JP2001011869A - Footing thermal insulating form mounting cross tie member and mounting structure of footing thermal insulating form - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide footing thermal insulating form mounting cross tie members capable of simplifying the mounting of footing thermal insulating forms and mounting structure of the footing thermal insulating forms. SOLUTION: An intermediate member 35 placed between footing thermal insulating forms 11 and 11 and, at the same time, forming nut sections 38 and 38 in both ends thereof is provided. Bolt members 36 and 36 inserted into hole sections 15 and 15 formed in the footing thermal insulating forms 11 and 11 from the outsides and having head sections 43 and 43 for holding the footing thermal insulating forms 11 and 11 between the nut sections 38 and 38 by screwing to female screw sections 42 and 42 capable of screwing to the female screw sections of the nut sections 38 and 38 and the female sections of the male screw sections 42 and 42.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a damping member for mounting a base insulation formwork for a base insulation formwork which becomes a formwork for placing concrete during construction of a foundation and which is left for insulation even after construction of the foundation. The present invention relates to a mounting structure for a basic heat insulating formwork.

[0002]

2. Description of the Related Art When forming a foundation of a structure with concrete, after forming a plywood or steel formwork, concrete is poured into a portion formed by the formwork, and after the concrete is hardened, the formwork is formed. The removal method has been performed. And
When heat insulation performance is required for a foundation constructed by such a construction method, a heat insulating material is lined.

[0003]

In the above conventional method,
After the foundation is constructed, the formwork is removed and the heat insulating material is backed up, so that it takes a lot of trouble and the construction period becomes long. In addition, when the heat insulating material is backed, a gap is easily formed between the heat insulating material and the foundation, which causes peeling and a decrease in heat insulating performance. For this reason, for the purpose of shortening the construction period and preventing peeling of the heat insulating material and deterioration of the heat insulation performance, a concrete foundation is constructed using a foam-based formwork, and the concrete form is insulated even after the foundation is constructed. I thought about leaving it. However, the installation of the basic heat-insulating formwork is still complicated, and there is room for further improvement in this respect. Accordingly, an object of the present invention is to provide a width-stopping member for mounting a basic heat insulating formwork and a mounting structure for the basic heat insulating formwork, which can simplify the mounting of the basic heat insulating formwork.

[0004]

In order to achieve the above-mentioned object, according to the first aspect of the present invention, the width-stopping member for attaching a heat-insulating formwork of the present invention becomes a formwork for placing concrete at the time of constructing the foundation, and after the foundation is constructed. Also a width stop member that connects the basic heat insulating molds that are left for heat insulation at a predetermined interval, and is disposed between the basic heat insulating molds and has a nut portion formed at both ends. A member, an externally threaded portion which is inserted from the outside into a hole formed in the basic heat insulating formwork and can be screwed into a female threaded portion of the nut portion, and the nut portion being screwed into the female threaded portion of the male threaded portion. And a bolt member having a head for holding the basic heat insulating formwork.

[0005] Thus, when connecting the intermediate portions of the basic heat insulating formwork, for example, one of the intermediate members of the basic heat insulating formwork mounting width stop member is disposed between the basic heat insulating formwork. Inserting the male thread of one of the bolt members of the basal insulation frame mounting member from the outside into the hole formed in the basic thermal insulation mold, screwing the male thread to one nut of the intermediate member, One of the base heat-insulating forms is sandwiched between the head of the one bolt member and one of the nuts of the intermediate member, and the head and the head of the other bolt member of the basic insulation heat-insulating form-locking member are similarly sandwiched. The other basic heat insulating formwork is held between the other nut portion of the member and the basic heat insulating formwork is connected to each other. As described above, the base insulation heat-sealing form-mounting width stop member connects the basic heat insulation formwork with the three points of the intermediate member and the pair of bolt members. Can be connected to each other.

According to a second aspect of the present invention, there is provided a width-stopping member for attaching a basic heat-insulating formwork according to the first aspect, wherein the nut portion is formed in a half-split shape, and the male screw portion of the bolt member is radially arranged. It is characterized in that it can be fitted from the outside.

Accordingly, when connecting the intermediate portions of the basic heat-insulating formwork, one of the bolt members of the basic heat-insulating formwork mounting width stop member is inserted from the outside into the hole formed in the one basic heat-insulating formwork. The male screw part is inserted, and the male screw part of the other bolt member of the base insulation heat-insulating formwork fixing width stop member is inserted from the outside into a hole formed in the other basic heat insulation formwork. Insert the intermediate member of the base insulation heat-insulating formwork mounting width stop member between the forms, for example, from the upper side, and fit the male threads of both bolt members to both nuts from the radial outside by passing through the half-split part of the nut part. In this case, one of the base heat insulating molds is sandwiched between the head of one of the bolt members and one of the nuts of the intermediate member, and the other of the basic heat insulated mold is held between the other bolt member and the other nut of the intermediate member. Hold the frame and connect the basic insulation It will be binding. in this way,
The base insulation heat-insulating form-mounting width stop member can be joined by fitting the intermediate member and the bolt member in the radial direction without screwing them together, so that the workability of the connection work between the basic heat insulation forms can be improved. Can be improved.

According to a third aspect of the present invention, there is provided a width-stopping member for mounting a basic heat-insulating formwork, which is a formwork for placing concrete when the foundation is constructed, and which is left for insulation after the foundation is constructed. A width stop member to be connected at a predetermined interval, and a shaft portion inserted into a hole formed in both basic heat insulating molds, and one shaft heat insulating mold formed by inserting the shaft into the hole. A shaft member having an abutting head portion and an engaging portion formed on an opposite side of the shaft portion with respect to the head portion; and the hole portion in which the shaft portion of the shaft member is formed in both the basic heat insulating molds. And a head member that engages with the engaging portion in a state of being inserted into the other base heat-insulating formwork.

Thus, when connecting the intermediate portions of the basic heat insulating molds, the head member is inserted into the engaging portions with the shaft portions of the shaft members inserted into the holes formed in both the basic heat insulating molds. When engaged, the head of the shaft member and the head member determine the position in the spreading direction of the two basic heat-insulating forms. As described above, since the base insulation heat-forming frame mounting width stop member can be joined by engaging the shaft member and the head member, it is possible to improve the workability of the connection work between the basic heat insulation formwork. Can be.

According to a fourth aspect of the present invention, there is provided a width-locking member for mounting a basic heat-insulating formwork, which forms a concrete-casting formwork when the foundation is constructed, and which is left for insulation after the foundation is constructed. A width stop member connected at a predetermined interval, characterized in that holding portions for holding the basic heat insulating formwork by fitting the basic heat insulating formwork are provided at both ends.

Thus, when the upper and lower portions of the basic heat insulating form are connected to each other, one of the basic heat insulating forms is fitted to one of the holding portions of the base heat insulating form mounting width stopping member, and the other is connected. By fitting the basic heat-insulating formwork to the other holding portion of the basic heat-insulating formwork mounting width stopper, the basic heat-insulating formwork is connected to each other. In this way, the base insulation heat-form mounting width stop member connects these basic heat insulation formwork to each other by fitting both the basic heat insulation formwork to both the holding portions. The workability of the connection work of the above can be improved.

