Anti-sleepy LED strobe buzzing lamp

Abstract

The invention discloses an anti-sleepy LED strobe buzzing lamp which comprises a data substrate, outer LED lamps, inner LED lamps, glue stickers, a PLC, a communication module, a sound alarm device and vibration sensors. The two ends of the data substrate are semicircular. Light emitting modules and light emitting components are arranged on the outer face and the inner face of the data substrate through fixedly-sealed layers and the outer LED lamps and the inner LED lamps are composed respectively. Arc-shaped box bodies are arranged at the two ends of the data substrate, the PLC and data lines are arranged in the arc-shaped box body at one end, and the communication module, the sound alarm device and an internally-arranged antenna are arranged in the arc-shaped box body at the other end. The vibration sensors transmit vibration signals which are received by the communication module and the internally-arranged antenna. The PLC makes a judgment according to the vibration signals and sends an operation command to control the inner LED lamps, the outer LED lamps and the sound alarm device to give out a prompt. A driver is reminded by the inner LED lamps, the outer LED lamps and the sound alarm device to avoid coming and going vehicles, so that traffic accidents are reduced or avoided.

Description

Technical field [0001] The present invention relates to the field of driver's anti-trapping technology and equipment, in particular to an anti-trapping LED flashing beep light. Background technique [0002] Car travel has become the main travel choice tool of modern people. The rapid development of modern auto industry has put forward higher requirements for the comfort, luxury, safety and stability of cars, but the safety of personnel is always the first. Yes, when driving for long distances or fatigue, the driver is prone to sleepiness, visual sleep, nap, and doze, which can easily lead to traffic accidents. [0003] The current driving of vehicles relies on the driver’s control. In the case of long-distance high-speed driving, the driver is prone to drowsiness, fatigue, and inattention. This dangerous situation not only endangers the driver’s own safety, but also harms For the safety of other vehicles, passengers or pedestrians, there are many traffic accident cases caused by f...

AI Technical Summary

Problems solved by technology

[0002] Car travel is already the main travel choice tool for modern people. The rapid development of the modern automobile industry has put forward higher requirements for the comfort, luxury, safety and stability of the car, but the safety of personnel is always the first Yes, when driving for a long distance or fatigued, the driver is prone to drowsiness, visual sleepiness, doze off, and drowsiness, which can easily lead to traffic accidents

[0003] The driving of current vehicles is all dependent on the driver's control. In the case of long-distance high-speed driving, the driver is prone to drowsiness, fatigue, and inattention. This dangerous situation not only endangers the safety of the driver itself, but also endangers the safety of the driver. For the safety of other vehicles, passengers or pedestrians, there are many cases of traffic accidents caused by drowsiness due to fatigue driving every year, which seriously affects the harmonious development of society

[0004] In the prior art, there are defects in the anti-sleeping device: 1. The anti-sleeping device mostly uses the frequency of scanning the face or measuring the driver's hand activity to judge whether it is in a drowsy state, but the application of the existing face image scanning technology is not yet available. Mature; 2. Reminders or warnings to drivers are easily ignored; 3. Lack of effective external identification and reminder methods; 4. Single recognition of sleep prevention behavior

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