mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine for an aircraft comprising: an engine core comprising a turbine , a compressor , and a core shaft connecting the turbine to the compressor ; a fan located upstream of the engine core , the fan comprising a plurality of fan blades , each fan blade having a radial span extending from a root at a 0% span position to a tip at a 100% span position; and a gearbox that receives an input from the core shaft and outputs drive to the fan so as to drive the fan at a lower rotational speed than the core shaft , characterized in that : the average camber (α 2 - α 1 ) ave of each fan blade taken over the radially innermost 10% of the blade span is no greater than 75% of the average camber of the 10% blade span portion that has the maximum average camber (θ 2 - θ 1 ) max , where the camber at a given span position is defined as the change in angle of a camber line between the leading edge and the trailing edge of an aerofoil cross-section taken through the blade at that span position. an engine core comprising a turbine , a compressor , and a core shaft connecting the turbine to the compressor ; a fan located upstream of the engine core , the fan comprising a plurality of fan blades , each fan blade having a radial span extending from a root at a 0% span position to a tip at a 100% span position; and a gearbox that receives an input from the core shaft and outputs drive to the fan so as to drive the fan at a lower rotational speed than the core shaft , characterized in that : the average camber (α 2 - α 1 ) ave of each fan blade taken over the radially innermost 10% of the blade span is no greater than 75% of the average camber of the 10% blade span portion that has the maximum average camber (θ 2 - θ 1 ) max , where the camber at a given span position is defined as the change in angle of a camber line between the leading edge and the trailing edge of an aerofoil cross-section taken through the blade at that span position.
Self-propelling harvesting machine with a harvesting header to which a mulching implement is attached, wherein the mulching implement comprises the following: at least one processing tool , which can be set into movement by means of a drive, for shredding plant stumps , a holder of the processing tool , which holder is attached to the harvesting header in a position-adjustable manner, and means for controlling the position of the holder in relation to the harvesting header , which means comprise an externally actuated actuator which is connected to a controller for controlling the actuator , characterized in that the actuator is designed for controlling the ground pressing force of the holder during the harvesting mode, in that the controller is connected to an operator interface with which the force exerted on the holder by the actuator during the harvesting mode can be predetermined and the controller can be operated to activate the actuator in such a manner that the actuator acts on the holder with the predetermined force. at least one processing tool , which can be set into movement by means of a drive, for shredding plant stumps , a holder of the processing tool , which holder is attached to the harvesting header in a position-adjustable manner, and means for controlling the position of the holder in relation to the harvesting header , which means comprise an externally actuated actuator which is connected to a controller for controlling the actuator , characterized in that the actuator is designed for controlling the ground pressing force of the holder during the harvesting mode, in that the controller is connected to an operator interface with which the force exerted on the holder by the actuator during the harvesting mode can be predetermined and the controller can be operated to activate the actuator in such a manner that the actuator acts on the holder with the predetermined force.
A wheel loader, comprising: an engine ; a travel device for causing the wheel loader to travel by drive force from the engine ; a work implement driven by drive force from the engine ; a first detector for detecting engine rotation speed; a second detector for detecting at least one among vehicle speed, vehicle acceleration, and engine-rotation-speed acceleration; and a controller for determining whether low-load conditions that show that the wheel loader is in a low-load state have been satisfied, wherein the controller is configured to control the engine so that, when the low-load conditions are satisfied, an upper limit value of the output torque of the engine is made less than when the low-load conditions are not satisfied, and the controller is configured to vary the reduction amount of the upper limit value of the output torque of the engine when the low-load conditions are satisfied, in accordance with variation in at least one among the vehicle speed, the vehicle acceleration, and the engine-rotation-speed acceleration detected by the second detector , and in accordance with variation in the engine rotation speed detected by the first detector . an engine ; a travel device for causing the wheel loader to travel by drive force from the engine ; a work implement driven by drive force from the engine ; a first detector for detecting engine rotation speed; a second detector for detecting at least one among vehicle speed, vehicle acceleration, and engine-rotation-speed acceleration; and a controller for determining whether low-load conditions that show that the wheel loader is in a low-load state have been satisfied, wherein the controller is configured to control the engine so that, when the low-load conditions are satisfied, an upper limit value of the output torque of the engine is made less than when the low-load conditions are not satisfied, and the controller is configured to vary the reduction amount of the upper limit value of the output torque of the engine when the low-load conditions are satisfied, in accordance with variation in at least one among the vehicle speed, the vehicle acceleration, and the engine-rotation-speed acceleration detected by the second detector , and in accordance with variation in the engine rotation speed detected by the first detector .
