mhurhangee/patent-ind-claim-en huggingface dataset:
A caregiver tracking system comprising: a positioning system , a caregiver badge including an outer casing configured to be worn by a caregiver, the caregiver badge having a transceiver that communicates with the positioning system to identify a location of the caregiver, and a duress button positioned on the caregiver badge , wherein the positioning system tracks movement of the caregiver badge through communication with the transceiver , wherein the positioning system identifies duress movement of the caregiver, wherein the duress movement comprises at least one of rapid movement and non-linear movement, wherein the caregiver badge comprises circuitry and the duress movement is detected based on signals from a sensor included in the circuitry of the caregiver badge , and wherein a duress signal is transmitted to a nurse's station when at least one of duress movement is detected or the duress button is activated. a positioning system , a caregiver badge including an outer casing configured to be worn by a caregiver, the caregiver badge having a transceiver that communicates with the positioning system to identify a location of the caregiver, and a duress button positioned on the caregiver badge , wherein the positioning system tracks movement of the caregiver badge through communication with the transceiver , wherein the positioning system identifies duress movement of the caregiver, wherein the duress movement comprises at least one of rapid movement and non-linear movement, wherein the caregiver badge comprises circuitry and the duress movement is detected based on signals from a sensor included in the circuitry of the caregiver badge , and wherein a duress signal is transmitted to a nurse's station when at least one of duress movement is detected or the duress button is activated.
An airflow control apparatus for a tenter oven including an entrance into which a film is conveyed and an exit from which the film is taken out, the airflow control apparatus having a box-shaped body installed adjacent to at least one or both of an upstream side in a film running direction (FR) of the entrance and a downstream side in the film running direction of the exit, the airflow control apparatus comprising therein: at least one pair of air blowing nozzles (N1, N2, N3, N4, N5, N6, N7, N8) that are air blowing nozzles configured to blow air toward the film, the air blowing nozzles facing each other across a film passing surface ; at least one pair of upstream-side exhaust mechanisms that are exhaust mechanisms configured to discharge air in the box-shaped body, the upstream-side exhaust mechanisms being located on the upstream side of the pair of air blowing nozzles in the film running direction, and facing each other across the film passing surface; and at least one pair of downstream-side exhaust mechanisms that are exhaust mechanisms configured to discharge the air in the box-shaped body, the downstream-side exhaust mechanisms being located on the downstream side of the pair of air blowing nozzles in the film running direction, and facing each other across the film passing surface. at least one pair of air blowing nozzles (N1, N2, N3, N4, N5, N6, N7, N8) that are air blowing nozzles configured to blow air toward the film, the air blowing nozzles facing each other across a film passing surface ; at least one pair of upstream-side exhaust mechanisms that are exhaust mechanisms configured to discharge air in the box-shaped body, the upstream-side exhaust mechanisms being located on the upstream side of the pair of air blowing nozzles in the film running direction, and facing each other across the film passing surface; and at least one pair of downstream-side exhaust mechanisms that are exhaust mechanisms configured to discharge the air in the box-shaped body, the downstream-side exhaust mechanisms being located on the downstream side of the pair of air blowing nozzles in the film running direction, and facing each other across the film passing surface.
A method of producing at least part of an aircraft airframe, the method comprising: providing a plurality of component parts of the at least part of the aircraft airframe; measuring a surface of each of the component parts; for each component part, creating a digital model of that component part using the measurements of the surface of that component part; digitally assembling together the digital models of the component parts thereby to produce a digital model of the at least part of the aircraft airframe; using the digital model of the at least part of the aircraft airframe, creating a digital model of a shim, the digital model of the shim filling a gap between at least two digital models of component parts in the digital model of at least part of the aircraft airframe; producing a physical shim using the digital model of the shim; attaching the physical shim to a component part; measuring a surface of the component part with the shim attached thereto; creating a new digital model of the component part with the shim attached thereto using the measurements of the surface of that component part with the shim attached thereto; using the new digital model of the component part with the shim attached thereto to provide an updated digital model of the airframe; and using the updated digital model of the airframe, assembling together the plurality of component parts thereby to produce the at least part of the aircraft airframe. providing a plurality of component parts of the at least part of the aircraft airframe; measuring a surface of each of the component parts; for each component part, creating a digital model of that component part using the measurements of the surface of that component part; digitally assembling together the digital models of the component parts thereby to produce a digital model of the at least part of the aircraft airframe; using the digital model of the at least part of the aircraft airframe, creating a digital model of a shim, the digital model of the shim filling a gap between at least two digital models of component parts in the digital model of at least part of the aircraft airframe; producing a physical shim using the digital model of the shim; attaching the physical shim to a component part; measuring a surface of the component part with the shim attached thereto; creating a new digital model of the component part with the shim attached thereto using the measurements of the surface of that component part with the shim attached thereto; using the new digital model of the component part with the shim attached thereto to provide an updated digital model of the airframe; and using the updated digital model of the airframe, assembling together the plurality of component parts thereby to produce the at least part of the aircraft airframe.
