mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the bandwidth of an incoming frame (310, 320) in a wireless local area network, WLAN, communication environment, wherein the steps of said method are executed at least by a processor, said method comprising: receiving, a first plurality and a second plurality of samples of the frame (310, 320), the first plurality of samples being representative of a first signal of the frame (310, 320) received at a primary WLAN channel (430, 501, 731, 732) and the second plurality of samples being representative of a second signal of the frame (310, 320) received at a secondary WLAN channel (440, 502, 741, 742), said method being characterized by: - computing at least a correlation of a sample among the first plurality of samples with a sample among the second plurality of samples; - comparing the computed correlation result with a threshold, and - if the computed correlation result exceeds said threshold, then setting a receiver mode of said device to a first bandwidth otherwise setting the receiver mode of said device to a second bandwidth, said second bandwidth being different from said first bandwidth. receiving, a first plurality and a second plurality of samples of the frame (310, 320), the first plurality of samples being representative of a first signal of the frame (310, 320) received at a primary WLAN channel (430, 501, 731, 732) and the second plurality of samples being representative of a second signal of the frame (310, 320) received at a secondary WLAN channel (440, 502, 741, 742), said method being characterized by: - computing at least a correlation of a sample among the first plurality of samples with a sample among the second plurality of samples; - comparing the computed correlation result with a threshold, and - if the computed correlation result exceeds said threshold, then setting a receiver mode of said device to a first bandwidth otherwise setting the receiver mode of said device to a second bandwidth, said second bandwidth being different from said first bandwidth. - computing at least a correlation of a sample among the first plurality of samples with a sample among the second plurality of samples; - comparing the computed correlation result with a threshold, and - if the computed correlation result exceeds said threshold, then setting a receiver mode of said device to a first bandwidth otherwise setting the receiver mode of said device to a second bandwidth, said second bandwidth being different from said first bandwidth.
A near-field communication system comprising an NFC receiver to receive data privately from an NFC transmitter through a resonance-coupled channel, wherein the NFC transmitter is to affect an impedance of the resonance coupled channel based on binary data to be conveyed to the NFC receiver, the NFC receiver comprising: a channel-masking signal generator to scramble a reference signal and generate a channel-masking signal for application to the resonance-coupled channel; a scaling element to scale the channel-masking signal based on near-field channel conditions; and unmasking circuitry to combine the scaled channel-masking signal with resonance-coupled signals received through the resonance-coupled channel to generate the binary data as an output comprising unmasked bits. a channel-masking signal generator to scramble a reference signal and generate a channel-masking signal for application to the resonance-coupled channel; a scaling element to scale the channel-masking signal based on near-field channel conditions; and unmasking circuitry to combine the scaled channel-masking signal with resonance-coupled signals received through the resonance-coupled channel to generate the binary data as an output comprising unmasked bits.
A grain-oriented electrical steel sheet, in which a groove is formed on a surface thereof, wherein, in a cross section of the grain-oriented electrical steel sheet orthogonal to the groove, a KAM value in a region, which is on a central side in a thickness direction of the grain-oriented electrical steel sheet with respect to the groove and which is surrounded by a square of which one side is in contact with a groove bottom of the groove and a length in each side of which is 50 μm, is 0.1 or more and 3.0 or less, wherein the KAM value is measured in accordance the description.
An ultrasonic diagnostic apparatus comprising: an elasticity calculation unit for calculating elasticity data of a tissue at plural measurement points based on a pair of frame data of reflection echo signals each measured at a different time, which are obtained in a process where a compressed state of an object is changed; an elasticity image generation unit for generating an elasticity image based on the elasticity data calculated by the elasticity calculation unit so as to be displayed on a display unit; and a compressed state evaluation unit for evaluating the compressed state based on distortion change data of the tissue at the measurement point, wherein the evaluated compressed state correlated with the elasticity image is displayed on the display unit, wherein the compressed state evaluation unit is configured to evaluate the compressed state based on a cumulative value (=∑Δε) of the distortion change of the tissue at the measurement point, characterized in that the compression state evaluation unit is configured to acquire the distortion change Δε of the tissue at the measurement point in a reference region set in a specific tissue, and to obtain the cumulative distortion ε (=∑Δε) of the specific tissue based on the distortion change Δε, and a stress σ corresponding to the cumulative distortion ε based on a preliminarily measured and stored stress-distortion feature of the specific tissue so as to evaluate the compressed state based on the obtained stress σ. an elasticity calculation unit for calculating elasticity data of a tissue at plural measurement points based on a pair of frame data of reflection echo signals each measured at a different time, which are obtained in a process where a compressed state of an object is changed; an elasticity image generation unit for generating an elasticity image based on the elasticity data calculated by the elasticity calculation unit so as to be displayed on a display unit; and a compressed state evaluation unit for evaluating the compressed state based on distortion change data of the tissue at the measurement point, wherein the evaluated compressed state correlated with the elasticity image is displayed on the display unit, wherein the compressed state evaluation unit is configured to evaluate the compressed state based on a cumulative value (=∑Δε) of the distortion change of the tissue at the measurement point, characterized in that the compression state evaluation unit is configured to acquire the distortion change Δε of the tissue at the measurement point in a reference region set in a specific tissue, and to obtain the cumulative distortion ε (=∑Δε) of the specific tissue based on the distortion change Δε, and a stress σ corresponding to the cumulative distortion ε based on a preliminarily measured and stored stress-distortion feature of the specific tissue so as to evaluate the compressed state based on the obtained stress σ.
