mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a station, STA, the method comprising: receiving, by the STA configured to maintain a first Network Allocation Vector, NAV, and a second NAV, a Contention Free-End, CF-End, frame; resetting, on a condition that the CF-End frame is received from another STA in a first Basic Service Set, BSS, with which the STA is associated, the first NAV; and resetting, on a condition that the CF-End frame is received from another STA in a second BSS that is different than the first BSS with which the STA is associated, the second NAV. receiving, by the STA configured to maintain a first Network Allocation Vector, NAV, and a second NAV, a Contention Free-End, CF-End, frame; resetting, on a condition that the CF-End frame is received from another STA in a first Basic Service Set, BSS, with which the STA is associated, the first NAV; and resetting, on a condition that the CF-End frame is received from another STA in a second BSS that is different than the first BSS with which the STA is associated, the second NAV.
A method for electrochemical surface treatment of biomedical product made of titanium or Ti-based alloys wherein it comprises steps: - Immersion of the degreased and cleaned biomedical product into the electrolyte consisting of Reline or Glyceline; - Galvanostatic etching treatment of the biomedical product at the current density 1 to 20 mA cm -2 for 5 to 60 min. at a temperature 15 to 40 °C or potentiostatic etching treatment of the biomedical product at the potential 1 to 5 V for 5 to 60 min. at a temperature 15 to 40 °C; or galvanostatic electropolishing of the biomedical product at the current density 25 to 100 mA cm -2 for 5 to 60 min. at a temperature 15 to 40 °C or potentiostatic electropolishing of the biomedical product at the potential 6 to 30 V for 5 to 60 min. at a temperature 15 to 40 °C; - Subsequent cleaning of the biomedical product from electrolytes residuals. - Immersion of the degreased and cleaned biomedical product into the electrolyte consisting of Reline or Glyceline; - Galvanostatic etching treatment of the biomedical product at the current density 1 to 20 mA cm -2 for 5 to 60 min. at a temperature 15 to 40 °C or potentiostatic etching treatment of the biomedical product at the potential 1 to 5 V for 5 to 60 min. at a temperature 15 to 40 °C; or galvanostatic electropolishing of the biomedical product at the current density 25 to 100 mA cm -2 for 5 to 60 min. at a temperature 15 to 40 °C or potentiostatic electropolishing of the biomedical product at the potential 6 to 30 V for 5 to 60 min. at a temperature 15 to 40 °C; - Subsequent cleaning of the biomedical product from electrolytes residuals.
A boiler construction comprising a boiler pressure body having a bottom and a roof at a height H from the bottom and at least four planar watertube walls forming a polygonal horizontal cross section with at least four corner sections, and a rigid support steel structure, the boiler pressure body being supported to the rigid support steel structure at a height between the bottom and roof, characterized in that a vertical corner column is attached exteriorly to at least four of the at least four corner sections at a height region between the bottom and roof, and vertical loads of the boiler pressure body are balanced solely by the vertical corner columns by supporting each of the vertical corner columns to the rigid support steel structure at a height from 0.1 H to 0.9 H from the bottom.
A computer-implemented method for encrypting an electronic message, comprising: receiving a receiver's identification corresponding to a receiver of an electronic message at an authentication device from a user device by sensing, with a light sensor of the authentication device, a visual element of the electronic message that is displayed on a display of the user device, the visual element encoding the receiver's identification; generating, at the authentication device, a cryptographic key and a unique identifier; transmitting, by the authentication device, the cryptographic key and the unique identifier to the user device for encryption of the message; and transmitting, by the authentication device and over a secure channel, the cryptographic key, the unique identifier and the receiver's identification to a server. receiving a receiver's identification corresponding to a receiver of an electronic message at an authentication device from a user device by sensing, with a light sensor of the authentication device, a visual element of the electronic message that is displayed on a display of the user device, the visual element encoding the receiver's identification; generating, at the authentication device, a cryptographic key and a unique identifier; transmitting, by the authentication device, the cryptographic key and the unique identifier to the user device for encryption of the message; and transmitting, by the authentication device and over a secure channel, the cryptographic key, the unique identifier and the receiver's identification to a server.
