JPH11287693A - Exterior molding for flexible gas line - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an exterior molding capable of easily and surely mounting flexible gas piping on a wall and attached to a column providing good appearance. SOLUTION: This exterior molding 50 has a molding body 60 and a molding cover 70 which can fit over the front surface of the molding body 60, the molding body 60 having a base 61, an intermediate piece 62, and both of side pieces 63. A pair of flexible gas piping enclosed in a pair of CDs(combine ducts) can be fitted between the intermediate piece 62 and each side piece 63 of the molding body 60, and the pair of flexible gas piping fitted thereto are arranged parallel to each other.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cosmetic mall for a flexible gas pipe, which can cover a pair of flexible gas pipes connected to a gas meter or the like, while arranging them neatly.

[0002]

2. Description of the Related Art Conventionally, when installing a gas meter, a number of steel pipe gas pipes are connected, and an end of the pipe group is
It is common to install the gas meter by connecting the bases of the gas meter so that the load is supported by the piping group.

In recent years, however, it has been recommended to use a flexible gas pipe as a gas pipe so as to sufficiently cope with disasters such as earthquakes and to facilitate pipe laying work. ing. However,
In the above-mentioned conventional gas meter mounting structure, the gas meter is supported by the group of pipes. Therefore, if the group of pipes is formed of a flexible gas pipe having flexibility, the gas meter cannot be supported and cannot be installed.

Therefore, when a flexible gas pipe is used as the gas pipe, a method of supporting the gas meter on the wall surface of a structure, or supporting the gas meter on a pillar erected on the ground or the like has been adopted.

[0005]

However, since the flexible gas pipe connected to the gas meter has flexibility, it is easily arranged around the meter in a messy state, and it is difficult to obtain a good appearance. There is a problem that there is.

[0006] Even if the flexible gas pipe is partially fixed to the structure wall or support using a band or the like,
It is difficult to arrange flexible gas pipes neatly, it is not possible to secure sufficient aesthetics, and when laying pipes with a large number of bands attached, the work load increases and pipe construction work becomes complicated. The problem occurs.

The present invention solves the above-mentioned problems of the prior art, and provides a makeup mall for flexible gas pipes that can easily and reliably lay and construct a flexible gas pipe while arranging the flexible gas pipes in an orderly manner and obtain a good appearance. The purpose is to do.

[0008]

To achieve the above object, a cosmetic molding for flexible gas piping according to the present invention comprises:
A molding body made of a synthetic resin attached along a route of laying a pair of flexible gas pipes, and side walls provided along both side edges, wherein the molding body is accommodated between the side walls; A molding cover made of a synthetic resin that can be externally fitted to the front side of the molding, wherein the molding body is
A main body substrate, a main body intermediate piece provided along the length direction at the center of the surface of the main body substrate, both body side pieces provided along the length direction on both side edges of the front surface of the main body substrate, and the main body substrate A gas meter mounting column fitting groove provided along the length direction at the center of the back surface of the molding body, between the main body intermediate piece and the main body side pieces on the front side of the molding main body,
The gist is that a pair of flexible gas pipes is configured to be fittable, and the pair of flexible gas pipes in the fitted state is configured to be arranged in parallel.

In the cosmetic molding for flexible gas piping according to the present invention, a pair of flexible gas pipes respectively housed in a pair of CD pipes or the like are simply fitted between the intermediate piece and the side pieces of the molding body. It can be laid in a predetermined arrangement. Further, the flexible gas pipes are not arranged in a random state, and the pipes and the like can be covered with a molding cover.

In the decorative molding of the present invention, the main body substrate of the molding body can be attached to both the support and the wall surface of the structure. In particular, when the decoration molding is attached to the support, the support is fitted into the support fitting groove of the molding body. By this, the mall body can be attached to the support in a stable state.

In the present invention, it is preferable to adopt a configuration in which the main body substrate is formed in a hollow three-dimensional structure.

In other words, when this structure is employed, the strength of the molding body can be increased, and the support fitting groove can be formed deep and large, so that a large contact area of the support fitting groove with the support is ensured. be able to.

Further, in the present invention, it is preferable to adopt a configuration in which a column rotation preventing projection is provided in the gas meter mounting column insertion groove.

That is, in the case of adopting this configuration, the rotation preventing projection is press-fitted so as to bite into the outer peripheral surface of the column, and the rotation of the molding body with respect to the column can be surely prevented.

