Abstract: An object position information tag apparatus, which is attached to an object and transmits position information of the object, includes a global positioning system (GPS) module for receiving a satellite signal from a GSP satellite and calculating the position information of the object and a communication module for transmitting data of the position information being input from the GPS module and a unique identification (ID) code being distinctive for each object to an external device through radio communication. Accordingly, it is possible to effectively recognize positions of products or equipment to which the tag apparatus is attached, regardless of the number and storage place of products or equipment, based on which information regarding movement, storage, and shipping of the open-air stored or stored products or equipment can be collectively gathered and managed.

Abstract: The invention relates with the omni-directional toy vehicle that can move in all directions of forward, backward, rotational, left and right movement by driving manually the omni-directional wheels installed at the vehicle and combining their rotational directions. The vehicle characterized by comprising a frame composing the body of the vehicle, at least three rotating axles which are installed at the lower part of the frame with a rotatable mechanism, at least three omni-directional wheels which are connected to the axles, at least three driving element which are connected to the axles and drive the omni-directional wheels and a seat located at the upper part of the frame. The vehicle can be driven and steered simultaneously by means of driving combinations of each omni-directional wheel without any additional steering element and make an operator be interested in the manual operation of omni-directional wheels.

Abstract: The invention relates with the omni-directional toy vehicle that can move in all directions of forward, backward, rotational, left and right movement by driving manually the omni-directional wheels installed at the vehicle and combining their rotational directions. The vehicle characterized by comprising a frame composing the body of the vehicle, at least three rotating axles which are installed at the lower part of the frame with a rotatable mechanism, at least three omni-directional wheels which are connected to the axles, at least three driving element which are connected to the axles and drive the omni-directional wheels and a seat located at the upper part of the frame. The vehicle can be driven and steered simultaneously by means of driving combinations of each omni-directional wheel without any additional steering element and make an operator be interested in the manual operation of omni-directional wheels.