mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication method, the method comprising receiving , by a terminal, a first message, the first message being used to instruct the terminal to stop Uplink, UL, transmission, wherein the first message is a group common Downlink Control Information, DCI; determining, by the terminal, a sequence of a priority of the LTL transmission in multiple LTL transmissions; and determining, by the terminal, whether to stop the UL transmission or not based on the sequence of the priority of the LTL transmission; stopping , by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is lowest in the multiple UL transmissions; and not stopping, by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is not lowest in the multiple UL transmissions. receiving , by a terminal, a first message, the first message being used to instruct the terminal to stop Uplink, UL, transmission, wherein the first message is a group common Downlink Control Information, DCI; determining, by the terminal, a sequence of a priority of the LTL transmission in multiple LTL transmissions; and determining, by the terminal, whether to stop the UL transmission or not based on the sequence of the priority of the LTL transmission; stopping , by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is lowest in the multiple UL transmissions; and not stopping, by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is not lowest in the multiple UL transmissions.
A method of operating an NMR analyzer , comprising: placing a biosample in a bore of an NMR spectrometer; electronically obtaining an NMR signal associated with the sample from an NMR probe held in the bore of the NMR spectrometer; electronically detecting at least one temperature at a location that is (i) on-board the NMR analyzer and/or (ii) in a room holding the NMR analyzer proximate in time to the obtaining step; characterized by : electronically correcting the obtained signal using a temperature sensitivity correction factor that is selected based on the detected temperature and a model of NMR signal temperature sensitivity, the model being generated using a standard model of temperature sensitivity with a slope and derived from measurements of one or more different NMR consoles or portions thereof obtained by measuring temperature versus one or more peak values of standard signal integrals measured on a calibration sample over a defined ambient temperature range, with the signal values at defined temperatures over the defined ambient temperature range being used to generate the standard model with the slope, such that the model provides NMR signal intensity adjustment that varies as ambient temperature varies allowing for fluctuating ambient temperatures over at least 3 degrees C within the defined ambient temperature range; and generating a quantitative measurement of a sample using the corrected obtained signal. placing a biosample in a bore of an NMR spectrometer; electronically obtaining an NMR signal associated with the sample from an NMR probe held in the bore of the NMR spectrometer; electronically detecting at least one temperature at a location that is (i) on-board the NMR analyzer and/or (ii) in a room holding the NMR analyzer proximate in time to the obtaining step; characterized by : electronically correcting the obtained signal using a temperature sensitivity correction factor that is selected based on the detected temperature and a model of NMR signal temperature sensitivity, the model being generated using a standard model of temperature sensitivity with a slope and derived from measurements of one or more different NMR consoles or portions thereof obtained by measuring temperature versus one or more peak values of standard signal integrals measured on a calibration sample over a defined ambient temperature range, with the signal values at defined temperatures over the defined ambient temperature range being used to generate the standard model with the slope, such that the model provides NMR signal intensity adjustment that varies as ambient temperature varies allowing for fluctuating ambient temperatures over at least 3 degrees C within the defined ambient temperature range; and generating a quantitative measurement of a sample using the corrected obtained signal.
Apparatus for displaying the received real-time position of a probe navigated through airways of the lungs of a patient, the apparatus comprising: means for measuring a patient's characteristics prior to the procedure with the probe; an imager for imaging of said patient to acquire one or more images, including an identified area of interest in the lungs, prior to the procedure with the probe; sensors for collecting data regarding positions of key points on the patient's body while the patient is breathing; a display configured to display at least one of said acquired images including an identified area of interest in the lungs; and a computer configured to use measurements of the patient's characteristics and the data collected from the said sensors to develop a mathematical model of movement due to breathing and to cause the display to display a real-time indication of a position of the probe on said at least one of said acquired images. and to use said mathematical model to adjust relative positions of said real-time indication and said at least one acquired image such that said real-time indication is accurately portrayed on said at least one acquired image. means for measuring a patient's characteristics prior to the procedure with the probe; an imager for imaging of said patient to acquire one or more images, including an identified area of interest in the lungs, prior to the procedure with the probe; sensors for collecting data regarding positions of key points on the patient's body while the patient is breathing; a display configured to display at least one of said acquired images including an identified area of interest in the lungs; and a computer configured to use measurements of the patient's characteristics and the data collected from the said sensors to develop a mathematical model of movement due to breathing and to cause the display to display a real-time indication of a position of the probe on said at least one of said acquired images. and to use said mathematical model to adjust relative positions of said real-time indication and said at least one acquired image such that said real-time indication is accurately portrayed on said at least one acquired image.
