mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the physical reutilization of siliconized papers or siliconized polymeric films, which comprises the following steps: a) treating the siliconized paper or the siliconized polymeric film in a liquid digestion system comprising acetic anhydride and/or an acetoxysiloxane, and also at least one Bronsted acid, and optionally solvent, preferably with addition of acetic acid, b) removing the desiliconized paper or the desiliconized polymeric film from the liquid phase. a) treating the siliconized paper or the siliconized polymeric film in a liquid digestion system comprising acetic anhydride and/or an acetoxysiloxane, and also at least one Bronsted acid, and optionally solvent, preferably with addition of acetic acid, b) removing the desiliconized paper or the desiliconized polymeric film from the liquid phase.
Tranexamic acid for use in a method of treatment for reducing or preventing radiation-induced injuries by protection of normal, non-cancerous cells from adverse effects of radiation exposure.
A method for detecting the start of a walk event, the method comprising: identifying the location of a wearable device; determining if the wearable device has exited a geo-fence zone; confirming that a wearable device is in a walk mode if it is determined that the wearable device has exited a geo-fence zone, wherein confirming that a wearable device is in a walk mode further comprises: retrieving current environment details associated with the wearable device; retrieving past walk environment details associated with the wearable device; comparing the current environment details to the past walk environment details to identify at least one similarity between the current environment details and past walk environment details; and confirming that a wearable device is in a walk mode upon identifying at least one similarity between the current environment details and past walk environment details; enabling a GPS receiver; continuously recording the location of the wearable device received from the GPS receiver while the wearable device is in a walk mode; and transmitting the recorded location of the wearable device while the wearable device is in a walk mode. identifying the location of a wearable device; determining if the wearable device has exited a geo-fence zone; confirming that a wearable device is in a walk mode if it is determined that the wearable device has exited a geo-fence zone, wherein confirming that a wearable device is in a walk mode further comprises: retrieving current environment details associated with the wearable device; retrieving past walk environment details associated with the wearable device; comparing the current environment details to the past walk environment details to identify at least one similarity between the current environment details and past walk environment details; and confirming that a wearable device is in a walk mode upon identifying at least one similarity between the current environment details and past walk environment details; retrieving current environment details associated with the wearable device; retrieving past walk environment details associated with the wearable device; comparing the current environment details to the past walk environment details to identify at least one similarity between the current environment details and past walk environment details; and confirming that a wearable device is in a walk mode upon identifying at least one similarity between the current environment details and past walk environment details; enabling a GPS receiver; continuously recording the location of the wearable device received from the GPS receiver while the wearable device is in a walk mode; and transmitting the recorded location of the wearable device while the wearable device is in a walk mode.
Call input device of an elevator comprising a keyboard for inputting the number of a floor, which call input device has a keyboard control for the keyboard , whereby the keyboard control is configured to open an input channel from the keyboard for the input of a further digit of a floor number to enter a more than one-digit floor number, whereby the call input device comprises a proximity sensor having a sensing area in front of the keyboard , and that the keyboard control is configured to open/close the input channel from the keyboard for the input of a further digit in response to the signal of the proximity sensor characterized in that the proximity sensor is configured to sense the direction of a movement in the sensing area and to close the input channel for the input of a further digit when the movement direction is sensed as being away from the keyboard .
A hardenable dental composition comprising a fluorescent organic pigment, wherein the fluorescent organic pigment comprises an aryl benzoguanamine.
