mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a light-stable hop extract, said method comprising: • providing a pre-isomerised hop extract comprising at least 10% of iso-alpha acids by weight of dry matter, said iso-alpha acids being selected from the group of isohumulone, isoadhumulone, isocohumulone, pre-isohumulone, post-isohumulone and combinations thereof; • illuminating the pre-isomerised hop extract, optionally after dilution of the pre-isomerised hop extract, with an illumination intensity of at least 50 W/m 2 for at least 30 minutes. • providing a pre-isomerised hop extract comprising at least 10% of iso-alpha acids by weight of dry matter, said iso-alpha acids being selected from the group of isohumulone, isoadhumulone, isocohumulone, pre-isohumulone, post-isohumulone and combinations thereof; • illuminating the pre-isomerised hop extract, optionally after dilution of the pre-isomerised hop extract, with an illumination intensity of at least 50 W/m 2 for at least 30 minutes.
An electrical switchboard comprising at least two electrical cabinets , the electrical cabinets being assembled together by at least one assembling system , including: - a fastening flange at each of two vertical ridges of a rear face of each electrical cabinet , said fastening flange extending vertically along said rear face of said electrical cabinet , - one or more assembling rails , each comprising an inserting opening extending vertically along the assembling rail , each assembling rail being able to be slid vertically along the assembly formed by joining two fastening flanges of two adjacent electrical cabinets , said two fastening flanges being located inside the inserting opening , characterised in that each assembling rail is formed by vertically assembling a plurality of rail elements , each rail element including, at one of its vertical ends, a snap-on tab and, at the other of its vertical ends, a snap-on opening , each snap-on tab of a rail element being able to be inserted into a snap-on opening of another rail element . - a fastening flange at each of two vertical ridges of a rear face of each electrical cabinet , said fastening flange extending vertically along said rear face of said electrical cabinet , - one or more assembling rails , each comprising an inserting opening extending vertically along the assembling rail ,
A method of twisting a pair of wires, comprising the steps of: a) arranging a first wire parallel to a second wire along a longitudinal axis (step 202); b) securing ends of the first and second wires to maintain the parallel arrangement (step 204); c) gripping central portions of the first and second wires (step 206); d) rotating the central portions of the first and second wires, thereby twisting the first and second wires about one another (step 210); and the method being characterized in that it further comprises the step of: e) applying a lateral offsetting force to the first and second wires by deflecting the central portions of the first and second wires orthogonally from the longitudinal axis (step 208), wherein step e) is performed prior to step d) (step 210). a) arranging a first wire parallel to a second wire along a longitudinal axis (step 202); b) securing ends of the first and second wires to maintain the parallel arrangement (step 204); c) gripping central portions of the first and second wires (step 206); d) rotating the central portions of the first and second wires, thereby twisting the first and second wires about one another (step 210); and the method being characterized in that it further comprises the step of: e) applying a lateral offsetting force to the first and second wires by deflecting the central portions of the first and second wires orthogonally from the longitudinal axis (step 208), wherein step e) is performed prior to step d) (step 210).
An apparatus for mixing a first and a second agrochemical component , comprising at least one first vessel for accommodating the first component and one second vessel for accommodating the second component , the first and the second vessel being delimited with respect to one another by a connecting region such that the connecting region, in a closed basic state, does not permit a passage of compounds from the second into the first vessel and, in an open state, permits the passage of compounds, the connecting region having a predetermined breaking point formed such that it is intact in the closed basic state and such that it breaks open, causing the connecting region to adopt the open state, when a pressure above a certain threshold pressure is applied, characterized in that the second vessel having a fluid inlet through which a pressurized fluid is introducible such that pressure can be applied to the predetermined breaking point by the introducible fluid. at least one first vessel for accommodating the first component and one second vessel for accommodating the second component , the first and the second vessel being delimited with respect to one another by a connecting region such that the connecting region, in a closed basic state, does not permit a passage of compounds from the second into the first vessel and, in an open state, permits the passage of compounds, the connecting region having a predetermined breaking point formed such that it is intact in the closed basic state and such that it breaks open, causing the connecting region to adopt the open state, when a pressure above a certain threshold pressure is applied, characterized in that the second vessel having a fluid inlet through which a pressurized fluid is introducible such that pressure can be applied to the predetermined breaking point by the introducible fluid.
