mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring device , the device including a processor communicatively coupled to the skin contact sensor and a sweat vapor sensor , the processor configured to confirm operation of the measuring device based on one or more aspects measured by the skin contact sensor , and the sweat vapor sensor receiving the sweat vapor, wherein the measuring device comprises the sweat vapor sensor configured to measure one or more properties of sweat vapor of the user ; the skin contact sensor configured to measure one or more aspects indicative of whether the measuring device is in contact with skin of the user of the measuring device ; and a storage device configured to store historic readings of the skin contact sensor ; characterized in that the processor is configured to: confirm operation of the measuring device based on a reading of the skin contact sensor being within a threshold; and adjust the threshold for the user based on the historic readings of the skin contact sensor ; select the historic readings to adjust the threshold based on corresponding readings from the sweat vapor sensor indicating that a target property of the one or more properties of the sweat vapor was present when the historic readings were taken. the sweat vapor sensor configured to measure one or more properties of sweat vapor of the user ; the skin contact sensor configured to measure one or more aspects indicative of whether the measuring device is in contact with skin of the user of the measuring device ; and a storage device configured to store historic readings of the skin contact sensor ; characterized in that the processor is configured to: confirm operation of the measuring device based on a reading of the skin contact sensor being within a threshold; and adjust the threshold for the user based on the historic readings of the skin contact sensor ; select the historic readings to adjust the threshold based on corresponding readings from the sweat vapor sensor indicating that a target property of the one or more properties of the sweat vapor was present when the historic readings were taken. confirm operation of the measuring device based on a reading of the skin contact sensor being within a threshold; and adjust the threshold for the user based on the historic readings of the skin contact sensor ; select the historic readings to adjust the threshold based on corresponding readings from the sweat vapor sensor indicating that a target property of the one or more properties of the sweat vapor was present when the historic readings were taken.
Dextrans characterized in that they have between 95% and 99%, preferably between 97% and 98%, more preferably between 97.4% and 97.6%, of α-1,6 glucosidic bonds, a weight-average molar mass M w at least equal to 0.7×10 9 g.mol -1 , and a dispersity index D i of between 1.3 and 3.
A method of operating and cleaning a compressor , the method comprising: a. passing a first fluid through the compressor, said first fluid comprising gas from a separator , said compressor operating to compress the first fluid passed therethrough; b. mixing well fluid bypassed from upstream of the separator with said gas from the separator to produce a second fluid comprising gas and liquid, said gas and liquid being from at least one well; and c. passing the second fluid through the compressor, wherein said second fluid is passed through the compressor for a limited time period to clean a surface inside the compressor, said compressor operating to compress the second fluid passed therethrough. a. passing a first fluid through the compressor, said first fluid comprising gas from a separator , said compressor operating to compress the first fluid passed therethrough; b. mixing well fluid bypassed from upstream of the separator with said gas from the separator to produce a second fluid comprising gas and liquid, said gas and liquid being from at least one well; and c. passing the second fluid through the compressor, wherein said second fluid is passed through the compressor for a limited time period to clean a surface inside the compressor, said compressor operating to compress the second fluid passed therethrough.
An apparatus, wherein the apparatus comprises a data processing unit and a stimulator , the data processing unit is configured to receive first electroencephalographic data based on a measurement of a brain of a person exposed to one or more non-zero amounts of anesthetic drug substance; characterised in that the data processing unit is further configured to perform a first comparison between the first electroencephalographic data and corresponding data of a reference brain function, which is based on a normal function of a healthy brain or an average of normal functions of healthy brains; output information about the first comparison; and the stimulator is configured to provide the brain of the person exposed to the anesthetic drug substance with brain stimulation on the basis of the information about the first comparison.
A method for making a composite structure comprising the steps of: forming a composite panel comprising sheets of reinforcing material and a resin in contact with the sheets; placing a forming element between the sheets within the composite panel at a location where a hollow passage within the composite structure feature is desired, the forming element being made from a solid material comprising fluoropolymeric material and having a higher coefficient of thermal expansion than the composite panel, the composite panel and forming element forming an assembly; heating the assembly or subjecting the assembly to elevated temperature treatment, to expand the forming element, and curing the resin of the composite panel at this elevated temperature to form the composite structure; and causing the forming element to contract relative to the composite structure and become detached from the composite structure, wherein the forming element is formed from PTFE. forming a composite panel comprising sheets of reinforcing material and a resin in contact with the sheets; placing a forming element between the sheets within the composite panel at a location where a hollow passage within the composite structure feature is desired, the forming element being made from a solid material comprising fluoropolymeric material and having a higher coefficient of thermal expansion than the composite panel, the composite panel and forming element forming an assembly; heating the assembly or subjecting the assembly to elevated temperature treatment, to expand the forming element, and curing the resin of the composite panel at this elevated temperature to form the composite structure; and causing the forming element to contract relative to the composite structure and become detached from the composite structure, wherein the forming element is formed from PTFE.
