mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assessing a probability that a patient will develop sepsis comprising: a. at a data processing system, receiving measurements comprising a white blood cell count (WBC), a monocyte distribution width (MDW), and one or more vital signs wherein the one or more vital signs comprises systolic blood pressure (SBP), and b. the data processing system processing the received measurements to (i) determine whether each measurement meets a corresponding predetermined criteria and (ii) assign the probability that the patient will develop sepsis. a. at a data processing system, receiving measurements comprising a white blood cell count (WBC), a monocyte distribution width (MDW), and one or more vital signs wherein the one or more vital signs comprises systolic blood pressure (SBP), and b. the data processing system processing the received measurements to (i) determine whether each measurement meets a corresponding predetermined criteria and (ii) assign the probability that the patient will develop sepsis.
A smartphone case for attachment to a smartphone , the smartphone case comprising: a microphone disposed on the case to detect sound; a cryptographic module disposed on the case in communication with the microphone to generate encrypted audio data based on the detected sound; a communication interface disposed on the case in communication with the cryptographic module , wherein the communication interface is configured to convey the encrypted audio data to the smartphone ; characterised by further comprising: an audio-sensor inhibitor arranged to be positioned adjacent to a smartphone audio sensor for allowing inhibiting detection of sound by the smartphone audio sensor . a microphone disposed on the case to detect sound; a cryptographic module disposed on the case in communication with the microphone to generate encrypted audio data based on the detected sound; a communication interface disposed on the case in communication with the cryptographic module , wherein the communication interface is configured to convey the encrypted audio data to the smartphone ; characterised by further comprising: an audio-sensor inhibitor arranged to be positioned adjacent to a smartphone audio sensor for allowing inhibiting detection of sound by the smartphone audio sensor .
An estimation apparatus for a water film thickness on a road surface, the apparatus comprising: a data acquisition unit that sequentially acquires a data set including driving force data representing a driving force output from a driving source of a vehicle and acceleration data representing a longitudinal acceleration of the vehicle , while the vehicle is traveling; an estimation unit that estimates a thickness of a water film on a road surface on which the vehicle travels, based on the data set, wherein the estimation unit estimates the thickness of the water film based on a relationship between a speed of the vehicle and a fluid resistance that the vehicle receives from the water film, the fluid resistance being calculated based on the data set. a data acquisition unit that sequentially acquires a data set including driving force data representing a driving force output from a driving source of a vehicle and acceleration data representing a longitudinal acceleration of the vehicle , while the vehicle is traveling; an estimation unit that estimates a thickness of a water film on a road surface on which the vehicle travels, based on the data set, wherein the estimation unit estimates the thickness of the water film based on a relationship between a speed of the vehicle and a fluid resistance that the vehicle receives from the water film, the fluid resistance being calculated based on the data set.
A rollable display device , comprising: a flexible display panel ; and a back cover which is disposed on one surface of the flexible display panel and which has a plurality of openings (111, 1111a 1111b, 1111c) configured to provide flexibility to the back cover to allow the back cover to be wound about a roller , wherein a left edge and a right edge of the back cover are bent toward the flexible display panel, wherein the left edge and the right edge are bent so as to be in contact with a rear surface of the flexible display panel, wherein the rollable display device further includes an adhesive layer (AD3) which is filled between the left edge and the flexible display panel, and between the right edge and the flexible display panel. a flexible display panel ; and a back cover which is disposed on one surface of the flexible display panel and which has a plurality of openings (111, 1111a 1111b, 1111c) configured to provide flexibility to the back cover to allow the back cover to be wound about a roller , wherein a left edge and a right edge of the back cover are bent toward the flexible display panel, wherein the left edge and the right edge are bent so as to be in contact with a rear surface of the flexible display panel, wherein the rollable display device further includes an adhesive layer (AD3) which is filled between the left edge and the flexible display panel, and between the right edge and the flexible display panel.
