mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a light source that produces an illumination beam; an optical system that receives the illumination beam and produces an illumination spot on a surface of a sample; a scanning system (118, 120) that scans the illumination spot to form an illumination line across the sample, the illumination line having a length, wherein the sample emits photoluminescence light in response to excitation caused by the illumination spot along the illumination line; a stage for providing relative movement between the illumination line and the sample; a signal collecting optic (402, 502) linearly extending along a length that is a third or more of the length of the illumination line, the signal collecting optic receives the photoluminescence light from the illumination line and focuses the photoluminescence light into a line; an optical conduit having a linear reception end that receives the photoluminescence light focused by the signal collecting optic, the optical conduit further having an output end having a different shape than the linear reception end; a detector that collects the photoluminescence light from the optical conduit, the detector having an entrance aperture that matches a shape of the output end of the optical conduit; and a processor coupled to the detector to receive the photoluminescence light to determine a characteristic of the sample. a light source that produces an illumination beam; an optical system that receives the illumination beam and produces an illumination spot on a surface of a sample; a scanning system (118, 120) that scans the illumination spot to form an illumination line across the sample, the illumination line having a length, wherein the sample emits photoluminescence light in response to excitation caused by the illumination spot along the illumination line; a stage for providing relative movement between the illumination line and the sample; a signal collecting optic (402, 502) linearly extending along a length that is a third or more of the length of the illumination line, the signal collecting optic receives the photoluminescence light from the illumination line and focuses the photoluminescence light into a line; an optical conduit having a linear reception end that receives the photoluminescence light focused by the signal collecting optic, the optical conduit further having an output end having a different shape than the linear reception end; a detector that collects the photoluminescence light from the optical conduit, the detector having an entrance aperture that matches a shape of the output end of the optical conduit; and a processor coupled to the detector to receive the photoluminescence light to determine a characteristic of the sample.
A method for determining analyte concentrations in a biological sample, the method comprising: dipping a test paddle having a plurality of test pads into a biological sample, wherein each test pad of the plurality of test pads includes a different reagent; capturing images of the plurality of test pads at different times as different reagents of the test pads react to the biological sample; quantifying a color of each test pad of the plurality of test pads over time from the captured images; determining a color evolution trajectory over time for each test pad of the plurality of test pads; comparing the determined color evolution trajectory for each test pad with a plurality of color calibration curves in a three dimensional RGB color space to determine different analyte concentrations in the biological sample, wherein each color calibration curve of the plurality of color calibration curves represents the color of a test pad at different concentration levels of an analyte at a given time; and displaying the determined analyte concentrations in the biological sample to a user. dipping a test paddle having a plurality of test pads into a biological sample, wherein each test pad of the plurality of test pads includes a different reagent; capturing images of the plurality of test pads at different times as different reagents of the test pads react to the biological sample; quantifying a color of each test pad of the plurality of test pads over time from the captured images; determining a color evolution trajectory over time for each test pad of the plurality of test pads; comparing the determined color evolution trajectory for each test pad with a plurality of color calibration curves in a three dimensional RGB color space to determine different analyte concentrations in the biological sample, wherein each color calibration curve of the plurality of color calibration curves represents the color of a test pad at different concentration levels of an analyte at a given time; and displaying the determined analyte concentrations in the biological sample to a user.
A pouch-type secondary battery, comprising: an electrode assembly; and a pouch member comprising an internal space configured to accommodate the electrode assembly therein and a degassing sealing portion formed by sealing one end portion releasing internal gas, wherein the degassing sealing portion is configured to project toward the electrode assembly, wherein the degassing sealing portion comprises, a degassing bar having two end portions to which a side sealing portion configured to seal the two end portions of the pouch member is connected and formed to seal one end portion through which gas inside the pouch member is released; and an offset bar extended from the degassing bar and formed to project toward the electrode assembly, wherein the offset bar is formed to be shorter than the degassing bar and is spaced apart from the side sealing portion by a predetermined distance. an electrode assembly; and a pouch member comprising an internal space configured to accommodate the electrode assembly therein and a degassing sealing portion formed by sealing one end portion releasing internal gas, wherein the degassing sealing portion is configured to project toward the electrode assembly, wherein the degassing sealing portion comprises, a degassing bar having two end portions to which a side sealing portion configured to seal the two end portions of the pouch member is connected and formed to seal one end portion through which gas inside the pouch member is released; and an offset bar extended from the degassing bar and formed to project toward the electrode assembly, wherein the offset bar is formed to be shorter than the degassing bar and is spaced apart from the side sealing portion by a predetermined distance.