According to a fifth aspect of the present invention, there is provided a width-stopping member for attaching a basic heat-insulating formwork according to the fourth aspect, which is characterized in that it is an integrally molded product made of a synthetic resin.

As described above, since it is an integrally molded product made of a synthetic resin, manufacture is easy.

According to a sixth aspect of the present invention, there is provided the width-stopping member for mounting a basic heat-insulating formwork according to the fourth or fifth aspect, wherein a supporting portion capable of supporting a pipe is formed outside the holding portion. It is characterized by having.

As described above, since the supporting portion capable of supporting the pipe body is formed outside the holding portion of the width fixing member for attaching the basic heat insulating formwork, the basic heat insulating formwork connecting the basic heat insulating formwork to each other is provided. The tubular body can be directly supported by the width stopper.

According to a seventh aspect of the present invention, there is provided a width-stopping member for mounting a basic heat-insulating formwork according to any one of the fourth to sixth aspects, wherein an anchor mounting portion to which an anchor bolt is mounted is provided. It is characterized by:

As described above, since the anchor bolts are attached to the anchor attachment portions of the width-locking member for attaching the base heat insulating formwork, it is not necessary to separately position and embed the anchor bolts in the foundation.

The mounting structure of the basic heat insulating formwork according to claim 8 of the present invention is a mounting structure of a basic heat insulating formwork which becomes a concrete casting formwork at the time of constructing the foundation and is left for heat insulation even after the foundation is constructed. A base insulation formwork; and a base insulation formwork mounting width stop member that is separate from the base insulation formwork that connects the base insulation formwork at a predetermined interval. The form-mounting width stopping member is disposed between the basic heat-insulating molds, and is inserted from outside into a hole formed in the basic heat-insulating form, and an intermediate member having nuts formed at both ends. A male screw part which can be screwed into the female screw part of the nut part and a bolt member having a head for holding the basic heat insulating formwork with the nut part by screwing the male screw part into the female screw part. It is characterized by having.

Accordingly, when connecting the intermediate portions of the basic heat insulating formwork, for example, one of the intermediate members of the width fixing member for mounting the basic heat insulating formwork is disposed between the basic heat insulating formworks. Inserting the male thread of one of the bolt members of the basal insulation frame mounting member from the outside into the hole formed in the basic thermal insulation mold, screwing the male thread to one nut of the intermediate member, One of the base heat-insulating forms is sandwiched between the head of the one bolt member and one of the nuts of the intermediate member, and the head and the head of the other bolt member of the basic insulation heat-insulating form-locking member are similarly sandwiched. The other basic heat insulating formwork is held between the other nut portion of the member and the basic heat insulating formwork is connected to each other. As described above, the base insulation heat-sealing form-mounting width stop member connects the basic heat insulation formwork with the three points of the intermediate member and the pair of bolt members. Can be connected to each other.

According to a ninth aspect of the present invention, there is provided the mounting structure of the basic heat insulating form according to the eighth aspect, wherein the nut portion is formed in a half-split shape, and the male screw portion of the bolt member is radially outward. It is characterized in that it can be fitted.

Accordingly, when connecting the intermediate portions of the basic heat-insulating formwork, one of the bolt members of the basic heat-insulating formwork mounting width stop member is inserted into the hole formed in the one basic heat-insulating formwork from outside. The male screw part is inserted, and the male screw part of the other bolt member of the base insulation heat-insulating formwork fixing width stop member is inserted from the outside into a hole formed in the other basic heat insulation formwork. Insert the intermediate member of the base insulation heat-insulating formwork mounting width stop member between the forms, for example, from the upper side, and fit the male threads of both bolt members to both nuts from the radial outside by passing through the half-split part of the nut part. In this case, one of the base heat insulating molds is sandwiched between the head of one of the bolt members and one of the nuts of the intermediate member, and the other of the basic heat insulated mold is held between the other bolt member and the other nut of the intermediate member. Hold the frame and connect the basic insulation It will be binding. in this way,
The base insulation heat-insulating form-mounting width stop member can be joined by fitting the intermediate member and the bolt member in the radial direction without screwing them together, so that the workability of the connection work between the basic heat insulation forms can be improved. Can be improved.

According to a tenth aspect of the present invention, there is provided a mounting structure for a base heat-insulating formwork, which becomes a formwork for placing concrete during construction of the foundation and is left for insulation after the foundation is built. A base insulation formwork; and a base insulation formwork mounting width stop member that is separate from the base insulation formwork that connects the base insulation formwork at a predetermined interval. The form-mounting width stop member has a shaft portion inserted into a hole formed in each of the basic heat-insulating molds, a head that comes into contact with one of the basic heat-insulating molds when the shaft portion is inserted into the hole, and A shaft member having an engagement portion formed on the opposite side to the head of the shaft portion, and the shaft member having the engagement portion inserted into a hole formed in each of the base heat-insulating forms; A head member that abuts on the other basic heat-insulating formwork by engaging with the joint. It is.

With this, when connecting the intermediate portions of the basic heat insulating formwork, the head member is inserted into the engaging portion in a state where the shaft portion of the shaft member is inserted into the hole formed in both the basic heat insulating formwork. When engaged, the head of the shaft member and the head member determine the position in the spreading direction of the two basic heat-insulating forms. As described above, since the base insulation heat-forming frame mounting width stop member can be joined by engaging the shaft member and the head member, it is possible to improve the workability of the connection work between the basic heat insulation formwork. Can be.

According to the eleventh aspect of the present invention, there is provided a mounting structure for a basic heat insulating formwork, which is used as a concrete forming form during the construction of the foundation and is left for heat insulation after the foundation is constructed. A base insulation formwork; and a base insulation formwork mounting width stop member that is separate from the base insulation formwork that connects the base insulation formwork at a predetermined interval. The form-mounting width stopping member is characterized in that holding portions for holding the basic heat-insulating formwork by fitting the basic heat-insulating formwork are provided at both ends.

Thus, when connecting the upper and lower portions of the basic heat insulating formwork to each other, one of the basic heat insulating formwork is fitted to one of the holding portions of the base heat insulating formwork mounting width stop member, and the other is provided. By fitting the basic heat-insulating formwork to the other holding portion of the basic heat-insulating formwork mounting width stopper, the basic heat-insulating formwork is connected to each other. In this way, the base insulation heat-form mounting width stop member connects these basic heat insulation formwork to each other by fitting both the basic heat insulation formwork to both the holding portions. The workability of the connection work of the above can be improved.

According to a twelfth aspect of the present invention, there is provided the mounting structure for a basic heat insulating formwork according to the eleventh aspect, wherein the width stopping member for mounting the basic heat insulating formwork supports a pipe outside the holding portion. It is characterized in that possible supports are formed.

As described above, since the support portion capable of supporting the pipe is formed outside the holding portion of the width-stopping member for attaching the basic heat insulating formwork, the basic heat insulating formwork connecting the basic heat insulating formwork to each other is formed. The tubular body can be directly supported by the width stopper.

According to a thirteenth aspect of the present invention, there is provided a mounting structure for a basic heat insulating formwork according to the eleventh or twelfth aspect.
An anchor mounting portion to which an anchor bolt is mounted is provided on the base insulation frame mounting width stop member.