A labeling method for nucleic acid, characterized by comprising: a reaction step for hybridizing a nucleic acid probe that has a nucleotide sequence complementary to that of a nucleic acid to be labeled and contains a reactive nucleobase derivative incorporated at a position complementary to that of a target nucleobase as a target of labeling in the nucleic acid to be labeled, to the nucleic acid to be labeled; a transferring step for transferring a transfer group contained in the reactive nucleobase derivative to the nucleotide residue containing the target nucleobase in the nucleic acid to be labeled; and a labeling step for labeling the transfer group transferred to the nucleotide residue with a radioactive material. a reaction step for hybridizing a nucleic acid probe that has a nucleotide sequence complementary to that of a nucleic acid to be labeled and contains a reactive nucleobase derivative incorporated at a position complementary to that of a target nucleobase as a target of labeling in the nucleic acid to be labeled, to the nucleic acid to be labeled; a transferring step for transferring a transfer group contained in the reactive nucleobase derivative to the nucleotide residue containing the target nucleobase in the nucleic acid to be labeled; and a labeling step for labeling the transfer group transferred to the nucleotide residue with a radioactive material.
Laundry dryer, in particular a domestic laundry dryer, comprising a drum intended for laundry to be dried, which is provided with at least one air line (30; 40) for supplying air and/or discharging air, wherein said air line (30; 40) can be closed by means of a temperature-activated air-flow blocking unit (50; 60), characterised in that the air-flow blocking unit (50; 60) contains an expansion material, that expands at a temperature caused by a fire to such an extent that the air line (30; 40) is closed thereby.
A current controller configured to be mounted in an industrial vehicle, wherein the industrial vehicle includes an engine, a hydraulic actuator (15, 16) driven with hydraulic pressure, a hydraulic pump driven by the engine, and an electromagnetic proportional relief valve, wherein a relief pressure is adjusted by a current flowing through a solenoid, and when the relief pressure is exceeded, the electromagnetic proportional relief valve releases pressure in a hydraulic circuit that includes the hydraulic pump, characterised in that the current controller is configured to control the current flowing through the solenoid and comprises: a current detection circuit that is configured to detect the current flowing through the solenoid; and a current control circuit that is configured to control the current flowing through the solenoid, the current control circuit is configured to set a current command to a sum of a value obtained by multiplying a feedforward gain by a target current value, a value obtained by multiplying a proportional gain by a current deviation, and a value obtained by multiplying an integral gain by a current deviation integral value, and to control the current flowing through the solenoid in accordance with the current command, the feedforward gain is set to a value greater than or equal to a value obtained by dividing a predetermined value that is smaller than a lower limit of a normal control range of the current flowing through the solenoid by the lower limit, and when the current detected by the current detection circuit is less than or equal to the predetermined value, the current control circuit resets the current deviation and the current deviation integral value and sets the current command based on the reset values. an engine, a hydraulic actuator (15, 16) driven with hydraulic pressure, a hydraulic pump driven by the engine, and an electromagnetic proportional relief valve, wherein a relief pressure is adjusted by a current flowing through a solenoid, and when the relief pressure is exceeded, the electromagnetic proportional relief valve releases pressure in a hydraulic circuit that includes the hydraulic pump, characterised in that the current controller is configured to control the current flowing through the solenoid and comprises: a current detection circuit that is configured to detect the current flowing through the solenoid; and a current control circuit that is configured to control the current flowing through the solenoid,
A compound, which compound is: 2-(1,5-dimethyl-3-phenyl-1H-pyrrol-2-yl)-N-(4-(4-(5-fluoropyrimidin-2-yl)piperazin-1-yl)phenyl)-2-oxoacetamide, or a pharmaceutically acceptable salt thereof.
A method for implementing traffic deduplication at a packet broker in a visibility network, the method comprising: receiving a data packet; determining a forwarding rule based on control information in the data packet; characterized by: determining whether the data packet is a duplicate of a previously-received data packet; and in response to the data packet being a non-duplicate, tagging the data packet with egress port information to transmit over an egress port, wherein the forwarding rule comprises the egress port and the egress port information. receiving a data packet; determining a forwarding rule based on control information in the data packet; characterized by: determining whether the data packet is a duplicate of a previously-received data packet; and in response to the data packet being a non-duplicate, tagging the data packet with egress port information to transmit over an egress port, wherein the forwarding rule comprises the egress port and the egress port information. determining whether the data packet is a duplicate of a previously-received data packet; and in response to the data packet being a non-duplicate, tagging the data packet with egress port information to transmit over an egress port, wherein the forwarding rule comprises the egress port and the egress port information.