Further, in the present invention, it is desirable to adopt a configuration in which the base ends of both side pieces of the molding body are formed in a hollow structure.

That is, when this configuration is adopted, the strength of the molding body can be further increased, and furthermore, the elastic force of the both sides of the main body can be improved. Can be adhered to.

In the present invention, when the molding cover is externally fitted to the molding main body, both side walls of the molding cover are configured to be brought into close contact with the outer surfaces of both side pieces of the main body by elastic force. More preferred.

That is, in this case, the both sides of the main body can be brought into close contact with the flexible gas pipe with a higher elastic force by applying the elastic force of both side walls of the molding cover.

Further, in the present invention, it is more preferable to adopt a configuration in which an intermediate piece of the molding cover interposed between a pair of flexible gas pipes is provided along the length direction at the center of the back surface of the molding cover. desirable.

That is, in the case of employing this configuration, the molding cover intermediate piece can be interposed between the pair of flexible gas pipes and separated from each other, so that each gas pipe can be more securely adhered to both side pieces of the molding body. Can be.

Further, in the present invention, an engaging portion is provided along the length direction on the outer surface of both side pieces of the main body, and the engaged portion is formed on the inner surface of both side walls of the molding cover along the length direction. It is still more preferable to adopt a configuration in which the molding cover is detachably attached to the molding main body by the engagement between the engaging portion and the engaged portion.

That is, when this configuration is adopted, the molding cover can be securely attached to the molding body.

In the present invention, a joint cover made of a synthetic resin for covering the surface side of a pair of flexible gas pipes drawn out from ends of the molding body and the molding cover to the outside is detachably attached to the molding cover. It is even more desirable to adopt a configuration that is attached to the horn.

That is, when this configuration is adopted, a portion of the flexible gas pipe drawn from the molding cover can be covered.

Further, in the present invention, the joint cover is
It has both side walls arranged on both sides of a pair of flexible gas pipes, and pipe holding pieces are respectively provided on inner surfaces of both side walls of the joint cover, and in the center of the back surface of the joint cover,
It is still more preferable that a pipe separation piece is provided between the pair of flexible gas pipes so that the pair of flexible gas pipes are respectively held by the pipe holding piece and the pipe separation piece.

That is, in this case, the gas pipe can be held by the joint cover.

Further, in the present invention, while the molding cover intermediate piece is formed in a hollow structure, the joint cover is provided with an engagement hook corresponding to a hollow portion of the molding cover intermediate piece. It is still more desirable that the joint hook is inserted into the hollow portion of the intermediate cover cover so that the joint cover is attached to the molding cover.

That is, in this case, the molding cover intermediate piece having a hollow structure acts as a reinforcing member, so that the strength of the molding cover can be increased and the joint cover can be securely mounted.

[0029]

1 to 3 show a cosmetic molding (50) for a flexible gas pipe according to an embodiment of the present invention.
FIG. 2 is a view showing a gas meter mounting structure to which the above is applied. As shown in these figures, this mounting structure is a gas meter (1
0), a pair of flexible gas pipes (20) (2) accommodated in a pair of combine duct (CD) pipes (21).
0), a mounting bracket (30) and a cosmetic molding (5)
0) as a basic component.

The mounting bracket (30) is, as shown in FIG.
A meter fixing piece (31) formed in an inverted L-shape in side view and arranged horizontally, and a mounting fixing piece (35) connected to one end of the meter fixing piece (31) and arranged vertically. And Support holes (32a) (32b) are formed in the meter fixing piece (31) in correspondence with the two bases (11a) (11b) of the gas meter (10).

Further, the mounting fixture (3) of the mounting bracket (30)
5) has four elongated holes (3
6) (37) is formed.

As shown in FIGS. 1 to 4, the cosmetic molding (50) comprises a molding body (60) and a molding cover (7).
0) and a joint cover (80).

As shown in FIGS. 6 to 8, the molding body (60) is made of a synthetic resin molded product having a predetermined length, and has a long plate-shaped body substrate (61) having a hollow three-dimensional structure. doing. A main body intermediate piece (62) is formed integrally at the center of the front surface side of the main body substrate (61) in the length direction, and is provided on both side edges continuously for holding the pipe in the length direction. The main body side pieces (63) and (63) are integrally formed. The main body intermediate piece (62) is formed in a hollow structure having a mountain-shaped cross section. Further, both side pieces (63) (6)
3) The base end is formed in a hollow structure,
Engaging grooves (63a) (63a) are formed in the outer surfaces of the base end portions of both side pieces (63) and (63) in the longitudinal direction.