Apparatus for processing metal strip material, comprising: a feed unit for feeding metallic strip material , a strip drive device which has at least one controllable traction drive unit with at least one motor and an endless traction mechanism rotatably drivable by the motor , and a pressure unit for pressing the traction mechanism against the strip material , wherein a driving force is transmittable from the traction mechanism , under frictional contact with the strip material , to the strip material ; a rolling device for flexibly rolling the strip material, with the rolling device configured to produce a variable sheet thickness in the strip material over the length of the strip material by varying the roll gap, a measuring device (7, 7'; 35; 36) arranged to measure a physical variable (F4, F6) acting on the strip material , characterised in that the at least one traction drive unit is stationarily fixed in longitudinal direction of the strip material to a stationary part , and that a drive torque of the motor is controllable on the basis of the physical variable (F4, F6, s) measured by the measuring device (7, 7'; 35; 36), wherein, by changing the drive torque of the motor , the driving force acting from the traction mechanism on the strip material is variably adjustable. a feed unit for feeding metallic strip material , a strip drive device which has at least one controllable traction drive unit with at least one motor and an endless traction mechanism rotatably drivable by the motor , and a pressure unit for pressing the traction mechanism against the strip material , wherein a driving force is transmittable from the traction mechanism , under frictional contact with the strip material , to the strip material ; a rolling device for flexibly rolling the strip material, with the rolling device configured to produce a variable sheet thickness in the strip material over the length of the strip material by varying the roll gap, a measuring device (7, 7'; 35; 36) arranged to measure a physical variable (F4, F6) acting on the strip material , characterised in that the at least one traction drive unit is stationarily fixed in longitudinal direction of the strip material to a stationary part , and that a drive torque of the motor is controllable on the basis of the physical variable (F4, F6, s) measured by the measuring device (7, 7'; 35; 36), wherein, by changing the drive torque of the motor , the driving force acting from the traction mechanism on the strip material is variably adjustable.
A method for a state tracking based gesture recognition engine for a sensor system comprising the steps of: defining a plurality of sequential states (q 1 , q 2 , q 3 , q 4 ) of a finite-state machine, assigning one of a plurality of sequential progress levels, SPL, to each of the plurality of sequential states (q 1 , q 2 , q 3 , q 4 ) of the finite-state machine, receiving a sequence of measurement values from the sensor system during run-time wherein the values depend on distances to an object; computing a state probability distribution for the states (q 1 , q 2 , q 3 , q 4 ) of the finite-state machine for each received value; mapping a state probability distribution to a sequential progress level, and utilizing the mapped sequential progress level to determine an output value of the sensor system. defining a plurality of sequential states (q 1 , q 2 , q 3 , q 4 ) of a finite-state machine, assigning one of a plurality of sequential progress levels, SPL, to each of the plurality of sequential states (q 1 , q 2 , q 3 , q 4 ) of the finite-state machine, receiving a sequence of measurement values from the sensor system during run-time wherein the values depend on distances to an object; computing a state probability distribution for the states (q 1 , q 2 , q 3 , q 4 ) of the finite-state machine for each received value; mapping a state probability distribution to a sequential progress level, and utilizing the mapped sequential progress level to determine an output value of the sensor system.
A substrate for a superconducting wire, wherein the crystal orientation of metals on the outermost layer exhibits a c-axis orientation rate of 99% or higher, an out-of-plane orientation degree Δω of 6 degrees or less, and a percentage of an area in which the crystal orientation is deviated by 6 degrees or more from the per unit area of 6% or less when observed via the EBSD (electron back scatter diffraction) method.
