Christopher L Huber

US Patent:

7904971, Mar 15, 2011

Filed:

May 19, 2005

Appl. No.:

11/133090

Inventors:

Mason T. Doria - Cranberry Township PA, US
Christopher A. Huber - Cranberry Township PA, US

Assignee:

Mine Safety Appliances Company - Cranberry Township PA

International Classification:

A42B 3/00

US Classification:

2412, 2411, 2410, 2414

Abstract:

The present invention provides pads and padding systems for use in protective helmets, and particularly ballistic helmets. Generally, the pad includes a first, outer layer which provides substantial impact resistance and a second, inner layer which provides cushioning and comfort. The pad does not require the use of a moisture-proof, non-perforated, encapsulating layer since both layers provide little resistance to fluid flow. The pad may also include a cover made of moisture-wicking material.

US Patent:

20210016115, Jan 21, 2021

Filed:

Oct 2, 2020

Appl. No.:

17/062160

Inventors:

- Charlotte NC, US
Bethamcharla Narendra Kumar - Bangalore, IN
LG Srinivasa Rao Kanakala - Hyderabad, IN
Christopher Huber - Cranberry Township PA, US

International Classification:

A62B 35/00

Abstract:

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.

US Patent:

20190054328, Feb 21, 2019

Filed:

Aug 16, 2017

Appl. No.:

15/678760

Inventors:

- Morris Plains NJ, US
Bethamcharla Narendra Kumar - Bangalore, IN
LG Srinivasa Rao Kanakala - Hyderabad, IN
Christopher Huber - Cranberry Township PA, US

International Classification:

A62B 35/00

Abstract:

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.