Three-dimensional pipeline arrangement equipment having function of spring damping, for motor vehicle

Abstract

The invention relates to three-dimensional pipeline arrangement equipment having a function of spring damping, for a motor vehicle. The three-dimensional pipeline arrangement equipment comprises a base, side plates, an upper cover plate and two damping parts, wherein a plurality of baffle plates and Z-direction pipeline arrangement columns are uniformly arranged on the upper surface of the base ina lateral direction and in a longitudinal direction; an X-direction gap is reserved between each baffle plate and the corresponding adjacent Z-direction pipeline arrangement column; each Z-directionpipeline arrangement column is of a hollow cylinder structure with a groove penetrating through the upper end surface and the lower end surface of the hollow cylinder structure; and the damping partsadopt damping springs for damping. According to the three-dimensional pipeline arrangement equipment disclosed by the invention, pipeline arrangement can be performed in an X direction, in a Y direction and in a Z direction; the three-dimensional pipeline arrangement equipment has the advantages of being high in function, high in adaptability, convenient to use and the like; and the damping structures are arranged, so that the situation that displacement is generated on pipelines in the pipeline arrangement equipment in the travelling process of the vehicle can be avoided, so that the servicelife of the pipeline is prolonged.

Description

technical field [0001] The invention relates to a wiring device and belongs to the field of pipeline layout. Background technique [0002] In automobiles or other motor vehicles, a large number of wires or pipelines are needed to transport current or fluid, such as fluids such as coolant or hydraulic oil, so a large number of pipelines need to be arranged. In order to arrange a large number of pipelines for easy installation and replacement, it is necessary Related pipeline routing equipment. However, most of the current existing wiring equipment is unidirectional, that is, only one-dimensional pipelines can be arranged. In recent years, bidirectional wiring equipment has appeared, adding a dimension, from one-dimensional to two-dimensional, greatly Added functionality for wiring devices. However, considering the huge number of pipelines at present, and the installation is in a realistic three-dimensional environment, when wiring in three vertical directions (that is, thre...

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Problems solved by technology

However, most of the current existing wiring equipment is unidirectional, that is, only one-dimensional pipelines can be arranged. In recent years, bidirectional wiring equipment has appeared, adding a dimension, from one-dimensional to two-dimensional, greatly Added functionality for wiring devices

However, considering the huge number of pipelines at present, and the installation is in a realistic three-dimensional environment, when wiring in three vertical directions (that is, three-dimensional) is required, the existing equipment cannot meet the requirements, and the current existing technology There is no three-dimensional wiring equipment in the system; in addition, the motor vehicle will vibrate during driving, and the traditional wiring equipment does not have the function of damping vibration. With the vibration, the pipelines arranged in it will have a corresponding displacement and cause the pipeline to appear fatigue damage

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