In the center of the back side of the main body substrate (61),
A column fitting groove (64) that is continuous in the length direction is formed. The column fitting groove (64) has an inner peripheral surface formed in an arc shape in cross section that follows the outer peripheral shape of a gas meter mounting column (P) to be described later. A plurality of continuous column rotation preventing projections (65) are formed at predetermined intervals in the circumferential direction. The main board (6
U-bolt insertion holes (66) are formed at predetermined intervals along the length direction at both sides of the column insertion groove (64) of 1).

As shown in FIGS. 4 and 9, the molding cover (70) is made of a synthetic resin molded article having a predetermined length and a substantially U-shaped cross section, and is formed along both side edges (73) (7).
3) is formed. Engagement projections (73a) (7) protruding inwardly
3a) is formed. Further, at the center of the back side of the molding cover (70), a molding cover intermediate piece (72) having a hollow structure is formed continuously in the length direction.

As shown in FIGS. 4, 10, and 11, the joint cover (80) is made of a synthetic resin molded product, and has both side walls (83) and (83) formed along both side edges. Further, one end (81) of the joint cover (80) is formed to have a narrow width so that it can be fitted to the end of the molding cover (70).

On the inner surfaces of both side walls (83) and (83) at the other end of the joint cover (80), pipe holding pieces (83a) and (83a) extending inward are integrally formed. A pipe separating piece (82) is integrally formed at the center of the back surface on the other end side of the cover (80). The pipe separation piece (82) has its tip cut out in an arc shape to form a column accommodation notch (82a).
Ribs (82) are provided on both inner side edges of the pipe separating piece (82).
b) is formed.

As shown in FIG. 11, the joint cover (8
An engagement hook (85) extending in one end direction corresponding to the intermediate piece (72) of the molding cover (70) is integrally formed at the center of the back side of the one end (81) of (0).

In the present embodiment, the gas meter (10) is installed as described below using the mounting bracket (30) and the decorative molding (50) having the above-described configuration. Needless to say, the installation procedure of the gas meter (10) is not limited to the following procedure.

First, a column (P) is erected at a position where the gas meter (10) is to be mounted.

Next, as shown in FIG. 5, the mounting bracket (30) is fixed to the column (P). That is, in a state where the mounting fixing piece (35) of the mounting bracket (30) is attached to the column (P), two upper and lower U-shaped bolts (51) are externally fitted to the column (P) from the rear side. The screw shafts on both sides of the U-shaped bolt (51) are inserted into the long holes (36) and (37) of the mounting bracket (30), and the nuts (52) are fastened to the screw shafts.
As a result, the mounting fixture (35) of the mounting bracket (30) is pressed against the column (P), and the mounting bracket (30) is fixed to the column (P).

Subsequently, as shown in FIGS. 1 and 2, the support hole (3) in the meter fixing piece (31) of the mounting bracket (30).
2a) (32b), U vent pipe (60a) (60b)
One end of each support hole (32
a) The pipe joints (50a) (50b)
b) is inserted and connected to one end of the U vent pipes (60a) (60b), and the meter fixing piece (31) is connected by the pipe joints (50a) (50b) and the U vent pipes (60a) (60b).
Of the support holes (32a) and (32b) are clamped from both upper and lower sides, thereby connecting the pipe joints (50a) and (50b) and the U vent pipes (60a) and (60b) to the meter fixing piece (31) of the mounting bracket (30). ). Needless to say,
U-vent pipes (60a) (60b) and other mounting brackets (30)
The mounting bracket (30) may be mounted on the column (P) in advance.

Next, the base (11) of the gas meter (10)
a) Connect (11b) to the pipe joints (50a) (50b). Thereby, the gas meter (10) is fixed in a state where the load is supported by the support (P) via the mounting bracket (30).

