Honeywell International Inc.

Ademco Inc.

Mark Okeefe

Kenneth G Eskildsen

Kevin G Piel

Alfred M Lizza

Matt S Kruger

Doug Marshall

Robert E Lee

Dave Mole

David Llenaresas

Tom Winkeler

Yuxia Lu

A security system may include a home security system that is connected to a remote monitoring service as well as a portable security device that can travel with an individual when they are away from home. The portable security device may communicate with the same monitoring service as the home security system, and may in fact be linked to the same user account as that used for their home security system. The home security system may thus be extended to cover a remote location. In some cases, occupants of an individual's home may be notified via the home security system of alert conditions detected by the portable security device at the remote location. Likewise, occupants of the remote location may be notified via the portable security device of alert conditions detected in the home by the home security system.

Portable security device that communicates with home security system monitoring service

Systems and methods for take-over protection for a system are provided. Methods can include a module of the system storing, in a memory device of the module, a control panel identifier of a control panel of the system, the module requesting that the control panel communicates the control panel identifier to the module, the module receiving the control panel identifier from the control panel, the module comparing the control panel identifier received from the control panel with the control panel identifier stored in the memory device, and the module initiating communications with the control panel when the control panel identifier received from the control panel matches the control panel identifier stored in the memory device.

System and method for take-over protection for a security system

An apparatus and method of up-dating an existing alarm monitoring system control panel having installed wire loops, with detectors coupled thereto, and installed end-of-line resistors. Upon removal of the existing control panel, the loops are coupled to an up-graded control panel having an adjustable loop interface. The existing loops can be coupled to the adjustable loop interface. The interface automatically determines operating loop voltages in view of existing end-of-line resistors. Detectors on the loops can be read without any changes needed to end-of-line resistor values. Determined operating loop voltages can be digitized and stored in the up-graded control panel for subsequent use in monitoring loop operating characteristics.

Systems and methods of calibrating replacement alarm control panels

A secure communications and monitoring system includes a control unit and a plurality of modules distributed in a region to be monitored. The control unit has an assigned identifier. When a module is installed in the system, the control unit transmits the identifier to the module, which stores the identifier. Before a module communicates with the control unit, the identifier is requested from the control unit. The identifier received from the control unit is compared to the stored identifier. The module will only communicate with the control unit where the identifier received at the module corresponds to the identifier stored at the module.

A system and method for controlling an appliance are provided. The system includes a plurality of sensing devices and a plurality of appliance control devices. The sensing devices are locatable in a selected area with each device wirelessly transmitting a first status message and a second status message. Each of the plurality of appliance control devices has a wireless receiver that continuously monitors a transmission spectrum for wireless status messages, has a decryption device that decrypts any received encrypted messages, provides an ON and OFF output, and provides one of the ON and OFF outputs upon receiving a first status message and the other of the ON and OFF outputs upon receiving a second status message.

Bridge between security system and appliances

A method and apparatus for controlling an appliance. The method includes the steps of a security system within a secured area, said security system having a wireless transmitter transmitting status messages including at least a first encrypted message that the security system in armed and a second encrypted message that the security system is disarmed, an appliance control device having a wireless receiver and a decryption unit, the wireless receiver receiving the first and second encrypted messages, the decryption unit decrypting the first encrypted message to recover the armed status message and decrypting the second encrypted message to recover the disarmed status message and an appliance associated with the secured area and controlled by the appliance control device, the appliance entering a relatively low energy consuming mode in response to the appliance control device receiving the armed message and the appliance entering a relatively high energy consuming mode in response to the appliance control device receiving the disarmed message.

A door blocker includes a wireless transmitter coupled to a forced entry sensor. In response to sensing a stressed blocking element the transmitter emits an alarm indicator. At the same time, the blocking element continues to limit movement of the door relative to the frame to exclude an intruder.

Growing community of inventors

San Diego, CA, United States of America

Mark Okeefe