Abstract: A back massage device comprises multiple rotary brushes mounted on a support, whereby the brushes are driven mechanically by a motor system and the support is embedded in a wall. The device includes a system for moving the brushes perpendicularly to the wall, such that the device can occupy a stowed position in which the brushes do not protrude from the wall and an operating position in which the brushes protrude from the wall.

Abstract: Device for back massage, in which each brush is removable, the face opposite the brush face having a prismatic axle for transmitting the action of the motor system, and in which the support has, for each brush, a prismatic seat combined with the aforementioned prismatic axle, at least one of the walls of the prism of the axle or of the seat having, moreover, a recess perpendicular to the wall to receive a part driven by a spring placed, in turn, inside a recess situated in a corresponding face of the seat or axle and in which each axle has, in turn, on the face opposite the brush face, a groove around said axle to receive a corresponding wall located on the support.

Abstract: A back massage device comprises multiple rotary brushes mounted on a support, whereby the brushes are driven mechanically by a motor system and the support is embedded in a wall. The device includes a system for moving the brushes perpendicularly to the wall, such that the device can occupy a stowed position in which the brushes do not protrude from the wall and an operating position in which the brushes protrude from the wall.

Abstract: Device for back massage, in which each brush is removable, the face opposite the brush face having a prismatic axle for transmitting the action of the motor system, and in which the support has, for each brush, a prismatic seat combined with the aforementioned prismatic axle, at least one of the walls of the prism of the axle or of the seat having, moreover, a recess perpendicular to the wall to receive a part driven by a spring placed, in turn, inside a recess situated in a corresponding face of the seat or axle and in which each axle has, in turn, on the face opposite the brush face, a groove around said axle to receive a corresponding wall located on the support.

Abstract: Disclosed are a system and method of remotely providing diagnostic procedures to a processing system. Upon being launched on a processing system, an agent process may receive data to provide one or more diagnostic procedures from a data network coupled to the processing system. One or more of the diagnostic procedures may then be executed to provide diagnostic results.

Abstract: A system and method of using of diagnostic procedures through a firmware interface in a processing system are described. A first physical area of a memory may store one or more diagnostic modules comprising machine-readable instructions for performing one or more diagnostic procedures of a processing system. A second physical area of the memory may store an operating system capable of initiating execution of the one or more diagnostic procedures through the firmware interface.

Abstract: Disclosed are a system and method of remotely providing diagnostic procedures to a processing system. Upon being launched on a processing system, an agent process may receive data to provide one or more diagnostic procedures from a data network coupled to the processing system. One or more of the diagnostic procedures may then be executed to provide diagnostic results.