NAVISENS

(Based on Section 44(e)) Apparatus for determining a position, trajectory, pathway of an animate and/or inanimate object, either stationary or mobile, in the nature of electronic navigational and positioning apparatus and instruments; Tracking transmitters which aid in the detection and location of animate and/or inanimate objects in the nature of electronic devices for locating and tracking lost articles, people, pets, mobile phones, CB radios, communication radios, electronic tags, electronic equipment, namely, laptop computers, mobile phones, portable electronic devices, mobile devices, and vehicles using inertial navigation sensors, an Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, inertial sensors, magnetic sensors, proximity sensors, radio frequency transmitters and/or receivers, a Global Positioning System (GPS), wireless networks, Infra-red (IR) detectors, cellular communications networks, mesh networks, cameras, and audio signals; Apparatus for the tracking, location determination, and position placement of vehicles of all types, namely, land vehicles, air, sea and spacecraft, in the nature of a Global Positioning System (GPS), a vehicle locator and recovery device programmed to use global positioning systems (GPS) and cellular telecommunications, electronic location, movement, shock detection, and immobilization devices installed after purchase or installed at factory for use with vehicles, a fleet management device in the nature of computer hardware and software used to monitor locations, mileage, efficiency, unsafe conditions, accidents, driving characteristics such as smooth or abrupt maneuvers and inputs during driving, all programmed to use a Global Positioning System (GPS), inertial sensors, an Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, inertial navigation sensors, magnetic sensors, proximity sensors, Radio Frequency (RF) sensors, wireless networks, Infra-red (IR) detectors, cellular communications networks, mesh networks, cameras, and audio signals; Apparatus for monitoring component functions of vehicles in the nature of vehicle safety equipment, namely, computer hardware and software for vehicle dynamics analysis, electronic controllers for control of tire traction while driving and braking, active safety devices in the nature of electronic sensors for vehicle crash and accident detection, vehicle crash and accident warning, impact sensor systems comprised of sensors, microprocessors, pneumatic activators and restraints for detecting vehicle motion and dynamics, crash detection, roll-over detection, vehicle roll pitch and yaw, vehicle slip angle, electronic vibration, shock, motion, angle, temperature and voltage monitors, electronic sensors, electronic controllers, and electronic microprocessors, all for vehicle performance monitoring, fatigue analysis, engine analysis, autonomous navigation, and semi-autonomous control; Sensor apparatus other than for medical use, namely, electric or electronic sensors for measuring, detecting and sensing position, trajectory, pathway, orientation, heading, altitude, motion, acceleration, velocity, angular-velocity, intensity, and status; Apparatus for the monitoring of personnel, namely, an electronic body-worn sensor or a device carried by personnel in the nature of an electronic tracking and monitoring device which displays data or information to the user, records data and may include an electronic transmitter for transmitting data to a remote location, such data and information consisting of position, altitude heading, trajectory and historical location information, time and statistical information on distance, velocity, work rate, and climb rate; Body function monitoring apparatus other than for medical purposes, namely, electronic sensors for assisting care giving for seniors or people needing assistance such as firefighters, law-enforcement, security, defense personnel, workers in hazardous environments, lone-workers, sports personnel and athletes, comprised of sensors for determining the position and status of person and apparatus for sending electronic alerts to care givers, managers, incident commanders, and emergency services; Human tracking apparatus in the nature of electronic devices for locating and tracking people using inertial navigation sensors, an Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, inertial navigation sensors, magnetic sensors, proximity sensors, Radio Frequency sensors, a Global Positioning System (GPS), wireless networks, Infra-red (IR) detectors, cellular communications networks, mesh networks, cameras, and audio signals; Location determining devices in the nature of a body-worn device with sensors for tracking people and detecting the status of people using Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, inertial navigation sensors, magnetic sensors, proximity sensors, Radio Frequency sensors, a Global Positioning System (GPS), wireless networks, Infra-red (IR) detectors, cellular communications networks, mesh networks, cameras, and audio signals, a transponder location system, a global positioning system (GPS), GPS tracking devices, a body-worn sensor for determining location, motion, activity levels, all with sensors in the nature of inertial sensors, an Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, a Global Positioning System (GPS), wireless network, and Radio Frequency (RF) sensors; Emergency position indicating apparatus, namely, man-down alarm featuring sensors for detecting activity levels, detecting inactivity, detecting acceleration, detecting angular-velocity, detecting a change in altitude, position-indicating radio beacons, position-indicating body-worn sensors, and motion-sensing body-worn sensors; Alarm systems and apparatus utilizing position and health status data in the nature of an alarm that utilizes inertial sensors to monitor movement, emergency response system for elderly persons, invalids and the like comprised of a Smartphone application in the nature of computer software for navigation, guidance, location-based services (LBS), health monitoring, tracking, remote location monitoring and sharing, safety monitoring, gaming and entertainment and human-computer interaction, a body-worn device with sensors, a transponder location system, a global positioning system (GPS), GPS tracking devices, a body-worn sensor, all for use with a mobile phone, a tablet computer, a portable computer, wearable computing devices, communications devices, CB radio, and portable electronic equipment; Emergency response system for first responders such as firefighters, law-enforcement, security, defense personnel, workers in hazardous environments, industrial workers, lone-workers, sports personnel, athletes comprised of a body-worn device with sensors for detecting position, motion, the status of personnel, a transponder location system, a global positioning system (GPS), GPS tracking devices, a body-worn sensor for tracking people and detecting the status of people using Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, inertial navigation sensors, magnetic sensors, proximity sensors, Radio Frequency sensors, a Global Positioning System (GPS), wireless networks, Infra-red (IR) detectors, cellular communications networks, mesh networks, cameras, and audio signals, for determining location, motion, activity levels, and a Smartphone application in the nature of computer software for use therewith, and for use with a mobile phone, a tablet computer, a portable computer, wearable computing devices, communications devices, CB radio, portable electronic equipment, and with sensors in the nature of inertial sensors, an Inertial Measurement Unit (IMU) comprised of gyroscopes, accelerometers and magnetometers, a Global Positioning System (GPS), wireless network, and Radio Frequency (RF) sensors; Position sensing devices, namely, sensors for determining position