Support of push-pull type air blower for simulating air exhaust environment during automobile running

Abstract

The invention discloses a support of a push-pull type air blower for simulating the air exhaust environment during automobile running. The support of the push-pull type air blower comprises a flat support formed by sequentially connecting steel products, four automobile wheels are installed at the bottom of the flat support, two mutually-parallel supports are installed on the flat support, the whole of each support is triangular, the two supports are parallel to each other, two arc-shaped strips are installed between the two supports, the bottoms of the two arc-shaped strips are fixed on the frames of the two sides of the flat support respectively, overall U-shaped push-pull rods are installed at the tops of the two supports, and the two ends of the U-shaped push-pull rods are installed at the tops of the two supports respectively. According to the support of the push-pull type air blower, a saddle-shaped containing structure is formed by the two supports, the flat support and the two arc-shaped strips, an air blower is installed in the middle of the saddle-shaped containing structure, and therefore an air source capable of being pushed on the ground is formed; the U-shaped push-pull rods are adopted, the air blower can stay in a U-shaped space in the rotation process, and therefore damage, caused by collision with other objects, to the air blower is avoided.

Description

technical field [0001] The invention relates to an auxiliary tool, in particular to a push-pull blower support for simulating the exhaust environment of a car running. Background technique [0002] Automobile inspection technology is derived from automobile maintenance technology, which is developed along with the development of automobile technology. In the early car maintenance process, it was mainly through experienced maintenance personnel to find car faults and make targeted repairs. fault judgment), "smell (hearing)" (for example: judging the fault by the sound of the engine, etc.), "asking (inquiry) (for example: judging the fault by asking the driver's vehicle usage or phenomenon), "cut (hand touch) "(For example: judging faults by feeling temperature, vibration, pressure, etc. by hand). With the advancement of modern electromechanical measurement and control technology, especially the advancement of computer technology, automobile inspection technology has also dev...

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