Abstract: The present disclosure provides a shift gate for a sliding cam system with at least two shifting grooves for engaging at least one actuator pin. The shifting grooves extend in a circumferential direction of the shift gate. The two shifting grooves are at least partially separated from one another in an entry region of the actuator pin. In a transition region adjacent to the entry region, they converge on each other in such a manner that they merge into each other and form a common groove. The shifting grooves each comprise at least one groove flank, in particular a lead flank and/or a runoff flank, which narrows the shifting grooves at least in the transition region, in such a manner that a groove width of the shifting grooves in the transition region is smaller than a groove width of the shifting grooves in the entry region of the actuator pin.

Abstract: An embodiment is directed to an ambulance vehicle, especially mobile stroke unit. The embodiment of the ambulance vehicle includes a support structure within an interior space of the ambulance vehicle for supporting a cot or stretcher used for transporting the patient. The embodiment of the ambulance vehicle further includes an actuator for tilting the support structure and/or the support structure being at least partially housed in a recess formed in a floor of the interior space.

Abstract: An embodiment is directed to an ambulance vehicle, especially mobile stroke unit. The embodiment of the ambulance vehicle includes a support structure within an interior space of the ambulance vehicle for supporting a cot or stretcher used for transporting the patient. The embodiment of the ambulance vehicle further includes an actuator for tilting the support structure and/or the support structure being at least partially housed in a recess formed in a floor of the interior space.

Abstract: The present invention relates to a method for producing and/or repairing wear-stressed recesses or openings on components (22) of a turbomachine, especially of elements of a flow passage boundary, and also to corresponding components, wherein the method comprises: producing an at least two-layer molded repair part (15), one layer (2) of which is formed by an Ni-solder and a further layer (3) of which is formed from a mixture of an Ni-solder (4) and hard material particles (5) of hard alloys on a base of cobalt or nickel and which at least partially has an outer shape which is complementary to the inner shape of the recess (20) or opening which is to be repaired, inserting the molded repair part (15) into the recess (20) or opening and at least partially heat-treating the component (22) for soldering the molded repair part (15) onto the component.

Abstract: The present invention relates to a method for producing and/or repairing wear-stressed recesses or openings on components (22) of a turbomachine, especially of elements of a flow passage boundary, and also to corresponding components, wherein the method comprises: producing an at least two-layer molded repair part (15), one layer (2) of which is formed by an Ni-solder and a further layer (3) of which is formed from a mixture of an Ni-solder (4) and hard material particles (5) of hard alloys on a base of cobalt or nickel and which at least partially has an outer shape which is complementary to the inner shape of the recess (20) or opening which is to be repaired, inserting the molded repair part (15) into the recess (20) or opening and at least partially heat-treating the component (22) for soldering the molded repair part (15) onto the component.

Abstract: A positioning for positioning a measuring element (2) and a measuring device with such a positioning device have an object of providing a positioning device for positioning a measuring element or a measuring device with a measuring element and a positioning device that is a simplification compared to the prior art and that meets the requirements for positioning with respect to accuracy and reproducibility. The object is met in the positioning device in that three wheels are provided (3, 4, 5), which are designed as a ring gear (3), a sun and a planetary gear (5). The ring has an interior space (6) in which the sun and the planetary are arranged. Furthermore, the planetary is engaged with the sun and with the ring gear (3).

Abstract: A positioning for positioning a measuring element (2) and a measuring device with such a positioning device have an object of providing a positioning device for positioning a measuring element or a measuring device with a measuring element and a positioning device that is a simplification compared to the prior art and that meets the requirements for positioning with respect to accuracy and reproducibility. The object is met in the positioning device in that three wheels are provided (3, 4, 5), which are designed as a ring gear (3), a sun and a planetary gear (5). The ring has an interior space (6) in which the sun and the planetary are arranged. Furthermore, the planetary is engaged with the sun and with the ring gear (3).

Abstract: A system enables a healthcare organization to evaluate cost efficient treatment options early in a patient treatment process by automatic monitoring of profit or loss of a treatment, in real-time and enables a clinical user to screen, simulate and control treatment profit or loss during a patient visit, based on both expected reimbursement and the actual costs of performed services. A system enables cost based treatment selection by providing a healthcare worker with patient specific treatment cost information during a treatment episode. An acquisition processor automatically interrogates at least one information repository for data concerning cost to a healthcare organization of providing a proposed treatment to a patient and expected cost reimbursement to the healthcare organization for the proposed treatment.