mhurhangee/patent-ind-claim-en huggingface dataset:
A method of calibrating an optical coherence tomography system and an angiography system comprising: generating N sets of optical coherence tomography (OCT) image data, wherein each of the N sets of OCT image data is obtained by performing N pullbacks of an ex vivo data collection probe comprising a marker; generating N sets of angiography image data comprising a plurality of two-dimensional images, wherein each of the N sets of angiography image comprise a plurality of two-dimensional images of the marker in two or more different spatial positions; using a computing device: generating N sets of OCT frames using the N sets of OCT image data obtained during the N pullbacks; determining an initial frame of the OCT probe pullback from the plurality of OCT frames for each set N; determining an initial angiography frame that corresponds to the initial frame of OCT probe pullback for each set N; determining a time delay between the initial OCT frame and the initial angiography frame for each set N such that N time delays are determined; selecting a minimum time delay from the N time delays; and aligning OCT and angiography frames using the minimum time delay. generating N sets of optical coherence tomography (OCT) image data, wherein each of the N sets of OCT image data is obtained by performing N pullbacks of an ex vivo data collection probe comprising a marker; generating N sets of angiography image data comprising a plurality of two-dimensional images, wherein each of the N sets of angiography image comprise a plurality of two-dimensional images of the marker in two or more different spatial positions; using a computing device: generating N sets of OCT frames using the N sets of OCT image data obtained during the N pullbacks; determining an initial frame of the OCT probe pullback from the plurality of OCT frames for each set N; determining an initial angiography frame that corresponds to the initial frame of OCT probe pullback for each set N; determining a time delay between the initial OCT frame and the initial angiography frame for each set N such that N time delays are determined; selecting a minimum time delay from the N time delays; and aligning OCT and angiography frames using the minimum time delay.
A downlink control information receiving method, performed by user equipment, the method comprising: receiving configuration information of downlink control information, DCI, wherein the configuration information comprises indication information of a location of a target field of the user equipment and a function indicated by the target field; receiving the DCI; and obtaining the target field in the DCI based on the configuration information, and obtaining function information carried in the target field; wherein the function comprises: a wake-up function or a sleep function; and a function of activating the BWP or deactivating the BWP. receiving configuration information of downlink control information, DCI, wherein the configuration information comprises indication information of a location of a target field of the user equipment and a function indicated by the target field; receiving the DCI; and obtaining the target field in the DCI based on the configuration information, and obtaining function information carried in the target field; wherein the function comprises: a wake-up function or a sleep function; and a function of activating the BWP or deactivating the BWP. a wake-up function or a sleep function; and a function of activating the BWP or deactivating the BWP.
A vehicle drive assembly with transverse dual-power-source, connected to a vehicle axle half shaft, whereby the vehicle drive assembly comprises a first power source, a second power source and an automatic transmission , the automatic transmission is provided with a first input shaft and a second input shaft , the power sources are respectively connected to the two input shafts, and a differential is provided at a connection between the automatic transmission and the vehicle axle half shaft; in the automatic transmission , a first intermediate shaft is provided coaxial with the first input shaft , and a second intermediate shaft is provided coaxial with the first intermediate shaft ; the second input shaft is provided coaxial with the second intermediate shaft ; and a third intermediate shaft is provided parallel to the first input shaft , and a fourth intermediate shaft is provided coaxial with the third intermediate shaft ; a first clutch is provided between the third intermediate shaft and the fourth intermediate shaft , and a second clutch is provided between the first intermediate shaft and the second intermediate shaft ; and the first intermediate shaft is provided with a first gear , the third intermediate shaft is provided with a second gear , and the first gear and the second gear are in engaged transmission; the second intermediate shaft is provided with a third gear , the fourth intermediate shaft is provided with a fourth gear , and the third gear and the fourth gear are in engaged transmission; and the differential is provided with a fifth gear , the third gear and the fourth gear are in engaged transmission, and the fourth gear is simultaneously in engaged transmission with the fifth gear . in the automatic transmission , a first intermediate shaft is provided coaxial with the first input shaft , and a second intermediate shaft is provided coaxial with the first intermediate shaft ; the second input shaft is provided coaxial with the second intermediate shaft ; and a third intermediate shaft is provided parallel to the first input shaft , and a fourth intermediate shaft is provided coaxial with the third intermediate shaft ; a first clutch is provided between the third intermediate shaft and the fourth intermediate shaft , and a second clutch is provided between the first intermediate shaft and the second intermediate shaft ; and the first intermediate shaft is provided with a first gear , the third intermediate shaft is provided with a second gear , and the first gear and the second gear are in engaged transmission; the second intermediate shaft is provided with a third gear , the fourth intermediate shaft is provided with a fourth gear , and the third gear and the fourth gear are in engaged transmission; and the differential is provided with a fifth gear , the third gear and the fourth gear are in engaged transmission, and the fourth gear is simultaneously in engaged transmission with the fifth gear .
