Abstract: The invention relates to a device (1) for analyzing milk, comprising: a line section (2) for the milk, a light source unit (4) which emits light into the line section (2), a detection unit (5) for detecting light exiting from the line section (2), and in particular an evaluation unit (6) which is designed to analyze the milk in relation to the ingredients based on signals of the detection unit (5).

Abstract: The invention relates to a device (1) for analysing a cleaning fluid, comprising: •a line portion (2) for the cleaning fluid, •a light-source unit (4), which emits light into the line portion (2), •a detection unit (5) for spectrally resolved capturing of light exiting the line portion (2), and •an analysis unit (6) which is designed to analyse the cleaning fluid with regard to the constituents on the basis of signals from the detection unit (5).

Abstract: The shoulder prosthesis has a stem (10), a ball head (20) and a middle section (30) that can be attached to the proximal end (12) of the stem (10) and to which the ball head (50) can be attached. The middle section (30) can be clamped to an attachment element (20) that is adjustable in a first direction at the proximal end (12) of the stem (10), the first direction lying in the resection plane or parallel thereto. The first direction generally runs approximately medially-laterally. The attachment element (20) can be displaceable on the stem (10) by means of a dovetail guide (15) or guided displaceable in a guide bore in the stem (10). The middle section can be clamped against the attachment element (20), whereby the attachment element (20) and the middle section (30) can be fixed.

Abstract: The shoulder prosthesis has a stem (10), a ball head (20) and a middle section (30) that can be attached to the proximal end (12) of the stem (10) and to which the ball head (50) can be attached. The middle section (30) can be clamped to an attachment element (20) that is adjustable in a first direction at the proximal end (12) of the stem (10), the first direction lying in the resection plane or parallel thereto. The first direction generally runs approximately medially-laterally. The attachment element (20) can be displaceable on the stem (10) by means of a dovetail guide (15) or guided displaceable in a guide bore in the stem (10). The middle section can be clamped against the attachment element (20), whereby the attachment element (20) and the middle section (30) can be fixed.