A method comprising: enabling, by a printing device having a reservoir of colorant that is fillable from an external colorant supply temporarily connectable to the printing device , a selectable fill mode of the reservoir from a plurality of fill modes comprising: a restricted fill mode in which the reservoir is filled from the external colorant supply responsive to determining that the external colorant supply can be emptied into the reservoir ; an unrestricted fill mode in which the reservoir is filled from the external supply regardless of whether the external colorant supply can or cannot be emptied into the reservoir ; and responsive to temporary connection of the external colorant supply to the printing device, controlling, by the printing device, filling of the reservoir from the external colorant supply in accordance with the selected fill mode. enabling, by a printing device having a reservoir of colorant that is fillable from an external colorant supply temporarily connectable to the printing device , a selectable fill mode of the reservoir from a plurality of fill modes comprising: a restricted fill mode in which the reservoir is filled from the external colorant supply responsive to determining that the external colorant supply can be emptied into the reservoir ; an unrestricted fill mode in which the reservoir is filled from the external supply regardless of whether the external colorant supply can or cannot be emptied into the reservoir ; and a restricted fill mode in which the reservoir is filled from the external colorant supply responsive to determining that the external colorant supply can be emptied into the reservoir ; an unrestricted fill mode in which the reservoir is filled from the external supply regardless of whether the external colorant supply can or cannot be emptied into the reservoir ; and responsive to temporary connection of the external colorant supply to the printing device, controlling, by the printing device, filling of the reservoir from the external colorant supply in accordance with the selected fill mode.
Packaging machine , in particular deep-drawing packaging machine or tray-sealing machine, comprising a sealing station with a sealing tool, a side frame and at least a first as well as a second upper protective cover , respectively for placement onto a top side of the side frame during manufacturing operations, wherein the two protective covers each form a body with a lid , multiple side walls as well as a bottom , characterized in that the two protective covers can be stacked on top of one another, wherein at least one of the two protective covers forms at least one stack stop on the lid to which an edge , which is provided on the bottom of the other protective cover , can be coupled removably when the two protective covers are stacked on top of one another.
A method for wireless communications, the method comprising: obtaining a payload to be transmitted; partitioning the payload into a plurality of blocks; partitioning each block of the plurality of blocks into a plurality of sections, wherein the plurality of sections of each block comprises a first section, a second section, and third section, and wherein the first section of each block has a lower error rate than the second section of each block and the second section of each block has a lower error rate than the third section of each block; deriving redundancy check information for each section of the plurality of sections; generating a plurality of codewords, each comprising a block of the plurality of blocks and the redundancy check information for each section of the block, wherein a location of each of the sections in the codewords is determined based on the error rate corresponding to each of the sections, wherein the codewords are encoded using polar coding; transmitting the plurality of codewords to a wireless node; and receiving an indication from the wireless node as to whether the plurality of sections of each block were properly decoded, wherein the indication comprises a fewer number of bits than the number of sections of each block. obtaining a payload to be transmitted; partitioning the payload into a plurality of blocks; partitioning each block of the plurality of blocks into a plurality of sections, wherein the plurality of sections of each block comprises a first section, a second section, and third section, and wherein the first section of each block has a lower error rate than the second section of each block and the second section of each block has a lower error rate than the third section of each block; deriving redundancy check information for each section of the plurality of sections; generating a plurality of codewords, each comprising a block of the plurality of blocks and the redundancy check information for each section of the block, wherein a location of each of the sections in the codewords is determined based on the error rate corresponding to each of the sections, wherein the codewords are encoded using polar coding; transmitting the plurality of codewords to a wireless node; and receiving an indication from the wireless node as to whether the plurality of sections of each block were properly decoded, wherein the indication comprises a fewer number of bits than the number of sections of each block.
