TH2545A - Configuration of end fixing using anchors of tensile steel components Where there is independent oscillation of structural components subject to aerodynamic stress. - Google Patents

Abstract

Fastening the ends of the tensile steel wire Can be done by using an anchor The steel wire is passed through parallel pipes in the anchor body and ends with the anchor using wedge clamps. These tubes are constant and slightly larger in diameter than the steel body. An elastic ring is used in the end of the anchor as a force transfer from the deflection of the steel wire. A retaining ring is used to gather several steel strands together into one wire. The support is inserted between the retaining ring and the steel body to transfer force from the deflection of the steel wire in this area. This support is made of a weaker material. Retaining ring and steel wire The material from which the elastic ring is made is weaker than the anchor. And steel lines By this arrangement of the end fixing of the tensile steel wire, this eliminates the force of the two-area deflection.

Claims (5)

1. Shaping of the end fixing of (4) steel tensile parts with free oscillation of structural components subjected to dynamic pulsation. Where the tension member (4) is bent twice in the area where the end with the anchor (1) is fixed to the pipe (2) placed parallel to each other so that the tension elements pass through and The ends are secured with a wedge-shaped clamp (3) in the region (2a) of the pipe (2) that opens up into a conical face out. The support in which the tension member (4) is placed across is prepared in the area of the deflection of the anchor (1) to transfer the force from the deflection. And where there is a retaining ring (9) used to combine several tensile parts (4) coming out of the pipe (2) in the anchor body and through the retaining ring (9) characterized as diameter ( D) of each pipe (2) in the cross section (2c) from the area (2a) facing the conical opening to approximately the exit point (2b) is constant and larger than the diameter (d) of the load-bearing part. Pull (4) that the support was prepared only in the area of the destination (2b) with the support (5,13,14,6) able to swing. And that the retaining ring (9) has an object (10) which is placed against the tension member (4) on the surface of the retaining ring entwined towards the tension member. In which the material is weaker than the retaining ring (9) or the tension member (4). 2. The configuration of the end fixing according to claim 1, characterized by that the diameter (D) of each package (2) is 2 to 5 mm larger than the diameter (d) of the tensile part (4). 3. The configuration of the end fixing according to claim 1, characterized by that the support consists of a flexible retaining ring (5,6,13,14) accepted in a circular recess (11) in the wall of Exit end (2b) of each bundle (2) of the pipe, in which the elastic ring is swinged with a piece. Tensile parts (4) 4. The configuration of the end fixing according to claim 1, characterized by that the support consists of a perforated flexible plate (6), which is fixed to the anchor (1) using a clamping ring (7). To be attached to the end face at the exit end of the pipe (2) and to the swing With the pick-up and pull piece (4) that passes through its hole (12). 5. The configuration of the end fixing according to claim 3, characterized by that each elastic ring (5,6,13,14) has a polygonal cross-section. Trapezoid or circle