Hand-guided marking system
View Patent ↗A hand-guided marking system ( 1 ) is disclosed, which is furnished with a radiation source ( 2 ) for applying a marking ( 100 ) to a surface ( 101 ) of a workpiece ( 102 ). A camera ( 4 ) and at least one illumination device ( 6 ) are used for recording a part of the surface ( 101 ) of the workpiece ( 102 ). A protective housing ( 10 ) is mounted on a carrier frame ( 12 ) and has an opening ( 14 ) in the protective housing ( 10 ) that is located opposite the surface ( 101 ) of the workpiece ( 102 ). The beam source ( 2 ) is positioned in the carrier frame ( 12 ) in such manner that an optical axis ( 16 ) of the beam source ( 2 ) passes through the opening of the protective housing ( 10 ).
1. A hand-guided marking system, comprising a radiation source for applying a marking on a surface of a workpiece, a camera, and at least one lighting device that lights at least one part of the surface of the workpiece, a protective housing mounted on a support frame, an opening of the protective housing located opposite the surface of the workpiece, and the radiation source is mounted in the support frame such that an optical axis of the radiation source runs through the opening of the protective housing.
2. The hand-guided marking system according to claim 1 , wherein the radiation source is a laser that is mounted in the support frame in a laser carrier.
3. The hand-guided marking system according to claim 2 , wherein the laser carrier comprises a laser base that carries several guide elements for inserting the radiation source and the laser base has a shaped opening that holds at least one part of an optical system of the radiation source.
4. The hand-guided marking system according to claim 2 , wherein the laser carrier is connected to a handle element for manual handling or an attachment for machine handling.
5. The hand-guided marking system according to claim 1 , wherein the camera is mounted on the protective housing.
6. The hand-guided marking system according to claim 5 , wherein a pivoting mirror is mounted in an interior of the protective housing, wherein, in a first position, the pivoting mirror does not block light in the optical axis of the radiation source and, in a second position, directs an optical axis of the camera onto the surface of the workpiece.
7. The hand-guided marking system according to claim 1 , wherein the protective housing carries a base plate in which the opening is formed that is set opposite the surface of the workpiece.
8. The hand-guided marking system according to claim 7 , wherein at least one safety initiator is formed on at least one outer wall of the protective housing and the safety initiator determines a correct positioning of the hand-guided marking system with respect to the workpiece, in order to thus prevent a discharge of light of the radiation source from the protective housing and to switch off the radiation source.
9. The hand-guided marking system according to claim 1 , wherein the lighting device is arranged on at least one inner wall of the protective housing in a dark-field arrangement for image capture by the camera.