mhurhangee/patent-ind-claim-en huggingface dataset:
Use of one or more N-alkylglucamides of the formula (I) where R1 is a linear or branched alkyl group having 5 to 9 carbon atoms and R2 is an alkyl group having 1 to 3 carbon atoms, for reducing drift during application of crop-treatment compositions comprising at least glufosinate as agrochemical active ingredient. R1 is a linear or branched alkyl group having 5 to 9 carbon atoms and R2 is an alkyl group having 1 to 3 carbon atoms, for reducing drift during application of crop-treatment compositions comprising at least glufosinate as agrochemical active ingredient.
A method of manufacturing a pressure sensor which comprises: a tubular housing including a support plate formed on a one-end side of the housing to have a lid-like shape; a diaphragm provided on an other-end side of the housing; a piezoelectric element which outputs an electrical signal corresponding to pressure received by the diaphragm ; and a rod-shaped transmission section which transmits the pressure to the piezoelectric element , the method comprising: accommodating the piezoelectric element into the housing ; and fixing the transmission section to the housing through the diaphragm in a state in which a predetermined preload is applied to the piezoelectric element in an axial direction of the housing by the piezoelectric element being pressed against the support plate by the transmission section . a tubular housing including a support plate formed on a one-end side of the housing to have a lid-like shape; a diaphragm provided on an other-end side of the housing; a piezoelectric element which outputs an electrical signal corresponding to pressure received by the diaphragm ; and a rod-shaped transmission section which transmits the pressure to the piezoelectric element , the method comprising: accommodating the piezoelectric element into the housing ; and fixing the transmission section to the housing through the diaphragm in a state in which a predetermined preload is applied to the piezoelectric element in an axial direction of the housing by the piezoelectric element being pressed against the support plate by the transmission section . accommodating the piezoelectric element into the housing ; and fixing the transmission section to the housing through the diaphragm in a state in which a predetermined preload is applied to the piezoelectric element in an axial direction of the housing by the piezoelectric element being pressed against the support plate by the transmission section .
A fastener configured for spinal applications comprising: a head including a channel adapted to receive a spinal rod; and a shaft extending from the head to a distal tip and having a thread , characterized in that at least a portion of the thread is serrated, and in that the serrated portion of the thread includes serrations having respective widths measured perpendicular to a longitudinal axis of the shaft, successive widths decreasing in magnitude along a portion of a length of the thread toward the distal tip. a head including a channel adapted to receive a spinal rod; and a shaft extending from the head to a distal tip and having a thread , characterized in that at least a portion of the thread is serrated, and in that the serrated portion of the thread includes serrations having respective widths measured perpendicular to a longitudinal axis of the shaft, successive widths decreasing in magnitude along a portion of a length of the thread toward the distal tip.
A method comprising, in response to a first command sent to an address of logic circuitry associated with a replaceable print apparatus component via a serial data bus , wherein the first command specifies a first time period, generating, by the logic circuitry, the low voltage condition on the serial data bus for a first duration based on the first time period; and in response to another first command sent to the same address of the same logic circuitry via the serial data bus at a different point in time, wherein the other first command specifies a second time period different than the first time period, generating, by the logic circuitry, the low voltage condition on the serial data bus for a correspondingly different duration based on the second time period.
An ultrasonic cleaner for cleaning a sample probe of a sample dispensing mechanism comprising: a washing tank in which a washing liquid is reserved; an ultrasonic vibrator driven in an axial direction; a vibration head provided with a neck extended from the ultrasonic vibrator to the washing tank and a tip end portion having a cylindrical hole whose longitudinal direction is oriented in a vertical direction perpendicular to the axial direction, wherein the cylindrical hole is provided to receive a sample probe when the sample probe is washed; and a first cover having a first opening configured to receive the neck and a second opening configured to be aligned with the cylindrical hole and is installed at a height of being in contact with the surface of the washing liquid in the manner of covering the washing tank ; characterized by further comprising a scattering prevention cover arranged in the vertical direction to prevent scattering of the washing liquid from a space between the second opening of the first cover and the neck . a washing tank in which a washing liquid is reserved; an ultrasonic vibrator driven in an axial direction; a vibration head provided with a neck extended from the ultrasonic vibrator to the washing tank and a tip end portion having a cylindrical hole whose longitudinal direction is oriented in a vertical direction perpendicular to the axial direction, wherein the cylindrical hole is provided to receive a sample probe when the sample probe is washed; and a first cover having a first opening configured to receive the neck and a second opening configured to be aligned with the cylindrical hole and is installed at a height of being in contact with the surface of the washing liquid in the manner of covering the washing tank ; characterized by further comprising a scattering prevention cover arranged in the vertical direction to prevent scattering of the washing liquid from a space between the second opening of the first cover and the neck .
