Keyless intelligent electric control lock

Abstract

The invention relates to a keyless intelligent electric control lock which comprises a shell, a motor, a gear set and a spring bolt, and is characterized in that the shell is linked with a mechanical password device, the mechanical password device comprises a first base, the end face, facing the first base, of the shell is provided with a receding hole, a password disc assembly is arranged in the first base, the code disc assembly is in linkage with an unlocking transmission rod, a rotary knob is relatively and fixedly connected to the end of the unlocking transmission rod, a code disc is arranged between the rotary knob and the first base, an unlocking assembly is arranged at the end of the first base, the unlocking assembly comprises a rotating shaft and a faucet unlocking connecting block in linkage with the rotating shaft, and the faucet unlocking connecting block is in linkage with the spring bolt. The keyless intelligent electric control lock has the beneficial effects that the keyless intelligent electric control lock is provided, the problem of failure of the electric control lock is solved, a spare key is replaced, keyless control over the electric control lock is achieved, and the situation that the key is lost is avoided.

Description

technical field [0001] The invention relates to the technical field of locks, in particular to a keyless intelligent electric control lock. Background technique [0002] The power lock on traditional electric vehicles or motorcycles is a mechanical lock controlled by a key, and the key must be manually inserted and turned to open it. The key in the mechanical lock is easy to lose and break, thus the electric control lock is produced. The following situations exist in the use of electric locks: [0003] (1) There is no corresponding backup device in some electronically controlled locks. When the electronic part of the electronically controlled lock is damaged or the power is cut off, the electronically controlled lock will fail as a whole and the user cannot unlock it; [0004] (2) When the user twists the front of the car when the automatic faucet lock is unlocked, the lock bolt gets stuck and cannot be recovered; [0005] (3) When the automatic faucet lock is locked, the...

AI Technical Summary

Problems solved by technology

[0003] (1) There is no corresponding backup device in some electronically controlled locks. When the electronic part of the electronically controlled lock is damaged or the power is cut off, the electronically controlled lock will fail as a whole and the user cannot unlock it;

[0004] (2) When the user twists the front of the car when the automatic faucet lock is unlocked, the lock bolt gets stuck and cannot be recovered;

[0005] (3) When the automatic faucet lock is locked, the front lock hole is not aligned with the lock tongue, resulting in failure to lock it;

[0006] (4) The vehicle is prone to vibration during driving, which will cause malfunction of the lock tongue;

[0007] (5) The electronic control lock is prone to stalling during use, which increases the load on the motor and gears;

[0008] (6) Since the locomotive will face a complex electromagnetic field environment during use, it is inevitable that induced current will be generated in the circuit or wires, causing the motor to malfunction

Images