A method for identifying, or quantifying a miRNA from a sample of interest, comprising: a) contacting the sample of interest with an anti-miRNA probe covalently attached to a bead; b) incubating the sample of interest - bead mixture under suitable conditions to form hybridized complexes between the miRNA in the sample of interest and the anti-miRNA probes on the beads; c) washing the beads under suitable conditions to remove the unbound sample material; and d) identifying, or quantifying the miRNA bound to the anti-miRNA probes, wherein the identifying or quantifying the miRNA comprises using reverse transcription followed by real-time (RT) or quantitative polymerase chain reaction (q-PCR), wherein the sample of interest in step a) is a sample lysate or a biological sample mixed with a lysis buffer. a) contacting the sample of interest with an anti-miRNA probe covalently attached to a bead; b) incubating the sample of interest - bead mixture under suitable conditions to form hybridized complexes between the miRNA in the sample of interest and the anti-miRNA probes on the beads; c) washing the beads under suitable conditions to remove the unbound sample material; and d) identifying, or quantifying the miRNA bound to the anti-miRNA probes, wherein the identifying or quantifying the miRNA comprises using reverse transcription followed by real-time (RT) or quantitative polymerase chain reaction (q-PCR), wherein the sample of interest in step a) is a sample lysate or a biological sample mixed with a lysis buffer.
An article of apparel comprising: a body comprising at least a front portion and a back portion each having a lower margin , a first side with respect to a hypothetical midline axis that bisects the body into generally equal right and left halves, a second side with respect to the hypothetical midline axis , a first shoulder strap having a first aperture , and a second shoulder strap having a second aperture , the back portion comprising at least a first pair of maintainers (122A; 122B), each maintainer positioned opposite the other maintainer with respect to the hypothetical midline axis ; and a liner positioned adjacent and internal to the body , the liner having a first harness strap and a second harness strap , wherein the first harness strap is adapted to pass through the first aperture and at least one maintainer of the first pair of maintainers (122A; 122B), the first harness strap having a terminally located first tab , and wherein the second harness strap is adapted to pass through the second aperture and at least one maintainer of the first pair of maintainers (122A; 122B), the second harness strap having a terminally located second tab , wherein the first side of the body comprises a first attachment element to which the first tab is adapted to be attached and the second side of the body comprises a second attachment element to which the second tab is adapted to be attached.
Load dependent brake pressure valve comprising a) a valve housing with an inlet port for an inlet brake pressure and an outlet port for an outlet brake pressure, b) valve elements which transform the inlet brake pressure corresponding to a transformation characteristic into an outlet brake pressure, c) an adjustment shaft protruding from the valve housing , the adjustment shaft being coupled to the valve elements such that a rotation of the adjustment shaft relatively to the valve housing leads to a change of the transformation characteristic and d) an adjustment element which is arranged outside from the valve housing and which da) is connected to the adjustment shaft via a connection transmitting a moment, db) can be fixed in different adjustment positions by means of a fixing device to the valve housing or a console which is fixedly connected to the valve housing e) wherein the adjustment shaft is supported on the valve housing or on the console via a supporting path which runs along the connection which connects the adjustment element to the adjustment shaft , the adjustment element and the fixing device , characterised in that f) the adjustment path fa) comprises a degree of freedom and fb) comprises at least one spring which for a relative displacement from the equilibrium position along the degree of freedom generates a return force or a return moment towards the equilibrium position . a) a valve housing with an inlet port for an inlet brake pressure and an outlet port for an outlet brake pressure, b) valve elements which transform the inlet brake pressure corresponding to a transformation characteristic into an outlet brake pressure, c) an adjustment shaft protruding from the valve housing , the adjustment shaft being coupled to the valve elements such that a rotation of the adjustment shaft relatively to the valve housing leads to a change of the transformation characteristic and d) an adjustment element which is arranged outside from the valve housing and which da) is connected to the adjustment shaft via a connection transmitting a moment, db) can be fixed in different adjustment positions by means of a fixing device to the valve housing or a console which is fixedly connected to the valve housing e) wherein the adjustment shaft is supported on the valve housing or on the console via a supporting path which runs along the connection which connects the adjustment element to the adjustment shaft , the adjustment element and the fixing device , characterised in that f) the adjustment path fa) comprises a degree of freedom and fb) comprises at least one spring which for a relative displacement from the equilibrium position along the degree of freedom generates a return force or a return moment towards the equilibrium position . fa) comprises a degree of freedom and fb) comprises at least one spring which for a relative displacement from the equilibrium position along the degree of freedom generates a return force or a return moment towards the equilibrium position .
