Position adjustment and anti-collision device for automobiles

Abstract

A position adjustment and anti-collision device for automobiles is characterized in that a mobile support is arranged at the bottom of each of a main driver's seat and an auxiliary driver's seat, a main driver's seat mobile guide rail and an auxiliary driver's seat mobile guide rail are arranged in front of a backseat, main driver's seat movable plates are mounted at the inner edge of a main driver's seat groove, a backseat movable plate is mounted at an inner edge of a backseat groove, a supporting frame is arranged at the bottom of each movable plate, a connecting spring and a connecting belt are connected to each supporting frame, a bottom connecting belt of the backseat movable plate is connected with a mobile plate, a bottom connecting belt of the main driver's seat movable plate is connected with a rear wheel braking mechanism, the other side of the rear wheel braking mechanism is connected with one end of a braking control plate, the mobile plate is arranged in the support and provided with a braking control plate, and the braking control plate is arranged in front of the main driver's seat mobile guide rail. By the aid of the structure, the position adjustment and anti-collision device for the automobiles is high in practical value and safety, so that a greater guarantee is provided for safety driving.

Description

technical field [0001] The invention relates to the field of auto parts, in particular to a position adjustment and anti-collision device for automobiles. Background technique [0002] With the continuous development of society and the continuous improvement of living standards, more and more people use cars as a means of travel for the convenience of transportation. However, driving is very prone to accidents. Once an accident occurs, the driver in the cab is most likely to be injured. Therefore, Airbags are installed in the car to prevent the driver from being injured, but the space in the cab is inherently limited. Most of the current car driver’s seats use a simple seat type. There are very few left, so it is difficult for the injured driver to get out of it, so someone thinks that the driver's seat is designed to be mobile. If an accident occurs, the seat can be receded to expand the space so that the driver can leave the cab. The internal size is fixed, so the distanc...

AI Technical Summary

Problems solved by technology

[0002]With the continuous development of society and the continuous improvement of living standards, more and more people use cars as a means of travel for the convenience of transportation, but driving is very prone to accidents Once an accident occurs, the driver in the cab is the most vulnerable, so the car is equipped with airbags to prevent the driver from being hurt, but the space in the cab is limited, and most of the currently used car seats are simple seats. Therefore, in case of a large-scale accident, the space in the cab is very small after the airbag is activated, so it is difficult for the injured driver to get out of it. Therefore, some people think of designing the driver's seat as a mobile type. The rear seat expands the space for the driver to leave the cab. Since the interior size of the car is fixed, the distance the seat can move is limited. After the seat is moved, it is still difficult for the driver to move out of it. In addition, because the distance between the brake and the accelerator is very close In an emergency, drivers tend to panic and mistakenly press the accelerator pedal instead of the brake, which will increase the frequency of accidents. In addition, due to the different body shapes of each person, the height of the current seat position cannot be adjusted, so it is very difficult for the driver to operate. Inconvenient, there is an urgent need for a device that can provide the driver with a spacious and comfortable driving environment, and can provide greater safety for driving.

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