mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment or a processor of the user equipment, comprising: obtaining (S101) from a base station, a statistical window; characterized by further obtaining from the base station a measurement duration in the statistical window and a measurement periodicity in the statistical window, the measurement duration is a time length for which a signal on an unlicensed frequency is sampled in the measurement periodicity and the statistical window is a time length in which received signal strength indicator, RSSI, values of samples of the signal are taken statistics of; and the method further comprising: determining (S102) according to the measurement duration and the measurement periodicity, the RSSI values of the samples of the signal in the statistical window, comprising: sampling the signal using a sampling interval of a symbol, according to the measurement duration and the measurement periodicity; determining the RSSI values of the samples of the signal at the sampling moments in the statistical window; determining (S103) statistics on the RSSI values of the samples of the signal, and obtaining a statistical result of the RSSI values of the samples of the signal; reporting (S104) to the base station, the statistical result of the RSSI values of the samples of the signal. obtaining (S101) from a base station, a statistical window; characterized by further obtaining from the base station a measurement duration in the statistical window and a measurement periodicity in the statistical window, the measurement duration is a time length for which a signal on an unlicensed frequency is sampled in the measurement periodicity and the statistical window is a time length in which received signal strength indicator, RSSI, values of samples of the signal are taken statistics of; and the method further comprising: determining (S102) according to the measurement duration and the measurement periodicity, the RSSI values of the samples of the signal in the statistical window, comprising: sampling the signal using a sampling interval of a symbol, according to the measurement duration and the measurement periodicity; determining the RSSI values of the samples of the signal at the sampling moments in the statistical window; sampling the signal using a sampling interval of a symbol, according to the measurement duration and the measurement periodicity; determining the RSSI values of the samples of the signal at the sampling moments in the statistical window; determining (S103) statistics on the RSSI values of the samples of the signal, and obtaining a statistical result of the RSSI values of the samples of the signal; reporting (S104) to the base station, the statistical result of the RSSI values of the samples of the signal.
Container closure comprising a base body for fastening to a container, a dosing unit (2; 2') for dosed release of a liquid, wherein the dosing unit (2; 2') has a dosing body (4; 4') with a discharge opening (21; 21') and a channel (22; 22') adjacent to the discharge opening (21; 21') that extends in the direction of the container and forms an annular groove (23; 23')with the dosing unit (2; 2'), wherein a dosing cap (3; 3') is arranged on the dosing body (4; 4'), wherein the dosing cap (3; 3') closes the annular groove (23; 23') to form an annular volume (V; V'), wherein the annular volume (V; V') is connected to the container interior with a first opening (24; 24') and with a second opening (25; 25') with the channel (22; 22'), characterized in that the first opening (24; 24') and the second opening (25; 25') are arranged in such a way that during discharge of the liquid from the container interior outwards through the outlet opening all liquid flowing from the first opening (24; 24') to the second opening (25; 25') passes through, in particular spirally, the annular volume (V; V') at least along a section of the annular volume (V; V') in one direction around the channel (22; 22'). a base body for fastening to a container, a dosing unit (2; 2') for dosed release of a liquid, wherein the dosing unit (2; 2') has a dosing body (4; 4') with a discharge opening (21; 21') and a channel (22; 22') adjacent to the discharge opening (21; 21') that extends in the direction of the container and forms an annular groove (23; 23')with the dosing unit (2; 2'), wherein a dosing cap (3; 3') is arranged on the dosing body (4; 4'), wherein the dosing cap (3; 3') closes the annular groove (23; 23') to form an annular volume (V; V'), wherein the annular volume (V; V') is connected to the container interior with a first opening (24; 24') and with a second opening (25; 25') with the channel (22; 22'), characterized in that the first opening (24; 24') and the second opening (25; 25') are arranged in such a way that during discharge of the liquid from the container interior outwards through the outlet opening all liquid flowing from the first opening (24; 24') to the second opening (25; 25') passes through, in particular spirally, the annular volume (V; V') at least along a section of the annular volume (V; V') in one direction around the channel (22; 22').
