Abstract: A mobile communication apparatus utilizes a first and a second internal battery to provide power to the apparatus' electronic circuitry. A detachable battery may charge the first internal battery, and the first internal battery may provide power the electronic circuitry and charge the second internal battery. When the first internal battery is being charged by the detachable battery, the apparatus is operative by the power from the second internal battery. And, when the second internal battery is being charged by the first internal battery, the apparatus becomes operative by the power from first internal battery. The apparatus further may include a positioning locator receiver used to determine the location of the apparatus, and may be securely attached with a tamper detection circuitry to a person or a subject to be monitored.

Abstract: Impact detection mobile communication apparatus comprises; a portable wireless communication apparatus attached to or carried on by a person containing, a processor, an impact detection sensor used for detecting user bodily impact condition, a built-in positioning locator receiver used to determine the apparatus location, a cellular RF transceiver used for receiving cellular tower Doppler signals to determine the apparatus movement velocity, and a speaker and a microphone used for user two way voice communication through a cellular network with a monitoring station.

Abstract: Impact detection mobile communication apparatus comprises; a portable wireless communication apparatus attached to or carried on by a person containing, a processor, an impact detection sensor used for detecting user bodily impact condition, a built-in positioning locator receiver used to determine the apparatus location, a cellular RF transceiver used for receiving cellular tower Doppler signals to determine the apparatus movement velocity, and a speaker and a microphone used for user two way voice communication through a cellular network with a monitoring station.

Abstract: A Biometric positioning locator breathalyzer apparatus securely attached to a person to be monitored, used to determine user breath alcohol level, wherein when the user bodily speed reach a certain speed threshold. The apparatus initiates a breath test request signal to determine if the person to be monitored is intoxicated. During breath test performance the apparatus video camera captures the video images of the person performing the breath test procedure, and compares with user video image pictures previously stored in the apparatus processor database to ascertain the authenticity of the user is none other than the person to be monitored. If a given breath test reading found to be above certain threshold level, or the user image found to be other than the person to be monitored, or the user fall to perform a breath test, the apparatus will transmit a violation signal along with the user picture and positioning location information to a monitoring station.

Abstract: A mobile communication apparatus securely attached to a person or a subject to be monitored, wherein said apparatus utilizes first and a second internal batteries to provide power to the mobile communication apparatus electronic circuitry, a detachable battery used to charge the first internal battery, and the first internal battery provides power the tracking device electronic circuitry and charges the second internal battery. Wherein when the first internal battery is been charged by the detachable battery, the mobile communication apparatus is operative by the second internal battery power. And when the second internal battery is been charged by the detachable battery, the mobile communication device becomes operative by the first internal battery power.

Abstract: A tracking apparatus having a strap containing sensor(s) operatively connected at least two sides of a tamper detection tracking apparatus, and at least one or more of the sensors are configured to communicate with the apparatus processor through the strap in order to complete the tamper detection circuitry. The tamper detection strap sensors configured to detect body presence within the proximity of the strap, for the apparatus processor to determine the apparatus is securely attached to a person be monitored. The tracking apparatus contains a positioning locator receiver and a wireless communication module used to communicate with a monitoring station. Wherein when the tamper detection strap is cut, disconnected or removed the processor stop receiving signals from one or more sensors, the tracking apparatus transmits at list one identifiable tamper detection signal, location information or both the tamper detection and location information signal to a monitoring station.

Abstract: A positioning locator mobile communication apparatus securely attached to a person or a subject to be monitored, wherein said apparatus utilizes two internal batteries to provide power to the mobile communication device electronic circuitry, and a detachable battery is used to charge the internal batteries. Wherein when the first internal battery is being charged by the detachable battery, the mobile communication device is operative by the second internal battery power. And when the second internal battery is being charged by the detachable battery, the mobile communication device becomes operative by the first internal battery power.

Abstract: A supervisory mobile communication headset system comprises of a first mobile communication device and a mobile headset, each having an RF transceiver used to establish RF audio and RF supervisory communication between the first mobile communication device and the mobile headset, wherein when both devises carried by the user are within near communication proximity of the other. When the mobile communication device moves away from communication proximity of the headset, the first mobile communication device in response to RF communication signal lose, generates warning alarm signal(s) to remind the user to carry the mobile headset. The mobile communication device may securely be attached to the user limp with removal tamper detection circuitry.

