Abstract: Described is a device for placing markings on components. The device comprises a contact part to be placed against the component, a sliding element which is arranged slidably on the contact part between a first and a second position, and a reflector which is connected to the sliding element. The contact part comprises at least one continuous marking hole defining a marking point. The marking point and the reflector are arranged along an alignment axis when the sliding element is in the first position. In a second position of the sliding element, the marking hole is accessible.

Abstract: Described is a device for marking a survey object. The device comprises a base having a bottom plate attachable to the survey object, and a rotary plate disposed on the bottom plate and rotatable relative thereto about a first axis, a single support arm projecting from and rotationally fixed relative to the rotary plate, and a survey marker releasably attached to and rotatable relative to the free end of the support arm about a second axis that is perpendicular to the first axis.

Abstract: In a surveying prism comprising a prism housing (12) for accommodating a prism element, which prism housing is pivotably mounted in a bracket about an axis that is oriented parallel to the light ingress surface of the prism element, the bracket is formed as a base comprising a base plate (16) which forms a support surface for the surveying prism (10), and two bearing flanges oriented perpendicular to said base plate, between which bearing flanges the prism housing (12) is pivotably mounted.

Abstract: In a stake-out marker for staking out buildings and the like with a foot plate (10) and a carrier plate (16) carrying a reflection element (22) the carrier plate (16) can be adjusted relative to the foot plate (10) between a transport position in which the carrier plate (16) lies substantially parallel to the foot plate (10) and a work position in which the carrier plate (16) stands vertically to the foot plate (10). The foot plate (10) has at least one perforation (48, 50, 56) with a first edge (52) running parallel to the carrier plate (16), standing in its work position, in the reference plane (20) of the reflection element (22), and with a second edge lying vertically to the first edge in a plane running vertically to the foot plate (10) through the center of the reflection element (22).

Abstract: In a surveying prism comprising a prism housing (12) for accommodating a prism element, which prism housing is pivotably mounted in a bracket about an axis that is oriented parallel to the light ingress surface of the prism element, the bracket is formed as a base comprising a base plate (16) which forms a support surface for the surveying prism (10), and two bearing flanges oriented perpendicular to said base plate, between which bearing flanges the prism housing (12) is pivotably mounted.

Abstract: In a stake-out marker for staking out buildings and the like with a foot plate (10) and a carrier plate (16) carrying a reflection element (22) the carrier plate (16) can be adjusted relative to the foot plate (10) between a transport position in which the carrier plate (16) lies substantially parallel to the foot plate (10) and a work position in which the carrier plate (16) stands vertically to the foot plate (10). The foot plate (10) has at least one perforation (48, 50, 56) with a first edge (52) running parallel to the carrier plate (16), standing in its work position, in the reference plane (20) of the reflection element (22), and with a second edge lying vertically to the first edge in a plane running vertically to the foot plate (10) through the center of the reflection element (22).