mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for grading a pattern suitable for fabricating a garment from a first size to a second size, the pattern comprising one or more panels, a panel comprising a two-dimensional closed domain, the method comprising the steps of: - a first representation step comprising representing each panel of the one or more panels by a contour enclosing its respective closed domain, wherein a contour comprises one or more segments; - a constraint step comprising imposing one or more constraints (501-506, 515-518,519-522, 600, 523-525, 508-509) on one or more segments of a contour for grading to the second size; - generating a mesh of each panel of the one or more panels thereby obtaining a first set of meshes; - combining the first set of meshes with the constraints (501-506, 515-518,519-522, 600, 523-525, 508-509) into a system of equations; - solving the system of equations into a second set of meshes, wherein the contours of the second meshes correspond to the pattern in the second size; and - representing the contours of the second set of meshes. - a first representation step comprising representing each panel of the one or more panels by a contour enclosing its respective closed domain, wherein a contour comprises one or more segments; - a constraint step comprising imposing one or more constraints (501-506, 515-518,519-522, 600, 523-525, 508-509) on one or more segments of a contour for grading to the second size; - generating a mesh of each panel of the one or more panels thereby obtaining a first set of meshes; - combining the first set of meshes with the constraints (501-506, 515-518,519-522, 600, 523-525, 508-509) into a system of equations; - solving the system of equations into a second set of meshes, wherein the contours of the second meshes correspond to the pattern in the second size; and - representing the contours of the second set of meshes.
An isolated antibody against human sPLA2-IIA, wherein - the variable region of the heavy chain comprises the following CDRs: VH-CDR1: GYTFTS (SEQ ID NO: 1); VH-CDR2: WIFPGDGSTE (SEQ ID NO: 2); and VH-CDR3: WGITAFPLFDY (SEQ ID NO: 3), and - the variable region of the light chain comprises the following CDRs: VL-CDR1: RASESVDYDGDSYMN (SEQ ID NO: 4); VL-CDR2: AASNLES (SEQ ID NO: 5); and VL-CDR3: LQSNEAPWT (SEQ ID NO: 6), and wherein said antibody has a Kd for binding to human sPLA2-IIA of less than 9.10 -10 M. - the variable region of the heavy chain comprises the following CDRs: VH-CDR1: GYTFTS (SEQ ID NO: 1); VH-CDR2: WIFPGDGSTE (SEQ ID NO: 2); and VH-CDR3: WGITAFPLFDY (SEQ ID NO: 3), and VH-CDR1: GYTFTS (SEQ ID NO: 1); VH-CDR2: WIFPGDGSTE (SEQ ID NO: 2); and VH-CDR3: WGITAFPLFDY (SEQ ID NO: 3), and - the variable region of the light chain comprises the following CDRs: VL-CDR1: RASESVDYDGDSYMN (SEQ ID NO: 4); VL-CDR2: AASNLES (SEQ ID NO: 5); and VL-CDR3: LQSNEAPWT (SEQ ID NO: 6), VL-CDR1: RASESVDYDGDSYMN (SEQ ID NO: 4); VL-CDR2: AASNLES (SEQ ID NO: 5); and VL-CDR3: LQSNEAPWT (SEQ ID NO: 6),
An electronic device utilizing a frustrated total internal reflection system to determine a touch event and comprising high optical transmittance glass comprising: a. less than 10 imperfections per cm 3, wherein i. the imperfection comprises an inclusion or bubble; and ii. the size of the imperfection is less than 100 μm along the axis of the longest dimension of the imperfection; or b. less than 200 ppm Fe 2 O 3; and c. the absorption coefficient of the glass is less than 2.0 m -1 at 900 nm; and d. the absorption coefficient of the glass is less than 2.0 m -1 from 400 to 800 nm. a. less than 10 imperfections per cm 3, wherein i. the imperfection comprises an inclusion or bubble; and ii. the size of the imperfection is less than 100 μm along the axis of the longest dimension of the imperfection; or i. the imperfection comprises an inclusion or bubble; and ii. the size of the imperfection is less than 100 μm along the axis of the longest dimension of the imperfection; or b. less than 200 ppm Fe 2 O 3; and c. the absorption coefficient of the glass is less than 2.0 m -1 at 900 nm; and d. the absorption coefficient of the glass is less than 2.0 m -1 from 400 to 800 nm.