An arrangement for use in a combined washing/drying station , the arrangement comprising a blower module for generating an airflow and a connector unit , the connector unit having an electrical connector which can be hard-wired to a mains electricity supply and a flow-control valve which can be plumbed into a mains water supply, the arrangement further comprising: a water-dispensing part having a water outlet arranged for connection to an outlet port of the flow control valve , and an air-discharging part having an air outlet arranged for fluid connection to the blower module to drive airflow through the air outlet , the blower module being arranged for connection to the air outlet via a duct on the connector unit and the blower module being arranged for connection to the mains electricity supply via an electrical connector on the blower which releasably connects to the electrical connector on the connector unit.
A method for recovering platinoid particles contained in an electrically insulating support , the method comprising an extraction step during which the electrically insulating support containing the platinoid particles is immersed in an ionic liquid solution comprising a first ionic liquid, characterised in that - the anion of the first ionic liquid is selected from halides, amines, dicyanamides and the anions having a sulphur ligand such as thiocyanates, and - the cation of the first ionic liquid is selected from imidazolium, pyrrolidinium, ammonium, piperidinium, sulfonium and phosphonium, whereby the platinoid particles of the electrically insulating support are extracted from the electrically insulating support . - the anion of the first ionic liquid is selected from halides, amines, dicyanamides and the anions having a sulphur ligand such as thiocyanates, and - the cation of the first ionic liquid is selected from imidazolium, pyrrolidinium, ammonium, piperidinium, sulfonium and phosphonium,
A medical imaging system , comprising: - an X-ray image acquisition unit ; - a shield placement unit ; - a radar unit ; and - a processing unit ; wherein the X-ray image acquisition unit is configured to acquire an X-ray image of a patient; wherein the shield placement unit is configured to move at least one shield to cover at least one part of the patient to stop or limit X-ray exposure of the at least one part of the patient; wherein the processing unit is configured to control the shield placement unit to move and position the at least one shield; wherein the radar unit is configured to obtain radio frequency "RF" data, wherein the RF data is obtained from the emission of RF radiation and the sensing of reflected RF radiation, and wherein the reflected RF radiation comprises RF radiation reflected from a shield of the at least one shield; and wherein the processing unit is configured to control the shield placement unit to move the shield with respect to the patient, and wherein the control comprises utilization of the RF data. - an X-ray image acquisition unit ; - a shield placement unit ; - a radar unit ; and - a processing unit ; wherein the X-ray image acquisition unit is configured to acquire an X-ray image of a patient; wherein the shield placement unit is configured to move at least one shield to cover at least one part of the patient to stop or limit X-ray exposure of the at least one part of the patient; wherein the processing unit is configured to control the shield placement unit to move and position the at least one shield; wherein the radar unit is configured to obtain radio frequency "RF" data, wherein the RF data is obtained from the emission of RF radiation and the sensing of reflected RF radiation, and wherein the reflected RF radiation comprises RF radiation reflected from a shield of the at least one shield; and wherein the processing unit is configured to control the shield placement unit to move the shield with respect to the patient, and wherein the control comprises utilization of the RF data.
A process to enhance the cryopreservation of biological cells, to enhance post-cryogenic viability for biological cell structures comprising the steps of: - assembling a cellular collection containing a plurality of biological cell structures; - establishing a lipid containing cryopreservation fluid to be incorporated with said biological cell structures in cryopreservation; - adding at least 270 j/kg surface energy to the lipids in said lipid containing cryopreservation fluid to create a lipid surface energy increased cryopreservation fluid by the multiplication in the number of discrete lipid droplets in the solution without changing the total concentration (v/v or w/v) of the lipid relative to the remaining cryopreservation fluid components; - mixing said lipid surface energy increased cryopreservation fluid and said biological cell structures to form an energy increased fluidic cryopreservation composite; - removing thermal energy from said fluidic cryopreservation composite; - freezing said fluidic cryopreservation composite by reducing the temperature of said fluidic cryopreservation composite below the freezing point of water. - assembling a cellular collection containing a plurality of biological cell structures; - establishing a lipid containing cryopreservation fluid to be incorporated with said biological cell structures in cryopreservation; - adding at least 270 j/kg surface energy to the lipids in said lipid containing cryopreservation fluid to create a lipid surface energy increased cryopreservation fluid by the multiplication in the number of discrete lipid droplets in the solution without changing the total concentration (v/v or w/v) of the lipid relative to the remaining cryopreservation fluid components; - mixing said lipid surface energy increased cryopreservation fluid and said biological cell structures to form an energy increased fluidic cryopreservation composite; - removing thermal energy from said fluidic cryopreservation composite; - freezing said fluidic cryopreservation composite by reducing the temperature of said fluidic cryopreservation composite below the freezing point of water.
