mhurhangee/patent-ind-claim-en huggingface dataset:
Thermoplastic film (F) for a laminated glass pane with wedge insert, which has at least a first section (A 2 ) with, in the vertical and horizontal direction, a continuous nonlinear change of the thickness such that ghost images from a head-up display are minimized in the region of the first section (A 2 ), wherein a wedge angle (δ) in the vertical direction in the center of the first section (A 2 ) of the thermoplastic film (F) is greater in some sections than the wedge angle (δ) in the vertical direction at a different horizontal position inside the first section (A 2 ), and wherein the thermoplastic film (F) minimizes double images in transmission in the first section (A 2 ) and also in other sections.
A temperature management system, comprising: a plurality of thermal sensors at different locations on a chip, the chip including a processor and filler area around the processor , wherein thermal sensors of the plurality of thermal sensors are configured to provide a plurality of temperature readings, wherein the thermal sensors of the plurality of thermal sensors are all located in the filler area outside of and around the processor , wherein at least three of the thermal sensors of the plurality of thermal sensors are aligned along a line , and wherein the line intersects the processor ; and a temperature manager configured to receive the plurality of temperature readings from the thermal sensors of the plurality of thermal sensors , to fit a temperature model to the received temperature readings, and to estimate a hotspot temperature on the chip using the fitted temperature model, wherein the estimated hotspot temperature corresponds to a location within the processor . a plurality of thermal sensors at different locations on a chip, the chip including a processor and filler area around the processor , wherein thermal sensors of the plurality of thermal sensors are configured to provide a plurality of temperature readings, wherein the thermal sensors of the plurality of thermal sensors are all located in the filler area outside of and around the processor , wherein at least three of the thermal sensors of the plurality of thermal sensors are aligned along a line , and wherein the line intersects the processor ; and a temperature manager configured to receive the plurality of temperature readings from the thermal sensors of the plurality of thermal sensors , to fit a temperature model to the received temperature readings, and to estimate a hotspot temperature on the chip using the fitted temperature model, wherein the estimated hotspot temperature corresponds to a location within the processor .
A boom for containing floating material spilled in water comprising: an elongated sheet comprising units and spaces between the units, each one of the units comprising at least one lighter than water plate and at least one heavier than water plate attached to the sheet, designed to fold flat when packed, and to self-expand into a polygonal cross-sectional shape when deployed.
A wall assembly for a gas turbine engine , comprising: a support shell with a contoured region ; and a multiple of liner panels mounted to the support shell , at least one of the multiple of liner panels including an end rail , and the contoured region deformable to selectively contact at least a portion of the end rail , characterised in that the contoured region is centered with respect to an intermediate circumferential rail of the at least one of the multiple of liner panels , and the wall assembly further comprises a perimeter rail that defines a first height from a cold side of the at least one liner panel , the intermediate rail defines a second height from the cold side, the second height less than the first height. a support shell with a contoured region ; and a multiple of liner panels mounted to the support shell , at least one of the multiple of liner panels including an end rail , and the contoured region deformable to selectively contact at least a portion of the end rail , characterised in that the contoured region is centered with respect to an intermediate circumferential rail of the at least one of the multiple of liner panels , and the wall assembly further comprises a perimeter rail that defines a first height from a cold side of the at least one liner panel , the intermediate rail defines a second height from the cold side, the second height less than the first height.
A random access method, comprising: sending, by a terminal device, a first preamble sequence and first uplink information on a first physical random access channel, PRACH, resource (S210); and receiving, by the terminal device, a first physical downlink control channel, PDCCH, scrambled by a first random access wireless network temporary identifier, RA-RNTI, and performing a subsequent random access procedure according to a reception situation of the first PDCCH, wherein the first RA-RNTI is acquired according to the first PRACH resource (S220); characterized in that , the first PDCCH comprises first indication information, the first indication information is used for determining whether a first physical downlink shared channel, PDSCH, scheduled by the first PDCCH comprises a random access response, RAR, message in a first RAR format, an RAR format comprises the first RAR format and a second RAR format, an RAR message in the first RAR format is a response for a preamble sequence and uplink information, and an RAR message in the second RAR format is a response for a preamble sequence. sending, by a terminal device, a first preamble sequence and first uplink information on a first physical random access channel, PRACH, resource (S210); and receiving, by the terminal device, a first physical downlink control channel, PDCCH, scrambled by a first random access wireless network temporary identifier, RA-RNTI, and performing a subsequent random access procedure according to a reception situation of the first PDCCH, wherein the first RA-RNTI is acquired according to the first PRACH resource (S220); characterized in that , the first PDCCH comprises first indication information, the first indication information is used for determining whether a first physical downlink shared channel, PDSCH, scheduled by the first PDCCH comprises a random access response, RAR, message in a first RAR format, an RAR format comprises the first RAR format and a second RAR format, an RAR message in the first RAR format is a response for a preamble sequence and uplink information, and an RAR message in the second RAR format is a response for a preamble sequence.
