mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at a user equipment, UE, comprising: receiving a downlink transmission from a base station over a wireless channel, wherein the downlink transmission comprises an indication of a channel state information, CSI, computation mode; selecting, based at least in part on the indicated CSI mode, an effective isotropic radiated power, EIRP, constrained CSI computation mode for the wireless channel, wherein the EIRP-constrained CSI computation mode is based at least in part on an EIRP limit at the base station; measuring a set of one or more CSI reference signals, CSI-RSs, from the base station to obtain a CSI measurement; and transmitting a CSI report to the base station based at least in part on the selected CSI computation mode and the CSI measurement. receiving a downlink transmission from a base station over a wireless channel, wherein the downlink transmission comprises an indication of a channel state information, CSI, computation mode; selecting, based at least in part on the indicated CSI mode, an effective isotropic radiated power, EIRP, constrained CSI computation mode for the wireless channel, wherein the EIRP-constrained CSI computation mode is based at least in part on an EIRP limit at the base station; measuring a set of one or more CSI reference signals, CSI-RSs, from the base station to obtain a CSI measurement; and transmitting a CSI report to the base station based at least in part on the selected CSI computation mode and the CSI measurement.
A method for preparation of an immunostimulator with antitumoral effect comprising non-pathogenic virus strain, characterized in that this strain is obtained - by isolation of virus, which is enterovirus of type ECHO-7 (Picornaviridae Enterovirus species Echovirus), followed by - adaptation of the virus to tumour tissue by serial passaging of it in tumour tissue, which is melanoblastoma from various patients, and selection of the strain having an affinity for tumour, whereby the adaptation of the virus to tumour tissue is performed according to the scheme of propagating the virus propagated in tumour tissue in test culture of human embryonic fibroblasts and again passaging the virus in tumour tissue, wherein on the whole 3-10 successive passages are carried out alternately in finite cultures from individual tumours and in test-cultures, and - successive propagation of this adapted strain by passaging in human embryonic fibroblast culture up to a titre 5-7 log TCID50 / 0.1 ml of the enterovirus of type ECHO-7, whereafter the propagated viral culture is isolated, - the obtained enterovirus of type ECHO-7 being effective in vivo in suppression of tumour growth. - by isolation of virus, which is enterovirus of type ECHO-7 (Picornaviridae Enterovirus species Echovirus), followed by - adaptation of the virus to tumour tissue by serial passaging of it in tumour tissue, which is melanoblastoma from various patients, and selection of the strain having an affinity for tumour, whereby the adaptation of the virus to tumour tissue is performed according to the scheme of propagating the virus propagated in tumour tissue in test culture of human embryonic fibroblasts and again passaging the virus in tumour tissue, wherein on the whole 3-10 successive passages are carried out alternately in finite cultures from individual tumours and in test-cultures, and - successive propagation of this adapted strain by passaging in human embryonic fibroblast culture up to a titre 5-7 log TCID50 / 0.1 ml of the enterovirus of type ECHO-7, whereafter the propagated viral culture is isolated, - the obtained enterovirus of type ECHO-7 being effective in vivo in suppression of tumour growth.
A system for detecting a break in a rail of a railway track, the system including: a support structure mountable to a component of a rail vehicle; at least one magnetic field generator carried by the support structure to generate a remanent magnetic field in the rail; a sensor arrangement (32, 90) carried by the support structure in spaced relationship to the magnetic field generator to detect magnetic flux leakage associated with the remanent magnetic field, the sensor arrangement (32, 90) including at least one pair of sensors spaced parallel to a longitudinal axis of the rail, each sensor generating a measured signal (102, 104) based on the magnetic flux leakage detected by that sensor; and a signal processing module responsive to the measured signals (102, 104) to calculate a differential signal from the measured signals (102, 104) of the sensors of the at least one pair of sensors, the differential signal being indicative of the presence of a break in the rail; characterised by: a discrimination module configured to discriminate between a planned rail end and a break in the rail using the calculated differential signal and at least one logic test stored in a data store, the at least one logic test being based on a distance between the rail end and a second rail end and which is applied to the calculated differential signal to determine if the rail end is a planned rail end or a break in the rail, the planned rail end being indicative of a false positive. a support structure mountable to a component of a rail vehicle; at least one magnetic field generator carried by the support structure to generate a remanent magnetic field in the rail; a sensor arrangement (32, 90) carried by the support structure in spaced relationship to the magnetic field generator to detect magnetic flux leakage associated with the remanent magnetic field, the sensor arrangement (32, 90) including at least one pair of sensors spaced parallel to a longitudinal axis of the rail, each sensor generating a measured signal (102, 104) based on the magnetic flux leakage detected by that sensor; and a signal processing module responsive to the measured signals (102, 104) to calculate a differential signal from the measured signals (102, 104) of the sensors of the at least one pair of sensors, the differential signal being indicative of the presence of a break in the rail;
