Hydraulic block for a hydraulic vehicle power brake system
A hydraulic block for a hydraulic unit for generating brake pressure and regulating brake pressure in a hydraulic vehicle power brake system. The hydraulic block includes a projection that extends the power cylinder bore which passes transversely through the hydraulic block on a large side of the hydraulic block and a projection that extends an anti-rotation guide of a power piston of a power brake pressure generator on an opposite large side of the hydraulic block.
1 . A cuboid hydraulic block for a hydraulic vehicle power brake system, comprising:
a power cylinder bore in a motor side of the hydraulic block with an anti-rotation guide for a power piston which secures the power piston displaceable in the power cylinder bore against rotation; and
a projection at a mouth of the power cylinder bore, the projection extending the anti-rotation guide beyond the motor side of the hydraulic block.
2 . The hydraulic block according to claim 1 , wherein, on a side of the hydraulic block opposite to the motor side, the hydraulic block includes a projection into which the power cylinder bore extends.
3 . The hydraulic block according to claim 1 , wherein the projection is an integral component of the hydraulic block.
4 . The hydraulic block according to claim 1 , wherein the projection is attached to the hydraulic block.
5 . The hydraulic block according to claim 1 , wherein the power cylinder bore extends in a direction of a smallest dimension of the hydraulic block.
6 . The hydraulic block according to claim 1 , further comprising:
a master brake cylinder bore and/or receptacles for solenoid valves.
7 . A blank for a hydraulic block, the blank being in a shape of a cuboid which includes a rod-shaped elevation with a constant cross-section on a motor side or includes rod-shaped elevations with constant cross-sections on the motor side and on a side of the blank opposite to motor side which overlap one another when viewed perpendicular to the motor side.
8 . The blank according to claim 7 , wherein the blank is produced by forming as a profile bar having a constant cross-section.