Automotive/​Transportation

My idea aims to add greater safety factor to automotive vehicles by addressing the human side of the driving using the below approach:

Detect unruly or impulsive behavior through measurable responses such as constant abnormal acceleration/braking, rapid steering movements, continual over-speeding beyond a set safe speed, etc.

ALIFE®AIR is an innovative engineering company dedicated to the development of a sustainable "Zero Emission - Fuel" solution.

Our approach is to be less of a disruption to existing industry, instead leveraging their existing support infrastructure to develop a global deployable solution.

The idea of the new engine concept is to replace the crankshaft by gear racks that move linearly and drive the gear wheels (sprockets) creating torque.

The engine can contain from 1 to 2 or 4 units.

Consistently, backing accidents account for 25% of all motor vehicle accidents. Preventing damage and injuries due to these also means reducing the risk of related lawsuits and lost time for companies and their employees. According to the FMCSA,

Bielectric technology is for buses and haulage electric systems. This technology will completely be self sufficient in terms of generating electricity for the vehicle.

A conventional electric system with 8 hours drive will be installed in the system.

Measures to reduce collisions, injuries, death and the resulting cost to society and environment.

Require vehicle motion data and visual recording systems in all new vehicles to provide information about travel and driver behavior before and during vehicular collisions.

I have invented an electrical air conditioner which is light in weight and features high speed cooling and the lowest maintenance cost at all time. The cooling in this project is produced by thermoelectrical couple.

Classic electric vehicles cannot avoid poor efficiency at low speed and torque weakness at high speed, even with a gearbox, due to its main motor speed range from a negative to a positive speed proportionally to the vehicle speed.

To overcome these setbacks,

Innovations in electric vehicles are undoubtedly crucial for the future of the automotive industry. This project aims to open doors towards the concept of green mobility with features that portray the advantages of battery-operated vehicles over traditional fuel-powered ones.

The revolutionary and yet simple design of the Ettridge Carbon Brush Commutator uses proven low carbon brush technology to achieve the same results as an electronic controller for a Stepper or Synchronized electric motor or generator.

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