An adaptor for use in preparing a nucleic acid sequencing library comprising: a. a first strand having a 5' end and a 3' end; and b. a second strand having a 5' end and a 3' end; wherein a portion of the 3' end of the first strand and a portion of the 5' end of the second strand are complementary and form a first double-stranded region, wherein a portion of the 5' end of the first strand and a portion of the 3' end of the second strand are non-complementary; and wherein the portion of the 5' end of the first strand includes a second double-stranded region, wherein the second double-stranded region is a hairpin structure comprising an amplification primer sequence hybridized to a sequence complementary to the amplification primer sequence and a linker portion therebetween, wherein the linker portion is not degradable by an exonuclease. a. a first strand having a 5' end and a 3' end; and b. a second strand having a 5' end and a 3' end; wherein a portion of the 3' end of the first strand and a portion of the 5' end of the second strand are complementary and form a first double-stranded region, wherein a portion of the 5' end of the first strand and a portion of the 3' end of the second strand are non-complementary; and wherein the portion of the 5' end of the first strand includes a second double-stranded region, wherein the second double-stranded region is a hairpin structure comprising an amplification primer sequence hybridized to a sequence complementary to the amplification primer sequence and a linker portion therebetween, wherein the linker portion is not degradable by an exonuclease.
Method for erecting a final elevator installation in an elevator shaft of a building, in which method a construction phase elevator system (3.1; 3.2) that comprises a self-propelled construction phase elevator cabin (4; 54; 64), the usable lifting height of which can be adapted to an increasing elevator shaft height, is installed in the elevator shaft, which becomes taller with increasing building height, for the duration of the construction phase of the building, wherein at least one guide rail strand is installed for guiding the construction phase elevator cabin (4; 54; 64) along its travel path in the elevator shaft, wherein a drive system (7; 7.1-7.4; 57; 67) is assembled for driving the construction phase elevator cabin (4; 54; 64), which drive system comprises a primary part attached to the construction phase elevator cabin and a secondary part attached along the travel path of the construction phase elevator cabin, wherein the guide rail strand and the secondary part of the drive system (7; 7.1; 7.2; 7.3; 7.4; 57; 67) gradually extend upward in accordance with the increasing elevator shaft height during the construction phase, wherein the self-propelled construction phase elevator cabin (4; 54; 64) is used both for transporting persons and/or material for the construction of the building and as a passenger and freight elevator for floors that are already being used as residential or business premises during the construction phase of the building, characterized in that, after the elevator shaft has reached its final height, instead of the construction phase elevator system (3.1; 3.2), a final elevator system is installed in the elevator shaft which is modified with respect to the construction phase elevator system (3.1; 3.2) and in which a drive system of a elevator cabin is modified with respect to the drive system (7; 7.1-7.4; 57; 67) of the construction phase elevator cabin (4; 54; 64).
An optical inspection system for optically characterizing a sample, comprising: an illuminator/collector assembly configured to deliver multiple incident light rays to the sample and collect multiple reflected light rays returning from the sample; a sensor that includes a plurality of zones, each zone measuring ray intensity as a function of ray position and ray angle for the respective collected reflected light rays (112, 316A-C, 416A-C), wherein the ray position is a location of the collected reflected light rays (112, 316A-C, 416A-C) at the sensor and the ray angle is an angle of the collected reflected light rays (112, 316A-C, 416A-C) at the sensor; a ray selector configured to select a first subset of light rays from the collected multiple reflected light rays (112, 316A-C, 416A-C) at the sensor that meet a first selection criterion, wherein the first selection criterion is associated with a single scattering event; and a computer including a characterizer configured to determine a physical property of the sample based on the ray intensities, ray positions, and ray angles for the first subset of light rays. an illuminator/collector assembly configured to deliver multiple incident light rays to the sample and collect multiple reflected light rays returning from the sample; a sensor that includes a plurality of zones, each zone measuring ray intensity as a function of ray position and ray angle for the respective collected reflected light rays (112, 316A-C, 416A-C), wherein the ray position is a location of the collected reflected light rays (112, 316A-C, 416A-C) at the sensor and the ray angle is an angle of the collected reflected light rays (112, 316A-C, 416A-C) at the sensor; a ray selector configured to select a first subset of light rays from the collected multiple reflected light rays (112, 316A-C, 416A-C) at the sensor that meet a first selection criterion, wherein the first selection criterion is associated with a single scattering event; and a computer including a characterizer configured to determine a physical property of the sample based on the ray intensities, ray positions, and ray angles for the first subset of light rays.
