Sheath used for flexible waveguide assembly and flexible waveguide assembly

Abstract

The invention provides a sheath used for a flexible waveguide assembly. At least one side of the sheath is provided with an arc-shaped reinforcement member. The flexible waveguide assembly comprises a flange, a waveguide tube, and the sheath used for the flexible waveguide assembly. One end of the waveguide tube is disposed on the flange. The sheath used for the flexible waveguide assembly is disposed on the outer side of the waveguide tube in a sleeved manner, and one end of the above mentioned sheath is tightly attached to the flange. The sheath used for the flexible waveguide assembly and the flexible waveguide assembly are advantageous in that original assembly environment is not affected, and only the connection part of the sheath used for the flexible waveguide assembly is additionally provided with the reinforcement member, and therefore the strength of the interface between the sheath used for the flexible waveguide assembly and the flange is enhanced, and the service lifetime is prolonged; the sheath used for the flexible waveguide assembly is thinned, and the bending degree is increased, and the stress is reduced during the bending process, and then rubber consumption is reduced.

Description

Technical field [0001] The invention relates to a sheath used for a flexible waveguide component and a flexible waveguide component using the sheath. Background technique [0002] The transportation conditions of the flexible wave tube and the limitation of the installation environment have caused the problem of cracking at the interface between the rubber and the flange or affecting the life. [0003] Such as Figure 1 to Figure 3 Shown. Traditional flexible waveguide components include: flange 1, rubber sleeve 2 and tube blank 3. In order to increase the strength of the rubber and flange interface, the traditional method is generally to increase the wall thickness of the rubber sleeve 2. [0004] However, the increase in the thickness of the rubber sleeve will inevitably reduce the curvature of the waveguide, increase the rubber material and increase the cost. Moreover, the thicker the rubber sleeve, the greater the stress during bending. Although the strength of the joint is imp...

AI Technical Summary

Problems solved by technology

[0004] However, the increase in the thickness of the rubber sleeve will inevitably reduce the curvature of the waveguide, increase the rubber material, and increase the cost

Moreover, the thicker the rubber sleeve, the greater the stress during bending. Although the strength of the joint is improved, the destructive force is also increased accordingly, and the damage at the joint has not been completely eliminated.

Images