Abstract: An apparatus and a method for editing an object in an electronic device are provided. In the method, when a first event occurs depending on detected touch information of at least one object among a plurality of objects displayed on a display unit, a movement interval is determined depending on a characteristic of the first event. A position of the at least one object is changed depending on a movement interval corresponding to the characteristic of the first event.

Abstract: An apparatus and a method for editing an object in an electronic device are provided. In the method, when a first event occurs depending on detected touch information of at least one object among a plurality of objects displayed on a display unit, a movement interval is determined depending on a characteristic of the first event. A position of the at least one object is changed depending on a movement interval corresponding to the characteristic of the first event.

Abstract: The disclosed stationary exercise bicycle apparatus has a road device unit supporting a substantially free-wheeling endless treadmill, and a motion coordinator for coupling a substantially conventional bike unit with both its steering and drive wheels riding on the treadmill. The motion coordinator has a rail extended crosswise to and over the upper exposed run of the treadmill, and under the rotatable pedals of the bike unit. A pair of laterally rigid telescoping members are secured firmly between the bike unit and the rail. The securing structure includes a guide carried on the rail that holds the bike unit substantially fixed longitudinally on the treadmill and that allows lateral steering and limited tilting of the bike unit relative to the treadmill, to simulate riding the bike unit on a real road surface.

Abstract: The disclosed stationary exercise bicycle apparatus has a bike unit, a road device unit, and a motion coordinator coupling said bike unit relative to the road device unit. The bike unit has a single wheel supported on and vertically over a non-powered substantially free-wheeling rotatable member of the road unit, and is frictionally coupled to roll on this rotatable member; and the motion coordinator pivots the bike unit frame relative to the road device at a location rearwardly spaced both from the bike unit seat and from the contact region between the wheel and rotatable member. The wheel thus transmits a force against the rotatable member that is related to the rider's weight and to the moment arm distances between the pivot mounting, seat and the contact region, making the degree of difficulty in manually pedaling the wheel automatically responsive to the rider's weight; and whereby the wheel rolling against the rotatable member transmits feedback vibrations to the seat.

Abstract: A conventional bicycle is mounted and restrained for exercise on a treadmill frame. A motion-coordinator system is connected to the bicycle and permits free motion of the front wheel and limited lateral tilting of the bicycle. Roller type lateral stops prevent a rider from riding off the treadmill. Irregularities in the treadmill surface provide a road surface simulation.