An immunotherapeutic bioresponsive gel matrix comprising a first component and a second component, wherein the first component comprises fibrinogen, wherein gelation of the matrix occurs when the first component comes into contact with the second component; and wherein at least one the components comprises at least one first nanoparticle; wherein the at least one first nanoparticle comprises a pH responsive material and an anti-CD47 antibody; and/or preferably wherein the pH responsive material comprises CaCOs, chitosan, hyaluronic acid, dextran, and/or polymers of dextran monomers; and/or wherein the second component comprises thrombin.
A proximity detection method, comprising: sending a proximity detection sequence to a touch screen terminal, wherein the proximity detection sequence comprises at least two symbols modulated by using different frequencies; receiving a proximity response sequence that is fed back by the touch screen terminal after the touch screen terminal determines the proximity detection sequence is valid, wherein symbols in the proximity response sequence are the same as those in the proximity detection sequence; determining whether the proximity response sequence is valid according to signal strength of frequencies in the proximity response sequence and at least two preset signal strength thresholds; sending a proximity detection sequence to the touch screen terminal repeatedly for multiple times, and receiving a corresponding proximity response sequence fed back by the touch screen terminal; determining that the touch screen terminal approaches if a quantity of times for determining that the proximity response sequence is valid is greater than a preset quantity of times within a preset time period; counting, within the preset time period, a proportion by which signal strength at each frequency in all approach response sequences is less than a minimum signal strength threshold; and marking the frequency as unavailable to ignore data obtained at the frequency when the proportion for a frequency exceeds a preset proportion threshold. sending a proximity detection sequence to a touch screen terminal, wherein the proximity detection sequence comprises at least two symbols modulated by using different frequencies; receiving a proximity response sequence that is fed back by the touch screen terminal after the touch screen terminal determines the proximity detection sequence is valid, wherein symbols in the proximity response sequence are the same as those in the proximity detection sequence; determining whether the proximity response sequence is valid according to signal strength of frequencies in the proximity response sequence and at least two preset signal strength thresholds; sending a proximity detection sequence to the touch screen terminal repeatedly for multiple times, and receiving a corresponding proximity response sequence fed back by the touch screen terminal; determining that the touch screen terminal approaches if a quantity of times for determining that the proximity response sequence is valid is greater than a preset quantity of times within a preset time period; counting, within the preset time period, a proportion by which signal strength at each frequency in all approach response sequences is less than a minimum signal strength threshold; and marking the frequency as unavailable to ignore data obtained at the frequency when the proportion for a frequency exceeds a preset proportion threshold. counting, within the preset time period, a proportion by which signal strength at each frequency in all approach response sequences is less than a minimum signal strength threshold; and marking the frequency as unavailable to ignore data obtained at the frequency when the proportion for a frequency exceeds a preset proportion threshold.
An ex vivo method for determining the suitability for treatment of a subject suffering from a MUC1 expressing cancer, the method comprises: a. contacting a biological sample containing cells obtained from said subject with an antibody directed against a peptide denoted by SEQ ID NO. 2, or any fragment thereof comprising amino acids 10 to 21; and b. determining the expression level of said peptide, or said fragment, on the surface of cells in said biological sample, wherein said treatment comprises at least one of a vaccine capable of eliciting an immune response against SEQ ID NO. 2, or any fragment thereof comprising amino acids 10 to 21, and an agent capable of binding SEQ ID NO. 2, or any fragment thereof comprising amino acids 10 to 21, and wherein the presence of said peptide, or said fragment on the surface of said cells in a level higher than a control level indicates that said subject is suitable for treatment. a. contacting a biological sample containing cells obtained from said subject with an antibody directed against a peptide denoted by SEQ ID NO. 2, or any fragment thereof comprising amino acids 10 to 21; and b. determining the expression level of said peptide, or said fragment, on the surface of cells in said biological sample,
Method for real-time proofing of a recording, wherein a recording is captured using a recording device equipped with a speaker device , a vibration device and with at least one of at least one microphone , at least one camera and at least one accelerometer , wherein the vibration device is physically connected to the recording device such that it causes the recording device to vibrate when activated, providing physical tactile and/or haptic feedback, wherein the recording is watermarked by activating the vibration device at least once during the recording according to at least one predetermined unique or quasi-unique watermarking sequence, wherein the vibrations caused by activating the vibration device are recorded as visible and/or acceleration watermarking, and in particular additionally as audible watermarking, in the recording.
