mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an electronic device, the method comprising: receiving an indication of an incoming voice communication request; identifying one or more devices capable of communicating with the electronic device via a connection, each of the one or more devices including a sensor capable of obtaining one or more audio signals or one or more image signals; requesting one or more of the devices to obtain an audio signal or an image signal via its respective sensor; obtaining the audio signal or the image signal obtained by the one or more devices, wherein the audio signal or the image signal is used for recognizing a person, wherein a recognized person is a person known to the electronic device based on maintained information about the person; determining an associated priority for each of the one or more devices based on the recognized persons; based on at least the associated priority, selecting a device of the one or more devices; and providing a signal to the selected device to output a notification indicating the incoming voice communication request. receiving an indication of an incoming voice communication request; identifying one or more devices capable of communicating with the electronic device via a connection, each of the one or more devices including a sensor capable of obtaining one or more audio signals or one or more image signals; requesting one or more of the devices to obtain an audio signal or an image signal via its respective sensor; obtaining the audio signal or the image signal obtained by the one or more devices, wherein the audio signal or the image signal is used for recognizing a person, wherein a recognized person is a person known to the electronic device based on maintained information about the person; determining an associated priority for each of the one or more devices based on the recognized persons; based on at least the associated priority, selecting a device of the one or more devices; and providing a signal to the selected device to output a notification indicating the incoming voice communication request.
Control module configured for the integration of a luminaire with which the control module is associated, into a luminaire network, the control module comprising a plurality of at least electrical components and electronic components, the control module is further configured to be mounted to a control module base at an end face , and further comprises a near-field communication unit; characterized in that the near-field communication unit comprises a substantially planar antenna arranged to be substantially parallel to the end face of the control module .
A bio-electrode composition comprising an ionic material and a resin, wherein the ionic material is a lithium salt, a sodium salt, a potassium salt, a calcium salt, or an ammonium salt of sulphonamide represented by the following general formula , [R 1 -C(=O)-N - -SO 2 -Rf 1 ] n M n+ wherein, R 1 represents a linear, a branched, or a cyclic monovalent hydrocarbon group having 1 to 40 carbon atoms, which may be substituted by a heteroatom, or mediated by a heteroatom; Rf 1 represents a linear or a branched alkyl group having 1 to 4 carbon atoms or a phenyl group, having one or more fluorine atoms or a trifluoromethyl group; M n+ represents a cation selected from a lithium ion, a sodium ion, a potassium ion, and a calcium cation, or a cation having one or two ammonium ion structures, and "n" is 1 when M n+ represents a cation selected from a lithium ion, a sodium ion, and a potassium ion, or a cation having one ammonium ion structure, and n is 2 when M n+ represents a calcium ion, or a cation having two ammonium ion structures.
A method for analyzing communication of Logical Nodes LNs of a plurality of Intelligent Electronic Devices IEDs in an operating Process Control PC system for controlling an industrial process or in an operating Substation Automation SA system for controlling an electric power substation , wherein the PC or SA system includes a plurality of operational aspects related to the operation of the controlled process or automated substation, and wherein sender LNs of the plurality of IEDs are configured to send data packets to predetermined receiver LNs of the plurality of IEDs via a communication network of the system, the method comprising the steps of: - analyzing data packets transmitted via the communication network and identifying data packets including data indicative of events of the PC or SA system including commands directed to the process or substation and status changes in the process or substation; - determining, for each identified data packet, the sender LN and the receiver LN; - retrieving, from a formal configuration representation of the PC or SA system, for each sender LN and for each receiver LN an operational aspect; - generating a time sorted graphical representation of the events and the sender and receiver LNs of the corresponding identified packets, including grouping the LNs according to the operational aspects retrieved. - analyzing data packets transmitted via the communication network and identifying data packets including data indicative of events of the PC or SA system including commands directed to the process or substation and status changes in the process or substation; - determining, for each identified data packet, the sender LN and the receiver LN; - retrieving, from a formal configuration representation of the PC or SA system, for each sender LN and for each receiver LN an operational aspect; - generating a time sorted graphical representation of the events and the sender and receiver LNs of the corresponding identified packets, including grouping the LNs according to the operational aspects retrieved.