Accommodating container - having an accommodating chamber for accommodating articles , and - having an outer door , which in the open state allows the articles to be introduced into the accommodating container and in the closed state closes off the accommodating container in the outward direction, - wherein an inner door is arranged between the accommodating chamber and the outer door and forms, with the outer door , an airlock chamber , which is located above the accommodating chamber , and - wherein there is a control device present, which makes it possible for the inner door to be opened exclusively when the outer door is closed and for the outer door to be opened exclusively when the inner door is closed, characterized in that - the accommodating container has a sack-closure device , by means of which a collecting sack which has been fitted into, in particular hung in, the accommodating chamber , beneath the inner door , can be closed from the outside, in particular radially from the outside, before being removed from the accommodating container , - the inner door is a telescopic sliding door, and - sack-closure elements of the sack-closure device are mounted on the telescopic sliding door and are moved along therewith when the telescopic sliding door is being opened and closed. - having an accommodating chamber for accommodating articles , and - having an outer door , which in the open state allows the articles to be introduced into the accommodating container and in the closed state closes off the accommodating container in the outward direction, - wherein an inner door is arranged between the accommodating chamber and the outer door and forms, with the outer door , an airlock chamber , which is located above the accommodating chamber , and - wherein there is a control device present, which makes it possible for the inner door to be opened exclusively when the outer door is closed and for the outer door to be opened exclusively when the inner door is closed, characterized in that - the accommodating container has a sack-closure device , by means of which a collecting sack which has been fitted into, in particular hung in, the accommodating chamber , beneath the inner door , can be closed from the outside, in particular radially from the outside, before being removed from the accommodating container , - the inner door is a telescopic sliding door, and - sack-closure elements of the sack-closure device are mounted on the telescopic sliding door and are moved along therewith when the telescopic sliding door is being opened and closed.
A Czochralski growth system , comprising: a growth chamber comprising a crucible , at least one side wall , a top wall, a pedestal for supporting the crucible , and a pull mechanism for retractably supporting a seed for contacting a melt contained in the crucible ; an isolation valve disposed in the at least one side wall of the growth chamber ; a feed port positioned in the at least one side wall of the growth chamber ; a feed chamber vacuum sealed to the growth chamber through the isolation valve and containing feedstock; and a feeder including: a drop box fixed inside the growth chamber having a sloping bottom for receiving the feedstock, and a spout positioned over the crucible ; and a feeder pan that is insertable horizontally into the growth chamber through the isolation valve to supply the feedstock into the drop box located in the growth chamber and removable from the growth chamber into the feed chamber . a growth chamber comprising a crucible , at least one side wall , a top wall, a pedestal for supporting the crucible , and a pull mechanism for retractably supporting a seed for contacting a melt contained in the crucible ; an isolation valve disposed in the at least one side wall of the growth chamber ; a feed port positioned in the at least one side wall of the growth chamber ; a feed chamber vacuum sealed to the growth chamber through the isolation valve and containing feedstock; and a feeder including: a drop box fixed inside the growth chamber having a sloping bottom for receiving the feedstock, and a spout positioned over the crucible ; and a feeder pan that is insertable horizontally into the growth chamber through the isolation valve to supply the feedstock into the drop box located in the growth chamber and removable from the growth chamber into the feed chamber . a drop box fixed inside the growth chamber having a sloping bottom for receiving the feedstock, and a spout positioned over the crucible ; and a feeder pan that is insertable horizontally into the growth chamber through the isolation valve to supply the feedstock into the drop box located in the growth chamber and removable from the growth chamber into the feed chamber .
A composition comprising indole-3-aldehyde, as the active principle, for use in the prevention and treatment of immune dysreactive disorders in which the hyper inflammatory component represents the basic element, characterized in that said composition comprises lactobacilli producing indole-3-aldehyde.
A method for transmitting feedback information by an access terminal in a wireless packet data communication system supporting a Single-User Multiple Input Multiple Output, MIMO, mode and a Multi-User MIMO mode, the method comprising: receiving information for a default MIMO mode from an access network ; estimating a Channel Quality Indicator, CQI, for Single-User MIMO mode and a CQI for Multi-user MIMO mode; determining whether the default MIMO mode is the Single-User MIMO mode or the Multi-User MIMO mode based on the information for the default MIMO mode; setting one of the CQI for the Single-User MIMO mode or the CQI for the Multi-User MIMO mode as a default CQI based on the determined default MIMO mode; and transmitting feedback information on the default CQI and feedback information on a DELTA CQI, wherein the DELTA CQI is a difference between the CQI for the Single-User MIMO mode and the CQI for the Multi-User MIMO mode. receiving information for a default MIMO mode from an access network ; estimating a Channel Quality Indicator, CQI, for Single-User MIMO mode and a CQI for Multi-user MIMO mode; determining whether the default MIMO mode is the Single-User MIMO mode or the Multi-User MIMO mode based on the information for the default MIMO mode; setting one of the CQI for the Single-User MIMO mode or the CQI for the Multi-User MIMO mode as a default CQI based on the determined default MIMO mode; and transmitting feedback information on the default CQI and feedback information on a DELTA CQI, wherein the DELTA CQI is a difference between the CQI for the Single-User MIMO mode and the CQI for the Multi-User MIMO mode.