Next, as shown in FIG.
0) and the flexible pipe (2)
0) Fix along the laying route of (20), that is, the pillar (P). More specifically, the molding body (60) has its supporting column insertion groove (64) attached to the supporting column (P), and the back surface is positioned at a position corresponding to the bolt insertion hole (66) of the molding body (60). A plurality of U-shaped bolts (55) are externally fitted to the column (P) from the side, and the screw shafts on both sides of each U-shaped bolt (55) are respectively inserted into the bolt insertion holes (66) of the molding body (60). Then, the nuts (56) are fastened to the respective screw shafts. As a result, the molding body (60) is pressed against and fixed to the support (P). At this time, the non-rotating protrusion (65) formed in the post fitting groove (64) is pressed so as to bite into the outer peripheral surface of the post (P), thereby preventing the rotation of the molding body (60) with respect to the post (P). Is achieved.

Subsequently, as shown in FIGS. 3 and 6, a pair of CD pipes (21) accommodating a pair of flexible gas pipes (20) and (20) are connected to the main body intermediate piece (50) of the molding body (60). 62) and the main body side pieces (63), (63). As a result, the both side pieces (63) and (63) of the main body are resiliently connected to each flexible gas pipe (20).
In close contact with (20), each pipe (20) (20) is sandwiched and fixed by the main body intermediate piece (62) and the main body side pieces (63) (63).

Next, the flexible gas pipes (20) (2) drawn from the ends of the pair of CD pipes (21) (21)
0) to each of the U vent pipes (60a) (60)
The other end of b) is connected via a pipe joint or the like.

Subsequently, as shown in FIGS. 3 and 4, the molding cover (70) is placed so that the molding body (60) is housed inside the both side walls (73) (73). ), And insert both sides of the mall cover (73)
The engaging projections (73a) and (73a) of (73) are engaged with the engaging grooves (63a) and (63a) of both side pieces (63) and (63), and the molding cover (70) is engaged with the molding body (60). Fix it.

Next, as shown in FIGS. 1 and 2, the CD tube (21) pulled out from the end of the molding cover (70)
A fitting cover (80) is fitted over the fitting (21), and each CD pipe (21) (21) is connected to a pipe holding piece (83a) (83a) and a pipe separating piece (82) of the fitting cover (80). In this state, the engaging hook (85) of the joint cover (80) is inserted into the intermediate piece (7) of the molding cover (70).
Insert and engage with the hollow part in 2). Thereby, the joint cover (80) is attached to the molding cover (70).

Thus, the installation of the gas meter (10) is completed.

According to this gas meter mounting structure, the flexible gas pipe (20) is formed by the molding body (60).
Since the pair of CD tubes (21) and (21) accommodating (20) are held in a state of being arranged in parallel, the CD tubes (2
1) Since the molding body (60) holding the CD tubes (21) and (21) is covered with the molding cover (70) without disposing the (21) in a random state, a good aesthetic appearance is obtained. Can be obtained. Furthermore, the pipes (20) (2) can be easily inserted simply by being fitted into the molding body (60).
Since 1) can be laid in a predetermined arrangement, piping work can be easily performed.

In this embodiment, the main board (6
Since 1) is formed in a hollow three-dimensional structure, high strength can be obtained, and furthermore, it is reinforced by the hollow body main body intermediate piece (62) and the main body side pieces (63), so that it is even higher. Strength can be obtained, and harmful deformation, breakage, and the like can be reliably prevented from occurring in, for example, the molding body (60). In addition, by forming the main body substrate (61) into a three-dimensional structure, the column fitting groove (64) can be formed deep and large, and the column fitting groove (64) can be formed.
Large contact area with the support (P) can be secured. For this reason, the molding main body (60) and thus the cosmetic molding (50) can be fixed to the support (P) in a stable state.

Further, since the column rotation preventing projection (65) is formed on the inner peripheral surface of the column fitting groove (64), the rotation preventing projection (65) is press-fitted so as to bite into the outer peripheral surface of the column (P). Since the rotation of the molding body (60) with respect to the column (P) is prevented, the molding body (60) can be mounted in a more stable state.

Further, since the base ends of the both-side pieces (63) of the molding body (60) are formed in a hollow structure, the elasticity of the both-side pieces (63) and (63) can be improved. Since the main body side pieces (63) and (63) can be brought into close contact with the respective CD tubes (21) and (21) by a strong elastic force, the CD tubes (21) and (21) can be held in a stable state. . Moreover, since the main body intermediate piece (62) of the molding main body (60) is interposed between the pair of CD tubes (21) and (21) to separate the respective CD tubes (21) and (21) to both sides, each CD tube ( 21) (21) and both side pieces (63) (6)
3) and the pipes (20) and (21) can be held in a more secure state and in a more stable state.

