mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving downlink data in a wireless communication system supporting 256 QAM, the method comprising: receiving configuration information for power back-off; receiving the downlink data transmitted based on the configuration information for the power back-off; and demodulating the received downlink data based on the configuration information for the power back-off, wherein the configuration information for the power back-off is comprised in received downlink control information, DCI, and includes at least one of: information indicating whether to apply the power back-off, or information indicating a power reduction amount of the downlink power by the power back-off, wherein the power back-off is applied to resource elements of the downlink data, except for resource elements of the downlink control channel. receiving configuration information for power back-off; receiving the downlink data transmitted based on the configuration information for the power back-off; and demodulating the received downlink data based on the configuration information for the power back-off, wherein the configuration information for the power back-off is comprised in received downlink control information, DCI, and includes at least one of: information indicating whether to apply the power back-off, or information indicating a power reduction amount of the downlink power by the power back-off, information indicating whether to apply the power back-off, or information indicating a power reduction amount of the downlink power by the power back-off, wherein the power back-off is applied to resource elements of the downlink data, except for resource elements of the downlink control channel.
An artificial neural network executable on one or more computer processors for processing raw audio waveforms to create speaker representations that are used for text-independent speaker verification and recognition, the artificial neural network comprising: (a) a strided convolution layer having an input and an output, the input of the strided convolution layer receiving raw audio waveforms from a speaker; (b) a first residual block having an input and an output, the input of the first residual block receiving an output of the strided convolution layer, the first residual block including multiple convolutional and max pooling layers; (c) a second residual block having an input and an output, the second residual block being connected sequentially to the output of the first residual block, the second residual block including multiple convolutional and max pooling layers; (d) a transformer layer having an input and an output, the input of the transformer layer being connected to the output of the second residual block, the transformer layer aggregating frame level embeddings to an utterance level embedding; and (e) a final fully connected, FC, layer having an input and an output, the input of the FC layer being connected to the output of the transformer layer, the output of the FC layer creating a speaker representation for the speaker whose raw audio waveforms were inputted into the strided convolution layer, wherein the functions performed by elements (a), (b), (d) and (e) are performed when executed on the one or more computer processors. (a) a strided convolution layer having an input and an output, the input of the strided convolution layer receiving raw audio waveforms from a speaker; (b) a first residual block having an input and an output, the input of the first residual block receiving an output of the strided convolution layer, the first residual block including multiple convolutional and max pooling layers; (c) a second residual block having an input and an output, the second residual block being connected sequentially to the output of the first residual block, the second residual block including multiple convolutional and max pooling layers; (d) a transformer layer having an input and an output, the input of the transformer layer being connected to the output of the second residual block, the transformer layer aggregating frame level embeddings to an utterance level embedding; and (e) a final fully connected, FC, layer having an input and an output, the input of the FC layer being connected to the output of the transformer layer, the output of the FC layer creating a speaker representation for the speaker whose raw audio waveforms were inputted into the strided convolution layer, wherein the functions performed by elements (a), (b), (d) and (e) are performed when executed on the one or more computer processors.
An in vitro method of determining a change in a property of a drug formulation that occurs on administration, the method employing an apparatus that comprises: a membrane cassette comprising a chamber having a membrane, the membrane having perforations through which components of the drug formulation are capable of diffusing for simulating changes that occur on administration of the drug formulation, wherein the chamber of the membrane cassette contains one or more components found in the site of administration for simulating conditions at the site; a bath for containing the membrane cassette and a surrounding liquid medium; a measurement probe positioned inside the membrane cassette, wherein the probe is capable of detecting a change in a property of the drug formulation inside the membrane cassette, wherein the method comprises the steps of: (a) arranging the membrane cassette in the bath; (b) introducing the drug formulation into the chamber of the membrane cassette; (c) optionally changing one or more components or conditions of the drug formulation or the liquid medium; and (d) determining the change of the property of the drug formulation using the probe. a membrane cassette comprising a chamber having a membrane, the membrane having perforations through which components of the drug formulation are capable of diffusing for simulating changes that occur on administration of the drug formulation, wherein the chamber of the membrane cassette contains one or more components found in the site of administration for simulating conditions at the site; a bath for containing the membrane cassette and a surrounding liquid medium; a measurement probe positioned inside the membrane cassette, wherein the probe is capable of detecting a change in a property of the drug formulation inside the membrane cassette, wherein the method comprises the steps of: (a) arranging the membrane cassette in the bath; (b) introducing the drug formulation into the chamber of the membrane cassette; (c) optionally changing one or more components or conditions of the drug formulation or the liquid medium; and (d) determining the change of the property of the drug formulation using the probe. (a) arranging the membrane cassette in the bath; (b) introducing the drug formulation into the chamber of the membrane cassette; (c) optionally changing one or more components or conditions of the drug formulation or the liquid medium; and (d) determining the change of the property of the drug formulation using the probe.
