Remote-control electromagnetic direction lock pressure alarming device for light vehicle

Abstract

The invention discloses a remote-control electromagnetic direction lock pressure alarming device for a light vehicle. The remote-control electromagnetic direction lock pressure alarming device comprises a lock system, an unlock system and an anti-theft alarming system. The remote-control electromagnetic direction lock pressure alarming device is characterized in that the front end of a lock shaft (1) passes through a pressure sensing gasket (2); the middle end of the lock shaft (1) passes through a baffle ring (3) and a lock spring (5); the tail end of the lock shaft (1) is fixedly connected with an iron core (7); the pressure sensing gasket (2) is fixed in an open pore of a frame head tube (9); the baffle ring (3) is fixed on the lock shaft (1); one end of the lock spring (5) is fixedly connected with the baffle ring (3); the other end of the lock spring (5) is fixedly connected with a lock body fixing frame (6); and a cylindrical iron core (7) enters into an electromagnetic coil (8) through the lock body fixing frame (6). The remote-control electromagnetic direction lock pressure alarming device has the advantages that: the device can accurately buzz and warn the behavior of forcibly changing advancing direction of the vehicle or illegally moving the vehicle, and the anti-theft problem of the vehicle caused by common misdeclaration and omission phenomena, and various forcible unlocks or technical unlocks of a common alarm apparatus is solved.

Description

technical field [0001] The invention belongs to the field of light vehicle anti-theft technology, and relates to a light vehicle remote control electromagnetic direction locking pressure-sensitive alarm device. Background technique [0002] Because the anti-theft capability of common light vehicle design is relatively poor, cause a lot of anti-theft technologies and products to appear. There are traditional manual anti-theft, such as adding and improving the anti-shear and anti-prying ability of the car lock, locking the vehicle so that it cannot move; Anti-theft ability; in addition, there are currently more popular alarms controlled by remote control. This type of alarm has relatively complete functions, but there are many loopholes and problems. For example, false alarms often occur due to low sensitivity or poor anti-interference ability. False alarms are caused by environmental noise or accidental collisions of vehicles, which not only increases unnecessary noise pollu...

AI Technical Summary

Problems solved by technology

There are traditional manual anti-theft, such as adding and improving the anti-shear and anti-prying ability of the car lock, locking the vehicle so that it cannot move; Anti-theft ability; in addition, there are currently more popular alarms controlled by remote control. This type of alarm has relatively complete functions, but there are many loopholes and problems. For example, false alarms often occur due to low sensitivity or poor anti-interference ability. False alarms are caused by environmental noise or accidental collisions of vehicles, which not only increases unnecessary noise pollution, but also causes users to gradually lose their trust in the product

In short, the anti-theft technology currently used not only brings many changes to the user's use of the vehicle, but also fails to fundamentally solve the anti-theft problem of light vehicles.

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