Multi-well plate for cell cultures comprising - a plurality of wells arranged in rows; - each of said wells defining a preferred extension axis , a chamber suitable to house said cell cultures and an introduction section of said cell cultures in said chamber ; - culture modules suitable to be fastened together to make said multi-well plate ; each of said culture modules comprising a lower body defining a longitudinal axis substantially perpendicular to said preferred extension axes and comprising at least a bottom portion each of which comprising one of said chambers of said wells arranged along one of said rows; - characterised in that each of said culture modules comprises - an upper body suitable to rest on said lower body and comprising a base plate defining an extension axis practically parallel to said longitudinal axis and comprising a apex portions and constraint means suitable to constrain said upper body to a lower body of an adjacent culture module ; said apex portions being complementary to said bottom portions and comprising said introduction sections of said wells in said row; and - at least one lid suitable to be inserted, through at least one of said of introduction sections , into at least one of said wells detachably engaging to said bottom portion and constraining said upper body to said lower body so as to closing said chamber . - a plurality of wells arranged in rows; - each of said wells defining a preferred extension axis , a chamber suitable to house said cell cultures and an introduction section of said cell cultures in said chamber ; - culture modules suitable to be fastened together to make said multi-well plate ; each of said culture modules comprising a lower body defining a longitudinal axis substantially perpendicular to said preferred extension axes and comprising at least a bottom portion each of which comprising one of said chambers of said wells arranged along one of said rows; - characterised in that each of said culture modules comprises - characterised in that each of said culture modules comprises - an upper body suitable to rest on said lower body and comprising a base plate defining an extension axis practically parallel to said longitudinal axis and comprising a apex portions and constraint means suitable to constrain said upper body to a lower body of an adjacent culture module ; said apex portions being complementary to said bottom portions and comprising said introduction sections of said wells in said row; and - at least one lid suitable to be inserted, through at least one of said of introduction sections , into at least one of said wells detachably engaging to said bottom portion and constraining said upper body to said lower body so as to closing said chamber .
Driver circuit for driving an illuminant, preferably at least one LED, wherein the driver circuit comprises an isolated, clocked converter which is activated on the primary side by a control unit (SE', SE") of the driver circuit by means of at least one switch unit (S) of the driver circuit, which converter feeds a rectifier (D1, D2) of the driver circuit from which the illuminant can be supplied, and the driver circuit comprises a measuring circuit (E', E") for indirectly measuring the current on the secondary side of the converter, characterized in that the measuring circuit (E', E") for indirectly measuring the current on the secondary side of the converter comprises a transformer (L3_1, L3_3) having at least one primary coil (L3_1) arranged on the secondary side of the converter, wherein the measuring circuit (E', E") comprises an active measuring rectifier (AG, AG') coupled to the secondary coil (L3_3) of the transformer, wherein the control unit (SE', SE") controls rectifier switches (Q11, Q12) of the active measuring rectifier (AG, AG') of the measuring circuit (E', E") as a function of the activation of the switch unit (S).
A method of transmitting, by a terminal device , an audio signal to a counterpart terminal device in an immersive multimedia communication system for performing a call function, the method comprising: extracting (S2310) head tracking information from packets previously received from the counterpart terminal device ; predicting (S2320), for a user of the counterpart terminal device , a head direction after a predetermined time period, by analyzing the extracted head tracking information based on linear interpolation; determining (S2330) directions of audio channels corresponding to the predicted head direction; generating (S2340) audio output signals corresponding to the determined directions of the audio channels by combining audio input signals received via a plurality of microphones comprised in the terminal device , based on the predicted head direction, wherein gains of the audio output signals are adjusted by taking into account the predicted head direction; and transmitting (S2350) information about the predicted head direction and a sound frame in which the audio output signals are compressed, to the counterpart terminal device . extracting (S2310) head tracking information from packets previously received from the counterpart terminal device ; predicting (S2320), for a user of the counterpart terminal device , a head direction after a predetermined time period, by analyzing the extracted head tracking information based on linear interpolation; determining (S2330) directions of audio channels corresponding to the predicted head direction; generating (S2340) audio output signals corresponding to the determined directions of the audio channels by combining audio input signals received via a plurality of microphones comprised in the terminal device , based on the predicted head direction, wherein gains of the audio output signals are adjusted by taking into account the predicted head direction; and transmitting (S2350) information about the predicted head direction and a sound frame in which the audio output signals are compressed, to the counterpart terminal device .
