mhurhangee/patent-ind-claim-en huggingface dataset:
A member for electrophotography, comprising: an electroconductive substrate; and an electroconductive layer on the substrate, wherein: the electroconductive layer contains a resin having a cationic organic group in a molecule thereof and an anion; a total sum of contents of alkali metal and alkali earth metal in the electroconductive layer is 500 ppm or less, wherein alkali metal refers to lithium, sodium, potassium, rubidium, cesium and francium and alkali earth metal refers to magnesium, calcium, strontium, barium and radium; and the anion comprises at least one selected from the group consisting of a fluorosulfonate anion, a fluorocarboxylate anion, a fluorosulfonylimide anion, a fluorosulfonylmethide anion, a fluoroalkylfluoroborate anion, a fluorophosphate anion, a fluoroantimonate anion, and a fluoroarsenate anion. an electroconductive substrate; and an electroconductive layer on the substrate, wherein: the electroconductive layer contains a resin having a cationic organic group in a molecule thereof and an anion; a total sum of contents of alkali metal and alkali earth metal in the electroconductive layer is 500 ppm or less, wherein alkali metal refers to lithium, sodium, potassium, rubidium, cesium and francium and alkali earth metal refers to magnesium, calcium, strontium, barium and radium; and the anion comprises at least one selected from the group consisting of a fluorosulfonate anion, a fluorocarboxylate anion, a fluorosulfonylimide anion, a fluorosulfonylmethide anion, a fluoroalkylfluoroborate anion, a fluorophosphate anion, a fluoroantimonate anion, and a fluoroarsenate anion. the electroconductive layer contains a resin having a cationic organic group in a molecule thereof and an anion; a total sum of contents of alkali metal and alkali earth metal in the electroconductive layer is 500 ppm or less, wherein alkali metal refers to lithium, sodium, potassium, rubidium, cesium and francium and alkali earth metal refers to magnesium, calcium, strontium, barium and radium; and the anion comprises at least one selected from the group consisting of a fluorosulfonate anion, a fluorocarboxylate anion, a fluorosulfonylimide anion, a fluorosulfonylmethide anion, a fluoroalkylfluoroborate anion, a fluorophosphate anion, a fluoroantimonate anion, and a fluoroarsenate anion.
A latex composition comprising: a nitrile rubber containing an α,β-ethylenically unsaturated nitrile monomer unit and a conjugated diene monomer unit, wherein the nitrile rubber has a weight average molecular weight of 50,000 to 100,000, the proportion of the conjugated diene monomer units is 40 to 80 wt% of the total monomer units, and the weight of methanol extractables in all solids present in the latex composition is 2 to 20 wt% based on the weight of all the solids. a nitrile rubber containing an α,β-ethylenically unsaturated nitrile monomer unit and a conjugated diene monomer unit, wherein the nitrile rubber has a weight average molecular weight of 50,000 to 100,000, the proportion of the conjugated diene monomer units is 40 to 80 wt% of the total monomer units, and the weight of methanol extractables in all solids present in the latex composition is 2 to 20 wt% based on the weight of all the solids.
A method for mobility management, implemented by a network device in a beam-based millimeter wave communication system, the method comprising: receiving , from a terminal device , a request for the mobility management; allocating dedicated resources for transmitting a beam switching request in response to the request for the mobility management; transmitting a first indication of the allocated dedicated resources to the terminal device; and receiving , from the terminal device, the beam switching request over the dedicated resources, the beam switching request indicating a target beam to which the terminal device is to be switched. receiving , from a terminal device , a request for the mobility management; allocating dedicated resources for transmitting a beam switching request in response to the request for the mobility management; transmitting a first indication of the allocated dedicated resources to the terminal device; and receiving , from the terminal device, the beam switching request over the dedicated resources, the beam switching request indicating a target beam to which the terminal device is to be switched.
An optical coherence tomography system comprising: - a broadband light radiation source (LBS); - a reference optical arm (RA); - movable scanning means (M) for scanning a sample, adapted to receive the light radiation emitted by said source to illuminate a portion of the sample corresponding to a position of the scanning means (M), generating a radiation hitting a surface of the same sample, and to collect the backscattered radiation from the sample; a signal detection arm (MA) with at least one sensor adapted to reconstruct the spectrum of the signal resulting from the recombination of the radiation collected by said reference arm (RA) and by said scanning means (M); beam splitter means adapted to permit the passage of the radiation from the source (LBS) to the scanning means and to the reference arm (RA), and from these to the detection arm (MA); and a control and processing unit adapted to control the above mechanical and electronic components, and configured to transform said spectrum in a reflectivity profile of the illuminated sample portion, and to generate an image of the sample by juxtaposing a number of profiles each corresponding to a sample portion and obtained further to a displacement of said scanning means; wherein said control unit is further configured to obtain a time sequence of images of the sample, and to execute processing steps of an optical flow obtained from said sequence, characterised by said processing steps comprising: motion estimations of graphic features of the images between two or more consecutive images; based on said estimations, classification of said features by distinction between mirror artifact graphic features and real graphic features; and reconstruction of a final image of the sample further to a removal of said mirror artifact graphic features.
