JPH0614356U - Support and fixing members for construction work - Google Patents

Abstract

(57) [Summary] (Correction) [Purpose] Formwork can be fixed securely and easily,
Improve the work efficiency of formwork. [Structure] Square bar 200 is provided on the upper end of the support member main body 11.
A contact surface portion 12 for holding the contact surface portion 12 is formed.
The fixing means formed on the fixing member fixes the square bar 200, and the notch portion 14 formed on the support member main body 11 makes the square bar 20
The mold 100 installed on the upper surface of 0 is fixed. In the support member 10 for construction work, the fixing members formed at both ends of the support member main body 11 fix the form 100, and the mounting portions formed on the support member main body 11 are aligned with the longitudinal direction of the support member main body 11. Attach support means arranged in orthogonal directions. The pipe fixing member allows the first pipe member to penetrate the fixing member main body, and the pressing member is the first pipe member.
The second pipe member arranged in a direction orthogonal to the pipe member is pressed, and the rotating member is screwed with the screw portion to move and fix the pressing portion.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a formwork member for a construction work for supporting a formwork into which concrete is poured, and in particular, can fix the formwork securely and easily, improving the work efficiency of formwork work. At the same time, it relates to a formwork member for construction work that can reduce work accidents and realize safe construction. Further, the present invention relates to various fixing members used for installation work of construction formwork, and relates to a construction member which is safe and can improve work efficiency.

[0002]

[Prior art]

 Conventional construction work involves driving concrete, and in order to harden concrete to the designed shape, a formwork must be installed, and various formwork can be used to accurately position this formwork. A support member was used. That is, iron, aluminum, or zinc-plated iron plates or the like are assembled in a desired shape, and these iron plates or the like are fixed using appropriate pulling metal, wire, band, or the like.

Furthermore, when concrete is driven into a required height position, it is necessary to use a support member for supporting the formwork. In this method, a plurality of pillar members were installed, a beam member was installed on the pillar member, and the necessary formwork was placed on the upper part of the beam member. This support member was assembled at the construction site, and the fixing method was exclusively by diagonally driven nail members and wedge members.

Further, when concrete is poured into the installed formwork, a force of pushing and expanding the formwork works due to its weight, so various fixing members have been used.

Hollow pipes are used everywhere to fix the formwork, and various fixing members have been used to fix the hollow pipes.

[0006] Further, concrete may be driven into a plane to form a concrete surface. In this case, bent reinforcing bars and the like are partially exposed and fixed, and wires and the like are fixed to exposed portions of the reinforcing bars. The method of doing was adopted. In addition, a method was also used in which holes were drilled and fixtures were installed after the concrete had solidified.

When these wires are stretched, turn puckles are often used. This turnpuckle was constructed such that a proper rod member was inserted, and the wire was stretched by rotating the rod member.

[0008]

[Problems to be solved by the device]

 However, the above-mentioned various formwork supporting members have a problem that it takes a lot of time to mount and dismantle them, and a large number of operators have to participate, which is extremely expensive. In addition, it takes a long construction period, and since it has low versatility, it is necessary to facilitate a large number of types of formwork supporting members, and it is also inefficient and uneconomical to prepare a place for storing formwork supporting members. There was a problem.

In addition, in the method of fixing the support member with the nail member or the wedge member, there is a problem that the corner portion of the wood is damaged due to the nail member that is struck, the pillar is tilted, or the beam is dropped. there were. There is a problem that it is extremely dangerous if a beam or the like falls, which may endanger the life of the worker, and the emergence of a safe method for fixing the support member has been strongly desired.

When the hollow pipe is fixed by using the conventional pipe fixing member, the pipe may be excessively tightened, and in this case, there is a problem that the form is deformed and the finish is poor.

Further, when a part of the bent reinforcing bar or the like is exposed on the concrete surface, an operator may trip and fall, and further, after the concrete is solidified, a hole may be drilled to fix the metal fitting or the like. However, the installation method has a problem that the work cost increases.

In addition, when a wire is stretched using a turnpuckle, an appropriate rod member is required, and there is a problem that there is no appropriate rod member at the construction site, which is very inconvenient. there were. Therefore, there has been a strong demand for a turnpuckle that can easily rotate the turnpuckle without requiring a separate rod member.