As described above, since the anchor bolts are attached to the anchor attachment portions of the width-locking member for attaching the base insulation formwork, it is not necessary to separately position and embed the anchor bolts in the foundation.

A mounting structure for a base heat insulating form according to a fourteenth aspect of the present invention relates to the structure according to any one of the eighth to tenth aspects, wherein the width stop member for mounting the basic heat insulating form is provided after the foundation has been constructed. Is also characterized by being left on the foundation.

As described above, since the width-stopping member for attaching the basic heat insulating form is left on the basic heat insulating form even after the foundation is constructed, the basic heat insulating form can be attached in addition to the adhesive force to the concrete foundation. It is fixed to the concrete foundation by the connecting force to the other base heat insulation form by the width stopper member.

According to a fifteenth aspect of the present invention, there is provided a mounting structure for a basic heat-insulating formwork according to any one of the eighth to fourteenth aspects, wherein the basic heat-insulating formwork is made of a foam-based heat insulating material. The present invention is characterized in that a reinforcing material is integrated with a base material, and basic heat insulating form frames adjacent in the longitudinal direction of the base are connected to each other via the reinforcing material.

As described above, since the foundation heat-insulating forms adjacent to each other in the longitudinal direction of the foundation are connected via the reinforcing material, the strength of this connection portion can be ensured.

The mounting structure of the basic heat insulating form according to claim 16 of the present invention relates to the structure according to any one of claims 8 to 15, wherein the basic heat insulating form is made of a foam-based heat insulating material. A reinforcing material is integrated with a base material, and the width-stopping member for attaching the basic heat insulating formwork is characterized in that both ends are joined to the reinforcing material of the basic heat insulating formwork.

As described above, in order to join the width-stopping member for attaching the basic heat-insulating formwork to the reinforcing material of the basic heat-insulating formwork, even when external force is applied, it is possible to join the base member made of a foam-based heat-insulating material. In comparison, the joint is less likely to be damaged.

[0036]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. In addition, "up and down" in the following
Is “up and down” in a state where the mounting structure of the basic heat insulating formwork is constructed. First, the basic heat insulating mold 11 will be described. As shown in FIGS. 1 and 2, the basic heat-insulating form 11 includes a substantially flat base material 12 made of a foam-based heat insulating material such as polystyrene foam, and synthetic wood integrated with the base material 12. , And the like.

Here, the base material 12 has only one surface side,
Are formed at a predetermined pitch, and the reinforcing members 1 are provided in the grooves 14, 14,.
Are fitted and fixed. here,
The reinforcing material 13 may be embedded as a nest when the base material 12 is formed, or may be bonded to the base material 12 on which the grooves 14, 14,.

[0038] As shown in FIG.
Both ends of the base 1 are cutouts 14a, 14a. Opposing cutouts 1 of a pair of base heat-insulating formwork 11, 11 are arranged adjacent to each other in the longitudinal direction of the base (the horizontal direction in FIG. 2).
The grooves 14a are formed by combining the grooves 4a and 14a. The reinforcing member 13 is fitted and fixed to the groove 14 formed by combining the notches 14a, 14a with an adhesive or the like. As a result, the basic heat insulating molds 11 adjacent to each other in the longitudinal direction of the foundation are connected to each other via the reinforcing material 13.

The separator mounting holes (holes) 15 for mounting separators, which will be described later, are provided in the intermediate portions of the reinforcing members 13, 13,.
2 in the thickness direction. In addition,
As shown in FIG. 2C, the outer surface of the reinforcing members 13, 13,... Is slightly recessed from the outer surface of the base material 12, and as a result, a recess 13a is formed.

Next, a base spacer (a base member for attaching a base heat insulating form) 17 for connecting the basic heat insulating forms 11, 11 at predetermined intervals in the width direction of the base, a top spacer (a base heat insulating form mounting). The width stop member for use 18) and the separator (width stop member for attaching the basic heat insulating formwork) 19 will be described.

The base spacer 17 is used for the basic heat-insulating form 11.
As shown in FIG. 3, it has a base 21 having a substantially flat plate shape, and holding portions 22 provided on upper sides of both ends of the base 21, respectively. Nipping parts 22, 22
Has a pair of inner and outer clamping pieces 23 and 24, respectively, and fits the lower part of the basic heat insulating mold 11 between the clamping pieces 23 and 24 to bring the basic heat insulating mold 11 upright. It will be pinched. The base 21 has a holding portion 22,
Fixing holes 20, 20 are formed on both outer sides of 22.

The base spacer 17 has two holding portions 22 and 2
2 is a basic heat-insulating form 11, specifically, a reinforcing material 1.
By sandwiching at the position 3, the basic heat-insulating formwork 11, 11 is connected at a predetermined interval. Although FIG. 3 shows an example in which the base spacer 17 is integrally molded with a synthetic resin such as an ABS resin, the base spacer 17 may be made of metal such as a steel plate as shown in FIG. The base spacer 17 having such a configuration is placed at a predetermined position on the base base B such that the position of the holding portion 22 of the base spacer 17 is a desired position.
The concrete holes 25 are fixed by concrete nails 25 inserted through the fixing holes 20.

The top spacer 18 is also used for the basic heat-insulating form 11.
As shown in FIG. 5, it has a linear base 26 having a substantially H-shaped cross section, and holding portions 27, 27 provided below both ends of the base 26, respectively. ing. The holding portions 27, 27 are respectively composed of a pair of inner and outer holding pieces 28, 29.
The upper part of the basic heat insulating form 11 is fitted to these holding pieces 28 and 29 to hold the basic heat insulating form 11.

The top spacer 18 has two holding portions 27, 2
Reference numeral 7 designates a basic heat-insulating form 11, specifically, a reinforcing material 1.
By sandwiching at the position 3, the basic heat-insulating formwork 11, 11 is connected at a predetermined interval. in addition,
The top spacer 18 has support portions 31 formed outside the sandwiching portions 27, 27 and capable of supporting the single tube (tube body) 30 in a fitted and fixed state by forming a downwardly convex arc shape. I have. Here, this single tube 30 is used for the basic heat insulating form 1
1 to improve the upper street. For this reason, as described above, the outer surface position of the reinforcing member 13 to which the top spacer 18 is fitted is slightly recessed from the outer surface position of the basic heat-insulating form 11 to form the concave portion 13a.
The holding piece portion 29 outside the holding portion 27, that is, the support portion 31
Single tube 3 into which the inner portion of
0 is brought into close contact with the basic heat-insulating form 11 and the basic heat-insulating form 1
That is, the shape of No. 1 is held in a straight line to improve the street.

The top spacer 18 has a base 26.
An anchor mounting hole (anchor mounting portion) 33 through which the anchor bolt 32 is inserted in order to mount the anchor bolt 32 in a positioned state is formed vertically in the center. In addition,
FIG. 5 shows an example in which the top spacer 18 is integrally molded with a synthetic resin such as an ABS resin. However, as shown in FIG. 6, the top spacer 18 may be made of metal such as a steel plate. Also, as shown in FIG.
The support portion 31 of the top spacer 18 may be provided only at one place.