A wind power installation foundation, in particular for permafrost grounds, comprising a cylindrical central unit, a plurality of steel carriers which are arranged radially around the central unit and respectively have a first and a second end (1210, 1220), wherein the first ends of the steel carriers are fixed to the central unit so that the second ends of the steel carriers are in the form of free ends, and a plurality of foundation piles, wherein the second free ends of the steel carriers are respectively placed on the foundation piles and a plurality of precast concrete parts which are respectively placed between adjacent steel carriers so that the precast concrete parts and the adjacent steel carriers respectively afford a trough which can be filled with concrete, gravel and/or earth.
Electrical assembly, in particular for use in a hydraulic fluid of a motor vehicle transmission, comprising a circuit board substrate, at least one electrical component disposed on the circuit board substrate and electrically connected to the circuit board substrate, a protective cap placed over the electrical component and an encapsulating material applied to the circuit board substrate over the protective cap, which at least covers the protective cap from the outside, wherein the protective cap is provided with at least one filling opening and the encapsulating material is introduced via the at least one filling opening into an internal chamber of the cap between the protective cap and the circuit board substrate in such a way that a free space remains between the protective cap and the component that is not filled with the encapsulating material and that directly adjoins the at least one electrical component, characterized in that the protective cap comprises a cap wall peripherally enveloping the electrical component and placed perpendicularly on the circuit board substrate and a cover section on the side facing away from the circuit board substrate and over the electrical component and the filling opening is provided in the transition region between the cover section and the cap wall, in that the cover section comprises a collar protruding into the internal chamber of the cap, and in that the collar of the cover section protruding into the internal chamber of the cap includes the electrical component at the end thereof facing away from the circuit board substrate in such a way that there is a very narrow space between the collar and the electrical component that is connected to the free space.
Electronic control panel for a motor vehicle, characterized in that it comprises - a clutch-sensitive screen, - a touch-sensitive control surface, contiguous with said clutch-sensitive screen, and - a common support for the touch-sensitive screen and for the touch-sensitive control surface, the touch-sensitive screen and the touch-sensitive control surface being placed on the common support where they join at the same level so as to define a virtually continuous control plane. - a clutch-sensitive screen, - a touch-sensitive control surface, contiguous with said clutch-sensitive screen, and - a common support for the touch-sensitive screen and for the touch-sensitive control surface,
A method for transferring Protocol Data Unit, PDU, sessions, and their associated Quality of Service, QoS, Flows, of a User Equipment, UE, during a mobility procedure in which the UE is moved from a Fifth Generation System, 5GS, to an Evolved Packet System, EPS, the method performed by an Access and Mobility Management Function, AMF, in a 5G Core, 5GC, of the 5GS, and comprising: - determining that a target Mobility Management Entity, MME, for the mobility procedure in the EPS supports a first number of EPS Bearers that is less than a second number of EPS Bearer Identities, EBIs, wherein the EBIs are assigned to the QoS Flows of one or more PDU sessions, of the UE, said one or more PDU sessions that are to be transferred from the 5GS to the EPS; - determining which of the EBIs are not to be transferred to the target MME; and - requesting the release of the one or more PDU sessions and/or QoS Flows for which the EBIs are determined not to be transferred to the target MME. - determining that a target Mobility Management Entity, MME, for the mobility procedure in the EPS supports a first number of EPS Bearers that is less than a second number of EPS Bearer Identities, EBIs, wherein the EBIs are assigned to the QoS Flows of one or more PDU sessions, of the UE, said one or more PDU sessions that are to be transferred from the 5GS to the EPS; - determining which of the EBIs are not to be transferred to the target MME; and - requesting the release of the one or more PDU sessions and/or QoS Flows for which the EBIs are determined not to be transferred to the target MME.