[0013]

[Means for Solving the Problems]

 The present invention has been devised in view of the above problems, and is a support member for holding a mold into which concrete has been poured, and is formed on the support member main body and the upper end of the support member main body. An abutting surface portion for holding the fixing member, a fixing means formed on the abutting surface portion for fixing the square bar, and the form frame formed on the support member main body and installed on the upper surface of the square bar. It is composed of a notch for cutting.

Further, the construction support member of the present invention includes a support member main body, fixing members formed at both ends of the support member main body, and fixed to the formwork, and formed on the support member main body. And a mounting portion for mounting the support means arranged in a direction orthogonal to the longitudinal direction of the support member main body.

The support member for construction work of the present invention has a U-shaped support member body and an opening side surface of the support member body. And a mounting portion for mounting the support means arranged in the orthogonal direction.

Furthermore, the support member for construction work of the present invention is a support member for holding a mold into which concrete has been poured, and the support member main body having a U-shaped cross section, and the support member main body. This support member is formed on the side surface of the opening of the support member, and is attached to the support member body in a direction orthogonal to the longitudinal direction of the support member. And a fixing member for

The fixing member used for the construction support member of the present invention is a fixing member used for holding a concrete-cast formwork, and is used for fixing to the formwork. The fixing member main body, the concave portion formed in the fixing member main body, and the bolt member formed in the concave portion, and the concave portion formed in the fixing member main body are filled with the filling material. It has a feature.

The pipe fixing member of the present invention is a fixing member for fixing two or more pipe members, and the fixing member main body is configured to penetrate the first pipe member, and the first pipe. The pressing member for pressing the second pipe member arranged in the direction orthogonal to the member, the screw portion formed on the fixing member main body, and the screw portion are screwed to each other, and the pressing portion is attached. It is composed of a rotating member for moving.

Further, the pipe fixing member according to the present invention comprises a fixing member main body having a receiving portion for receiving the pipe member, and an abutting member for contacting a concrete frame formed on the fixing member main body and having concrete poured therein. A contact part, a fixing means formed on the contact part for fixing to the form, and a pressing means for sandwiching and clamping the pipe member installed in the receiving part formed on the fixing member body. The fixing means is configured to have substantially the same thickness as the mold.

Further, the anchor member of the present invention is an anchor member installed in a portion where concrete is poured, and includes an pedestal part and an anchor member main body formed on the pedestal part. The upper end of the member is characterized in that a screw portion for screwing a fixing screw portion to which a wire or the like is attached is formed.

The turnpack of the present invention is a turnpack for fixing a wire or the like, and includes a turnpack body and a handle formed on the turnpack body. The handle is configured to stand upright in the longitudinal direction of the turnpuckle body, and the turnpuckle body is configured to be rotatable by raising the handle.

[0022]

[Action]

 The present invention configured as described above is a support member for holding a formwork in which concrete is poured, and a contact surface portion for holding a square timber is formed at the upper end portion of the support member main body to form a contact surface. The fixing means formed on the surface portion fixes the square timber, and the notch formed in the support member main body fixes the formwork installed on the upper surface of the square timber.

Further, in the construction support member of the present invention, the fixing members formed at both ends of the support member main body are fixed to the formwork, and the mounting portions formed on the support member main body are the support members. The support means is arranged in a direction orthogonal to the longitudinal direction of the main body.

In the construction support member of the present invention, the support member body has a U-shaped cross-section, and the mounting portion formed on the opening side surface of the support member body has a longitudinal direction of the support member body. The support means is arranged in the direction orthogonal to.

Further, the fixing member used for the construction support member of the present invention is the fixing member used for holding the concrete-cast formwork, and the fixing member main body holds the formwork. It is adapted to be fixed, and a concave portion is formed in the fixing member main body, and a bolt member is formed in this concave portion. The filling material is filled in the recess formed in the fixing member body.

The pipe fixing member of the present invention is a fixing member for fixing two or more pipe members. The fixing member main body allows the first pipe member to penetrate therethrough, and the pressing member is the first pipe member. The second pipe member arranged in a direction orthogonal to the above is pressed to form a screw portion in the fixing member main body, and the rotating member is screwed with the screw portion to move the pressing portion. .

