Three-way impact-resisting support for high-temperature pipeline system

Abstract

The invention provides a three-way impact-resisting support for a high-temperature pipeline system. The three-way impact-resisting support comprises a pipe clamp and two three-way impact-resisting support bodies, the pipe clamp is fixed to the two three-way impact-resisting support bodies of the two sides of a pipe, and the pipe clamp is clamped to the periphery of the pipe. Each three-way impact-resisting support body comprises a hollow base with an upward opening, a hollow sleeve with an upward opening and a sliding block, the bases and the sleeves are slidably connected, and a limiting partA is arranged at the opening of each base so as to prevent sliding separation of each base and the corresponding sleeve. A Z-direction elastic assembly is further arranged between each base and the corresponding sleeve, an X-direction through hole and a Y-direction through hole are formed in each sliding block, and the sliding blocks and the sleeves are slidably connected in the X direction through X-direction guiding rods which penetrate through the Y-direction through holes and are matched with X-direction sliding groove pairs, and the sliding blocks and the sleeves are slidably connected in the Y direction through Y-direction guiding rods which penetrate through the X-direction through holes and are matched with Y-direction sliding groove pairs. Y-direction elastic assemblies and the X-direction elastic assemblies are arranged on the X-direction guiding rods and the Y-direction guiding rods correspondingly, and the pipe clamp is fixed to the upper portions of the sliding blocks. The three-way impact-resisting support is convenient to use and remarkable in effect.

Description

technical field [0001] The invention belongs to the field of ship device maintenance, and in particular relates to a three-way impact-resistant bracket for a high-temperature pipeline system. Background technique [0002] Ships will inevitably be affected by shock and vibration during their service, which directly affects the combat capability of the ship in battle, and at the same time affects the vitality of the ship. With the development of modern military technology and the increasing strength of military defense, the working environment of ships is getting worse and worse, and the shock and vibration of ships are getting bigger and bigger, which has to improve the ability of ships to resist shock and vibration. The pipeline system plays a pivotal role in the ship. The water, oil, and steam in the ship are transmitted by the pipeline system. Since the pipeline system in the ship is easily affected by shock and vibration, the pipeline system in the ship It should be give...

AI Technical Summary

Problems solved by technology

[0004] At present, most of the pipeline system supports only play a supporting and fixing role, mainly to control one-way displacement and vibration. Shock and vibration energies are still unresolved

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