The separator 19 is also separate from the basic heat-insulating formwork 11, and one of them is an intermediate member 3 as shown in FIG.
5 and a pair of bolt members 36, 36. The intermediate member 35 shown in FIG. 9 is disposed between the basic heat-insulating forms 11, 11, and has an intermediate portion 37 having a cross-sectional shape in cross section, and nut portions 38 formed at both ends of the intermediate portion 37. 38. Each of these nuts 38, 38 has a female thread 40 inside which the bolt member 36 is screwed. Further, each of the nut portions 38, 38 has a half-split shape in which an opening 39 is formed in a part in the circumferential direction, and the bolt member 36 is connected to the female screw portion 40 from the radial outside through the opening 39. The fitting is performed. Here, in the portion forming the opening 39 of the nut portion 38,
Guide ridge 40 continuous with each thread 40a of female thread portion 40
b is formed up to the opening end of the opening 39, and a protrusion 40d is formed in a valley 40c between the adjacent guide peaks 40b. Here, the projections 40d, 40 facing each other
The distance between d is slightly smaller than the outer diameter of the thread of the bolt member 36, so that the protrusions 40 d, 40 d prevent the bolt member 36 from coming off after fitting. Note that the outer diameter of the nut portions 38, 38 of the intermediate member 35 is larger than that of the separator mounting hole 15.

The bolt member 36 shown in FIG. 10 is inserted from the outside into the reinforcing member 13 of the heat insulating base frame 11 and the separator mounting hole 15 formed in the base material 12 to form a nut portion 38.
A head portion 43 which holds the basic heat-insulating formwork 11 between the male screw portion 42 which can be screwed to the female screw portion 40 of the above and the nut portion 38 by screwing the male screw portion 42 to the female screw portion 40; And an intermediate portion 44 having a cross-shaped cross section for connecting the head 43. A cross driver hole 45 for inputting a rotational force to the bolt member 36 is formed on the side of the head 43 opposite to the male screw portion 42. Here, head 4
3 has a larger diameter than the separator mounting hole 15. The intermediate portion 44 and the male screw portion 42 are smaller in diameter than the separator mounting hole 15. In addition, the bolt member 36 has an intermediate member 35 at the male screw portion 42.
The nut 43 can be fitted to the nut portion 38 from the outside in the radial direction.

The separator 19 includes the nuts 38, 38 of the intermediate member 35 and the heads 43, 43 of the bolts 36, 36.
By sandwiching the basic heat-insulating formwork 11 with 43,
The basic heat-insulating forms 11 are connected to each other at a predetermined interval. It should be noted that the holding interval of the base heat insulating molds 11, 11 by the separator 19, the holding interval by the base spacer 17, and the holding interval by the top spacer 18 are the same. The intermediate member 35 and the bolt members 36 are also integrally formed of synthetic resin such as nylon. Although the intermediate member 35 and the bolt members 36, 36 can be made of metal,
In order to facilitate the fitting in the radial direction and to reliably prevent the fitting after the fitting, it is preferable to use a flexible synthetic resin material.

Next, the construction of the mounting structure of the basic heat insulating formwork using these will be described mainly with reference to FIG. First, a foundation base B made of reinforced concrete or the like is constructed in the same manner as in the prior art. Then, the base spacer 17 is placed at a predetermined position on the base base B at the base 21 with the holding portions 22, 22 facing upward, and the base 21 is fixed to the base base B with concrete nails 25, 25,. To be fixed.

Next, the lower portion of one of the heat insulating base frames 11 is fitted to one of the holding portions 22 of the base spacer 17 so that the reinforcing member 13 comes into contact with the outer holding piece portion 24, and the other is inserted into the other. By fitting the lower part of the other basic heat-insulating formwork 11 to the holding part 22 so that the reinforcing material 13 thereof comes into contact with the outer holding piece part 24, the basic heat-insulating formwork 11, 11 are held at the positions of the respective reinforcing members 13. Thereby, the base spacer 17
The holding portions 22 on both sides are respectively formed by the base heat insulating form 11
And the lower portions of the two basic heat-insulating formwork 11 are connected to each other at a predetermined interval.

Next, the upper portion of one of the basic heat insulating molds 11 is fitted to one of the holding portions 27 of the top spacer 18 such that the reinforcing material 13 comes into contact with the outer holding piece portion 29,
The upper part of the other basic heat insulating formwork 11 is attached to the other holding portion 27,
The top spacer 18 is attached to the two basic heat-insulating molds 11 from above so that the reinforcing material 13 is fitted so as to abut on the outer holding pieces 29, so that the basic heat-insulating parts 27, 27 are attached to the holding parts 27, 27. The molds 11 are held at the positions of the respective reinforcing members 13. As a result, the holding portions 27 on both ends of the top spacer 18 are joined to the reinforcing member 13 of the basic heat insulating form 11, and the upper portions of the two basic heat insulating forms 11 are connected to each other at a predetermined interval. Will be. Next, the single tube 30 is connected to the top spacer 1.
The fixing state is achieved only by fitting to the supporting portion 31 of FIG.

Next, the male screw portion 42 of the one bolt member 36 of the separator 19 is inserted into the separator mounting hole 15 formed in the reinforcing member 13 of one of the basic heat insulating molds 11 from the outside, and the head 43 is attached to the base. The separator 1 is brought into contact with the heat-insulating form 11 and is inserted into the separator mounting hole 15 formed in the reinforcing member 13 of the other basic heat-insulating form 11 from outside.
The male screw portion 42 of the other bolt member 36 of 9 is inserted, and the head 43 is brought into contact with the basic heat insulating formwork 11.

Then, in this state, the basic heat-insulating formwork 11,
For example, an intermediate member 35 of the separator 19 is inserted between the nuts 11 from above, and the opening portions 3 of the half portions of the nut portions 38, 38 are opened.
9 and 39, the two bolt members 36, 3
The male threads 42, 42 of No. 6 are fitted to both nuts 39, 39 from the outside in the radial direction. Further, the head members 43 of one of the bolt members 36 and the intermediate member 35 are rotated by rotating the bolt members 36, 36 or the intermediate member 35 as necessary.
One nut portion 38 is sandwiched between one of the basic heat insulating mold frames 11 and the other bolt member 36 and the other nut portion 38 of the intermediate member 35 are sandwiching the other basic heat insulating mold frame 11, so that the basic heat insulating mold 11 is sandwiched. The formwork 11 is connected to each other.

Alternatively, in a state where the intermediate member 35 is disposed between the basic heat insulating molds 11, 11, the male screw of one bolt member 36 is inserted from the outside into the separator mounting hole 15 of the one basic heat insulating mold 11. The male screw portion 42 is screwed into the one nut portion 38 of the intermediate member 35 so that the head 43 of the one bolt member 36 and the one nut portion 38 form one basic heat-insulating form 11. And the male screw part 42 of the other bolt member 36 is inserted into the separator mounting hole 15 of the other basic heat insulating formwork 11 from outside.
Is screwed into the other nut portion 38 of the intermediate member 35 so that the head 43 of the other bolt member 36 and the other nut portion 38
Then, the other basic heat-insulating formwork 11 is sandwiched between them, and the basic heat-insulating formworks 11 are connected to each other.