Semi-finished pourable product for the production of mouldings, comprising foamed biogranulate grains, the biogranulate grains having a coating, the coating comprising an adhesive and a pesticide, characterised in that therewith the biogranulate grains can be bonded to one another in a moulding.
Method for detecting a connection of a peripheral device to a communication interface (2, 3, 5, 8) of an electronic device, said communication interface comprising a voltage power line (V_BUS) for supplying power to said peripheral device, a nominal operating voltage value being associated with said power line (V_BUS), said electronic device being configurable in a nominal mode, where said nominal operating voltage is applied to said power line (V_BUS), and in a stand by mode, said method comprising: - application, by said electronic device, of a nominal operating voltage to the said power line (V_BUS) when said electronic device is configured in said nominal mode, said method being characterized in that it further comprises: - when said electronic device enters in a stand-by mode, withdrawal of said nominal operating voltage from being applied to said power line (V_BUS), and - when said electronic device is in said stand-by mode; ▪ an application of a residual voltage lower than a threshold value of said nominal operating voltage value to said power line (V_BUS); ▪ a detection, on said power line (V_BUS), in the presence of said residual voltage, of a glitch resulting from said connection of said peripheral device to said interface (2, 3, 5, 8), and ▪ when said glitch is detected, an application of said nominal operating voltage to said voltage power line (V_BUS) and a configuration of said electronic device in said nominal mode. - application, by said electronic device, of a nominal operating voltage to the said power line (V_BUS) when said electronic device is configured in said nominal mode, - when said electronic device enters in a stand-by mode, withdrawal of said nominal operating voltage from being applied to said power line (V_BUS), and - when said electronic device is in said stand-by mode; ▪ an application of a residual voltage lower than a threshold value of said nominal operating voltage value to said power line (V_BUS); ▪ a detection, on said power line (V_BUS), in the presence of said residual voltage, of a glitch resulting from said connection of said peripheral device to said interface (2, 3, 5, 8), and ▪ when said glitch is detected, an application of said nominal operating voltage to said voltage power line (V_BUS) and a configuration of said electronic device in said nominal mode. ▪ an application of a residual voltage lower than a threshold value of said nominal operating voltage value to said power line (V_BUS); ▪ a detection, on said power line (V_BUS), in the presence of said residual voltage, of a glitch resulting from said connection of said peripheral device to said interface (2, 3, 5, 8), and ▪ when said glitch is detected, an application of said nominal operating voltage to said voltage power line (V_BUS) and a configuration of said electronic device in said nominal mode.
A method of producing a medical bearing material comprising: molding a substrate comprising a radical scavenger and a polymer material; washing at least a part of a surface of the substrate with a washing liquid which is an aqueous solution containing a surfactant; and fixing a polymer chain having a phosphorylcholine group at at least the part of the surface by a graft bond after washing so as to form a polymer film on at least the part of the surface. molding a substrate comprising a radical scavenger and a polymer material; washing at least a part of a surface of the substrate with a washing liquid which is an aqueous solution containing a surfactant; and fixing a polymer chain having a phosphorylcholine group at at least the part of the surface by a graft bond after washing so as to form a polymer film on at least the part of the surface.
A method comprising: acquiring spectral resources beyond a licensed spectrum for wireless network communications from available spectrum; and identifying a carrier aggregation configuration of available white space frequencies using network signaling in the licensed spectrum; characterized in that the method comprises: enabling white space communications using an interactive handshake sequence on white space frequencies, comprising causing an enabling signal to be transmitted from a wireless network entity to a user equipment to indicate the availability of one or more white spaces for wireless network communications, and receiving at the wireless network entity from the user equipment an enabling request for the one or more white spaces indicated by the enabling signal for requesting activation of those white spaces for network communications; wherein the interactive handshake sequence is repeated according to a location and spectrum dependent interval. acquiring spectral resources beyond a licensed spectrum for wireless network communications from available spectrum; and identifying a carrier aggregation configuration of available white space frequencies using network signaling in the licensed spectrum; characterized in that the method comprises: enabling white space communications using an interactive handshake sequence on white space frequencies, comprising causing an enabling signal to be transmitted from a wireless network entity to a user equipment to indicate the availability of one or more white spaces for wireless network communications, and receiving at the wireless network entity from the user equipment an enabling request for the one or more white spaces indicated by the enabling signal for requesting activation of those white spaces for network communications; wherein the interactive handshake sequence is repeated according to a location and spectrum dependent interval. enabling white space communications using an interactive handshake sequence on white space frequencies, comprising causing an enabling signal to be transmitted from a wireless network entity to a user equipment to indicate the availability of one or more white spaces for wireless network communications, and receiving at the wireless network entity from the user equipment an enabling request for the one or more white spaces indicated by the enabling signal for requesting activation of those white spaces for network communications; wherein the interactive handshake sequence is repeated according to a location and spectrum dependent interval.
