mhurhangee/patent-ind-claim-en huggingface dataset:
A shaving component comprising: at least one cutting member having a cutting edge extending along a longitudinal axis (X-X); characterized by at least one flexible strip extending along a transversal axis (Y-Y), onto which the at least one cutting member is assembled; wherein said at least one flexible strip is adapted to assume a plurality of configurations while retaining said at least one cutting member in a secured position with respect to said flexible strip , wherein the at least one flexible strip has a body and further comprises at least one stripe extending from the body and being made out of the same material as said body , and onto which the at least one cutting member is welded. at least one cutting member having a cutting edge extending along a longitudinal axis (X-X); characterized by at least one flexible strip extending along a transversal axis (Y-Y), onto which the at least one cutting member is assembled; wherein
A voltage source converter comprising • a half bridge with two current valves connected in series and configured to be connected to opposite poles of a DC source/load, each said current valve comprising a semiconductor device of turn-off type and a rectifying diode connected in anti-parallel therewith, a midpoint of the half bridge between the two current valves forming an AC side of the converter and being configured to be connected to an AC load/source , and • a gate drive unit having a first gate drive part configured to control the semiconductor device of a first of the current valves and a second gate drive part configured to control the semiconductor device of the other, second of the current valves to turn on and off according to a Pulse Width Modulation pattern for creating an AC fundamental voltage and current on said AC side , each gate drive part including a control unit configured to control a drive member configured to influence gate parameters of the semiconductor device to be controlled by that gate drive part, characterized in that the converter comprises, for each current valve , a member configured to firstly measure the voltage (V f ) across said rectifying diode of the current valve at least during the half period of the AC current on said AC side when the semiconductor device of the other current valve is controlling the voltage on the AC side and secondly send information about the voltage measured to the control unit of the gate drive part associated with said other current valve controlled, that the control unit of each gate drive part is configured to use the voltage measured as a measure of the current (I) on said AC side and make the control of said drive member thereof depending upon information about said measure so as to minimize the total switching losses associated with the turn on of the semiconductor device while still keeping the diode reverse recovery dV/dt of the diode of the current valve not controlling the voltage on the AC side below a maximum level allowed, and that the voltage source converter is configured to be connected on its AC side to an inductive impedance. • a half bridge with two current valves connected in series and configured to be connected to opposite poles of a DC source/load, each said current valve comprising a semiconductor device of turn-off type and a rectifying diode connected in anti-parallel therewith, a midpoint of the half bridge between the two current valves forming an AC side of the converter and being configured to be connected to an AC load/source , and • a gate drive unit having a first gate drive part configured to control the semiconductor device of a first of the current valves and a second gate drive part configured to control the semiconductor device of the other, second of the current valves to turn on and off according to a Pulse Width Modulation pattern for creating an AC fundamental voltage and current on said AC side , each gate drive part including a control unit configured to control a drive member configured to influence gate parameters of the semiconductor device to be controlled by that gate drive part,
A baffle comprising: a plurality of audio outputs; a front face adjacent the plurality of audio outputs, the front face including a varying waveguide surface with a first waveguide portion adjacent a first audio output of the plurality of audio outputs providing a first sound beam pattern and a second waveguide portion adjacent a second audio output of the plurality of audio outputs providing a second sound beam pattern that is different than the first sound beam pattern, the front face includes a transition from the first waveguide portion to the second waveguide portion, with the transition being continuously variable; and a plurality of low frequency apertures adapted to receive a plurality of low-frequency outputs extending into the front face at the first waveguide portion to provide a wider horizontal sound pattern than the second waveguide portion, wherein the low frequency apertures do not extend into the front face at the second waveguide portion. a plurality of audio outputs; a front face adjacent the plurality of audio outputs, the front face including a varying waveguide surface with a first waveguide portion adjacent a first audio output of the plurality of audio outputs providing a first sound beam pattern and a second waveguide portion adjacent a second audio output of the plurality of audio outputs providing a second sound beam pattern that is different than the first sound beam pattern, the front face includes a transition from the first waveguide portion to the second waveguide portion, with the transition being continuously variable; and a plurality of low frequency apertures adapted to receive a plurality of low-frequency outputs extending into the front face at the first waveguide portion to provide a wider horizontal sound pattern than the second waveguide portion, wherein the low frequency apertures do not extend into the front face at the second waveguide portion.