When the molding cover (70) is assembled to the molding body (60), the elastic force of the molding cover both side walls (73) is also applied, and the molding body covers (63) (6)
3) can be brought into close contact with the CD tubes (21) and (21) with higher elasticity, and furthermore, the intermediate piece (72) of the molding cover (70) is placed between the pair of CD tubes (21) and (21). In order to separate the CD tubes (21) and (21) to both sides by interposing, the CD tubes (21) and (21) are attached to both side pieces (6) of the main body.
3) The pipes (21) and (21) can be held in a state in which the pipes (21) and (21) are more firmly adhered to (63) and are further stabilized.

Further, the molding cover (70) is reinforced by the intermediate piece (72) having a hollow structure, so that sufficient strength can be obtained. Even in the molding cover (70), harmful deformation or breakage is prevented. It can be reliably prevented.

Also, a joint cover (80) is attached to the end of the molding cover (70) to conceal the part of the CD pipes (21) (21) drawn out from the molding cover (70). In this case, a good appearance can be obtained.

Further, a pair of CDs is formed by a pipe separating piece (82) formed on the back surface of the joint cover (80) and a pipe holding piece (83a) formed on both side walls (83) of the joint cover (80). Since the pipes (21) and (21) are clamped, the pipes (20) and (2) can be held by the joint cover (80).
1) can be held in a stable state.

The pipe separating piece (8) of the joint cover (82)
Since the column accommodating notch (82a) is formed at the end of 2), the column (P) is accommodated in the notch (82a), so that the pipe separating piece (82) and the column (P) ) Can be avoided, and the joint cover (82) can be attached without hindrance.

The engaging hook (8) is connected to the joint cover (80).
5) is formed, and the joint cover (80) is attached to the molding cover (70) by engaging the hook (85) with the molding cover intermediate piece (72) having a hollow structure. The cover (80) can be securely assembled without any trouble.

In the above embodiment, the case where the gas meter (20) is attached to the column (P) is described. However, in the makeup mall of the present invention, the gas meter (10) is attached to the building wall (W). The case can also be applied.

That is, when the gas meter (20) is mounted on a wall, a spacer (40) is prepared as shown in FIGS. The spacer (40) has metal fittings (41) (41) located at both upper and lower ends and metal fittings located at the center and arranged to project forward with respect to the wall fixing pieces (41) (41). A fixing piece (45). Further, engaging hooks (46) (46) are provided on both sides of the upper part of the metal fitting fixing piece (45) in a cut-and-raised shape corresponding to the long holes (36) and (36) above the mounting metal fitting (30). And the mounting bracket (30)
Screw holes (47) and (47) are formed corresponding to the lower slots (37) and (37) on the lower side. Screw holes (42) are formed in the center of the upper wall fixing piece (41) and on both sides of the lower wall fixing piece (41), respectively.

Then, a screw (4) is placed on the wall (W) at a predetermined position.
3) is fixed, and the spacer (4) is fixed to the screw (43).
0) screw holes (4) in the upper wall fixing piece (41).
2), the spacer (40) is hung on the wall surface (W), and in this state, the screw (42) is inserted into the screw hole (42) in the lower wall surface fixing piece (41) of the spacer (40). 44) is inserted and fastened to the wall surface (W), and the upper screw (43) is further strongly tightened.

Next, the upper slot (36) of the mounting bracket (30).
(36) to the engaging hooks (46) (4) of the spacer (40).
6) to engage the mounting bracket (30) with the spacer (40).
Hang on. Then, in that state, screws (38) and (38)
Through the lower slots (37) and (37) of the mounting bracket (30), and threading holes (47) and (47) of the spacer (40).
And the mounting bracket (30) is thereby fastened to the spacer (4).
0).

Next, in the same manner as above, the U vent pipe (6
0a) (60b) and gas meter (10) are fixed.

Then, the molding body (60) of the makeup molding (50) is arranged along the pipe laying route of the wall surface (W),
In this state, the bolt insertion hole (66) of the molding body (60)
Then, the molding body (60) is fixed to the wall surface (W) through a screw (not shown).

Subsequently, in the same manner as above, a pair of flexible gas pipes (20) (20)
The D pipe (21) (21) is connected to the U vent pipe (60a) (60
b), is connected to the molding body (60), and the molding cover (70) is further fitted to the molding body (60), and the joint cover (80) is attached to the molding cover (70).

