mhurhangee/ep-ind-claims huggingface dataset:
A particle or particles containing (i) at least one hydrophobic matrix material and (ii) at least one volatile substance characterized in that a single particle contains 60% to 90% by weight of the at least one matrix material, whereby the at least one matrix material is selected from hydrogenated triglycerides, preferably vegetal triglycerides preferably palm oil, sunflower oil, corn oil, rapeseed oil, peanut oil or soybean oil, that are solid or semi-solid at 20 °C and 1 atmosphere, the single particle contains 10% to 40% by weight of the at least one volatile substance, whereby the at least one volatile substance is selected from essential oils and/or plant extracts, the at least one volatile substance has a vapor pressure at 125 °C in the range from 10 mm Hg to 200 mm Hg, preferably from 30 mm Hg to 70 mm Hg, the at least one volatile substance is homogeneously distributed in the at least one matrix material, and the particle has a sphericity from 0.800 to 0.999, whereby the particles maintains flowability. (i) at least one hydrophobic matrix material and (ii) at least one volatile substance a single particle contains 60% to 90% by weight of the at least one matrix material, whereby the at least one matrix material is selected from hydrogenated triglycerides, preferably vegetal triglycerides preferably palm oil, sunflower oil, corn oil, rapeseed oil, peanut oil or soybean oil, that are solid or semi-solid at 20 °C and 1 atmosphere, the single particle contains 10% to 40% by weight of the at least one volatile substance, whereby the at least one volatile substance is selected from essential oils and/or plant extracts, the at least one volatile substance has a vapor pressure at 125 °C in the range from 10 mm Hg to 200 mm Hg, preferably from 30 mm Hg to 70 mm Hg, the at least one volatile substance is homogeneously distributed in the at least one matrix material, and the particle has a sphericity from 0.800 to 0.999, whereby the particles maintains flowability.
A composition comprising N-carbamimidoyl-5-(1-methyl-1H-pyrazol-4-yl)-2-naphthamide, or a pharmaceutically acceptable salt thereof, for use in a method of treating or preventing influenza virus infection in a subject.
One or more polymethine fluorescence dyes for use as markers for acquiring data in order to determine an organ function in vivo, wherein the one or more polymethine fluorescence dyes have a fluorescence emission maximum, measured in ethanol, of less than or equal to 820 nm, and wherein the organ, of which the function is determined, is the liver and/or kidney.
A drive circuit configured to output a drive signal (Sd) to be applied to a liquid jet head, comprising: a waveform storage section configured to store a plurality of pieces of waveform configuration information (Dw0-Dw3); a waveform selection section (431, 432) which is configured to select one of the plurality of pieces of waveform configuration information stored in the waveform storage section, and which is configured to output the waveform configuration information (Dwa) selected as selected waveform configuration information; characterised in that the drive circuit further comprises: a signal generation section (433, 434, 44) configured to generate the drive signal (Sd) configured to jet liquid, based on the selected waveform configuration information output from the waveform selection section and an image datum (Dp) input from an outside of the liquid jet head, wherein the waveform selection section is configured to select the selected waveform configuration information from the plurality of pieces of waveform configuration information, using one of a first configuration signal (Sw) set in advance and a second configuration signal (Spa) defined by an additional data signal (Dp[5:4]) included in the image datum. a waveform storage section configured to store a plurality of pieces of waveform configuration information (Dw0-Dw3); a waveform selection section (431, 432) which is configured to select one of the plurality of pieces of waveform configuration information stored in the waveform storage section, and which is configured to output the waveform configuration information (Dwa) selected as selected waveform configuration information; characterised in that the drive circuit further comprises: a signal generation section (433, 434, 44) configured to generate the drive signal (Sd) configured to jet liquid, based on the selected waveform configuration information output from the waveform selection section and an image datum (Dp) input from an outside of the liquid jet head, wherein the waveform selection section is configured to select the selected waveform configuration information from the plurality of pieces of waveform configuration information, using one of a first configuration signal (Sw) set in advance and a second configuration signal (Spa) defined by an additional data signal (Dp[5:4]) included in the image datum. a signal generation section (433, 434, 44) configured to generate the drive signal (Sd) configured to jet liquid, based on the selected waveform configuration information output from the waveform selection section and an image datum (Dp) input from an outside of the liquid jet head, wherein the waveform selection section is configured to select the selected waveform configuration information from the plurality of pieces of waveform configuration information, using one of a first configuration signal (Sw) set in advance and a second configuration signal (Spa) defined by an additional data signal (Dp[5:4]) included in the image datum.
