Structure for reinforcing signal data pipeline of hypergravity centrifuge

Abstract

The invention discloses a structure for reinforcing a signal data pipeline of a hypergravity centrifuge. The reinforcing structure is installed on the high-speed rotating arm of the hypergravity centrifuge. The reinforcing structure is installed on the top surface of the high-speed rotating arm. Various pipelines are fixed in the reinforcing structure. The reinforcing structure comprises structural units which are symmetrically arranged on the upper side and the lower side of each pipeline and reinforcing carbon fiber composite layers which are arranged outside the structural units. The structural units on the upper side and the lower side wrap the upper sides and the lower sides of the pipelines respectively. The inner concave parts of the structural units between every two adjacent pipelines are filled up by the reinforcing carbon fiber composite layers. The structural units and the reinforcing carbon fiber composite layers are formed by stacking multiple carbon fiber composite material layers of different fiber arrangements. The signal data line reinforcing structure can overcome the huge pulling force caused by the high-speed rotation of the hypergravity centrifuge in the usingprocess, and prevents the signal data line from being thrown out and broken under the high-speed operation of the centrifuge. The signal data line is fixed firmly and has simple structure.

Description

technical field [0001] The invention relates to an internal structure of a supergravity centrifuge in the field of structure strengthening structure design under a supergravity centrifugal field, and in particular relates to a supergravity centrifugal field signal data line strengthening structure design. Background technique [0002] The high gravity centrifuge is an important experimental device for time-scaling and scale-down experiments to study the evolution of geological processes, the migration of soil pollutants, and deep-sea engineering catastrophes. However, in a high-gravity environment, the huge centrifugal force makes sensors, data Inlet and outlet pipelines such as wires, water and air, etc. are subjected to huge centrifugal force, and the huge centrifugal force can easily cause these signal data lines and material inlet and outlet pipelines to be cracked or broken after being fixed. Therefore, in order to ensure the normal use of signal data lines and material...

AI Technical Summary

Problems solved by technology

[0002] The high gravity centrifuge is an important experimental device for time-scaling and scale-down experiments to study the evolution of geological processes, the migration of soil pollutants, and deep-sea engineering catastrophes. However, in a high-gravity environment, the huge centrifugal force makes sensors, data Inlet and outlet pipelines such as wires, water and air, etc. are subjected to huge centrifugal force, and the huge centrifugal force can easily cause these signal data lines and material inlet and outlet pipelines to be cracked or broken after being fixed.

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