Further, in the pipe fixing member of the present invention, the receiving portion formed in the fixing member main body is adapted to receive the pipe member, and the contact portion formed in the fixing member main body is driven by the concrete. And the fixing means formed on the abutting part fixes the form, and the pressing means clamps the pipe member installed in the receiving part formed on the fixing member main body and clamps it. The fixing means has substantially the same thickness as the formwork.

The anchor member of the present invention is an anchor member to be installed in a portion where concrete is poured. An anchor member main body is formed on a base part, and a screw part formed at an upper end portion of the anchor member is It is designed to be screwed into the fixing screw part to which wires and other parts are attached.

The turnpuckle of the present invention is a turnpuckle for fixing a wire or the like, and a handle is formed on the turnpuckle body so that the handle can stand upright in the longitudinal direction of the turnpuckle body. Then, the handle can be raised and the turn pack body can be rotated.

[0030]

【Example】

 An embodiment of the present invention will be described with reference to the drawings.

“First embodiment”

FIG. 1 shows a first embodiment of the present embodiment, in which a support member 10 includes a support member main body 11, an abutment surface portion 12, projection members 13, 13, and a notch portion 14. It consists of The support member 10 is for holding the mold 100 in which concrete is poured. The support member main body 11 is made of metal such as iron, but may be made of any material. A contact surface portion 12 for holding the square bar 200 is formed at the upper end of the support member main body 11, and the contact surface portion 12 has a protrusion member 1 corresponding to a fixing means for fixing the square bar 200. 3 is formed. The projecting members 13, 13 can fix the square bar 200 to the support member main body 11 by driving the square bar 200 from above.

The notch 14 is for fixing the mold 100, and is cut out from the contact surface 12 to a height of the square bar 200. The mold 100 is composed of a veneer board 110 and a lumber 120 attached to the veneer board 110. In the present embodiment, the height of the cutout portion 14 is configured to be the same as the thickness of the timber 120 attached to the veneer plate 110, and the veneer plate 110 is attached to the upper surface of the square timber 200 struck on the support member main body 11. By installing the timber 120 attached to the timber 120 and driving a nail from above the timber 120 toward the square timber 200, the form 100 can be fixed to the support member main body 11. Since the notch 14 is notched to the thickness of the square bar 200 from the contact surface 12, the upper surface of the square bar 200 is flush with the notch 14 and is attached to the veneer plate 110. When the timber 120 is placed on the upper surface of the timber 200, the timber 120 is engaged with the cutout portion 14 and is securely fixed. Further, in this embodiment, since the height of the cutout portion 14 is the same as the thickness of the timber 120 attached to the veneer board 110 in the present embodiment, the upper surface of the timber 120 is the uppermost portion of the support member main body 11. It is configured so that the top surface is the same.

In the first embodiment configured as described above, the support member main body 11 is erected, the square bar 200 is placed on the contact surface section 12, and the upper surface section of the square bar 200 is struck from above. Since the protrusions 13 and 13 are formed on the contact surface portion 12, the protrusions 13 and 13 bite into the square bar 200, and the square bar 200 is fixed to the support member main body 11. Then, the timber 120 formed on the form 100 is placed on the upper surface of the square timber 200, and the timber 120 is engaged with the cutout portion 14 and fixed. Further, if a nail is driven from the upper surface of the timber 120 to the square bar 200, the form 100 can be fixed to the support member main body 11. Then, concrete can be driven inside the veneer plate 110 of the mold 100.

[Second Embodiment]

Next, a second embodiment will be described based on FIGS. 2 (a) and 2 (b). As shown in FIG. 2A, the support member 20 of the second embodiment includes a support member main body 21 and a fixing member 30 formed at both ends of the support member main body 21 for fixing to the form 100. , And a mounting portion 23 for mounting the support rod member 22. The support member 20 is for holding the formwork 100, 100 in which concrete is poured.

As shown in FIG. 2B, the support member main body 21 has a U-shaped cross section and is made of an appropriate material such as casting. As shown in FIG. 3, the fixing member 30 includes a fixing member main body 31, a concave portion 32 formed in the fixing member main body 31, and a bolt member 33 formed in the concave portion 32. Are filled with synthetic resin, concrete and other filling materials. The mold member 100 and the support member main body 21 can be fixed by using the bolt member 33 formed on the fixing member 30.