Optical hollow waveguide assembly (1; 19) - comprising an optical hollow waveguide for guiding illumination light , -- comprising a tube-shaped main body with a continuous waveguide cavity having an illumination light inlet and an illumination light outlet , -- wherein a cavity inner wall of the waveguide cavity is designed to be highly reflective for the illumination light under grazing incidence, - comprising a gas source for providing a gas, which gas source has a fluid connection to the waveguide cavity , characterized in that the gas source is configured in such a way that the gas is introduced into the waveguide cavity as a result thereof, wherein the gas, under the action of illumination light, forms a decontamination means for decontaminating the waveguide cavity. - comprising an optical hollow waveguide for guiding illumination light , -- comprising a tube-shaped main body with a continuous waveguide cavity having an illumination light inlet and an illumination light outlet , -- wherein a cavity inner wall of the waveguide cavity is designed to be highly reflective for the illumination light under grazing incidence, -- comprising a tube-shaped main body with a continuous waveguide cavity having an illumination light inlet and an illumination light outlet , -- wherein a cavity inner wall of the waveguide cavity is designed to be highly reflective for the illumination light under grazing incidence, - comprising a gas source for providing a gas, which gas source has a fluid connection to the waveguide cavity ,
A method for operating an inverter comprising an input-side DC-DC converter that is configured as a boost converter, and an output side inverter bridge , wherein an input voltage (U PV ) of the inverter is set by the DC-DC converter or the inverter bridge , wherein the input voltage (U PV ) during normal operating mode of the inverter corresponds to an MPP voltage (U MPP ) at which a generator connectable on the input side outputs a maximum electrical power, wherein the boost converter is activated, i.e. operated in a clocked fashion, only if the MPP voltage (U MPP ) of the generator lies below a minimum required voltage (U ZWK,min ) of a DC voltage link circuit of the inverter , wherein a first temperature value (T DCDC ) in the DC-DC converter and a second temperature value (T DCAC ) in the inverter bridge are determined and the input voltage (U PV ) of the inverter is changed with respect to the MPP voltage (U MPP ) if the determined first temperature value (T DCDC ) exceeds a limit value (T max,DCDC ) assigned to it, or if the determined first temperature values (T DCAC ) exceeds a limit value (T MAX,DCAC ) assigned to it, respectively, characterised in that the input voltage (U PV ) is increased with respect to the MPP voltage (U MPP ) if an exceedance of the limit value (T max,DCDC ) for the first temperature value (T DCDC ) in the DC-DC converter is determined and/or the MPP voltage (U MPP ) lies below a predefined limit voltage (U limit ), wherein the limit voltage (U limit ) lies within a MPP voltage range settable by the inverter and between 80% and 120% of the minimum voltage (U ZWK,min ) of the DC voltage link circuit of the inverter , and in that the input voltage (U PV ) is otherwise reduced with respect to the MPP voltage (U MPP ) .
A tire comprising a tread formed by using a rubber composition of which a tan δ at 0°C measured under the conditions of initial strain of 2%, dynamic strain of 1% and frequency of 52 Hz is 0.25 to 0.55, a difference between a tan δ at 30°C and a tan δ at 60°C measured under the conditions of initial strain of 2%, dynamic strain of 1% and frequency of 52 Hz is -0.02 to 0.07, and a dynamic storage modulus at 0°C measured under the conditions of initial strain 2%, dynamic strain of 1% and frequency at 52 Hz is 4 MPa to 20 MPa, characterised in that the tread has a plurality of circumferential grooves extending continuously in a tire circumferential direction, the circumferential grooves including circumferential main grooves with a groove widthwise cross-sectional area of 10 mm 2 or more, and a groove width Lb at a 95% groove depth position with a groove depth of a groove bottom as 100% being 25% to 60% with respect to a groove width Lt on a tread surface in at least a circumferential main groove located on an outermost side when mounted to a vehicle among the circumferential main grooves , wherein the tread has a central region partitioned by two circumferential main grooves located on tire widthwise outermost sides among the circumferential main grooves , and two side regions located on tire widthwise outer sides of the central region , the central region having a central land portion formed by partitioning by the circumferential main grooves , and the side regions having side land portions , and a ratio of a total area of the central land portion located in the central region with respect to an area of the entire tire land portion on the footprint of the tread is 40% to 60%.
