mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable spectroscopy system comprising: a head-mounted member removably coupleable to a user's head and comprising a waveguide stack configured to output light with selectively variable levels of wavefront divergence; at least one eye tracking camera configured to detect a gaze of the user; one or more light sources coupled to the head-mounted member and configured to emit light with at least two different wavelengths in an irradiated field of view substantially in the same direction as the detected gaze; one or more electromagnetic radiation detectors coupled to the head-mounted member and configured to receive reflected light from a target object within the irradiated field of view; a controller operatively coupled to the one or more light sources and the one or more electromagnetic radiation detectors , the controller configured to cause the one or more light sources to emit pulses of light while also causing the one or more electromagnetic radiation detectors to detect levels of light absorption related to the emitted pulses of light and reflected light from the target object ; an absorption database of light absorption properties of at least one material; and a graphics processor unit to display an output to the user. a head-mounted member removably coupleable to a user's head and comprising a waveguide stack configured to output light with selectively variable levels of wavefront divergence; at least one eye tracking camera configured to detect a gaze of the user; one or more light sources coupled to the head-mounted member and configured to emit light with at least two different wavelengths in an irradiated field of view substantially in the same direction as the detected gaze; one or more electromagnetic radiation detectors coupled to the head-mounted member and configured to receive reflected light from a target object within the irradiated field of view; a controller operatively coupled to the one or more light sources and the one or more electromagnetic radiation detectors , the controller configured to cause the one or more light sources to emit pulses of light while also causing the one or more electromagnetic radiation detectors to detect levels of light absorption related to the emitted pulses of light and reflected light from the target object ; an absorption database of light absorption properties of at least one material; and a graphics processor unit to display an output to the user.
Apparatus for braking a transported product (A, A n ) of flat configuration with a different thickness and material composition, the apparatus being configured as a brake which is operable by way of air jet , which brake can be operated by way of an air jet which is produced by an air jet nozzle , the air jet impinging on a body which, as a result of the action of the air jet , puts into effect a braking force which is exerted on the product, characterized in that the body which puts into effect the braking force is formed by way of at least one first element which has a physical structure for a return flow of the air jet which is fed from the air jet nozzle , and in that the body is provided with at least one second element which, in the case of putting into effect of the braking force, is operatively connected to the first element , and which second element puts into effect the impulse force which is brought about by the air jet from the air jet nozzle as a resulting braking force on the product (A, A n ).
A system for processing raw image data of a microscope , the system comprising one or more processors and one or more storage devices , wherein the system is configured to: obtain the raw image data from an optical imaging sensor of the microscope, the raw image data being based on a filter pattern of the optical imaging sensor, the raw image data being based on a plurality of pixels, the raw image data comprising, for each pixel, an intensity value representing an intensity of light; perform de-noising of the raw image data to obtain de-noised raw image data, wherein the act of performing the de-noising comprises comparing the intensity value of a pixel of the plurality of pixels to a pixel-specific intensity threshold, and adapting the intensity value of the pixel if the intensity is at most the pixel-specific threshold; and perform filter pattern reconstruction using the de-noised raw image data to obtain reconstructed image data. obtain the raw image data from an optical imaging sensor of the microscope, the raw image data being based on a filter pattern of the optical imaging sensor, the raw image data being based on a plurality of pixels, the raw image data comprising, for each pixel, an intensity value representing an intensity of light; perform de-noising of the raw image data to obtain de-noised raw image data, wherein the act of performing the de-noising comprises comparing the intensity value of a pixel of the plurality of pixels to a pixel-specific intensity threshold, and adapting the intensity value of the pixel if the intensity is at most the pixel-specific threshold; and perform filter pattern reconstruction using the de-noised raw image data to obtain reconstructed image data.