The support rod member 22 corresponds to a support means, and is arranged in a direction orthogonal to the longitudinal direction of the support member main body 21. A threaded portion is cut into one end of the support rod member 22, and a fixing member 30 similar to the support member main body 21 is formed in the other end of the support rod member 22. There is.

A mounting portion 23 for mounting the support rod member 22 arranged in a direction orthogonal to the longitudinal direction of the support member main body 21 is formed on the opening side surface portion 211 of the support member main body 21. A female screw portion is formed in the mounting portion 23, and the screw portion of the support rod member 22 is inserted and locked.

In the second embodiment configured as described above, the support member main body 21 is inserted between the molds 100, 100 arranged in parallel, and the support member main body 21 is formed at both ends thereof. The support member main body 21 and the formwork 100, 100 are fixed by the bolt member 33 of the fixing member 30. Next, the support rod member 22 arranged in the direction orthogonal to the longitudinal direction of the support member main body 21 is fixed to the mounting portion 23 of the support member main body 21. This is fixed by inserting and locking the screw portion of the support rod member 22 into the female screw portion of the mounting portion 23. Further, a fixing member formed on the other end of the support rod member 22 fixes the support rod member 22 to the form frames 100 arranged in parallel and mounted in a direction orthogonal to the 100. Then, concrete can be poured inside the fixed molds 100, 100 ...

The connection between the support rod member 22 and the mounting portion 23 of the support member main body 21 is not limited to screwing, and any method can be adopted.

The bolt member 33 of the fixing member 30 may be configured to penetrate the support member main body 21, and similarly, the screw portion of the support rod member 22 may be configured to penetrate the support rod member 22. You can also

Since the recess 32 formed in the fixing member main body 31 is filled with the filling material, even when concrete is poured into the molds 100, 100 ... Since concrete does not invade 32, the finish is beautiful and removal is easy, and the work efficiency is extremely improved.

“Third Embodiment”

Next, a third embodiment will be described with reference to FIG. The pipe fixing member 40 shown in FIG. 4 includes a fixing member main body 41, a pressing member 42, and a rotating member 43. The pipe fixing member 40 is for fixing two or more orthogonal pipe members, and is particularly suitable for fixing the four corners of the molds 100, 100 ...

In the third embodiment, an example in which a first pipe member 310 arranged in a horizontal direction and a second pipe member 320 arranged in a direction orthogonal to the first pipe member 310 are fixed to each other Is shown.

The fixing member main body 41 is configured to be capable of penetrating the first pipe member 310, and the pressing member 42 for pressing the second pipe member 320 is also capable of penetrating the first pipe member 310. is doing. The pressing member 42 corresponds to a pressing portion, and has an engagement pressing portion 421 for pressing the second pipe member 320 while locking it.

A screw portion 411 is formed on the fixing member main body 41, and the rotating member 43 is screwed into the screw portion 411. By rotating the rotating member 43, the pressing member 42 can be moved, and the engagement pressing portion 421 can press and fix the second pipe member 320.

A fastening means 44 is formed on the fixing member main body 41, and the fastening member 44 can fix the fixing member main body 41 and the first pipe member 310.

In the third embodiment configured as described above, the first pipe member 310 and the second pipe member 320 arranged in the direction orthogonal to the first pipe member 310 are assembled, The fixing member body 41 and the pressing member 42 are passed through the first pipe member 310. Then, the rotating member 43 is rotated and screwed with the screw portion 411, and the pressing member 42 is moved in the direction of the second pipe member 320, thereby fixing the fixing member main body 41 and the second pipe member 320. You can Then, by tightening the tightening means 44, the fixing member main body 41 and the first pipe member 310 can be fixed. Therefore, the pipe fixing member 40 can fix the first pipe member 310 and the second pipe member 320 arranged in the direction orthogonal to the first pipe member 310.

As shown in FIG. 4, by disposing two pipe fixing members 40 in a direction orthogonal to each other, three pipes orthogonal to each other can be fixed.