Method for producing a conversion element for an optical and/or optoelectronic component , the method comprising at least the following steps: a) applying phosphor (4; 4a) or a material containing phosphor (4; 4a) to a surface of a transparent, phosphor-free and homogeneous glass material and carrying out a temperature treatment (TB1) at an elevated temperature (T1) above the softening temperature (Tw) of the glass material , whereby the glass material is softened so that the phosphor (4; 4a) sinks into the glass material , and b) cooling of the glass material together with the sunken phosphor (4; 4a), and wherein first the temperature treatment (TB1) of the glass material is initiated before the phosphor (4; 4a) is applied to the surface of the softened or at least heated glass material . a) applying phosphor (4; 4a) or a material containing phosphor (4; 4a) to a surface of a transparent, phosphor-free and homogeneous glass material and carrying out a temperature treatment (TB1) at an elevated temperature (T1) above the softening temperature (Tw) of the glass material , whereby the glass material is softened so that the phosphor (4; 4a) sinks into the glass material , and b) cooling of the glass material together with the sunken phosphor (4; 4a), and wherein first the temperature treatment (TB1) of the glass material is initiated before the phosphor (4; 4a) is applied to the surface of the softened or at least heated glass material .
A reversible actuator , comprising an actuator substrate , the actuator substrate comprising an electroactive layer in contact with a first electrode and a second electrode , wherein the electroactive layer is configured to change shape in response to an electrical signal applied to the first electrode and the second electrode , and wherein the actuator substrate comprises a center and characterized in that the actuator further comprises: a plurality of radial slots (140, 340, 440 540.1, 540.2) radially extending from the center (130, 330, 430, 530.1, 530.2), wherein actuator substrate portions between two adjacent slots of the plurality of radial slots (140, 340, 440, 540.1, 540.2) define a plurality of segments (150, 350, 450, 550.1, 550.2, 1050, 1150), wherein at least some of the slots of the plurality of radial slots (140, 340, 440, 540.1, 540.2) terminate in enlarged apertures (160, 360, 460, 560.1, 560.2).
A multicomponent system wherein a first component is an engineered antigen-presenting cell ( eAPC ) designated component A and a second component is a pair of genetic donor vectors, designated components C and E, for delivery of one or more ORFs encoding an analyte antigen-presenting complex (aAPX) and/or an analyte antigenic molecule (aAM), wherein component A a. Is engineered and/or selected to lack endogenous surface expression of at least one family of said aAPX and/or said aAM and b. Contains at least two genomic receiver sites, designated component B and component D , each for integration of at least one ORF encoding at least one aAPX and/or aAM, and component C and E are matched to a component B and D , respectively , and wherein components C and E are designed to deliver c. A single ORF encoding at least one of said aAPX and/or said aAM or d. Two or more ORF encoding at least one of said aAPX and/or said aAM, wherein the genomic receiver sites B and D are synthetic constructs designed for recombinase mediated exchange (RMCE). a. Is engineered and/or selected to lack endogenous surface expression of at least one family of said aAPX and/or said aAM and b. Contains at least two genomic receiver sites, designated component B and component D , each for integration of at least one ORF encoding at least one aAPX and/or aAM, c. A single ORF encoding at least one of said aAPX and/or said aAM or d. Two or more ORF encoding at least one of said aAPX and/or said aAM,
A method for fastening thermal insulation panels to a wall or a ceiling, in particular for retrofitting to an old building, wherein plates which include a plurality of arms projecting away in a star shape and a sleeve-like projection in the middle are each placed on the ceiling or the wall by driving in a bolt in the middle using a bolt-setting device in such a number, that a plurality of plates are placed on each thermal insulation panel, that adhesive is applied to the plates and, if necessary, to the wall and ceiling, respectively, and then the thermal insulation panels are pressed on.
