Pull-lever impact-resistant remote-control parking lock

Abstract

The invention aims to solve the problems that an existing remote-control parking lock is complex in structure, poor in place-holding capacity and ineffective in preventing a parking lot from being occupied and rarely meets the existing requirements on usage of parking locks and provides a pull-lever impact-resistant remote-control parking lock to solve the problems above. The parking lock comprises a base. A crank support for a rocker used for opening or closing a parking lot is disposed on the base. The crank support, a hinging crank mechanism, a hinging pull lever and a top of the rocker are hinged in order. The crank support is provided with a locking opening. The crank mechanism is provided with a locking pin cooperating with the locking opening. A drive motor drives the crank mechanism to rotate so that the locking pin enters or leaves the locking opening and drives the pull lever to drive the rocker which then closes or opens the parking lot. The pull-lever impact-resistant remote-control parking lock is ingenious in structure, operation of the parking lock is greatly simplified, the locking pin and the locking opening can cooperate to effectively prevent the parking lot from being opened when a car accidentally collides on the rocker, place-holding capacity of the parking lock is greatly improved, and damage to the car is also avoided.

Description

technical field [0001] The invention relates to the related technical field of parking locks, in particular to a pull-rod type anti-collision remote control parking lock. Background technique [0002] Parking lock is a kind of mechanical device, and its function is to prevent others from occupying one's own car parking space, and allows one's own car to stop at any time. In the past, most of the parking locks were mechanical and manual. When the car entered or exited the parking space, it was necessary to get off the car to prop up or put down the pole of the parking lock, and then lock it, which was very inconvenient to use. trouble. Manual parking locks have no anti-collision function. If you accidentally hit the parking lock, the car is easily injured, and the parking lock is also easily damaged. [0003] In order to solve the above problems, remote-controlled parking locks have appeared, but the existing remote-controlled parking locks either have complex structures or...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem that the existing remote control parking lock has a relatively complex structure, poor occupancy capacity, and difficulty in meeting the current requirements for the use of parking locks, the present invention provides a pull-rod type anti-collision remote control parking lock to solve the above problems

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