A method in a radio apparatus of controlling measurement of positioning reference signals that are transmitted by a wireless communication network at recurring positioning occasions, wherein each positioning occasion comprises a single subframe or a number of consecutive subframes and the positioning occasions recur according to a defined periodic interval, said method characterized by : receiving signaling from the wireless communication network that conveys muting configuration information including a muting periodicity indicating a plurality of positioning occasions, and a muting occasion index indicating a particular positioning occasion within the plurality of positioning occasions to which muting is applied; and controlling positioning reference signal measurement by the radio apparatus , in accordance with the received muting periodicity and muting occasion index. receiving signaling from the wireless communication network that conveys muting configuration information including a muting periodicity indicating a plurality of positioning occasions, and a muting occasion index indicating a particular positioning occasion within the plurality of positioning occasions to which muting is applied; and controlling positioning reference signal measurement by the radio apparatus , in accordance with the received muting periodicity and muting occasion index.
A device for assessing telecommunications wiring between a first plurality of terminals and a second plurality of terminals, the device being operable to be in electrical communication with the first plurality terminals to listen for terminal identification data that is receivable on each of the first plurality of terminals, wherein the device is configured to decode, for each terminal of the plurality of terminals, identification data that is specific to a single terminal of the second plurality of terminals, and including a plurality of single-ended inputs for receiving signals from respective terminals of the first plurality of terminals, wherein the terminal identification data is transmitted in a data packet including a total number of transmitted 1s equal to the total number of transmitted 0s over the course of the data packet; and wherein the device is configured to determine a signalling reference derived from the average of the net DC levels of the signals received on each of the first plurality of terminals, the average voltage being the midway between the highest and lowest voltage of the signals received, the signalling reference used in decoding the identification data. wherein the terminal identification data is transmitted in a data packet including a total number of transmitted 1s equal to the total number of transmitted 0s over the course of the data packet; and wherein the device is configured to determine a signalling reference derived from the average of the net DC levels of the signals received on each of the first plurality of terminals, the average voltage being the midway between the highest and lowest voltage of the signals received, the signalling reference used in decoding the identification data.
Rail vehicle window profile , having window corners , a vertical stop frame , a first horizontal stop frame , a second horizontal stop frame , characterized in that the vertical stop frame comprises a profile which has a receiving region for an air-conditioning duct , which is an integral part of the vertical stop frame .
A method implemented by a first base station of a first operator, for avoiding cell identity collision or confusion among base stations of different operators comprising: sending , to a first neighbor base station of the first operator, a request for a neighbor cell identity of the first neighbor base station , the first neighbor base station being adjacent to the first base station ; characterized by : receiving , from the first neighbor base station , a second cell identity of a second neighbor base station of a second operator, the second operator being different from the first operator, and the second neighbor base station being adjacent to the first neighbor base station , and a neighbor relation table, NRT, indicative of the second operator of the second neighbor base station is different than the first operator; and determining a first cell identity of the first base station at least in part based on the received second cell identity. sending , to a first neighbor base station of the first operator, a request for a neighbor cell identity of the first neighbor base station , the first neighbor base station being adjacent to the first base station ; characterized by : receiving , from the first neighbor base station , a second cell identity of a second neighbor base station of a second operator, the second operator being different from the first operator, and the second neighbor base station being adjacent to the first neighbor base station , and a neighbor relation table, NRT, indicative of the second operator of the second neighbor base station is different than the first operator; and determining a first cell identity of the first base station at least in part based on the received second cell identity. receiving , from the first neighbor base station , a second cell identity of a second neighbor base station of a second operator, the second operator being different from the first operator, and the second neighbor base station being adjacent to the first neighbor base station , and a neighbor relation table, NRT, indicative of the second operator of the second neighbor base station is different than the first operator; and determining a first cell identity of the first base station at least in part based on the received second cell identity.