Method for evaluating the quality of a longitudinally moving strand-shaped material , in particular a yarn, comprising the steps applying of polychromatic, preferably white light to the material ; detection of a measurement signal which represents the red, green and blue (Ra, bG, cB) colour component of light reflected from the material; transforming of the red, green and blue colour components (Ra, bG, cB) into an evaluation colour space, in which the measurement points (M) of the measurement signal are represented by a first (a*) and a second coordinate (b*) representing the colour, and by a third coordinate (L*) that represents the brightness; characterized in that, the evaluation of the quality of the material is carried out based upon the first (a*), second (b*) and third (L*) coordinates of the measurement points (M) in the evaluation colour space. applying of polychromatic, preferably white light to the material ; detection of a measurement signal which represents the red, green and blue (Ra, bG, cB) colour component of light reflected from the material; transforming of the red, green and blue colour components (Ra, bG, cB) into an evaluation colour space, in which the measurement points (M) of the measurement signal are represented by a first (a*) and a second coordinate (b*) representing the colour, and by a third coordinate (L*) that represents the brightness; characterized in that, the evaluation of the quality of the material is carried out based upon the first (a*), second (b*) and third (L*) coordinates of the measurement points (M) in the evaluation colour space.
A method of micro-texturing a substrate surface , comprising: printing an etchant onto the substrate surface, and forming a micro-texture on the substrate surface by removing material from the substrate surface, substrate surface forming part of an exterior skin of an aircraft . printing an etchant onto the substrate surface, and forming a micro-texture on the substrate surface by removing material from the substrate surface, substrate surface forming part of an exterior skin of an aircraft .
A method (1200-a) for supporting voice or time-sensitive communications over a wireless communications system at a wireless communication device , the method (1200-a) comprising: determining , by said wireless communication device , a plurality of code channels based on a scaling factor of a flexible bandwidth system , wherein the scaling factor is applied to a chip rate or symbol rate of the code channels of the flexible bandwidth system such that the symbol rate of the code channel is dilated thereby allowing to fit flexible bandwidth waveforms into portions of an allocated spectrum which are not big enough to fit a standard waveform; generating , by the wireless communication device , a plurality of voice frames for transmission, said voice frames comprising voice or other time-sensitive communications; determining, by the wireless communication device , a termination target based on the scaling factor of the flexible bandwidth system , wherein the termination target defines a number of subframes to be transmitted over the one or more code channels within a period of time corresponding to a voice frame of a normal bandwidth system; and transmitting , by the wireless communication device , a subset of the subframes of the plurality of voice frames over the plurality of code channels, wherein the subset is based on the termination target. determining , by said wireless communication device , a plurality of code channels based on a scaling factor of a flexible bandwidth system , wherein the scaling factor is applied to a chip rate or symbol rate of the code channels of the flexible bandwidth system such that the symbol rate of the code channel is dilated thereby allowing to fit flexible bandwidth waveforms into portions of an allocated spectrum which are not big enough to fit a standard waveform; generating , by the wireless communication device , a plurality of voice frames for transmission, said voice frames comprising voice or other time-sensitive communications; determining, by the wireless communication device , a termination target based on the scaling factor of the flexible bandwidth system , wherein the termination target defines a number of subframes to be transmitted over the one or more code channels within a period of time corresponding to a voice frame of a normal bandwidth system; and transmitting , by the wireless communication device , a subset of the subframes of the plurality of voice frames over the plurality of code channels, wherein the subset is based on the termination target.
