mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring a driver of a vehicle by means of a measurement system , the method comprising the steps of: - Providing at least one measuring system for measuring pressure and/or humidity, the measuring system being coupled to or integrated with at least one vehicle element , and the measuring system comprising at least one sensor for measuring a, preferably only one, stress level of the driver, such that pressure and/or humidity is measured by the sensor ; - subsequently forwarding the measured stress level values, i.e. the pressure and/or humidity values, to a processing unit of the measurement system ; - Detecting and recognizing a stress level of the driver based on the stress level values; - Determining a selected action based on the detection by the measurement system , wherein the action is selected from a list consisting of: establishing a call to a remote support site, transmitting the stress level values to a remote support site, generating an audible alarm and generating a visual alarm, adjusting a volume of speakers in the vehicle, adjusting a seating position of a vehicle seat of the vehicle, and displaying break advisories to the driver, wherein - within a measurement time interval (M100), the pressure and/or the temperature is measured first and only thereafter the humidity and/or the temperature, wherein within each measurement time interval (M100) the pressure is measured only once and the humidity only once. - Providing at least one measuring system for measuring pressure and/or humidity, the measuring system being coupled to or integrated with at least one vehicle element , and the measuring system comprising at least one sensor for measuring a, preferably only one, stress level of the driver, such that pressure and/or humidity is measured by the sensor ; - subsequently forwarding the measured stress level values, i.e. the pressure and/or humidity values, to a processing unit of the measurement system ; - Detecting and recognizing a stress level of the driver based on the stress level values; - Determining a selected action based on the detection by the measurement system , wherein the action is selected from a list consisting of: establishing a call to a remote support site, transmitting the stress level values to a remote support site, generating an audible alarm and generating a visual alarm, adjusting a volume of speakers in the vehicle, adjusting a seating position of a vehicle seat of the vehicle, and displaying break advisories to the driver, wherein - within a measurement time interval (M100), the pressure and/or the temperature is measured first and only thereafter the humidity and/or the temperature, wherein within each measurement time interval (M100) the pressure is measured only once and the humidity only once.
A method comprising: parsing a report generated based on a security analysis of a detected software sample, the report comprising identifiers of a plurality of entities associated with a sequence of events that occurred during the security analysis and a verdict that the detected software sample is malicious; identifying a first malware instance indicated in the report, wherein the first malware instance corresponds to one of the plurality of entities; determining from the report a plurality of actions and a plurality of behaviors recorded during the security analysis; determining, from the report, relationships among the plurality of entities; generating a causality tree comprising a plurality of nodes and a plurality of edges that connects the plurality of nodes based on the relationships among the plurality of entities, wherein each of the plurality of nodes corresponds to a respective one of the plurality of entities, and wherein generating the causality tree comprises determining a root node of the causality tree based on a first of the relationships corresponding to the first malware instance; for each node of one or more of the plurality of nodes, associating indications of corresponding ones of the plurality of actions and indications of the plurality of behaviors with the node; and displaying a visualization of the causality tree on a graphical user interface (GUI). parsing a report generated based on a security analysis of a detected software sample, the report comprising identifiers of a plurality of entities associated with a sequence of events that occurred during the security analysis and a verdict that the detected software sample is malicious; identifying a first malware instance indicated in the report, wherein the first malware instance corresponds to one of the plurality of entities; determining from the report a plurality of actions and a plurality of behaviors recorded during the security analysis; determining, from the report, relationships among the plurality of entities; generating a causality tree comprising a plurality of nodes and a plurality of edges that connects the plurality of nodes based on the relationships among the plurality of entities, wherein each of the plurality of nodes corresponds to a respective one of the plurality of entities, and wherein generating the causality tree comprises determining a root node of the causality tree based on a first of the relationships corresponding to the first malware instance; for each node of one or more of the plurality of nodes, associating indications of corresponding ones of the plurality of actions and indications of the plurality of behaviors with the node; and displaying a visualization of the causality tree on a graphical user interface (GUI).
