Today’s invention is a novel way to enjoy exercise. It consists of a small trampoline on wheels.
When someone bounces on the trampoline, sensors in the springs around the base pass data to an onboard computer which calculates accurately the direction and in-flight time of the user.
These data allow the trampoline’s wheels to be driven along the ground to catch the user when next he/she descends.
With practice, someone could thus learn to make long-distance bounds, eg along a road or track, whilst the trampoline automatically repositions itself to support the next, enormous step.
Today’s invention is a tool for pouring the perfect pint/ glass of champagne.
A transparent cylinder rotates about the dotted centre line, at a fixed speed, and moves a glass and bottle, set in grooves on its inner surface, so as to pour out the contents in a very controlled way.
This would probably work best as an advert in a bar window.
Today’s invention is a waterslide made with articulating sections and at the bottom end of which is an inflatable boat.
Water is directed into the top end and diverted to either side of the tube periodically. This deflects the slide and diverts the boat, accommodating the slide’s bottom end, around the pool. The boat, being rubber, presents no danger to people swimming in the larger pool.
Users jump in and experience some surprise when they eventually emerge safely into the water-filled inflatable boat which has since changed its location.
When you drop a rubber ball on a hard surface it bounces to only a fraction of its starting height.
Today’s invention is a novelty device which overcomes that limit, by storing extra energy in a hidden, internal spring.
The ball is first squeezed, compressing the spring between the two hinged calipers which then lock ends together.
When the ball is dropped, the impact disengages the caliper ends allowing them to fly apart, react against the floor and provide an added upwards fling to the ball -beyond the bounce supplied by the rubber outer material.
(It may be that a version of this approach could be used to provide eg reactive armour for sports players and cyclists).