Stationary exercise apparatus adaptable for use with video games and including springed tilting features

Abstract

A stationary and indoor exercise apparatus that supports a traditional bicycle and is associated with electronic signaling devices providing a means to deliver electronic signals to a controlling device that then forwards the electronic signals on to either an electronic gaming device, a personal computer, or a virtual reality system. In this manner, the operator of the bicycle is able to interact with video game or virtual reality interactive software while in the process of exercising. The invention's front and rear suspension systems support the operator and the bicycle and give a full range of motion simulation experience by allowing the bicycle and operator to experience up and down motion that mimics that ride of the open road along with a forward and back motion that gives the operator the experience of moving forward as the bicycle is pedaled. Additionally, the rear suspension is equipped with a rocker feature that allows the bicycle and operator to experience a biased springed resistance as they tilt and turn the bike during the course of a workout, thereby providing an experience that mimics the turning and tilting forces felt during a bicycle ride outdoors. Additionally, the operator feels an adjustable resistance as the bicycle pedals are operated providing a training experience for the operator.

Dependencies are inferred from the claim text.