A system for testing a particulate filter system, comprising: a filter controller connected to the particulate filter system , the filter controller configured to control a condition of a component of the particulate filter system ; and a vehicular computer configured to determine at least one engine condition, the vehicular computer operatively connected to the filter controller to communicate therewith; wherein the vehicular computer is configured to compare the condition of the component of the particulate filter system with the engine condition to determine whether the component of the particulate filter system is functioning properly; wherein the component of the particulate filter system is an air control valve ; wherein the vehicular computer is configured to instruct the filter controller to open and close the air control valve between about full open and about 90% valve closure; wherein the engine condition is an engine speed, the system being characterised in that the vehicular computer determines that the component is functioning properly if the engine speed experiences a sufficient drop at about 85% valve closure to about 90% valve closure; and in that if the vehicular computer determines that the air control valve is functioning properly, the vehicular computer is configured to instruct the filter controller to test the particulate filter system to determine if a filter regeneration feature is functioning properly. a filter controller connected to the particulate filter system , the filter controller configured to control a condition of a component of the particulate filter system ; and a vehicular computer configured to determine at least one engine condition, the vehicular computer operatively connected to the filter controller to communicate therewith; wherein the vehicular computer is configured to compare the condition of the component of the particulate filter system with the engine condition to determine whether the component of the particulate filter system is functioning properly; wherein the component of the particulate filter system is an air control valve ; wherein the vehicular computer is configured to instruct the filter controller to open and close the air control valve between about full open and about 90% valve closure; wherein the engine condition is an engine speed, the system being characterised in that the vehicular computer determines that the component is functioning properly if the engine speed experiences a sufficient drop at about 85% valve closure to about 90% valve closure; and in that if the vehicular computer determines that the air control valve is functioning properly, the vehicular computer is configured to instruct the filter controller to test the particulate filter system to determine if a filter regeneration feature is functioning properly.
A decorative sheet comprising a cholesteric liquid crystal layer exhibiting wavelength-selective reflectivity and satisfying Expression : R − 45,20 λ 1 / R − 45,20 λ 2 ≧ 5 here, R[-45,20](λ) represents reflectance at a wavelength λ of incident light with a polar angle of -45° with respect to the decorative sheet, the reflectance being measured at a light-receiving angle expressed by a polar angle of 20° at an azimuthal angle shifted 180° from an azimuthal angle of the incident light, λ1 represents a peak wavelength of characteristic reflectance in a wavelength of 380 nm to 780 nm measured in such a manner that light is incident from a viewing-side surface of the decorative sheet, and λ2 is set to replace one of λ21 or λ22 (λ21 = λ1 + 200 nm and λ22 = λ1 - 200 nm) that results in a smaller value when R[-45,20](λ21) and R[-45,20](λ22) are compared to each other. here, R[-45,20](λ) represents reflectance at a wavelength λ of incident light with a polar angle of -45° with respect to the decorative sheet, the reflectance being measured at a light-receiving angle expressed by a polar angle of 20° at an azimuthal angle shifted 180° from an azimuthal angle of the incident light, λ1 represents a peak wavelength of characteristic reflectance in a wavelength of 380 nm to 780 nm measured in such a manner that light is incident from a viewing-side surface of the decorative sheet, and λ2 is set to replace one of λ21 or λ22 (λ21 = λ1 + 200 nm and λ22 = λ1 - 200 nm) that results in a smaller value when R[-45,20](λ21) and R[-45,20](λ22) are compared to each other.
Apparatus for generating an artificial surf wave (W), comprising a ramp whose lower end leads into a wave pool and whose upper end can be supplied by means of a pumping device with water from the wave pool via a return channel in a circuit, in order to generate downstream of the ramp a hydraulic jump of the water that can be used as a surf wave (W), characterized in that a movable barrier is arranged in the wave pool at a distance from the ramp , which barrier can serve as a lowerable weir or a check valve that is permeable in downstream direction and blocking in upstream direction, and with which barrier, for starting the apparatus, a higher water level can be set downstream of the barrier than upstream of the barrier, wherein the return channel originates downstream of the barrier from the wave pool .
A machining process comprising: providing a cutting tool having a rake face and a flank face ; bringing the cutting tool into contact with a metal alloy workpiece to form a chip by penetrating the cutting tool into the workpiece ; and introducing a nanofluid into a vicinity of the penetration to remove heat, the nanofluid including nanoparticles having a maximum size of approximately 0.1 nanometers to approximately 100 nanometers, characterised in that : the nanofluid further includes a cryo-liquid . providing a cutting tool having a rake face and a flank face ; bringing the cutting tool into contact with a metal alloy workpiece to form a chip by penetrating the cutting tool into the workpiece ; and introducing a nanofluid into a vicinity of the penetration to remove heat, the nanofluid including nanoparticles having a maximum size of approximately 0.1 nanometers to approximately 100 nanometers, characterised in that : the nanofluid further includes a cryo-liquid .
