Abstract:
A universal rack mounting connector and assembly includes a base member having a first side and a second side. A plurality of rectangular tabs extend outward from the first side of the base member. A plurality of cylindrical tabs extend outward from a second side of the base member. The second side of the base member further includes a plurality of rectangular footings disposed around the cylindrical tabs. The base member further includes a plurality of apertures for receiving a fastener. The universal connector allows for the disposition of the extending tabs through a back-end of a sliding rail assembly. If the server rack uses rectangular tabs, the universal connector is positioned so the first face engages the back side of the sliding rail assembly. If the server rack uses a cylindrical tabs, the universal connector may be positioned so the second face abuts against the sliding rail assembly.
Abstract:
A frame for a gaseous fueled vehicle, said frame comprising: a floor pan, a tunnel positioned centrally and longitudinally in said floor pan extending the full length of said frame, and a tank integrated into said tunnel. The tunnel may also integrate two or more tanks.
Abstract:
A method and apparatus providing positive crankcase ventilation, for the crankcase of an four-stroke engine having one or more reciprocating pistons exposed on a bottom side thereof to the crankcase, whereby the crankcase and bottom side of the one or more reciprocating pistons define a crankcase volume that varies cyclically with reciprocation of the one or more pistons. The cyclically varying volume of the crankcase, resulting from reciprocation of the one or more pistons, is used for generating a flow of air through the crankcase. The flow of air through the crankcase varies substantially in direct proportion to engine speed. An inlet control device and an outlet control device are attached to the crankcase, for controlling the flow of air through the crankcase.
Abstract:
A circular saw blade in which tooth assemblies are pivotally mounted along the periphery of the disc spaced apart at equal angular distances. Each tooth assembly has a U-shaped tooth wedging member pivotally mounted on the disc. The tooth is secured between the disc and the wedging member. Pivotal movement of the tooth wedging member in one direction wedges the tooth between the disc and the tooth wedging member. Pivotal movement of the tootrh wedging member in an opposite direction releases the tooth from the wedging action between the disc and the wedging member. A cam locking member is rotatably mounted on the disc adjacent the wedging member. Rotation of the cam locking member in one direction locks the tooth wedging member in the tooth wedging mode. Rotation of the cam locking member in an opposite direction unlocks the tooth wedging member to enable the tooth to be released from the wedging action between the disc and the tooth wedging member.