A cutting tool comprising a cemented carbide substrate comprising WC, a Co binder phase in the amount of 4 to 12 wt % and gamma phase in the amount of 5 to 17 vol% comprising a solid solution of cubic carbides and/or carbonitrides, (W,M)C or (W,M)(C,N), wherein M is one or more of Ti, Ta, Nb, Hf, Zr, Cr and V, wherein the cemented carbide substrate comprises a binder phase enriched surface zone depleted of gamma phase where the thickness of the surface zone is between 10 and 35 μm, and where the cemented carbide has a well distributed gamma phase so that N is between 35 and 70, where N = X Y where X (μm 2 ) is the particle area (x-axis) at the cumulative relative area of 0.90 (y-axis), in a cumulative plot where the cumulative relative particle area of the gamma phase particles (y-axis) is plotted against the particle area (x-axis) and where Y is a correction factor Y = area fraction of cubic carbides and cubic carbonitrides area fraction of total carbides and carbonitrides where the relative cumulative plot and the area fractions are obtained from EBSD analysis; and where the area fraction obtained from EBSD analysis of abnormal WC grains defined as area fraction abnormal grains = total area of all WC grains > 10 × aWC av total area of all WC grains is between 0 and 0.03. where X (μm 2 ) is the particle area (x-axis) at the cumulative relative area of 0.90 (y-axis), in a cumulative plot where the cumulative relative particle area of the gamma phase particles (y-axis) is plotted against the particle area (x-axis) and where Y is a correction factor Y = area fraction of cubic carbides and cubic carbonitrides area fraction of total carbides and carbonitrides where the relative cumulative plot and the area fractions are obtained from EBSD analysis; and where the area fraction obtained from EBSD analysis of abnormal WC grains defined as area fraction abnormal grains = total area of all WC grains > 10 × aWC av total area of all WC grains is between 0 and 0.03.
A gel polymer electrolyte comprising a block copolymer which comprises a first block comprising a unit of Formula 1 below; and a second block comprising a unit containing an amino group, a hydroxy group or polyalkylene oxide and a unit represented by Formula 2 below, a glycolic oligomer; one or more lithium salts; and a multifunctional (meth)acrylate: wherein, A in Formula 1 is an alkylene group having 1 to 8 carbon atoms, and in Formula 2, Q is hydrogen or an alkyl group having 1 to 20 carbon atoms and B is an alkyl group having 1 to 32 carbon atoms, an aromatic hydrocarbon having 6 to 32 carbon atoms or a carboxyl group.
A battery, comprising: a housing ; a positive current collector , disposed at the housing ; a negative current collector , disposed at the housing ; and a resistor assembly , wherein the positive current collector is electrically connected to the housing through the resistor assembly , and the resistor assembly comprises a first resistor and a second resistor arranged in parallel, wherein a resistance value of the first resistor is greater than a resistance value of the second resistor , wherein the positive current collector comprises a fusing structure , the fuse structure is in electrical series with the second resistor , and the second resistor is disposed between the fusing structure and the housing , wherein when a current passing through the fusing structure exceeds a threshold value, the fusing structure disconnects an electrical connection between the positive current collector and the second resistor . a housing ; a positive current collector , disposed at the housing ; a negative current collector , disposed at the housing ; and a resistor assembly , wherein the positive current collector is electrically connected to the housing through the resistor assembly , and the resistor assembly comprises a first resistor and a second resistor arranged in parallel, wherein a resistance value of the first resistor is greater than a resistance value of the second resistor , wherein the positive current collector comprises a fusing structure , the fuse structure is in electrical series with the second resistor , and the second resistor is disposed between the fusing structure and the housing , wherein when a current passing through the fusing structure exceeds a threshold value, the fusing structure disconnects an electrical connection between the positive current collector and the second resistor .
A structural reinforcement comprising: i) a rigid polymeric structure having a longitudinal axis and including a lower portion and an upper portion each of the lower and upper portions including a top surface and bottom surface; ii) an expandable adhesive material located onto a portion of each of the top and bottom surface of each of the upper and lower portions; iii) a central portion including at least three ribs that are substantially parallel with one another and substantially equidistant from one another; wherein the at least three ribs include a top edge that is substantially co-planar with the expandable adhesive material prior to activation of the expandable adhesive material, wherein the at least three ribs are arranged substantially perpendicular to the longitudinal axis, characterized in, that the lower portion includes at least one undulating surface that receives a layer of the expandable adhesive. i) a rigid polymeric structure having a longitudinal axis and including a lower portion and an upper portion each of the lower and upper portions including a top surface and bottom surface; ii) an expandable adhesive material located onto a portion of each of the top and bottom surface of each of the upper and lower portions; iii) a central portion including at least three ribs that are substantially parallel with one another and substantially equidistant from one another; wherein the at least three ribs include a top edge that is substantially co-planar with the expandable adhesive material prior to activation of the expandable adhesive material, wherein the at least three ribs are arranged substantially perpendicular to the longitudinal axis, characterized in, that the lower portion includes at least one undulating surface that receives a layer of the expandable adhesive.