Abstract: A filling valve for filling a container with a filling product, e.g., a beverage in a beverage filling system, includes a valve base body. The valve base body includes an outlet configured to discharge the filling product into the container; a swirl chamber configured to receive the filling product and is able to be brought into a fluidic connection with the outlet; and a main inlet, which feeds into the swirl chamber and is configured to introduce at least one main component of the filling product into the swirl chamber such that the filling product is swirled in the swirl chamber, whereby after exiting from the outlet the filling product flows downwardly in a spiral movement in the container. The swirl chamber has an annular shape, the cross-sectional contour thereof having a rounded shape, substantially without corner points, in the direction of extent and perpendicular to the direction of extent.

Abstract: The invention relates to a method for monitoring a container treatment installation which has a filling apparatus for filling containers and a closure apparatus for closing containers. The method involves filling a container with a filling material using the filling apparatus and measuring a concentration of a gas in the filling material of the filled container using a measuring device, wherein the filled container is removed in order to measure the concentration upstream of the closure apparatus or the concentration is measured upstream of the closure apparatus. Advantageously, the method allows the low-oxygen filling by the filling apparatus to be able to be monitored in a selective manner.

Abstract: A master-slave D flip-flop is disclosed having gates configured to supply two second intermediate signals as a function of first intermediate signals and a clock signal, and a slave circuit connected to a transfer circuit to form at least one output signal of the flip-flop from the second intermediate signals. The slave circuit is configured, when the second intermediate signals have, after a preceding pair of states, a predetermined pair of states, to maintain the at least one output signal as given by the preceding pair of states. The transfer circuit has a control input and is configured to generate the second intermediate signals to have the predetermined pair of states in response to a predetermined control signal state at the control input.

Abstract: A master-slave D flip-flop is disclosed having gates configured to supply two second intermediate signals as a function of first intermediate signals and a clock signal, and a slave circuit connected to a transfer circuit to form at least one output signal of the flip-flop from the second intermediate signals. The slave circuit is configured, when the second intermediate signals have, after a preceding pair of states, a predetermined pair of states, to maintain the at least one output signal as given by the preceding pair of states. The transfer circuit has a control input and is configured to generate the second intermediate signals to have the predetermined pair of states in response to a predetermined control signal state at the control input.

Abstract: A method for filling with a filling product, for example for filling with a beverage in a beverage filling plant by the free jet method, includes supplying a flow of filling product through a filling product supply line by opening a filling valve disposed in the filling product supply line and opening an associated regulating valve for regulating a volume flow, and closing the regulating valve and the filling valve in order to end the flow of filling product at the end of filling. The closing of the regulating valve and the filling valve are synchronized. A corresponding device is also described.

Abstract: A filling valve for filling a container with a filling product, e.g., a beverage in a beverage filling system, includes a valve base body. The valve base body includes an outlet configured to discharge the filling product into the container; a swirl chamber configured to receive the filling product and is able to be brought into a fluidic connection with the outlet; and a main inlet, which feeds into the swirl chamber and is configured to introduce at least one main component of the filling product into the swirl chamber such that the filling product is swirled in the swirl chamber, whereby after exiting from the outlet the filling product flows downwardly in a spiral movement in the container. The swirl chamber has an annular shape, the cross-sectional contour thereof having a rounded shape, substantially without corner points, in the direction of extent and perpendicular to the direction of extent.

Abstract: A method for filling with a filling product, for example for filling with a beverage in a beverage filling plant by the free jet method, includes supplying a flow of filling product through a filling product supply line by opening a filling valve disposed in the filling product supply line and opening an associated regulating valve for regulating a volume flow, and closing the regulating valve and the filling valve in order to end the flow of filling product at the end of filling. The closing of the regulating valve and the filling valve are synchronized. A corresponding device is also described.

Abstract: A wire guide roll for use in wire saws for simultaneously slicing a multiplicity of wafers from a cylindrical workpiece is provided with a coating having a thickness of at least 2 mm and at most 7.5 mm of a material which has a Shore A hardness of at least 60 and at most 99, and which contains a multiplicity of grooves through which the sawing wire is guided, the grooves each having a curved groove base with a radius of curvature which is 0.25-1.6 times the sawing wire diameter, and an aperture angle of 60-130°. A multiplicity of wafers are simultaneously sliced from a cylindrical workpiece by a wire saw using such wire guide rolls.

Abstract: A method for slicing wafers from a workpiece includes providing wire guide rolls that each have a grooved coating with a specific thickness, providing a fixed bearing respectively associated with each wire guide roll and providing a sawing wire including wire sections disposed in a parallel fashion. The wire sections are tensioned between the wire guide rolls and are moved relative to the workpiece so as to perform a sawing operation. The wire guide rolls cooled and the fixed bearings are cooled independently of the wire guide rolls.

Abstract: A method for cooling a cylindrical workpiece during wire sawing includes applying a liquid coolant to a surface of the workpiece. The workpiece is made of semiconductor material having a surface including two end faces and a lateral face. The method includes sawing the workpiece with a wire saw including a wire web having wire sections arranged in parallel by penetrating the wire sections into the workpiece by an oppositely directed relative movement of the wire sections and the workpiece. Wipers are disposed so as to bear on the surface of the workpiece. The temperature of the workpiece is controlled during the wire sawing using a liquid coolant applied onto the workpiece above the wipers so as to remove the liquid coolant with the wipers bearing on the workpiece surface.

