Abstract: The invention concerns an arrangement of a heat sink and heat-generating electronic components housed thereon, in which the heat sink comprises a main part (1) and a moulding (2) of plastic with first fitting interfaces, in which the electronic components are arranged on the first side (7) of the main part (1) with thermal contact to said main part, and in which sections of a second side (8) of the main part (1) opposite the first side (7) are not insert moulded.

Abstract: The invention relates to a method or producing a sole (1) or a sole part of a shoe (2), in particular of a sports shoe. To obtain a lightweight shoe which has good rebound characteristics, the invention provides the following steps: a) Producing plastic elements (3), the extent (a, b, c) of which in the three spatial direction lies between 2 mm and 15 mm, preferably between 3 mm and 9 mm, wherein the plastic elements (3) consist of a foamed thermoplastic elastomer based on urethane (TPU, E-TPU, TPE-U) and/or based on polyether block amide (PEBA); b) Introducing the plastic elements (3) into a moulding tool which has a cavity which corresponds to the shape of the sole (1) or the sole part to be produced; c) Connecting the plastic elements (3) located in the moulding tool to one another, wherein a binder is put into the moulding tool to make the connection and/or wherein heat is allowed to act on the plastic elements (3) to make the connection.

Abstract: A microcomputer for executing an application is described. The microcomputer comprises a heterogeneous coarse grained reconfigurable array comprising a plurality of functional units, optionally register files, and memories, and at least one processing unit supporting multiple threads of control. The at least one processing unit is adapted for allowing each thread of control to reconfigure at run-time the claiming of one or more particular types of the functional units to work for that thread depending on requirements of the application, e.g. workload, and/or the environment, e.g. current usage of FU's. This way, multithreading with dynamic allocation of CGA resources is implemented. Based on the demand of the application and the current utilization of the CGRA, different resource combinations can be claimed.

Abstract: The invention relates to a shoe (1), especially a sport shoe, with a sole (2) and a shoe upper (3) which is connected with the sole (2). To obtain a specific light shoe the invention proposes that the sole (2) comprises: a base body (12) in accordance with form of the sole (2), wherein the base body (12) comprises a plurality of reinforcement fibers (13), which are integrated into a plastic or resin matrix (14) and a plurality of outer sole elements (15), wherein the outer sole elements (15) are fixed material-bonded at the base body (12). Furthermore, the invention relates to a method for the manufacturing of a shoe.

Abstract: A method for determining the rotor position of a synchronous machine operated in field-oriented manner, which has an effective inductivity that is dependent on the rotor position, the motor current being acquired, and the motor voltage being set with the aid of a pulse-width-modulation method, a signal which is in synchrony with the pulse-width-modulation frequency being superimposed on the motor voltage value to be set, values of the motor current being acquired in synchrony with the pulse-width modulation frequency, a current component induced by the superimposed voltage signal and a residual current component, i.e., fundamental wave component, being determined, the current component induced by the superimposed voltage signal being used for determining an estimated rotor angle position, whose phase error in relation to the actual rotor angle position is reduced by means of a flux model, the residual current component being supplied to a current controller.

Abstract: A controlling motor for moving a stem along an axis has a hydraulic actuator with a cylinder in which a piston that is frictionally linked to the stem is slidingly and sealingly mounted, as well as a compression spring that is frictionally linked to the stem and acts against the actuator. The controlling motor has a trigger with an inflow area into which hydraulic fluid may be introduced, a pressure area that communicates with the inflow area through a diaphragm and is connected to the actuator, and a drainage area from which the hydraulic fluid may be evacuated without pressure, as well as a switching element that links the pressure area to the drainage area when a positive pressure differential occurs between the pressure area and the inflow area, and that otherwise shuts off the drainage area. The stem may be pushed out of the cylinder by the compression spring and may be drawn into the cylinder when hydraulic fluid is applied to the inflow area.

Abstract: A converter assembly for providing a liquid in a measuring line includes a stationary housing and a component being rigidly connected to the housing. A journal is slidingly supported in the stationary housing and defines a gap disposed between the component and the journal forming a throttle. The journal has an axis of rotation, an end, at least one transverse bore formed in the journal, and a journal bore formed in the journal from the end along the axis. The housing has a groove formed therein surrounding the journal and communicating with the journal bore through the at least one transverse bore. A liquid flow path communicates with a reservoir at a primary pressure and a pressureless sump and includes the throttle, the groove, the transverse bore and the journal bore. A measuring line branching off from the path between the transverse bore and the throttle carries the liquid at a measurement pressure corresponding to a rotational speed of the journal rotating about the axis.