mhurhangee/patent-ind-claim-en huggingface dataset:
A spinal implant system comprising: a body including a first vertebral engaging surface and a second vertebral engaging surface , the first vertebral engaging surface being disposed relative to the second vertebral engaging surface at a selected angular orientation (α, α 2 ), the body defining at least one opening ; and at least one fastener disposed with the at least one opening , the at least one fastener being engageable with the body and fixable with vertebral tissue between a first configuration such that the at least one fastener is movable to a plurality of axial orientations relative to the body and a second configuration such that the at least one fastener is fixed relative to the body ; wherein the at least one fastener includes a spherical head that is rotatable within the at least one opening in the first configuration; wherein the at least one opening comprises an axial slot , wherein the axial slot comprises a threaded portion ; wherein the body includes a surface that defines the axial slot , the surface of the body engaging the at least one fastener ; the spinal implant system further comprising a crown configured for disposal with the axial slot and configured to support the at least one fastener ; wherein the crown includes a wall having a threaded surface fixable with the body and a surface slidably engageable with the head in the first configuration and engageable with the head for a friction fit in the second configuration. a body including a first vertebral engaging surface and a second vertebral engaging surface , the first vertebral engaging surface being disposed relative to the second vertebral engaging surface at a selected angular orientation (α, α 2 ), the body defining at least one opening ; and at least one fastener disposed with the at least one opening , the at least one fastener being engageable with the body and fixable with vertebral tissue between a first configuration such that the at least one fastener is movable to a plurality of axial orientations relative to the body and a second configuration such that the at least one fastener is fixed relative to the body ; wherein the at least one fastener includes a spherical head that is rotatable within the at least one opening in the first configuration; wherein the at least one opening comprises an axial slot , wherein the axial slot comprises a threaded portion ; wherein the body includes a surface that defines the axial slot , the surface of the body engaging the at least one fastener ; the spinal implant system further comprising a crown configured for disposal with the axial slot and configured to support the at least one fastener ; wherein the crown includes a wall having a threaded surface fixable with the body and a surface slidably engageable with the head in the first configuration and engageable with the head for a friction fit in the second configuration.
A liquid processing nozzle to be connected to a liquid piping between a handpiece and a water supply source piping , the liquid processing nozzle comprising: a nozzle body in which a liquid inlet , a liquid outlet and a liquid flow path communicating the liquid inlet and the liquid outlet are formed; and a plurality of protrusions protruding from an inner surface of the liquid flow path into the liquid flow path, characterized in that , the plurality of protrusions are arranged so that protrusion amounts of the plurality of protrusions protruding from the inner surface of the liquid flow path into the liquid flow path gradually increase as they go from an upstream side to a downstream side of the liquid flow path in a flow direction of a liquid from the liquid inlet to the liquid outlet. a nozzle body in which a liquid inlet , a liquid outlet and a liquid flow path communicating the liquid inlet and the liquid outlet are formed; and a plurality of protrusions protruding from an inner surface of the liquid flow path into the liquid flow path, characterized in that , the plurality of protrusions are arranged so that protrusion amounts of the plurality of protrusions protruding from the inner surface of the liquid flow path into the liquid flow path gradually increase as they go from an upstream side to a downstream side of the liquid flow path in a flow direction of a liquid from the liquid inlet to the liquid outlet.
A method for wireless communication, comprising: identifying a resource grant for an uplink transmission, the uplink transmission comprising a first reference signal RS, and a transmission time interval that includes at least a second RS and data; identifying a type of the first RS, a type of the second RS, and a type of the data; determining a prioritization between the first RS, the second RS, and the data based at least in part on the type of the first RS, the type of the second RS, and the type of the data; dynamically configuring a time location of a transient period that overlaps with the first RS, or the TTI, or both based at least in part on the determined prioritization; and transmitting the uplink transmission comprising the configured transient period, wherein, the transient period is a region in which at least one of transmission power or RB allocation changes. identifying a resource grant for an uplink transmission, the uplink transmission comprising a first reference signal RS, and a transmission time interval that includes at least a second RS and data; identifying a type of the first RS, a type of the second RS, and a type of the data; determining a prioritization between the first RS, the second RS, and the data based at least in part on the type of the first RS, the type of the second RS, and the type of the data; dynamically configuring a time location of a transient period that overlaps with the first RS, or the TTI, or both based at least in part on the determined prioritization; and transmitting the uplink transmission comprising the configured transient period, wherein, the transient period is a region in which at least one of transmission power or RB allocation changes.