A double-agent essence, comprising oil gel and hydrogel, wherein the oil gel and the hydrogel are mixed according to any ratio during use; and the oil gel comprises the following components in% parts by weight: 0.1-6 parts of active ingredient; 15-35 parts of polyol comprising glycerin; 0.1-0.5 parts of SODIUM SURFACTIN; 40-65 parts of oil; and 1-10 parts of water, and wherein the oil gel is prepared by a D-phase emulsification method, and wherein the oil is any combination of PRUNUS AMYGDALUS DULCIS oil, Canola oil, Cl5-19 alkanes, SIMMONDSIA CHINENSIS seed oil, sunflower seed oil, soybean oil, squalane, octyldodecanol, mineral oil, dimethylsiloxane and cyclomethicone.
Trimming device, in particular stem cleaner, in particular for a treatment of grapevines in viticulture, with a trimming unit which is rotatable around a rotary axis and is configured for mechanically removing vine tendrils on grapevine stems and comprises a trimming shaft and a plurality of trimming elements which are arranged on the trimming shaft along a circumferential direction, with a drive unit for driving the trimming unit, wherein the drive unit is in a mounted state arranged within the trimming shaft, and with a bearing unit which supports the drive unit and the trimming unit with respect to a housing unit, wherein the bearing unit comprises a fix inner cylinder on which the trimming shaft is rotatably mounted on an outer side and the drive unit is rotatably mounted on an inner side. with a trimming unit which is rotatable around a rotary axis and is configured for mechanically removing vine tendrils on grapevine stems and comprises a trimming shaft and a plurality of trimming elements which are arranged on the trimming shaft along a circumferential direction, with a drive unit for driving the trimming unit, wherein the drive unit is in a mounted state arranged within the trimming shaft, and with a bearing unit which supports the drive unit and the trimming unit with respect to a housing unit, wherein the bearing unit comprises a fix inner cylinder on which the trimming shaft is rotatably mounted on an outer side and the drive unit is rotatably mounted on an inner side.
A process for the production of syngas and hydrogen starting from reagents comprising liquid hydrocarbons, gaseous hydrocarbons, and/or oxygenated compounds, also deriving from biomasses, and their mixtures, characterized in that it comprises: three sections (101, 201, 301) for short-contact-time catalytic partial oxidation, in which said reagents react with an oxidant including oxygen, air, or air enriched in oxygen to yield syngas; three thermal-recovery sections comprising a first thermal-recovery section for cooling the syngas in output from section and preheating the reagents to the temperature comprised between 100°C and 500°C and two further thermal recovery sections comprising one or two boilers (202, 302) that generate steam by cooling the syngas produced by the second and third short contact-time catalytic partial oxidation sections (201,301); the first and second thermal-recovery sections (102,202) are followed by the corresponding two sections (103,203) for separation of the hydrogen by means of semipermeable metal membranes that operate at 450-500°C; a section for removal of the carbon dioxide contained in the syngas current and for recycling for conversion to syngas; and a section for cooling and removal of the condensate of the syngas current. three sections (101, 201, 301) for short-contact-time catalytic partial oxidation, in which said reagents react with an oxidant including oxygen, air, or air enriched in oxygen to yield syngas; three thermal-recovery sections comprising a first thermal-recovery section for cooling the syngas in output from section and preheating the reagents to the temperature comprised between 100°C and 500°C and two further thermal recovery sections comprising one or two boilers (202, 302) that generate steam by cooling the syngas produced by the second and third short contact-time catalytic partial oxidation sections (201,301); the first and second thermal-recovery sections (102,202) are followed by the corresponding two sections (103,203) for separation of the hydrogen by means of semipermeable metal membranes that operate at 450-500°C; a section for removal of the carbon dioxide contained in the syngas current and for recycling for conversion to syngas; and a section for cooling and removal of the condensate of the syngas current.