“Fourth Embodiment”

Next, an embodiment of the pipe fixing member 50, which is the fourth embodiment, will be described with reference to FIG. The pipe fixing member 50 of the fourth embodiment is for fixing two pipe members 310 and 320 arranged in parallel, and is formed on the fixing member main body 51 and the fixing member main body 51, and A receiving portion 52 for receiving the members 310 and 320, an abutting portion 53 for abutting the concrete 100 into which the concrete has been driven, and a fixing portion formed on the abutting portion 53 for fixing the mold 100. It comprises a means 54 and a pressing means 55 for clamping the pipe members 310, 320 installed in the receiving portion 52.

The fixing member main body 51 is formed with two receiving portions 52 for receiving the pipe members 310 and 320. A contact portion 53 for contacting the mold 100 is formed on the surface of the fixed member body 51 opposite to the surface on which the receiving portion 52 is formed. Then, a penetrating rod 511 is formed in the central portion of the fixing member main body 51.

Further, the abutment portion 53 of the fixing member main body 51 is formed with a fixing step 54 for fixing it to the form 100. The fixing means 54 of the present embodiment includes a threaded portion formed on the penetrating rod 511 protruding from the abutting portion 53, and a rotary fixing member screwed with the threaded portion, so that the fixing member main body 51 and the formwork are formed. It is configured to fix 100 and.

The pressing means 55 is for clamping the pipe members 310 and 320 installed in the receiving portion 52 formed in the fixed member main body 51, with the pipe members 310 and 320 interposed therebetween. The pressing means 55 is composed of a pressing member 551 formed at a position facing the receiving portion 52 with the pipe members 310 and 320 interposed therebetween, and a nut member 552 for pressing the pressing member 551. The pressing member 551 and the nut member 552 are configured to be penetrated by the penetrating rod 511, and the threaded portion formed on the penetrating rod 511 and the nut member 552 are screwed together.

Further, in this embodiment, the thickness of the fixing means 54 is configured to be substantially the same as that of the mold 100. Therefore, even if the pressing means 55 for fixing the pipe members 310 and 320 to the fixing member main body 51 is used, an unnecessary tightening force is not exerted on the form 100, and the tightening force of the pressing means 55 is reduced. Even if it is too strong, there is an effect that the form 100 is not deformed.

In the fourth embodiment configured as described above, the abutting portion 53 of the fixing member main body 51 is brought into contact with the form 100, and the fixing member 54 separates the fixing member main body 51 and the form 100. Fix it. Next, the pipe members 310 and 320 can be arranged in the receiving portion 52 of the fixed member body 51, and the pressing member 551 can be moved by the nut member 552 of the pressing means 55 to tighten the pipe members 310 and 320. Therefore, the pipe members 310 and 320 can be fixed to the form 100.

The pipe fixing member 50 of the fourth embodiment has an effect that the form 100 is not deformed by over-tightening the pipe 300 and the finish of the concrete becomes beautiful.

“Fifth Embodiment”

Next, an embodiment of the anchor member 60, which is the fifth embodiment, will be described with reference to FIG. The fifth embodiment is an anchor member 60 to be installed in a portion where concrete 1000 is driven, and is composed of an anchor member main body 61 and a base portion 62. The base portion 62 is placed on the portion where the concrete 1000 is driven, and the anchor member main body 61 is formed on the base portion 62.

A screw portion 63 is formed on the upper surface of the anchor member main body 61. A fixing screw portion 410 to which the wire 400 is attached is screwed to the screw portion 63.

Further, a cap member 64 for covering the screw portion 63 formed on the upper surface portion of the anchor member main body 61 is prepared. When the concrete 1000 is hit, the screw portion 63 is covered to cover the concrete portion of the concrete 1000. Intrusion can be prevented.

In the fifth embodiment configured as described above, the base portion 62 is placed on the portion where the concrete 1000 is driven, and the upper surface of the anchor member main body 61 is arranged so as to match the concrete surface. To do. Next, the screw portion 63 formed on the upper surface of the anchor member main body 61 is covered with a cap member 64 to prevent the concrete 1000 from entering.

Then, the concrete 1000 is hit to wait for the solidification of the concrete 1000, the cap member 64 is removed, and the screw portion 63 is exposed. Further, the fixing screw portion 410 can be screwed into the screw portion 63 to stretch the wire 400.

The fifth embodiment has an effect that the worker does not trip and falls and the work is easy.

