A safe parking lock capable of automatic deformation and buffering

Abstract

The invention relates to the technical field of automobile equipment, and discloses a safety parking lock capable of automatic deformation and buffering. , the right side of the top of the base is slidably connected with a sliding seat, the top of the sliding seat is movably hinged with an active rod, and a baffle is movably hinged between the long rod and the top of the active rod, and the internal movement of the connecting shaft A limiting plate extending to the inside of the connecting seat is plugged in. The safety parking lock that can automatically deform and buffer, when the car collides with the parking lock, the first layer of buffering is played by the detection plate and the pressure spring, and the baffle is folded and deformed into an inclined shape, forming a buffering slope, which acts as the second layer Buffering, by setting damping parts on the sliding seat, it plays an auxiliary buffering effect, which can effectively reduce and disperse the impact force of the car on the parking lock, and improve the safety and service life of the parking lock.

Description

technical field [0001] The utility model relates to the technical field of automobile equipment, in particular to a safety parking lock capable of automatic deformation and buffering. Background technique [0002] The growth of parking spaces is far behind the growth of vehicles, resulting in a large number of random parking. The rechargeable parking spaces necessary for new energy vehicles are often occupied by non-new energy vehicles, resulting in the inability of car owners to charge. For new energy vehicles For car owners, the impact of parking space occupation is far greater than that of using non-new energy vehicles. Therefore, many car owners will install parking locks on their parking spaces to protect their parking spaces from being occupied by others. [0003] Due to the shortage of parking spaces, the area of ​​parking spaces in many places is very small, and the passage area vacated outside the parking spaces is relatively narrow, which raises the requirements fo...

AI Technical Summary

Problems solved by technology

[0003] Due to the shortage of parking spaces, the area of ​​parking spaces in many places is very small, and the passage area vacated outside the parking spaces is relatively narrow, which raises the requirements for car owners' parking skills. Although more and more people have their own Private cars, but quite a few of them have poor parking skills and need multiple operations to complete the parking and storage. During the parking process, there have also been many accidents that scratched the side vehicles and the parking lock. Therefore, the parking lock should also have Good anti-collision performance

[0004] The common parking locks on the market improve the anti-collision performance by strengthening the performance of the material itself, and do not have the effect of cushioning. If the driver does not operate properly during parking and collides with the parking lock, it is easy to cause damage to the parking lock and the car body. In terms of damage, if the impact force is too large, it will also cause the parking lock to be damaged and cannot continue to be used, and the use of materials with higher hardness and thickness will undoubtedly increase the requirements for the material itself and increase the manufacturing and use costs of the parking lock.

Images