Honeywell International Inc.

Antonio Vitucci

Ataur Rahman

Adishesha Cs

Nagaraju Rachakonda

Ravi Kumar Avupati

Mehabube Rabbanee Shaik

Michael D Berg

A non-contact voltage detector module pluggable to a mobile communication device. The non-contact voltage comprises an antenna, a connector configured for connecting to a connector of a mobile communication device, and an assembly coupled to the antenna and the connector. The assembly converts an electromagnetic field received by the antenna to an indication of a strength of the electromagnetic field and transmits the indication of the strength of the electromagnetic field via the connector.

Mobility platform based non-contact voltage detector

A personal voltage detection system comprises a garment to be worn by a user and carrying a plurality of electric field sensors each facing a different direction. Each sensor comprises a transducer sensing electric field in transmitting a wireless signal representing field strength for an associated direction. An alert device is in operative communication with the plurality of sensors and comprises a control configured to monitor field strength for each sensor and determine existence of an alarm condition responsive to field strength being above a pre-select level and to generate an alarm signal indicating the associated direction of the alarm condition.

Personal wearable system that detects hazardous voltages and indicates direction of the source

A method and system () are provided for monitoring a restricted area () below a temporarily elevated worker () working on an elevated power transmission line (). The method and system () utilize a Doppler radar module () that is temporarily elevated to a location () adjacent the worker () and that is configured to detect the presence of personnel () who enter the restricted area (). The system () is configured to automatically alert personnel () at the worksite () who enter the restricted area () in response to detection of the personnel () by the Doppler radar module ().

System and method for doppler radar monitoring of restricted areas below bucket trucks, lineworkers on power distribution poles or other elevated loads

A method and system () are provided for monitoring a restricted area () below a temporarily elevated worker () working on an elevated power transmission line (). The method and system () utilize a wireless sensor system () that is temporarily elevated to a location () adjacent the worker () and that is configured to detect the presence of personnel () who enter the restricted area (). The system () is configured to automatically alert personnel () at the worksite () who enter the restricted area () in response to detection of the personnel () by the wireless sensor system ().

System and method for monitoring restricted areas below bucket trucks, lineworkers on power distribution poles or other elevated loads

A method and system () are disclosed for providing situational awareness to a lineworker executing a switching order in a distribution substation (). The method includes the steps of wirelessly transmitting a status of at least one circuit breaker () in the distribution substation (), wirelessly receiving the status at a location adjacent a target switch () in the distribution substation (); and displaying the status to a lineworker at the location to allow the lineworker to verify the status immediately prior to executing a switching order for the target switch (). The system () includes a wireless transmitter () to perform the transmitting step of the method and one or more wireless receivers () to perform the receiving and displaying steps of the method.

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Wauconda, IL, United States of America

Antonio Vitucci