“Sixth Embodiment”

Next, with reference to FIG. 7, an embodiment of the turn puckle 70 which is the sixth embodiment will be described. The sixth embodiment is a turn puckle for fixing wires and the like, and is composed of a turn puckle main body 71, a handle 72 formed on the turn puckle main body 71, and a pair of hook members 73, 73. ing.

The handle 72 is configured to be erected in the longitudinal direction of the turn puckle body 71. In the present embodiment, the handle 72 is configured to be rotatable by the hinge connection 721, but any method can be adopted as long as it can stand.

The pair of hook members 73, 73 are formed on both ends of the turnpuckle body 71, and a wire or the like is attached thereto.

In the sixth embodiment configured as described above, the wire is attached to the pair of hook members 73, 73, the handle 72 is erected, and then the handle 72 is rotated, whereby the turnpuckle body 71 can be easily attached. It can be rotated and the wire can be stretched.

The sixth embodiment has an effect that the turnpack body 71 can be easily and surely rotated without an appropriate rod member at a construction site or the like.

[0073]

【effect】

 According to the present invention configured as described above, the support member main body, the contact surface portion formed on the upper end portion of the support member main body for holding the timber, and the contact member formed on the abutment surface portion, Since it comprises a fixing means for fixing and a notch portion formed on the support member main body and for fixing the formwork installed on the upper surface of the square timber, the notch portion ensures the reliability. Formwork can be fixed, assembly and dismantling can be performed in a short time, and work efficiency is improved.

The construction support member of the present invention is formed on the support member main body, the fixing members formed on both ends of the support member main body, and fixed to the formwork, and the support member main body. And the mounting part for mounting the support means arranged in the direction orthogonal to the longitudinal direction of the support member main body, the mold can be securely and easily fixed from the inside of the mold. There is an effect. Further, if the support member for construction work is formed in a U-shaped cross section, it has an excellent effect that it can provide a support member for construction work that is easy to mass-produce and has high strength.

The fixing member used in the construction support member of the present invention is formed by a fixing member main body for fixing to the formwork, a concave portion formed in the fixing member main body, and a concave portion formed in the concave portion. It consists of a bolt member, and the recess formed in the main body of this fixing member is filled with the filling material, so that concrete does not enter the recess, the finish is beautiful, and it is easy to remove and work. This has the effect of significantly improving efficiency.

The pipe fixing member of the present invention includes a fixing member main body configured to penetrate the first pipe member and a second pipe member arranged in a direction orthogonal to the first pipe member. On the other hand, it is composed of a pressing member for pressing, a screw portion formed on the fixing member main body, and a rotating member for screwing the screw portion to move the pressing portion. As a result, the pipe members that are orthogonal to each other can be fixed easily, reliably, and can be assembled and disassembled in a short time, improving work efficiency.

Further, the pipe fixing member of the present invention comprises a fixing member main body formed with a receiving portion for receiving the pipe member, and an abutting member for contacting a concrete frame formed in the fixing member main body and having concrete poured therein. A contact part, a fixing means formed on the contact part for fixing to the form, and a pressing means for sandwiching and clamping the pipe member installed in the receiving part formed on the fixing member body. Since the fixing means is configured to have substantially the same thickness as the formwork, the formwork will not be deformed by overtightening the pipe and the finish of the concrete will be beautiful. There is an effect.

The anchor member of the present invention comprises a base portion and an anchor member main body formed on the base portion, and a wire or the like is attached to the upper end portion of the anchor member. Since the screw part for screwing the fixing screw part is formed, there is no worry that the worker will trip over and fall like a thing with a part of the bent reinforcing bar exposed on the concrete surface. There is an outstanding effect that the work cost is lower than the method in which a hole is drilled after the concrete is solidified and a fixture is installed.

The turnpack of the present invention comprises a turnpack body and a handle formed on the turnpack body, and the handle can stand upright in the longitudinal direction of the turnpack body. Since the turnpull body can be rotated by erecting the handle, the turnpuckle can be easily and reliably rotated even if there is no suitable bar member at the construction site. effective.

[0080]

[Brief description of drawings]

FIG. 1 is a perspective view showing a configuration of a first embodiment.

FIG. 2 is a perspective view showing a configuration of a second embodiment.

FIG. 3 is a perspective view showing a configuration of a fixing member 30 of a second embodiment.

FIG. 4 is a perspective view showing a configuration of a third embodiment.