A photovoltaic system with a photovoltaic generator , an inverter and a communication interface configured to connect an external electrical unit , characterized in that the communication interface is configured for bidirectional exchange of data and electrical power with the external electrical unit .
A terminal block which can be contacted without tools for electrical lines , said terminal block comprising a housing in which at least two terminal contacts for a respective at least one line are arranged, wherein each terminal contact can be brought into an open position by an actuating rocker, wherein the terminal block has a plug receptacle for an electrical plug, wherein a coupling device, by which the terminal block is coupled to the plug receptacle , is provided at the housing , the plug receptacle is parallelepiped-shaped, characterized in that the actuating rockers project at least partly laterally from the plug receptacle , whereby a wall of the plug receptacle forms an abutment wall or a guide wall for an actuating finger of the installer. wherein the terminal block has a plug receptacle for an electrical plug, wherein a coupling device, by which the terminal block is coupled to the plug receptacle , is provided at the housing , the plug receptacle is parallelepiped-shaped, characterized in that the actuating rockers project at least partly laterally from the plug receptacle , whereby a wall of the plug receptacle forms an abutment wall or a guide wall for an actuating finger of the installer.
A crystal of grapiprant having a crystalline form Form X2 which exhibits an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2-theta at 10.2 ± 0.15, 14.9 ± 0.15, 16.8 ± 0.15, 18.3 ± 0.15, 21.8 ± 0.15, 22.7 ± 0.15, 23.9 ± 0.15, 24.3 ± 0.15, 25.9 ± 0.15, and 26.4 ± 0.15; and which exhibits a differential scanning calorimetry profile having endotherm/exotherm events at 25-130 °C, at 130-150 °C, and at 150-190 °C; and which exhibits a thermogravimetric analysis showing a loss of mass of 14-15% when heated from 25° to 150 °C, wherein the X-ray diffraction pattern is determined using an X-ray diffractometer with a copper Kα radiation source operated at 45 kV/40 mA, a scan range of 3.0 to 40.0 degrees 2-theta, a step size of 0.02 degrees 2-theta, and a scan time of 12.7 seconds per step; and/or wherein the differential scanning calorimetry profile is performed using a differential scanning calorimeter heated from 22 °C to a designated temperature at a rate of 5 °C per minute; and/or wherein the thermogravimetric analysis was performed with a thermogravimetric analyzer heated from room temperature to a designated temperature at a rate of 10 °C per minute with a nitrogen flow of 50 mL per minute. which exhibits a differential scanning calorimetry profile having endotherm/exotherm events at 25-130 °C, at 130-150 °C, and at 150-190 °C; and which exhibits a thermogravimetric analysis showing a loss of mass of 14-15% when heated from 25° to 150 °C, wherein the X-ray diffraction pattern is determined using an X-ray diffractometer with a copper Kα radiation source operated at 45 kV/40 mA, a scan range of 3.0 to 40.0 degrees 2-theta, a step size of 0.02 degrees 2-theta, and a scan time of 12.7 seconds per step; and/or wherein the differential scanning calorimetry profile is performed using a differential scanning calorimeter heated from 22 °C to a designated temperature at a rate of 5 °C per minute; and/or wherein the thermogravimetric analysis was performed with a thermogravimetric analyzer heated from room temperature to a designated temperature at a rate of 10 °C per minute with a nitrogen flow of 50 mL per minute.