Honeycomb body which can be flowed through by a gas from a first end face to a second end face in a flow direction (S), constructed from at least partially structured sheet metal layers , which are layered one on top of the other and entwined with each other and which form gas-permeable channels , wherein at least one of the sheet metal layers is reinforced or replaced by at least two elongate electrical heating elements which are arranged approximately parallel and with a spacing one behind the other in the flow direction and extend transversely to the flow direction, characterized in that , in the sheet metal layers , openings and/or flow-guiding elements are present, which can divert the gas even into regions of the honeycomb body which are at least partially blocked by the heating elements , and out of said regions.
A method of transmitting data from an analyte sensor system to a display device , wherein the analyte sensor system corresponds to a near field communication, NFC, target and comprises an analyte sensor and an electronics module , wherein the electronics module comprises a processor for obtaining and processing sensor measurement values from the analyte sensor and a transceiver for transmitting the data, wherein the analyte sensor is physically connected to the electronics module , and wherein the display device is capable of NFC communication and corresponds to an NFC initiator, the method comprising: the analyte sensor system gathering analyte data from the analyte sensor that it periodically sends to the display device via wireless transmission with the display device at predetermined time intervals, wherein the analyte sensor system and the display device establish a communication channel between them to periodically communicate; and waking up the electronics module using NFC by the display device , where the NFC wakeup causes immediate or forced communication between the electronics module and the display device . the analyte sensor system gathering analyte data from the analyte sensor that it periodically sends to the display device via wireless transmission with the display device at predetermined time intervals, wherein the analyte sensor system and the display device establish a communication channel between them to periodically communicate; and waking up the electronics module using NFC by the display device , where the NFC wakeup causes immediate or forced communication between the electronics module and the display device .
A method for uplink transmission, characterized by comprising: receiving, by a terminal device, indication information sent by a network device , the indication information being used for indicating at least one beam corresponding to at least one uplink transmission channel of the terminal device, wherein each of the at least one beam is used for transmitting each of its corresponding uplink transmission channel; and performing, by the terminal device, uplink transmission according to the indication information ; wherein the at least one uplink transmission channel comprises a Physical Uplink Shared Channel, PUSCH, and a Physical Uplink Control Channel, PUCCH, and wherein the PUSCH and the PUCCH correspond to a same beam. receiving, by a terminal device, indication information sent by a network device , the indication information being used for indicating at least one beam corresponding to at least one uplink transmission channel of the terminal device, wherein each of the at least one beam is used for transmitting each of its corresponding uplink transmission channel; and performing, by the terminal device, uplink transmission according to the indication information ; wherein the at least one uplink transmission channel comprises a Physical Uplink Shared Channel, PUSCH, and a Physical Uplink Control Channel, PUCCH, and wherein the PUSCH and the PUCCH correspond to a same beam.
A pharmaceutical composition for use in a method of improving a pain-associated parameter and averting opioid addiction in a patient diagnosed as suffering from moderate to severe low back pain (LBP), said composition comprising: a therapeutically effective amount of an antibody that binds specifically to nerve growth factor (NGF) or an antigen binding fragment thereof wherein the antibody or antigen-binding fragment comprises a heavy chain variable region (HCVR)/light chain variable region (LCVR) amino acid sequence pair of SEQ ID NOs: 2/10; and wherein the patient, following administration of the pharmaceutical composition, is diagnosed with an improvement in one or more pain-associated parameters selected from the group consisting of: (a) a change from baseline at week 16 in the average daily Low Back Pain Intensity (LBPI) Numerical Rating Scale (NRS) score; (b) a change from baseline at week 16 in the Roland Morris Disability Questionnaire (RMDQ) total score; (c) a change from baseline at week 16 in the Patient Global Assessment (PGA) of Low Back Pain (LBP) score; and (d) a change from baseline at week 2, 4, 8 and 12 in the average daily LBPI NRS score. a therapeutically effective amount of an antibody that binds specifically to nerve growth factor (NGF) or an antigen binding fragment thereof wherein the antibody or antigen-binding fragment comprises a heavy chain variable region (HCVR)/light chain variable region (LCVR) amino acid sequence pair of SEQ ID NOs: 2/10; and wherein the patient, following administration of the pharmaceutical composition, is diagnosed with an improvement in one or more pain-associated parameters selected from the group consisting of: (a) a change from baseline at week 16 in the average daily Low Back Pain Intensity (LBPI) Numerical Rating Scale (NRS) score; (b) a change from baseline at week 16 in the Roland Morris Disability Questionnaire (RMDQ) total score; (c) a change from baseline at week 16 in the Patient Global Assessment (PGA) of Low Back Pain (LBP) score; and (d) a change from baseline at week 2, 4, 8 and 12 in the average daily LBPI NRS score.
