Design of Vehicle Taillight Circuit with Mechanical Properties in Mechanical Engineering

Juan He; Shuai Kang

doi:10.4028/www.scientific.net/AMR.648.315

Paper Titles

Research and Design of Intelligent Greenhouse Temperature Control System for Energy Saving
p.297

Global MPPT Control of Solar Photovoltaic System for Energy Saving Based on the Fuzzy Strategy
p.301

Boiler Combustion System of Multivariable Internal Model Control Application Research
p.305

A New Maximum Power Point Tracking Control Scheme in Photovoltaic Systems for Energy Saving
p.311

Design of Vehicle Taillight Circuit with Mechanical Properties in Mechanical Engineering
p.315

Design of Network Security Monitoring System with Mechanical Properties Suitable for LAN Based on ARP Deception
p.319

Guidance and Control Research on Underwater Unpowered Anti-Submarine Weapons
p.323

Distributed Control of Multi-Agent Systems through Model Predictive Control with Stability
p.328

Multiple Criteria Decision Making Research of Flight Control System Design
p.334

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 648Design of Vehicle Taillight Circuit with...

Design of Vehicle Taillight Circuit with Mechanical Properties in Mechanical Engineering

Abstract:

The vehicle taillights control circuit with mechanical properties is composed of a clock pulse circuit, a switch control circuit, three hexadecimal circuit, decoding and display drive circuit, taillight display. The circuit is simulated with Multisim. The simulation results show that vehicle taillight display can make pedestrians and other vehicles understand clearly the occurrence of the vehicle’s dynamic change, thus which can prevent the occurrence of traffic accidents effectively.