A method for producing a photoelectric conversion element having a substrate, a first electrode, a photoelectric conversion layer containing a semiconductor and a sensitizing pigment, a hole transport layer having a conductive polymer, and a second electrode, the method including the steps of: step : forming the photoelectric conversion layer on the substrate having the first electrode on the surface, step : bringing a conductive polymer precursor into contact with the photoelectric conversion layer in the presence of an oxidizer, step : irradiating the sensitizing pigment with light in the presence of the oxidizer to polymerize the conductive polymer precursor to thereby form the hole transport layer, and step : forming the second electrode. step : forming the photoelectric conversion layer on the substrate having the first electrode on the surface, step : bringing a conductive polymer precursor into contact with the photoelectric conversion layer in the presence of an oxidizer, step : irradiating the sensitizing pigment with light in the presence of the oxidizer to polymerize the conductive polymer precursor to thereby form the hole transport layer, and step : forming the second electrode.
A liquid admixture composition for a calcium sulfate based binder system containing an aqueous composition comprising a) a copolymeric dispersing component, having a 1 ) a carbon-containing backbone to which are attached groups that function as calcium-sulfate compound-anchoring members by forming ionic bonds with calcium ions of the calcium sulfate compound, and a 2 ) oxyalkylene groups, b) an antifoaming agent component, comprising tri-alkylphosphate c) an surfactant component, selected from the group consisting of a styrene/maleic acid copolymer, or an alcohol ethoxylate R 10 -(EO)-H wherein R 10 is an aliphatic hydrocarbon group having from 1 to 25 carbon atoms, and d) water. a) a copolymeric dispersing component, having a 1 ) a carbon-containing backbone to which are attached groups that function as calcium-sulfate compound-anchoring members by forming ionic bonds with calcium ions of the calcium sulfate compound, and a 2 ) oxyalkylene groups, b) an antifoaming agent component, comprising tri-alkylphosphate c) an surfactant component, selected from the group consisting of a styrene/maleic acid copolymer, or an alcohol ethoxylate R 10 -(EO)-H wherein R 10 is an aliphatic hydrocarbon group having from 1 to 25 carbon atoms, and d) water.
An opener of a maxi-K potassium channel for use in the treatment of fragile X syndrome, wherein said maxi-K potassium channel opener is selected from the fluoro-oxindole and chloro-oxindole compounds, said fluoro-oxindoles being selected from the group comprising: (±)-(5-chloro-2-methoxyphenyl)-1,3-dihydro-3-fluoro-6-(trifluoromethyl)-2H-indol-2-one; -(+)-(5-chloro-2-methoxyphenyl)-1,3-dihydro-3-fluoro-6-(trifluoromethyl)-2H-indole-2-one; and -(-)-(5-chloro-2-methoxyphenyl)-1,3-dihydro-3-fluoro-6-(trifluoromethyl)-2H-indole-2-one, and said chloro-oxindoles being selected from the group comprising: ((±)-(5-chloro-2-methoxyphenyl)-1,3-dihydro-3-chloro-6-(trifluoromethyl)-2H-indol-2-one); -(+)-(5-chloro-2-methoxyphenyl)-1,3-dihydro-3-chloro-6-(trifluoromethyl)-2H-indol-2-one; and -(-)-(5-chloro-2-methoxyphenyl)-1,3-dihydro-3-chloro-6-(trifluoromethyl)-2H-indol-2-one.
Process for the preparation of alkali metal sulfide nanoparticles, characterized in that , in the process, a mixture comprising alkali metal sulfate nanoparticles and carbon-containing material is produced and the mixture is reduced carbothermally below the melting temperature of the alkali metal sulfate, characterized in that the average particle size d 50 of the alkali metal sulfate nanoparticles is of 5 to 100 nm.
A belt transporting device for an image forming apparatus comprising: an endless belt configured to rotate; a first stretching member and a second stretching member between which the belt is stretched; a first adjustment member provided at one end side of the first stretching member in a belt width direction that is orthogonal to a direction of travel of the belt, the first adjustment member being movable by receiving a force from the belt; and a second adjustment member provided at another end side of the first stretching member in the belt width direction and being movable by receiving a force from the belt, characterized in that the belt transporting device further comprises an interlocking device configured to couple the first adjustment member and the second adjustment member, wherein, in a case where a lateral shift of the belt to the one end side occurs, the first adjustment member rotates in the direction of travel of the belt by receiving a force from the belt , and the second adjustment member coupled to the first adjustment member by the interlocking device rotates in a direction opposite to the direction of travel of the belt such that the first stretching member is tilted with respect to the second stretching member in such a manner as to adjust the lateral shift of the belt. an endless belt configured to rotate; a first stretching member and a second stretching member between which the belt is stretched; a first adjustment member provided at one end side of the first stretching member in a belt width direction that is orthogonal to a direction of travel of the belt, the first adjustment member being movable by receiving a force from the belt; and a second adjustment member provided at another end side of the first stretching member in the belt width direction and being movable by receiving a force from the belt, characterized in that the belt transporting device further comprises an interlocking device configured to couple the first adjustment member and the second adjustment member, wherein, in a case where a lateral shift of the belt to the one end side occurs, the first adjustment member rotates in the direction of travel of the belt by receiving a force from the belt , and the second adjustment member coupled to the first adjustment member by the interlocking device rotates in a direction opposite to the direction of travel of the belt such that the first stretching member is tilted with respect to the second stretching member in such a manner as to adjust the lateral shift of the belt.
