 is installed in the first utilization space 20b by allowing both ends of the first cover 41 to get over the arcuate protrusions 41a and 41b.

The second mold member 20 forms a second utilization space 20c, a third utilization space 20d, and a groove communication space 20e.
The second utilization space 20c is on the inside X of the vehicle body of the second mold material groove 20a, the third utilization space 20d is on the outside Y of the vehicle body of the second mold groove 20a, and the groove communication space 20e is the side surface of the second mold material of the second mold groove 20a. It is formed on the contact material 23 side.
The second utilization space 20c is formed by the second mold material inner surface material 21, the second mold material side surface material 24, one side wall of the second mold material groove portion 20a, and the second mold material partition material 26a.
The second-use material inner surface material 21 is formed with a second-use opening 21a that opens the second-use space 20c.
The second utilization space 20c can be used from the inside X of the vehicle body by the second utilization opening 21a, and for example, an LED sensor for lighting the space inside the vehicle body and a bracket for a door step can be arranged in the second utilization space 20c. In FIG. 5A, the illuminating tool 42 is positioned using the second utilization opening 21a. In this case, the wiring of the illuminating tool 42 can be arranged in the second utilization space 20c.
The third utilization space 20d is formed by the second mold material outer surface material 22, the second mold material side surface material 24, the other side wall of the second mold material groove portion 20a, and the second mold material partition material 26b.
The side member 24 of the second mold material is formed with a third utilization opening 24a that opens the third utilization space 20d.
By forming the third utilization opening 24a in the same direction as the opening of the second mold material groove 20a, it is suitable for attaching the waterproof member to the second mold groove 20a, and as shown in FIG. 5A, the third utilization space. For example, the lip rubber 43 can be installed using 20d.
A pair of opposite groove partition sections 27 are formed between the second type material groove portion 20a and the groove communication space 20e.

In this embodiment, the partition plate mounting material 15 is fitted into the body partition plate 5a, and the body partition plate 5a and the partition plate mounting material 15 are fixed by screws 51 to attach the first mold member 10A to the vehicle carrier.
The second mold material 20 is attached to the first mold material 10A by connecting the first mold material outer surface material 12 and the fastener mounting material 25 from the outer side Y of the vehicle body by the fastener 30 shown in FIG. 5 (c). Bolts and nuts can be used for the fastener 30.
According to this embodiment, in the attachment of the second mold material 20 to the first mold material 10A, the first mold material outer surface material 12 and the fastener mounting material 25 are connected from the vehicle body outer side Y by the fastener 30, so that the assembly work is performed. It can be done from the outside Y of the car body, improving workability during assembly and maintenance.
Further, according to the present embodiment, since the projecting piece 12a of the outer surface material of the first mold material and the projecting piece 25a of the fastener mounting material are brought into contact with each other, the positioning of the second mold material 20 with respect to the first mold material 10A can be easily performed, and the first mold material can be easily positioned. The connection strength between the 10A and the second mold material 20 is increased.
Further, according to this embodiment, since the projecting piece 11a of the inner surface material of the first mold material and the inner end piece 23a of the side contact material of the second mold material are brought into contact with each other, it is easy to position the second mold material 20 with respect to the first mold material 10A. , The connection strength between the first mold material 10A and the second mold material 20 is increased.

The member mounting mold member 1b will be described with reference to FIG.
The member mounting mold material 1b is composed of a columnar first mold material 10B to be attached to the vehicle carrier and a columnar second mold material 20 to be attached to the first mold material 10B by using a fastener 30.
Since the second mold member 20 is the same member as the member mounting mold member 1a, the same reference numerals are given and the description thereof will be omitted.