A method for lubricating a large slow-running two-stroke engine, the engine comprising a cylinder with a piston inside, the piston reciprocating along a longitudinal cylinder axis between a top dead centre, TDC, and a bottom dead centre, BDC, the distance between the TDC and the BDC corresponding to a full stroke; the cylinder being provided with a plurality of lubricant injectors distributed along a perimeter of the cylinder between the TDC and the BDC for injection of lubricant into the cylinder at various positions on the perimeter; wherein the method comprises providing the lubricant injectors with a spray nozzle having an aperture for ejecting a spray in a spray direction, which is an average direction of droplets in the spray; the method comprising, during running of the engine, repeatedly injecting sprays with atomized droplets of lubrication oil into scavenging air in the cylinder by the lubricant injectors prior to the piston passing the lubricant injectors in its movement towards the TDC, diffusing the atomized droplets in the scavenging air and distributing the atomized droplets onto the cylinder wall by transporting the atomized droplets in a direction towards the TDC utilising a swirling motion of the scavenging air towards the TDC; characterised in that the method further comprises providing the nozzles of the lubricant injectors in the cylinder at a first specific distance D from the TDC, wherein the first specific distance is equal or less than 1/5 of the full stroke of the piston .
A light module comprising an optical cover and a device carrier , the device carrier having lighting means in the form of LEDs which, in a mounted state of the device carrier , emit light through a transparent portion of the optical cover , wherein the optical cover has projections with an undercut which engage in openings of the device carrier and, by a lateral displacement of the device carrier with respect to the optical cover , secure the device carrier in the mounted state, in that in each case an overhang of the projections laterally of the respective opening engages over a portion of the device carrier , in order to block an unbridging of the device carrier from the cover in a direction perpendicular to the direction of the lateral displacement, wherein the device carrier , after the lateral displacement, is secured against a movement in the direction opposite to the displacement by a blocking element , characterized in that the blocking element is formed by a sheet metal tongue of the device carrier , which, after the displacement of the device carrier with respect to the optical cover , is bendable in order to form a stop with respect to the cover, so that a movement of the device carrier in a direction opposite to the direction of the lateral displacement is blocked. wherein the optical cover has projections with an undercut which engage in openings of the device carrier and, by a lateral displacement of the device carrier with respect to the optical cover , secure the device carrier in the mounted state, in that in each case an overhang of the projections laterally of the respective opening engages over a portion of the device carrier , in order to block an unbridging of the device carrier from the cover in a direction perpendicular to the direction of the lateral displacement, wherein the device carrier , after the lateral displacement, is secured against a movement in the direction opposite to the displacement by a blocking element , characterized in that the blocking element is formed by a sheet metal tongue of the device carrier , which, after the displacement of the device carrier with respect to the optical cover , is bendable in order to form a stop with respect to the cover, so that a movement of the device carrier in a direction opposite to the direction of the lateral displacement is blocked.
A compound harmonic drive comprising: an inner ring gear including a first set of gear teeth ; a flex spline including a flex spline inner ring and a flex spline outer ring , the flex spline inner ring forms a second set of gear teeth that engage the first set of gear teeth and the flex spline outer ring forms a third set of gear teeth ; an outer ring gear including a fourth set of gear teeth that are engaged by the third set of gear teeth ; a wave generator , wherein the compound harmonic drive rotates about an axis and each set of gear teeth is axially aligned with each other and radially offset from each other about the axis , characterized by that the wave generator is disposed between the flex spline inner ring and the flex spline outer ring . an inner ring gear including a first set of gear teeth ; a flex spline including a flex spline inner ring and a flex spline outer ring , the flex spline inner ring forms a second set of gear teeth that engage the first set of gear teeth and the flex spline outer ring forms a third set of gear teeth ; an outer ring gear including a fourth set of gear teeth that are engaged by the third set of gear teeth ; a wave generator , wherein the compound harmonic drive rotates about an axis and each set of gear teeth is axially aligned with each other and radially offset from each other about the axis , characterized by that the wave generator is disposed between the flex spline inner ring and the flex spline outer ring .