An electronic apparatus comprising: control means for controlling, in response to a user operating an operation member having a plurality of operation levels, the electronic apparatus to perform a function corresponding to an operation level; setting means for assigning a function to one or more of the plurality of operation levels of the operation member; and display control means configured to display a setting screen for setting, based on a setting instruction from a user, one or more functions to be assigned by the setting means, and display, in response to the user operating the operation member while the setting screen is displayed, an indicator to show the operation level of the operation member that is being operated by the user, wherein the indicator is displayed separately from items (1347a-1347d) indicating functions corresponding to the plurality of operation levels on the setting screen. control means for controlling, in response to a user operating an operation member having a plurality of operation levels, the electronic apparatus to perform a function corresponding to an operation level; setting means for assigning a function to one or more of the plurality of operation levels of the operation member; and display control means configured to display a setting screen for setting, based on a setting instruction from a user, one or more functions to be assigned by the setting means, and display, in response to the user operating the operation member while the setting screen is displayed, an indicator to show the operation level of the operation member that is being operated by the user, wherein the indicator is displayed separately from items (1347a-1347d) indicating functions corresponding to the plurality of operation levels on the setting screen.
A multi-head bolt , comprising a bolt shaft defining a longitudinal axis of the multi-head bolt; a multi-head disposed at a first end of the bolt shaft , the multi-head comprising at least three pawls , each pawl having a fixed radial orientation relative to the bolt shaft and having a primary plane (PP) being aligned with the longitudinal axis of the bolt shaft and having a support surface and having an angled side that intersects the primary plane and wherein a radial distance of the angled side relative to bolt shaft linearly decreases as measured from the support surface to the first end of the bolt , characterized in that the bolt shaft defines at least one of a cone shape or a truncated cone shape at the first end of the bolt shaft , wherein at least a portion of the angled side is coplanar with the cone shape or the truncated cone shape of the first end of the bolt shaft and forms a continuous, uninterrupted surface with the cone shape or the truncated cone shape. a bolt shaft defining a longitudinal axis of the multi-head bolt; a multi-head disposed at a first end of the bolt shaft , the multi-head comprising at least three pawls , each pawl having a fixed radial orientation relative to the bolt shaft and having a primary plane (PP) being aligned with the longitudinal axis of the bolt shaft and having a support surface and having an angled side that intersects the primary plane and wherein a radial distance of the angled side relative to bolt shaft linearly decreases as measured from the support surface to the first end of the bolt , characterized in that the bolt shaft defines at least one of a cone shape or a truncated cone shape at the first end of the bolt shaft , wherein at least a portion of the angled side is coplanar with the cone shape or the truncated cone shape of the first end of the bolt shaft and forms a continuous, uninterrupted surface with the cone shape or the truncated cone shape.
An energy storage device comprising: a positive electrode ; a negative electrode containing a negative composite layer; and a separator disposed between the positive electrode and the negative electrode , wherein the separator contains a base material layer containing a thermoplastic resin and an inorganic layer formed on the base material layer, the inorganic layer opposes to the positive electrode , the base material layer opposes to the negative electrode , and a rate of a mass of the base material layer per unit area to a spatial volume of the negative composite layer per unit area is 0.26 × 10 6 g/m 3 or more, characterized in that the spatial volume of the negative composite layer is 0.380 cm 3 per unit area or less, wherein one unit area is 100 cm 2 , wherein the spatial volume of the negative composite layer per unit area means the volume of the space where the negative composite layer is absent per unit area of the negative composite layer, which is measured by the method of paragraphs and . a positive electrode ; a negative electrode containing a negative composite layer; and a separator disposed between the positive electrode and the negative electrode , wherein the separator contains a base material layer containing a thermoplastic resin and an inorganic layer formed on the base material layer, the inorganic layer opposes to the positive electrode , the base material layer opposes to the negative electrode , and a rate of a mass of the base material layer per unit area to a spatial volume of the negative composite layer per unit area is 0.26 × 10 6 g/m 3 or more, characterized in that the spatial volume of the negative composite layer is 0.380 cm 3 per unit area or less, wherein one unit area is 100 cm 2 , wherein the spatial volume of the negative composite layer per unit area means the volume of the space where the negative composite layer is absent per unit area of the negative composite layer, which is measured by the method of paragraphs and .