An over running clutch assembly of an electrical switching apparatus operating mechanism, said operating mechanism having at least one spring that is coupled to, and structured to be compressed by, a cam disposed on a cam shaft, said cam shaft being engaged by a handle assembly, a motor assembly having a motor shaft extending there from and structured to rotate upon actuation of said motor, said motor shaft having a distal end, said over running clutch assembly characterised by: a sprocket structured to be fixed to said motor shaft distal end; a hub assembly structured to be disengagably fixed to said cam shaft, said hub assembly rotatably coupled to said sprocket and structured to rotate in a single, first direction about said sprocket; wherein, when said cam shaft is disengagably fixed to said hub assembly, said handle assembly is structured to rotate said cam shaft and said hub assembly, said hub assembly rotating on said sprocket; and wherein, when said cam shaft is disengagably fixed to said hub assembly, said motor assembly shaft is structured to rotate said cam shaft, said hub assembly and said sprocket, said hub assembly rotating with said sprocket. a sprocket structured to be fixed to said motor shaft distal end; a hub assembly structured to be disengagably fixed to said cam shaft, said hub assembly rotatably coupled to said sprocket and structured to rotate in a single, first direction about said sprocket; wherein, when said cam shaft is disengagably fixed to said hub assembly, said handle assembly is structured to rotate said cam shaft and said hub assembly, said hub assembly rotating on said sprocket; and wherein, when said cam shaft is disengagably fixed to said hub assembly, said motor assembly shaft is structured to rotate said cam shaft, said hub assembly and said sprocket, said hub assembly rotating with said sprocket.
A circuit topology fabricated onto a printhead die of each printhead of a printing device, comprising: a high voltage power source (V PP, 122) connected to a number of high voltage devices used to fire a number of the printheads; a power loss detection device to detect a power loss to the printing device; printhead fire control circuitry; and a voltage regulator to regulate an input voltage to produce a power loss protection supply voltage (V DD_ plp), V DD_ plp being provided to the printhead fire control circuitry if the power loss detection device detects a power loss to the printing device, the printhead fire control circuitry being operable to control current in the high voltage devices, wherein the printhead fire control circuitry is operable to control current in the high voltage device by powering all printhead fire control circuitry until V PP is below a discharge threshold. a high voltage power source (V PP, 122) connected to a number of high voltage devices used to fire a number of the printheads; a power loss detection device to detect a power loss to the printing device; printhead fire control circuitry; and a voltage regulator to regulate an input voltage to produce a power loss protection supply voltage (V DD_ plp), V DD_ plp being provided to the printhead fire control circuitry if the power loss detection device detects a power loss to the printing device, the printhead fire control circuitry being operable to control current in the high voltage devices, wherein the printhead fire control circuitry is operable to control current in the high voltage device by powering all printhead fire control circuitry until V PP is below a discharge threshold.
A binocular system for an image acquisition device of a biometric recognition system, the binocular system comprising a pair of optical systems (50a,50b), each optical system comprising: an image sensor (20a, 20b) comprising an array of pixels including pixels sensitive to IR wavelengths for acquiring an image; and a lens assembly including a collecting lens (13a,13b) surface with an optical axis, said lens assembly being arranged to focus IR light received from a given object distance on said sensor surface, the lens assembly including at least a first reflective surface (14a,14b) for reflecting collected light along an axis transverse to said optical axis so that a length of said optical system along said optical axis is reduced by comparison to a focal length of said lens assembly wherein each optical system is disposed axially symmetrically about a central axis; and wherein at least each collecting lens surface of said pair of optical systems is disposed about an optical axis extending away from said image sensor to said collecting lens surface at a diverging angle β to said central axis so that each optical system can be directed towards and focussed on a respective eye of a face disposed in front of the optical system. an image sensor (20a, 20b) comprising an array of pixels including pixels sensitive to IR wavelengths for acquiring an image; and a lens assembly including a collecting lens (13a,13b) surface with an optical axis, said lens assembly being arranged to focus IR light received from a given object distance on said sensor surface, the lens assembly including at least a first reflective surface (14a,14b) for reflecting collected light along an axis transverse to said optical axis so that a length of said optical system along said optical axis is reduced by comparison to a focal length of said lens assembly wherein each optical system is disposed axially symmetrically about a central axis; and wherein at least each collecting lens surface of said pair of optical systems is disposed about an optical axis extending away from said image sensor to said collecting lens surface at a diverging angle β to said central axis so that each optical system can be directed towards and focussed on a respective eye of a face disposed in front of the optical system.
