Abstract: Embodiments of the Ergonomic Ladder Rack are comprised of two or more fixed cross-members, one or more inner axis rods, one or more stops, two or more ladder support arms, one or more fluid or gas filled dampers, two or more ladder hooks, two or more ladder stop/securing arms, one or more connecting tubes, and a handle assembly. The cross-members are spaced on the vehicle in such a way as to traverse much of the length of the vehicle. The inner axis rod is placed perpendicular through apertures formed by the fixed cross-members. The connecting tubes extend between each fixed cross-member allow each ladder support arms to rotate in combination with the others. The handle assembly is comprised of a handle, a pair of support braces, a handle axis tube, a bat wing bracket, a rear bushing, a front bushing, and a securing bolt.
Type:
Application
Filed:
August 18, 2014
Publication date:
February 19, 2015
Applicant:
ABLE, INC.
Inventors:
Jeffery Wayne Sutton, Roman Shawn Meeks, Mark Edward Sharp
Abstract: A standard foot-operated rear brake system on a motorcycle is converted to a hand-operated brake assist system by mounting a pneumatic cylinder in close proximity to the rear brake foot pedal such that, when pressurized, the piston of the pneumatic cylinder extends to depress the rear brake foot pedal. The pneumatic cylinder is controlled by a switch on the handlebar.
Abstract: In an integrated circuit device requiring electrostatic discharge (ESD) protection, a circuit is added between a power supply bus and a ground supply bus to shunt the ESD event current and thereby avoiding damage to the device. Specifically, the circuit uses bipolar junction transistors of the PNP type to shunt the supply buses. The emitter junctions are connected to the positive supply bus. The collector junctions are connected to the ground bus. The PNP transistors conduct when a control circuit senses an ESD event and increases the base current in the PNP transistor.
Abstract: The bracket described herein comprises a device for supporting and holding the sidewall of a conduit trench. These conduit trenches are designed to lie on the ground or may be submerged with the top at ground level. Pipe, conduit, electrical cables, etc. may be laid in the trench with the sidewalls held in place by this new bracket. The bracket comprises two angle irons spaced parallel to each other and fastened to each other by crosspieces at the ends thereof. The angle irons have slots or grooves at each end thereof into which the flat base of a vertical member may be inserted. The flat piece of this base is inserted into the pair of slots or grooves to the end of the angle irons where the crosspiece will stop the movement of the vertical piece. The crosspiece serves as a base for the retaining wall and the vertical piece of the bracket holds the wall in a vertical position.