A method of determining the residual capacity of a battery of a vehicle having an internal combustion engine and a forced induction device, said battery being adapted to supplement output torque of said engine via a rotary electrical machine during a lag period of the forced induction device, said method comprising: determining a minimum capacity of said battery, and calculating a residual capacity above said minimum for providing supplemental torque to said engine via said electrical machine during the lag period, said residual capacity increasing with vehicle altitude. determining a minimum capacity of said battery, and calculating a residual capacity above said minimum for providing supplemental torque to said engine via said electrical machine during the lag period, said residual capacity increasing with vehicle altitude.
A method to authenticate a claimant , comprising: receiving by a verifier , from the claimant, at least one set of beam data comprising one or more distinctive beam parameters including a pseudo random code segment extracted by the claimant from at least one spot beam transmission transmitted by a satellite ; receiving by the verifier , from the claimant , at least one location identifier and a time stamp; comparing by the verifier the at least one set of beam data to a known valid data set; and authenticating the claimant , by the verifier , when the at least one set of beam data matches the known valid data set and the at least one location identifier is within a threshold distance of an expected geographic location for the spot beam at a time corresponding to the time stamp. receiving by a verifier , from the claimant, at least one set of beam data comprising one or more distinctive beam parameters including a pseudo random code segment extracted by the claimant from at least one spot beam transmission transmitted by a satellite ; receiving by the verifier , from the claimant , at least one location identifier and a time stamp; comparing by the verifier the at least one set of beam data to a known valid data set; and authenticating the claimant , by the verifier , when the at least one set of beam data matches the known valid data set and the at least one location identifier is within a threshold distance of an expected geographic location for the spot beam at a time corresponding to the time stamp.
Sanitary wall module comprising a stud frame composed of vertical and horizontal profile bars and connectors , at least one water inlet connection , and at least one cladding panel to be attached to the front of the stud frame , which has at least one opening (12, 12 I ), wherein the stud frame is designed as a prefabricated stud frame for forming a wall module, and wherein the cladding panel is designed as a prefabricated cladding panel in that it already has the at least one opening (12, 12 I ) and is dimensioned and/or cut to size in such a way that in the assembled state it extends substantially over the entire height and/or the entire width of the stud frame , characterised in that the at least one water inlet connection is mounted on a fitting plate (8, 8 I , 8 II ) connected to the stud frame, a mixing and/or distributing fitting being mounted on the fitting plate (8, 8 I , 8 II ), to which the at least one water inlet connection is connected via a pipeline , the fitting plate (8, 8 I , 8 II ) being shaped in such a way that it has mounting planes (M1, M2) which are horizontally spaced apart from one another, wherein the mixing and/or distributing fitting is mounted on a different one of these mounting planes (M1, M2) than the at least one water inlet connection , and wherein the horizontal distance between the mounting planes (M1, M2) is dimensioned such that the pipeline connecting the water inlet connection to the mixing and/or distributing fitting extends as an axially straight pipeline in a plane which is parallel to the mounting planes (M1, M2) of the fitting plate (8, 8 I , 8 II ).
A glass enclosure for an electronic device, comprising: a plurality of enclosure components, the enclosure components being joined together along corresponding interfaces to establish an enclosure structure, the enclosure structure having corresponding first and second ends, the enclosure structure having corresponding first and second surfaces, the second surface being exposed to an environment; and first and second cap components disposed at corresponding ones of the first and second ends, wherein the enclosure components are formed from a chemically hardened alkali-aluminosilicate glass that is electromagnetically transparent to radio-frequency (RF) signals, wherein the enclosure components are welded together. a plurality of enclosure components, the enclosure components being joined together along corresponding interfaces to establish an enclosure structure, the enclosure structure having corresponding first and second ends, the enclosure structure having corresponding first and second surfaces, the second surface being exposed to an environment; and first and second cap components disposed at corresponding ones of the first and second ends, wherein the enclosure components are formed from a chemically hardened alkali-aluminosilicate glass that is electromagnetically transparent to radio-frequency (RF) signals, wherein the enclosure components are welded together.