A method for controlling photovoltaic power generation, applied to a photovoltaic power generation system, wherein the photovoltaic power generation system comprises at least one photovoltaic string and an inverter , the photovoltaic string comprises a plurality photovoltaic modules, each photovoltaic module comprises an optimizer that is connected to a photovoltaic unit , output ends of all optimizers in one string being connected in series to each other, an output of the at least one photovoltaic string is connected to an input end of the inverter, and comprising: sending at periodically scheduled time, by the inverter, an output voltage reference value update instruction to at least two of the optimizers of the same string, wherein the output voltage reference value update instruction is used to instruct the at least two of optimizers to update an output voltage reference value ; and receiving, by the at least two of the optimizers, the output voltage reference value update instruction, and updating the output voltage reference value according to the output voltage reference value update instruction . sending at periodically scheduled time, by the inverter, an output voltage reference value update instruction to at least two of the optimizers of the same string, wherein the output voltage reference value update instruction is used to instruct the at least two of optimizers to update an output voltage reference value ; and receiving, by the at least two of the optimizers, the output voltage reference value update instruction, and updating the output voltage reference value according to the output voltage reference value update instruction .
A process for treating domestic waste material, wherein a constituent of the domestic waste material is cellulose material that includes biomass and plastics, the process comprising the steps of; shredding the material prior to being treated, subjecting the shredded material to steam treatment at a pressure above atmospheric pressure but less than 1 bar above atmospheric pressure and at a temperature of between 150°C and 200°C by continuously moving material from one end of a steam treatment unit (C) to the other while agitating the material, separating the material into its constituents, wherein the constituents include cellulose material which is subjected to further processing, wherein the further processing includes treating the cellulose material to produce liquid fuel, wherein the cellulose material is separated into biomass and plastics, each of which is subjected to separate further processing, and wherein the plastics is converted to diesel fuel by being dissolved in a solvent, the resultant liquid being held in an evaporation container prior to its vapour being passed through a catalyst and distilled to produce diesel fuel.
An electrode plate for a non-aqueous electrolyte secondary battery , comprising: a core having a band shape; a first active substance layer formed over at least a first surface of the core , wherein an electricity collecting lead is connected to an exposed portion in which the core is exposed at a portion of the first surface in a long-length direction (Y); and a second active substance layer that is disposed over a portion of the first surface , adjacent to the exposed portion , and that has a higher electrical conductivity than the first active substance layer , wherein the second active substance layer has a larger amount of an electrically conductive material per unit area than the first active substance layer . a core having a band shape; a first active substance layer formed over at least a first surface of the core , wherein an electricity collecting lead is connected to an exposed portion in which the core is exposed at a portion of the first surface in a long-length direction (Y); and a second active substance layer that is disposed over a portion of the first surface , adjacent to the exposed portion , and that has a higher electrical conductivity than the first active substance layer , wherein the second active substance layer has a larger amount of an electrically conductive material per unit area than the first active substance layer .
An expression vector comprising a) a promoter sequence and b) a nucleic acid sequence which encodes a protein, the protein comprising a signal peptide and a further amino acid sequence and the signal peptide comprising an amino acid sequence which is at least 80% identical to the amino acid sequence specified in SEQ ID NO. 6 and the further amino acid sequence of the protein comprising the amino acid sequence of a protease. a) a promoter sequence and b) a nucleic acid sequence which encodes a protein, the protein comprising a signal peptide and a further amino acid sequence and the signal peptide comprising an amino acid sequence which is at least 80% identical to the amino acid sequence specified in SEQ ID NO. 6 and