A robot cleaner , comprising: a cleaner body including a controller, and driving wheels having their driving controlled by the controller; a bumper mounted to a bumper mounting portion formed on a front surface of the cleaner body(1 10), and configured to be inward moveable by an external force; and a cliff sensor mounted in an opening downward open at a bottom part of the cleaner body , and configured to sense a lower side terrain, wherein the bumper is disposed to cover the cliff sensor in a state that the bumper has been inward moved to penetrate the opening by an external force. a cleaner body including a controller, and driving wheels having their driving controlled by the controller; a bumper mounted to a bumper mounting portion formed on a front surface of the cleaner body(1 10), and configured to be inward moveable by an external force; and a cliff sensor mounted in an opening downward open at a bottom part of the cleaner body , and configured to sense a lower side terrain, wherein the bumper is disposed to cover the cliff sensor in a state that the bumper has been inward moved to penetrate the opening by an external force.
A type I crystal of (E)-2-(7-trifluoromethyl-chroman-4-ylidene)-N-( -7-hydroxy-5,6,7,8-tetrahydronaphthalen-1-yl)acetamide having characteristic peaks at least at diffraction angles (2θ) of about 7.9, about 10.3, about 15.8, about 16.4, about 17.2, about 19.5, about 19.9, about 21.6, about 23.9, about 25.0 and about 26.7(°) in x-ray powder diffraction (Cu-Ka), wherein a diffraction angle (2θ) of about X°, with X being a characteristic peak value, signifies a diffraction angle (2θ) of ((X - 0.2) to (X + 0.2))°.
A method performed by a wireless device for communicating with a radio network node , the radio network node serving a first cell in a licensed spectrum and a second cell in an unlicensed spectrum, wherein the first cell in the licensed spectrum is a primary cell, PCell, of an operator, and the second cell in the unlicensed spectrum is a secondary cell, SCell, the method comprising: - determining one or more first possible discovery signal sequences which are defined for a carrier frequency of the PCell, wherein the carrier frequency of the PCell is unique for the operator; - receiving a second sequence of a discovery signal in the second cell in the unlicensed spectrum transmitted by the radio network node ; - determining that any of the one or more first possible discovery signal sequences matches the second sequence to enable communication with the radio network node on the second cell in the unlicensed spectrum. - determining one or more first possible discovery signal sequences which are defined for a carrier frequency of the PCell, wherein the carrier frequency of the PCell is unique for the operator; - receiving a second sequence of a discovery signal in the second cell in the unlicensed spectrum transmitted by the radio network node ; - determining that any of the one or more first possible discovery signal sequences matches the second sequence to enable communication with the radio network node on the second cell in the unlicensed spectrum.
A toilet tank and a device for aerating and disinfecting a toilet tank and for perfuming a room, wherein the interior of the toilet tank is accessible from the outside, the device comprising a first tube , a second tube , a float with a holder , a chamber with a fan and a charcoal filter , wherein the first a tube has an upper side for insertion of a disinfecting agent, lateral openings and a mesh on a bottom part for preventing the disinfecting agent from falling out of the first tube , wherein the holder in use closes the first tube by means of the float in such a way that 10 ±5 ml of water remains in the first tube , wherein, in use, during flushing action, the water with the disinfecting agent gets discharged from the first tube into the water because the own weight of the float holder and of the float opens the tube , and wherein an upper part of the tank is provided with the chamber , wherein the fan , in use, extracts the air along a the second tube and pushes it through the filter , the lateral openings and the upper opening into the room.
An adjustable valve , comprising: a housing comprising a first cavity and a second cavity ; a first valve body disposed within the first cavity ; a second valve body disposed within the first cavity , wherein the first valve body and the second valve body can rotate about a first axis (X); a third valve body disposed within the second cavity ; a fourth valve body disposed within the first cavity , wherein the third valve body and the fourth valve body can rotate about a second axis (Y); and an actuating shaft which is rotatably disposed within the first cavity and can selectively actuate one or more of the first valve body , the second valve body , the third valve body , and the fourth valve body to rotate. a housing comprising a first cavity and a second cavity ; a first valve body disposed within the first cavity ; a second valve body disposed within the first cavity , wherein the first valve body and the second valve body can rotate about a first axis (X); a third valve body disposed within the second cavity ; a fourth valve body disposed within the first cavity , wherein the third valve body and the fourth valve body can rotate about a second axis (Y); and an actuating shaft which is rotatably disposed within the first cavity and can selectively actuate one or more of the first valve body , the second valve body , the third valve body , and the fourth valve body to rotate.
