Abstract: A mixer includes a mixing container having an outlet opening; a closure cover, which can be moved back and forth between a closed position, in which the closure cover closes the outlet opening, and an open position, in which the closure cover uncovers the outlet opening so that mixture can be removed from the mixing container via the outlet opening; at least one cleaning nozzle to clean the closure opening and/or a mixture outflow region arranged outside the mixing container; and a liquid feed to feed cleaning fluid to the at least one cleaning nozzle. To provide a mixer and a method for enabling cost-effective, efficient, simple and operationally reliable cleaning of the mixture outflow region and of the closure opening, at least one cleaning nozzle is fastened to the closure cover such that it is moved together with the closure cover.

Abstract: A mixer includes a mixing container having an outlet opening; a closure cover, which can be moved back and forth between a closed position, in which the closure cover closes the outlet opening, and an open position, in which the closure cover uncovers the outlet opening so that mixture can be removed from the mixing container via the outlet opening; at least one cleaning nozzle to clean the closure opening and/or a mixture outflow region arranged outside the mixing container; and a liquid feed to feed cleaning fluid to the at least one cleaning nozzle. To provide a mixer and a method for enabling cost-effective, efficient, simple and operationally reliable cleaning of the mixture outflow region and of the closure opening, at least one cleaning nozzle is fastened to the closure cover such that it is moved together with the closure cover.

Abstract: A system and method for searching for and finding data across industrial time-series data is disclosed executing a series of instructions on a computer system. While executing a first instruction in the series of instructions, the virtual machine receives an interrupt signal. In response to receiving the interrupt signal, the virtual machine searches the series of instructions to identify a second instruction that is a safe point. The virtual machine replaces the second instruction in the series of instructions with one or more interrupt handler instructions that initiate an interrupt handler. The virtual machine resumes execution of the first instruction.

Abstract: A system and method for searching for and finding data across industrial time-series data is disclosed executing a series of instructions on a computer system. While executing a first instruction in the series of instructions, the virtual machine receives an interrupt signal. In response to receiving the interrupt signal, the virtual machine searches the series of instructions to identify a second instruction that is a safe point. The virtual machine replaces the second instruction in the series of instructions with one or more interrupt handler instructions that initiate an interrupt handler. The virtual machine resumes execution of the first instruction.

Abstract: A scan circuit (JTAG 1149 extension) for a microprocessor utilizes transport logic and scan chains which operate at a faster clock speed than the external JTAG clock. The transport logic converts the input serial data stream (TDI) into input data packets which are sent to scan chains, and converts output data packets into an output data stream (TDO). The transport logic includes a deserializer having a sliced input buffer, and a serializer having a sliced output buffer. The scan circuit can be used for testing with boundary scan latches, or to control internal functions of the microprocessor. Local clock buffers can be used to distribute the clock signals, controlled by thold signals generated from oversampling of the external clock. The result is a JTAG scanning system which is not limited by the external JTAG clock speed, allowing multiple internal scan operations to complete within a single external JTAG cycle.

Abstract: An impulse solenoid valve with at least one solenoid coil, a magnetically soft magnetic circuit which comprises a stationary yoke and a movable solenoid core, and with a permanent magnet which is accommodated in the magnetic circuit such that it sectionally interrupts the magnetic circuit, is characterized in that a first portion and a second portion of the magnetic circuit each directly contact the same on opposite sides of the permanent magnet, preferably over the full surface.

Abstract: A scan circuit (JTAG 1149 extension) for a microprocessor utilizes transport logic and scan chains which operate at a faster clock speed than the external JTAG clock. The transport logic converts the input serial data stream (TDI) into input data packets which are sent to scan chains, and converts output data packets into an output data stream (TDO). The transport logic includes a deserializer having a sliced input buffer, and a serializer having a sliced output buffer. The scan circuit can be used for testing with boundary scan latches, or to control internal functions of the microprocessor. Local clock buffers can be used to distribute the clock signals, controlled by thold signals generated from oversampling of the external clock. The result is a JTAG scanning system which is not limited by the external JTAG clock speed, allowing multiple internal scan operations to complete within a single external JTAG cycle.

Abstract: An impulse solenoid valve with at least one solenoid coil, a magnetically soft magnetic circuit which comprises a stationary yoke and a movable solenoid core, and with a permanent magnet which is accommodated in the magnetic circuit such that it sectionally interrupts the magnetic circuit, is characterized in that a first portion and a second portion of the magnetic circuit each directly contact the same on opposite sides of the permanent magnet, preferably over the full surface.