A method, comprising: at a user equipment, UE, in a wireless network including a next generation NodeB, gNB: determining a configuration for an uplink, UL, transmission resource with respect to a listen before talk, LBT, operation on an unlicensed spectrum; and transmitting uplink control information, UCI, on the UL transmission resource based on the configuration subjected to the LBT operation, wherein the method is characterised in that: the transmitting the UCI on the UL transmission resource includes transmitting the UCI during a shared channel occupancy time, COT, initiated by the gNB in an LBT subband of a wideband for the LBT operation or in an LBT carrier of a carrier aggregation, CA, for the LBT operation; and the UE initiates transmission via CAT-4 LBT. determining a configuration for an uplink, UL, transmission resource with respect to a listen before talk, LBT, operation on an unlicensed spectrum; and transmitting uplink control information, UCI, on the UL transmission resource based on the configuration subjected to the LBT operation, wherein the method is characterised in that: the transmitting the UCI on the UL transmission resource includes transmitting the UCI during a shared channel occupancy time, COT, initiated by the gNB in an LBT subband of a wideband for the LBT operation or in an LBT carrier of a carrier aggregation, CA, for the LBT operation; and the UE initiates transmission via CAT-4 LBT. the transmitting the UCI on the UL transmission resource includes transmitting the UCI during a shared channel occupancy time, COT, initiated by the gNB in an LBT subband of a wideband for the LBT operation or in an LBT carrier of a carrier aggregation, CA, for the LBT operation; and the UE initiates transmission via CAT-4 LBT.
A malodor counteracting composition comprising a malodor counteractant that is capable of neutralizing a malodor and a stabilizer that is capable of decreasing or preventing self-polymerization of the malodor counteractant, wherein the malodor counteractant has a backbone and one or more reactive end groups that are covalently attached to the backbone, the backbone has a molecular weight of 100 to 50,000 Daltons, the one or more reactive end groups each have an α,β-unsaturated carbonyl group, and the stabilizer is selected from the group consisting of methyl-3-(3,5-di-tert-butyl-4-hydroxyphenyl)propanoate, hydroquinone monomethyl ether, butylated hydroxy toluene, butylated hydroxy anisole, a tocopherol, and any combination thereof.
Communication automation arrangement configured for automated bilateral transmission of message data between at least one mobile device (1.1) of a sender (A, A1) on the one hand and at least one group of recipients (A2, An, 5, 5.1, 5. s) on the other hand, wherein the communication automation arrangement is configured for at least partially automated internal processing of the message data; wherein the communication automation arrangement is configured for bilateral transmission of the message data via a plurality of Instant Messaging APIs (3a.1, 3a.n) of Instant Messaging applications used by the respective mobile device (1.1), wherein at an input-side interface to the respective Instant Messaging API (3a.1, 3a.n) the communication automation arrangement exhibits at least one adapter (11.1) which can be coupled to the respective Instant Messaging API and which is configured for structuring and optionally also for formatting incoming message data to an internal data structure format for the processing within the communication automation arrangement, wherein the communication automation arrangement is configured for providing the message data (D1, D2) in anonymised form, wherein the communication automation arrangement is configured for providing the anonymised message data (D2, D2) devoid of contact data, in that the communication automation arrangement is defined as sender and/or recipient within a group, wherein the communication automation arrangement is configured to provide the anonymised message data (D2.1) based on the communication automation arrangement's ability to respectively specifically assume or define an identity for the respective Instant Messaging application or for the respective Instant Messaging API (3a.1, 3a.n).
