Abstract: A data structure for a jointly utilized memory device, in particular, for inter-process communication, in an application system. The memory device includes a memory cell. The data structure includes a management structure, the management structure being configured to hold a pointer object to the memory cell.

Abstract: A stranding machine is provided for producing a cord from a plurality of wires, preferably metal wires. The stranding machine has a stranding device for stranding the wires, including at least one rotatably mounted deflecting roller for deflecting the cord and at least one guide device for guiding the cord. The guide device is arranged in such a way that the cord can be guided on a straight line from the guide device to the deflecting roller in such a way that the cord is pressed against a first flank of the deflecting roller. As the cord is deflected by the deflecting roller, the cord moves from the first flank into the roller base of the deflecting roller.

Abstract: A method for providing a piece of data in a communication system. The method includes: allocating a memory means for updating data in the memory means, in particular by a producer, in particular in response to a request signal of the producer; updating the data in the provided memory means with the piece of data; providing the memory means for the purpose of being read out, in particular by a consumer, wherein, in the allocation step, the memory means is allocated as a function of a status of the memory means.

Abstract: A method for providing a piece of data in a communication system. The method includes: allocating a memory means for updating data in the memory means, in particular by a producer, in particular in response to a request signal of the producer; updating the data in the provided memory means with the piece of data; providing the memory means for the purpose of being read out, in particular by a consumer, wherein, in the allocation step, the memory means is allocated as a function of a status of the memory means.

Abstract: A computer-implemented method for the usage of a jointly utilized memory medium by a user, in particular by a computer-implemented application. The jointly utilized memory medium is divided into at least one partition, each partition being assignable a right of use, in particular a write permission and/or a read permission, a plurality of user groups being assignable to the right of use, the user being a member of a user group, a usage of the jointly utilized memory medium by the user being prevented when the user accesses a first partition of the at least one partition and the user is not a member of one of the user groups assigned to the right of use corresponding to the access.

Abstract: A data structure for a jointly utilized memory device, in particular, for inter-process communication, in an application system. The memory device includes a memory cell. The data structure includes a management structure, the management structure being configured to hold a pointer object to the memory cell.

Abstract: A method for providing a datum in a receive buffer memory. The method includes storing the datum to be provided in the receive buffer memory, and retrieving an old datum from the receive buffer memory, if the receive buffer memory overflows as a result of storing the datum to be provided.

Abstract: A method for providing a datum in a receive buffer memory. The method includes storing the datum to be provided in the receive buffer memory, and retrieving an old datum from the receive buffer memory, if the receive buffer memory overflows as a result of storing the datum to be provided.

Abstract: A hose clamp includes a clamping strip and a tightening device for tightening the clamping strip. A first clip element that is arranged on the clamping strip allows the hose clamp to be secured to a hose at an axially defined distance from a hose end. A second clip element that is arranged on the clamping strip places the clamping strip at a distance (A) from the outer surface of the hose.

Abstract: A hose clip includes a clip band and a clamping device. A receiving region is configured between axial edge regions of the clip band. The receiving region extends radially outwardly and in the circumferential direction. The receiving region is interrupted in the region of the clamping device.

Abstract: A hose clamp includes a clamping strip and a tightening device for tightening the clamping strip. A first clip element that is arranged on the clamping strip allows the hose clamp to be secured to a hose at an axially defined distance from a hose end. A second clip element that is arranged on the clamping strip places the clamping strip at a distance (A) from the outer surface of the hose.

Abstract: Systems and methods are provided for generating X-ray pulses during X-ray imaging. A high voltage of an X-ray tube is automatically switched off. The tube voltage decays and upon reaching a predefined threshold value of the tube voltage or a predefined waiting time after switching off the high voltage, a grating voltage of a grating arranged between an emitter and an anode of the X-ray tube is automatically switched on. No electrons reach the anode from the emitter, and the tube current drops to the value zero.

Abstract: A hose clip includes a clip band and a clamping device. A receiving region is configured between axial edge regions of the clip band. The receiving region extends radially outwardly and in the circumferential direction. The receiving region is interrupted in the region of the clamping device.

Abstract: Systems and methods are provided for generating X-ray pulses during X-ray imaging. A high voltage of an X-ray tube is automatically switched off. The tube voltage decays and upon reaching a predefined threshold value of the tube voltage or a predefined waiting time after switching off the high voltage, a grating voltage of a grating arranged between an emitter and an anode of the X-ray tube is automatically switched on. No electrons reach the anode from the emitter, and the tube current drops to the value zero.

Abstract: A method for converting a capacitance of a precision capacitor for measurement into a digital signal is described. According to a clocking in charging processes an integration capacitor, discharged before the start of conversion, of an integrator circuit is charged by electric current obtained from a charging of the precision capacitor and in discharge processes by brief current surges in the opposite direction which are obtained from a charging of a reference capacitor, with the result that on average no charge builds up, and the number of discharge processes in a particular number of clock pulses is counted. The clocking is paused after a predetermined number of cycles. A residual voltage is converted into a digital value and the counted number of discharge processes and the particular number of clock pulses are combined with the digital value emitted by the analog-to-digital voltage converter to form a digital total result.

Abstract: A method for converting a capacitance of a sensing capacitor (10) to be measured into a digital signal is described, wherein according to a clocking in charging processes an integrating capacitor (5), discharged before a start of conversion, of an integrator circuit is charged by an electric current which is obtained from a charging of the sensing capacitor (10) and in discharge processes by brief current surges in the opposite direction which are obtained from a charging of a reference capacitor (6), with the result that on average no charge builds up, and the number of discharge processes occurring during a particular number of clock pulses is counted, wherein the clocking is paused after a predetermined number of cycles, a residual voltage (VA1), which the integrator circuit emits due to a residual charge of the integrating capacitor (5), is converted by means of analogue-to-digital voltage conversion (25) into a digital value and the counted number of discharge processes and the particular number of clock