A small-diameter drill in which two chip discharge grooves opening to tip flank faces of a drill body that rotates around the axis and extending to a rear end side are formed symmetrically with respect to an axis at an outer periphery of a tip part of the drill body , cutting edges are formed at intersecting ridgeline parts between wall faces of the chip discharge grooves that face a drill rotation direction (T) and the tip flank faces , a first margin part adjacent to a side of the chip discharge groove opposite to the drill rotation direction (T), and a second margin part adjacent to a side of the chip discharge groove in the drill rotation direction (T) are formed on a land part between the chip discharge grooves , and a diameter D of the cutting edge is 2 mm or less, wherein a ratio L/D of a margin length L in a direction of the axis from an outer peripheral end of the cutting edge to a rear end of each of the first and second margin parts , and the diameter D is 3 or more, wherein a hard coating is provided on a surface of the drill body , wherein the hard coating contains 0.5 atomic % or less of Ar with respect to the total amount of the metallic element and the nonmetallic element, wherein a surface of the hard coating in the chip discharge groove has skewness (Ssk) defined in ISO25178 of less than 0, wherein the number of droplets having an equivalent circle diameter of 1.0 μm or more is 5 or less per 100 μm 2 in cross-section observation of the hard coating, wherein the droplets having an equivalent circle diameter of 3.0 μm or more are not included, and wherein the hard coating is a nitride coating. wherein a ratio L/D of a margin length L in a direction of the axis from an outer peripheral end of the cutting edge to a rear end of each of the first and second margin parts , and the diameter D is 3 or more, wherein a hard coating is provided on a surface of the drill body , wherein the hard coating contains 0.5 atomic % or less of Ar with respect to the total amount of the metallic element and the nonmetallic element, wherein a surface of the hard coating in the chip discharge groove has skewness (Ssk) defined in ISO25178 of less than 0, wherein the number of droplets having an equivalent circle diameter of 1.0 μm or more is 5 or less per 100 μm 2 in cross-section observation of the hard coating, wherein the droplets having an equivalent circle diameter of 3.0 μm or more are not included, and wherein the hard coating is a nitride coating.
A method of manufacturing a corrugated fin in which peak portions and valley portions extending along a first direction are arranged alternately in a second direction perpendicular to the first direction, the method comprising: preparing a metal plate that has a flat shape; and shaping the metal plate into a corrugated shape by sandwiching the metal plate by a first roller (R11) and a second roller (R12), characterised in that the shaping includes compressing at least a part of the metal plate that is to be the inclined portions by the first roller (R11) and the second roller (R12) such that a thickness (D1) of the metal plate at each apex of the peak portions and the valley portions is larger than a thickness (D2) of the inclined portions of the metal plate that connects the peak portions and the valley portions adjacent to each other, thereby the part of the metal plate becomes thin. preparing a metal plate that has a flat shape; and shaping the metal plate into a corrugated shape by sandwiching the metal plate by a first roller (R11) and a second roller (R12), characterised in that the shaping includes compressing at least a part of the metal plate that is to be the inclined portions by the first roller (R11) and the second roller (R12) such that a thickness (D1) of the metal plate at each apex of the peak portions and the valley portions is larger than a thickness (D2) of the inclined portions of the metal plate that connects the peak portions and the valley portions adjacent to each other, thereby the part of the metal plate becomes thin.
Pneumatic vehicle tyre with a directional tread comprising profile blocks with a leading block edge region arriving first at ground level when rolling during forward travel and a trailing block edge, wherein the profile blocks are respectively provided with at least one group of at least two sipes , which have a width of 0.4 mm to 1.0 mm and a depth (T 1 ) of 70% to 100% of the profile depth, in plan view run parallel to one another and to the axial direction at an angle of 0° to 45°, when viewed in cross section and in the radial direction have an outer portion running in the radial direction, at least one middle portion (3"a, 3"b, 3"c) running in an arcuate manner, and an inner portion running in the radial direction, wherein within each group of sipes the radially outer and radially inner portions have a coinciding radial extent and the arcuately running middle portions (3"a, 3"b, 3"c) are oriented identically and wherein profile blocks that contain a group of sipes of which the arcuately running middle portions (3"a, 3"b, 3"c) are directed away from the leading block edge region are provided, characterized in that the middle portions (3"a, 3"b, 3"c) of the sipes belonging to that group of which the arcuately running middle portions (3"a, 3"b, 3"c) are directed away from the leading block edge region have, when viewed in cross section, perpendicularly to a line (L a , L b , L c ) passing through the outer portion in the radial direction, with respect to the middle line of the sipes , different maximum deflections (a, b, c), wherein the maximum deflection (a) of the middle portion (3"a) of the sipe that is closest to the leading block edge region is greater than the maximum extent (b) of the middle portion (3"b) of the sipe that is closest to the trailing block edge region.