An apparatus for sealing at least first and second cauls (60a, 60b) over a composite barrel part layup on a mandrel, comprising: a first edge seal extending around a perimeter of the first caul and configured to form a vacuum tight seal between the first caul and the mandrel; and a second edge seal extending around a perimeter of the second caul and configured to form a vacuum tight seal between the second caul and the mandrel, wherein the first and second edge seals (62a, 62b) overlap and are configured to form a vacuum tight seal between the first and second cauls (60a, 60b). a first edge seal extending around a perimeter of the first caul and configured to form a vacuum tight seal between the first caul and the mandrel; and a second edge seal extending around a perimeter of the second caul and configured to form a vacuum tight seal between the second caul and the mandrel, wherein the first and second edge seals (62a, 62b) overlap and are configured to form a vacuum tight seal between the first and second cauls (60a, 60b).
A method for scheduling data transmission performed by an intermediate node in a data path, the method comprising: receiving, from a preceding node in the data path, a timeslot registration request message requesting a preferred sending time for scheduling at least one Common Public Radio Interface, CPRI, over Ethernet data transmission; determining if a conflict exists between the requested preferred sending time and any previously scheduled timeslots; responsive to determining there is a conflict between the requested preferred sending time and a first previously scheduled timeslot, determining a next available timeslot that satisfies the received timeslot registration request; scheduling the determined next available timeslot for the CPRI over Ethernet data transmission; transmitting, to the preceding node, an update message indicating a modification to the requested preferred sending time; and forwarding, to a subsequent node in the data path, a modified timeslot registration request message requesting the determined next available timeslot for scheduling the CPRI over Ethernet data transmission. receiving, from a preceding node in the data path, a timeslot registration request message requesting a preferred sending time for scheduling at least one Common Public Radio Interface, CPRI, over Ethernet data transmission; determining if a conflict exists between the requested preferred sending time and any previously scheduled timeslots; responsive to determining there is a conflict between the requested preferred sending time and a first previously scheduled timeslot, determining a next available timeslot that satisfies the received timeslot registration request; scheduling the determined next available timeslot for the CPRI over Ethernet data transmission; transmitting, to the preceding node, an update message indicating a modification to the requested preferred sending time; and forwarding, to a subsequent node in the data path, a modified timeslot registration request message requesting the determined next available timeslot for scheduling the CPRI over Ethernet data transmission.
An audio coding method comprising: for each audio frame, determining whether an audio frame is a transition frame or not; determining a first modification weight according to linear spectral frequency, LSF, differences of the audio frame and LSF differences of a previous audio frame of the audio frame when the audio frame is not a transition frame, where the transition frame includes a transition frame from a non-fricative to a fricative or a transition frame from a fricative to a non-fricative; determining a second modification weight when the audio frame is a transition frame; modifying a linear predictive parameter of the audio frame according to the first modification weight or the determined second modification weight, wherein the linear predictive parameter is a linear spectral pairs, LSP, coefficient; coding the audio frame according to the modified linear predictive parameter of the audio frame. for each audio frame, determining whether an audio frame is a transition frame or not; determining a first modification weight according to linear spectral frequency, LSF, differences of the audio frame and LSF differences of a previous audio frame of the audio frame when the audio frame is not a transition frame, where the transition frame includes a transition frame from a non-fricative to a fricative or a transition frame from a fricative to a non-fricative; determining a second modification weight when the audio frame is a transition frame; modifying a linear predictive parameter of the audio frame according to the first modification weight or the determined second modification weight, wherein the linear predictive parameter is a linear spectral pairs, LSP, coefficient; coding the audio frame according to the modified linear predictive parameter of the audio frame.
A system for starting a turbine engine, comprising: an auxiliary gearbox having a gearbox input shaft; the gearbox input shaft,in use, rotationally coupled to a spool of the turbine via the auxiliary gearbox; a first starter having a first-starter shaft; and a second starter having a second-starter shaft, the second-starter shaft being coaxial with the first-starter shaft, wherein the first starter and second starter are each coupled to the gearbox input shaft independently of one another, and wherein the first-starter shaft radially surrounds the second-starter shaft along at least a portion of an axial length of the second-starter shaft. an auxiliary gearbox having a gearbox input shaft; the gearbox input shaft,in use, rotationally coupled to a spool of the turbine via the auxiliary gearbox; a first starter having a first-starter shaft; and a second starter having a second-starter shaft, the second-starter shaft being coaxial with the first-starter shaft, wherein the first starter and second starter are each coupled to the gearbox input shaft independently of one another, and wherein the first-starter shaft radially surrounds the second-starter shaft along at least a portion of an axial length of the second-starter shaft.