After the anchor bolt 32 is inserted into the anchor mounting hole 33 of the top spacer 18 at a desired timing, the nut member 47 is inserted into the anchor bolt 32.
Is screwed, and the base portion 26 of the top spacer 18 is sandwiched between the head portion 48 of the anchor bolt 32 and the nut member 47, so that the anchor bolt 32 is fixed to the top spacer 18 in a state of extending upward.

Here, for convenience, a pair of base spacers 17, top spacers 18, and separators 19 have been described as being attached to the pair of basic heat-insulating molds 11,11. 13,1
A set of a base spacer 17, a top spacer 18, and a separator 19 is attached to each of the positions 3, 3,. Will be arranged so as to extend along. In this case, the foundation heat insulating molds 11 adjacent in the longitudinal direction of the foundation are connected to each other via one reinforcing member 13.

The concrete foundation 50 is constructed by casting concrete between the heat insulating base frames 11 assembled as described above. Then, even after the foundation where the concrete foundation 50 is hardened, the foundation heat-insulating molds 11, 11 which have become the concrete-casting molds are left for heat insulation. And the separator 19 is also left.

That is, as shown in FIG. 11, the constructed foundations are provided on both sides of the concrete foundation 50 whose shape is determined by the basic insulation forms 11, 11.
Is left attached, and the base spacer 17 and the separator 19 are joined to the reinforcing material 13 of the basic heat insulating mold 11 and are left in a state where the basic heat insulating molds 11 and 11 are connected to each other. Here, the base spacer 17
The inner clamping pieces 23, 23, which are a part thereof, and the base 21 therebetween are fixed to the concrete foundation 50 by adhering to the concrete foundation 50. In addition, the separator 19 is fixed to the concrete foundation 50 by embedding the intermediate member 35 in the concrete foundation 50.

The top spacer 18 is removed from the foundation at a necessary timing after the foundation is constructed. That is, after removing the nut member 47 from the anchor bolt 32, the anchor bolt 32 is pulled out from the anchor mounting hole 33, and the top spacer 18 is removed from the foundation. Of course, also in this state, the anchor bolt 32 is maintained in a state of being partially buried in the foundation and fixed.

According to the above-described embodiment, since the basic heat-insulating formwork 11 serves as a concrete-casting formwork and a heat-insulating material at the same time, the formwork is removed after the foundation is constructed, and the heat-insulating material is further backed. As compared with the case, the labor can be greatly reduced and the construction period can be shortened. In addition, there is almost no waste material on site, saving resources. The base heat-insulating form 11 can be easily operated because the base material 12 is made of a foam material and is light.

The reinforcing material 13 is attached to the basic heat insulating form 11.
By attaching a lath net to the reinforcing member 13, mortar as an exterior finishing material can be applied, peeling and strength problems can be cleared, and the reliability of the exterior finish can be improved. . Further, the base spacer 17 is fixed to a predetermined position of the base base B with a concrete nail or the like so that the positions of the two holding portions 22 and 22 are at desired positions, so that the base spacers 17 are fitted to the holding portions 22 and 22. Thereby, the basic heat insulating molds 11, 11 can be arranged at desired positions, and positioning becomes easy.

Since the base spacer 17 and the separator 19 are left in a state of being joined to the reinforcing material 13 of the basic heat insulating mold 11 even after the foundation is constructed, the basic heat insulating mold 1
1 is fixed to the concrete foundation 50 by the adhesive force to the concrete foundation 50 and the coupling force of the base spacer 17 and the separator 19 to another foundation heat-insulating formwork 11 and the like. Therefore, peeling of the basic heat-insulating formwork 11 from the concrete foundation 50 can be reliably prevented.

Moreover, since the base spacer 17, the top spacer 18 and the separator 19 are joined to the reinforcing material 13 of the basic heat-insulating formwork 11, even if an external force is applied, the base spacer 17 is joined to the base material 12 made of a foam-based heat insulating material. The joint is less likely to be damaged than in the case. Therefore, it is possible to more reliably prevent the heat-insulating formwork 11 from peeling off from the concrete foundation 50. In addition, the base spacer 17,
Since the top spacer 18 and the separator 19 are separate from the basic heat-insulating formwork 11, the basic heat-insulating formwork 11 can be made compact compared to the case where they are integrated, and can be stacked well during transportation. Can be. Therefore, it is possible to improve the efficiency of transportation of the basic heat insulating formwork 11.

Further, when connecting the intermediate portions of the basic heat insulating molds 11, 11, one of the basic heat insulating molds 11, 11 with the intermediate member 35 of the separator 19 disposed between the basic heat insulating molds 11, 11. One bolt member 36 of the separator 19 is inserted into the separator mounting hole 15 formed in the frame 11 from outside.
The male screw portion 42 is inserted into the intermediate member 3.
5, the head 43 of the one bolt member 36 and the one nut 3 of the intermediate member 35 are screwed.
8 sandwiches one of the basic heat-insulating formwork 11 in the same manner, and similarly holds the other basic heat-insulating formwork 11 by the head 43 of the other bolt member 36 of the separator 19 and the other nut portion 38 of the intermediate member 35. Thus, the basic heat-insulating forms 11 can be connected to each other. Thus, the separator 19
Since the basic heat insulating molds 11 and 11 are connected to each other at three points of the intermediate member 35 and the pair of bolt members 36 and 36, the intermediate portions of the basic heat insulating molds 11 and 11 can be connected to each other with a small number of parts and a small effort. Can be linked.

When connecting the intermediate portions of the basic heat insulating molds 11, 11, the male screw portion 42 of the one bolt member 36 of the separator 19 is inserted into the separator mounting hole 15 of the one basic heat insulating mold 11 from outside. And the male thread portion 42 of the other bolt member 36 of the separator 19 is inserted into the separator mounting hole 15 of the other basic heat insulating form 11 from the outside. For example, the intermediate member 35 of the separator 19 is inserted from above, and the male threads 42 of the bolt members 36 are passed through the half-split portions of the nuts 38 so that the male threads 42 of the bolt members 36 are radially inserted into the nuts 38. Fit from the outside,
One of the basic heat insulating formwork 11 is held between the head 43 of one bolt member 36 and one nut portion 38 of the intermediate member 35, and the other bolt member 36 and the other nut portion 38 of the intermediate member 35 hold the other one. Can be connected to each other by sandwiching the basic heat-insulating formwork 11.
As described above, since the separator 19 can be joined by fitting the intermediate member 35 and the bolt members 36 and 36 in the radial direction without screwing, the basic heat insulating form 1
It is possible to improve the workability of the connection work between the 1, 1 and 11. Specifically, it is possible to finish the reinforcement arrangement on the base base B and to attach the separator 19 with one touch after the base heat insulating molds 11, 11 are arranged.