An encoder apparatus comprising: an amplitude scale comprising scale features in at least one track which define a series of incremental scale marks and at least one reference mark ; a readhead comprising a light source , a diffraction grating , an incremental photodetector and a reference photodetector comprising at least two detector channels, the features defining the at least one reference mark being configured such that the at least one reference mark as resolvable by each of the at least two detector channels comprises a single feature, in which the encoder apparatus is configured such that light from the source interacts first with the incremental scale marks to produce a first set of diffraction orders which then interact with the diffraction grating to produce further diffraction orders which combine to produce at the incremental photodetector an interference fringe which varies with relative movement of the scale and readhead, and in which the optical arrangement of the encoder is such that a non-imaged representation of at least the track in which the at least one reference mark is contained falls onto the reference photodetector. an amplitude scale comprising scale features in at least one track which define a series of incremental scale marks and at least one reference mark ; a readhead comprising a light source , a diffraction grating , an incremental photodetector and a reference photodetector comprising at least two detector channels, the features defining the at least one reference mark being configured such that the at least one reference mark as resolvable by each of the at least two detector channels comprises a single feature, in which the encoder apparatus is configured such that light from the source interacts first with the incremental scale marks to produce a first set of diffraction orders which then interact with the diffraction grating to produce further diffraction orders which combine to produce at the incremental photodetector an interference fringe which varies with relative movement of the scale and readhead, and in which the optical arrangement of the encoder is such that a non-imaged representation of at least the track in which the at least one reference mark is contained falls onto the reference photodetector.
A method for detecting a physical downlink control channel, PDCCH, signal by a user equipment in a wireless communication system, the method comprising: receiving configurations for a plurality of search space sets from a base station; determining , based on a monitoring periodicity of each of the plurality of search space sets, search space sets for which the user equipment should monitor a PDCCH signal for a unit length of time; and attempting blind-detection for only a part of PDCCH candidates which are selected from the determined search space sets when a number of PDCCH candidates and a number of control channel elements (CCEs) included in the determined search space sets exceed a maximum number of candidates or a maximum number of CCEs, respectively; whereby in the selection of the PDCCH candidates for attempting the blind-detection: PDCCH candidates from a common search space, CSS, set are prioritized over PDCCH candidates from user-specific search space, USS, sets among the determined search space sets; and PDCCH candidates from a lower indexed-USS set is prioritized over PDCCH candidates from a higher indexed-USS set. receiving configurations for a plurality of search space sets from a base station; determining , based on a monitoring periodicity of each of the plurality of search space sets, search space sets for which the user equipment should monitor a PDCCH signal for a unit length of time; and attempting blind-detection for only a part of PDCCH candidates which are selected from the determined search space sets when a number of PDCCH candidates and a number of control channel elements (CCEs) included in the determined search space sets exceed a maximum number of candidates or a maximum number of CCEs, respectively; whereby in the selection of the PDCCH candidates for attempting the blind-detection: PDCCH candidates from a common search space, CSS, set are prioritized over PDCCH candidates from user-specific search space, USS, sets among the determined search space sets; and PDCCH candidates from a lower indexed-USS set is prioritized over PDCCH candidates from a higher indexed-USS set. PDCCH candidates from a common search space, CSS, set are prioritized over PDCCH candidates from user-specific search space, USS, sets among the determined search space sets; and PDCCH candidates from a lower indexed-USS set is prioritized over PDCCH candidates from a higher indexed-USS set.
