The AxOPOC Engine is a hybridization of the EcoMotors’ EM-Series Opposing Piston Opposing Cylinder engine, and a sinusoidal-cam wobble-plate engine (aka. Revolver-cam/Dynacam engine). In this case,
Bevel-Pinion Gear Set Based Coupled Torque Steering Mechanism for Off-road Terrain Purpose Reverse Trikes and Automobiles
Steering mechanism of quad bikes, cars, military vehicles etc are based on rack-pinion gear mechanism whose moving parts often get exposed to terrain conditions like boulders and ice slabs in cold countries. These land features may hit the rack gear.
The Black box or Event Data Recorder (EDR), records information about your vehicle and the driver’s driving habits. It records speed, the temperature of the engine (5 seconds before impact), distance travelled, the status of fuel level, location information to revolutionize the field of motor vehicle accident investigation.
There are too many fossil fuel cars on the roads and streets in the world, causing pollution, congestions and accidents. But the existing public transit vehicles and services are not efficient and attractive enough to make most car users change their behaviour and use buses,
Salt and other chemicals rust undercarriage components. Car-bottom rust is dangerous and expensive.
The undercarriage is vulnerable to damage due to lack of care. Salt and mud damage is a safety issue -- many undercarriage components cannot be rustproofed.
CITS is an acronym from Crankcase Independent Two-Stroke. This patented technology retains the renown simplicity, low-maintenance, and superior weight and cost to power ratios of the two-stroke, and then eliminates their total-loss-lubrication and emissions burden.
Rentable electric scooters are often found in many large city centers and on college campuses for use as environmentally friendly transportation. Unfortunately, The Journal of American Medical Association reported that 40,000 injuries and 29 deaths are related to e-scooter accidents.
Development and Realization of a Ship Model with a Reduced Waterline Area and Hydrofoils with a Solar Power Plant
The purpose of the work is the development of technical documentation and the implementation of a model of a vessel with a reduced waterline area and solar power plant, designed to study methods for controlling an autonomous vessel of this type.
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