A system for load balancing on a multi-phase power line connected to a single phase lateral power line, the system comprising: a phase rotating transformer having a stator and a rotor; wherein the stator includes a plurality of primary coils, each primary coil configured to be connected to one phase of the multi-phase power line and wherein the rotor includes a secondary coil configured to be connected to the single phase lateral power line; a rotary actuator operably connected to the rotor; and a controller configured to cause the rotary actuator to rotate the rotor to selectively electromagnetically couple the secondary coil with each of the plurality of primary coils, so as to enable electrical connection of each phase of the multi-phase power line with the single phase lateral power line; characterised in that the controller is configured to cause the rotary actuator to rotate the rotor from alignment with a first primary coil to alignment with a second primary coil and to stop rotation of the rotor when alignment with the second primary coil is achieved. a phase rotating transformer having a stator and a rotor; wherein the stator includes a plurality of primary coils, each primary coil configured to be connected to one phase of the multi-phase power line and wherein the rotor includes a secondary coil configured to be connected to the single phase lateral power line; a rotary actuator operably connected to the rotor; and a controller configured to cause the rotary actuator to rotate the rotor to selectively electromagnetically couple the secondary coil with each of the plurality of primary coils, so as to enable electrical connection of each phase of the multi-phase power line with the single phase lateral power line; characterised in that the controller is configured to cause the rotary actuator to rotate the rotor from alignment with a first primary coil to alignment with a second primary coil and to stop rotation of the rotor when alignment with the second primary coil is achieved.
A fluid circulation device comprising at least one fluid circulation tube , a first coupling sealingly coupled to a first end of the tube and a second coupling sealingly coupled to a second end of the tube in such a way as to allow the circulation of fluid between said two couplings via the tube, the device further comprising separate electronic means , and the tube comprising at least one conductor track extending along an outer surface of the tube , with said track being suitable for transmitting at least one signal and arranged in such a way as to engage with the abovementioned electronic means , characterized in that at least one of the electronic means comprises at least one electronic card including a hole (5.1) arranged in such a way that the fluid circulation tube goes through the electronic card .
A gas phase biocatalysis method of enzyme conversion comprising the steps of: immobilising an enzyme composition on a support material by drying the support material and enzyme composition to form a solid phase immobilised enzyme system, the support material having a water content of 0.05%w/v to 5%w/v after drying; contacting the system with one or more reagents in the gas phase; allowing the enzyme system to convert the reagent(s) to product(s); wherein the enzyme composition comprises a first enzyme and a second enzyme or multiple enzymes; and a co-factor which is converted between first and second states; wherein the co-factor in the first state promotes reaction of the first enzyme with the one or more reagents in the gas phase; wherein the co-factor in the second state promotes reaction of the second enzyme with the one or more reagents in the gas phase; wherein the co-factor oscillates between the first and second states with the enzymes of the enzyme composition; and wherein the support material provides a micro-environment that maintains water around the immobilised enzymes and the support material is a particulate support material fluidised by passage of the gaseous reagent. immobilising an enzyme composition on a support material by drying the support material and enzyme composition to form a solid phase immobilised enzyme system, the support material having a water content of 0.05%w/v to 5%w/v after drying; contacting the system with one or more reagents in the gas phase; allowing the enzyme system to convert the reagent(s) to product(s); wherein the enzyme composition comprises a first enzyme and a second enzyme or multiple enzymes; and a co-factor which is converted between first and second states; wherein the co-factor in the first state promotes reaction of the first enzyme with the one or more reagents in the gas phase; wherein the co-factor in the second state promotes reaction of the second enzyme with the one or more reagents in the gas phase; wherein the co-factor oscillates between the first and second states with the enzymes of the enzyme composition; and wherein the support material provides a micro-environment that maintains water around the immobilised enzymes and the support material is a particulate support material fluidised by passage of the gaseous reagent.
A method for producing acetic acid, comprising at least one step selected from a step that satisfies the following operating conditions (i) and a step that satisfies the following operating conditions (ii) in an acetic acid production process: (i) operating conditions involving a hydrogen partial pressure of not more than 150 kPa (absolute pressure), a carbon dioxide partial pressure of less than 70 kPa (absolute pressure), and an operating temperature of more than 175°C; and (ii) operating conditions involving a hydrogen partial pressure of not more than 5 kPa (absolute pressure), a carbon dioxide partial pressure of not more than 12 kPa (absolute pressure), and an operating temperature of more than 100°C. (i) operating conditions involving a hydrogen partial pressure of not more than 150 kPa (absolute pressure), a carbon dioxide partial pressure of less than 70 kPa (absolute pressure), and an operating temperature of more than 175°C; and (ii) operating conditions involving a hydrogen partial pressure of not more than 5 kPa (absolute pressure), a carbon dioxide partial pressure of not more than 12 kPa (absolute pressure), and an operating temperature of more than 100°C.