Abstract: A handle system for oblong carrying cases that is composed of an oblong carrying case, a pair of diametrically opposed inwardly curved channels that are located within the recess and a handle that has two diametrically opposed legs and each leg has wheels. The curved channels allow the handle to tilt at an angle that is approximately 15 degree of rotation in relation to the channels. The oblong case can be a guitar carrying case.

Abstract: A tamper proof mobile tracking system that has a base unit that comprises of a base band transceiver, a GPS chip, a power supply, and a microprocessor that has an RFID interrogator. A locking unit, the locking unit comprises of a locking pin that powers an active RFID tag within the locking unit and that operatively connects to the base unit. A band, the band comprises of a active RFID tag and an embedded antenna that powers the active RFID tag when the base unit, the locking unit and the band are all operatively connected. And, a central unit that communicates with the base unit that tracks and detect faults associated with the base unit, the locking unit and the band when they are all operatively connected. The system is used by governmental entities to monitoring for the tampering of devices that are used by the system.

Abstract: The present invention is directed to a circuit that is housed within a battery that preserves the chemical energy within a battery when an external load is accidentally left on. The circuit comprises of a momentary switch, a relay, a timer and a terminal, wherein the circuit is connected to the positive and negative electrodes of a battery. The circuit is described in the circuit diagram and functions in the following manner: (1) the momentary switch detects any movement outside of the battery and sends a pulse to the relay, wherein the pulse causes the relay to close, thereby allowing electricity to flow through the circuit to the load outside of the battery, simultaneously, the momentary switch will also trigger the timer to supply power to the circuit during a timing cycle, (2) when then timer's cycle is complete, the timer's output will go low and thereby cause the relay to open and halt the flow of electricity.

Abstract: The present invention is directed to a circuit that is housed within a battery that preserves the chemical energy within a battery when an external load is accidentally left on. The circuit comprises of a momentary switch, a relay, a timer and a terminal, wherein the circuit is connected to the positive and negative electrodes of a battery. The circuit is described in the circuit diagram and functions in the following manner: (1) the momentary switch detects any movement outside of the battery and sends a pulse to the relay, wherein the pulse causes the relay to close, thereby allowing electricity to flow through the circuit to the load outside of the battery, simultaneously, the momentary switch will also trigger the timer to supply power to the circuit during a timing cycle, (2) when then timer's cycle is complete, the timer's output will go low and thereby cause the relay to open and halt the flow of electricity.