A switching power supply comprising: - an input for an input current (I PRI ) at an input voltage (V PRI ). - a controlled transistor bridge (22A1, 22A2, 22B1, 22b2) comprising two branches each comprising two transistors connected in series, the two branches being connected in parallel to the input terminals ; - a transformer whose primary is connected between the midpoints of the two branches formed between the series-connected transistors of each branch ; - an output for an output current (I SEC ) connected to the terminals of a secondary circuit of the transformer ; and - a control unit for the transistors to switch each of the midpoints , in an alternating manner, between high and low values with a time offset (αT) between the time instants of switching of the midpoint values , characterized in that the control unit is capable of ensuring that the time order for switching of the midpoints between the high and low values thereof varies over the course of time. - an input for an input current (I PRI ) at an input voltage (V PRI ). - a controlled transistor bridge (22A1, 22A2, 22B1, 22b2) comprising two branches each comprising two transistors connected in series, the two branches being connected in parallel to the input terminals ; - a transformer whose primary is connected between the midpoints of the two branches formed between the series-connected transistors of each branch ; - an output for an output current (I SEC ) connected to the terminals of a secondary circuit of the transformer ; and - a control unit for the transistors to switch each of the midpoints , in an alternating manner, between high and low values with a time offset (αT) between the time instants of switching of the midpoint values , characterized in that the control unit is capable of ensuring that the time order for switching of the midpoints between the high and low values thereof varies over the course of time.
The strain of bacteria Beijerinckia fluminensis Bf. 2806, deposited in VKPM under the number B-12258, used as a fertilizer and biological control agent for the prevention and/or treatment of fungal disease of agricultural and ornamental plants.
An optoelectronic device (5; 90) comprising: a first integrated circuit comprising a support comprising first and second opposite surfaces, groups (G 1 , G 2 , G 3 ) of assemblies (D 1 , D 2 , D 3 ) of light-emitting diodes resting on the first surface among which first and second assemblies (D 1 , D 2 ), each group comprising at least one assembly of light-emitting diodes connected in parallel between first and second terminals, each assembly (D 1 , D 2 , D 3 ) of light-emitting diodes comprising a wire semiconductor element (20 1 , 20 2 , 20 3 ) or a plurality of wire semiconductor elements or several wire semiconductor elements connected in parallel, the first assembly (D 1 ) being adapted to emit light at a first wavelength and the second assembly (D 2 ) being adapted to emit light at a second wavelength different from the first wavelength, the first integrated circuit further comprising, in the support, first elements of lateral electric insulation of portions of the support around each assembly and, on the second surface, for each group, at least one first conductive pad (46 1 , 46 2 , 46 3 ) connected to the first terminal of the group and a second conductive pad (48 1 , 48 2 , 48 3 ) connected to the second terminal of the group; and a second integrated circuit comprising third and fourth opposite surfaces, third conductive pads on the third surface electrically connected to the first and second conductive pads, the first integrated circuit being fixed to the third surface of the second integrated circuit. a first integrated circuit comprising a support comprising first and second opposite surfaces, groups (G 1 , G 2 , G 3 ) of assemblies (D 1 , D 2 , D 3 ) of light-emitting diodes resting on the first surface among which first and second assemblies (D 1 , D 2 ), each group comprising at least one assembly of light-emitting diodes connected in parallel between first and second terminals, each assembly (D 1 , D 2 , D 3 ) of light-emitting diodes comprising a wire semiconductor element (20 1 , 20 2 , 20 3 ) or a plurality of wire semiconductor elements or several wire semiconductor elements connected in parallel, the first assembly (D 1 ) being adapted to emit light at a first wavelength and the second assembly (D 2 ) being adapted to emit light at a second wavelength different from the first wavelength, the first integrated circuit further comprising, in the support, first elements of lateral electric insulation of portions of the support around each assembly and, on the second surface, for each group, at least one first conductive pad (46 1 , 46 2 , 46 3 ) connected to the first terminal of the group and a second conductive pad (48 1 , 48 2 , 48 3 ) connected to the second terminal of the group; and a second integrated circuit comprising third and fourth opposite surfaces, third conductive pads on the third surface electrically connected to the first and second conductive pads, the first integrated circuit being fixed to the third surface of the second integrated circuit.
A method for precoding a transmission from a one-dimensional antenna array that includes co-polarized antenna elements aligned in the array's only spatial dimension, the method performed by a transmitting radio node for precoding the transmission to a receiving radio node , the method comprising: precoding the transmission from each of different subarrays of the antenna elements using a coarse-granularity precoder that is factorizable from a multi-granular precoder targeting the array's only spatial dimension at different granularities, so as to virtualize the subarrays as different auxiliary elements ; and precoding the transmission from the different auxiliary elements using a finer-granularity precoder that is also factorizable from the multi-granular precoder, wherein the multi-granular precoder comprises the Kronecker Product of the coarse-granularity precoder and the finer-granularity precoder, and wherein the coarse granularity precoder and the finer-granularity precoder are included within one or more codebooks used for said precoding. precoding the transmission from each of different subarrays of the antenna elements using a coarse-granularity precoder that is factorizable from a multi-granular precoder targeting the array's only spatial dimension at different granularities, so as to virtualize the subarrays as different auxiliary elements ; and precoding the transmission from the different auxiliary elements using a finer-granularity precoder that is also factorizable from the multi-granular precoder, wherein the multi-granular precoder comprises the Kronecker Product of the coarse-granularity precoder and the finer-granularity precoder, and wherein the coarse granularity precoder and the finer-granularity precoder are included within one or more codebooks used for said precoding.
