Abstract: An internal combustion engine includes at least one cylinder crankcase, at least one cylinder head (1), at least one overhead camshaft (2), at least two rocker arms (3) which are driven by the camshaft (2) and actuate the combustion valves, the camshaft(s) (2) being mounted in the cylinder head housing, and an oil supply line (9) which is situated in particular in the area of the top face of the cylinder head (1) for lubricating camshaft bearing brackets (10) and the rocker arm brackets (11).

Abstract: An internal combustion engine includes at least one cylinder crankcase, at least one cylinder head (1), at least one overhead camshaft (2), at least two rocker arms (3) which are driven by the camshaft (2) and actuate the combustion valves, the camshaft(s) (2) being mounted in the cylinder head housing, and an oil supply line (9) which is situated in particular in the area of the top face of the cylinder head (1) for lubricating camshaft bearing brackets (10) and the rocker arm brackets (11).

Abstract: An internal combustion engine-includes at least one cylinder crankcase, at least one cylinder head (2) including at least one valve cover (1), charge-cycle valves, a valve train-assembly, injectors (3), an injector cable harness, injection lines (4), a fuel rail (5) and a pre-separator for separating the oil aerosols present in the blow-by volume flow being situated in the cylinder head (2).

Abstract: A network connection of an information handling system is recovered after configuration of network communications components in an incorrect manner by adjusting the configuration of the network communication components. For instance, a network interface card (NIC) configured with an incorrect IP address has the IP addresses of other NICs of the information handling system applied to determine if network communication is supported. If application of each IP address fails to recover communication, the NIC adjusts to a dynamic network address, sends a configuration failure message, receives new configuration information and applies the new configuration information to establish network communication through a static network address.

Abstract: A remote deployment manager infers a target information handling system state from status information discovered from the target information handling system and applies the inferred target information handling system state to validate actions performed to the target information handling system. A discovery module discovers status information to which an inferred state engine applies state calculation rules to infer a target state without having to rely on tasks performed to the target. An action. validator applies the inferred state to actions requested from a user interface to ensure that only valid actions are communicated to a target information handling system. Valid actions may include remote commands for RAID configuration, capture of an image, deployment of a captured image or preassignment of an image to an undiscovered target information handing system.