Ademco Jun 1989 - Jan 2000
Engineering Manager
Honeywell Jun 1989 - Jan 2000
Chief Technology Officer and Vice President Engineer
Tunstall Telecom 1987 - 1989
Engineering Manager
Stc Defence Systems 1985 - 1987
Senior Rf Engineer
Marconi Communications Systems 1979 - 1985
Rf Engineer
Education:
New York University - Polytechnic School of Engineering 2000 - 2002
Master of Science, Masters, Computer Science
The University of Hull 1988 - 1990
Master of Science, Masters, Engineering
University of Liverpool 1976 - 1979
Bachelors, Bachelor of Science, Physics
A security system comprising a plurality of remote wireless units, a central control unit and an adaptive console for translating messages in radio frequency signals into messages in signals suitable for transmission over a wire in order to augment the wireless capability of the system. The adaptive console has a wireless receiver for receiving the radio frequency signal, which includes identification and status information from a wireless remote units. The adaptive console also has a processing unit which translates the identification and status information from the radio frequency signal to corresponding function data derived from a mapping of valid identification and status information to function data, the function data representative of a function to be performed by the security system. The adaptive console also has a transmitter which transmits a signal over a wired connection which includes the corresponding function data to the central control unit or a wired security unit. The adaptive console may additionally have components enabling it to receive a signal from a wired connection, translate that signal to valid identification and status information, and then transmit a second radio frequency signal to the wireless remote units.
Singular Housing Window Or Door Intrusion Detector Using Earth Magnetic Field Sensor
The present invention is a method, an apparatus, and a system for detecting a change in position of a door or a window in an alarm system. The present invention is a singular housing with a magnetometer for monitoring the magnetic field of the earth, and a microprocessor for detecting a change in the position of the singular housing with respect to the magnetic field of the earth. The microprocessor generates an alarm signal upon detecting the change, and causes the alarm signal to be transmitted, by wireless transmission, to a remote receiving station.
A wireless intrusion detector that contains a test mode that temporarily overrides the normal inhibit function of the wireless intrusion detector allowing all alarm messages to be transmitted. Wherein the inhibit function lets a single detected event signal to be transmitted upon the detection of an alarm event and inhibits subsequent transmissions during a predetermined inhibit period. The test mode, usually entered after installation of the intrusion detector, is automatically entered when the case of the intrusion detector is closed and is automatically exited when a predetermined number of detected events have been detected by the detector. The duration of the test mode is dependent on the detection of motion a predetermined number of times rather than a predetermined time duration. This allows the installer to perform a complex and time consuming walk test without having to open and close the detector case a number of times. The intrusion detector comprises detector means, counter means, transmitter means, and processing means.
Programming Of Rf Transmitter Identification Data By Monitoring Power
Kenneth L. Addy - Massapequa NY Francis C. Marino - Dix Hills NY
Assignee:
Pittway Corp. - Chicago IL
International Classification:
G05B 1900
US Classification:
340 523, 340 525, 340 522, 340539, 340514
Abstract:
A device and a method used during installation of a security system that allows the security system control panel to learn the IDs of the wireless transmitters in the security system without receiving an RF transmission from the wireless transmitter. The installation device comprises a power supply means, a first and second interface means, monitoring means for monitoring the current drawn from the power supply means, and processing means for producing a digital signal based on the current monitored. The first interface means connects the power supply means of the installation device to the battery terminal of the transmitter, and the second interface means connects the output of the installation device to the control panel. The monitoring means, comprising a resistor and a comparator, monitors the current drawn from the power supply means, wherein the current drawn corresponds to the data transmitted by transmitter. The resultant digital signal is processed by a microprocessor and transmitted to the control panel via a common interface bus.
Security System With Wireless Thermostat And Method Of Operation Thereof
A security system and method includes a control panel, a security RF receiver connected to the control panel, an air temperature controller unit (e. g. a furnace and/or an air conditioner) including an air temperature controller RF receiver for receiving RF signals to control its operation, and a wireless thermostat having a unique thermostat identification indicia associated therewith. The thermostat has a thermostat RF transmitter configured to transmit air temperature control signals to the air temperature controller unit via the air temperature controller RF receiver to control its operation in accordance with a preprogrammed air temperature profile. The security system control panel is adapted to receive and monitor signals transmitted from the thermostat RF transmitter and generate a thermostat warning signal under certain preprogrammed conditions. The control panel monitors either or both of (1) the air temperature control signals transmitted by the thermostat RF transmitter or (2) periodic supervision signals in order to determine if a thermostat warning signal should be generated. Remote control of the air temperature controller is enabled by using a remote control device with an RF transmitter for communicating directly with the air temperature controller RF receiver.
Method And Apparatus For Detection Of Motion With A Gravitational Field Detector In A Security System
In a first aspect, the present invention is a method, apparatus, and system for detecting a change in position of a door or a window in an alarm system with a singular housing having a magnetometer for monitoring the magnetic field of the earth, and a microprocessor for detecting a change in the position of the singular housing with respect to the magnetic field of the earth. The microprocessor generates an alarm signal upon detecting the change, and causes the alarm signal to be transmitted, by wireless transmission, to a remote receiving station. The device may also be used to determine if an object that it is affixed to has been moved, such as for a theft alarm for an object such as a painting. In a second aspect of the invention, a gravitational sensor is used to monitor the gravitational field of the earth and determine if an associated object or person has been moved with respect to the gravitational field, thus providing motion detection and signaling an alarm.
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.
Security System With Portable Timepiece And Methods For Use Therewith
The present invention utilizes the advantages provided by a portable, wearable timepiece such as an electronic wristwatch for integration with a security system and performing various functions as a result of the timekeeping integration. First, the control panel of the security system may be synchronized by the timepiece, either automatically or when selected by a user. Second, the timepiece may be programmed to send certain commands to the control panel at certain times, such as a command to arm the system at 11:00 PM every night. Third, the timepiece can be used to send commands to the control panel on detection of a button press, but only after a countdown delay specified by the user. This gives the user the ability to press a system arm command that would only be sent after a delay of, for example, 15 seconds.