A process for calibrating a detection apparatus comprising: an ioniser (202/210) for ionising a sample; a detector for detecting ions formed as a result of ionisation; a drift chamber between the ioniser and detector along which ions can travel from the ioniser toward the detector; and a gate for controlling the passage of ions from the ioniser to the drift chamber; wherein the detector is used to characterise the ions detected based on the time for ions to pass from the gate along the drift chamber to the detector ; said process comprising: i) introducing a calibrant sample comprising isoflurane into the detection apparatus; ii) collecting experimental data relevant to the detection of negative isoflurane monomer and dimer ions formed as a result of ionisation of the calibrant sample; and iii) calibrating the detection apparatus for the detection of a known target chemical based on an evaluation of the experimental data collected for the negative isoflurane monomer ion against the experimental data collected for the negative isoflurane dimer ion. an ioniser (202/210) for ionising a sample; a detector for detecting ions formed as a result of ionisation; a drift chamber between the ioniser and detector along which ions can travel from the ioniser toward the detector; and a gate for controlling the passage of ions from the ioniser to the drift chamber; wherein the detector is used to characterise the ions detected based on the time for ions to pass from the gate along the drift chamber to the detector ; said process comprising: i) introducing a calibrant sample comprising isoflurane into the detection apparatus; ii) collecting experimental data relevant to the detection of negative isoflurane monomer and dimer ions formed as a result of ionisation of the calibrant sample; and iii) calibrating the detection apparatus for the detection of a known target chemical based on an evaluation of the experimental data collected for the negative isoflurane monomer ion against the experimental data collected for the negative isoflurane dimer ion. i) introducing a calibrant sample comprising isoflurane into the detection apparatus; ii) collecting experimental data relevant to the detection of negative isoflurane monomer and dimer ions formed as a result of ionisation of the calibrant sample; and iii) calibrating the detection apparatus for the detection of a known target chemical based on an evaluation of the experimental data collected for the negative isoflurane monomer ion against the experimental data collected for the negative isoflurane dimer ion.
Method for producing a furniture item by in-line assembling a set of panels that can be joined together to form a shell or cabinet delimiting a compartment, the set of panels comprising a top or ceiling panel, a bottom panel, a back panel, and two side panels, and optionally an intermediate shelf and/or linear guides and/or reinforcement strips, characterized by the steps of - picking up from a storage the panel set divided into N sub-sets of panels, N >= 2, - bringing the N sub-sets of panels respectively to N workstations operating in cascade connection, - loading a subset of panels at each workstation and machining them there; - transferring the panels from one workstation to the next workstation for another machining operation, - transferring all the panels of the set from the last of the N workstations to an assembly workstation and assembling them there to obtain the shell or cabinet. - picking up from a storage the panel set divided into N sub-sets of panels, N >= 2, - bringing the N sub-sets of panels respectively to N workstations operating in cascade connection, - loading a subset of panels at each workstation and machining them there; - transferring the panels from one workstation to the next workstation for another machining operation, - transferring all the panels of the set from the last of the N workstations to an assembly workstation and assembling them there to obtain the shell or cabinet.
A method of tracking motion, comprising: identifying , by a controller that receives sense information from the plurality of sensors (110, 120, 241-245), a group of sensors (110, 120, 241-245) that includes a plurality of neighboring sensors (110, 120, 241-245) sensing motion greater than a motion threshold during a time interval (101-105); tracking motion , by the controller , comprising: linking the group to at least one past group of at least one past time interval (101-105), wherein the at least one past group includes a group of sensors (110, 120, 241-245) that sensed motion during the least one past time interval (101-105); and confirming, by the controller , that the group originated from the at least one past group of at least one past time interval (101-105), comprising confirming that the group is located within a common area as the at least one past group , and confirming that the group includes at least one neighboring sensor (110, 120, 241-245) of the at least one past group . identifying , by a controller that receives sense information from the plurality of sensors (110, 120, 241-245), a group of sensors (110, 120, 241-245) that includes a plurality of neighboring sensors (110, 120, 241-245) sensing motion greater than a motion threshold during a time interval (101-105); tracking motion , by the controller , comprising: linking the group to at least one past group of at least one past time interval (101-105), wherein the at least one past group includes a group of sensors (110, 120, 241-245) that sensed motion during the least one past time interval (101-105); and confirming, by the controller , that the group originated from the at least one past group of at least one past time interval (101-105), comprising confirming that the group is located within a common area as the at least one past group , and confirming that the group includes at least one neighboring sensor (110, 120, 241-245) of the at least one past group . linking the group to at least one past group of at least one past time interval (101-105), wherein the at least one past group includes a group of sensors (110, 120, 241-245) that sensed motion during the least one past time interval (101-105); and confirming, by the controller , that the group originated from the at least one past group of at least one past time interval (101-105), comprising confirming that the group is located within a common area as the at least one past group , and confirming that the group includes at least one neighboring sensor (110, 120, 241-245) of the at least one past group .