A dry granulation method of producing granules comprising: - mixing a first powder comprising at least one active ingredient and a second powder comprising at least one carrier to form a powder mixture; - feeding the powder mixture to a twin-screw extruder without a solvent or liquid binder; - kneading the powder mixture in a heated screw barrel of the twin-screw extruder, wherein all temperatures along a length of the screw barrel are below a melting point of the at least one active ingredient and below a melting point or a glass transition temperature of the at least one carrier to form a kneaded powder mixture; and - extruding the kneaded powder mixture to form the granules. - mixing a first powder comprising at least one active ingredient and a second powder comprising at least one carrier to form a powder mixture; - feeding the powder mixture to a twin-screw extruder without a solvent or liquid binder; - kneading the powder mixture in a heated screw barrel of the twin-screw extruder, wherein all temperatures along a length of the screw barrel are below a melting point of the at least one active ingredient and below a melting point or a glass transition temperature of the at least one carrier to form a kneaded powder mixture; and - extruding the kneaded powder mixture to form the granules.
A dialysis system comprising: a dialysis machine; a medical fluid tube connected to the dialysis machine; and a sensor assembly connected to the medical fluid tube, the sensor assembly comprising: a housing configured to releasably hold the medical fluid tube; and a Hall effect magnetometer sensor secured to the housing, the Hall effect magnetometer sensor configured to detect a change in strength of a magnetic field when a medical fluid passes through the medical fluid tube. a dialysis machine; a medical fluid tube connected to the dialysis machine; and a sensor assembly connected to the medical fluid tube, the sensor assembly comprising: a housing configured to releasably hold the medical fluid tube; and a Hall effect magnetometer sensor secured to the housing, the Hall effect magnetometer sensor configured to detect a change in strength of a magnetic field when a medical fluid passes through the medical fluid tube. a housing configured to releasably hold the medical fluid tube; and a Hall effect magnetometer sensor secured to the housing, the Hall effect magnetometer sensor configured to detect a change in strength of a magnetic field when a medical fluid passes through the medical fluid tube.
A terminal device comprising an application processor, an optical fingerprint sensor and a touch screen, the touch screen comprising light-emitting units and a first area, and the optical fingerprint sensor being arranged under the first area, wherein the application processor is configured to detect a fingerprint capturing instruction sent by a currently running application being one of a plurality of applications, to determine a first luminance based on the currently running application when the fingerprint capturing instruction sent by the currently running application is detected, to control light-emitting units for the first area to emit light with the first luminance, and to control the first area to display a prompting message of inputting the fingerprint; and the optical fingerprint sensor is configured to capture the fingerprint when the light with the first luminance illuminates the first area, being characterized in that, each application of the plurality of applications is assigned to one security level, and each security level is assigned to one specific luminance; when the security level of an application i is greater than the security level of an application j, the first luminance corresponding to the application i is greater than the first luminance corresponding to the application j, wherein the higher the luminance, the higher the sharpness of a fingerprint captured by the optical fingerprint sensor.
Device for measuring the profile of the tread of a tyre having an underlying surface plane for the tyre to roll on, in which plane at least one measuring slit is formed, at least one lighting device which is embodied and arranged in such a way that during operation it projects a multiplicity of light lines through the measuring slit onto the profile to be measured, and at least one image-recording device which is designed to record at least one image of at least one region of the profile to be measured, wherein the at least one lighting device and the at least one image-recording device are embodied and arranged in such a way that the lighting direction of the lighting device and the image-recording direction of the image-recording device are oriented neither parallel to one another nor orthogonal to the tread of the tyre, wherein that at least one monitoring and calibration device is formed on at least one measuring slit, wherein the monitoring and calibration device has at least one depression whose open side faces the lighting device and the image-recording device, characterized in that the at least one depression is formed at an acute angle to the plane of the underlying surface, wherein the at least one depression is formed at least at an angle to the plane of the underlying surface which is parallel to the direction of a light beam which is emitted by the lighting device in the satisfactory state and is incident in the depression.
