A heads-up speed sensing display and control system for apprising an operator of the risk of operating a vehicle at various speeds has a risk indicator display with a plurality of illuminable elements, such as three different colored LEDs, illuminable in a plurality of patterns, each of the plurality of patterns having a predetermined correlation to vehicle speed, such as green for safe, yellow for caution and red for hazardous. A speed sensor, such as a Hall-effect device is coupled to a driven element of the vehicle, like a speedometer cable, and causes the speed sensor to generate a signal indicative of vehicle speed. A control unit receives the speed signal and selects an illumination pattern to indicate the risk of operation at the speed the vehicle is then traveling. The display may be wired or wireless and be attached to a windshield, face guard or helmet. The display system may be customizable to the operator and the environmental conditions and may be coordinated with a signage system using the same risk indicator conventions.
A heads-up speed sensing display and control system for apprising an operator of the risk of operating a vehicle at various speeds has a risk indicator display with a plurality of illuminable elements, such as three different colored LEDs, illuminable in a plurality of patterns, each of the plurality of patterns having a predetermined correlation to vehicle speed, such as green for safe, yellow for caution and red for hazardous. A speed sensor, such as a Hall-effect device is coupled to a driven element of the vehicle, like a speedometer cable, and causes the speed sensor to generate a signal indicative of vehicle speed. A control unit receives the speed signal and selects an illumination pattern to indicate the risk of operation at the speed the vehicle is then traveling. The display may be wired or wireless and be attached to a windshield, face guard or helmet. The display system may be customizable to the operator and the environmental conditions and may be coordinated with a signage system using the same risk indicator conventions.
A device for suspending T-shaped tools from a belt, toolbox, wall, or other mount, comprising a flat attachment material and a rotating holder body which secures the tool while allowing the tool to be inserted and removed from different angles. In order to ensure that the holder body stays in a useful position, its swing is limited by two stops which act as brakes and are affixed so as to protrude perpendicularly from the attachment material. The invention is designed so that after the tool is inserted into the holder, the head of the tool remains secured by the cantilevering action of a spring-loaded clip against a dead-lock arm extending downwards from the holder body. The opposite end of the tool rests on an L-shaped extending at right angles from the attachment material. The tool is removed by the natural motion of grasping the handle and swinging upwards. This results in the tool being held in an immediately usable manner as it is withdrawn from the holder.
As a recent college graduate, David Gallant has immersed himself in both web 2.0 technologies and computer development. While attending the University of New Hampshire, David focused his studieson Int...
David Gallant
Work:
Don't got one - Idk
Education:
Athena - Idk
Tagline:
I play hockey and dirt bike. I also like to be a redneck! Living the dream.
Bragging Rights:
Won provincial championship for Atom AA hockey with gulf storm!
David Gallant
Work:
HubSpot - Spec-Ops (2009)
Education:
University of New Hampshire - GIS
David Gallant
Work:
VMware - Senior Technical Account Managaer (2011) SAP AG - Technical Architect (2004-2011)
Tagline:
I'm in to everything Tech, way before most other people even called it Tech...