A process for producing a biodiesel including the steps of: - utilizing a PUFA low strain of thraustochytrid to form an oil including unsaturated fatty acids; - transesterifying the unsaturated fatty acids in the oil to form alkyl esters from the unsaturated fatty acids; thereby producing a biodiesel. - utilizing a PUFA low strain of thraustochytrid to form an oil including unsaturated fatty acids; - transesterifying the unsaturated fatty acids in the oil to form alkyl esters from the unsaturated fatty acids;
System for creating a model for use in detecting a peripheral arterial pressure decoupling in a subject, the system comprising: means for providing a first set of arterial pressure waveform data from a first group of subjects that were experiencing the peripheral arterial pressure decoupling; means for providing a second set of arterial pressure waveform data from a second group of subjects that were not experiencing the peripheral arterial pressure decoupling; and means for building a multivariate Boolean model based on the first and second sets of arterial pressure waveform data, the multivariate Boolean model utilizing a model output value that corresponds to a first established value for the arterial pressure waveforms of the first set of arterial pressure waveform data and a second established value for the arterial pressure waveform of the second set of arterial pressure waveform data, characterized in that the multivariate Boolean model is built so as to minimize a first mean square error between an output value calculated for each subject of the first group of subjects and the first established value, and to minimize a second mean square error between an output value calculated for each subject of the second group of subjects and the second established value. means for providing a first set of arterial pressure waveform data from a first group of subjects that were experiencing the peripheral arterial pressure decoupling; means for providing a second set of arterial pressure waveform data from a second group of subjects that were not experiencing the peripheral arterial pressure decoupling; and means for building a multivariate Boolean model based on the first and second sets of arterial pressure waveform data, the multivariate Boolean model utilizing a model output value that corresponds to a first established value for the arterial pressure waveforms of the first set of arterial pressure waveform data and a second established value for the arterial pressure waveform of the second set of arterial pressure waveform data, characterized in that the multivariate Boolean model is built so as to minimize a first mean square error between an output value calculated for each subject of the first group of subjects and the first established value, and to minimize a second mean square error between an output value calculated for each subject of the second group of subjects and the second established value.
A method for washing laundry in a washing machine, wherein the washing machine includes a tub and a drum disposed inside the tub, the method comprising: supplying wash water up to a target water level; balancing the laundry by repeating acceleration and deceleration of the drum in a state where the wash water is in the tub at the target water level, wherein during balancing, a laundry load in the drum is measured based on a deceleration time of the drum when the drum is decelerated, and an unbalanced degree of the laundry is measured based on a variation of revolutions per minute of the drum, after the drum is accelerated; filtration washing including rotating the drum for moving a laundry against an inner wall of the drum and spraying circulated wash water changed to whirling water through a whirling nozzle (140, 127) into the drum; and draining the wash water from the tub wherein the whirling nozzle (140, 127) comprises dome (141, 127a) having a receiving space (144, 127d) therein; a core (142, 127b) provided in the receiving space and formed of one or a plurality of a twisted plates to form a plurality of twisted flow paths together with the receiving space, wherein the wash water passing through the plurality of twisted flow paths is changed to the whirling water; and a spray nozzle cap. supplying wash water up to a target water level; balancing the laundry by repeating acceleration and deceleration of the drum in a state where the wash water is in the tub at the target water level, wherein during balancing, a laundry load in the drum is measured based on a deceleration time of the drum when the drum is decelerated, and an unbalanced degree of the laundry is measured based on a variation of revolutions per minute of the drum, after the drum is accelerated; filtration washing including rotating the drum for moving a laundry against an inner wall of the drum and spraying circulated wash water changed to whirling water through a whirling nozzle (140, 127) into the drum; and draining the wash water from the tub wherein the whirling nozzle (140, 127) comprises dome (141, 127a) having a receiving space (144, 127d) therein; a core (142, 127b) provided in the receiving space and formed of one or a plurality of a twisted plates to form a plurality of twisted flow paths together with the receiving space, wherein the wash water passing through the plurality of twisted flow paths is changed to the whirling water; and a spray nozzle cap.