Device for drying compressed gas, having an inlet for compressed gas to be dried and an outlet for dried compressed gas, which device comprises at least two vessels with arranged therein a regenerable drying agent and a controllable valve system connecting said inlet and outlet to an inlet and outlet of said vessels , wherein said valve system is such that always at least one vessel is being regenerated while the other vessels dry the compressed gas, wherein by controlling the valve system , the vessels are each in turn successively regenerated, wherein the device is provided with a regeneration conduit splitting off a portion of the dried compressed gas as a regeneration gas and feeding it into the at least one vessel that is being regenerated, for the regeneration of said at least one vessel that is being regenerated, characterized in that the regeneration conduit at least partly extends through an opening provided thereto in the vessels for regeneration gas into the vessels such that the regeneration gas can be split off from the vessel that dries the compressed gas before the dried gas leaves the vessel via the outlet , and in that in the vessels , a heater is provided situated in the regeneration conduit for heating the regeneration gas before the regeneration gas is fed through the drying agent into the vessel that is being regenerated.
A photocurable adhesive for permanently adhering an uncoated polycarbonate substrate or a hard coated polycarbonate substrate and a glass substrate comprising: a) at least one urethane acrylate oligomer, in an amount ranging from 50 to 75 wt.%; b) at least one alkyl acrylate or diacrylate monomer, in an amount ranging from 10 to 25 wt.%; c) at least one hydroxy-functional acrylic monomer, in an amount ranging from 8 to 25 wt.%; and d) at least one free-radical generating initiator, in an amount ranging from 5 to 9.5 wt.%. a) at least one urethane acrylate oligomer, in an amount ranging from 50 to 75 wt.%; b) at least one alkyl acrylate or diacrylate monomer, in an amount ranging from 10 to 25 wt.%; c) at least one hydroxy-functional acrylic monomer, in an amount ranging from 8 to 25 wt.%; and d) at least one free-radical generating initiator, in an amount ranging from 5 to 9.5 wt.%.
A method of scale inhibition treatment of a water system comprising introducing an aqueous scale inhibiting composition into the water system, wherein said aqueous scale inhibiting composition comprises a carboxylated hyperbranched polyglycerol having a chemical formula
A stopper for use with a beverage container having a neck, an opening at the neck to access an interior space of the container, and a lip on an outer surface of the neck, the stopper comprising a stopper body having a sealing surface arranged to contact and form a seal with a portion of the neck around the opening; a lip engagement member including a pawl mounted for pivotal movement between a lip engaging position for engaging with the lip on the container neck and a release position, the lip engagement member being mounted for sliding movement relative to the stopper body , characterized in that a carrier member is mounted for sliding movement relative to the stopper body , and the lip engagement member is mounted for sliding movement relative to the carrier member , the lip engagement member being resiliently biased for movement toward the carrier member by a first resilient element . a stopper body having a sealing surface arranged to contact and form a seal with a portion of the neck around the opening; a lip engagement member including a pawl mounted for pivotal movement between a lip engaging position for engaging with the lip on the container neck and a release position, the lip engagement member being mounted for sliding movement relative to the stopper body , characterized in that a carrier member is mounted for sliding movement relative to the stopper body , and the lip engagement member is mounted for sliding movement relative to the carrier member , the lip engagement member being resiliently biased for movement toward the carrier member by a first resilient element .
A method for detecting blood pressure, the method comprising: acquiring a photoplethysmography, PPG, signal; deriving a secondary differential signal of the PPG signal; calculating a difference between a local maximum value and a local minimum value in intervals of the secondary differential signal as a convex-to-concave difference, CCD, value; extracting a feature from the PPG signal based on the calculated CCD values, wherein the extracting comprises extracting characteristic points (T1, T2, T3, P1, P2, P3) from the photoplethysmography, PPG, signal based on the calculated CCD values, and wherein the extracted characteristic points (T1, T2, T3, P1, P2, P3) are used to extract the feature; and detecting blood pressure using the extracted feature. acquiring a photoplethysmography, PPG, signal; deriving a secondary differential signal of the PPG signal; calculating a difference between a local maximum value and a local minimum value in intervals of the secondary differential signal as a convex-to-concave difference, CCD, value; extracting a feature from the PPG signal based on the calculated CCD values, wherein the extracting comprises extracting characteristic points (T1, T2, T3, P1, P2, P3) from the photoplethysmography, PPG, signal based on the calculated CCD values, and wherein the extracted characteristic points (T1, T2, T3, P1, P2, P3) are used to extract the feature; and detecting blood pressure using the extracted feature.
