Accelerator linkage limit car anti-theft structure

Abstract

The invention discloses an automobile throttle locking anti-theft mechanism, which is composed of a throttle connecting rod groove 110 and a throttle connecting rod limiting mechanism 200 engaging with the groove; the throttle connecting rod limiting mechanism 200 has The left-handed plate 210 and the right-handed plate 220, which are embedded in the left and right sides of the groove, are respectively driven by two sets of independent drive mechanisms, that is, the first rotary plate drive motor 215 that controls the position and state of the left-handed plate. Constitute with the second rotary plate drive motor 225 of control right-handed plate position state. The invention realizes intelligent control, is simple and convenient to operate, is cheap, and is installed inside the automobile, has the advantages of not affecting the appearance of the automobile and having a high safety level.

Description

technical field [0001] The invention relates to an automobile anti-theft device. Background technique [0002] Along with the vigorous development of the automobile industry, automobile anti-theft becomes more and more important among numerous car owners and automobile manufacturers. Existing anti-theft technology is mainly divided into electronic anti-theft and mechanical anti-theft. Electronic anti-theft products are expensive, troublesome to install, require frequent maintenance, and have relatively high installation and maintenance costs. Traditional mechanical anti-theft, such as the most common baseball locks, steering wheel locks, and tire locks, not only affect the appearance of the car, but also are troublesome to use. The most important thing is that they are directly exposed to the outside and are easy to be opened. Therefore, the existing anti-theft devices are largely deficient in terms of price, aesthetics, operability and anti-theft performance. Contents o...

AI Technical Summary

Problems solved by technology

Electronic anti-theft products are expensive, troublesome to install, require frequent maintenance, and the installation and maintenance costs are relatively high

Traditional mechanical anti-theft, such as the most common baseball locks, steering wheel locks, and tire locks, not only affect the appearance of the car, but also are troublesome to use. The most important thing is that they are directly exposed to the outside and are easy to be opened.

Therefore, the existing anti-theft devices have great deficiencies in price, aesthetics, operability and anti-theft performance.

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