mhurhangee/patent-ind-claim-en huggingface dataset:
A method of conducting assays in a multi-well assay plate using an apparatus comprising a light detection subsystem, a liquid handling subsystem and a plate handling subsystem, wherein, for each individual well in a plurality of wells of the multi-well assay plate , an assay comprises, in series, the steps of: (a) adding sample to the individual well; (b) incubating said sample in the individual well during an incubation phase; and (c) adding reagent to the individual well; wherein the method comprises performing said assay for each of the individual wells in a continuous interleaved process, the continuous interleaved process comprising the steps of: (i) during the incubation phase of an assay of at least a previous well, performing step (a) for an assay for a next well; and (ii) when the previous well has reached the end of the incubation phase, performing step (c) for the previous well. wherein, for each individual well in a plurality of wells of the multi-well assay plate , an assay comprises, in series, the steps of: (a) adding sample to the individual well; (b) incubating said sample in the individual well during an incubation phase; and (c) adding reagent to the individual well; (a) adding sample to the individual well; (b) incubating said sample in the individual well during an incubation phase; and (c) adding reagent to the individual well; wherein the method comprises performing said assay for each of the individual wells in a continuous interleaved process, the continuous interleaved process comprising the steps of: (i) during the incubation phase of an assay of at least a previous well, performing step (a) for an assay for a next well; and (ii) when the previous well has reached the end of the incubation phase, performing step (c) for the previous well. (i) during the incubation phase of an assay of at least a previous well, performing step (a) for an assay for a next well; and (ii) when the previous well has reached the end of the incubation phase, performing step (c) for the previous well.
A light directing article comprising: a plurality of optically active elements; and a body layer adjacent to the plurality of optically active elements; wherein the body layer comprises an aliphatic thermoplastic polyurethane that has a cross-over temperature greater than 110°C and less than 170°C and a Tg greater than 35°C and less than 70°C, wherein the optically active elements are microstructures which include cube-corners, and wherein the aliphatic thermoplastic polyurethane is the reaction product of a short chain polyol, a long chain polyol, and a multifunctional isocyanate, wherein a short-chain polyol means a polyol having a molecular weight of at most 185 g/mol and a long-chain polyol means a polyol having a molecular weight of greater than 185 g/mol. a plurality of optically active elements; and a body layer adjacent to the plurality of optically active elements; wherein the body layer comprises an aliphatic thermoplastic polyurethane that has a cross-over temperature greater than 110°C and less than 170°C and a Tg greater than 35°C and less than 70°C, wherein the optically active elements are microstructures which include cube-corners, and wherein the aliphatic thermoplastic polyurethane is the reaction product of a short chain polyol, a long chain polyol, and a multifunctional isocyanate, wherein a short-chain polyol means a polyol having a molecular weight of at most 185 g/mol and a long-chain polyol means a polyol having a molecular weight of greater than 185 g/mol. wherein the body layer comprises an aliphatic thermoplastic polyurethane that has a cross-over temperature greater than 110°C and less than 170°C and a Tg greater than 35°C and less than 70°C, wherein the optically active elements are microstructures which include cube-corners, and wherein the aliphatic thermoplastic polyurethane is the reaction product of a short chain polyol, a long chain polyol, and a multifunctional isocyanate, wherein a short-chain polyol means a polyol having a molecular weight of at most 185 g/mol and a long-chain polyol means a polyol having a molecular weight of greater than 185 g/mol.
A driver's cab for an agricultural working machine, wherein a respective foot rest is mounted on the left and the right side of a central column , characterized in that these foot rests can respectively be pivoted about an axis between a standby position and a usage position.