In addition, when connecting the lower portions of the basic heat-insulating molds 11, one of the basic heat-insulating molds 11 is fitted into one of the holding portions 22 of the base spacer 17, and the other basic heat-insulating form 11 is connected to the other. By fitting to the other holding portion 22 of the base spacer 17, the basic heat insulating molds 11, 11 are connected to each other. Similarly, the basic heat-insulating formwork 11, 11
When connecting the upper parts of the two,
Into the one holding portion 27 of the top spacer 18,
By fitting the other basic heat-insulating form 11 to the other holding portion 27 of the top spacer 18, the basic heat-insulating form 11, 11
1 will be connected. In this way, the base spacer 17 and the top spacer 18 are both fitted with the two basic heat insulating molds 11 and 11 to the two holding portions 22 and 22 or the two holding portions 27 and 27, so that these basic heat insulating molds 11 and 11 are fitted together. , 11 are connected to each other, so that the workability of the connection work between the basic heat-insulating formwork 11, 11 can be improved.

Further, the holding portion 27 of the top spacer 18
Since the support portion 31 capable of supporting the single tube 30 is formed outside the single tube 30, the single tube 30 can be directly supported by the top spacer 18 that connects the basic heat insulating molds 11, 11, and the support portion is separately provided. There is no need to provide them, and mounting work can be reduced. In addition, since the anchor bolt 32 is attached to the top spacer 18 in a state where it is positioned, it is not necessary to separately position and embed the anchor bolt in the foundation. Here, if the base spacer 17 and the top spacer 18 are integrally molded products made of a synthetic resin, the manufacture becomes easy.

In place of the above base spacer 17,
The pier may be merely applied between the two base heat-insulating forms 11. Further, instead of the separator 19, a separator 52 including a shaft member 51 and a head member 52 shown in FIG. 12 may be used. The shaft member 51 has a head 53 having a diameter larger than that of the separator mounting hole 15 at one end, and an engaging projection (engaging portion) 54 having a diameter smaller than that of the separator mounting hole 15 at the other end. A substantially cylindrical shaft portion 55 having a smaller diameter than the separator mounting hole portion 15 is formed between them. The head member 52 has, at one end, a head portion 56 having a larger diameter than the separator mounting hole portion 15, and a shaft portion 5 having a smaller diameter than the separator mounting hole portion 15 at the other end.
7 is formed, and an engagement concave portion 58 that engages with the engagement convex portion 54 is formed inside the shaft portion 57. Then, by inserting the engaging projections 54 into the engaging recesses 58 and rotating them relative to each other by a predetermined angle, they do not engage and disengage.

That is, the separator 52 is provided with the separator mounting holes 15,
The shaft portion 55 inserted into the shaft portion 55 is formed on the side opposite to the head portion 53 that comes into contact with one of the basic heat-insulating forms 11 when the shaft portion 55 is inserted into the separator hole 15 and the head portion 53 of the shaft portion 55. The shaft member 51 having the engaging protrusion 54 and the shaft 55 of the shaft member 51 are inserted into the separator mounting holes 15 formed in the heat insulating base frames 11. And a head member 52 that comes into contact with the other basic heat-insulating formwork 11 by engaging with the base heat-insulating formwork 11.

When this separator 52 is used, when connecting the intermediate portions of the basic heat-insulating molds 11, 11, the shaft mounting members 15, 15 formed in the two basic heat-insulating molds 11, 11 have shaft members. When the head member 52 is engaged with the engaging projection 54 with the shaft portion 55 of the shaft 51 inserted, the shaft member 5
The head 53 and the head member 52 of the first base are both heat-insulated formwork 11, 1
1. Determine the position in the spreading direction. As described above, since the separator 52 can be joined only by engaging the shaft member 51 and the head member 52, the base heat insulating form 11,
It is possible to improve the workability of the connection work between the 11 units. Therefore, attachment of the basic heat-insulating formwork 11 can be simplified.

The shaft portion 55 of the shaft member 51 may have a cross-shaped cross section as shown in FIG. In addition, it is also possible to provide a plurality of separators 19 above and below the pair of reinforcing members 13, 13, especially when the base heat insulating molds 11 are adjacent to each other in the longitudinal direction of the base. It is preferable to provide a plurality of connection portions.

[0072]

As described in detail above, claim 1 of the present invention
According to the basic insulation heat-insulating form mounting width stop member, when connecting the intermediate portions of the basic heat insulation formwork, for example, between the basic heat insulation formwork the basic heat insulation formwork mounting width stop member intermediate member With the arrangement, the male thread of one of the bolt members of the base insulation heat-insulating form-mounting width stop member is inserted from the outside into a hole formed in one of the basic heat-insulation molds, and the male screw is inserted into one of the intermediate members. Screwed to the nut portion of the base member, and the head of one of the bolt members and one of the nut portions of the intermediate member sandwich one of the basic heat insulating molds. The other heat insulating base form is sandwiched between the head of the other bolt member and the other nut portion of the intermediate member, and the basic heat insulating form forms are connected to each other. As described above, the base insulation heat-sealing form-mounting width stop member connects the basic heat insulation formwork with the three points of the intermediate member and the pair of bolt members. Can be connected to each other. Therefore, attachment of the basic heat insulating formwork can be simplified.

According to the width-stopping member for mounting the basic heat-insulating form according to the second aspect of the present invention, when the intermediate portions of the basic heat-insulating form are connected to each other, the hole formed in one of the basic heat-insulating forms. The male thread portion of one of the bolt members of the basic insulation heat-insulating formwork fixing member is inserted from the outside into the hole, and the other of the basic heat-insulating formwork fixing fins from the outside is inserted into the hole formed in the other basic heat insulation formwork. The male thread of the bolt member is inserted, and in this state, an intermediate member of the width-locking member for mounting the basic heat insulating form is inserted between the basic heat insulating forms from the upper side, for example, so as to pass through the half portion of the nut portion. By fitting the male thread portions of both bolt members to both nut portions from the outside in the radial direction, one head heat insulating formwork is sandwiched between the head portion of one bolt member and one nut portion of the intermediate member, and the other. Bolt member and the other nut portion of the intermediate member By sandwiching the basic adiabatic frame, thus linking the basic insulation formwork together. As described above, since the width stop member can be joined by fitting the intermediate member and the bolt member in the radial direction without screwing, the workability of the connection work between the basic heat insulating molds is improved. Can be done. Therefore, attachment of the basic heat insulating formwork can be further simplified.

According to the third embodiment of the present invention, when connecting the intermediate portions of the basic heat-insulating formwork to each other, the holes formed in the two basic heat-insulating forms are connected to each other. When the head member is engaged with the engaging portion in a state where the shaft portion of the shaft member is inserted, the head and the head member of the shaft member determine the positions of the two basic heat-insulating forms in the spreading direction. As described above, since the base insulation heat-forming frame mounting width stop member can be joined by engaging the shaft member and the head member, it is possible to improve the workability of the connection work between the basic heat insulation formwork. Can be. Therefore, attachment of the basic heat insulating formwork can be simplified.

According to the fourth embodiment of the present invention, when connecting the upper and lower portions of the basic heat-insulating formwork to each other, one of the basic heat-insulating forms is connected to the basic heat-insulating mold. By fitting one of the holding portions of the frame mounting width stop member to the other holding portion of the basic heat insulation formwork mounting width stop member, the other basic heat insulation formwork is fitted to the other holding portion. Will be linked. As described above, since the width stop member connects the two basic heat-insulating forms with each other by fitting the two basic heat-insulating forms into the two holding portions, the workability of the connection work between the basic heat-insulating forms is increased. Can be improved. Therefore, attachment of the basic heat insulating formwork can be simplified.

