Abstract: An embodiment can include a lamp safe system that includes an inner casing and an outer casing, lampshade or lamp body, which can be removably attached to an outer casing though a outer body attachment device. An inner casing can include a first wall, second wall, and third wall that can be removably attached to a safe door. An inner casing can have a male flange. A inner casing can have a door with a lock removably attached. An outer casing can substantially surround an inner casing. An outer casing can have a female flange. An outer casing can have an air spring attached to it through a clevis, which can be attached to an inner casing. A inner casing can slide on alignment track which can be attached to both an inner casing's first wall and third wall, and outer casing inner surface. An electrical system can provide a user with information on a lamp safe system.

Abstract: An embodiment can include a lamp safe system that includes an inner casing and an outer casing, lampshade or lamp body, which can be removably attached to an outer casing though a outer body attachment device. An inner casing can include a first wall, second wall, and third wall that can be removably attached to a safe door. An inner casing can have a male flange. A inner casing can have a door with a lock removably attached. An outer casing can substantially surround an inner casing. An outer casing can have a female flange. An outer casing can have an air spring attached to it through a clevis, which can be attached to an inner casing. A inner casing can slide on alignment track which can be attached to both an inner casing's first wall and third wall, and outer casing inner surface. An electrical system can provide a user with information on a lamp safe system.

Abstract: A pressure probe includes an elongated cable provided with a sensing tip, a portion of the elongated cable and sensing tip enclosed within a ceramic shroud, the ceramic shroud at least partially formed of a metalized ceramic material.

Abstract: A system is provided for controlling slip of a ground-engaging traction device of a work machine. The system includes an actual slip calculator operable to transmit an actual slip signal corresponding to an actual slip experienced by the work machine. The system also includes a ground condition selector operable to transmit a ground condition signal corresponding to a selected ground condition. A desired slip calculator is operable to transmit a desired slip signal based on the ground condition signal. A slip controller is coupled with the actual slip calculator and the desired slip calculator. The slip controller is operable to transmit a slip control signal based on the actual slip signal and the desired slip signal. The slip control signal controls the actual slip experienced by the work machine to achieve the desired slip.