FIG. 5 is a perspective view showing a configuration of a fourth embodiment.

FIG. 6 is a perspective view showing the configuration of a fifth embodiment.

FIG. 7 is a perspective view showing the configuration of a sixth embodiment. DESCRIPTION OF SYMBOLS 10 Support member 11 Support member main body 12 Contact surface part 13 Protrusion part 14 Notch part 14 100 Formwork 110 Veneer plate 120 Timber 200 Square bar 20 Support member 21 Support member main body 211 Opening side surface part 22 Support rod member 22 23 Mounting part 30 Fixing member 31 fixing member main body 32 concave portion 33 bolt member 40 pipe fixing member 41 fixing member main body 411 screw portion 42 pressing member 421 engaging pushing portion 43 turning member 44 tightening means 300 pipe 310 first pipe member 320 second pipe member 50 Pipe fixing member 51 Fixing member main body 511 Penetrating rod 52 Receiving part 53 Abutting part 54 Fixing means 55 Pressing means 551 Pressing member 552 Nut member 60 Anchor member 61 Anchor member main body 62 Base part 63 Screw part 64 Cap member 400 W Ear 410 Fixing screw part 1000 Concrete 70 Turnpakre 71 Turnpakre main body 72 Handle 721 Hinge connection 73 Hook member

Claims (9)

[Scope of utility model registration request] 1. A support member for holding a mold into which concrete has been poured, the support member main body, and an abutment surface portion formed at an upper end portion of the support member main body for holding a square timber. Is formed on this contact surface,
A support member for construction work, comprising: fixing means for fixing the square timber, and a notch portion formed on the support member main body for fixing the formwork installed on the upper surface of the square timber. 2. A support member for holding a mold into which concrete has been poured, the support member main body, and fixing members formed at both ends of the support member main body for fixing to the mold. A support member for construction work, comprising: a mounting portion formed on the support member main body and for mounting a support means arranged in a direction orthogonal to a longitudinal direction of the support member main body. 3. A support member for holding a mold into which concrete is poured, the support member main body having a U-shaped cross section, and the support member main body formed on an opening side surface portion of the support member main body. A support member for construction work, comprising a mounting portion for mounting support means arranged in a direction orthogonal to the longitudinal direction of the support member main body. 4. A support member for holding a mold into which concrete is poured, the support member main body having a U-shaped cross section, and the support member main body formed on an opening side surface of the support member main body. Construction work comprising mounting portions for mounting support means arranged in a direction orthogonal to the longitudinal direction of the support member main body, and fixing members formed at both ends of the support member main body for fixing to the formwork. Support member. 5. A fixing member used as a support member for holding a mold in which concrete has been poured,
A fixing member main body for fixing to the mold, a concave portion formed in the fixing member main body, and a bolt member formed in the concave portion, and the concave portion formed in the fixing member main body is a filling material. A fixing member used as a support member for construction work, which is filled with. 6. A fixing member for fixing two or more pipe members, the fixing member main body being configured to be able to penetrate the first pipe member, and arranged in a direction orthogonal to the first pipe member. A pressing member for pressing the fixed second pipe member, a screw portion formed on the fixing member main body, and a rotating member for screwing the screw portion to move the pressing portion. A pipe fixing member composed of and. 7. A fixing member for fixing two or more pipe members arranged in parallel, the fixing member main body having a receiving portion for receiving the pipe member, and the fixing member main body. And a contact portion for contacting the mold into which the concrete has been driven, and this contact portion,
The fixing means includes a fixing means for fixing it to the mold, and a pressing means for clamping the pipe member provided in a receiving portion formed in the fixing member main body by sandwiching the pipe member. A pipe fixing member having a substantially uniform thickness. 8. An anchor member to be installed in a portion where concrete is poured, comprising a base part and an anchor member main body formed on the base part, and an upper end part of the anchor member is An anchor member, wherein a screw portion for screwing a fixed screw portion to which a wire or the like is attached is formed. 9. A turnpuckle for fixing a wire or the like, which comprises a turnpuckle body and a handle formed on the turnpuckle body, and the handle has a longitudinal direction of the turnpuckle body. The turnpuckle is configured to be able to stand upright, and the turnpuckle body is configured to be rotatable by raising a handle.