Filter converter for converting an impulse response signal indicative of an amplitude/frequency filter characteristic in a time domain into filter definition signal, the converter comprising: a complex modulated filter bank for filtering the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain to obtain a plurality of complex valued subband signals forming the filter definition signal, wherein each complex valued subband signal of the plurality of complex valued subband signals obtained by the complex modulated filter bank corresponds to an impulse response for a subband filter for a subband signal to be filtered by the subband filter , wherein at least one complex subband signal of the plurality of complex valued subband signals comprises at least two different non-vanishing values, wherein each complex valued subband signal of the plurality of complex valued subband signals is shorter than the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain, wherein the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain is a time domain FIR (Finite Impulse Response) filter, and wherein the filter converter is configured to perform an extension with zeroes of the time domain FIR filter,wherein the complex modulated filter bank is adapted for outputting at least one complex valued subband signal of the plurality of complex valued subband signals as a linear combination of at least two values of the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain. a complex modulated filter bank for filtering the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain to obtain a plurality of complex valued subband signals forming the filter definition signal, wherein each complex valued subband signal of the plurality of complex valued subband signals obtained by the complex modulated filter bank corresponds to an impulse response for a subband filter for a subband signal to be filtered by the subband filter , wherein at least one complex subband signal of the plurality of complex valued subband signals comprises at least two different non-vanishing values, wherein each complex valued subband signal of the plurality of complex valued subband signals is shorter than the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain, wherein the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain is a time domain FIR (Finite Impulse Response) filter, and wherein the filter converter is configured to perform an extension with zeroes of the time domain FIR filter,wherein the complex modulated filter bank is adapted for outputting at least one complex valued subband signal of the plurality of complex valued subband signals as a linear combination of at least two values of the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain.
A combination , as part of a valve , comprising - a valve body element and - a sensor , wherein - the valve body element is designed as one piece, - the valve body element has been built up in a layered manner at least partly by way of a generative manufacturing method, - the valve body element comprises a wall , and - the sensor is embedded into the wall and wherein the valve comprises - a valve seat, - a valve closure and - two or more channels, characterised in that - a first embedded sensor is arranged on a first channel and - a second embedded sensor is arranged on a second channel, wherein the first channel and the second channel are arranged on different sides of the valve seat, and wherein both sensors are configured for detecting a temperature. - a valve body element and - a sensor , - the valve body element is designed as one piece, - the valve body element has been built up in a layered manner at least partly by way of a generative manufacturing method, - the valve body element comprises a wall , and - the sensor is embedded into the wall - a valve seat, - a valve closure and - two or more channels, - a first embedded sensor is arranged on a first channel and - a second embedded sensor is arranged on a second channel,
A particle imaging device comprising: a flow cell configured to flow a sample containing particles; a light source emits light in a first direction (X) to irradiate light on a sample flowing through the flow cell ; an irradiation optical system configured to form a light sheet in the flow cell using the light emitted from the light source ; a light collecting optical system configured to collect fluorescent light given off from the particles; and an imaging element configured to receive the light collected by the light collecting optical system ; wherein the sheet surface of the light sheet is inclined at a predetermined angle that is not perpendicular to the flow direction of the sample, characterized in that : the flow cell has a square or rectangular cross section; in that : the sheet surface of the light sheet is perpendicular to the exterior side surface of the flow cell to which the light is entered from the light source ; in that : an optical axis of the irradiation optical system and an optical axis of the light collecting optical system are perpendicular to each other, and in that : the light collecting optical system converges the fluorescent light given off from the flow cell on a side of the flow cell in a second direction (Y) mutually perpendicular to the first direction. a flow cell configured to flow a sample containing particles; a light source emits light in a first direction (X) to irradiate light on a sample flowing through the flow cell ; an irradiation optical system configured to form a light sheet in the flow cell using the light emitted from the light source ; a light collecting optical system configured to collect fluorescent light given off from the particles; and an imaging element configured to receive the light collected by the light collecting optical system ; wherein the sheet surface of the light sheet is inclined at a predetermined angle that is not perpendicular to the flow direction of the sample, characterized in that : the flow cell has a square or rectangular cross section; in that : the sheet surface of the light sheet is perpendicular to the exterior side surface of the flow cell to which the light is entered from the light source ; in that : an optical axis of the irradiation optical system and an optical axis of the light collecting optical system are perpendicular to each other, and in that : the light collecting optical system converges the fluorescent light given off from the flow cell on a side of the flow cell in a second direction (Y) mutually perpendicular to the first direction.
