Multi-adaptable power automated traction apparatus

摘要

Systems for producing traction, wherein each traction system is an apparatus that provides traction on snow and ice covered surfaces.;A pair of Back Country skis each are mounted with an apparatus; having DC powered controls, tilt switch, pressurized carbon dioxide (CO2) gas powered pneumatic actuators operating gripping parts; controlled by a servo unit. A pair of foot wear (hiking boots) having a DC powered servo-solenoid-valve units controlling pressurized CO2, gas powering pneumatic rotors, operating, hydraulic pumps, actuators with gripping parts. A pair of snowmobile skis each having an assembly of parts; driven by an hydraulic rotor that pivots the skis, adjusting their position when cornering, providing traction, according to a snowmobile steering system. And is powered and controlled by at least one of: hydraulic steering system, an electro-hydraulic steering system; an electric power steering system using an electric motor instead of hydraulic rotor.

主权项

1. Systems for producing traction, wherein each traction system is an apparatus that provides traction on snow and ice covered surfaces, said systems comprising:
a traction apparatus mounted on each of a pair of skis, each apparatus is adapted with an adjustable tilt sensor activated by inclination, and acting as an on/off switch for a unit; consisting of a DC powered servo control-solenoid valve that controls, incoming pressurized carbon dioxide (CO2) gas from a cartridge; said pressurized gas powers a gas pneumatic actuator(s) connected with a gripping part(s) that extrudes on vertical ascending terrain and retracts on level, and descending terrain; a traction apparatus adapted to each of a pair of footwear, each said apparatus having a pre-programmed first unit consisting of a, DC powered radio frequency- receiver-servo-control-solenoid valve unit, that is turned on by an exterior source radio frequency transmitter acting as an on/off switch; and captured by the receiver to opens the solenoid valve of the first unit; that controls incoming pressurized carbon dioxide (CO2) gas from a cartridge, that powers a gas pneumatic rotary actuator powering a hydraulic vane pump feed hydraulic oil from a reservoir; said first unit controls a second DC powered solenoid-multi valves unit acting as an on/off switch that controls the inflow and out flow of oil pressure from the pump and reservoir; the oil pressure produced by the pump powers two hydraulic oil cylinder(s) each having a piston wherein each piston is fixed with a gripping part(s); that extrude from the underside of each footwear soles; said hydraulic cylinder(s) are single acting type that self retract the pistons with gripping parts when oil pressure is cut off; a traction apparatus mounted to each of a pair of snowmobile skis; each apparatus consisting of an hydraulic double-vane rotary actuator, that engages with a drive shaft that enters pillow block bearings held together by a cover that engages a snowmobile connecting member; the shaft exits and enters a third pillow block bearing fix to the ski, and ends engaged in a shaft support block; said third pillow block bearing with the shaft support block are both fixed to the ski; the snowmobiles hydraulic power steering system controls each traction apparatus by supplying hydraulic oil pressure to each double-vane rotary actuator of each traction apparatus; the said hydraulic double-vane rotary actuator pivots; each drive shaft, with each apparatus mounted to each of a pair of snowmobile skis; together all move simultaneously clockwise and counterclockwise.