A surgical system comprising: an image capture system , the image capture system being configured to capture a plurality of surgical site scenes, wherein the image capture system is further configured to capture each surgical site scene in the plurality of surgical site scenes from reflected light of three different wavebands comprising a first waveband having a range from 450 to 580 nanometers, a second waveband having a range from 640 to 750 nanometers, and a third waveband having a range from 900 to 1080 nanometers, each waveband of the plurality of wavebands being reflected by ureter tissue and tissue around the ureter tissue; a ureter analysis module coupled to the image capture system , the ureter analysis module being configured to: detect a difference between a spectral reflectance of the ureter tissue and a spectral reflectance of the tissue around the ureter tissue in each of the three wavebands; and identify the ureter tissue in the captured surgical site scenes based on the detected difference between the spectral reflectance of the ureter tissue and the spectral reflectance of the tissue around the ureter tissue; and a display device coupled to the ureter analysis module , the display device being configured to display a surgical site scene with the ureter tissue highlighted. an image capture system , the image capture system being configured to capture a plurality of surgical site scenes, wherein the image capture system is further configured to capture each surgical site scene in the plurality of surgical site scenes from reflected light of three different wavebands comprising a first waveband having a range from 450 to 580 nanometers, a second waveband having a range from 640 to 750 nanometers, and a third waveband having a range from 900 to 1080 nanometers, each waveband of the plurality of wavebands being reflected by ureter tissue and tissue around the ureter tissue; a ureter analysis module coupled to the image capture system , the ureter analysis module being configured to: detect a difference between a spectral reflectance of the ureter tissue and a spectral reflectance of the tissue around the ureter tissue in each of the three wavebands; and identify the ureter tissue in the captured surgical site scenes based on the detected difference between the spectral reflectance of the ureter tissue and the spectral reflectance of the tissue around the ureter tissue; and detect a difference between a spectral reflectance of the ureter tissue and a spectral reflectance of the tissue around the ureter tissue in each of the three wavebands; and identify the ureter tissue in the captured surgical site scenes based on the detected difference between the spectral reflectance of the ureter tissue and the spectral reflectance of the tissue around the ureter tissue; and a display device coupled to the ureter analysis module , the display device being configured to display a surgical site scene with the ureter tissue highlighted.
An estrogen receptor beta agonist for use in a method of slowing cerebral cortex gray matter atrophy in a human multiple sclerosis patient, wherein the estrogen receptor beta agonist is administered conjointly with an immunotherapeutic agent.
A pivot mechanism , for an item of seating furniture, having a base support , a seat support and a backrest support , wherein a pivoting of the backrest support rearward induces a following movement of the seat support , wherein the pivot mechanism has at least one elastically deformable element which is integrated in single-piece form into the pivot mechanism and which serves as an energy storage member, wherein the seat support and the base support form a single-piece seat support-base support combination , in which the seat support can be moved relative to the base support by being connected in single-piece form to the base support via a number of such elastically deformable elements , characterized in that the backrest support and the seat support are connected to one another in single-piece form by way of a film joint in order to allow the following movement of the seat support during a pivoting of the backrest support rearward. having a base support , a seat support and a backrest support , wherein a pivoting of the backrest support rearward induces a following movement of the seat support , wherein the pivot mechanism has at least one elastically deformable element which is integrated in single-piece form into the pivot mechanism and which serves as an energy storage member, wherein the seat support and the base support form a single-piece seat support-base support combination , in which the seat support can be moved relative to the base support by being connected in single-piece form to the base support via a number of such elastically deformable elements , characterized in that the backrest support and the seat support are connected to one another in single-piece form by way of a film joint in order to allow the following movement of the seat support during a pivoting of the backrest support rearward.