A mobile transceiver configured to operate under multiple communication schemes that each have a different bandwidth, for transmitting a communication signal in a variable bandwidth communication network, the communication network comprising a plurality of cells, wherein coverage in each cell is provided by a base station for distributing to and collecting information from mobile stations, wherein the communication signal comprises subchannels that are composed of groups of subcarriers, the mobile transceiver having an adaptable bandwidth, the mobile transceiver comprising: an analog-to-digital converter for signal sampling; a Fast Fourier Transform and Inverse Fast Fourier Transform, FFT/IFFT, processor, wherein the processor is configured to maintain a substantially constant ratio between a sampling frequency and a size of the FFT/IFFT of the communication signal, or a fixed spacing between adjacent subcarriers; a scanner for scanning spectral bands of specified center frequencies, upon entering an area, to find a signal and to determine an operating channel bandwidth; a facility for sustaining a core-band for pertinent communications, wherein the core-band is not wider than a smallest possible operating channel bandwidth of the network, wherein the core-band includes a primary preamble sufficient for basic radio operation, and wherein the primary preamble is an OFDM symbol corresponding to a particular frequency pattern within the core-band; and a facility for adjusting the number of subcarriers in accordance with the operating channel bandwidth. an analog-to-digital converter for signal sampling; a Fast Fourier Transform and Inverse Fast Fourier Transform, FFT/IFFT, processor, wherein the processor is configured to maintain a substantially constant ratio between a sampling frequency and a size of the FFT/IFFT of the communication signal, or a fixed spacing between adjacent subcarriers; a scanner for scanning spectral bands of specified center frequencies, upon entering an area, to find a signal and to determine an operating channel bandwidth; a facility for sustaining a core-band for pertinent communications, wherein the core-band is not wider than a smallest possible operating channel bandwidth of the network, wherein the core-band includes a primary preamble sufficient for basic radio operation, and wherein the primary preamble is an OFDM symbol corresponding to a particular frequency pattern within the core-band; and a facility for adjusting the number of subcarriers in accordance with the operating channel bandwidth.
A medical article configured for exposure to a bodily fluid, said medical article comprising a polymeric chemochromic material that is present on a bodily fluid contacting surface of the medical article and exhibits a color change upon exposure to an analyte present in the bodily fluid, wherein the medical article comprises a lumen-forming component and wherein the polymeric chemochromic material is provided on an inner lumen-forming surface of an outer wall (12o; 12w) of said component , wherein the component is transparent or the outer wall (12o;12w) of the component is at least partially transparent to allow observation of the color change of the polymeric chemochromic material, wherein the polymeric chemochromic material comprises a periodic multi-layer nanostructure that comprises first and second components of differing refractive index and whose interaction with light is modified upon contact with the analyte, wherein said polymeric chemochromic material comprises binding groups that are selective for binding said analyte, and wherein the analyte is selected from glucose and potassium.
A spacecraft comprising: a payload subsystem including a digital channelizer , and a telemetry and command subsystem ; characterised in that the digital channelizer is configured to provide, together with or in place of the telemetry and command subsystem , one or both of a spacecraft command functionality and a spacecraft telemetry functionality, wherein: the spacecraft command functionality includes one or more of: down converting and demodulating a command carrier signal to a first intermediate frequency baseband signal, bit-detecting the intermediate frequency baseband signal and formatting the resulting bit stream into digital command data; and the spacecraft telemetry functionality includes one or more of processing or encoding spacecraft telemetry data into a baseband signal, and modulating the baseband signal onto a second intermediate frequency signal and up converting a modulated baseband signal to a radio frequency carrier signal. a payload subsystem including a digital channelizer , and a telemetry and command subsystem ; characterised in that the digital channelizer is configured to provide, together with or in place of the telemetry and command subsystem , one or both of a spacecraft command functionality and a spacecraft telemetry functionality, wherein: the spacecraft command functionality includes one or more of: down converting and demodulating a command carrier signal to a first intermediate frequency baseband signal, bit-detecting the intermediate frequency baseband signal and formatting the resulting bit stream into digital command data; and the spacecraft telemetry functionality includes one or more of processing or encoding spacecraft telemetry data into a baseband signal, and modulating the baseband signal onto a second intermediate frequency signal and up converting a modulated baseband signal to a radio frequency carrier signal.