Abstract: A supervisory mobile communication headset system comprises of a first mobile communication device and a mobile headset, each having an RF transceiver used to establish RF audio and RF supervisory communication between the first mobile communication device and the mobile headset, wherein when both devises carried by the user are within near communication proximity of the other. When the first mobile communication device moves away from communication proximity of the headset, the first mobile communication device in response to RF communication signal lose, it generates warning alarm signal(s) to remind the user to carry the mobile headset. The mobile communication device may securely be attached to the user limp with removal tamper detection circuitry. Further the mobile communication device may contain a GPS receiver used for a monitoring station to track the location of the mobile communication device, and establish communication with the headset user.

Abstract: A system which alerts vehicle drivers to avoid intersection vehicle collision, the system comprises of a plurality of vehicles containing a vehicle mount or portable collision avoidance device, equipped with a GPS receiver for providing vehicle location, vehicle travel direction, vehicle speed, vehicle distance from an intersection location to the vehicle collision avoidance device processor, and an RF transceiver for receiving plurality of intersection location traffic signal lights condition information from a broadcasting station, which includes at least one traffic light condition signal at acquisition time.

Abstract: A supervisory mobile communication headset system comprises of a first mobile communication device and a mobile headset, each having an RF transceiver used to establish RF audio and RF supervisory communication between the first mobile communication device and the mobile headset, wherein when both devises carried by the user are within near communication proximity of the other. When the first mobile communication device moves away from communication proximity of the headset, the first mobile communication device in response to RF communication signal lose, it generates warning alarm signal(s) to remind the user to carry the mobile headset. The mobile communication device may securely be attached to the user limp with removal tamper detection circuitry.

Abstract: An automatic vehicle left or right turn signaling device utilizes a vehicle mount traffic lane detection sensor(s), the vehicle mount traffic lane detection sensor(s) in response to detecting traffic lane presence near proximity of a vehicle, the vehicle signaling device automatically activates the vehicle left or right turn signal lights to warn other vehicle drivers that the particular vehicle moving towards near proximity of a next traffic lane. The vehicle signaling device may be connected to a GPS navigation device. The navigation device based on given route information provides signals to vehicle mount traffic signaling device to automatically flash the vehicle left or right turn signal lights based on received GPS navigation given instructions prior to or during the driver making a left or right lane change, making a left or right turn, or a U turn.

Abstract: An automatic GPS tracking system consists of a GPS tracking unit secured to a person or an asset that includes a GPS receiver and a first battery powering a processor and first RF transceiver. A home base station receives the RF signal within a pre-selected proximity. A monitoring station which is in communication with the GPS tracking unit such that, if a person or asset having the tracking system secured thereon moves beyond the pre-selected proximity from a home base unit, the first transceiver RF communication signals is lost, and the processor activates an alerting device to indicate the GPS tracking unit is beyond the limited range of the home base station unit. When a second confirmation signal is not received from the home base station unit, a second battery is activated to power GPS receiver and the cellular modem to track the person or asset.

Abstract: The present invention discloses a system which alerts vehicle drivers to avoid intersection vehicle collision, said system comprises of a plurality of vehicles containing a vehicle mount or portable collision avoidance device, the device having; a vehicle speed compare-tore CPU, a vehicle travel direction and vehicle location detection circuitry, a first and a secondary warning alarm circuitry, and an RF transceiver for receiving traffic signal light condition information from a broadcasting station which includes a traffic lights ID number, at least one traffic light condition signal at acquisition time. The vehicle collision avoidance device generate a first warning alarm signal to warn the driver if the driver is not in compliance with the traffic light condition, if the driver becomes none responsive to the first warning alarm signal, the collision avoidance device transmits a secondary warring alarm signal(s) to other vehicle drivers the presence of an intersection vehicle collision condition.

Abstract: An automatic GPS tracking system is taught that consists of a GPS tracking unit secured to a person or an asset that includes a GPS receiver and a first battery operated a processor and first RF transceiver which emits an RF signal. A home base station receives the RF signal within a pre-selected proximity communication distance. A monitoring station which is in communication from a cellular modem or a satellite modem within the GPS tracking unit such that, if a person or asset having the tracking system secured thereon moves beyond the a pre-selected proximity communication distance from a home base unit, the first transceiver RF communication signals is lost, the processor automatically powers “on” the second battery to power up the GPS receiver and the cellular modem, and the GPS tracking unit may signal the monitoring station which displays the location of the person or asset.