mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable magnetic resistance system for adjusting the resistance applied to a rotating flywheel of an indoor cycle , the system comprising: a fixed arm with at least one magnet ; a pivotable arm with at least one magnet ; and a pivot assembly for allowing the pivotable arm to pivot between a first position and a second position to thereby adjust the resistance applied to the rotating flywheel ; characterized in that the pivot assembly is disposed at or near the a trailing end of the pivotable arm trailing with respect to the forward spinning flywheel and the pivotable arm and extends from said trailing end forward with respect to the forward spinning flywheel; wherein the pivotal arm is pivotable towards the fixed arm in a scissoring manner making the at least one magnet of the pivot arm approach the at least one magnet of the fixed arm so that the attractive force between the at least one magnet of the pivot arm and the at least one magnet of the fixed arm is variable, keyed to the position of the pivotable arm to the fixed arm and therefore dependent on a degree of overlap between the at least one magnet of the fixed arm and the at least one magnet of the pivot arm ; and the pivotable arm experiences a downward force towards the flywheel caused by the magnetic field between the pivotable arm and the rotating flywheel , creating force vectors tending to pull the magnet arm 104 towards the flywheel 16. a fixed arm with at least one magnet ; a pivotable arm with at least one magnet ; and a pivot assembly for allowing the pivotable arm to pivot between a first position and a second position to thereby adjust the resistance applied to the rotating flywheel ; characterized in that the pivot assembly is disposed at or near the a trailing end of the pivotable arm trailing with respect to the forward spinning flywheel and the pivotable arm and extends from said trailing end forward with respect to the forward spinning flywheel; wherein the pivotal arm is pivotable towards the fixed arm in a scissoring manner making the at least one magnet of the pivot arm approach the at least one magnet of the fixed arm so that the attractive force between the at least one magnet of the pivot arm and the at least one magnet of the fixed arm is variable, keyed to the position of the pivotable arm to the fixed arm and therefore dependent on a degree of overlap between the at least one magnet of the fixed arm and the at least one magnet of the pivot arm ; and the pivotable arm experiences a downward force towards the flywheel caused by the magnetic field between the pivotable arm and the rotating flywheel , creating force vectors tending to pull the magnet arm 104 towards the flywheel 16.
Ventilation device intended to generate an air flow in the direction of a motor vehicle heat exchanger , comprising: - spaced-apart ducts , - at least one air manifold having orifices, each duct leading at one of its ends into a separate orifice of the air manifold, each duct being provided with at least one opening for ejecting an air flow passing through said duct, the opening being separate from the ends thereof and situated outside the air manifold , said ventilation device being characterized in that at least one duct being mounted so as to be orientable between a closed position and an open position, the device being configured to allow more air to pass through in the open position than in the closed position. - spaced-apart ducts , - at least one air manifold having orifices, each duct leading at one of its ends into a separate orifice of the air manifold, each duct being provided with at least one opening for ejecting an air flow passing through said duct, the opening being separate from the ends thereof and situated outside the air manifold , said ventilation device being characterized in that at least one duct being mounted so as to be orientable between a closed position and an open position, the device being configured to allow more air to pass through in the open position than in the closed position.
A thruster comprises: a propellant ; and a casing enclosing the propellant; wherein the casing is an additively-manufactured housing ; wherein the housing defines an integral nozzle through which pressurized gases exit the casing when the propellant is burned; characterized in that the housing also includes a burst disk in the nozzle; and in that the burst disk is additively-manufactured as an integral part of the additively-manufactured housing. a propellant ; and a casing enclosing the propellant; wherein the casing is an additively-manufactured housing ; wherein the housing defines an integral nozzle through which pressurized gases exit the casing when the propellant is burned; characterized in that the housing also includes a burst disk in the nozzle; and in that the burst disk is additively-manufactured as an integral part of the additively-manufactured housing.