Method (PP) for sharing use, by a first communication terminal (T1, 1) with at least a second communication terminal (T2, 2), of at least one application among applications implemented by said first communication terminal (T1, 1), said method for sharing use being implemented by a light client (CL, 10) of the first communication terminal, said method comprising: • receiving (LIST_RC) a list of applications (5.Ist_ic) being used by said first terminal (T1 1), said list (5.Ist_ic) being received via an interface (T1_INT_CL/DS, 14) of an operating system (T1_DS, 12) of said first terminal (T1, 1), • receiving, based on said received list (5.Ist_ic), the selection (IC_SEL) of an application to be shared (7.sel_ky), • transmitting (EM) at least reproduction data (sig_repro(sic)) received from said selected application to said at least a second terminal (T2, 2); and • transmitting (TR) to said selected application at least data (cmd) on interactions with said selected application, said data being received from said at least a second terminal (T2, 2). • receiving (LIST_RC) a list of applications (5.Ist_ic) being used by said first terminal (T1 1), said list (5.Ist_ic) being received via an interface (T1_INT_CL/DS, 14) of an operating system (T1_DS, 12) of said first terminal (T1, 1), • receiving, based on said received list (5.Ist_ic), the selection (IC_SEL) of an application to be shared (7.sel_ky), • transmitting (EM) at least reproduction data (sig_repro(sic)) received from said selected application to said at least a second terminal (T2, 2); and • transmitting (TR) to said selected application at least data (cmd) on interactions with said selected application, said data being received from said at least a second terminal (T2, 2).
A method of decoding video data, the method comprising: receiving encoded data for a current block of the video data, the current block comprising one or more palette escape mode encoded samples; decoding , from the encoded data, a value indicating that the current block includes the one or more palette escape mode encoded samples; in response to determining that the value indicates that the current block includes the one or more palette escape mode encoded samples and that a current tree type for the current block is not dual tree chroma, decoding an absolute value for a luma delta quantization parameter for the current block and a sign for the luma delta quantization parameter; and reconstructing the current block based on the absolute value for the luma delta quantization parameter for the current block and the sign for the luma delta quantization parameter. receiving encoded data for a current block of the video data, the current block comprising one or more palette escape mode encoded samples; decoding , from the encoded data, a value indicating that the current block includes the one or more palette escape mode encoded samples; in response to determining that the value indicates that the current block includes the one or more palette escape mode encoded samples and that a current tree type for the current block is not dual tree chroma, decoding an absolute value for a luma delta quantization parameter for the current block and a sign for the luma delta quantization parameter; and reconstructing the current block based on the absolute value for the luma delta quantization parameter for the current block and the sign for the luma delta quantization parameter.
Solid yarrow fresh plant press juice concentrate comprising or consisting of: 10 - 50 wt.-% yarrow fresh plant press juice dry residue, 0-10 wt.-% water, and 50 - 90 wt.-% carrier(s), based on 100 wt.-% yarrow press plant press juice concentrate, wherein the carrier(s) is/are a solid carrier, selected from the group consisting of maltodextrin, dextrin and cyclodextrin, wherein the yarrow fresh plant press juice concentrate comprises of one ore more dicaffeoylquinic acid(s), wherein one or more or all dicaffeoylquinic acid(s) are/is selected from the group consisting of 3,4-dicaffeoylquinic acid, 3,5-dicaffeoylquinic acid and 4,5-dicaffeoylquinic acid. 10 - 50 wt.-% yarrow fresh plant press juice dry residue, 0-10 wt.-% water, and 50 - 90 wt.-% carrier(s), based on 100 wt.-% yarrow press plant press juice concentrate, wherein the carrier(s) is/are a solid carrier, selected from the group consisting of maltodextrin, dextrin and cyclodextrin, wherein the yarrow fresh plant press juice concentrate comprises of one ore more dicaffeoylquinic acid(s), wherein one or more or all dicaffeoylquinic acid(s) are/is selected from the group consisting of 3,4-dicaffeoylquinic acid, 3,5-dicaffeoylquinic acid and 4,5-dicaffeoylquinic acid.