Abstract: A scan circuit (JTAG 1149 extension) for a microprocessor utilizes transport logic and scan chains which operate at a faster clock speed than the external JTAG clock. The transport logic converts the input serial data stream (TDI) into input data packets which are sent to scan chains, and converts output data packets into an output data stream (TDO). The transport logic includes a deserializer having a sliced input buffer, and a serializer having a sliced output buffer. The scan circuit can be used for testing with boundary scan latches, or to control internal functions of the microprocessor. Local clock buffers can be used to distribute the clock signals, controlled by thold signals generated from oversampling of the external clock. The result is a JTAG scanning system which is not limited by the external JTAG clock speed, allowing multiple internal scan operations to complete within a single external JTAG cycle.

Abstract: A scan circuit (JTAG 1149 extension) for a microprocessor utilizes transport logic and scan chains which operate at a faster clock speed than the external JTAG clock. The transport logic converts the input serial data stream (TDI) into input data packets which are sent to scan chains, and converts output data packets into an output data stream (TDO). The transport logic includes a deserializer having a sliced input buffer, and a serializer having a sliced output buffer. The scan circuit can be used for testing with boundary scan latches, or to control internal functions of the microprocessor. Local clock buffers can be used to distribute the clock signals, controlled by thold signals generated from oversampling of the external clock. The result is a JTAG scanning system which is not limited by the external JTAG clock speed, allowing multiple internal scan operations to complete within a single external JTAG cycle.

Abstract: The present invention relates to a mixing device, comprising a vessel for receiving material for mixing, which can be rotated abut a vessel axis and has a discharge opening disposed in the base thereof, a mixing tool disposed in the interior of the vessel, and a closure lid for closing the discharge opening, where the vessel base and/or the closure lid are provided with a wear-resistant lining on the side facing the interior of the vessel. In order to provide a mixing device having a wear-resistant lining which is less prone to wear, and in the event of wear can be replaced more easily and above all more cost-effectively, according to the invention the wear-resistant lining consists of a main lining part and a wear element, wherein the wear element is disposed closer to the vessel axis than the main lining part.

Abstract: A solenoid unit for a solenoid valve, including a magnet coil and a ferromagnetic circuit which surrounds the magnet coil and comprises a stationary magnet housing, a movable magnet armature and, if required, an armature antipole, the magnet housing being assembled of a cover, a shell and a bottom in the form of multiplayer transformer sheet metal parts.

Abstract: A solenoid unit for a solenoid valve, including a magnet coil and a ferromagnetic circuit which surrounds the magnet coil and comprises a stationary magnet housing, a movable magnet armature and, if required, an armature antipole, the magnet housing being assembled of a cover, a shell and a bottom in the form of multiplayer transformer sheet metal parts.

Abstract: A processor subunit for a processor for processing data. The processor subunit includes registers, and at least one functional unit for executing instructions on data. One or more registers of the registers are connected to an input of the at least one functional unit, where each register connected to the input of the at least one functional unit which has an input multiplexer. One or more registers of the registers are connected to an output of the at least one functional unit, where each register connected to the output of the at least one functional unit which has an input multiplexer. At least one output bus is connected to at least one register. At least one input bus is connected to at least one register. The processor subunit may be used in a processor, which may be used in a data streaming accelerator.

Abstract: An electromagnetic drive with a lifting armature is disclosed, in particular for a valve, which, while having small dimensions, is suitable to achieve high magnetic forces and the components of which can be freely combined with one another in a large variety of ways. This allows an adaptation to a specified structural space without specific components having to be fabricated. The same standardized components are just combined with each other differently. The drive includes a magnetic yoke with two parallel spaced yoke legs, a yoke rod extending perpendicular to and connecting the yoke legs, a yoke stud extending parallel to the yoke rod and spaced from the yoke rod, and a core plug extending coaxially with the yoke stud. The core plug is axially movable and passes through one of the yoke legs. The core plug further defines an air gap with the yoke stud.

Abstract: A connector comprising: at least one contact, said contact being formed by a first and a second part, said first part being made of material adapted to be metallized, such that said contact forms soldering surfaces for termination purposes, and wherein between surfaces of the first part, which can be metallized, insulating material is provided by means of said second part so as to achieve an extension of the creeping paths.