A colorectal cancer diagnosing device, comprising: an input unit configured to acquire mass spectrometry data measured from a biological sample; a concentration detecting unit configured to measure a concentration of nudifloramide and a concentration of at least any one of dodecanoylcarnitine and trans-2-dodecenoylcarnitine from the acquired mass spectrometry data; and a diagnosing unit configured to determine diagnosis information of the colorectal cancer based on a measurement result of the concentration detecting unit, wherein the concentration detecting unit is configured to measure a concentration of dodecanoylcarnitine and the diagnosing unit is configured to determine diagnosis information of the colorectal cancer based on a concentration ratio of nudifloramide and dodecanoylcarnitine, or wherein the concentration detecting unit is configured to measure a concentration of trans-2-dodecenoylcarnitine and the diagnosing unit is configured to determine diagnosis information of the colorectal cancer based on a concentration ratio of nudifloramide and trans-2-dodecenoylcarnitine. an input unit configured to acquire mass spectrometry data measured from a biological sample; a concentration detecting unit configured to measure a concentration of nudifloramide and a concentration of at least any one of dodecanoylcarnitine and trans-2-dodecenoylcarnitine from the acquired mass spectrometry data; and a diagnosing unit configured to determine diagnosis information of the colorectal cancer based on a measurement result of the concentration detecting unit, wherein the concentration detecting unit is configured to measure a concentration of dodecanoylcarnitine and the diagnosing unit is configured to determine diagnosis information of the colorectal cancer based on a concentration ratio of nudifloramide and dodecanoylcarnitine, or wherein the concentration detecting unit is configured to measure a concentration of trans-2-dodecenoylcarnitine and the diagnosing unit is configured to determine diagnosis information of the colorectal cancer based on a concentration ratio of nudifloramide and trans-2-dodecenoylcarnitine.
Method for controlling the discharge operation of a traction battery for an electric battery-operated mobile work machine , wherein the traction battery has a battery control apparatus for detecting operating data of the traction battery and for adjusting an output voltage and/or output power of the traction battery at power terminals during a discharge operation or at least during the beginning of the discharge operation as well as communication means for transmitting at least one parameter of the traction battery to the mobile work machine , characterized in that the battery control apparatus sets the output voltage and/or output power of the traction battery at the power terminals during start up to a threshold value below the rated voltage and/or rated power and, in the event of receiving a communication request (S4) via the communication means , switches the output voltage and/or output power to the full value of the rated voltage and/or rated power (S5), or otherwise identifies a fault event, wherein, in the fault event, operation of the traction battery is prevented by virtue of the output voltage being held below the threshold value or switched off by the battery control apparatus, or wherein, in the fault event, the traction battery is switched over to an alternative operating mode for operation in a mobile work machine , which is not provided for the type of traction battery , and the output voltage is switched to the full value of the rated voltage.
A method for controlling operation of a hybrid automotive vehicle (T) equipped with at least an internal combustion engine and an electric machine , each adapted to deliver torque to a driveline of the vehicle, wherein said method comprises at least the following steps: a) determination of the ability of the engine to deliver torque to an output shaft and allotment of a value to a first parameter (P1) on the basis of this determination, b) determination of the ability of the electric machine to deliver torque to its output shaft and allotment of a value to a second parameter (P2) on the basis of this determination, d) computation of a value of a global parameter (P G ), on the basis of the respective values of the first and second parameters (P1, P2), and e) generation of an electric or an electronic signal representative of the value of the global parameter (P G ); wherein the global parameter can take a first value and second value corresponding respectively to: - a first configuration of the driveline where it cannot move the vehicle (T), and - a second configuration of the driveline where it can move the vehicle, on the basis of an order received; wherein said global parameter (P G ) takes its second value when either the engine or the electric machine is able to deliver torque to a respective output shaft , or when both the engine and the electric machine are able to deliver torque to some output shafts characterized in that the global parameter (P G ) can take a third value corresponding to a third configuration of the powertrain where it is switching from its first configuration to its second configuration. a) determination of the ability of the engine to deliver torque to an output shaft and allotment of a value to a first parameter (P1) on the basis of this determination, b) determination of the ability of the electric machine to deliver torque to its output shaft and allotment of a value to a second parameter (P2) on the basis of this determination, d) computation of a value of a global parameter (P G ), on the basis of the respective values of the first and second parameters (P1, P2), and e) generation of an electric or an electronic signal representative of the value of the global parameter (P G ); - a first configuration of the driveline where it cannot move the vehicle (T), and - a second configuration of the driveline where it can move the vehicle, on the basis of an order received;
A rectangular insulated wire comprising: a rectangular conductor having a generally rectangular cross section; a thermosetting resin layer provided to cover the rectangular conductor ; and a plurality of thermoplastic resin layers provided on the thermosetting resin layer , an adhesion strength between the thermosetting resin layer and the thermoplastic resin layer being 50 gf/mm to 100 gf/mm, characterized in that each of the plurality of the thermoplastic resin layers is made of crystalline resin, the thermosetting resin layer is formed of one or a plurality of materials selected from the group consisting of polyamide-imide, polyimide, and polyetherimide. a rectangular conductor having a generally rectangular cross section; a thermosetting resin layer provided to cover the rectangular conductor ; and a plurality of thermoplastic resin layers provided on the thermosetting resin layer , an adhesion strength between the thermosetting resin layer and the thermoplastic resin layer being 50 gf/mm to 100 gf/mm, characterized in that each of the plurality of the thermoplastic resin layers is made of crystalline resin, the thermosetting resin layer is formed of one or a plurality of materials selected from the group consisting of polyamide-imide, polyimide, and polyetherimide.