An electro-acoustic implant, comprising an elongate electrode carrier having a plurality of stimulation electrodes that can be introduced into a cochlea; and a flat sound transducer that is excitable to vibrate at least regionally by applying a voltage, wherein the sound transducer is configured such that it is arrangeable in, on and/or in front of a round window or an oval window or a surgically created third window of an ear and/or in a round window niche of an ear, covering the corresponding window at least partially or completely, such that vibrations of the sound transducer effect sound vibrations through the corresponding window; wherein the elongate electrode carrier extends through a plane of the flat sound transducer that extends, when the sound transducer is arranged in front of the corresponding window, at least partially over the corresponding window, wherein the flat transducer has a membrane structure as a part of its plane; and wherein the membrane structure has at least one carrier layer and at least one piezo layer that is arranged on the carrier layer and that comprises a piezoelectric material such that the sound transducer is excitable to vibrate at least regionally by applying the voltage to the piezo layer , wherein the membrane structure in the plane is divided by at least one cutting line separating all the layers of the membrane structure into at least two or more segments such that the membrane structure is mechanically decoupled at the cutting line.
A method, comprising: receiving a first input at a data-carrying device that is storing one or more Near Field Communications (NFC) Data Exchange Format (NDEF) records, wherein the first input comprises non-random data that comprises a Unique Identifier (UID) assigned to the data-carrying device and information about a user of the data-carrying device; generating a signature for the one or more NDEF records, the data-carrying device using the first input to generate the signature; and providing the signature and the one or more NDEF records from the data-carrying device to a reading device so that the reading device can validate that the data-carrying device is authorized to store the one or more NDEF records by confirming that the one or more NDEF records are bound to the data-carrying device via the signature. receiving a first input at a data-carrying device that is storing one or more Near Field Communications (NFC) Data Exchange Format (NDEF) records, wherein the first input comprises non-random data that comprises a Unique Identifier (UID) assigned to the data-carrying device and information about a user of the data-carrying device; generating a signature for the one or more NDEF records, the data-carrying device using the first input to generate the signature; and providing the signature and the one or more NDEF records from the data-carrying device to a reading device so that the reading device can validate that the data-carrying device is authorized to store the one or more NDEF records by confirming that the one or more NDEF records are bound to the data-carrying device via the signature.
Aerosol-generating device comprising - a housing having a main portion and a lid portion , wherein the lid portion is hingedly connected to the main portion , - a mouthpiece provided on the lid portion , the mouthpiece being configured to be moveable between a first position , in which the mouthpiece is retracted into the housing, and a second position , in which the mouthpiece protrudes from the lid portion , and - a spring loaded mechanism , wherein the spring loaded mechanism is configured to move the mouthpiece from the one position into the other position. - a housing having a main portion and a lid portion , wherein the lid portion is hingedly connected to the main portion , - a mouthpiece provided on the lid portion , the mouthpiece being configured to be moveable between a first position , in which the mouthpiece is retracted into the housing, and a second position , in which the mouthpiece protrudes from the lid portion , and - a spring loaded mechanism , wherein the spring loaded mechanism is configured to move the mouthpiece from the one position into the other position.
Method for the serial filling, with a gas, of a plurality of pressure cylinders which comprise a geometrical longitudinal axis and a filling nozzle centered thereon, the pressure cylinders being parallel to one another and being arranged on a conveyor belt so as to have their longitudinal axes aligned transversely to a transport direction and being moved by said conveyor belt in the transport direction , each pressure cylinder , upon reaching a filling position , being individually lifted, adjusted and moved in the direction of its longitudinal axis to a filling head by a manipulator , and pressed against said filling head such that a filling process can be carried out, and, after the filling process has been completed, the pressure cylinder being moved back, placed back on the conveyor belt and transported onward, characterized in that each pressure cylinder is moved horizontally to the filling head.
An airfoil for a gas turbine engine , comprising: a first side ; and a second side opposite the first side , the first side and the second side extending axially from a leading edge to a trailing edge and radially from a base to a tip , the tip including an oblique surface between the first side and the second side ; wherein the tip further includes a flat surface between the first side and the second side , wherein the flat surface is either adjacent to the first side , the oblique surface descending from the flat surface to the second side ; or adjacent to the second side , the oblique surface descending from the flat surface to the first side ; characterized in that the flat surface and the oblique surface include a hard plating reinforcement. a first side ; and a second side opposite the first side , the first side and the second side extending axially from a leading edge to a trailing edge and radially from a base to a tip , the tip including an oblique surface between the first side and the second side ; wherein the tip further includes a flat surface between the first side and the second side , wherein the flat surface is either adjacent to the first side , the oblique surface descending from the flat surface to the second side ; or adjacent to the second side , the oblique surface descending from the flat surface to the first side ; characterized in that the flat surface and the oblique surface include a hard plating reinforcement.