mhurhangee/ep-ind-claims huggingface dataset:
A positioning method, applied in a mobile device with a detection unit and a position unit, wherein the method comprises: periodically detecting, with the detection unit, a status of the mobile device, wherein the status of the mobile device comprises a driving state and a walking state; characterized by comprising: positioning, with the positioning unit, the mobile device by using a first positioning algorithm when detecting that a quantity of times that the driving state consecutively occurs reaches M, wherein M is an integer greater than 1; positioning, with the positioning unit, the mobile device by using a second positioning algorithm when detecting that a quantity of times that the walking state consecutively occurs reaches N, wherein N is an integer greater than 1; and positioning, with the positioning unit, the mobile device by using a third positioning algorithm when detecting that the quantity of times that the non-driving state of the mobile device consecutively occurs reaches Y and the quantity of times that the walking state consecutively occurs in the Y times of the non-driving state does not reach N, wherein Y is an integer that is not less than N. periodically detecting, with the detection unit, a status of the mobile device, wherein the status of the mobile device comprises a driving state and a walking state; characterized by comprising: positioning, with the positioning unit, the mobile device by using a first positioning algorithm when detecting that a quantity of times that the driving state consecutively occurs reaches M, wherein M is an integer greater than 1; positioning, with the positioning unit, the mobile device by using a second positioning algorithm when detecting that a quantity of times that the walking state consecutively occurs reaches N, wherein N is an integer greater than 1; and positioning, with the positioning unit, the mobile device by using a third positioning algorithm when detecting that the quantity of times that the non-driving state of the mobile device consecutively occurs reaches Y and the quantity of times that the walking state consecutively occurs in the Y times of the non-driving state does not reach N, wherein Y is an integer that is not less than N. positioning, with the positioning unit, the mobile device by using a first positioning algorithm when detecting that a quantity of times that the driving state consecutively occurs reaches M, wherein M is an integer greater than 1; positioning, with the positioning unit, the mobile device by using a second positioning algorithm when detecting that a quantity of times that the walking state consecutively occurs reaches N, wherein N is an integer greater than 1; and positioning, with the positioning unit, the mobile device by using a third positioning algorithm when detecting that the quantity of times that the non-driving state of the mobile device consecutively occurs reaches Y and the quantity of times that the walking state consecutively occurs in the Y times of the non-driving state does not reach N, wherein Y is an integer that is not less than N.
A process for purification of capsular antigenic polysaccharides from a gram positive or a gram negative bacteria, comprising: (a) treatment of a solution comprising the polysaccharide with ammonium sulphate, to precipitate impurities, wherein the ammonium sulphate is used in the range of 40-70 % saturation, followed by separation of the precipitate from the solution comprising the polysaccharide; (b) treatment of the solution comprising the polysaccharide with nuclease, followed by separation of the polysaccharide containing phase; (c) subjecting the polysaccharide containing solution to hydroxyl apatite chromatography, subsequently washing the hydroxyl apatite column, and recovering the polysaccharide in the flow-through and wash; wherein the process employs concentration and dialysis/diafiltration step as and when required; wherein before step (a) crude polysaccharide serotypes from a clarified broth are concentrated using 100 kDa molecular weight cutoff ultrafiltration membrane. (a) treatment of a solution comprising the polysaccharide with ammonium sulphate, to precipitate impurities, wherein the ammonium sulphate is used in the range of 40-70 % saturation, followed by separation of the precipitate from the solution comprising the polysaccharide; (b) treatment of the solution comprising the polysaccharide with nuclease, followed by separation of the polysaccharide containing phase; (c) subjecting the polysaccharide containing solution to hydroxyl apatite chromatography, subsequently washing the hydroxyl apatite column, and recovering the polysaccharide in the flow-through and wash;
