Abstract: Embodiments of the present invention address deficiencies of the art in respect to luggage location and provide a system for luggage identification and location through a continuous RF feed. In an embodiment of the invention, a luggage location system can include a luggage transceiver and a handheld transceiver. The luggage transceiver can include an RF receiver and an RF transmitter, both coupled to a power source, and a trigger powered by the power source and coupled to the RF receiver and the RF transmitter. The trigger can include circuitry enabled to direct an emission of an RF return signal in response to detecting receipt of a continuous RF signal in the RF transmitter from the handheld transceiver.

Abstract: An object locator system includes a transmitter unit which sends one of a plurality of RF signals upon actuating a first pushbutton, and a receiver unit attached to or incorporated into an object for detecting the RF signals and illuminating a light element and/or activating a sound speaker in response to the detected RF signal. The user may program the receiver unit by using the transmitter unit to select a specific melody or song stored in the receiver unit. The transmitter unit may be used at one time with a plurality of receiver units by programming the transmitter unit to send a unique coded signal corresponding to each receiver unit. The object locator system may also be set in a protection mode which continuously transmits an RF signal but activates the light element and/or the sound speaker only when the receiver unit no longer detects the RF signal.

Abstract: An object locator system includes a transmitter unit which sends an RF signal upon actuating a pushbutton, and a receiver unit attached to or incorporated into an object for detecting the RF signal and illuminating a light element only for so long as the RF signal is sent by the transmitter unit. This allows the receiver to emit light only when the pushbutton on the transmitter is actuated. When a user scans an area where an object might be found, a visual perception of light flashes being emitted in response to the user's pushbutton presses provides a direct visual feedback to make it easy to pick out the flashes in a crowded visual field, and thereby locate the object. Preferably, a light pipe is mounted on an external part of the receiver unit and has a length running at least partially around a perimeter of the receiver unit.