A method for packaging and sealing small-sized articles (A), such as pieces or bars of chocolate, on one or more article tracks (P1), comprising the following steps: a. step A: packaging the small-sized articles (A) in a packaging device by assigning a package to each article (A) and folding the package around said article (A); b. step B: arranging at least two of each of the separately packaged articles (A) in a group (G) of packaged articles (A); c. step C: simultaneously sealing the packages of all separately packaged articles (A) of the group (G) of packaged articles (A) in a sealing device ; wherein in step B the articles (A) are sequentially, preferably separately, fed to a grouping device to form the respective group (G), wherein the articles (A) of the respective group (G) are transported in groups for subsequent sealing in step C, characterized in that the transport between the grouping device and the sealing device is effected by a two-pass or multiple-pass system comprising at least two transport units adapted to move back and forth between the grouping device and the sealing device , while continuously switching between one of the transport units picking up individually packaged articles (A) from the packaging device for forming a group (G) of packaged articles (A) and another one of said transport units providing a group (G) of packaged articles (A) for sealing in said sealing device . a. step A: packaging the small-sized articles (A) in a packaging device by assigning a package to each article (A) and folding the package around said article (A); b. step B: arranging at least two of each of the separately packaged articles (A) in a group (G) of packaged articles (A); c. step C: simultaneously sealing the packages of all separately packaged articles (A) of the group (G) of packaged articles (A) in a sealing device ; wherein in step B the articles (A) are sequentially, preferably separately, fed to a grouping device to form the respective group (G), wherein the articles (A) of the respective group (G) are transported in groups for subsequent sealing in step C, characterized in that the transport between the grouping device and the sealing device is effected by a two-pass or multiple-pass system comprising at least two transport units adapted to move back and forth between the grouping device and the sealing device , while continuously switching between one of the transport units picking up individually packaged articles (A) from the packaging device for forming a group (G) of packaged articles (A) and another one of said transport units providing a group (G) of packaged articles (A) for sealing in said sealing device .
A valve train assembly , the valve train assembly comprising: a valve bridge assembly, the valve bridge assembly comprising: a valve bridge ; a first cavity formed towards a first end portion of the valve bridge ; and a hydraulic lash adjuster (HLA) disposed within the first cavity for engaging a first valve stem ; the valve train assembly further comprising: a pivotally mounted first rocker arm for engaging the valve bridge and pivoting in response to a rotating first cam to cause a first valve lift event in an engine cycle, wherein the first rocker arm comprises a rocker arm cavity formed within an end portion thereof; characterized in that the first rocker arm comprises: a control capsule disposed within the rocker arm cavity, wherein the control capsule contacts the hydraulic lash adjuster , and wherein the control capsule is configurable in an ON configuration and an OFF configuration, wherein, in the ON configuration pivoting of the first rocker arm causes the first valve lift event and, in the OFF configuration, the control capsule prevents the pivoting of the first rocker arm from causing the first valve lift event. a valve bridge ; a first cavity formed towards a first end portion of the valve bridge ; and a hydraulic lash adjuster (HLA) disposed within the first cavity for engaging a first valve stem ; the valve train assembly further comprising: a pivotally mounted first rocker arm for engaging the valve bridge and pivoting in response to a rotating first cam to cause a first valve lift event in an engine cycle, wherein the first rocker arm comprises a rocker arm cavity formed within an end portion thereof; characterized in that the first rocker arm comprises: a control capsule disposed within the rocker arm cavity, wherein the control capsule contacts the hydraulic lash adjuster , and wherein the control capsule is configurable in an ON configuration and an OFF configuration, wherein, in the ON configuration pivoting of the first rocker arm causes the first valve lift event and, in the OFF configuration, the control capsule prevents the pivoting of the first rocker arm from causing the first valve lift event.