A system for extracting key value data, the system comprising: an electronic processor configured to: receive optical character recognition, OCR, text of a document , wherein characters within the OCR text are associated with an x,y coordinate; adjust the y-coordinate of characters to a common y-coordinate based on the y-coordinate of the characters being within a predefined range of one another to create rows of OCR text; tokenize the rows of OCR text into tokens based on a distance between characters, wherein a token comprises one or more characters; order the tokens based on the x,y coordinates of the characters; cluster the document into a cluster based on the ordered tokens and ordered tokens from other documents, wherein the other documents include a first set of documents, and wherein the cluster includes keys from the first set of documents; determine a set of keys for the cluster from the first set of documents, wherein each key in the set of keys is a token from the first set of documents, wherein determining the set of keys comprises determining a token appears in more than a key threshold number of documents, and selecting the token as a key for the cluster; assign a value to each of the set of keys based on the tokens for the document ; assign values to each of the set of keys for each of the other documents ; and store the values for the document and the values for the other documents in an output document. receive optical character recognition, OCR, text of a document , wherein characters within the OCR text are associated with an x,y coordinate; adjust the y-coordinate of characters to a common y-coordinate based on the y-coordinate of the characters being within a predefined range of one another to create rows of OCR text; tokenize the rows of OCR text into tokens based on a distance between characters, wherein a token comprises one or more characters; order the tokens based on the x,y coordinates of the characters; cluster the document into a cluster based on the ordered tokens and ordered tokens from other documents, wherein the other documents include a first set of documents, and wherein the cluster includes keys from the first set of documents; determine a set of keys for the cluster from the first set of documents, wherein each key in the set of keys is a token from the first set of documents, wherein determining the set of keys comprises determining a token appears in more than a key threshold number of documents, and selecting the token as a key for the cluster; assign a value to each of the set of keys based on the tokens for the document ; assign values to each of the set of keys for each of the other documents ; and store the values for the document and the values for the other documents in an output document.
Connecting rod having means for adjusting an effective connecting rod length, wherein the connecting rod has an upper connecting-rod eye which is pivotable about a pivot axis by means of a bearing component formed as an eccentric, wherein the eccentric is inserted into an opening of a lever, and the effective connecting rod length is adjustable via supporting rods mounted on the upper connecting-rod bearing eye, wherein the supporting rods are each mounted with a ball and socket joint in outer parts , wherein the ball and socket joint has a ball head which is arranged on the supporting rod and which is mounted in a ball-head receptacle of the outer part , wherein the ball head is secured on its outer surface against siding out of the ball-head receptable by at least one radially inwardly projecting securing element of the ball-head receptacle , characterized in that the outer part has on its outer wall at least one recess whose base forms the securing element at least in certain regions.