Method for orbit control of a satellite in orbit around the Earth and for desaturation of an angular momentum storage device of said satellite, said satellite comprising two articulated arms (20, 21) each having at least three degrees of freedom and each supporting a propulsion unit (30, 31), the orbit of the satellite comprising two opposite orbital nodes, said method comprising: - determining a maneuver plan for controlling the orbit of the satellite and for desaturating the storage device, said maneuver plan comprising at least two thrust maneuvers, a first thrust maneuver to be executed using the propulsion unit (30, 31) of one of the articulated arms (20, 21) when the satellite is located near one of the orbital nodes, a second thrust maneuver to be executed using the propulsion unit (31, 30) of the other articulated arm (21, 20) when the satellite is located near the other orbital node, - controlling the articulated arms (20, 21) and the propulsion units (30, 31) according to the maneuver plan, characterized in that at least one of said first and second thrust maneuvers is a thrust maneuver referred to as discontinuous, said discontinuous thrust maneuver being composed of at least two separate consecutive thrust sub-maneuvers. - determining a maneuver plan for controlling the orbit of the satellite and for desaturating the storage device, said maneuver plan comprising at least two thrust maneuvers, a first thrust maneuver to be executed using the propulsion unit (30, 31) of one of the articulated arms (20, 21) when the satellite is located near one of the orbital nodes, a second thrust maneuver to be executed using the propulsion unit (31, 30) of the other articulated arm (21, 20) when the satellite is located near the other orbital node, - controlling the articulated arms (20, 21) and the propulsion units (30, 31) according to the maneuver plan,
Hand-held battery-operated vacuum cleaner comprising a vacuum cleaner main assembly and an insert which can be removed from and reinserted into the vacuum cleaner, wherein the insert has one or more electrical supply contacts, the vacuum cleaner main assembly has one or more electrical supply counter-contacts which can conductively contact the corresponding supply contact(s) of the insert in each case when the insert is inserted into the vacuum cleaner, and the vacuum cleaner has an actuating device, by the actuation of which the insert can be decoupled from the vacuum cleaner main assembly, characterised in that by actuating the actuating device the conductive contact between the or at least one of the supply contact(s) and a corresponding supply counter-contact is decoupled.
A method of verifying a nacelle yaw position sensor associated with a first wind turbine in a wind farm including a plurality of other wind turbines, the method comprising: determining a first absolute wind direction signal associated with the first wind turbine; determining a second absolute wind signal direction signal associated with the plurality of other wind turbines; comparing the first absolute wind direction signal to the second wind direction signal; and issuing a nacelle yaw position sensor fault signal in the event that first absolute wind direction signal is beyond a predetermined error range of the second wind direction signal. determining a first absolute wind direction signal associated with the first wind turbine; determining a second absolute wind signal direction signal associated with the plurality of other wind turbines; comparing the first absolute wind direction signal to the second wind direction signal; and issuing a nacelle yaw position sensor fault signal in the event that first absolute wind direction signal is beyond a predetermined error range of the second wind direction signal.
Lock comprising a locking mechanism with a rotary latch and at least one pawl for ratcheting the rotary latch, with a frictional contact between two friction surfaces (7, 15), wherein at least one friction surface is part of a rotatable component of the lock and a lubricant reservoir, as well as a feed from the lubricant reservoir to the friction surface of the rotatable component (1,) characterized in that the feed is installed between a basic body of the rotatable component and a casing of the basic body.
A window frame adapted for use as a sash or a stationary frame, said frame including a top frame member, a bottom frame member, and two side fame members (13,14), these frame members defining a frame plane and each of these frame members having a longitudinal direction extending in the frame plane, said frame comprising a strengthening portion and a moulded surface layer covering the strengthening portion wholly or partially and giving the frame desired surface properties, where at least one strengthening member (31,32,33,34) of the strengthening portion includes a shell defining an outer surface of the strengthening member, and a plurality of strengthening ribs and/or flanges extending from the shell, wherein said at least one strengthening member (31,32,33,34) of the strengthening portion includes a plurality of closed cells arranged in continuation of each other in the longitudinal direction, each cell being delimited by the shell and one or more strengthening ribs and/or flanges, characterized in that the shell of the strengthening portion comprises an upper half-shell and a lower half-shell, the upper half-shell and the lower half-shell each comprising a plurality of ribs and flanges, the upper half-shell and the lower half-shell being interconnected such that the plurality of ribs and flanges delimit the plurality of closed cells in combination with the upper half-shell and the lower half-shell.