According to the width-stopping member for mounting the basic heat-insulating formwork according to the fifth aspect of the present invention, since it is an integrally molded product made of synthetic resin, the production becomes easy.

According to the width-stopping member for attaching the basic heat-insulating formwork according to the sixth aspect of the present invention, a supporting portion capable of supporting the pipe is formed outside the holding portion of the width-stopping member for attaching the basic heat-insulating formwork. Therefore, the tubular body can be supported as it is by the width-stopping member for attaching the basic heat-insulating formwork that connects the basic heat-insulating forms.
Therefore, there is no need to provide a separate support portion, and the mounting operation can be reduced.

According to the width-stopping member for mounting the basic heat-insulating formwork according to the seventh aspect of the present invention, the anchor bolt is mounted on the anchor mounting portion of the width-stopping member for mounting the basic heat-insulating formwork. There is no need to separately position and embed the anchor bolt.

According to the mounting structure of the basic heat insulating form according to the eighth aspect of the present invention, when connecting the intermediate portions of the basic heat insulating form, for example, the basic heat insulating form mounting between the basic heat insulating forms. In the state where the intermediate member of the width-stopping member is arranged, the male screw portion of one bolt member of the width-stopping member for mounting the basic heat-insulating formwork is inserted into a hole formed in one of the basic heat-insulating formwork from outside. The male screw portion is screwed into one nut portion of the intermediate member, and one head heat insulating mold is held between the head portion of the one bolt member and one nut portion of the intermediate member. The other basic heat insulating formwork is held between the head of the other bolt member of the frame mounting width stop member and the other nut part of the intermediate member, and the basic heat insulating formwork is connected to each other. As described above, the base insulation heat-sealing form-mounting width stop member connects the basic heat insulation formwork with the three points of the intermediate member and the pair of bolt members. Can be connected to each other. Therefore, attachment of the basic heat insulating formwork can be simplified.
In addition, since the base insulation formwork mounting width stop member is separate from the base insulation formwork, the base insulation formwork can be made more compact than when these are integrated, and during transportation. Can be stacked well. Therefore, it is possible to improve the efficiency of transportation of the basic heat insulating formwork.

According to the mounting structure of the basic heat insulating form according to the ninth aspect of the present invention, when the intermediate portions of the basic heat insulating form are connected to each other, the outside portion is formed in the hole formed in one of the basic heat insulating forms. The male screw part of one bolt member of the basic insulation heat-insulating formwork mounting buckle member is inserted from the outside, and the other bolt of the basic heat-insulation formwork mounting fin-stopping member from the outside into a hole formed in the other basic heat insulation formwork. By inserting the male thread part of the member, and in this state, inserting the intermediate member of the basal insulation formwork mounting width stopper between the basic insulation formwork from the upper side, for example, and passing through the half part of the nut part The male threads of both bolt members are fitted to both nut portions from the outside in the radial direction, and the head of one bolt member and one nut portion of the intermediate member sandwich one base heat insulation formwork, and the other bolt The member and the other nut of the intermediate member The adiabatic frame by clamping, thereby linking the basic insulation formwork together. As described above, since the width stop member can be joined by fitting the intermediate member and the bolt member in the radial direction without screwing, the workability of the connection work between the basic heat insulating molds is improved. Can be done. Therefore, attachment of the basic heat insulating formwork can be further simplified.

According to the mounting structure of the basic heat insulating form according to the tenth aspect of the present invention, when the intermediate portions of the basic heat insulating form are connected to each other, the shaft member is inserted into the hole formed in both basic heat insulating forms. When the head member is engaged with the engaging portion in a state where the shaft portion is inserted, the head and the head member of the shaft member determine the positions of the two basic heat insulating formwork in the spreading direction. As described above, since the base insulation heat-forming frame mounting width stop member can be joined by engaging the shaft member and the head member, it is possible to improve the workability of the connection work between the basic heat insulation formwork. Can be. Therefore, attachment of the basic heat insulating formwork can be simplified. In addition, since the base insulation formwork mounting width stop member is separate from the base insulation formwork, the base insulation formwork can be made more compact than when these are integrated, and during transportation. Can be stacked well. Therefore, it is possible to improve the efficiency of transportation of the basic heat insulating formwork.

According to the mounting structure of the basic heat insulating form of the present invention, when connecting the upper part or the lower part of the basic heat insulating form, one of the basic heat insulating forms is attached to the basic heat insulating form. By fitting one of the holding portions of the width-stopping member for use to the other holding portion of the width-stopping member for attaching the basic heat-insulating formwork to the other holding portion of the base heat-insulating formwork, the basic heat-insulating formwork is connected to each other. Will be. In this way, the base insulation heat-form mounting width stop member connects these basic heat insulation formwork to each other by fitting both the basic heat insulation formwork to both the holding portions. The workability of the connection work of the above can be improved. Therefore, attachment of the basic heat insulating formwork can be simplified. In addition, since the base insulation formwork mounting width stop member is separate from the base insulation formwork, the base insulation formwork can be made more compact than when these are integrated, and during transportation. Can be stacked well. Therefore, it is possible to improve the efficiency of transportation of the basic heat insulating formwork.

According to the mounting structure of the basic heat insulating formwork of the twelfth aspect of the present invention, the support portion capable of supporting the pipe is formed outside the holding portion of the width fixing member for mounting the basic heat insulating formwork. Therefore, the tubular body can be directly supported by the width-stopping member for attaching the basic heat-insulating formwork connecting the basic heat-insulating formwork with each other. Therefore, there is no need to provide a separate support portion, and the mounting operation can be reduced.

According to the mounting structure of the basic heat insulating form according to the thirteenth aspect of the present invention, since the anchor bolt is mounted on the anchor mounting portion of the width fixing member for mounting the basic heat insulating form, the anchor is separately mounted on the base. There is no need to position and embed the bolts.

According to the mounting structure of the basic heat insulating form of the present invention, the width-stopping member for mounting the basic heat insulating form is left on the basic heat insulating form even after the foundation is constructed. However, in addition to the adhesive force to the concrete foundation, it is fixed to the concrete foundation by the connecting force to another foundation thermal insulation form by the base thermal insulation form mounting buckle member or the like. Therefore, peeling of the basic heat insulating form can be reliably prevented.

According to the mounting structure of the basic heat insulating form according to the fifteenth aspect of the present invention, the basic heat insulating forms adjacent to each other in the longitudinal direction of the base are connected via the reinforcing material. The strength of the part can also be secured.

According to the mounting structure of the basic heat insulating form according to claim 16 of the present invention, the width stopping member for mounting the basic heat insulating form is joined to the reinforcing material of the basic heat insulating form. The joint is less likely to be damaged than when joined to a substrate made of a foam-based heat insulating material. Therefore, peeling of the basic heat insulating formwork can be more reliably prevented.

[Brief description of the drawings]

FIG. 1 is a perspective view showing one embodiment of the present invention.

FIG. 2 is a front view (a), a plan view (b), and a partially enlarged plan view (c) showing a basic heat insulating formwork according to one embodiment of the present invention.