As described above, the cosmetic molding of the present invention can be applied to the gas meter mounting structure at the time of wall mounting without any trouble, and the same effects as described above can be obtained.

[0068]

As described above, according to the decorative molding for flexible gas pipes of the present invention, a pair of combining duct pipes respectively accommodated between a pair of intermediate ducts and both side pieces of the molding body. It can be easily constructed simply by fitting a flexible gas pipe. Furthermore, since a pair of flexible gas pipes are arranged in parallel and the pipes and the like can be covered with a molding cover, a good appearance can be secured. Further, in the present invention, the main body substrate of the molding main body can be attached to both the support and the wall surface of the structure, and particularly when the main substrate is attached to the support, the support can be fitted into the support fitting groove of the molding main body. Thus, there is an effect that the mall body can be attached to the column in a stable state.

Further, in the present invention, when the main body substrate of the molding main body is formed in a hollow three-dimensional structure, high strength can be obtained, harmful deformation and breakage can be prevented, and moreover, the strut fitting can be performed. Since the insertion groove can be formed to be deep and large, there is an advantage that a large contact area of the column fitting groove with the column can be secured, and the molding body can be attached to the column in a more stable state.

Further, in the present invention, when the column detent projection is provided in the gas meter mounting column insertion groove, the detent is pressed so as to bite into the outer peripheral surface of the column. Therefore, there is an advantage that the molding body can be attached to the column in a more stable state.

In the present invention, when the base ends of both side pieces of the molding body are formed in a hollow structure,
The strength of the molding body can be further enhanced, and the elasticity of the two sides of the main body can be improved, and the two sides of the main body can be stuck to each flexible gas pipe by strong elasticity, making the piping more stable. There is an advantage that it can be kept in the state where it has been made. .

Further, in the present invention, when the both side walls of the molding cover are configured to be brought into close contact with the outer surfaces of the both side pieces of the molding body by elastic force, the elastic force of the both side walls of the molding cover is also applied to make the both side pieces of the molding body flexible. For gas piping,
There is an advantage that the gas pipes can be adhered with higher elastic force and the gas pipe can be held in a more stable state.

In the present invention, when the intermediate piece is provided at the center of the back surface of the molding cover, the intermediate piece can be interposed between the pair of flexible gas pipes and separated from each other. There is an advantage that the pipes can be more securely adhered to both side pieces and the pipe can be held in a more stable state.

In the present invention, when the engaging portions are provided on the outer surfaces of both side pieces of the molding body, and the engaged portions are provided on both side walls of the molding cover, and the engaging portions are engaged with the engaged portions. Has an advantage that the molding cover can be securely attached to the molding body.

In the present invention, when the joint cover is attached to the molding cover, the draw-out portion of the flexible gas pipe from the molding cover can be concealed, so that there is an advantage that the appearance can be further improved.

Further, in the present invention, a pipe holding piece is provided on both side walls of the joint cover, and a pipe separating piece is provided at the center of the back surface of the joint cover, and a pair of flexible gas pipes is held between the pipe holding piece and the pipe separating piece. In this case, the gas pipe can be held by the joint cover, and the gas pipe can be held in a more stable state.

Further, in the present invention, when the engagement hook provided on the joint cover is inserted into the hollow portion of the intermediate piece of the molding cover, and the coupling cover is attached to the molding cover, it is ensured that the coupling cover is attached. There is an advantage that can be performed.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a gas meter mounting structure to which a cosmetic mall according to an embodiment of the present invention is applied.

FIGS. 2A and 2B are views showing a gas meter mounting structure of the embodiment, wherein FIG. 2A is a front view and FIG. 2B is a side view.

FIG. 3 is a horizontal sectional view of a cosmetic molding part in the gas meter mounting structure of the embodiment.

FIG. 4 is an exploded perspective view showing a makeup mall in the embodiment.

FIG. 5 is an exploded perspective view showing a mounting state of a mounting bracket in the gas meter mounting structure of the embodiment.

FIG. 6 is a perspective view showing a molding main body in the cosmetic molding mall of the embodiment in a state in which a pipe is fitted.

FIGS. 7A and 7B are diagrams showing a mall main body in the makeup mall of the embodiment, wherein FIG. 7A is a front view and FIG. 7B is a rear view.

FIG. 8 is a horizontal sectional view showing the molding body of the embodiment.