A printable recording media having a weight that is below 75 gsm, comprising: a. a blend of hardwood fibers and softwood fibers, wherein the total fiber content is at least 80 wt % of the total weight of the media; b. and a polymeric-modified pigment carbon black in an amount representing from 0.02 wt % to 1 wt % of the total weight of the media, wherein the polymeric-modified pigment carbon black is formed by combining a carbon black pigment with polymers containing carboxylic groups selected from the group consisting of styrene-acrylic polymers, polyacrylic acid polymers, polymethacrylic acid polymers and styrene maleic anhydride polymers. a. a blend of hardwood fibers and softwood fibers, wherein the total fiber content is at least 80 wt % of the total weight of the media; b. and a polymeric-modified pigment carbon black in an amount representing from 0.02 wt % to 1 wt % of the total weight of the media,
A circuit breaker comprising: an open/close mechanism portion for driving open/close contacts to open or close an electric path; an electromagnetic tripping device for driving a trip bar to trip the open/close mechanism portion, when overcurrent flows on the electric path; and a thermal tripping device for driving the trip bar by a bimetal which bends when overcurrent flows on the electric path, to trip the open/close mechanism portion, wherein the thermal tripping device includes: a bimetal upper base fixed on a head end of the bimetal; an overcurrent characteristic adjustment member opposing to the trip bar via a predetermined gap therebetween; characterised in that a bimetal upper is rotably provided on the bimetal upper base and fixed to the overcurrent characteristic adjustment member and a bimetal upper spring held by the bimetal upper base and constantly energizing the bimetal upper by a load equal to or greater than a tripping load of the open/close mechanism portion, and when overcurrent flows on the electric path, the bimetal upper is rotated against the bimetal upper spring by bending of the bimetal, and thereby the trip bar is driven via the overcurrent characteristic adjustment member. an open/close mechanism portion for driving open/close contacts to open or close an electric path; an electromagnetic tripping device for driving a trip bar to trip the open/close mechanism portion, when overcurrent flows on the electric path; and a thermal tripping device for driving the trip bar by a bimetal which bends when overcurrent flows on the electric path, to trip the open/close mechanism portion, wherein a bimetal upper base fixed on a head end of the bimetal; an overcurrent characteristic adjustment member opposing to the trip bar via a predetermined gap therebetween;
An adjustable barbell comprising: a handle assembly comprising: a bar; a weight selector assembly (200; 502) comprising a selector housing (210; 509) fixed to the bar and a selector knob rotatably coupled to the bar; a first weight fixed to the bar; wherein the weight selector assembly is operable to engage a plurality of removable weights to selectively couple one or more of the plurality of removable weights to the handle assembly based on a rotational position of the selector knob with respect to the bar; characterised by an extension prevention mechanism configured to prevent the weight selector assembly from selecting additional weights when a weight is missing from the plurality of removable weights. a bar; a weight selector assembly (200; 502) comprising a selector housing (210; 509) fixed to the bar and a selector knob rotatably coupled to the bar; a first weight fixed to the bar; wherein the weight selector assembly is operable to engage a plurality of removable weights to selectively couple one or more of the plurality of removable weights to the handle assembly based on a rotational position of the selector knob with respect to the bar; characterised by an extension prevention mechanism configured to prevent the weight selector assembly from selecting additional weights when a weight is missing from the plurality of removable weights.
A method for dissolving a solid fibrinogen composition in an aqueous solvent, comprising: i) providing a closed container containing: a volume of the solid fibrinogen composition and a head space, wherein the pressure within the headspace is a sub-atmospheric pressure; ii) while maintaining the internal pressure in the headspace at sub-atmospheric pressure, introducing into the container a volume of the aqueous solvent which is less than the volume of the solid fibrinogen composition to form a solution comprising at least 40 mg fibrinogen/ml; iii) subsequent to ii), decreasing the size of the headspace in the container without allowing entry of air into the container until the pressure in the headspace equals atmospheric pressure; and iv) agitating the solution, wherein the aqueous solvent is contained within a reservoir, wherein the container and the reservoir are in mutual fluid communication, and wherein the agitating comprises repeatedly transferring the aqueous solvent between the container and the reservoir. i) providing a closed container containing: a volume of the solid fibrinogen composition and a head space, wherein the pressure within the headspace is a sub-atmospheric pressure; ii) while maintaining the internal pressure in the headspace at sub-atmospheric pressure, introducing into the container a volume of the aqueous solvent which is less than the volume of the solid fibrinogen composition to form a solution comprising at least 40 mg fibrinogen/ml; iii) subsequent to ii), decreasing the size of the headspace in the container without allowing entry of air into the container until the pressure in the headspace equals atmospheric pressure; and iv) agitating the solution,
A lithium-ion secondary battery comprising a positive electrode, a negative electrode, and a non-aqueous liquid electrolyte, the positive electrode comprising as a primary component of its positive electrode active material a lithium-containing olivine compound, the negative electrode comprising a negative current collector and a negative electrode active material layer formed on the negative current collector, the negative electrode active material layer comprising carbon particles as a negative electrode active material, the amount of the negative electrode active material contained in the negative electrode active material layer being 95 % by mass to 99 % by mass; the lithium-ion secondary battery being characterized in that the positive electrode further comprises 2 to 20 parts by mass of an activated carbon relative to 100 parts by mass of the positive electrode active material, the activated carbon has an average particle diameter of 0,1 μm to 50 μm, and the olivine compound is contained in an amount accounting for 80% by mass or greater of the positive electrode active material.