A system for generating neutrons comprising: an ion source configured to generate an ion beam; a magnet system configured to deflect the ion beam by a first angle from the center of the ion beam; a rotating neutron source disposed at the first angle from the center of the ion beam and configured to receive the ion beam and generate a neutron flux; a first rotating beam dump configured to receive a first plurality of ions from the ion beam; and a second rotating beam dump disposed at a second angle from the center of the ion beam and configured to receive a second plurality of ions from the ion beam, wherein the second angle is larger than the first angle. an ion source configured to generate an ion beam; a magnet system configured to deflect the ion beam by a first angle from the center of the ion beam; a rotating neutron source disposed at the first angle from the center of the ion beam and configured to receive the ion beam and generate a neutron flux; a first rotating beam dump configured to receive a first plurality of ions from the ion beam; and a second rotating beam dump disposed at a second angle from the center of the ion beam and configured to receive a second plurality of ions from the ion beam, wherein the second angle is larger than the first angle.
A method, comprising: knitting intermeshed loops of an inner component of an upper , wherein the inner component forms an inner surface of the upper , and wherein the inner component includes an inner throat region in a throat area of the upper ; inlaying a tensile strand between loops of the inner component , wherein the tensile strand of the inner component forms a loop in the inner throat region that forms an opening for receiving a fastening element ; and securing an outer shroud to the inner component , wherein the outer shroud forms an outer surface of the upper , and wherein the outer shroud at least partially covers the inner throat region of the inner component such that the opening is located in a pocket formed between the inner component and the outer shroud , wherein the inner component is a knitted component , wherein the at least one tensile strand is inlaid within the knitted component by a flat knitting machine such that the inlaid strand extends between certain intermeshed loops of the knitted component , wherein the inner component comprises a set of loops in the inner throat region , and wherein the method is characterized in that an outer throat region of the outer shroud has an elasticity that is higher than an elasticity of an outer medial region and an outer lateral region of the outer shroud , and wherein at least two loops of the plurality of loops are configured to overlap to form a single lacing loop eyelet . knitting intermeshed loops of an inner component of an upper , wherein the inner component forms an inner surface of the upper , and wherein the inner component includes an inner throat region in a throat area of the upper ; inlaying a tensile strand between loops of the inner component , wherein the tensile strand of the inner component forms a loop in the inner throat region that forms an opening for receiving a fastening element ; and securing an outer shroud to the inner component , wherein the outer shroud forms an outer surface of the upper , and wherein the outer shroud at least partially covers the inner throat region of the inner component such that the opening is located in a pocket formed between the inner component and the outer shroud , wherein the inner component is a knitted component , wherein the at least one tensile strand is inlaid within the knitted component by a flat knitting machine such that the inlaid strand extends between certain intermeshed loops of the knitted component , wherein the inner component comprises a set of loops in the inner throat region , and wherein the method is characterized in that an outer throat region of the outer shroud has an elasticity that is higher than an elasticity of an outer medial region and an outer lateral region of the outer shroud , and wherein at least two loops of the plurality of loops are configured to overlap to form a single lacing loop eyelet .
An ink composition for inkjet recording, comprising: a dispersion medium configured to contain water and glycol ether of which boiling point is equal to or greater than 220 degrees centigrade, the glycol ether being any one of tripropylene glycol monomethyl ether, diethylene glycol isobutyl ether and triethylene glycol monobutyl ether; a pigment; and a core-shell particle configured to include a core consisting of hydrophobic acrylic resin and a shell consisting of at least one of aqueous urethane resin and acrylic graft aqueous urethane resin. a dispersion medium configured to contain water and glycol ether of which boiling point is equal to or greater than 220 degrees centigrade, the glycol ether being any one of tripropylene glycol monomethyl ether, diethylene glycol isobutyl ether and triethylene glycol monobutyl ether; a pigment; and a core-shell particle configured to include a core consisting of hydrophobic acrylic resin and a shell consisting of at least one of aqueous urethane resin and acrylic graft aqueous urethane resin.