A method for detecting minimal residual disease in a subject following a cancer surgery, the method comprising: a. isolating an amount of tumor-associated genetic material from a sample comprising a surgical drainage obtained from the subject ; wherein the amount of tumor-associated genetic material comprises cell-free DNA, RNA, proteins, exosomes, and any combination thereof; b. sequencing the amount of tumor-associated genetic material to detect and quantify at least one tumor-associated mutation or variant in the amount of tumor-associated genetic material; and c. providing the at least one quantity of the at least one tumor-associated mutation or variant to a practitioner, wherein the at least one tumor-associated mutation or variant is indicative of minimal residual disease in the subject. a. isolating an amount of tumor-associated genetic material from a sample comprising a surgical drainage obtained from the subject ; wherein the amount of tumor-associated genetic material comprises cell-free DNA, RNA, proteins, exosomes, and any combination thereof; b. sequencing the amount of tumor-associated genetic material to detect and quantify at least one tumor-associated mutation or variant in the amount of tumor-associated genetic material; and c. providing the at least one quantity of the at least one tumor-associated mutation or variant to a practitioner, wherein the at least one tumor-associated mutation or variant is indicative of minimal residual disease in the subject.
Electric refrigerant compressor , namely a scroll compressor, comprising: - a compressor unit having a spiral stator element and a spiral rotor element which can be moved in an orbiting motion relative to the spiral stator element ; - an electric drive for generating a rotary motion; - a drive shaft for receiving and transmitting the rotary motion of the electric drive ; - an orbiting drive which is configured to receive the rotary motion through the drive shaft , convert the rotary motion into orbiting motion relative to the spiral stator element , and transmit the orbiting motion to the spiral rotor element ; characterized in that between the orbiting drive and the electric drive , in particular on, at and/or within the drive shaft , a rotary impact damper element is arranged, wherein the rotary impact damper element is configured to effect an attenuation and/or damping of rotary impacts which are produced by a compression operation in the compressor unit and are transmitted via the orbiting drive to the drive shaft and/or via reaction torques into the spiral stator element . - a compressor unit having a spiral stator element and a spiral rotor element which can be moved in an orbiting motion relative to the spiral stator element ; - an electric drive for generating a rotary motion; - a drive shaft for receiving and transmitting the rotary motion of the electric drive ; - an orbiting drive which is configured to receive the rotary motion through the drive shaft , convert the rotary motion into orbiting motion relative to the spiral stator element , and transmit the orbiting motion to the spiral rotor element ;
A system comprising: a user interface configured to receive an input, wherein the user interface has a plurality of zones (Z1-Z4) on a touch-sensitive surface of the user interface, each zone of the plurality of zones being configured to control parameters of a respective subsystem of a vehicle; a sensor configured to sense a position of a user input element (RH, LH) relative to the touch-sensitive surface of the user interface when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface; a processor configured to receive a signal from the sensor that identifies which zone of the plurality of zones the user input element is proximate to, to determine a deformation haptic effect based on which zone of the plurality of zones the user input element is proximate to, and to output a haptic effect generation signal based on the deformation haptic effect to a haptic output device disposed in a steering wheel (SW) of the vehicle, wherein the haptic output device is configured to deform one or more points on the steering wheel, and is further configured to generate the deformation haptic effect on the steering wheel based on the haptic effect generation signal when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface. a user interface configured to receive an input, wherein the user interface has a plurality of zones (Z1-Z4) on a touch-sensitive surface of the user interface, each zone of the plurality of zones being configured to control parameters of a respective subsystem of a vehicle; a sensor configured to sense a position of a user input element (RH, LH) relative to the touch-sensitive surface of the user interface when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface; a processor configured to receive a signal from the sensor that identifies which zone of the plurality of zones the user input element is proximate to, to determine a deformation haptic effect based on which zone of the plurality of zones the user input element is proximate to, and to output a haptic effect generation signal based on the deformation haptic effect to a haptic output device disposed in a steering wheel (SW) of the vehicle, wherein to receive a signal from the sensor that identifies which zone of the plurality of zones the user input element is proximate to, to determine a deformation haptic effect based on which zone of the plurality of zones the user input element is proximate to, and to output a haptic effect generation signal based on the deformation haptic effect to a haptic output device disposed in a steering wheel (SW) of the vehicle, wherein the haptic output device is configured to deform one or more points on the steering wheel, and is further configured to generate the deformation haptic effect on the steering wheel based on the haptic effect generation signal when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface.