DC arc-quenching apparatus for an electromechanical switching device , in particular for a DC circuit breaker, - comprising an arc-quenching chamber having a plurality of arc splitter plates which are spaced apart from one another and are arranged parallel to one another, - comprising an arc-generating chamber which is arranged directly in front of the arc-quenching chamber and which has a longitudinal centre plane (L) which points towards the arc-quenching chamber and also permanent magnets which are arranged on both sides of the longitudinal centre plane (L), characterized in that the quenching apparatus has an odd number of permanent magnets with the same magnetic properties and an identical physical size which are arranged one behind the other in a first direction (R1), which is orthogonal to the longitudinal centre plane (L), on both sides of the arc-generating chamber , as a result of which an asymmetrical magnetic field is formed. - comprising an arc-quenching chamber having a plurality of arc splitter plates which are spaced apart from one another and are arranged parallel to one another, - comprising an arc-generating chamber which is arranged directly in front of the arc-quenching chamber and which has a longitudinal centre plane (L) which points towards the arc-quenching chamber and also permanent magnets which are arranged on both sides of the longitudinal centre plane (L),
A compact container having a content storage container horizontally coupled to a side surface of a pump, the compact container comprising: a container body ; a container lid hinge-coupled to one side of the container body to be opened and closed; a contents discharge frame installed at one side of an inner portion of the container body and provided at a center thereof with a pump mounting portion in a vertical direction, in which a contents inlet port is provided on one side of an outer periphery of the pump mounting portion in a horizontal direction; a contents storage container horizontally mounted on the contents inlet port of the contents discharge frame ; a pump vertically mounted on the pump mounting portion of the contents discharge frame to pump contents; a distribution plate coupled to an upper portion of the pump and formed on an upper surface thereof with a discharge passage ; a discharge plate formed on an upper portion of the distribution plate and formed with a plurality of outlet ports ; and a fixing member coupled to upper portions of the contents discharge frame and the contents storage container to fix the contents discharge frame and the contents storage container . a container body ; a container lid hinge-coupled to one side of the container body to be opened and closed; a contents discharge frame installed at one side of an inner portion of the container body and provided at a center thereof with a pump mounting portion in a vertical direction, in which a contents inlet port is provided on one side of an outer periphery of the pump mounting portion in a horizontal direction; a contents storage container horizontally mounted on the contents inlet port of the contents discharge frame ; a pump vertically mounted on the pump mounting portion of the contents discharge frame to pump contents; a distribution plate coupled to an upper portion of the pump and formed on an upper surface thereof with a discharge passage ; a discharge plate formed on an upper portion of the distribution plate and formed with a plurality of outlet ports ; and a fixing member coupled to upper portions of the contents discharge frame and the contents storage container to fix the contents discharge frame and the contents storage container .
A method for producing a lubricant base oil from a biomass-derived fatty acid, comprising: a) providing biomass-derived mixed fatty acids; b) decarbonylating the mixed fatty acids to produce mixed olefins containing alpha olefin and internal olefin; c) oligomerizing the mixed olefins to produce an olefinic lubricant base oil; and d) performing hydrogenation to remove olefins in the olefinic lubricant base oil, wherein olefins in the mixed olefins of step b) are fewer by one in the number of carbon atoms than corresponding fatty acids in the mixed fatty acids of step a), wherein the step b) is carried out in presence of a transition metal-chelate catalyst, the transition metal being one or more selected from transition metals in Groups 8 to 10 on Periodic Table, a chelator being a phosphine ligand, and wherein the decarbonylation is carried out at a temperature of 120 to 400°C under a pressure of 50 bar or less. a) providing biomass-derived mixed fatty acids; b) decarbonylating the mixed fatty acids to produce mixed olefins containing alpha olefin and internal olefin; c) oligomerizing the mixed olefins to produce an olefinic lubricant base oil; and d) performing hydrogenation to remove olefins in the olefinic lubricant base oil,
Rotor for a reluctance motor (E), wherein the rotor has a laminated core with a number of rotor sheet metal blanks , of which each has flux barriers cast with a non-ferromagnetic casting compound and at least one soft-magnetic rotor sheet delimiting the flux barriers , wherein each rotor sheet metal blank has a single rotor sheet with punches for the flux barriers or a number of rotor sheets separated respectively from one another by a flux barrier and wherein in each case the flux barriers of adjacent adjoining rotor sheet metal blanks are arranged offset relative to one another so that the flux barriers of one of the rotor sheet metal blanks are delimited in the axial direction at least partially by a respective rotor sheet of the other rotor sheet metal blank and in each case the casting compound of the flux barrier in an adhesion zone adheres to the respective rotor sheet , characterised in that - in each case the rotor sheet has at least one depression formed by a stamping and/or a recess in the adhesion zone , wherein the at least one depression and the casting compound adhering to the rotor sheet form a form closure in the radial direction (R), and/or - in each case the rotor sheet in the adhesion zone is roughened by comparison with an adjacent zone. - in each case the rotor sheet has at least one depression formed by a stamping and/or a recess in the adhesion zone , wherein the at least one depression and the casting compound adhering to the rotor sheet form a form closure in the radial direction (R), and/or - in each case the rotor sheet in the adhesion zone is roughened by comparison with an adjacent zone.