The first mold material 10B is a first mold material inner surface material 11 arranged on the inside X of the vehicle body, a first mold material outer surface material 12 arranged on the outside Y of the vehicle body, and a first mold material inner surface material 11 in a state of being installed on the vehicle carrier. 1A, which connects one end side of the first mold material and one end side of the first mold material outer surface material 12, and the other end side of the first mold material inner surface material 11 and the other end side of the first mold material outer surface material 12. It has a first mold material side contact material 13B and a partition plate mounting material 15 projecting from the first mold material inner surface material 11 in the direction of the inside X of the vehicle body.
The inner surface material 11 of the first mold material and the outer surface material 12 of the first mold material face each other, and the side contact material 13A of the first mold material and the side contact material 13B of the first mold material face each other. The partition plate mounting material 15 is composed of a pair of facing mounting materials.
The inner surface material 11 of the first mold material, the outer surface material 12 of the first mold material, the side contact materials 13A and 13B of the first mold material, and the partition plate mounting material 15 are integrally formed of an aluminum material.
The first mold material inner surface material 11 has a first mold material inner surface material protruding piece 11a protruding in the direction of the outer side Y of the vehicle body.
The first mold material outer surface material 12 has a first mold material outer surface material protruding piece 12a protruding in the direction of the outer side Y of the vehicle body.

The first mold member 10A forms a pair of first spaces 10a and one second space 10b.
Each of the first spaces 10a is formed by the first mold material outer surface material 12, the first mold material side contact material 13A or the first mold material side contact material 13B, and the first mold material partition material 16. A part of the fastener 30 is arranged in the first space 10a.
The second space 10b is formed of the first mold material inner surface material 11, the first mold material side contact material 13A, the first mold material side contact material 13B, and the first mold material partition material 16.
The first mold material 10B according to the present embodiment has a symmetrical shape, and the second mold material 20 is attached to both sides of the first mold material 10B.

The second mold groove portion 20a is used as a rail of the shutter 2a as shown in FIG. 6A, and is used as a rail of the shutter 2a as shown in FIG. 6B when it is not used as a rail of the shutter 2a. Covered by cover 44.
Engagement portions 44a are formed at both ends of the second cover 44, and by engaging the engaging portions 44a with the pair of groove portions 27, the second cover 44 is installed in the second mold groove portion 20a.
The first cover 41 is installed in the first utilization space 20b by a pair of arcuate protrusions 41b.

In this embodiment, the partition plate mounting material 15 is fitted into the body partition plate 5b, and the body partition plate 5b and the partition plate mounting material 15 are fixed by screws (not shown), whereby the first type material 10B is attached to the vehicle carrier. Install.
The two second mold members 20 are attached to the first mold material 10B by connecting the first mold material outer surface material 12 and the fastener mounting material 25 from the outer side Y of the vehicle body by the fastener 30 shown in FIG. 6 (c). Bolts and nuts can be used for the fastener 30.
According to this embodiment, in the attachment of the second mold material 20 to the first mold material 10B, the first mold material outer surface material 12 and the fastener mounting material 25 are connected from the vehicle body outer side Y by the fastener 30, so that the assembly work is performed. It can be done from the outside Y of the car body, improving workability during assembly and maintenance.
Further, according to the present embodiment, since the projecting piece 12a of the outer surface material of the first mold material and the projecting piece 25a of the fastener mounting material are brought into contact with each other, the positioning of the second mold material 20 with respect to the first mold material 10B can be easily performed, and the first mold material can be easily positioned. The connection strength between the 10B and the second mold material 20 is increased.
Further, according to the present embodiment, since the projecting piece 11a of the inner surface material of the first mold material and the inner end piece 23a of the side contact material of the second mold material are brought into contact with each other, it is easy to position the second mold material 20 with respect to the first mold material 10B. , The connection strength between the first mold material 10B and the second mold material 20 is increased.

The present invention is suitable for a vehicle carrier of a fire engine.