Abstract: An artificial turf barrier including a lawn barrier, an artificial turf, and a connecting area for the artificial turf. A connecting grid is also provided. A method for manufacturing an artificial turf barrier including a lawn barrier and a connecting grid, the lawn barrier and the connecting grid being formed by injection molding. An artificial turf portion cut to size is inserted into an injection mold and the lawn barrier and the connecting grid are non-detachably combined with the artificial turf portion during injection molding.

Abstract: A method for slicing wafers from a workpiece includes providing wire guide rolls each having a grooved coating with a specific thickness and providing rings at opposing ends of a first of the coatings of a respective wire guide roll. The rings are fixed exclusively to the first coating. A sawing wire including wire sections disposed in a parallel fashion is tensioned between the wire guide rolls. The wire sections of the sawing wire are moved relative to the workpiece so as to perform a sawing operation. A change in length of the first coating, brought about by a temperature change, is measured by measuring distances between sensors and the rings. The wire guide rolls are cooled in a manner dependent on the measured distances.

Abstract: One embodiment of the present invention relates to an error tolerant memory circuit having a low hardware overhead that can tolerate both single volatile soft errors and permanent errors. In one embodiment, the method and apparatus comprise a memory circuit having a plurality of memory element pairs, respectively having two memory storage elements configured to store a data unit. One or more parity generation circuits are configured to calculate a first parity bit from data written to the plurality of memory element pairs (e.g., the two memory storage elements) and a second parity bit from data read from one of the two memory storage elements in the plurality of memory element pairs. Based upon the calculated first and second parity bits, the memory circuit chooses to selectively output data from memory storage elements not known to contain an error.

Abstract: A device includes a flip flop and a control circuit. The flip flop includes a flip flop data input terminal and a flip flop clock input terminal. The control circuit includes a control circuit data input terminal and a control circuit clock input terminal. The control circuit is configured to route, in a Data Processing Mode of the device, an incoming data signal from the control circuit data input terminal to the flip flop data input terminal and an incoming clock signal from the control circuit clock input terminal to the flip flop clock input terminal and to apply, in a Data Retention Mode of the device, a first given fixed signal value to the flip flop data input terminal independent of a value of the incoming data signal and a second given fixed signal value to the flip flop clock input terminal independent of a value of the incoming clock signal.

Abstract: A device includes a flip flop and a control circuit. The flip flop includes a flip flop data input terminal and a flip flop clock input terminal. The control circuit includes a control circuit data input terminal and a control circuit clock input terminal. The control circuit is configured to route, in a Data Processing Mode of the device, an incoming data signal from the control circuit data input terminal to the flip flop data input terminal and an incoming clock signal from the control circuit clock input terminal to the flip flop clock input terminal and to apply, in a Data Retention Mode of the device, a first given fixed signal value to the flip flop data input terminal independent of a value of the incoming data signal and a second given fixed signal value to the flip flop clock input terminal independent of a value of the incoming clock signal.

Abstract: An overload protector has an input element, an output element juxtaposed with the input element, and a clamping plate. Fasteners fix the clamping plate to one of the elements against relative movement. A coupling between the clamping plate and the other of the elements permits only limited relative movement of the elements through a stroke having a predetermined length in a predetermined direction. A connector between the clamping plate and the other element fixes the clamping plate and the other element together against relative movement until an overload force greater than a predetermined critical limit is exerted shifting either of the elements toward or away from the other element in the predetermined direction.

Abstract: A method for slicing wafers from a workpiece includes providing wire guide rolls that each have a grooved coating with a specific thickness, providing a fixed bearing respectively associated with each wire guide roll and providing a sawing wire including wire sections disposed in a parallel fashion. The wire sections are tensioned between the wire guide rolls and are moved relative to the workpiece so as to perform a sawing operation. The wire guide rolls cooled and the fixed bearings are cooled independently of the wire guide rolls.

Abstract: A method for slicing wafers from a workpiece includes providing wire guide rolls each having a grooved coating with a specific thickness and providing rings at opposing ends of a first of the coatings of a respective wire guide roll. The rings are fixed exclusively to the first coating. A sawing wire including wire sections disposed in a parallel fashion is tensioned between the wire guide rolls. The wire sections of the sawing wire are moved relative to the workpiece so as to perform a sawing operation. A change in length of the first coating, brought about by a temperature change, is measured by measuring distances between sensors and the rings. The wire guide rolls are cooled in a manner dependent on the measured distances.

Abstract: One embodiment of the present invention relates to an error tolerant memory circuit having a low hardware overhead that can tolerate both single volatile soft errors and permanent errors. In one embodiment, the method and apparatus comprise a memory circuit having a plurality of memory element pairs, respectively having two memory storage elements configured to store a data unit. One or more parity generation circuits are configured to calculate a first parity bit from data written to the plurality of memory element pairs (e.g., the two memory storage elements) and a second parity bit from data read from one of the two memory storage elements in the plurality of memory element pairs. Based upon the calculated first and second parity bits, the memory circuit chooses to selectively output data from memory storage elements not known to contain an error.

Abstract: A method for cooling a cylindrical workpiece during wire sawing includes applying a liquid coolant to a surface of the workpiece. The workpiece is made of semiconductor material having a surface including two end faces and a lateral face. The method includes sawing the workpiece with a wire saw including a wire web having wire sections arranged in parallel by penetrating the wire sections into the workpiece by an oppositely directed relative movement of the wire sections and the workpiece. Wipers are disposed so as to bear on the surface of the workpiece. The temperature of the workpiece is controlled during the wire sawing using a liquid coolant applied onto the workpiece above the wipers so as to remove the liquid coolant with the wipers bearing on the workpiece surface.