An instrument for use in a surgical operation, comprising: a drive system for rotationally driving a working tool engaged with the instrument about a working axis ; a burr tool engaged with the instrument for rotation of the burr tool by the drive system about the working axis , wherein the burr tool is contactably engageable with a medium; a measurement system including an accelerometer and a displacement sensor , said measurement system for monitoring the contactable engagement and disengagement of the burr tool with the medium based on acceleration of the burr tool , and said displacement sensor attached on an extension outputting a displacement measure of the burr tool from the medium; and a detection module in operative communication with the measurement system to detect a loss of the contactable engagement of the burr tool with the medium. a drive system for rotationally driving a working tool engaged with the instrument about a working axis ; a burr tool engaged with the instrument for rotation of the burr tool by the drive system about the working axis , wherein the burr tool is contactably engageable with a medium; a measurement system including an accelerometer and a displacement sensor , said measurement system for monitoring the contactable engagement and disengagement of the burr tool with the medium based on acceleration of the burr tool , and said displacement sensor attached on an extension outputting a displacement measure of the burr tool from the medium; and a detection module in operative communication with the measurement system to detect a loss of the contactable engagement of the burr tool with the medium.
Photovoltaic module for the production of electricity from solar energy, comprising a distal base , with an underside and an upper side , and photovoltaic cells arranged on the upper side 5 of the distal base , wherein the distal base is designed as a carrier that generates buoyancy in the water, wherein the distal base is designed as a dimensionally stable carrier for the photovoltaic cells and the photovoltaic cells are arranged directly on the distal base , characterised in that multiple pockets are formed in the distal base , which extend outward from the underside of the 10 distal bases in the direction of the upper side of the distal base and completely penetrate the distal base .
A display screen assembly , applied to a mobile terminal, wherein the display screen assembly comprises a transparent cover plate and a display module ; the transparent cover plate comprises a transparent region and a light-shielding region located at a side edge of the transparent region , the transparent region comprises a first inner surface , the light-shielding region comprises a second inner surface connected to the first inner surface , and the display module is stacked on the first inner surface of the transparent region ; and a charge blocking layer is arranged on at least a part of the second inner surface of the light-shielding region , and the charge blocking layer extends along side edges of the display module to block charges generated outside the mobile terminal from entering the display module , characterized in that a material of the charge blocking layer comprises an adhesive mixed with an electropositive hole material. the transparent cover plate comprises a transparent region and a light-shielding region located at a side edge of the transparent region , the transparent region comprises a first inner surface , the light-shielding region comprises a second inner surface connected to the first inner surface , and the display module is stacked on the first inner surface of the transparent region ; and a charge blocking layer is arranged on at least a part of the second inner surface of the light-shielding region , and the charge blocking layer extends along side edges of the display module to block charges generated outside the mobile terminal from entering the display module , characterized in that a material of the charge blocking layer comprises an adhesive mixed with an electropositive hole material.
Steel bar transverse stepping conveying equipment, comprising a base , wherein a front movable clamp area and a rear fixed clamp area are provided on the base and are connected through rear-fixed-clamp-area connecting guiderail mechanisms to perform a relative translational movement; the front movable clamp area consists of a front-movable-clamp-area clamp , a front-movable-clamp-area left-right moving plate , and a front-movable-clamp-area up-down moving plate , the front-movable-clamp-area clamp is fixedly connected to the front-movable-clamp-area up-down moving plate , and the front-movable-clamp-area left-right moving plate is mounted on a back surface of the front-movable-clamp-area up-down moving plate and is movably connected to the front-movable-clamp-area up-down moving plate ; and the rear fixed clamp area consists of a rear-fixed-clamp-area clamp device and a rear-fixed-clamp-area fixed plate , the rear-fixed-clamp-area clamp device is mounted on the rear-fixed-clamp-area fixed plate , and the rear-fixed-clamp-area clamp device consists of a rear-fixed-clamp-area clamp and a rear-fixed-clamp-area clamp guide plate .
A non-transitory computer readable medium comprising executable instructions, the executable instructions being executable by one or more processors to perform a method, the method comprising: receiving first historical data of a first time period and failure data of the first time period, the historical data including sensor data from one or more sensors of a renewable energy asset ; identifying failure data of the first historical data that was generated by the one or more sensors of the renewable energy asset during a first failure of the renewable energy asset during a failure indicated by a failure time period of the first time period; removing the failure data from the first historical data to create filtered historical data; training a classification model using the filtered historical data, the classification model indicating at least one first classified state of the renewable energy asset at a second period of time prior to the first failure indicated by the failure data; applying the classification model to second sensor data to identify a first potential failure state based on the at least one first classified state, the second sensor data being from the one or more sensors of the renewable energy asset during a subsequent time period after the first time period; generating an alert if the first potential failure state is identified based on at least a first subset of sensor signals generated during the subsequent time period; and providing the alert. receiving first historical data of a first time period and failure data of the first time period, the historical data including sensor data from one or more sensors of a renewable energy asset ; identifying failure data of the first historical data that was generated by the one or more sensors of the renewable energy asset during a first failure of the renewable energy asset during a failure indicated by a failure time period of the first time period; removing the failure data from the first historical data to create filtered historical data; training a classification model using the filtered historical data, the classification model indicating at least one first classified state of the renewable energy asset at a second period of time prior to the first failure indicated by the failure data; applying the classification model to second sensor data to identify a first potential failure state based on the at least one first classified state, the second sensor data being from the one or more sensors of the renewable energy asset during a subsequent time period after the first time period; generating an alert if the first potential failure state is identified based on at least a first subset of sensor signals generated during the subsequent time period; and providing the alert.