A clock distribution system comprising: at least one resonator spine configured to propagate a clock signal; at least one resonator rib conductively coupled to the at least one resonator spine and being arranged as a standing wave resonator, at least one of the at least one resonator rib having a thickness that varies along a length of the respective one of the at least one resonator rib, wherein the thickness is selected to provide variation of inductive coupling along the length of the respective at least one of the at least one resonator rib; and at least one transformer-coupling line, each of the at least one transformer-coupling line being conductively coupled to an associated circuit and being inductively coupled to the at least one resonator rib to inductively generate a clock current corresponding to the clock signal to provide functions for the associated circuit, the inductive coupling of the respective one of the at least one transformer-coupling line being based on the thickness of at least one portion of the respective at least one of the at least one resonator rib to which the respective one of the at least one transformer-coupling line is inductively coupled. at least one resonator spine configured to propagate a clock signal; at least one resonator rib conductively coupled to the at least one resonator spine and being arranged as a standing wave resonator, at least one of the at least one resonator rib having a thickness that varies along a length of the respective one of the at least one resonator rib, wherein the thickness is selected to provide variation of inductive coupling along the length of the respective at least one of the at least one resonator rib; and at least one transformer-coupling line, each of the at least one transformer-coupling line being conductively coupled to an associated circuit and being inductively coupled to the at least one resonator rib to inductively generate a clock current corresponding to the clock signal to provide functions for the associated circuit, the inductive coupling of the respective one of the at least one transformer-coupling line being based on the thickness of at least one portion of the respective at least one of the at least one resonator rib to which the respective one of the at least one transformer-coupling line is inductively coupled.
A device comprising: a keypad having keycaps, each keycap having a top surface; two or more optical sensors located spaced apart below top surfaces of adjacent keycaps and between respective adjacent keycaps; and, two or more light guides, each of the two or more light guides extending from a respective optical sensor towards the top surfaces, wherein each of the two or more optical sensors comprises a light emitter and a light sensor, each of the two or more light guides configured to: channel light from the light emitter towards the top surfaces of the adjacent keycaps or towards the keypad, wherein light emerges from between adjacent keycaps and is dispersed outwards; and channel the light reflected back to the light sensor for detection; characterized in that the two or more optical sensors are arranged in a grid such that successive detection events at adjacent optical sensors that occur within a given time period are converted to gesture based events at a display. a keypad having keycaps, each keycap having a top surface; two or more optical sensors located spaced apart below top surfaces of adjacent keycaps and between respective adjacent keycaps; and, two or more light guides, each of the two or more light guides extending from a respective optical sensor towards the top surfaces, wherein each of the two or more optical sensors comprises a light emitter and a light sensor, each of the two or more light guides configured to: channel light from the light emitter towards the top surfaces of the adjacent keycaps or towards the keypad, wherein light emerges from between adjacent keycaps and is dispersed outwards; and channel the light reflected back to the light sensor for detection; characterized in that the two or more optical sensors are arranged in a grid such that successive detection events at adjacent optical sensors that occur within a given time period are converted to gesture based events at a display. channel light from the light emitter towards the top surfaces of the adjacent keycaps or towards the keypad, wherein light emerges from between adjacent keycaps and is dispersed outwards; and channel the light reflected back to the light sensor for detection; characterized in that the two or more optical sensors are arranged in a grid such that successive detection events at adjacent optical sensors that occur within a given time period are converted to gesture based events at a display.