People conveyor drive of a people conveyor comprising a plurality of treads interconnected to form an endless tread band , the people conveyor drive comprising: a tension member drive system configured to drive the endless tread band ; and a shaft (42; 30; 35) having a shaft main portion and at least one shaft support portion , the at least one shaft support portion being supported by at least one shaft bearing to be rotatable around a shaft axis (A); wherein the shaft (42; 30; 35) is configured for engaging with an endless tread drive tension member to drive the endless tread band ; wherein the shaft (42; 30; 35) has a split shaft configuration with the shaft main portion being detachably coupled to the at least one shaft support portion ; characterised in that : the at least one shaft support portion comprises a shaft main portion receiving part configured to receive a first end of the shaft main portion to couple the shaft main portion to the at least one shaft support portion ; wherein the shaft main portion receiving part comprises a receptacle supporting the first end of the shaft main portion , and a clamping part detachably coupled to the receptacle to fix the first end of the shaft main portion in the receptacle . a tension member drive system configured to drive the endless tread band ; and a shaft (42; 30; 35) having a shaft main portion and at least one shaft support portion , the at least one shaft support portion being supported by at least one shaft bearing to be rotatable around a shaft axis (A); wherein the shaft (42; 30; 35) is configured for engaging with an endless tread drive tension member to drive the endless tread band ; wherein the shaft (42; 30; 35) has a split shaft configuration with the shaft main portion being detachably coupled to the at least one shaft support portion ; characterised in that : the at least one shaft support portion comprises a shaft main portion receiving part configured to receive a first end of the shaft main portion to couple the shaft main portion to the at least one shaft support portion ; wherein the shaft main portion receiving part comprises a receptacle supporting the first end of the shaft main portion , and a clamping part detachably coupled to the receptacle to fix the first end of the shaft main portion in the receptacle . the at least one shaft support portion comprises a shaft main portion receiving part configured to receive a first end of the shaft main portion to couple the shaft main portion to the at least one shaft support portion ; wherein the shaft main portion receiving part comprises a receptacle supporting the first end of the shaft main portion , and a clamping part detachably coupled to the receptacle to fix the first end of the shaft main portion in the receptacle .
A system for measuring a property of a process fluid in a pipe , the system comprising: a vortex sensing field device adapted to couple to the pipe and to measure a velocity of the fluid flowing in the pipe, the vortex sensing field device having a plurality of configurable terminations (41A-41D); a pressure transmitter operably coupled to the plurality of configurable terminations (41A-41D) to provide an indication of a fluid pressure ; and a switch coupled to the plurality of configurable terminations (41A-41D) and to a microprocessor in the field device , wherein the microprocessor controls the switch to selectably couple the configurable terminations (41A-41D) to an analog-to-digital converter in the vortex sensing field device; wherein the vortex sensing field device is configured to calculate the property of the fluid based upon fluid velocity and the fluid pressure provided through the operably coupled configurable terminations (41A-41D). a vortex sensing field device adapted to couple to the pipe and to measure a velocity of the fluid flowing in the pipe, the vortex sensing field device having a plurality of configurable terminations (41A-41D); a pressure transmitter operably coupled to the plurality of configurable terminations (41A-41D) to provide an indication of a fluid pressure ; and a switch coupled to the plurality of configurable terminations (41A-41D) and to a microprocessor in the field device , wherein the microprocessor controls the switch to selectably couple the configurable terminations (41A-41D) to an analog-to-digital converter in the vortex sensing field device; wherein the vortex sensing field device is configured to calculate the property of the fluid based upon fluid velocity and the fluid pressure provided through the operably coupled configurable terminations (41A-41D).
Method for winding a rotor or a stator comprising K phase windings (E1-EK) each made up of MxN undulating conductors, M being the number of wires , N being the number of turns, characterized in that it comprises the step of successively, one after the other, performing partial insertions (Ela-EKa; E1b-EKb)of each phase winding (E1-EK) into a corresponding series of slots (Sl-SK), each partial insertion being performed on part of a phase winding having a number N of turns which are each formed by a number of wires less than M, or on part of a phase winding (E1-EK) having a number of turns less than N which are each formed by a number of wires equal to M, and in that a partial insertion of a given rank (j) is performed for all of the phase windings (E1-EK) before moving on to the partial insertion of the next rank (j+1) so that each partial insertion of a phase winding (E1-EK), except for that of the last rank, is performed before the windings of the other phases are fully accomplished.