A dosimetry device that is connectable to a phototherapy apparatus to apply targeted phototherapy to a treatment area, the dosimetry device comprising: a housing including an optical matrix having a plurality of at least one of absorptive, reflective and partially transmissive regions that are at least one of connected to the housing and formed within the housing, wherein each of the plurality of absorptive, reflective and partially transmissive regions each permits a different transmission of light to pass therethrough simultaneously when a single dose of UVB light in a narrow band, monochromatic wavelength at approximately 308 nm is transmitted by the phototherapy apparatus and supplied to the dosimetry device that is releasably connected to the optical matrix to produce a plurality of doses of varying levels of UVB light through the optical matrix, so as to determine a minimum blistering dose of the treatment area to allow treatment of the treatment area at a maximum tolerable dose. a housing including an optical matrix having a plurality of at least one of absorptive, reflective and partially transmissive regions that are at least one of connected to the housing and formed within the housing, wherein each of the plurality of absorptive, reflective and partially transmissive regions each permits a different transmission of light to pass therethrough simultaneously when a single dose of UVB light in a narrow band, monochromatic wavelength at approximately 308 nm is transmitted by the phototherapy apparatus and supplied to the dosimetry device that is releasably connected to the optical matrix to produce a plurality of doses of varying levels of UVB light through the optical matrix, so as to determine a minimum blistering dose of the treatment area to allow treatment of the treatment area at a maximum tolerable dose.
Tyre provided with an external sidewall, said external sidewall comprising at least one elastomeric composition based on: a) an elastomeric matrix comprising at least one diene elastomer, b) a crosslinking system, c) at least one polymer incompatible with the elastomeric matrix, the mixture of this polymer and of the elastomeric matrix exhibiting at least two glass transition temperatures (Tg), the elastomeric composition comprising at least one reinforcing filler, the content of reinforcing filler(s) in the elastomeric composition ranges from 1 to 90 phr. a) an elastomeric matrix comprising at least one diene elastomer, b) a crosslinking system, c) at least one polymer incompatible with the elastomeric matrix, the mixture of this polymer and of the elastomeric matrix exhibiting at least two glass transition temperatures (Tg), the elastomeric composition comprising at least one reinforcing filler, the content of reinforcing filler(s) in the elastomeric composition ranges from 1 to 90 phr.
A storage box comprising: a box body formed into a box shape opening upward and forward, the box body having an interior configured as a storage section ; and an upper cover detachably attached to the box body , the upper cover being configured to close an opening on an upper side of the box body , characterized in that the box body is configured to be nestable with another box body in such a manner as to allow the box bodies to be stacked in a vertical direction,and a lower end portion of a side wall of the box body includes a fitting portion and a fitting target portion formed to be fitted to each other when the box bodies are nested. a box body formed into a box shape opening upward and forward, the box body having an interior configured as a storage section ; and an upper cover detachably attached to the box body , the upper cover being configured to close an opening on an upper side of the box body , characterized in that the box body is configured to be nestable with another box body in such a manner as to allow the box bodies to be stacked in a vertical direction,and a lower end portion of a side wall of the box body includes a fitting portion and a fitting target portion formed to be fitted to each other when the box bodies are nested.
A device for repetitive needleless injection of a liquid into a surface, the device comprising: a handheld unit that includes at least a cell that is fillable with the liquid, and a propulsion mechanism configured to apply a sequence of pressure pulses to the liquid, each pulse of the sequence of pressure pulses to eject a micro-jet of the liquid from the cell via an orifice between the cell and the exterior of the handheld unit with a velocity that is sufficient to enable the micro-jet to penetrate into the surface, wherein the orifice is separated from the cell by a unidirectional valve that is configured to enable flow of the liquid from the cell to the orifice and to prevent inflow of atmospheric air from the orifice to the cell; a reservoir that is connected to the cell by a conduit to enable the liquid to flow from the reservoir to the cell to replace the liquid that is ejected in the micro-jet; and a controller that is configured to operate the propulsion mechanism repeatedly so as to eject the sequence of the micro-jets. a handheld unit that includes at least a cell that is fillable with the liquid, and a propulsion mechanism configured to apply a sequence of pressure pulses to the liquid, each pulse of the sequence of pressure pulses to eject a micro-jet of the liquid from the cell via an orifice between the cell and the exterior of the handheld unit with a velocity that is sufficient to enable the micro-jet to penetrate into the surface, wherein the orifice is separated from the cell by a unidirectional valve that is configured to enable flow of the liquid from the cell to the orifice and to prevent inflow of atmospheric air from the orifice to the cell; a reservoir that is connected to the cell by a conduit to enable the liquid to flow from the reservoir to the cell to replace the liquid that is ejected in the micro-jet; and a controller that is configured to operate the propulsion mechanism repeatedly so as to eject the sequence of the micro-jets.