A lighting device configured to emit light along an output direction, said device comprising: a base on which two or more light emitting diode chips are asymmetrically distributed with respect to a central axis of said lighting device, wherein said two or more LED chips are arranged to emit light in said output direction; and a light transmissive dielectric material embedding said two or more LED chips, said light transmissive dielectric material including luminescent material; wherein a first chip of said two or more LED chips is placed closest to the central axis; wherein said first chip is arranged so that - the central axis and said first chip coincide at a corner of said first chip, or - the central axis and the chip do not coincide and the distance between the central axis and a corner of said first chip closest to the central axis is not larger than 1/10 of the size of the base; and wherein said base has a rectangular shape or a square shape, wherein a second chip of said two or more LED chips is arranged at an edge of said base so that a longest side of said second chip is adjacent to the edge of said base, and wherein an axis along which said second chip has its longest extension is aligned with an axis along which said base has its longest extension. a base on which two or more light emitting diode chips are asymmetrically distributed with respect to a central axis of said lighting device, wherein said two or more LED chips are arranged to emit light in said output direction; and a light transmissive dielectric material embedding said two or more LED chips, said light transmissive dielectric material including luminescent material; wherein a first chip of said two or more LED chips is placed closest to the central axis; - the central axis and said first chip coincide at a corner of said first chip, or - the central axis and the chip do not coincide and the distance between the central axis and a corner of said first chip closest to the central axis is not larger than 1/10 of the size of the base; and
A method of remotely monitoring the emotional state of a cognitively disabled patient having a caregiver in his vicinity, using a personal communication device associated with at least a location sensor, a motion sensor, and a microphone attached to the patient's body or garments, said method comprising the steps of: sampling measurements from the location and motion sensors; identifying atomic patterns of the sampled measurements; identifying a time and a location in which the atomic patterns are detected; using a clustering algorithm generated by computer-implemented supervised learning, classifying an activity segmentation based on the location, the time, and the atomic patterns, and performing a comparison with a baseline, to identify an exception which indicates an emotional arousal level; responsively to identifying the exception, performing a smart activation of the microphone and sampling one or more keywords by means of the microphone; and responsively reporting an emotional arousal alert. sampling measurements from the location and motion sensors; identifying atomic patterns of the sampled measurements; identifying a time and a location in which the atomic patterns are detected; using a clustering algorithm generated by computer-implemented supervised learning, classifying an activity segmentation based on the location, the time, and the atomic patterns, and performing a comparison with a baseline, to identify an exception which indicates an emotional arousal level; responsively to identifying the exception, performing a smart activation of the microphone and sampling one or more keywords by means of the microphone; and responsively reporting an emotional arousal alert.
Video projection assembly including a video projector, a carrying case and a device for adjusting the projection angle and/or height of a video projector, characterized in that the device can be placed inside the carrying case and comprises an inflatable pouch, which is placed or can be placed under the video projector, inflating means (32, 33) for inflating said pouch, and deflating means for deflating said pouch, the deflating means being separate from or combined with the inflating means and in that the adjusting device can be used with the video projector once the adjusting device has been removed from the carrying case.
An apparatus, comprising: means (600, 606) for scanning a given frequency band for transmissions of a given transmission system; means (600, 606) for determining one or more given parameters from the obtained scanning results, the parameters describing the received signal quality of the given transmission system; means for comparing the at least one determined parameter to a given threshold value; means for determining on the basis of the comparison that an unknown transmission exists on a given frequency band; means (600, 606) for determining the frequency band of the unknown transmission; means for determining one or more transmission systems which are allowed to transmit utilising the determined frequency band and determining that the determined one or more transmission systems may be the cause of the unknown transmission; and a receiver configured to scan the determined frequency band for an identifier of the transmission of the at least one determined transmission system; and if an identifier is found, the receiver is configured to determine that the unknown transmission is from the at least one determined transmission system and to decode system and transmission parameters of the transmission. means (600, 606) for scanning a given frequency band for transmissions of a given transmission system; means (600, 606) for determining one or more given parameters from the obtained scanning results, the parameters describing the received signal quality of the given transmission system; means for comparing the at least one determined parameter to a given threshold value; means for determining on the basis of the comparison that an unknown transmission exists on a given frequency band; means (600, 606) for determining the frequency band of the unknown transmission; means for determining one or more transmission systems which are allowed to transmit utilising the determined frequency band and determining that the determined one or more transmission systems may be the cause of the unknown transmission; and a receiver configured to scan the determined frequency band for an identifier of the transmission of the at least one determined transmission system; and if an identifier is found, the receiver is configured to determine that the unknown transmission is from the at least one determined transmission system and to decode system and transmission parameters of the transmission.
An air conditioner platform structure, comprising a platform main body for mounting an air conditioner, wherein the platform main body comprises a plurality of beam bodies, and the plurality of beam bodies are spliced in sequence in a circumferential direction along the platform main body to form a frame structure for supporting the air conditioner; wherein the plurality of beam bodies comprise two mounting beams, the two mounting beams are oppositely provided, and the two mounting beams are used for supporting the air conditioner; the plurality of beam bodies further comprise an end beam, and the end beam is provided between the two mounting beams; characterised in that the plurality of beam bodies comprise a waterproof plate for forming a waterproof groove, and the waterproof plate is provided on an inner side of the end beam.