Computer-implemented method for monitoring the functional state of an installation for computed-tomography examination of workpieces , wherein the computed-tomography examination of a workpiece comprises the performing of one or more computed-tomography measurements on the workpiece by means of the installation , wherein the computed-tomography measurements performed by the installation each result in at least one measured value for at least one measured variable, wherein the method for monitoring the functional state comprises the following steps: • selecting measured values for at least one measured variable from at least two computed-tomography measurements on one or more workpieces , • ascertaining at least one scatter measure for the selected measured values of the at least one measured variable, • ascertaining at least one reference scatter measure for measured values of the at least one measured variable, and • ascertaining the functional state of the installation by comparing the at least one ascertained scatter measure with the at least one reference scatter measure for the at least one measured variable, wherein the scatter measure comprises information about a distribution of the measured values. • selecting measured values for at least one measured variable from at least two computed-tomography measurements on one or more workpieces , • ascertaining at least one scatter measure for the selected measured values of the at least one measured variable, • ascertaining at least one reference scatter measure for measured values of the at least one measured variable, and • ascertaining the functional state of the installation by comparing the at least one ascertained scatter measure with the at least one reference scatter measure for the at least one measured variable,
Chemical bath for depositing a layer based on at least metal and sulfur, the bath comprising, in solution : - a metal salt comprising a metal selected from among at least one of the elements of groups IIB and IIIA of the periodic table; and - thiourea CS(NH 2 ) 2 ; characterized in that the bath further comprises a persulfate compound . - a metal salt comprising a metal selected from among at least one of the elements of groups IIB and IIIA of the periodic table; and - thiourea CS(NH 2 ) 2 ;
A method for communications, comprising: receiving a first control message , at an apparatus of one or more apparatuses , the first control message requesting channel state information, CSI, to be computed, based on a sounding frame, at each of the one or more apparatuses ; transmitting, in response to the first control message, a first CSI report message with the CSI from the apparatus, if the apparatus is indicated in the first control message as the one responding first with the CSI among the one or more apparatuses, characterised by : receiving a second control message requesting a second CSI report message with the computed CSI to be transmitted from the apparatus of the one or more apparatuses, if the apparatus is not indicated in the first control message as the one responding first with the CSI among the one or more apparatuses; and transmitting the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message. receiving a first control message , at an apparatus of one or more apparatuses , the first control message requesting channel state information, CSI, to be computed, based on a sounding frame, at each of the one or more apparatuses ; transmitting, in response to the first control message, a first CSI report message with the CSI from the apparatus, if the apparatus is indicated in the first control message as the one responding first with the CSI among the one or more apparatuses, characterised by : receiving a second control message requesting a second CSI report message with the computed CSI to be transmitted from the apparatus of the one or more apparatuses, if the apparatus is not indicated in the first control message as the one responding first with the CSI among the one or more apparatuses; and transmitting the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message. receiving a second control message requesting a second CSI report message with the computed CSI to be transmitted from the apparatus of the one or more apparatuses, if the apparatus is not indicated in the first control message as the one responding first with the CSI among the one or more apparatuses; and transmitting the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message.
An apparatus for generation of a quaternary pseudo random binary sequence, QPRBS, comprising: a pseudo random binary sequence, PRBS, generator configured to receive a seed of a PRBS to be generated, wherein the PRBS is inverted every other cycle of a complete sequence of the PRBS ; a mask generator having a first counter configured to receive an initial count value for an initial sequence of the PRBS and generate a feedforward count value based on the initial count value , wherein the mask generator is configured to generate a mask output corresponding to the PRBS based on the feedforward count value , wherein the mask output indicates where an inversion occurs in the QPRBS ; the PRBS generator and the mask generator both being configured for sequential operation with respect to one another; and a masking circuit configured to receive the mask output and the PRBS to bitwise mask the PRBS with the mask output to generate the QPRBS . a pseudo random binary sequence, PRBS, generator configured to receive a seed of a PRBS to be generated, wherein the PRBS is inverted every other cycle of a complete sequence of the PRBS ; a mask generator having a first counter configured to receive an initial count value for an initial sequence of the PRBS and generate a feedforward count value based on the initial count value , wherein the mask generator is configured to generate a mask output corresponding to the PRBS based on the feedforward count value , wherein the mask output indicates where an inversion occurs in the QPRBS ; the PRBS generator and the mask generator both being configured for sequential operation with respect to one another; and a masking circuit configured to receive the mask output and the PRBS to bitwise mask the PRBS with the mask output to generate the QPRBS .
