JPH0323008Y2 - - Google Patents

Description

[Detailed explanation of the idea] Industrial applications This invention relates to a standing pier for a gate fence.

Example The details of the invention will be explained below with reference to the drawings.

The gate wall 1 is made of concrete and includes a base portion 1A, a support portion 1B, a capstone portion 1C, and a book portion 1D.

The order of production is to first install the reinforcing steel frames 1a, 1b, and 1c for the base part 1A, support part 1B, and capstone part 1C in the book part 1.
Form by leaving D.

Next, in order to form a gate wall with a desired shape, the formwork for the gate wall is assembled into a reinforcing frame 1a of the base section 1A and the support section 1B.
1b, and concrete is poured into the formworks 1a and 1b to produce the base portion 1A and the support portion 1B.

Furthermore, a formwork for a mounting table 3 on which the standing bar 2 is placed at a desired location on the upper surface of the base portion 1A (the space in this portion becomes the book portion 1D) is formed.

Next, the concave hole 2a on the bottom of the vertical bar 2 (the details of which will be described later) that has been prepared in advance is made to face the concave hole 3a on the top surface of the mounting table 3, and concrete is poured into both holes 2a and 3a to place the stand. The reinforcing bars 2b that are placed and extended from the upper surface of the standing beam 2 are connected to the reinforcing bar framework 1c for the cap 1C.

This connection may be made by welding, or by binding using a binding wire or the like.

Next, after the standing beam 2 is fixed upright in the book section 1D as described above, the formwork 4 for left and right caps having an L-shaped cross section into which the upper end of the standing beam 2 can be inserted is inserted into the reinforcing bar framework of the capping section. 1c, and concrete is poured into the formwork 4.

As mentioned above, the vertical bar 2 has the reinforcing bar 2b as its axis.
The main body portion of the vertical bar 2 is formed in a desired shape with concrete around the reinforcing bar 2b, and the shaft core 2b is extended from the upper surface of the vertical bar 2 to form the supporting bar 2.
c, and a recessed hole 2a is bored in the lower surface of the vertical bar 2. Further, the main body portion of the vertical beam 2 is formed by applying white cement, removing air bubbles, and then overcoating the top surface with paint for concrete.

Function The fixing mechanism on the top of the stand is extremely simple, and when connecting the support rods to the reinforcing frame for the cap, the work can be done smoothly without any obstacles. The fixing work can also be done reliably.

Effects Because the main body of the stand is made of concrete with reinforcing bars as its axis, it is stronger than those made of glass fiber or plaster, and it is more resistant to human effort as well as to the stand itself. It will never be damaged, and since it is formed by applying white cement to the concrete, removing the air bubbles, and then painting the top surface with concrete paint, it is an extremely elegant gate fence. It can be used as a standing pier.

Therefore, since the material is strong and resistant to destructive forces, it is safe to use in high-rise buildings, and the combination of white cement and concrete paint provides a gate fence rich in elegance. It's something you get.

[Brief explanation of drawings]

FIG. 1 is a partial perspective view of the gate wall of the present invention. 1... Gate fence, 2... Standing pier, 3... Mounting stand.

Claims (1)

[Scope of utility model registration request] Form the body of the stand in the desired shape with concrete, apply white cement to the surface of the concrete, set the white cement surface with concrete paint, insert a reinforcing bar into the body of the stand as its axis, and form the stand. A standing frame for a gate fence, which is formed by extending the reinforcing bars from the upper surface of the frame to form a support rod, and having a recessed hole bored in the lower surface of the standing frame.