KR200356594Y1 - Rebar Connection Socket - Google Patents

Abstract

This paper is used as a building material. It is a reinforcing socket used to connect reinforcing bars. The reinforcing socket of this paper is connected to the cut end of the reinforcing bar, and the other reinforcing bar is connected to the reinforcing socket of this paper.

Description

Reinforcing bar socket {omitted}

Conventionally, the reinforcing bar is used to connect the ends of the reinforcing bars overlapping and connecting with wire or bolted to the reinforcing bar was used.

If the wires are used together, the rebars overlap, which not only wastes the rebars but also separates the rebars when the wires are cut.

In addition, the machining of reinforcing steel bar cost a lot of time and processing costs.

The rebar connection socket in this paper has a socket (1) as shown in FIG. 7, and a socket groove middle jaw (3) in the middle of the socket (1). When the rebar end is connected to the socket (1) when the reinforcing bar is connected, the rebar end is connected to the socket. It is connected to the groove middle jaw (3) and the reinforcing bar is connected to the socket center of the present case.

In addition, as shown in Figure 6, there is a reinforcing bar (2) in the socket (1) grooves (4) is a strong socket without bending the socket (1) in the present case when the reinforcing bar.

1 is a front view of the cross section of the rebar socket;

Figure 2 A is a plan view of the cross section of the rebar socket

2B is a three-dimensional plan view of the cross section of the reinforced socket.

Figure 3 is a perspective view of the cross section of the reinforced socket.

4 is a reinforced socket top view.

5 is a reinforced socket front view.

6 is a rebar socket plane and front view.

Fig. 7 is a front view in which the socket in which reinforcing bars are connected to the reinforcing socket up and down is cross sectioned.

Figure 8 is a plan view of the cross-sectional view of the rebar and the rebar socket.

9 is a front view in which reinforcing bars are connected up and down to a socket;

(Explanation of symbols for the main parts of the drawing)

1.Socket 2.Reinforcement table 3.Socket groove middle jaw. 4.Socket groove 6, 6a.

The reinforcing bar socket (1) in this article is made of iron and. It is used as a material of heavy metal, and the reinforcing bar connection socket (1) in this paper used to connect reinforcing bars to each other by connecting the socket (1) of the main part to the rebar end and other reinforcing bar parts is as follows.

The configuration of the reinforcing bar socket 1 of the present invention is shown in FIG. 5. As shown in Figure 6, the socket (1) is shaped like a pipe with a circular rod, allowing rebar to be connected to the socket in this article. As shown in Fig. 4, when the inside of the socket 1 is viewed from the front as a pipe, it is constructed so that the reinforcing bar can be connected to the socket groove 4.

The socket groove 4 has a socket groove intermediate jaw 3 as shown in FIG. 3, and when the reinforcing bar 6 is connected to the socket groove 4 of the socket 1 as shown in FIG. 7, the socket groove middle jaw 3 is provided. The rebar end is caught, and when the other reinforcing bar 6a is connected to the opposite side of the socket 1, it is caught by the socket groove middle jaw 3 as shown in FIG. When connecting the reinforcing bar (6) (6a) to both sides of the socket (1), the socket (1) is fixed between the reinforcing bar 6 and the reinforcing bar (6a) is connected to the reinforcing bar.

In addition, as shown in Figure 3 in the socket groove 4, the socket reinforcing bar 2 has a plurality of socket reinforcing bar like projections in the shape of a rod in the socket groove 4, the socket reinforcing bar (2) as shown in Figure 4 From the inlet of the socket groove 4 to the middle socket 3 at regular intervals, such as 7a-8a-9a-10a. Several socket reinforcing bars 2 are composed on both sides of the socket middle slot 3. When connecting the reinforcing bar into the socket groove (4) on both sides as shown in Figure 7 so that the reinforcing bar (2) in the socket groove (4) when the reinforcing bar (1) and the reinforcing bar (6a) so that the socket (1) is not bent It is a characteristic configuration of the socket reinforcement (2) in the socket groove (4).

In this paper, when connecting reinforcing bars and reinforcing bars, the rebars overlapped with each other.

In order to solve this problem, the socket (1) of this paper is a socket for connecting reinforcing bars, and it is easy to work and has the effect of eliminating overlapping waste when tying steel bars with wires.

In addition, work is fast when connecting the rebar.

Claims (2)

This socket is a heavy metal material that connects reinforcing bars to each other. It is made of a circular rod-like pipe. When the reinforcing bar is connected to the socket, the reinforcing bar is fixed up to the middle of the socket and when the other bar is connected to the opposite socket, the reinforcing bar is fixed up to the middle of the socket. The structure of the socket. The socket of claim 1 has a reinforcing bar like a bar-shaped protrusion from the socket inlet of the first point to the middle of the socket groove on the inner side of the socket groove and the round inner surface. The reinforcing bar forms a reinforcing bar so as to be integral to the inner surface of the socket so that the reinforcing bar is integrally formed on the inner surface of the socket groove so that the reinforcing bar and the reinforcing bar are connected to the socket in the main compartment.