A phosphorescent phosphor represented by the following composition formula: Sr 1-a Mg b Al 2 O 4;Eu d M e... wherein a, b, d, and e satisfy (b + d + e) < a, 0.05 ≤ a ≤ 0.8, 0.01 ≤ b < 0.1, 0 ≤ d ≤ 0.2, and 0 ≤ e ≤ 0.15, respectively, and M represents at least one element selected from the group consisting of dysprosium, samarium, lanthanum, praseodymium, terbium, holmium, thulium, lutetium, ytterbium, erbium, gadolinium, neodymium and cerium; wherein the phosphorescent phosphor emits light due to excitation light in a wavelength region of 430 to 480 nm. wherein a, b, d, and e satisfy (b + d + e) < a, 0.05 ≤ a ≤ 0.8, 0.01 ≤ b < 0.1, 0 ≤ d ≤ 0.2, and 0 ≤ e ≤ 0.15, respectively, and M represents at least one element selected from the group consisting of dysprosium, samarium, lanthanum, praseodymium, terbium, holmium, thulium, lutetium, ytterbium, erbium, gadolinium, neodymium and cerium; wherein the phosphorescent phosphor emits light due to excitation light in a wavelength region of 430 to 480 nm.
A system for stable connection of a reservoir for compressed air or hydraulic oil to a vehicle frame, the reservoir having a central port configured to enable a pneumatic/hydraulic connection of the reservoir to a pneumatic/hydraulic system of said vehicle, the system comprising: - a cylindrical tubular sleeve having a first end and a second end opposite the first one, wherein the first end is threaded in a way complementary with respect to said port and wherein said second end is configured to define a second port, thus enabling a pneumatic/hydraulic connection of the reservoir to said pneumatic/hydraulic system; - a support element, which is stably connected to the frame of said vehicle or defines a frame portion of said vehicle and comprises a seat complementary to said sleeve; and - a filter device (G R,BT) for filtering vibrations that propagate from the frame of said vehicle to said reservoir arranged between said support element and said tubular sleeve. - a cylindrical tubular sleeve having a first end and a second end opposite the first one, wherein the first end is threaded in a way complementary with respect to said port and wherein said second end is configured to define a second port, thus enabling a pneumatic/hydraulic connection of the reservoir to said pneumatic/hydraulic system; - a support element, which is stably connected to the frame of said vehicle or defines a frame portion of said vehicle and comprises a seat complementary to said sleeve; and - a filter device (G R,BT) for filtering vibrations that propagate from the frame of said vehicle to said reservoir arranged between said support element and said tubular sleeve.
A hydraulic turbocharger comprising: an outer housing having a first section, a turbine with a turbine end section, and a pump with a pump end section, said turbine end and pump end sections (14, 15) being removably secured to said first section; a first cavity formed between said first section and said pump end section and a second cavity formed between said first section and said turbine end section; characterized in that the hydraulic turbocharger further comprises: a pump volute insert positioned in said first cavity and a turbine volute insert positioned in said second cavity, said pump volute and turbine volute inserts (39, 43) being formed of more than one piece and said pump volute insert defining a pump volute and said turbine volute insert defining a turbine volute, said pump volute and turbine volute inserts (39, 43) being designed to be capable of being machined to form said volute (40, 44) when said pump volute and turbine volute inserts (39, 43) are positioned in said first and second cavities (37, 41) respectively. an outer housing having a first section, a turbine with a turbine end section, and a pump with a pump end section, said turbine end and pump end sections (14, 15) being removably secured to said first section; a first cavity formed between said first section and said pump end section and a second cavity formed between said first section and said turbine end section; characterized in that the hydraulic turbocharger further comprises: a pump volute insert positioned in said first cavity and a turbine volute insert positioned in said second cavity, said pump volute and turbine volute inserts (39, 43) being formed of more than one piece and said pump volute insert defining a pump volute and said turbine volute insert defining a turbine volute, said pump volute and turbine volute inserts (39, 43) being designed to be capable of being machined to form said volute (40, 44) when said pump volute and turbine volute inserts (39, 43) are positioned in said first and second cavities (37, 41) respectively. a pump volute insert positioned in said first cavity and a turbine volute insert positioned in said second cavity, said pump volute and turbine volute inserts (39, 43) being formed of more than one piece and said pump volute insert defining a pump volute and said turbine volute insert defining a turbine volute, said pump volute and turbine volute inserts (39, 43) being designed to be capable of being machined to form said volute (40, 44) when said pump volute and turbine volute inserts (39, 43) are positioned in said first and second cavities (37, 41) respectively.