An audio output apparatus comprising: a housing containing at least a filter, a first audio output unit and a second audio output unit ; the filter disposed in the housing and adapted to pass a high frequency band of an audio signal; the first audio output unit including a dynamic receiver, the dynamic receiver disposed in the housing and adapted to output a first sound corresponding to a low frequency band of the audio signal; and the second audio output unit including a balanced armature, the balanced armature disposed in the housing and adapted to output, by the filter, a second sound corresponding to the high frequency band of the audio signal; wherein after the first sound and the second sound are reproduced, they are output to the outside of the audio output apparatus ; and wherein the low frequency band is different from the high frequency band, and a portion of the low frequency band overlaps with a portion of the high frequency band. a housing containing at least a filter, a first audio output unit and a second audio output unit ; the filter disposed in the housing and adapted to pass a high frequency band of an audio signal; the first audio output unit including a dynamic receiver, the dynamic receiver disposed in the housing and adapted to output a first sound corresponding to a low frequency band of the audio signal; and the second audio output unit including a balanced armature, the balanced armature disposed in the housing and adapted to output, by the filter, a second sound corresponding to the high frequency band of the audio signal; wherein after the first sound and the second sound are reproduced, they are output to the outside of the audio output apparatus ; and wherein the low frequency band is different from the high frequency band, and a portion of the low frequency band overlaps with a portion of the high frequency band.
A brace configured for attachment to a joint of a subject, the brace comprising: a first arm having a first end and a second end ; a second arm having a first end and a second end ; a hinge assembly coupling the first end of the first arm with the first end of the second arm such that the first arm and the second arm are movable to different relative angular orientations; and a potentiometer coupled to the hinge assembly, characterized in that an output of the potentiometer is connected to a buffer . a first arm having a first end and a second end ; a second arm having a first end and a second end ; a hinge assembly coupling the first end of the first arm with the first end of the second arm such that the first arm and the second arm are movable to different relative angular orientations; and a potentiometer coupled to the hinge assembly, characterized in that an output of the potentiometer is connected to a buffer .
A method of communication between a calling device and a called device over a communications network, the method comprising: during an attempt by a caller using a calling device to call a callee using a called device over a communications network and prior to the callee answering the call, the called device determining if an identifier of the caller using the calling device is accessible at the called device ; if an identifier of the caller using the calling device , other than the telephone number of the calling device , is determined not to be accessible at the called device , transmitting from the called device to the calling device a notification indicating that no identifier of the caller is accessible at the called device : characterized by prior to transmitting the notification from the called device , the called device providing the callee with the option manually to decide whether or not to transmit the notification, and receiving input from the callee whether or not to transmit the notification to the calling device. during an attempt by a caller using a calling device to call a callee using a called device over a communications network and prior to the callee answering the call, the called device determining if an identifier of the caller using the calling device is accessible at the called device ; if an identifier of the caller using the calling device , other than the telephone number of the calling device , is determined not to be accessible at the called device , transmitting from the called device to the calling device a notification indicating that no identifier of the caller is accessible at the called device : characterized by prior to transmitting the notification from the called device , the called device providing the callee with the option manually to decide whether or not to transmit the notification, and receiving input from the callee whether or not to transmit the notification to the calling device.
A method for controlling retransmissions in multipoint reception, the method being performed at a base station, the base station being one of multiple reception points, the method comprising: receiving at least one information block, determining that additional information is needed for decoding of the at least one received information block, and selecting, taking into account at least one of decoding gain from the multipoint reception and backhaul data communications capacity between the multiple reception points, a procedure for obtaining the additional information from a plurality of options to proceed based on information about predicted result of at least one of the options, the options being either requesting or suspending retransmission of the at least one information block. receiving at least one information block, determining that additional information is needed for decoding of the at least one received information block, and selecting, taking into account at least one of decoding gain from the multipoint reception and backhaul data communications capacity between the multiple reception points, a procedure for obtaining the additional information from a plurality of options to proceed based on information about predicted result of at least one of the options, the options being either requesting or suspending retransmission of the at least one information block.
A method of wireless communications performed by a user equipment , the method comprising: receiving a signal including downlink control information, DCI; and selecting one of a plurality of cell identifiers based on one or more properties associated with the DCI, the method characterised in that the one or more properties on which the selection is based is a type of a control channel in which the DCI is delivered and/or a subframe type that carries the DCI. receiving a signal including downlink control information, DCI; and selecting one of a plurality of cell identifiers based on one or more properties associated with the DCI, the method characterised in that the one or more properties on which the selection is based is a type of a control channel in which the DCI is delivered and/or a subframe type that carries the DCI.