A method of operating a data processing system to automatically process a color digital image of a specimen that has been stained with a first dye and a second different dye, said method comprising: receiving said digital color image comprising a plurality of pixels, each pixel being characterized by a pixel vector having components determined by an intensity of light in each of a corresponding number of wavelength bands; transforming a plurality of pixel vectors of said color digital image to a hue space divided into a plurality of bins , each bin being characterized by a number of pixels that have been transformed into that bin; and causing said data processing system to automatically find first and second color vectors characterizing said first and second dyes, respectively based on said number of pixels that were transformed into each of said bins; characterized by correcting a density distribution of the number of pixels in the bins for distortions introduced by the transformation from pixel space to the hue space using a correction table, wherein each bin in the density distribution is divided by the corresponding bin in the correction table, and wherein the correction table is generated from a calibration table by transforming a uniformly populated pixel space. receiving said digital color image comprising a plurality of pixels, each pixel being characterized by a pixel vector having components determined by an intensity of light in each of a corresponding number of wavelength bands; transforming a plurality of pixel vectors of said color digital image to a hue space divided into a plurality of bins , each bin being characterized by a number of pixels that have been transformed into that bin; and causing said data processing system to automatically find first and second color vectors characterizing said first and second dyes, respectively based on said number of pixels that were transformed into each of said bins; characterized by correcting a density distribution of the number of pixels in the bins for distortions introduced by the transformation from pixel space to the hue space using a correction table, wherein each bin in the density distribution is divided by the corresponding bin in the correction table, and wherein the correction table is generated from a calibration table by transforming a uniformly populated pixel space.
A liquid pharmaceutical gonadotropin formulation, comprising a gonadotropin, arginine in an amount of from 50 to 160 mM, and methionine in an amount of from 0.05 to 1.5 mg/ml, wherein the formulation does not comprise an additional buffer, and wherein the pH of the formulation is between 6.0 and 7.5.
A capsule for delivering flavouring to a beverage, the capsule defining a closed internal volume containing a flavouring for a beverage, the capsule comprising: a piercing member housed within the closed internal volume, a body defining a blind recess and comprising a first frangible region ,a lid comprising a second frangible region , the body and the lid together defining the closed internal volume containing flavouring for the beverage; characterized in that the piercing member is adapted to pierce the first frangible region of the body, and wherein the piercing member is adapted to pierce the second frangible region of the lid. a piercing member housed within the closed internal volume, a body defining a blind recess and comprising a first frangible region ,a lid comprising a second frangible region , the body and the lid together defining the closed internal volume containing flavouring for the beverage; characterized in that the piercing member is adapted to pierce the first frangible region of the body, and wherein the piercing member is adapted to pierce the second frangible region of the lid.
An accessory gearbox for a turbofan engine , the accessory gearbox comprising: a superposition gear system including a sun gear ; a plurality of intermediate gears engaged to the sun gear and supported in a carrier ; and a ring gear circumscribing the intermediate gears , characterised in that the accessory gearbox further comprises: a starter selectively coupled to the sun gear through a starter clutch ; a first means for selectively coupling the ring gear to a first tower shaft of the turbofan engine ; a second means for selectively coupling the ring gear to a fixed structure ; a first output coupled to a carrier shaft for driving a first group of accessory components ; and a second output coupled to the first tower shaft for driving a second group of accessory components , and in that : the sun gear is coupled to a second tower shaft of the turbofan engine ; the second output comprises a ring gear shaft driven by the first tower shaft that is coupled to a second gear system for driving the second group of accessory components . a superposition gear system including a sun gear ; a plurality of intermediate gears engaged to the sun gear and supported in a carrier ; and a ring gear circumscribing the intermediate gears , characterised in that the accessory gearbox further comprises: a starter selectively coupled to the sun gear through a starter clutch ; a first means for selectively coupling the ring gear to a first tower shaft of the turbofan engine ; a second means for selectively coupling the ring gear to a fixed structure ; a first output coupled to a carrier shaft for driving a first group of accessory components ; and a second output coupled to the first tower shaft for driving a second group of accessory components , a starter selectively coupled to the sun gear through a starter clutch ; a first means for selectively coupling the ring gear to a first tower shaft of the turbofan engine ; a second means for selectively coupling the ring gear to a fixed structure ; a first output coupled to a carrier shaft for driving a first group of accessory components ; and a second output coupled to the first tower shaft for driving a second group of accessory components , and in that : the sun gear is coupled to a second tower shaft of the turbofan engine ; the second output comprises a ring gear shaft driven by the first tower shaft that is coupled to a second gear system for driving the second group of accessory components . the sun gear is coupled to a second tower shaft of the turbofan engine ; the second output comprises a ring gear shaft driven by the first tower shaft that is coupled to a second gear system for driving the second group of accessory components .