Abstract: A vehicle surveillance system includes a vehicle-installed sensor apparatus for transmitting by radio, sensor information acquired by a sensor, a communication adapter for receiving by radio the sensor information from the vehicle-installed sensor apparatus and transmitting the received sensor information onto a public network, and a surveillance server for receiving the sensor information from the communication adapter. The vehicle surveillance system further includes at least one portable surveillance remote for relaying transmission of the sensor information from the vehicle-installed sensor apparatus to the communication adapter.

Abstract: Method and arrangement for obtaining and conveying information about occupancy of a passenger compartment of a vehicle including at least one sensor for obtaining data from the passenger compartment. Information about the occupancy is generated based on the data and transmitted, e.g., through a cellular phone system, to emergency response personnel to enable them to respond accordingly. The information about the occupancy may be generated by a processor applying pattern recognition techniques so that any occupants of the seat may be classified and such classification transmitted to the emergency response personnel. The data may also be used to determine the number of occupants in the vehicle and/or whether the occupants are moving after a crash.

Abstract: An alarm system includes at least one wireless alarm transmitter, at least one wireless activate transmitter, and at least one wireless signal receiver. The signal receiver becomes sensitized to recognize an alarm code from the alarm transmitter after recognizing an activate code from the activate transmitter. The signal receiver can include an alarm generator that provides a first alarm after recognizing the alarm code. An alarm device can include a wireless hazard signal receiver that becomes sensitized to recognize a wireless transmitted hazard alarm code only after recognizing a wireless transmitted activate code. An alarm generator can provide a hazard alarm after recognizing the alarm code. The device can further include an alarm code and activate code decryption device. Instead of or in addition to the activate transmitter and sensitizing feature, the system can be equipped to display a location name in the alarm generator as a text alarm.

Abstract: The present invention is a method and apparatus for use in a security system that includes a number of wireless transmitters, a wireless receiver in wireless communication with the wireless transmitters, and a control panel connected to the wireless receiver. The receiver receives a wireless message from a wireless transmitter and determines if the system is in the disarm mode. If in the disarm mode, then the receiver determines the product type of the wireless transmitter from the wireless message. The receiver then determines from the transmitter product type if the transmitter is essential or non-essential. The receiver discards the wireless message if the transmitter is indicated to be non-essential, and it sends the wireless message to the control panel if the transmitter is indicated to be essential. During the armed mode, all transmitted messages are considered essential and are sent by the receiver to the control panel.

Abstract: Systems and methods are provided for gathering temperature and other food condition information at a plurality of remote sensor units and transmitting it to a central collection location. Data may be buffered at each sensor unit until communications have been established between the unit and the central computer. A plurality of interface units may be provided for receiving data from the sensor units and relaying it to the central computer. At the central computer, the data may be compared to a preset limit, and if the limit is violated, an alarm may be generated at the corresponding remote sensor unit. If a deactivation request is received at a sensor unit, then a signal is transmitted to the central computer to warn of the deactivation, and the sensor unit is deactivated.

Abstract: A method of providing simple, low-cost and effective alarm system protection. The method is especially useful in locations where the installation of a conventional, hard-wired alarm system would be impossible or economically impractical. The method utilizes a portable alarm system which incorporates wireless technology along with wireless transmission service, therefore providing the ability to protect virtually anything, anywhere, at any time. The present invention also provides for both automated and manned monitoring of the alarm location by a security monitoring company, which may be contacted at any time, from any location, at a single phone number or internet address, for example. The method of the present invention also utilizes a method of call retainment and multiple redundancy to ensure that any calls placed by the portable alarm system are received by the security monitoring company.

Abstract: The present invention is an apparatus, method, and system for remote monitoring of need for assistance based on change in velocity. One aspect of the invention includes a portable unit that may be comfortably wearable, having an intelligent control, and a detector capable of detecting a physical parameter related to acceleration, and a transmitter. When an acceleration is determined to exceed a particular threshold, the intelligent control device instructs a transmitter to send an alert signal. Another aspect of the invention includes a method of monitoring for need of assistance by monitoring a physical parameter of the person related to acceleration and transmitting a need of assistance alert. Another aspect of the invention involves a system including one or more monitor units for determining the need for assistance based on physical parameter related to acceleration, a communications network for receiving information from the monitored unit and notifying a third party.