Apparatus for inspecting a pharmaceutical cylindrical container made of a polymer, namely for detecting slides, wherein the apparatus comprises a support device , a light receiving unit and a light emitting unit , wherein the support device supports the pharmaceutical cylindrical container , such that the cylindrical pharmaceutical container is rotatable around its longitudinal axis , wherein the light emitting unit comprises a light source and is configured to illuminate the pharmaceutical cylindrical container with an inspection beam comprising a wavelength in the range of 100 nm to 400 nm to stimulate photoluminescence of the pharmaceutical cylindrical container, wherein the light receiving unit comprises a camera and is configured to receive light emitted by the pharmaceutical cylindrical container due to photoluminescence for acquiring an image of at least a part of the pharmaceutical cylindrical container , wherein the light receiving unit comprises a filter, and wherein the filter blocks light having a wavelength of 600 nm or more. wherein the support device supports the pharmaceutical cylindrical container , such that the cylindrical pharmaceutical container is rotatable around its longitudinal axis , wherein the light emitting unit comprises a light source and is configured to illuminate the pharmaceutical cylindrical container with an inspection beam comprising a wavelength in the range of 100 nm to 400 nm to stimulate photoluminescence of the pharmaceutical cylindrical container, wherein the light receiving unit comprises a camera and is configured to receive light emitted by the pharmaceutical cylindrical container due to photoluminescence for acquiring an image of at least a part of the pharmaceutical cylindrical container , wherein the light receiving unit comprises a filter, and wherein the filter blocks light having a wavelength of 600 nm or more.
A modular photovoltaic thermal panel to generate electricity and heat a fluid using sunlight comprising: a first, generally planar plate comprised of a heat conductive material; a second, generally planar plate comprised of a heat conductive material, the second planar plate affixed to the first generally planar plate and oriented in a plane generally parallel to the plane of the first generally planar plate ; the first and second generally planar plates being affixed together in a fluid tight relationship to form panel and forming a channel therebetween, the channel having an inlet for fluid to be introduced into the channel and an outlet for discharging fluid from the channel; each of the first and second, generally planar plates being thin, the second generally planar plate having a plurality of channels defined by partitions therein to define a serpentine path of the panel ; and a photovoltaic cell matrix affixed in heat conducting relationship to the second generally planar plate ; characterized in that the partitions being alternating partitions the serpentine path comprises curved corners having a radius of curvature (R1) from about 20 mm to about 60 mm; the partitions comprise ribs having curved rib ends having a radius of curvature (R2) from about 3 mm to about 12 mm; and the curved ends of the ribs comprise sloped portions being sloped at an acute angle (α) from about 15 degrees to about 30 degrees from a base surface of the panel . a first, generally planar plate comprised of a heat conductive material; a second, generally planar plate comprised of a heat conductive material, the second planar plate affixed to the first generally planar plate and oriented in a plane generally parallel to the plane of the first generally planar plate ; the first and second generally planar plates being affixed together in a fluid tight relationship to form panel and forming a channel therebetween, the channel having an inlet for fluid to be introduced into the channel and an outlet for discharging fluid from the channel; each of the first and second, generally planar plates being thin, the second generally planar plate having a plurality of channels defined by partitions therein to define a serpentine path of the panel ; and a photovoltaic cell matrix affixed in heat conducting relationship to the second generally planar plate ; characterized in that the partitions being alternating partitions the serpentine path comprises curved corners having a radius of curvature (R1) from about 20 mm to about 60 mm; the partitions comprise ribs having curved rib ends having a radius of curvature (R2) from about 3 mm to about 12 mm; and the curved ends of the ribs comprise sloped portions being sloped at an acute angle (α) from about 15 degrees to about 30 degrees from a base surface of the panel .
A suture comprising: a. a suture having a first end and second end and a length therebetween; b. a termination feature at the second end; and c. a plurality of retainers formed on the surface of said length of suture; characterised in that said termination feature comprises a coiled portion of said suture that has been subjected to an exertion of energy to weld the coiled portion into a stable anchor for said suture. a. a suture having a first end and second end and a length therebetween; b. a termination feature at the second end; and c. a plurality of retainers formed on the surface of said length of suture;