A lift for telescopic passenger stairs enabling passengers with reduced mobility to board a plane, wherein said lift comprises: - a folding platform onto which a wheelchair can be wheeled; - the platform being attached to a guide rail with its back part using at least three guide wheels for moving the platform along the guide rail; characterized in that - the guide rail is shaped as a long element of an essentially rectangular shape with a cross-section in the shape of a letter C and with a shorter part on one end; and the lift further comprises: - an endless chain or a wire rope, running within the guide rail on at least one sprocket and at least three guide rollers, which can also be sprockets, wherein said endless chain or wire rope is driven via a drive through a self-locking gear drive for stopping the platform at any point; - the said guide rail having a lock for locking the platform in place, when it reaches the top of the guide rail; and wherein the guide rail is arranged to be built into one of the sides of telescopic passenger stairs, and wherein the endless chain or wire rope within the guide rail enables the platform to move along the guide rail when the platform is in the area of a lower staircase of telescopic stairs, and movement of the guide rail along an upper staircase of telescopic stairs when the platform is at the uppermost point of the guide rail, so that the chain pulls the guide rail upwards with the platform. - a folding platform onto which a wheelchair can be wheeled; - the platform being attached to a guide rail with its back part using at least three guide wheels for moving the platform along the guide rail; characterized in that - the guide rail is shaped as a long element of an essentially rectangular shape with a cross-section in the shape of a letter C and with a shorter part on one end; and the lift further comprises: - an endless chain or a wire rope, running within the guide rail on at least one sprocket and at least three guide rollers, which can also be sprockets, wherein said endless chain or wire rope is driven via a drive through a self-locking gear drive for stopping the platform at any point; - the said guide rail having a lock for locking the platform in place, when it reaches the top of the guide rail; and wherein the guide rail is arranged to be built into one of the sides of telescopic passenger stairs, and wherein the endless chain or wire rope within the guide rail enables the platform to move along the guide rail when the platform is in the area of a lower staircase of telescopic stairs, and movement of the guide rail along an upper staircase of telescopic stairs when the platform is at the uppermost point of the guide rail, so that the chain pulls the guide rail upwards with the platform. - an endless chain or a wire rope, running within the guide rail on at least one sprocket and at least three guide rollers, which can also be sprockets, wherein said endless chain or wire rope is driven via a drive through a self-locking gear drive for stopping the platform at any point; - the said guide rail having a lock for locking the platform in place, when it reaches the top of the guide rail; and
A printing method to be performed with a printhead with a plurality of print units each of which is capable of printing a pixel line when the printhead is scanned over a recording medium, wherein the print operation is controlled such that a failure of a print unit is compensated, characterized by the steps of - storing a plurality of failure compensation strategies, - dividing an image to be printed into segments (36, 38; 44) containing different types of image information, and - selecting different ones of the stored compensation strategies for printing different segments of the image. - storing a plurality of failure compensation strategies, - dividing an image to be printed into segments (36, 38; 44) containing different types of image information, and - selecting different ones of the stored compensation strategies for printing different segments of the image.
A method for safety improvement during operation of a motor vehicle 2. P comprising a warning flasher function, said method comprising the steps of: - determining a prevailing speed of said vehicle; characterised by the steps of: - determining a prevailing gradient of the running surface on which the vehicle is travelling; - automatically activating said warning flasher function on the basis of at least one of: determined values pertaining to vehicle speed and gradient of the running surface on which the vehicle is travelling, and determined values pertaining to the speed (Vrel) of the vehicle compared with surrounding traffic and the gradient of the running surface on which the vehicle is travelling. - determining a prevailing speed of said vehicle; - determining a prevailing gradient of the running surface on which the vehicle is travelling; - automatically activating said warning flasher function on the basis of at least one of: determined values pertaining to vehicle speed and gradient of the running surface on which the vehicle is travelling, and determined values pertaining to the speed (Vrel) of the vehicle compared with surrounding traffic and the gradient of the running surface on which the vehicle is travelling. determined values pertaining to vehicle speed and gradient of the running surface on which the vehicle is travelling, and determined values pertaining to the speed (Vrel) of the vehicle compared with surrounding traffic and the gradient of the running surface on which the vehicle is travelling.