A visual image processing system comprising: a sensor input configured to receive spatial field information from an associated spatial field sensor; a data store containing a sensor map data structure which comprises a set of predefined regions within a spatial field corresponding with the information received via the sensor input, the spatial field comprising at least one irregular spatial region, wherein each predefined region is associated in the data structure with one or more of a set of stimuli applicable to a biological visual system, each stimulus corresponding to a visual percept; a visual image processor configured to process spatial field information associated with each predefined region to generate stimulus control information, and to apply the stimulus control information to select, from within the sensor map data structure, stimuli from the set of stimuli for application to the biological visual system; and a signal generator configured to receive the selected stimuli from the visual image processor, and to generate corresponding output stimulus signals for application to the biological visual system. a sensor input configured to receive spatial field information from an associated spatial field sensor; a data store containing a sensor map data structure which comprises a set of predefined regions within a spatial field corresponding with the information received via the sensor input, the spatial field comprising at least one irregular spatial region, wherein each predefined region is associated in the data structure with one or more of a set of stimuli applicable to a biological visual system, each stimulus corresponding to a visual percept; a visual image processor configured to process spatial field information associated with each predefined region to generate stimulus control information, and to apply the stimulus control information to select, from within the sensor map data structure, stimuli from the set of stimuli for application to the biological visual system; and a signal generator configured to receive the selected stimuli from the visual image processor, and to generate corresponding output stimulus signals for application to the biological visual system.
A transport device for a laboratory sample distribution system, the transport device comprising a plurality of actuator modules, each actuator module comprising a plurality of electro-magnetic actuators, a driving surface arranged above the electro-magnetic actuators, which driving surface is adapted to carry sample container carriers, wherein the electro-magnetic actuators are adapted to move sample container carriers on top of the driving surface in at least two different directions using magnetic forces, and a plurality of base plate modules arranged in a pattern, wherein the base plate modules have a regular polygonal basic shape with three, four or six corners, wherein the number of base plate modules at least equals the number of actuator modules and each base plate module is adapted to support one of the plurality of actuator modules, and wherein the base plate modules are coupled to each other and aligned by support elements designed as corner supports, which corner supports are arranged to couple neighboring base plate modules at adjacent corner regions and are adapted to support the driving surface. a plurality of actuator modules, each actuator module comprising a plurality of electro-magnetic actuators, a driving surface arranged above the electro-magnetic actuators, which driving surface is adapted to carry sample container carriers, wherein the electro-magnetic actuators are adapted to move sample container carriers on top of the driving surface in at least two different directions using magnetic forces, and a plurality of base plate modules arranged in a pattern, wherein the base plate modules have a regular polygonal basic shape with three, four or six corners, wherein the number of base plate modules at least equals the number of actuator modules and each base plate module is adapted to support one of the plurality of actuator modules, and wherein the base plate modules are coupled to each other and aligned by support elements designed as corner supports, which corner supports are arranged to couple neighboring base plate modules at adjacent corner regions and are adapted to support the driving surface.