A method for generating a live, attenuated chikungunya (CHIK) virus incapable of replicating in mosquitoes and mosquito cells, the method comprising: cloning an internal ribosomal entry site of encephalomyocarditis virus (EMCV IRES) between the end of the nonstructural protein 4 (nsP4) coding sequence and the initiating AUG of a subgenomic RNA coding sequence of chikungunya (CHIK) virus instead of a natural 5' UTR of the subgenomic RNA and upstream of the CHIK virus structural protein open reading frame (ORF); and inactivating the subgenomic promoter of the chikungunya (CHIK) virus by introducing clustered point mutations in the 5'UTR of the subgenomic RNA preventing reversion to an active SG RNA promoter. cloning an internal ribosomal entry site of encephalomyocarditis virus (EMCV IRES) between the end of the nonstructural protein 4 (nsP4) coding sequence and the initiating AUG of a subgenomic RNA coding sequence of chikungunya (CHIK) virus instead of a natural 5' UTR of the subgenomic RNA and upstream of the CHIK virus structural protein open reading frame (ORF); and inactivating the subgenomic promoter of the chikungunya (CHIK) virus by introducing clustered point mutations in the 5'UTR of the subgenomic RNA preventing reversion to an active SG RNA promoter.
An apparatus for coupling a work tool to an arm assembly of a machine , the arm assembly comprising a first arm and a second arm and the work tool comprising a first engagement means and a second engagement means , wherein the apparatus comprises: at least one pin member adapted to engage with the at least one arm and the at least one engagement means wherein a first pin member is adapted to engage with the first arm and the first engagement means and a second pin member is adapted to engage with the second arm and the second engagement means and wherein the at least one pin member is adapted to rotate in the at least one engagement means between a locked orientation and an unlocked orientation, wherein the at least one pin member couples the work tool to the arm assembly in the locked orientation and the work tool is separable from the arm assembly in the unlocked orientation ; characterised in that the apparatus further comprises a frame comprising at least one rounded rectangular aperture for engaging with the first pin member and at least one circular aperture for engaging with the second pin member . at least one pin member adapted to engage with the at least one arm and the at least one engagement means wherein a first pin member is adapted to engage with the first arm and the first engagement means and a second pin member is adapted to engage with the second arm and the second engagement means and wherein the at least one pin member is adapted to rotate in the at least one engagement means between a locked orientation and an unlocked orientation, wherein the at least one pin member couples the work tool to the arm assembly in the locked orientation and the work tool is separable from the arm assembly in the unlocked orientation ; characterised in that the apparatus further comprises a frame comprising at least one rounded rectangular aperture for engaging with the first pin member and at least one circular aperture for engaging with the second pin member .
A method for automatically deleting instant messaging information, comprising: setting, by an information transmission terminal , a value of a flag as False in instant messaging information to be transmitted; when receiving an automatic deletion command from a user of the information transmission terminal, modifying, by the information transmission terminal, the value of the flag as a preset value in the instant messaging information to be transmitted; transmitting, by the information transmission terminal, the instant messaging information; and receiving , by an information receiving terminal , the instant messaging information; playing or displaying , by the information receiving terminal, the instant messaging information; determining, by the information receiving terminal, whether the value of the flag in the instant messaging information is the preset value according to a communication protocol established between the information transmission terminal and the information receiving terminal, if yes, determining that the automatic deletion command is comprised in the instant messaging information, and deleting the instant messaging information automatically after a preset time interval after the instant messaging information is played or displayed. setting, by an information transmission terminal , a value of a flag as False in instant messaging information to be transmitted; when receiving an automatic deletion command from a user of the information transmission terminal, modifying, by the information transmission terminal, the value of the flag as a preset value in the instant messaging information to be transmitted; transmitting, by the information transmission terminal, the instant messaging information; and receiving , by an information receiving terminal , the instant messaging information; playing or displaying , by the information receiving terminal, the instant messaging information; determining, by the information receiving terminal, whether the value of the flag in the instant messaging information is the preset value according to a communication protocol established between the information transmission terminal and the information receiving terminal, if yes, determining that the automatic deletion command is comprised in the instant messaging information, and deleting the instant messaging information automatically after a preset time interval after the instant messaging information is played or displayed.