Method for measurement of at least one speed of a competitor, such as a skier or a snowboarder, on a race course, such as a ski or snowboard course, by means of a measurement system with a transponder module worn by the competitor, the method including the steps of: - activating and synchronising the transponder module, which includes a measurement unit with at least one measurement sensor (17, 27, 37), at the start of the race, by a synchronising transmission from a transmitter of a decoder device of the measurement system, - measuring the speed of the competitor by means of the measurement unit by a Doppler radar sensor during the race along the course, and estimating a speed by a pressure sensor of the measurement unit of the transponder module in cooperation with the measurement made by the radar sensor during loss of sight of the ground by the radar sensor, the pressure sensor, which is an altimeter, being calibrated just before the start of the race or at the moment that the race starts, - determining by the altimeter with a synchronisation of a time base of the transponder module, intermediate times during the competitor's race, and - transmitting by a transmission unit of the transponder module, the competitor's speed measurement obtained by the Doppler radar sensor and the altimeter, and intermediate times to at least one base station (22, 23, 24) of the measurement system in real time in order to display the competitor's speed in real time or continuously on at least one screen. - activating and synchronising the transponder module, which includes a measurement unit with at least one measurement sensor (17, 27, 37), at the start of the race, by a synchronising transmission from a transmitter of a decoder device of the measurement system, - measuring the speed of the competitor by means of the measurement unit by a Doppler radar sensor during the race along the course, and estimating a speed by a pressure sensor of the measurement unit of the transponder module in cooperation with the measurement made by the radar sensor during loss of sight of the ground by the radar sensor, the pressure sensor, which is an altimeter, being calibrated just before the start of the race or at the moment that the race starts, - determining by the altimeter with a synchronisation of a time base of the transponder module, intermediate times during the competitor's race, and - transmitting by a transmission unit of the transponder module, the competitor's speed measurement obtained by the Doppler radar sensor and the altimeter, and intermediate times to at least one base station (22, 23, 24) of the measurement system in real time in order to display the competitor's speed in real time or continuously on at least one screen.
Tyre having a tread comprising at least two grooves (2, 3) of generally circumferential orientation, a plurality of transverse grooves, at least one plurality of transverse grooves culminating in openings (62, 63) into these two circumferential grooves, the circumferential and transverse grooves having appropriate cross sections for allowing, when running, a flow of liquid present on the road surface, one of these circumferential grooves comprising a plurality of closing devices and the other circumferential groove being totally devoid of any closing device,, each closing device closing at least partly the cross section of a circumferential groove, each closing device being appropriate for flexing and opening the section of the circumferential groove in which it is placed only under the action of a flow of liquid when running on a water-covered road surface, this tyre comprising a plurality of resonators for attenuating the noise generated in a circumferential groove, this tyre being characterized in that these closing devices are arranged in a same circumferential groove (2, 3) circumferentially on each side of a first opening (62, 63) of a transverse groove, so as to delimit with said transverse groove a resonator having a length LR of between half and three-quarters of the length of circumferential groove in contact, the length measured under nominal conditions of load and pressure, this length LR being taken between one closing device and the opening of said transverse groove opening onto the circumferential groove devoid of any closing devices.
A communication method, comprising: receiving, by a processor, a call setup message from a first communication device that is directed toward a second communication device; determining, by the processor, that a communication session between the first communication device and the second communication device comprises a call requirement for an entirety of the communication session; establishing, by the processor, the communication session only in response to determining that the call requirement is satisfied at the time of receiving the call setup message; monitoring, by the processor, the entirety of the communication session to ensure that the call requirement is met; disabling, by the processor, the communication session in response to determining that the call requirement is not met during the communication session; receiving a heartbeat signal from at least one of the first communication device and the second communication device; based on failing to receive the heartbeat signal for at least one predetermined interval of time, determining that the call requirement is not met; and disabling the communication session in response to failing to receive the heartbeat signal and determining that the call requirement is not met. receiving, by a processor, a call setup message from a first communication device that is directed toward a second communication device; determining, by the processor, that a communication session between the first communication device and the second communication device comprises a call requirement for an entirety of the communication session; establishing, by the processor, the communication session only in response to determining that the call requirement is satisfied at the time of receiving the call setup message; monitoring, by the processor, the entirety of the communication session to ensure that the call requirement is met; disabling, by the processor, the communication session in response to determining that the call requirement is not met during the communication session; receiving a heartbeat signal from at least one of the first communication device and the second communication device; based on failing to receive the heartbeat signal for at least one predetermined interval of time, determining that the call requirement is not met; and disabling the communication session in response to failing to receive the heartbeat signal and determining that the call requirement is not met.