FIG. 9 is a plan view showing a molding cover in the makeup molding mall of the embodiment.

FIG. 10 is a plan view showing a joint cover in the cosmetic mall according to the embodiment.

FIG. 11 is a cross-sectional view of the joint cover according to the embodiment.

FIG. 12 is a view showing a modification of the gas meter mounting structure to which the cosmetic mall according to the embodiment of the present invention is applied,
FIG. 1A is a front view, and FIG. 1B is a side view.

FIG. 13 is an exploded perspective view showing a mounting state of a mounting bracket in a gas meter mounting structure according to a modification.

[Description of Signs] 20 ... Flexible gas pipe 50 ... Makeup mall 60 ... Mall main body 61 ... Main body board 62 ... Main body middle piece 63 ... Main body both side pieces 63a ... Engagement groove (engagement part) 64 ... Prop fitting groove 65 ... Post rotation preventing projection 70 ... Mold cover 72 ... Mold cover intermediate piece 73 ... Mold cover both side walls 73a ... Engagement projection (engaged part) 80 ... Coupling cover 82 ... Pipe separation piece 83 ... Coupling cover both side walls 83a ... Pipe holding Piece 85 ... engaging hook

Claims (10)

[Claims] 1. An aspect in which a molding body made of synthetic resin is attached along a route of laying a pair of flexible gas pipes, and both side walls are provided along both side edges, and the molding body is accommodated between the both side walls. A molding cover made of a synthetic resin that can be fitted onto the surface side of the molding main body, wherein the molding main body is provided between the main body substrate and a main body provided along the length direction at the center of the surface of the main body substrate A main body substrate, and both sides of the main body substrate provided along both sides of the main body substrate along the length direction; and a gas meter mounting column fitting groove provided along the length direction at the center of the back surface of the main body substrate. A pair of flexible gas pipes is configured to be fittable between the main body intermediate piece and the main body side pieces on the surface side of the molding main body, and a pair of flexible gas pipes in the fitted state is provided. Flexible gas pipe cosmetic molding characterized by comprising been configured to be disposed in a state arranged in columns. 2. The cosmetic molding for flexible gas piping according to claim 1, wherein said main body substrate is formed in a hollow three-dimensional structure. 3. The cosmetic molding for flexible gas piping according to claim 1, wherein a support column rotation preventing projection is provided in the gas meter mounting support column fitting groove. 4. The cosmetic molding for flexible gas piping according to claim 1, wherein the base ends of both side pieces of the molding body are formed in a hollow structure. 5. A side wall of the molding cover in a state where the molding cover is externally fitted to the molding body,
The cosmetic molding for flexible gas piping according to any one of claims 1 to 4, wherein the cosmetic molding is configured to be brought into close contact with the outer surfaces of both side pieces of the main body by elastic force. 6. A molding cover intermediate piece interposed between a pair of flexible gas pipes is provided along the length direction at the center of the back surface of the molding cover.
A cosmetic mall for flexible gas piping according to any one of the above. 7. An engaging portion is provided on an outer surface of both side pieces of the main body along a length direction, and an engaged portion is provided on an inner surface of both side walls of the molding cover along the length direction.
The cosmetic molding for flexible gas piping according to any one of claims 1 to 6, wherein the molding cover is detachably attached to the molding main body by engagement between the engaging portion and the engaged portion. 8. A joint cover made of a synthetic resin for covering a surface side of a pair of flexible gas pipes drawn out from ends of the molding main body and the molding cover to the outside is detachably attached to the molding cover. Claim 1
A cosmetic mall for flexible gas piping according to any one of claims 1 to 7. 9. The joint cover has both side walls arranged on both sides of a pair of flexible gas pipes, and pipe holding pieces are provided on inner surfaces of both side walls of the joint cover, respectively, and the joint cover is provided at the center of the back surface of the joint cover. The pipe separating member is provided corresponding to a pair of flexible gas pipes, and the pair of flexible gas pipes is respectively held by the pipe holding piece and the pipe separating piece. Makeup mall for flexible gas piping. 10. The molding cover intermediate piece is formed in a hollow structure, while the joint cover is provided with an engagement hook corresponding to a hollow portion of the molding cover intermediate piece, The cosmetic molding for flexible gas piping according to claim 8 or 9, wherein the joint cover is attached to the molding cover by being inserted into a hollow portion of the molding cover intermediate piece.