A latent base catalyst composition comprising a. a substituted carbonate salt catalyst according to formula 1 wherein X + represents a non-acidic cation and wherein R is hydrogen, alkyl, aryl or aralkyl group, further comprising b. an additional compound II with the formula RO-C(=O)O-R wherein R is alkyl, aryl or aralkyl group. a. a substituted carbonate salt catalyst according to formula 1 wherein X + represents a non-acidic cation and wherein R is hydrogen, alkyl, aryl or aralkyl group, further comprising b. an additional compound II with the formula RO-C(=O)O-R wherein R is alkyl, aryl or aralkyl group.
A method for preventing a transverse oscillation of a tower of a wind power plant having a rotor having at least two rotor blades with adjustable pitch angles (β 1, β 2, β 3), which method comprises the following step: determining (341, 342, 343) a manipulated variable for setting the pitch angles on the basis of information about a pitching moment of the rotor which is weighted with a first weighting, a yawing moment of the rotor which is weighted with a second weighting and a transverse acceleration of the tower which is weighted with a third weighting, wherein a counteracting torque is generated which counteracts the pitching moment and the yawing moment without exciting a transverse oscillation of the tower when the pitch angles are set on the basis of the manipulated variable.
A method for link adaptation in a wireless local area network according to the IEEE 802.11 standard, comprising: obtaining link adaptation update information according to a link state; and sending a block acknowledgment frame to a transmission opportunity holder, wherein the link adaptation update information is carried in the block acknowledgment frame so that the transmission opportunity holder performs link adaptation according to the link adaptation update information, characterized by further comprising: carrying an update information feedback identifier in the block acknowledgment frame, a VHT-SIG A field, or a scrambling seed, wherein the update information feedback identifier is used to indicate a feedback manner of the link adaptation update information. obtaining link adaptation update information according to a link state; and sending a block acknowledgment frame to a transmission opportunity holder, wherein the link adaptation update information is carried in the block acknowledgment frame so that the transmission opportunity holder performs link adaptation according to the link adaptation update information, characterized by further comprising: carrying an update information feedback identifier in the block acknowledgment frame, a VHT-SIG A field, or a scrambling seed, wherein the update information feedback identifier is used to indicate a feedback manner of the link adaptation update information. carrying an update information feedback identifier in the block acknowledgment frame, a VHT-SIG A field, or a scrambling seed, wherein the update information feedback identifier is used to indicate a feedback manner of the link adaptation update information.
N-bit Gray counter, with N an integer greater than 1, comprising a string of N logic cells (CL 0 - CL N-1) connected in cascade, in which each said logic cell comprises an input port for a succession of clock pulses (CK 0 - CK N-1) and a circuit (CGBC, CGBC') for generating a Gray count bit (bg 0 - bg N-1) having an output port for said Gray count bit, characterised in that each said logic cell, except at most the last logic cell of said string also comprises a circuit for generating a clock signal having a clock output port linked to the input port of the following logic cell, and in that: - each said circuit for generating a clock signal is adapted for authorising the passage to said clock output port of one clock pulse out of two present at said input port and for prohibiting the passage of the following clock pulse; - the circuit (CGBC) for generating a Gray count bit for each said logic cell, with the exception of the last logic cell of said string, is adapted for inverting the value of the count bit (bgi) present at its output port each time that said circuit for generating a clock signal of the corresponding logic cell prohibits the passage of a said clock pulse, and for maintaining said value unchanged in the converse case; and - the circuit (CGBC') for generating a Gray count bit for said last logic cell of said string is adapted for inverting the value of the count bit (bgN-1) present at its output port each time that a clock pulse is present at the input port of said last logic cell. - each said circuit for generating a clock signal is adapted for authorising the passage to said clock output port of one clock pulse out of two present at said input port and for prohibiting the passage of the following clock pulse; - the circuit (CGBC) for generating a Gray count bit for each said logic cell, with the exception of the last logic cell of said string, is adapted for inverting the value of the count bit (bgi) present at its output port each time that said circuit for generating a clock signal of the corresponding logic cell prohibits the passage of a said clock pulse, and for maintaining said value unchanged in the converse case; and - the circuit (CGBC') for generating a Gray count bit for said last logic cell of said string is adapted for inverting the value of the count bit (bgN-1) present at its output port each time that a clock pulse is present at the input port of said last logic cell.