Electrical connection suitable for connecting a high-voltage DC power source to a user apparatus, the electrical connection comprising an electrical conductor surrounded by an insulating envelope, the electrical connection comprising an electrical protection device comprising: - a conductive sheath arranged around the insulating envelope, - a circuit breaker arranged on the conductor and configured to break a current passing through the conductor, and - a detection module connected to a current tap-off point of the conductive sheath and to the circuit breaker and configured to detect a leakage of current out of the conductor and to control the circuit breaker, characterized in that the electrical connection further comprises a current generator connected to a current-injection point of the conductive sheath, the current generator being configured to deliver a DC current (Ig). - a conductive sheath arranged around the insulating envelope, - a circuit breaker arranged on the conductor and configured to break a current passing through the conductor, and - a detection module connected to a current tap-off point of the conductive sheath and to the circuit breaker and configured to detect a leakage of current out of the conductor and to control the circuit breaker,
A clothes treating apparatus, comprising: a clothes accommodation unit; an air duct connected to the clothes accommodation unit, and forming a flow path for air circulation; a blower configured to blow air discharged from the clothes accommodation unit, to the clothes accommodation unit; an evaporator and a condenser spaced from each other in the air duct in an air flow direction; and a condensate water separating unit disposed between the evaporator and the condenser, and configured to separate condensate water, by gravity, from a mixed fluid including the air flowing from the evaporator to the condenser and the condensate water, characterized in that the condensate water separating unit comprises: a separation body protruding upward between a first mounting unit and a second mounting unit, wherein the first mounting unit is configured to mount the evaporator thereon; and the second mounting unit is configured to mount the condenser thereon. a clothes accommodation unit; an air duct connected to the clothes accommodation unit, and forming a flow path for air circulation; a blower configured to blow air discharged from the clothes accommodation unit, to the clothes accommodation unit; an evaporator and a condenser spaced from each other in the air duct in an air flow direction; and a condensate water separating unit disposed between the evaporator and the condenser, and configured to separate condensate water, by gravity, from a mixed fluid including the air flowing from the evaporator to the condenser and the condensate water, characterized in that the condensate water separating unit comprises: a separation body protruding upward between a first mounting unit and a second mounting unit, wherein the first mounting unit is configured to mount the evaporator thereon; and the second mounting unit is configured to mount the condenser thereon. a separation body protruding upward between a first mounting unit and a second mounting unit, wherein the first mounting unit is configured to mount the evaporator thereon; and the second mounting unit is configured to mount the condenser thereon.
A combustor of a gas turbine engine, comprising: an outer wall; an inner wall; a bulkhead spanning between the inner and outer walls (50,52), the outer wall, inner wall and bulkhead defining an annular combustion chamber; and a fuel injector extending through the bulkhead to the combustor chamber, the fuel injector comprising: a nozzle having an outer wall defining a mixing chamber having an exit proximate a centerline of the nozzle; a first fuel line in fluid communication with the mixing chamber, the first fuel line terminating in a tangential fuel inlet located in the outer wall, the tangential fuel inlet being positioned tangential to the centerline extending axially through the nozzle so as to generate a circumferential swirl around said centerline; and a second fuel line in fluid communication with the mixing chamber, the second fuel line terminating in a radial fuel inlet located in the outer wall, the radial fuel inlet being positioned radial to the centerline of the nozzle; the tangential fuel inlet being orthogonal to the radial fuel inlet and to said centerline. an outer wall; an inner wall; a bulkhead spanning between the inner and outer walls (50,52), the outer wall, inner wall and bulkhead defining an annular combustion chamber; and a fuel injector extending through the bulkhead to the combustor chamber, the fuel injector comprising: a nozzle having an outer wall defining a mixing chamber having an exit proximate a centerline of the nozzle; a first fuel line in fluid communication with the mixing chamber, the first fuel line terminating in a tangential fuel inlet located in the outer wall, the tangential fuel inlet being positioned tangential to the centerline extending axially through the nozzle so as to generate a circumferential swirl around said centerline; and a second fuel line in fluid communication with the mixing chamber, the second fuel line terminating in a radial fuel inlet located in the outer wall, the radial fuel inlet being positioned radial to the centerline of the nozzle; the tangential fuel inlet being orthogonal to the radial fuel inlet and to said centerline. a nozzle having an outer wall defining a mixing chamber having an exit proximate a centerline of the nozzle; a first fuel line in fluid communication with the mixing chamber, the first fuel line terminating in a tangential fuel inlet located in the outer wall, the tangential fuel inlet being positioned tangential to the centerline extending axially through the nozzle so as to generate a circumferential swirl around said centerline; and a second fuel line in fluid communication with the mixing chamber, the second fuel line terminating in a radial fuel inlet located in the outer wall, the radial fuel inlet being positioned radial to the centerline of the nozzle; the tangential fuel inlet being orthogonal to the radial fuel inlet and to said centerline.