A method for controlling a calculation device via a movable element that can be handled by a user to generate at least one control command associated to the vectorial orientation of the movable element , the method being implemented by a control system including a processing unit adapted to communicate with the movable element and the calculation device , the movable element including a set of sensors adapted to supply the processing unit with first measurements, called relative measurements, and second measurements, called absolute measurements, characterizing the vectorial orientation of the movable element , the relative measurements comprising an angular variation of the movable element about at least one predetermined axis (X', Y', Z') fixed with respect to the movable element between a previous vectorial orientation (P k-1 ) and a current vectorial orientation (P k ), the absolute measurements comprising the acceleration of the movable element at least according to the predetermined axis (X', Y', Z') and the magnitude of a magnetic field around the movable element at least according to the predetermined axis (X', Y', Z'), the method including the following steps of: - supplying an initial vectorial orientation; - taking measurements by the set of sensors at each movement of the movable element driven by the user; - determining a first elementary vectorial orientation (P 1 ) of the movable element from the relative measurements and the previous vectorial orientation (P k-1 ); - determining a second elementary vectorial orientation (P 2 ) of the movable element from the absolute measurements; - determining the current vectorial orientation (P k ) of the movable element from the first elementary vectorial orientation (P 1 ) and from the second elementary vectorial orientation (P 2 ); and - associating a control command to the current vectorial orientation (P k ) of the movable element . - supplying an initial vectorial orientation; - taking measurements by the set of sensors at each movement of the movable element driven by the user; - determining a first elementary vectorial orientation (P 1 ) of the movable element from the relative measurements and the previous vectorial orientation (P k-1 ); - determining a second elementary vectorial orientation (P 2 ) of the movable element from the absolute measurements; - determining the current vectorial orientation (P k ) of the movable element from the first elementary vectorial orientation (P 1 ) and from the second elementary vectorial orientation (P 2 ); and - associating a control command to the current vectorial orientation (P k ) of the movable element .
Multi-part lid composed of a paper material, having a single-piece main body which has a lid plate and an encircling lid collar proceeding from the lid plate, wherein the lid collar, in the state when placed onto a container to be closed, extends upwards away from the container, and having a reinforcing ring which is connected to the lid collar by means of an encircling frame , wherein the reinforcing ring has a circumferentially encircling bead in the region below the lid plate, that is to say on a side of the lid plate that is opposite to the lid collar, wherein an inner diameter of the reinforcing ring at the lower border is greater than an outer diameter of the encircling frame at the upper border, characterized in that the encircling frame is of frustoconical configuration above the lid plate and tapers in a direction away from the lid play, and in that the reinforcing ring is of frustoconical configuration in the region of its lower border and widens in a direction away from the lid plate.
A system comprising: an aircraft ; a probe that includes a heater comprising a resistive heating element routed through the probe , wherein an operational voltage is provided to the resistive heating element to provide heating for the probe ; characterised by comprising a radio frequency (RF) antenna configured to provide to the probe a radio-frequency (RF) signal that comprises a plurality of signal frequencies; and a control circuit configured to determine a resonant frequency from the resistive heating element in response to the plurality of signal frequencies and determine a remaining useful life of the probe based on the response of the resistive heating element to the RF signal over time. an aircraft ; a probe that includes a heater comprising a resistive heating element routed through the probe , wherein an operational voltage is provided to the resistive heating element to provide heating for the probe ; characterised by comprising a radio frequency (RF) antenna configured to provide to the probe a radio-frequency (RF) signal that comprises a plurality of signal frequencies; and a control circuit configured to determine a resonant frequency from the resistive heating element in response to the plurality of signal frequencies and determine a remaining useful life of the probe based on the response of the resistive heating element to the RF signal over time.
A multiplexing device comprising: a multistage slave comprising a first slave and a second slave connected by a multiplex communication line , the multistage slave being configured to process control data (CD) transmitted from a master in an industrial network; a multiprocessing device configured to multiplex the control data transmitted from the first slave of the multistage slave, the first slave being disposed at an upstream side to the master of the multistage slave, and transmit the control data so multiplexed to the second slave of the multistage slave by way of the multiplex communication line, the second slave being disposed at a downstream side of the multistage slave; characterized in that the multiplexing device further comprises a control device configured to issue a disconnection command (SI) to disconnect a communication between the first slave and the multiprocessing device in response to a disconnection of the multiplex communication line. a multistage slave comprising a first slave and a second slave connected by a multiplex communication line , the multistage slave being configured to process control data (CD) transmitted from a master in an industrial network; a multiprocessing device configured to multiplex the control data transmitted from the first slave of the multistage slave, the first slave being disposed at an upstream side to the master of the multistage slave, and transmit the control data so multiplexed to the second slave of the multistage slave by way of the multiplex communication line, the second slave being disposed at a downstream side of the multistage slave; characterized in that the multiplexing device further comprises a control device configured to issue a disconnection command (SI) to disconnect a communication between the first slave and the multiprocessing device in response to a disconnection of the multiplex communication line.