A battery monitoring device which monitors a battery pack where a plurality of battery cells (C) are connected in series, comprising: a first voltage measurement unit configured to measure a voltage between terminals of each of the battery cells (C) respectively; a second voltage measurement unit configured to measure a voltage of two ends of a battery cell group where at least two or more battery cells (C to C(N)) are connected in series among the plurality of the battery cells (C); a current measurement unit configured to measure a current flowing through the battery pack ; a cell voltage ratio calculation unit configured to calculate each cell voltage ratio a(k,t) of the plurality of the battery cells (C to C(N)) based on the voltage between the terminals measured by the first voltage measurement unit; wherein: the cell voltage ratio is a ratio of an individual cell voltage measurement value to a total sum of N cell voltage measurement values vc(1,t) to vc(N,t) as measured by the first voltage measurement unit; a cell voltage calculation unit configured to calculate each cell voltage of the plurality of the battery cells (C to C(N)) at the time of measuring the voltage between the two ends based on the cell voltage ratio and the voltage between the two ends measured by the second voltage measurement unit ; and a trigger signal generation unit configured to input trigger signals for acquiring the voltage between the two ends measured by the second voltage measurement unit and the current value measured by the current measurement unit as a set to the second voltage measurement unit and the current measurement unit , respectively. a first voltage measurement unit configured to measure a voltage between terminals of each of the battery cells (C) respectively; a second voltage measurement unit configured to measure a voltage of two ends of a battery cell group where at least two or more battery cells (C to C(N)) are connected in series among the plurality of the battery cells (C); a current measurement unit configured to measure a current flowing through the battery pack ; a cell voltage ratio calculation unit configured to calculate each cell voltage ratio a(k,t) of the plurality of the battery cells (C to C(N)) based on the voltage between the terminals measured by the first voltage measurement unit; wherein: the cell voltage ratio is a ratio of an individual cell voltage measurement value to a total sum of N cell voltage measurement values vc(1,t) to vc(N,t) as measured by the first voltage measurement unit; a cell voltage calculation unit configured to calculate each cell voltage of the plurality of the battery cells (C to C(N)) at the time of measuring the voltage between the two ends based on the cell voltage ratio and the voltage between the two ends measured by the second voltage measurement unit ; and a trigger signal generation unit configured to input trigger signals for acquiring the voltage between the two ends measured by the second voltage measurement unit and the current value measured by the current measurement unit as a set to the second voltage measurement unit and the current measurement unit , respectively.
Turbomachine comprising a low-pressure shaft extending along an axis (X-X) of the turbomachine which defines a front and a rear; a turbomachine stator supporting the low-pressure shaft by bearings including a rear bearing ; an electrical machine located at a rear portion of the turbomachine and comprising a rotor disconnectably driven by the low-pressure shaft , and a stator attached to the stator of the turbomachine; comprising a journal for supporting the rotor of the electrical machine, the journal comprising a shaft segment releasably attached to a rear end of the low-pressure shaft by extending the low-pressure shaft, a frame to which the rotor of the electrical machine is attached and which surrounds the shaft segment , characterized in that the stator of the electrical machine surrounds the rotor of the electrical machine; and the turbine also comprises at least one bearing mounted between the frame and the shaft segment; and a sleeve that is axially mobile about the low-pressure shaft and/or the shaft segment that is rotationally connected to the low-pressure shaft and the shaft segment, and provided with rearwardly extending coupling means capable of being engaged with forwardly extending complementary coupling means of the frame .
Screw spindle pump having a spindle housing , in which a drive spindle and at least one running spindle which meshes therewith are received in spindle bores , an outer housing which encloses the spindle housing , and a cover component which is placed axially onto the outer housing and on which both an axial fluid inlet port and a lateral fluid outlet port are provided, wherein the fluid inlet port communicates with a fluid inlet of the spindle housing and the fluid outlet port communicates with a fluid outlet of the spindle housing , wherein the cover component is fastenable to the outer housing in a plurality of marked rotational positions with a first pitch, and wherein the spindle housing is fastenable to the cover component and/or in the outer housing in a plurality of marked rotational positions with a second, smaller pitch.