A method comprising: detecting recharge of battery power of a device by monitoring the battery, wherein the device is a portable electronic device; determining that the device is in a lost state based on a user authentication performed in response to the detecting the recharge of the battery power of the device; determining an available battery power of the device in response to determining that the device is in the lost state; determining an amount of battery power required to perform each action in a list of possible actions in response to the determining that the device is in the lost state; determining an amount of time required to perform each action in the list of possible actions; selecting one or more actions in the list of possible actions based on the amount of time required to perform the one or more actions determined based on a user input indicating which of the actions in the list of possible actions take too long to perform or based on a maximum time limit to complete the one or more actions, wherein the available battery power of the device is greater than an amount of battery power required to perform the selected one or more actions; and performing the selected one or more actions by the device. detecting recharge of battery power of a device by monitoring the battery, wherein the device is a portable electronic device; determining that the device is in a lost state based on a user authentication performed in response to the detecting the recharge of the battery power of the device; determining an available battery power of the device in response to determining that the device is in the lost state; determining an amount of battery power required to perform each action in a list of possible actions in response to the determining that the device is in the lost state; determining an amount of time required to perform each action in the list of possible actions; selecting one or more actions in the list of possible actions based on the amount of time required to perform the one or more actions determined based on a user input indicating which of the actions in the list of possible actions take too long to perform or based on a maximum time limit to complete the one or more actions, wherein the available battery power of the device is greater than an amount of battery power required to perform the selected one or more actions; and performing the selected one or more actions by the device.
Radiation curable composition comprising at least one radiation curable oligomer having an amount of polymerizable ethylenically unsaturated groups of at least 0.3 meq/g of radiation curable oligomer and responding to following structure - - -[] X wherein is the residue of one or more hydroxyl functional polyester having a molecular weight M N of higher than 900, a glass transition temperature T G and/or melting temperature T m of less than 30 °C, and which is obtained from an acid constituent comprising at least 75 mole % of saturated aliphatic polyacid having from 4 to 14 carbon atoms and, optionally, 0 to 25 mole % of another polyacid, and an alcohol constituent, is the residue of one or more polyisocyanate, is the residue of one or more ethylenically unsaturated hydroxyl compound, and x is from 0.5 to 10. is the residue of one or more hydroxyl functional polyester having a molecular weight M N of higher than 900, a glass transition temperature T G and/or melting temperature T m of less than 30 °C, and which is obtained from an acid constituent comprising at least 75 mole % of saturated aliphatic polyacid having from 4 to 14 carbon atoms and, optionally, 0 to 25 mole % of another polyacid, and an alcohol constituent, is the residue of one or more polyisocyanate, is the residue of one or more ethylenically unsaturated hydroxyl compound, and x is from 0.5 to 10.
Method for determining the accuracy of a reported location and/or heading and/or velocity of an AIS (Automatic Identification System) sender, characterised in that at least three receivers (320,330,340), respective clocks of which have been previously synchronized, receive one and the same AIS message in the form of a first, binary coded and modulated, radio signal from said sender, in that the first signal is received by the respective receiver (320,330,340) using an antenna, resulting in a second signal in the form of an analogue electrical signal, in that each of the receivers determine the time of receipt of the same predetermined signal element of the first radio signal, in that a location of the sender is determined by triangulation, based upon the respective location of the three receivers in combination with differences in the respective point in time for the respective receipt of the said signal element, in that the hence determined location for the sender, and/or a heading and/or a velocity which has been calculated based upon several consecutive calculations of the location of the sender, is compared to said reported location and/or a heading and/or a velocity, in that a warning signal is emitted in case the two positions and/or headings and/or velocities are pairwise different by more than a respective predetermined value, in that the respective time of receipt of said signal element is determined, by each respective one of said receivers (320,330,340), by sampling said second signal, which sampling can be performed in any order in relation to any demodulation of the second signal, which sampling is performed using an AD converter, resulting in a digitally stored sampled signal as a digitally stored third signal, in that a data content of the message is determined from the third signal as a stream of data bits, which stream of data bits comprises said predetermined signal element, in that an optimum value is determined for a time variable, which time variable indicates a time position of a digital comparison signal relative to the third signal, which digital comparison signal is constructed to simulate said sampled signal and based on said stream of data bits, for which optimum value a correlation between the constructed comparison signal and the third signal is maximal, and in that said optimum value of the time position is used to correct the determination of the time of receipt of the predetermined signal element.