A method performed by a mobile station of transmitting measurement reports, comprising: detecting a cell and performing signal strength measurements in respect of the cell ; in respect of the cell , so long as that cell continues to meet measurement reporting criteria comprising at least one of minimum received signal strength and a minimum received signal quality, transmitting measurement reports, to a serving base station system, using a first measurement report format including parameters to identify the cell, in respect of the cell , and if a first constraint condition on measurement report transmission in respect of the cell is satisfied, wherein the first constraint condition is a maximum number of measurement reports using the first measurement report format within a defined time period, then: refraining from transmitting measurement reports in respect of the cell using the first measurement report format for a specified time period regardless of the cell meeting the measurement reporting criteria, and after the specified time period, transmitting measurement reports in respect of the cell using the first measurement report format including parameters to identify the cell. detecting a cell and performing signal strength measurements in respect of the cell ; in respect of the cell , so long as that cell continues to meet measurement reporting criteria comprising at least one of minimum received signal strength and a minimum received signal quality, transmitting measurement reports, to a serving base station system, using a first measurement report format including parameters to identify the cell, in respect of the cell , and if a first constraint condition on measurement report transmission in respect of the cell is satisfied, wherein the first constraint condition is a maximum number of measurement reports using the first measurement report format within a defined time period, then: refraining from transmitting measurement reports in respect of the cell using the first measurement report format for a specified time period regardless of the cell meeting the measurement reporting criteria, and after the specified time period, transmitting measurement reports in respect of the cell using the first measurement report format including parameters to identify the cell. refraining from transmitting measurement reports in respect of the cell using the first measurement report format for a specified time period regardless of the cell meeting the measurement reporting criteria, and after the specified time period, transmitting measurement reports in respect of the cell using the first measurement report format including parameters to identify the cell.
A method of determining a stiffness of a tissue with ultrasound, the method comprising the steps of: forming a baseline image of a region of interest with an ultrasound imaging system having a point source transmit aperture transmitting an unfocused ultrasonic pulse; transmitting an unfocused ultrasonic pulse to induce a propagating shear wave in the region of interest; imaging the region of interest with the ultrasound imaging system at a frame rate sufficient to detect the propagating shear wave to form a plurality of image frames of the region of interest as the propagating shear wave moves through the region of interest; subtracting the baseline image from at least two of the formed image frames to obtain at least two difference frames; determining a position of the propagating shear wave in the at least two difference frames; calculating a propagation speed of the propagating shear wave in the region of interest from the positions in the at least two difference frames; and calculating a tissue stiffness of the region of interest from the propagation speed. forming a baseline image of a region of interest with an ultrasound imaging system having a point source transmit aperture transmitting an unfocused ultrasonic pulse; transmitting an unfocused ultrasonic pulse to induce a propagating shear wave in the region of interest; imaging the region of interest with the ultrasound imaging system at a frame rate sufficient to detect the propagating shear wave to form a plurality of image frames of the region of interest as the propagating shear wave moves through the region of interest; subtracting the baseline image from at least two of the formed image frames to obtain at least two difference frames; determining a position of the propagating shear wave in the at least two difference frames; calculating a propagation speed of the propagating shear wave in the region of interest from the positions in the at least two difference frames; and calculating a tissue stiffness of the region of interest from the propagation speed.
A method for sending a measurement signal, comprising: sending , by a network device, downlink measurement signals to a terminal device by using one or more transmit beams; and receiving, by the network device, a detection result, fed back by the terminal device, of signal strength of the downlink measurement signals; characterized in that the method further comprises: when determining, by the network device, that the terminal device enters a cell edge area of the network device by detecting that the detection result is lower than a specified threshold and determining, by the network device, that a quantity of terminal devices that enter the cell edge area is less than a quantity of neighboring base stations, instructing , by the network device, the terminal device to use an uplink measurement signal-based measurement manner. sending , by a network device, downlink measurement signals to a terminal device by using one or more transmit beams; and receiving, by the network device, a detection result, fed back by the terminal device, of signal strength of the downlink measurement signals; characterized in that the method further comprises: when determining, by the network device, that the terminal device enters a cell edge area of the network device by detecting that the detection result is lower than a specified threshold and determining, by the network device, that a quantity of terminal devices that enter the cell edge area is less than a quantity of neighboring base stations, instructing , by the network device, the terminal device to use an uplink measurement signal-based measurement manner.