Self-adaptive damping type mechanical part road transportation device

Abstract

The invention discloses a self-adaptive damping type road transportation device for mechanical parts. The self-adaptive damping type road transportation device comprises a self-pressurization type flexible automatic filling mechanism, a self-adaptive type constant exhaust structure, a distribution control placement mechanism, a multi-dimensional wrapping type clamping device and a portable moving carrying mechanism. The invention belongs to the technical field of road transportation of mechanical parts, and particularly relates to a self-adaptive damping type road transportation device for mechanical parts. In order to simplify the structure and reduce the cost, flowing airflow during vehicle transportation is reasonably utilized, a Coanda curved plate is creatively arranged by applying the Coanda effect to guide the airflow, and stable air pressure is formed in an upper wrapping type air bag chamber for buffering and damping; the invention further creatively provides a self-adaptive constant exhaust structure, the air pressure in the lower buffering air bag can be dynamically adjusted according to the vehicle speed, and the effects that the shock absorption capacity is high at the high speed and the shock absorption stroke is large at the low speed are achieved.

Description

technical field [0001] The invention belongs to the technical field of road transportation of mechanical parts, in particular to an adaptive shock-absorbing road transportation device for mechanical parts. Background technique [0002] Mechanical parts are the basic components of machinery, and they are individual parts that make up machinery and machines. After being produced in factories, mechanical parts need to be transported. However, in the traditional transportation of mechanical parts, they are usually used The transport basket is used to store mechanical parts, and all mechanical parts are stacked on a transport trolley for transportation. This transportation method mainly has the following problems: [0003] A: Since the mechanical parts are not classified and stored according to the size of the mechanical parts, they need to be sorted again before storage, which increases the time cost; [0004] B: It is impossible to classify and fix different mechanical parts, ...

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Problems solved by technology

[0008] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides an adaptive shock-absorbing road transport device for mechanical parts, which is aimed at The transportation device cannot provide dynamic buffer protection for mechanical parts of different sizes. The Coanda effect is creatively applied. Through the self-pressurized flexible automatic filling mechanism and the adaptive constant exhaust structure, it is realized that there is no independent drive. In the case of the unit and the control module, the technical effect of self-adaptive adjustment of the damping strength of the damping structure can be achieved only through an ingenious mechanical structure, which solves the problem that the existing technology is difficult to solve. Air pressure for shock absorption (increasing the buffer stroke) and providing high air pressure for shock absorption (improving the ability to absorb shocks) when the vehicle is running at a high speed are contradictory problems, effectively avoiding the problem of using a large number of electric mechanisms and causing high costs, and at the same time Through the intervention of the distributed control placement mechanism and the multi-dimensional wrapping clamping device, the classification and placement of mechanical parts according to the size is realized, and the safe and stable transportation of the mechanical parts is completed through the simplified clamping mechanism. In addition, the invention is convenient to set The mobile handling mechanism realizes the automation mode of the road transportation device for mechanical parts, thus reducing the labor intensity of labor to a certain extent

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