A flow meter , comprising: meter electronics configured to receive measurement signals, a first flow conduit conducting a first flow stream, and a second flow conduit conducting a second flow stream that is independent of the first flow stream; and a common driver configured to vibrate the first flow conduit and the second flow conduit ; said flow meter being characterized in that it further comprises three pickoff sensors coupled to the meter electronics by four wires , with a shared pickoff sensor being located between the first flow conduit and the second flow conduit of flow, a first independent pickoff sensor interacting with the first flow conduit , and a second pickoff sensor interacting with the second flow conduit . meter electronics configured to receive measurement signals, a first flow conduit conducting a first flow stream, and a second flow conduit conducting a second flow stream that is independent of the first flow stream; and a common driver configured to vibrate the first flow conduit and the second flow conduit ; said flow meter being characterized in that it further comprises three pickoff sensors coupled to the meter electronics by four wires , with a shared pickoff sensor being located between the first flow conduit and the second flow conduit of flow, a first independent pickoff sensor interacting with the first flow conduit , and a second pickoff sensor interacting with the second flow conduit .
An industrial automation system comprising the following computer executable components: a rate adjustment component that varies a rate of data collection for embedded historians within a distributed historian system , to collect data for storage in a storage medium, the industrial automation system being characterized in that : a higher sample rate for the data collection is employed when collecting data from a stage of an operation that is more critical than a rest of the operation and wherein the rate adjustment component further includes an estimation component that automatically predicts a required sampling rate for the stage of the operation based on statistical models and/or history data collected for similar operations; and a purge component service that selectively purges the storage medium, wherein the storage medium selectively decays the stored data based on data importance, likelihood of use and/or reaching a predetermined threshold. a higher sample rate for the data collection is employed when collecting data from a stage of an operation that is more critical than a rest of the operation and wherein the rate adjustment component further includes an estimation component that automatically predicts a required sampling rate for the stage of the operation based on statistical models and/or history data collected for similar operations; and a purge component service that selectively purges the storage medium, wherein the storage medium selectively decays the stored data based on data importance, likelihood of use and/or reaching a predetermined threshold.
A decoding method for decoding a multiview video sequence, characterized by comprising: decoding a slice bitstream to obtain parameter set indication information carried in the slice bitstream and used for indicating a camera parameter set, and parameter subset indication information carried in the slice bitstream and used for indicating a camera parameter subset in the camera parameter set, wherein the camera parameter set comprises two or more camera parameter subsets, and one slice bitstream refers to one camera parameter subset; searching the camera parameter set indicated by the parameter indication information, determining the camera parameter subset indicated by the subset indication information from the found camera parameter set, and acquiring camera parameters from the determined camera parameter subset; and decoding the slice bitstream according to the acquired camera parameters; wherein the camera parameter set comprises V*F*M camera parameters, V represents the number of the viewpoints comprised in the camera parameter set, F represents the number of the camera parameter subsets comprised in the camera parameter set, and M represents the number of the types of the camera parameters comprised in the camera parameter set, and V, F and M are positive integers, wherein the V*M camera parameters corresponding to the V different viewpoints at a same moment form a camera parameter subset. decoding a slice bitstream to obtain parameter set indication information carried in the slice bitstream and used for indicating a camera parameter set, and parameter subset indication information carried in the slice bitstream and used for indicating a camera parameter subset in the camera parameter set, wherein the camera parameter set comprises two or more camera parameter subsets, and one slice bitstream refers to one camera parameter subset; searching the camera parameter set indicated by the parameter indication information, determining the camera parameter subset indicated by the subset indication information from the found camera parameter set, and acquiring camera parameters from the determined camera parameter subset; and decoding the slice bitstream according to the acquired camera parameters; wherein the camera parameter set comprises V*F*M camera parameters, V represents the number of the viewpoints comprised in the camera parameter set, F represents the number of the camera parameter subsets comprised in the camera parameter set, and M represents the number of the types of the camera parameters comprised in the camera parameter set, and V, F and M are positive integers, wherein the V*M camera parameters corresponding to the V different viewpoints at a same moment form a camera parameter subset.