Abstract: A method and device for providing status of a security system to a user by a remote indication device in response an external stimulus. A status request trigger signal is generated as a result of the stimulus, and status data is then retrieved from an externally located central control unit in response to the status request trigger signal. The status data is then presented via the remote indication device to the user, either by providing a visual display or sounding an audible representation of the status data. The external stimulus may be the motion of a user within proximity of the remote indication device, and the generating of a status request trigger signal may includes the detecting of the motion of the user by a motion detector such as a PIR or a microwave detector.

Abstract: A security system employs solar towers for detecting an intruder. The security system includes a receiver/processor and transmitter for communicating with electronic devices in the solar beam towers, the receiver/processor and transmitter having an antenna, a housing and an indicator. The indicator includes information on the location of an intrusion. A detection beam extending between adjacent towers is used to detect intruders. The detection beam can include infrared, laser, microwave, and visible light. The alarms sent out by the system can include devices such as visual alarms, audible alarms, telephone dialers, and printers. The central unit exchanges information between the remote units via two way half-duplex radio. The system is a radio data reporting system, which reports events and selectively transmits an alarm. The alarm is transmitted to the central unit when a new event is detected, and it is displayed there.

Abstract: A method and system for of monitoring a site, the method including: monitoring the site for the occurrence of predetermined alarm condition; responding to the alarm condition by capturing a packet of alarm data; and transmitting the packet of alarm data to a remote location or to a communications network for transmission to the remote location.

Abstract: Monitoring and/or alarm device and process including a central unit, at least one intrusion detection peripheral facility, signalling elements and radio link elements allowing radio links on several redundant channels between the central unit and at least one intrusion detection peripheral facility, via which channels this peripheral facility is able to transmit signals to this central unit and wherein elements check the capacity or availability of each of the link channels to transmit the expected signals, elements count the number of available channels and/or the number of unavailable channels and transmission elements transmit to the signalling elements a control signal corresponding to the number of available channels and/or to the number of unavailable channels so as to selectively activate these signalling elements as a function of the state of the control signal.

Abstract: A device and system for locating, positioning and monitoring an object or an individual comprising a transmitter member attached to the object or individual having a preset encryption code, radio frequency and preset range for the radio frequency, a power source and a process timer for programming the frequency interval for transmission, at least one transceiver member positioned within range of the transmitter and in communication with a host central processing unit having database software capability and mapping software capability. The system may further include an automatic shutdown module for initiating a sleep mode in response to either an absence of motion or continuous motion, a transmit counter for automated tracking of transmitter battery life, and an automatic peripheral data interface for communicating peripheral data with the location transmissions.

Abstract: An emergency warning network including a base station for broadcasting a warning signal and a first, earth-orbiting satellite for receiving the warning signal and rebroadcasting such to extend the range of communications of the base station. A first substation receives the warning signal and broadcasts a first forwarding signal in response thereto to a first portable receiver. A second substation also receives the warning signal and broadcasts a second forwarding signal in response thereto via a second, earth-orbiting satellite to a first branch station. The first branch station broadcasts a third forwarding signal in response to the second forwarding signal to a second portable receiver. A second branch station also receives the second forwarding signal via the second, earth-orbiting satellite and broadcasts a fourth forwarding signal to a third portable receiver.

Abstract: A method and system for remote assistance and review of a technician or multiple technicians, in real time, working with equipment of various complexity. A technician or multiple technicians at a remote location are coupled by a wireless means to an advisor at a local station, so that the advisor may view and hear the same stimuli as the technician, that the advisor and technician may communicate. The technician has limited training or otherwise in need of support, and may be a field engineer, technician or maintenance personnel. The advisor has extensive training and able to provide technical support, and generally has extended and specialized knowledge with regard to the remote apparatus, and may be a technical expert on the remote apparatus. The technician may comprise an individual or group with technical training and knowledge, but lacking managerial or other authority, while the advisor comprises an individual or group with such authority.

Abstract: A movable anti-theft device for mobile telephones includes an induction system, an automatic dial system, a mobile telephone transmitting-and-receiving system, an alarm, an automatic charge system and a power delay connection system. The induction system senses unusual signals and sends them to the automatic dial system and the alarm system. The automatic dial system is able to automatically dial a preset telephone number to notify a related person. The mobile telephone transmitting-and-receiving system is able to transmit or receive signals. The alarm system is able to light up a warning light and give out sound. The automatic charge system is able to make up a self-supplying power through voltage drop and electricity storage. The power delay connection system is able to delay for a period of time and then convey power to all the foresaid systems.