A method of limiting flow through a valve comprising a valve member and an actuator coupled to the valve member , the method comprising a plurality of iterations, each iteration comprising the steps of: reading a time series of signals from a flow sensor of the valve ; producing a time series of flow rates from the time series of signals; producing an averaged series of values by determining a plurality of moving averages of the time series of flow rates; producing a first bounded series of values by replacing values of the averaged series that are below a lower threshold with values that equal the lower threshold ; producing a second bounded series of values by replacing values of the first bounded series that exceed an upper threshold with values that equal the upper threshold ; producing a maximum flow rate by applying a maximum filter to the second bounded series, the maximum filter returning the largest value of the second bounded series; reading a set point signal indicative of a flow rate through the valve ; limiting the set point signal to the produced maximum flow rate; use the controller of the valve of claim 8 to produce an actuation signal from the limited set point signal ; and transmitting the actuation signal to the actuator , the actuation signal causing the actuator to set a position of the valve member in accordance with the actuation signal. reading a time series of signals from a flow sensor of the valve ; producing a time series of flow rates from the time series of signals; producing an averaged series of values by determining a plurality of moving averages of the time series of flow rates; producing a first bounded series of values by replacing values of the averaged series that are below a lower threshold with values that equal the lower threshold ; producing a second bounded series of values by replacing values of the first bounded series that exceed an upper threshold with values that equal the upper threshold ; producing a maximum flow rate by applying a maximum filter to the second bounded series, the maximum filter returning the largest value of the second bounded series; reading a set point signal indicative of a flow rate through the valve ; limiting the set point signal to the produced maximum flow rate; use the controller of the valve of claim 8 to produce an actuation signal from the limited set point signal ; and transmitting the actuation signal to the actuator , the actuation signal causing the actuator to set a position of the valve member in accordance with the actuation signal.
A method of decoding video data, the method comprising: storing, by a video decoder and in a reference picture buffer, previously reconstructed blocks of a current picture of the video data, the reference picture buffer also storing one of more blocks of pictures other than the current picture available for inter-prediction; including the current picture in a reference picture list used during prediction of blocks of the current picture, wherein the reference picture list also includes an indication of one or more pictures other than the current picture available for inter-prediction; and decoding, by the video decoder and based on the reference picture list, a first block of video data in the current picture based on a predictor block of video data, wherein the predictor block is one of the previously reconstructed blocks of the current picture stored in the reference picture buffer. storing, by a video decoder and in a reference picture buffer, previously reconstructed blocks of a current picture of the video data, the reference picture buffer also storing one of more blocks of pictures other than the current picture available for inter-prediction; including the current picture in a reference picture list used during prediction of blocks of the current picture, wherein the reference picture list also includes an indication of one or more pictures other than the current picture available for inter-prediction; and decoding, by the video decoder and based on the reference picture list, a first block of video data in the current picture based on a predictor block of video data, wherein the predictor block is one of the previously reconstructed blocks of the current picture stored in the reference picture buffer.
Locking nut , comprising a body and a bore passing through said body along a main axis , the body comprising: a bearing face substantially perpendicular to the main axis; a drive surface ; and at least one through-hole extending substantially perpendicular to the main axis from the radial drive surface; said nut being characterized in that : - the body further comprises a locking collar of elliptical shape, extending along the main axis away from the bearing surface relative to the drive surface; and - the drive surface comprises an upper region and a lower region , adjacent along the main axis, the lower region being situated between the upper region and the bearing surface; a perimeter of the lower region around the main axis being larger than a perimeter of the upper region; the at least one through-hole extending from the upper region . said nut being characterized in that : - the body further comprises a locking collar of elliptical shape, extending along the main axis away from the bearing surface relative to the drive surface; and - the drive surface comprises an upper region and a lower region , adjacent along the main axis, the lower region being situated between the upper region and the bearing surface; a perimeter of the lower region around the main axis being larger than a perimeter of the upper region; - the body further comprises a locking collar of elliptical shape, extending along the main axis away from the bearing surface relative to the drive surface; and - the drive surface comprises an upper region and a lower region , adjacent along the main axis, the lower region being situated between the upper region and the bearing surface; a perimeter of the lower region around the main axis being larger than a perimeter of the upper region; the at least one through-hole extending from the upper region .
Female reproductive cells derived from a genetically modified non-human mammal characterized in that a protein or mRNA of maternally derived Cas9 accumulates in the female reproductive cells, wherein the genetically modified non-human mammal has a nuclear genome into which at least 3 copies of genes that code for Cas9 (CRISPR-associated 9) are introduced and wherein the genetically modified non-human mammal is one selected from the group consisting of a mouse, rat, hamster, guinea pig, rabbit, dog, cat, horse, cow, sheep, pig, goat, marmoset, and monkey.