A paper web moisture sensor comprising: an infrared radiation source disposed to direct a beam of infrared radiation into a web ; a radiation receiver disposed to detect at least a portion of a beam of radiation emerging from the web , the receiver comprising filter-detector pairs configured to detect the amount of radiation in first and second separate wavelength regions of the radiation spectrum wherein the first region is positioned around the infrared absorption peak for water at 1.94 microns and the second region is selected to detect infrared radiation that is insensitive to water at 1.8 microns and to generate first and second signals therefrom; computer means operatively coupled to the radiation receiver for computing the amount of water in the web based on the first and second signals; and one or more calibration standards with each, calibration standard comprising a stack comprising individual layers of holmium oxide glass and didymium glass , wherein each, calibration standard is maneuverable to a calibration position to receive a beam of infrared radiation from the infrared radiation source and to direct a beam of radiation emerging from the calibration standard to the radiation receiver . an infrared radiation source disposed to direct a beam of infrared radiation into a web ; a radiation receiver disposed to detect at least a portion of a beam of radiation emerging from the web , the receiver comprising filter-detector pairs configured to detect the amount of radiation in first and second separate wavelength regions of the radiation spectrum wherein the first region is positioned around the infrared absorption peak for water at 1.94 microns and the second region is selected to detect infrared radiation that is insensitive to water at 1.8 microns and to generate first and second signals therefrom; computer means operatively coupled to the radiation receiver for computing the amount of water in the web based on the first and second signals; and one or more calibration standards with each, calibration standard comprising a stack comprising individual layers of holmium oxide glass and didymium glass , wherein each, calibration standard is maneuverable to a calibration position to receive a beam of infrared radiation from the infrared radiation source and to direct a beam of radiation emerging from the calibration standard to the radiation receiver .
A vehicle comprising: an engine including a cylinder body ; a muffler to which exhaust gas from the engine is supplied; a shroud covering the cylinder body ; a muffler cover covering the muffler and communicating with the shroud ; an undercover provided at a lower position than the engine and having an opening ; an exhaust duct connected to an exit end portion of the muffler cover ; and an engine room (S) having an underside defined by the undercover , the engine room (S) housing the engine , the muffler , the shroud , the muffler cover and the exhaust duct , wherein the opening is located at a more rearward position than the muffler in a side view, and the exhaust duct is routed above the undercover and the exhaust duct has its rearward end portion positioned at the opening in order to discharge the exhaust gas from below the engine room (S) to the outside; characterized in that the vehicle further comprises a fan provided inside a fan case connected to the shroud , for supplying external air into the shroud ; wherein an air-flowable gap is formed between the muffler and the muffler cover , so that the external air which is introduced into the shroud by the fan flows between the shroud and the cylinder body , and between the muffler cover and the muffler . an engine including a cylinder body ; a muffler to which exhaust gas from the engine is supplied; a shroud covering the cylinder body ; a muffler cover covering the muffler and communicating with the shroud ; an undercover provided at a lower position than the engine and having an opening ; an exhaust duct connected to an exit end portion of the muffler cover ; and an engine room (S) having an underside defined by the undercover , the engine room (S) housing the engine , the muffler , the shroud , the muffler cover and the exhaust duct , wherein the opening is located at a more rearward position than the muffler in a side view, and the exhaust duct is routed above the undercover and the exhaust duct has its rearward end portion positioned at the opening in order to discharge the exhaust gas from below the engine room (S) to the outside; characterized in that the vehicle further comprises a fan provided inside a fan case connected to the shroud , for supplying external air into the shroud ; wherein an air-flowable gap is formed between the muffler and the muffler cover , so that the external air which is introduced into the shroud by the fan flows between the shroud and the cylinder body , and between the muffler cover and the muffler .