A vacuum cleaner comprising: a housing having a longitudinal axis (A-A); a motor-fan assembly mounted in the housing arranged to generate an airflow along an airflow path from a dirty air inlet to an air exhaust ; and a retractable nozzle defining the dirty air inlet and moveably mounted on the housing and at least a portion of the retractable nozzle is arranged to move between a retracted configuration within the housing and a deployed configuration outside the housing ; wherein the portion of the retractable nozzle in the retracted configuration is aligned in a direction along the longitudinal axis (A-A) and the portion of the retractable nozzle in the deployed configuration is aligned in a direction across the longitudinal axis (A-A); characterized in that the housing comprises a dirt container and the portion of the retractable nozzle is arranged to be positioned within the dirt container when the retractable nozzle is in the retracted configuration. a housing having a longitudinal axis (A-A); a motor-fan assembly mounted in the housing arranged to generate an airflow along an airflow path from a dirty air inlet to an air exhaust ; and a retractable nozzle defining the dirty air inlet and moveably mounted on the housing and at least a portion of the retractable nozzle is arranged to move between a retracted configuration within the housing and a deployed configuration outside the housing ; wherein the portion of the retractable nozzle in the retracted configuration is aligned in a direction along the longitudinal axis (A-A) and the portion of the retractable nozzle in the deployed configuration is aligned in a direction across the longitudinal axis (A-A); characterized in that the housing comprises a dirt container and the portion of the retractable nozzle is arranged to be positioned within the dirt container when the retractable nozzle is in the retracted configuration.
A three-dimensional aggregate reinforcement system comprising: a grid structure that substantially extends along a plane and is configured of a framework of spaced-apart bars that are arranged in a relation to each other to form a pattern of squares ; and a plurality of projections, wherein each of the projections consists of a plurality of ribs, wherein each of the plurality of projections includes at least one end attached to the grid structure and another end that extends in a direction away from the plane , wherein each of the projections is shaped as a substantially pyramidal shape and defined by the square patterns and a center node at a peak of the pyramidal shape , characterised in that said bars form a pattern of offset squares. a grid structure that substantially extends along a plane and is configured of a framework of spaced-apart bars that are arranged in a relation to each other to form a pattern of squares ; and a plurality of projections, wherein each of the projections consists of a plurality of ribs, wherein each of the plurality of projections includes at least one end attached to the grid structure and another end that extends in a direction away from the plane , wherein each of the projections is shaped as a substantially pyramidal shape and defined by the square patterns and a center node at a peak of the pyramidal shape , characterised in that said bars form a pattern of offset squares.
Cosmetic use of an extract obtained from an aerial part of Anigozanthos flavidus as an anti-ageing agent.
A pharmaceutical composition comprising sodium iodide (NaI) and a pharmaceutically acceptable carrier, diluent, or excipient, for use in treating or preventing an ischemic injury or a reperfusion injury of tissue in a subject, wherein the pharmaceutical composition is provided to the subject parenterally or orally.
A set of mandibular advancement splints comprising: a maxillary splint having a maxillary body with an inner portion adapted to fit a maxillary dental arch of a mouth of a patient and an opposed outer portion having an outer wall surface , the maxillary splint having a maxillary abutment assembly ; and a mandibular splint having a mandibular body with an inner portion adapted to fit a mandibular dental arch of the mouth of the patient and an opposed outer portion having an outer wall surface , the mandibular splint having a mandibular abutment assembly ; wherein the maxillary abutment assembly comprises an advancement adjustment structure and the mandibular abutment assembly comprises two projections extending upwardly from the outer wall surface , on opposed sides of the mandibular body of the mandibular splint , the advancement adjustment structure comprising support brackets projecting outwardly from the outer wall surface of the outer portion of the maxillary splint and at least one set of adjustment spacers removably securable to the support brackets of the maxillary splint , each one of the support brackets projecting from a respective side of the outer portion , the adjustment spacers of the at least one set being selectively and removably securable to a corresponding one of the support brackets , the adjustment spacers having a same spacing length defining the mandibular advancement provided by the set of mandibular advancement splints, being characterized in that the maxillary abutment assembly further comprises lateral support sections , each one of the lateral support sections being a substantially flat section of the outer wall surface of the maxillary splint positioned forwardly of the support brackets and configured to abut at least partially with an inner surface of a corresponding one of the adjustment spacers and provide lateral support thereto. a maxillary splint having a maxillary body with an inner portion adapted to fit a maxillary dental arch of a mouth of a patient and an opposed outer portion having an outer wall surface , the maxillary splint having a maxillary abutment assembly ; and a mandibular splint having a mandibular body with an inner portion adapted to fit a mandibular dental arch of the mouth of the patient and an opposed outer portion having an outer wall surface , the mandibular splint having a mandibular abutment assembly ;