FIG. 3 is a front view (a) and a plan view (b) showing an example of a base spacer according to one embodiment of the present invention.

FIG. 4 is a front view (a) and a plan view (b) showing another example of the base spacer according to one embodiment of the present invention.

FIG. 5 is a front view (a) and a bottom view (b) showing an example of a top spacer according to one embodiment of the present invention.

FIG. 6 is a front view (a) and a bottom view (b) showing another example of a top spacer according to one embodiment of the present invention.

FIG. 7 is a front view (a) and a bottom view (b) showing still another example of a top spacer according to one embodiment of the present invention.

FIG. 8 is an exploded front view showing the separator according to the embodiment of the present invention.

FIG. 9 is a front view (a), a left side view (b), a right side view (c), and (d) aa cross-sectional view showing an intermediate member of the separator according to one embodiment of the present invention.

FIG. 10 is a front view (a), a left side view (b), and b showing a bolt member of a separator according to one embodiment of the present invention.
It is a -b sectional view (c).

FIG. 11 is a cross-sectional view of one embodiment of the present invention.

FIG. 12 is an exploded front view showing another example of the separator according to one embodiment of the present invention.

FIG. 13 is a front view (a) and a cross-sectional view taken along the line cc (b) showing another example of the shaft member of the separator according to the embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 11 Basic heat insulation formwork 12 Base material 13 Reinforcement material 15 Separator mounting hole (hole) 17 Base spacer (Basic heat insulation formwork mounting width stop member) 18 Top spacer (Basic heat insulation formwork mounting width stop member) 19 Separator (Basic insulation frame mounting width stop member) 22, 27 Nipping portion 30 Single tube (tube) 31 Support portion 32 Anchor bolt 35 Intermediate member 36 Bolt member 38 Nut portion 40 Female thread portion 42 Male screw portion 43 Head 50 Concrete foundation 54 Engagement convex part (engagement part)

Claims (16)

[Claims] 1. A width-stopping member for connecting a predetermined distance between foundation heat-insulating forms which are used as a concrete casting form during foundation construction and are left for insulation even after foundation construction, wherein the base insulation is provided. An intermediate member disposed between the molds and having nuts formed at both ends, and inserted from the outside into a hole formed in the basic heat insulating mold and screwable with the female thread of the nut; And a bolt member having a head for clamping the basic heat-insulating form with the nut portion by screwing the external-screw portion to the female screw portion. Width stop member. 2. The base heat-insulating formwork mounting according to claim 1, wherein the nut portion is formed in a half-split shape, and a male screw portion of the bolt member can be fitted from a radially outer side. Width stop member. 3. A width-stopping member for connecting at a predetermined interval a foundation heat insulating formwork which becomes a formwork for placing concrete during construction of a foundation and is left for insulation even after construction of the foundation. A shaft part to be inserted into a hole formed in the formwork, a head abutting on one of the basic heat-insulating formwork by insertion of the shaft part into the hole, and an opposite side to the head of the shaft part. A shaft member having a formed engaging portion, and a shaft member of the shaft member being engaged with the engaging portion in a state where the shaft portion is inserted into the holes formed in the two basic heat-insulating forms, and And a head member abutting against the basic heat insulating formwork. 4. A width-stopping member for connecting, at a predetermined interval, basic heat-insulating forms which are used as a formwork for concrete casting during construction of a foundation and are left for insulation even after the foundation is constructed, wherein A clamping member for attaching a basic heat-insulating formwork, wherein holding portions for holding the basic heat-insulating formwork by fitting the formwork are provided at both ends. 5. The width-stopping member for mounting a basic heat-insulating formwork according to claim 4, wherein the width-stopping member is an integrally molded product made of a synthetic resin. 6. The width-locking member for mounting a basic heat-insulating formwork according to claim 4, wherein a support portion capable of supporting the tube body is formed outside the holding portion. 7. The width-locking member for mounting a basic heat-insulating formwork according to claim 4, further comprising an anchor mounting portion to which an anchor bolt is mounted. 8. A mounting structure for a base heat insulating formwork which becomes a formwork for concrete casting during foundation construction and is left for heat insulation even after the foundation construction, comprising: a base heat insulation formwork; And a base insulation heat-insulating form mounting buckle member separate from the basic heat insulation formwork that connects the base insulation heat-insulation forms at a predetermined interval. And an intermediate member having nut portions formed at both ends thereof, and a male screw portion inserted from the outside into a hole formed in the basic heat insulating formwork and screwable with a female screw portion of the nut portion. And a bolt member having a head for holding the basic heat-insulating form with the nut portion by screwing the male screw portion to the female thread portion. 9. The mounting of the basic heat insulating formwork according to claim 8, wherein the nut portion is formed in a half-split shape, and the male screw portion of the bolt member can be fitted from the outside in the radial direction. Construction. 10. A mounting structure for a foundation heat-insulating formwork, which becomes a concrete casting formwork during foundation construction and is left for insulation even after the foundation construction, comprising: a base insulation formwork; And a base insulation heat-insulating form-mounting width-stopping member separate from these basic heat-insulation formwork that connects the base heat-insulation form-forms at predetermined intervals. A shaft part to be inserted into the formed hole, a head abutting on one of the basic heat-insulating forms when the shaft part is inserted into the hole, and a member formed on the opposite side to the head of the shaft part. A shaft member having a mating portion; and a shaft portion of the shaft member being engaged with the engaging portion in a state where the shaft portion is inserted into a hole formed in each of the two basic heat-insulating molds, to form the other basic heat-insulating mold. A mounting structure for a basic heat-insulating formwork, comprising: a contacting head member. 11. A mounting structure for a foundation heat-insulating formwork that becomes a formwork for concrete casting during foundation construction and is left for heat insulation after the foundation construction, wherein: And a base insulation heat-insulating form mounting buckle member that is separate from these basic heat insulation forms that are connected at a predetermined interval. A mounting structure for a basic heat-insulating formwork, wherein holding portions for holding the basic heat-insulating formwork by being fitted thereto are provided at both ends. 12. The width-stopping member for attaching a basic heat-insulating formwork,
The mounting structure for a basic heat insulating formwork according to claim 11, wherein a support portion capable of supporting the tube body is formed outside the holding portion. 13. An anchor mounting part to which an anchor bolt is mounted is provided on the base insulation frame-mounting width stop member.
Mounting structure of the basic heat insulation formwork described. 14. The width-stopping member for attaching a basic heat-insulating formwork,
11. The mounting structure for a heat insulating base frame according to any one of claims 8 to 10, wherein the mounting structure is left on the foundation even after the foundation is constructed. 15. The basic heat-insulating formwork is formed by integrating a reinforcing material with a base material made of a foam-based heat-insulating material. The mounting structure for a basic heat-insulating formwork according to any one of claims 8 to 14, wherein the mounting structure is connected to the base heat-insulating formwork. 16. The basic heat-insulating formwork is obtained by integrating a reinforcing material with a base material made of a foam-based heat-insulating material. The mounting structure for a basic heat insulating formwork according to any one of claims 8 to 15, wherein the mounting structure is joined to the reinforcing member.