A reagent preparing device for preparing a reagent for being supplied to a measurement device for measuring a specimen, comprising: a first liquid storage unit for storing a first liquid; a second liquid storage unit for storing a second liquid, wherein the first liquid is a pure water and the second liquid is a high concentration reagent and the second liquid contains an antiseptic agent; a reagent storage unit for storing a prepared reagent, wherein the reagent is prepared by diluting the second liquid with the first liquid; the reagent preparing device characterized by comprising: a first liquid discarding unit for discarding the first liquid stored in the first liquid storage unit; and a controller configured to measure an accumulated time of the first liquid in the first liquid storage unit; and control the first liquid discarding unit to discard the first liquid stored in the first liquid storage unit when the accumulated time reaches a predetermined time, wherein the controller is configured to start measurement of the accumulated time when the first liquid stops being used. a first liquid storage unit for storing a first liquid; a second liquid storage unit for storing a second liquid, wherein the first liquid is a pure water and the second liquid is a high concentration reagent and the second liquid contains an antiseptic agent; a reagent storage unit for storing a prepared reagent, wherein the reagent is prepared by diluting the second liquid with the first liquid; the reagent preparing device characterized by comprising: a first liquid discarding unit for discarding the first liquid stored in the first liquid storage unit; and a controller configured to measure an accumulated time of the first liquid in the first liquid storage unit; and control the first liquid discarding unit to discard the first liquid stored in the first liquid storage unit when the accumulated time reaches a predetermined time, wherein the controller is configured to start measurement of the accumulated time when the first liquid stops being used. a first liquid discarding unit for discarding the first liquid stored in the first liquid storage unit; and a controller configured to measure an accumulated time of the first liquid in the first liquid storage unit; and control the first liquid discarding unit to discard the first liquid stored in the first liquid storage unit when the accumulated time reaches a predetermined time, measure an accumulated time of the first liquid in the first liquid storage unit; and control the first liquid discarding unit to discard the first liquid stored in the first liquid storage unit when the accumulated time reaches a predetermined time, wherein the controller is configured to start measurement of the accumulated time when the first liquid stops being used.
Door assembly, comprising: a door frame; a door having a door body hingedly installed in the door frame; at least one door latch connected to an edge of the door body or the door frame, the door latch having a latch fulcrum and a latch lever and being configured to pivot around a pivot axis around the latch fulcrum running parallel to the edge of the door body or the door frame; a bistable latch linkage hingedly connecting the latch lever to the door body or the door frame, the bistable latch linkage having a spring-actuated overcenter position in which the pivoting movement of the door latch out of the hooking engagement with the hook member is blocked and having a deadcenter position in which the latch lever is pivoted in an opposite direction to the pivoting movement of the door latch out of the hooking engagement with the hook member, thereby moving the door initially against the opening direction; characterised in that the door assembly further comprises: at least one hook member attached to the door frame or an edge of the door body, respectively, the hook member being configured to catch the door latch in hooking engagement, to retain the door latch in a direction perpendicular to the door body and to allow pivoting movement of the door latch out of the hooking engagement around the pivot axis. a door frame; a door having a door body hingedly installed in the door frame; at least one door latch connected to an edge of the door body or the door frame, the door latch having a latch fulcrum and a latch lever and being configured to pivot around a pivot axis around the latch fulcrum running parallel to the edge of the door body or the door frame; a bistable latch linkage hingedly connecting the latch lever to the door body or the door frame, the bistable latch linkage having a spring-actuated overcenter position in which the pivoting movement of the door latch out of the hooking engagement with the hook member is blocked and having a deadcenter position in which the latch lever is pivoted in an opposite direction to the pivoting movement of the door latch out of the hooking engagement with the hook member, thereby moving the door initially against the opening direction; characterised in that the door assembly further comprises: at least one hook member attached to the door frame or an edge of the door body, respectively, the hook member being configured to catch the door latch in hooking engagement, to retain the door latch in a direction perpendicular to the door body and to allow pivoting movement of the door latch out of the hooking engagement around the pivot axis. at least one hook member attached to the door frame or an edge of the door body, respectively, the hook member being configured to catch the door latch in hooking engagement, to retain the door latch in a direction perpendicular to the door body and to allow pivoting movement of the door latch out of the hooking engagement around the pivot axis.