Abstract: The present invention pertains to devices and applications for electrical enclosures designed with one or more mounting methods with one or more input openings for electrical power and one or more openings for installation of electrical delivery products which provide a means for mechanically mounting or connecting, and providing electrical power to at least one connected electrical apparatus. More specifically, the invention pertains to outdoor, weather resistant, electrical junction boxes with rear openings and side conduit removable plugged openings for input of electrical power, weather resistant GFCI outlets with outlet covers and a junction box cover which provide an electrical junction box mechanical interface for mounting and providing electrical power to a connected electrical apparatus such as a lighting apparatus, security camera, etc.

Abstract: A valve actuation system and method for use in an internal combustion engine including at least one combustion cylinder having a piston and an engine valve. The valve actuation system includes a hydraulic pump, a high-pressure reservoir, and an electro-hydraulic valve actuator. The hydraulic pump is configured to produce a hydraulic output based on a valve-piston clearance profile of at least one cylinder of the combustion engine. The high-pressure reservoir is coupled with the hydraulic pump. The electro-hydraulic valve actuator is coupled with the high-pressure reservoir via a first control valve and configured to actuate at least one engine valve of the combustion engine according to an output of the hydraulic pump.

Abstract: A method and system for parallel back-up of a plurality of client computers on a network, in particular, a local area network or wide area network. Each client computer has a local storage device that stores files. A number of back-up storage devices are organized into groups, with each back-up storage devices being a member of one group. A server computer is coupled to the plurality of back-up storage devices by a bus and is also coupled to the network. The server computer for executing a back-up job. The server computer accepts parameters for the back-up job, the parameters including a source parameter specifying a set of the client computers and a destination parameter specifying a group. The server computer receives files from each one of the set of client computers specified in the source parameter in parallel. Each received file is stored on one of the back-up storage devices being a member of the group specified in the destination parameter.