A combination of at least one instrumentation amplifier and an examination device for a substance of biological origin, the examination device comprising: a base; a placing area for placing the substance of biological origin, the placing area being on a first surface of the base; a reference electrode; and a first monitor electrode and a second monitor electrode which are disposed on the first surface of the base, the first monitor electrode and the second monitor electrode arranged as individually connected to the at least one instrumentation amplifier and arranged to individually measure physicochemical change occurring around the substance of biological origin as current or potential difference between the reference electrode and each of the monitoring electrodes (102a, 102b), characterised in that a shortest distance from a center of the placing area to the first monitor electrode and a shortest distance from the center of the placing area to the second monitor electrode are different, and wherein the first monitor electrode and the second monitor electrode are further arranged to individually measure the physicochemical change at different distances from the substance of biological origin placed at the placing area. a base; a placing area for placing the substance of biological origin, the placing area being on a first surface of the base; a reference electrode; and a first monitor electrode and a second monitor electrode which are disposed on the first surface of the base, the first monitor electrode and the second monitor electrode arranged as individually connected to the at least one instrumentation amplifier and arranged to individually measure physicochemical change occurring around the substance of biological origin as current or potential difference between the reference electrode and each of the monitoring electrodes (102a, 102b), characterised in that a shortest distance from a center of the placing area to the first monitor electrode and a shortest distance from the center of the placing area to the second monitor electrode are different, and wherein the first monitor electrode and the second monitor electrode are further arranged to individually measure the physicochemical change at different distances from the substance of biological origin placed at the placing area.
A display device, comprising a display part, wherein the display part comprises a display panel, a bezel, a drive board, and a flexible printed circuit board electrically connected to the display panel and the drive board, the bezel is located on one side of the display panel and protrudes relative to a surface on which the display panel is located, an accommodating cavity is provided in the bezel, the drive board is fixed in the accommodating cavity, and the drive board and the display panel are disposed at an included angle; and the drive board comprises a front facet on which a connection line is disposed and a back facet, the flexible printed circuit board comprises a first end and a second end, wherein the second end is fixedly connected to the display panel, and the first end is fixed to the front facet, the first end is away from the display panel, characterized in that the flexible printed circuit board comprises a fixed section located between the first end and the second end, the fixed section faces the display panel, and the fixed section is fixed to the back facet. the flexible printed circuit board comprises a fixed section located between the first end and the second end, the fixed section faces the display panel, and the fixed section is fixed to the back facet.
A method for adjusting an orientation of a headset, the method comprising: detecting a microphone attached to the headset at a first position relative to a user; receiving, by the microphone, one or more speech signal inputs from a user in the form of an utterance; calculating, by a computing device, in response to the speech signal input, a feedback parameter wherein the feedback parameter comprises a confidence parameter defining an average recognition score of the one or more speech signal inputs that match a desired output, a vocabulary assistance parameter defining a number of times that the one or more speech signal input is recognized due to vocabulary approximation, and a node exit attempt parameter defining a number of the one or more speech signal inputs required for a user to exit a particular node in a vocabulary task map; determining, by the computing device, a pass state in an instance in which the feedback parameter satisfies a feedback threshold, to maintain the microphone at the first position; and determining, by the computing device, a fail state in an instance in which the feedback parameter fails to satisfy a feedback threshold, to cause a stepper motor to move the microphone from the first position to a second position relative to the user. detecting a microphone attached to the headset at a first position relative to a user; receiving, by the microphone, one or more speech signal inputs from a user in the form of an utterance; calculating, by a computing device, in response to the speech signal input, a feedback parameter wherein the feedback parameter comprises a confidence parameter defining an average recognition score of the one or more speech signal inputs that match a desired output, a vocabulary assistance parameter defining a number of times that the one or more speech signal input is recognized due to vocabulary approximation, and a node exit attempt parameter defining a number of the one or more speech signal inputs required for a user to exit a particular node in a vocabulary task map; determining, by the computing device, a pass state in an instance in which the feedback parameter satisfies a feedback threshold, to maintain the microphone at the first position; and determining, by the computing device, a fail state in an instance in which the feedback parameter fails to satisfy a feedback threshold, to cause a stepper motor to move the microphone from the first position to a second position relative to the user.