The structure of the automobile fuel tank strap

Abstract

The invention relates to the field of automobile fittings, in particular to the structure of a bundling belt for a fuel tank of an automobile. The structure of the bundling belt comprises a clamping pin plate A and a clamping pin joint A. The clamping pin joint A and a clamping pin joint B are arranged at the two ends of a bundling belt body respectively. The clamping pin joint A is connected with the clamping pin plate A. The clamping pin joint B is connected with a clamping pin plate B. A plurality of adjustment devices are uniformly distributed on the upper surface of the bundling belt body. Each adjustment device consists of two symmetrical and opposite steel reinforcing parts and a fastening screw. Clamping pin holes in the two ends of the fuel tank are T-shaped grooves. According to the structure of the bundling belt, the clamping pin plate A is inserted into the clamping pin hole in one end of the fuel tank, and the clamping pin plate B is inserted into the clamping pin hole in the other end of the fuel tank, so that the oil tank is firmly mounted, the aim of tool-free mounting of baffle plates and the clamping pin holes in the two ends of the fuel tank is fulfilled, and the potential safety hazard of automobile crashes is lowered. Due to the adoption of the adjustment devices, the corrosion resistance of the bundling belt can be improved, and the strength of the bundling belt can be strengthened; and the adjustment devices can also be used as a permanent maintenance means, so that the service life of the bundling belt is prolonged.

Description

technical field [0001] The invention relates to the field of auto parts, in particular to the structure of an automotive fuel tank strap. Background technique [0002] The traditional way of fixing the fuel tank of ordinary cars is to weld bolts on the body, connect the bolts with nuts, and fix the straps on the body. The installation efficiency of this connection method is not high. Once the influence of the body structure or layout factors is encountered, the installation bracket is required. If there is a collision, the bolted connection may puncture the fuel tank, bringing a huge safety hazard to the fuel tank. In addition, the vehicle is exposed to different road conditions, summer heat, ice and snow, and chemical substances for a long time, which may cause the fuel tank strap to corrode. Corrosion in one or both straps can cause the fuel line to come off the vehicle and sometimes cause the fuel tank to touch the ground, either of which can lead to fuel leaks ...

AI Technical Summary

Problems solved by technology

The installation efficiency of this connection method is not high. Once the influence of the body structure or layout factors is encountered, the installation bracket is required.

If there is a collision, the bolted connection may puncture the fuel tank, bringing a huge safety hazard to the fuel tank

In addition, the vehicle is exposed to different road conditions, summer heat, ice and snow and chemical substances for a long time, which may cause the fuel tank strap to corrode

Corrosion in one or both straps can cause the fuel line to come off the vehicle and sometimes cause the fuel tank to touch the ground, either of which can lead to fuel leaks and a fire risk

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