Ink cartridge for a printer, - having at least one chamber for storing ink or a bubble-forming liquid , - having an inlet structure for supplying ambient air into the chamber , - wherein the inlet structure has at least one conduit arranged to introduce ambient air into the chamber , - wherein the conduit has a local constriction and a flow cross-section of the local constriction is restricted by a bar projecting into the conduit , characterized in that the conduit has a cantilevered end portion projecting into the chamber . - having at least one chamber for storing ink or a bubble-forming liquid , - having an inlet structure for supplying ambient air into the chamber , - wherein the inlet structure has at least one conduit arranged to introduce ambient air into the chamber , - wherein the conduit has a local constriction and a flow cross-section of the local constriction is restricted by a bar projecting into the conduit ,
Migalastat or salt thereof for use in a method of reducing kidney globotriaosylceramide (GL-3) in a patient having classic Fabry disease, the method comprising administering to the patient an effective amount of migalastat or salt thereof at a frequency of once every other day for reducing the patient's kidney GL-3, wherein the effective amount is 100 mg to 150 mg free base equivalent (FBE).
A method for validating an operation of a radiotherapy apparatus comprising an integrated linear accelerator and magnetic resonance, MR, imaging device, MR-Linac, the method comprising: selecting a validation procedure associated with the linear accelerator of the MR-Linac; retrieving, based on the selected validation procedure, configuration information for a multi-leaf collimator, MLC, of the MR-Linac; obtaining a plurality of images from an imaging detector each associated with a given radiation beam of a plurality of radiation beams that passes through the MLC that has been adjusted based on the configuration information; processing the plurality of images to determine a characteristic of the MR-Linac, wherein processing the plurality of images comprises: computing a center of mass for each of a first, second and third image of the plurality of images to calculate a radiation field center associated with each of the first, second, and third images; and detecting motion in beams associated with the first, second and third images based on differences in the determined radiation field centers associated with each of the first, second, and third images; and the method further comprises determining whether the MR-Linac is operating within a valid range based on the processing of the plurality of images. selecting a validation procedure associated with the linear accelerator of the MR-Linac; retrieving, based on the selected validation procedure, configuration information for a multi-leaf collimator, MLC, of the MR-Linac; obtaining a plurality of images from an imaging detector each associated with a given radiation beam of a plurality of radiation beams that passes through the MLC that has been adjusted based on the configuration information; processing the plurality of images to determine a characteristic of the MR-Linac, wherein processing the plurality of images comprises: computing a center of mass for each of a first, second and third image of the plurality of images to calculate a radiation field center associated with each of the first, second, and third images; and detecting motion in beams associated with the first, second and third images based on differences in the determined radiation field computing a center of mass for each of a first, second and third image of the plurality of images to calculate a radiation field center associated with each of the first, second, and third images; and detecting motion in beams associated with the first, second and third images based on differences in the determined radiation field centers associated with each of the first, second, and third images; and the method further comprises determining whether the MR-Linac is operating within a valid range based on the processing of the plurality of images.
A data transmission method, implemented by a base station and comprising: transmitting a control instruction to a terminal, the control instruction carrying indication information and the indication information indicating multiple resource positions configured for the terminal to transmit feedback data in an unlicensed channel; and receiving feedback data from the terminal, the feedback data being transmitted by the terminal through at least one resource position among the multiple resource positions in a case of the unlicensed channel being occupied by the terminal, and the feedback data indicating whether the terminal has correctly received communication data from the base station or not, characterised in that the indication information is an index identifier, and in that the method further comprises: transmitting an index table to the terminal, the index table comprising multiple resource positions corresponding to each index identifier and the index table being configured to query corresponding multiple resource positions based on any index identifier. transmitting a control instruction to a terminal, the control instruction carrying indication information and the indication information indicating multiple resource positions configured for the terminal to transmit feedback data in an unlicensed channel; and receiving feedback data from the terminal, the feedback data being transmitted by the terminal through at least one resource position among the multiple resource positions in a case of the unlicensed channel being occupied by the terminal, and the feedback data indicating whether the terminal has correctly received communication data from the base station or not, characterised in that the indication information is an index identifier, and in that the method further comprises: transmitting an index table to the terminal, the index table comprising multiple resource positions corresponding to each index identifier and the index table being configured to query corresponding multiple resource positions based on any index identifier.