Vacuum cleaner comprising a main body , and a waste separation and storage device which comprises a waste storage container removably mounted on the main body , the waste storage container could be switched between a usage position and a removal position and comprising at least one air inlet configured to be sealingly connected with a connecting pipe supported by the main body when the waste storage container is in the usage position, the vacuum cleaner further comprising a clamping device configured to clamp the waste storage container in the usage position, the clamping device comprising elastic return means exerting a pressure on the waste storage container when the waste storage container occupies the usage position, characterised in that the waste storage container comprises at least one lateral abutment which, when the waste storage container is moved towards the usage position, engages with the main body to form a pivot point about which the waste storage container pivots under the effect of the pressure exerted by the elastic return means, such that the air inlet of the waste storage container is constrained against the connecting pipe .
An atomizing unit comprising: a liquid holding member configured to hold an aerosol source; a heating element configured to atomize the aerosol source held by the liquid holding member ; and a cover member configured to restrict a supply amount of the aerosol source to the liquid holding member , wherein the liquid holding member has a shape extending along a predetermined direction (A), at least a part of an inner side surface of the liquid holding member in an orthogonal direction (B) perpendicular to the predetermined direction (A) contacts or comes close to the heating element , characterised in that at least a part of an outer side surface of the liquid holding member in the orthogonal direction (B) is covered by the cover member , and wherein the cover member brings the inner side surface of the liquid holding member into contact with or close to the heating element by pressing the outer side surface of the liquid holding member inwardly in the orthogonal direction (B). a liquid holding member configured to hold an aerosol source; a heating element configured to atomize the aerosol source held by the liquid holding member ; and a cover member configured to restrict a supply amount of the aerosol source to the liquid holding member , wherein the liquid holding member has a shape extending along a predetermined direction (A), at least a part of an inner side surface of the liquid holding member in an orthogonal direction (B) perpendicular to the predetermined direction (A) contacts or comes close to the heating element , characterised in that at least a part of an outer side surface of the liquid holding member in the orthogonal direction (B) is covered by the cover member , and wherein the cover member brings the inner side surface of the liquid holding member into contact with or close to the heating element by pressing the outer side surface of the liquid holding member inwardly in the orthogonal direction (B).
A computer-implemented method under control of a processor executing instructions, comprising: receiving genomic sequence data of a biological sample, wherein the genomic sequence data comprises a plurality of sequence reads , each sequence read being associated with a unique molecular identifier of a plurality of unique molecular identifiers; for the plurality of unique molecular identifiers, identifying errors in the genomic sequence data based on internal sequence disagreement between sequence reads within a first subset of the plurality of sequence reads associated with a particular unique molecular identifier, sequence disagreement between the first subset and a second subset of the plurality of sequence reads having a unique molecular identifier complementary to the particular unique molecular identifier, or both, to generate an error rate of the genomic sequence data; identifying a plurality of potential sequence variants in the genomic sequence data relative to a reference sequence; classifying false positive sequence variants of the plurality of potential sequence variants based on the generated error rate of the genomic sequence data wherein the classifying comprises applying a function based at least in part on the error rate to each potential sequence variant to generate a score and determining a false positive or true positive classification of each potential sequence variant based on the score; and eliminating the classified false positive sequence variants from the plurality of potential sequence variants to yield a plurality of sequence variants. receiving genomic sequence data of a biological sample, wherein the genomic sequence data comprises a plurality of sequence reads , each sequence read being associated with a unique molecular identifier of a plurality of unique molecular identifiers; for the plurality of unique molecular identifiers, identifying errors in the genomic sequence data based on internal sequence disagreement between sequence reads within a first subset of the plurality of sequence reads associated with a particular unique molecular identifier, sequence disagreement between the first subset and a second subset of the plurality of sequence reads having a unique molecular identifier complementary to the particular unique molecular identifier, or both, to generate an error rate of the genomic sequence data; identifying a plurality of potential sequence variants in the genomic sequence data relative to a reference sequence; classifying false positive sequence variants of the plurality of potential sequence variants based on the generated error rate of the genomic sequence data wherein the classifying comprises applying a function based at least in part on the error rate to each potential sequence variant to generate a score and determining a false positive or true positive classification of each potential sequence variant based on the score; and eliminating the classified false positive sequence variants from the plurality of potential sequence variants to yield a plurality of sequence variants.