A mass-spectrometric leak detector comprising a multi-stage turbomolecular pump , a mass spectrometer connected to the suction side of the turbomolecular pump , a backing pump connected to the pressure side of the turbomolecular pump , and a booster pump stage whose suction side has a connector for a test object to be tested and whose pressure side is connected via a gas conduction path connected to an intermediate gas inlet of the turbomolecular pump to the pressure side of a pump stage of the turbomolecular pump connected to the mass spectrometer and to the suction side of a pump stage of the turbomolecular pump connected to the backing pump , characterized in that the stages of the turbomolecular pump and the booster pump stage are arranged on a common shaft and have a common drive , and a separation interrupts the gas conducting path between the pressure side of the booster pump stage adapted to be connected to the test object and the suction side of the pump stage of the turbomolecular pump stage connected to the mass spectrometer , the separation preventing a gas flow from the pressure side of the boost pump stage to the suction side of the pump stage connected to the mass spectrometer . a multi-stage turbomolecular pump , a mass spectrometer connected to the suction side of the turbomolecular pump , a backing pump connected to the pressure side of the turbomolecular pump , and a booster pump stage whose suction side has a connector for a test object to be tested and whose pressure side is connected via a gas conduction path connected to an intermediate gas inlet of the turbomolecular pump to the pressure side of a pump stage of the turbomolecular pump connected to the mass spectrometer and to the suction side of a pump stage of the turbomolecular pump connected to the backing pump , characterized in that the stages of the turbomolecular pump and the booster pump stage are arranged on a common shaft and have a common drive , and a separation interrupts the gas conducting path between the pressure side of the booster pump stage adapted to be connected to the test object and the suction side of the pump stage of the turbomolecular pump stage connected to the mass spectrometer , the separation preventing a gas flow from the pressure side of the boost pump stage to the suction side of the pump stage connected to the mass spectrometer .
A method to reduce image artifacts, the method comprising: obtaining measured projection data acquired using an imaging system, wherein the measured projection data comprises a time series of measured projection images taken over time, at times t = 1, 2...N, wherein the measured projection data is associated with a target object and an artifact source within a radiation field of the imaging system; reconstructing the measured projection data into prior reconstructed volume data; estimating a trajectory of the artifact source from an initial position at the time t=1 to an end position at the time t=N based on the measured projection data and/or the prior reconstructed volume data; generating virtual projection data associated with the artifact source by forward projecting a model representing one or more physical properties of the artifact source, said generating based on the model and the estimated trajectory of the artifact source; wherein the generated virtual projection data comprises a time series of virtual projection images representing positions of the artifact source at the times t=1, 2 ... N; generating corrected projection data based on the measured projection data and the virtual projection data, by correcting each of the measured projection images at the times t = 1, 2 ...N using corresponding virtual projection images at times t = 1, 2 ...N; and reconstructing the corrected projection data into reconstructed volume image data to reduce image artifacts caused by the artifact source. obtaining measured projection data acquired using an imaging system, wherein the measured projection data comprises a time series of measured projection images taken over time, at times t = 1, 2...N, wherein the measured projection data is associated with a target object and an artifact source within a radiation field of the imaging system; reconstructing the measured projection data into prior reconstructed volume data; estimating a trajectory of the artifact source from an initial position at the time t=1 to an end position at the time t=N based on the measured projection data and/or the prior reconstructed volume data; generating virtual projection data associated with the artifact source by forward projecting a model representing one or more physical properties of the artifact source, said generating based on the model and the estimated trajectory of the artifact source; wherein the generated virtual projection data comprises a time series of virtual projection images representing positions of the artifact source at the times t=1, 2 ... N; generating corrected projection data based on the measured projection data and the virtual projection data, by correcting each of the measured projection images at the times t = 1, 2 ...N using corresponding virtual projection images at times t = 1, 2 ...N; and reconstructing the corrected projection data into reconstructed volume image data to reduce image artifacts caused by the artifact source.