An apparatus, comprising: data acquisition circuitry configured to acquire multiple signals using multiple respective electrodes of an array of electrodes coupled to one of i) an organ of a patient and ii) tissue or cell culture; and a processor, which is configured to: hold a definition of a mixed-norm that is defined as a function of relative positions of the electrodes in the array; and jointly compress the multiple signals in a compressed-sensing, CS, process that minimizes the mixed-norm, characterized in that the data acquisition circuitry is further configured to apply a respective pseudo-random sequence to each of the signals so as to increase sparsity and incoherence of a measurement matrix Y based on the correlation between the respective signal and the respective pseudo-random sequence, and wherein the processor is configured to minimize the mixed-norm for the measurement matrix Y having the increased sparsity and incoherence. data acquisition circuitry configured to acquire multiple signals using multiple respective electrodes of an array of electrodes coupled to one of i) an organ of a patient and ii) tissue or cell culture; and a processor, which is configured to: hold a definition of a mixed-norm that is defined as a function of relative positions of the electrodes in the array; and jointly compress the multiple signals in a compressed-sensing, CS, process that minimizes the mixed-norm, characterized in that the data acquisition circuitry is further configured to apply a respective pseudo-random sequence to each of the signals so as to increase sparsity and incoherence of a measurement matrix Y based on the correlation between the respective signal and the respective pseudo-random sequence, and wherein the processor is configured to minimize the mixed-norm for the measurement matrix Y having the increased sparsity and incoherence. hold a definition of a mixed-norm that is defined as a function of relative positions of the electrodes in the array; and jointly compress the multiple signals in a compressed-sensing, CS, process that minimizes the mixed-norm, characterized in that the data acquisition circuitry is further configured to apply a respective pseudo-random sequence to each of the signals so as to increase sparsity and incoherence of a measurement matrix Y based on the correlation between the respective signal and the respective pseudo-random sequence, and wherein the processor is configured to minimize the mixed-norm for the measurement matrix Y having the increased sparsity and incoherence.
A sensor apparatus comprising: a flexible substrate, and a wrinkled conductor disposed on the flexible substrate, wherein the conductor is a metal film comprising as secondary folding micron-scale invaginations in the surface, wherein adjacent wrinkles are packed closely enough together such that they coalesce and produce an increase in electrical contacts and reduce an effective resistivity of the wrinkled conductor; characterized in that the micron-scale invaginations of the wrinkled conductor are provided by placing a polymeric sheet of suitable heat-shrink characteristics adjacent to a mask configured to block regions of the polymeric sheet, depositing the metal film as a conductive structure at regions exposed through said mask and shrinking the polymeric sheet with the conductive structure patterned on its surface by heating, and wherein said wrinkled conductor is covalently bonded to said flexible substrate. a flexible substrate, and a wrinkled conductor disposed on the flexible substrate, wherein the conductor is a metal film comprising as secondary folding micron-scale invaginations in the surface, wherein adjacent wrinkles are packed closely enough together such that they coalesce and produce an increase in electrical contacts and reduce an effective resistivity of the wrinkled conductor; characterized in that the micron-scale invaginations of the wrinkled conductor are provided by placing a polymeric sheet of suitable heat-shrink characteristics adjacent to a mask configured to block regions of the polymeric sheet, depositing the metal film as a conductive structure at regions exposed through said mask and shrinking the polymeric sheet with the conductive structure patterned on its surface by heating, and wherein said wrinkled conductor is covalently bonded to said flexible substrate.
A wall component for an aircraft for forming an outer wall, comprising at least one first wall element, at least one second wall element and at least one connecting device for connecting the first wall element to the second wall element, wherein the first wall element is formed of composite fiber material and has a first outer wall region and a first connecting region, wherein the first outer wall region is provided with a first outer surface in order to form a surface area of the outer wall, wherein the first connecting region is arranged on an edge region of the first wall element and configured such that it is set back relative to the first outer surface, wherein the second wall element has a second outer wall region and a second connecting region, wherein the second outer wall region is provided with a second outer surface in order to form a surface area of the outer wall, wherein the second connecting region is arranged on an edge region of the second wall element and configured such that it is set back relative to the second outer surface, wherein the connecting regions (58, 64) are designed for connecting the wall elements (42, 44) to one another on the edge regions to be directed toward one another and set back relative to the outer surfaces (50, 56) that serve for forming the outer wall in such a way that a depression is created when the first and the second wall element (42, 44) are arranged adjacent to one another such that their connecting regions (58, 64) are directed toward one another, wherein the connecting device comprises a one-piece joint element with a joint region for connecting the first connecting region to the second connecting region, and characterized in that the joint region is configured for being accommodated in the depression in a fitted fashion such that an outer joint region surface of the joint region is configured for forming the outer wall of the aircraft at the joint between the first and the second wall element (42, 44) is arranged flush with the first outer surface, as well as the second outer surface, when the joint region is inserted into the depression.