1a, 1b, 1c, 1d Member mounting mold 2a, 2b, 2c Shutter 3a, 3b Door step 4 Fender member 5a, 5b Body partition plate 10A, 10B 1st mold 10a 1st space 10b 2nd space 11 1st mold inner surface Material 11a 1st type material inner surface material protruding piece 12 1st type material outer surface material 12a 1st type material outer surface material protruding piece 13 1st type material side contact material 14 1st type material side surface material 14a extension part 15 partition plate mounting material 16 1st type material Partition material 20 2nd type material 20a 2nd type material groove 20b 1st use space 20c 2nd use space 20d 3rd use space 20e groove communication space 21 2nd type material inner surface material 21a 2nd use opening 22 2nd type material outer surface material 23 2 Mold material side contact material 23a 2nd mold material side contact material inner end piece 24 2nd mold material side material 24a 3rd utilization opening 25 Fastener mounting material 25a Fastener mounting material protruding piece 26a 2nd mold material partition material 26b 2nd Profile partition material 27 Groove partition section 30 Fastener 41 First cover 41a, 41b Arc-shaped protrusion 42 Lighting equipment 43 Lip rubber 44 Second cover 44a Engagement part 51 Screw

Claims (8)

The columnar first type material to be attached to the vehicle carrier,
It has a columnar second mold material to be attached to the first mold material by using a fastener.
The first mold material is
In the state of being installed on the vehicle carrier
The inner surface material of the first type material placed inside the car body,
The first type material outer surface material placed on the outside of the car body,
The first mold material side contact material connecting the first mold material inner surface material and the first mold material outer surface material, and
Have,
The second mold material is
In the state of being installed on the vehicle carrier
The second type material inner surface material arranged inside the vehicle body and
The second type material outer surface material arranged on the outside of the vehicle body and
A second mold material side contact material that connects the second mold material inner surface material and the second mold material outer surface material and abuts on the first mold material side surface contact material.
A second mold material side surface material arranged between the second mold material inner surface material and the second mold material outer surface material and forming a second mold material groove portion,
A fastener mounting material that protrudes from the side contact material of the second mold material and covers at least a part of the outer surface of the vehicle body of the outer surface material of the first mold material.
Have,
A member mounting mold for a vehicle carrier, wherein the first mold outer surface material and the fastener mounting material are connected from the outside of the vehicle body by the fastener. The first mold material outer surface material has a first mold material outer surface material protruding piece protruding toward the outside of the vehicle body.
The fastener mounting material has a fastener mounting material projecting piece that protrudes toward the inside of the vehicle body.
The mold material for mounting a member of a vehicle carrier according to claim 1, wherein the projecting piece of the outer surface material of the first mold material and the projecting piece of the fastener mounting material are brought into contact with each other. The first mold material inner surface material has a first mold material inner surface material protruding piece protruding toward the outside of the vehicle body.
On the side contact material of the second mold material, an inner end piece of the side contact material of the second mold material arranged inside the vehicle body is formed.
The mold material for mounting a member of a vehicle carrier according to claim 1 or 2, wherein the projecting piece of the inner surface material of the first mold material and the inner end piece of the side contact material of the second mold material are brought into contact with each other. The fastener mounting material is located inside the vehicle body from the second type material outer surface material.
The member mounting mold material for a vehicle carrier according to any one of claims 1 to 3, wherein a first utilization space is formed on the outer side of the vehicle body of the fastener mounting material. The mold material for mounting a member of a vehicle carrier according to any one of claims 1 to 4, wherein a second utilization space is formed by the inner surface material of the second mold material and the side surface material of the second mold material. The mold material for mounting a member of a vehicle carrier according to claim 5, wherein the inner surface material of the second mold material is formed with a second use opening opening for opening the second use space. The mold material for mounting a member of a vehicle carrier according to any one of claims 1 to 6, wherein a third utilization space is formed by the second mold material outer surface material and the second mold material side surface material. The mold material for mounting a member of a vehicle carrier according to claim 7, wherein a third utilization opening that opens the third utilization space is formed in the side material of the second mold material.

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