Honeywell International Inc.

Rahul Ramesh Bhaskarwar

Bethamcharla Narendra Kumar

L G Srinivasa Rao Kanakala

Swapnil Gopal Patil

Garaga Phani Kumar

Julius Jancarik

Praveen Kumar Palacharla

Christopher A Huber

Gregory Vrablik

Mark Fischer

Lg Srinivasa Rao Kanakala

Jeffrey Shipley

Christopher Huber

Nikhil B

A smart fall arrest system is provided and includes a fall arrest device and an intelligent module fixed to the fall arrest device. The intelligent module includes a range finder, a user alert device, a processor and an accelerometer module. The processor is configured to determine a vertical clearance distance underlying a worksite based on signals from the range finder and the accelerometer module, the processor determines if the fall arrest device is appropriate and if the anchor point selected for connecting the fall arrest device is at an appropriate height.

Smart fall arrest system

Various embodiments are directed to a compact respirator assembly comprising a respirator housing; and a compact blower assembly, the compact blower assembly comprising an impeller configured to pull a volume of air into a blower assembly air inlet; a blower scroll configured to receive the volume of air and direct the volume of air toward a blower scroll air outlet, the blower scroll comprising: a first blower scroll component comprising at least a portion of a blower frame element comprising a portion of the respirator housing; a second blower scroll component comprising a scroll cover secured to the blower frame element so as to define an internal scroll flow chamber, wherein the internal scroll flow chamber comprises a cavity positioned between the scroll cover and the blower frame element; and wherein the blower scroll air inlet comprises an opening that extends through a thickness of the respirator housing.

Compact respirator assembly

A smart fall arrest system () is provided and includes a fall arrest device () and an intelligent module () fixed to the fall arrest device (). The intelligent module includes a range finder (), a user alert device (), a processor () and an accelerometer module (). The processor () is configured to determine a vertical clearance distance underlying a worksite based on signals from the range finder () and the accelerometer module (), the processor determines if the fall arrest device () is appropriate and if the anchor point selected for connecting the fall arrest device () is at an appropriate height.

Disclosed embodiments relate generally to improved mask displays (e.g. with thermal imaging) and/or control interfaces that may allow for hands-free operation of displays and/or devices. Specifically, such display and/or control systems may operate in the context of a mask, and may provide gesture-based control of display of information within the mask. Disclosed embodiments may comprise near-eye displays configured for gesture sensing of the wearer of the mask and/or for systems and/or methods of gesture-based control.

Enhanced vision for firefighter using heads up display and gesture sensing

Embodiments relate generally to personal alert safety systems (PASS) as well as motion detection systems and methods for motion detection. Some embodiments may comprise methods for determining the alarm status for a PASS, wherein a plurality of motion sensing elements may be utilized by a motion detection system, thereby reducing false alarms. A motion detection system may comprise two motion sensing elements, with one motion sensing element located near the chest and shoulders of a user, and one motion sensing element located near the hips and back of a user.

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Hyderabad Telangana, India

Rahul Ramesh Bhaskarwar