A use of a water-insoluble fraction of a cyclodextrin polymer cross-linked with a polycarboxylic acid obtained by condensation of the hydroxyl groups of a cyclodextrin with the carboxylic functions of the polycarboxylic acid, of a water-soluble fraction of a cyclodextrin polymer cross-linked with a polycarboxylic acid obtained by condensation of the hydroxyl groups of a cyclodextrin with the carboxylic functions of the polycarboxylic acid or of a mixture of water-insoluble and water-soluble fractions, previously separated and then mixed again, of cyclodextrin polymers cross-linked with a polycarboxylic acid obtained by condensation of the hydroxyl groups of a cyclodextrin with the carboxylic functions of the polycarboxylic acid as a single excipient in a tablet, wherein the polycarboxylic acid is citric acid, the weight average molar mass measured by steric exclusion chromatography of the water-soluble fraction of the cyclodextrin polymer is between 10.000 and 200.000 g.mol -1 .
A determination method for determining whether the state of optical detection of a microchip (100;200) is favorable or poor, comprising: a supply process in which, by using the microchip (100;200) including a capillary flow path and a sample reservoir (1;11) connected to the capillary flow path at an upstream side, the capillary flow path is filled with a first solution for electrophoresis, and the sample reservoir (1;11) is supplied with a second solution containing an analyte in a sample; a separation process in which, by applying a voltage between the sample reservoir (1;11) supplied with the second solution and an inside of the capillary flow path filled with the first solution, a component contained in the second solution moves in the capillary flow path and the component is separated in the capillary flow path ; a detection process for optically detecting a value related to a component difference between the first solution and the second solution, other than a value related to the analyte, for the separated component; and a determination process for determining whether the state of the optical detection is favorable or poor by comparing the optically detected value related to the component difference with a predetermined threshold value. a supply process in which, by using the microchip (100;200) including a capillary flow path and a sample reservoir (1;11) connected to the capillary flow path at an upstream side, the capillary flow path is filled with a first solution for electrophoresis, and the sample reservoir (1;11) is supplied with a second solution containing an analyte in a sample; a separation process in which, by applying a voltage between the sample reservoir (1;11) supplied with the second solution and an inside of the capillary flow path filled with the first solution, a component contained in the second solution moves in the capillary flow path and the component is separated in the capillary flow path ; a detection process for optically detecting a value related to a component difference between the first solution and the second solution, other than a value related to the analyte, for the separated component; and a determination process for determining whether the state of the optical detection is favorable or poor by comparing the optically detected value related to the component difference with a predetermined threshold value.
Water tank for gas humidifier comprising a container comprising a peripheral wall and a bottom delimiting an internal volume intended to receive the water to be heated, and a metal heating plate arranged at the bottom of the container , characterised in that the metal heating plate is fastened in a sealed manner in the bottom of the container by means of at least one first adhesive deposited between the heating plate and the bottom of the container , and a second adhesive , different from each other, wherein: - the first adhesive is selected from among adhesives of the neoprene, nitrile, polyurethane, silicone, acrylic, anaerobic, cyanoacrylate, epoxy, inorganic, phenolic, polyester or polysulphide type, and is deposited between the bottom of the container and the metal plate to provide a seal between the bottom of the container and the metal plate , and guarantee the securing thereof, - the second adhesive is a capillary adhesive deposited above the first adhesive and filling the interstices between the metal plate , the first adhesive and the container of the tank . - the first adhesive is selected from among adhesives of the neoprene, nitrile, polyurethane, silicone, acrylic, anaerobic, cyanoacrylate, epoxy, inorganic, phenolic, polyester or polysulphide type, and is deposited between the bottom of the container and the metal plate to provide a seal between the bottom of the container and the metal plate , and guarantee the securing thereof, - the second adhesive is a capillary adhesive deposited above the first adhesive and filling the interstices between the metal plate , the first adhesive and the container of the tank .