mhurhangee/patent-ind-claim-en huggingface dataset:
A hand-held steamer head comprising a steam distribution chamber , a steam inlet through which steam is received from a steam channel and provided to the steam distribution chamber, one or more steam vents through which steam in the steam distribution chamber is expelled from the steamer head, and wherein the or each steam vent has a steam vent outlet , wherein a barrier in the steam distribution chamber is configured to prevent a direct flow path from the steam inlet to the steam vent outlet of the or each steam vent , the barrier being arranged to intersect a linear path of flow from the steam inlet to the steam vent outlet of the or each steam vent , wherein the steam distribution chamber comprises two or more steam vents defining a steam vent zone , wherein the barrier extends at least partially across the steam distribution chamber , extends transverse to a direct flow path between the steam inlet and the or each steam vent , and is configured to prevent a direct flow path from the steam inlet to the steam vent zone, characterised in that the barrier defines a flow path aperture through which steam flows between the steam inlet and the or each steam vent and which is offset from a direct flow path from the steam inlet to the or each steam vent, and whererin the cross-sectional area of the flow path aperture is greater than the cross-sectional area of the steam inlet .
A battery module comprising: a cell assembly comprising a plurality of secondary cells stacked in at least one direction; a cooling plate having a plate shape and placed below the cell assembly to receive the cell assembly thereon; a front cover covering a front end portion of the cell assembly and comprising a lower portion welded to the cooling plate ; a rear cover covering a rear end portion of the cell assembly and comprising a lower portion welded to the cooling plate ; a left side cover covering a left side of the cell assembly , the left side cover comprising a lower end portion welded to the cooling plate , a front end portion welded to the front cover , and a rear end portion welded to the rear cover ; a right side cover covering a right side of the cell assembly , the right side cover comprising a lower end portion welded to the cooling plate , a front end portion welded to the front cover , and a rear end portion welded to the rear cover ; and an upper plate covering an upper portion of the cell assembly , the upper plate comprising a left end portion welded to the left side cover and a right end portion welded to the right side cover, wherein the secondary cells are pouch-type secondary cells ; and wherein each of the cooling plate , the front cover , the rear cover , the left side cover , the right side cover , and the upper plate are welded together by a friction stir welding method. a cell assembly comprising a plurality of secondary cells stacked in at least one direction; a cooling plate having a plate shape and placed below the cell assembly to receive the cell assembly thereon; a front cover covering a front end portion of the cell assembly and comprising a lower portion welded to the cooling plate ; a rear cover covering a rear end portion of the cell assembly and comprising a lower portion welded to the cooling plate ; a left side cover covering a left side of the cell assembly , the left side cover comprising a lower end portion welded to the cooling plate , a front end portion welded to the front cover , and a rear end portion welded to the rear cover ; a right side cover covering a right side of the cell assembly , the right side cover comprising a lower end portion welded to the cooling plate , a front end portion welded to the front cover , and a rear end portion welded to the rear cover ; and an upper plate covering an upper portion of the cell assembly , the upper plate comprising a left end portion welded to the left side cover and a right end portion welded to the right side cover, wherein the secondary cells are pouch-type secondary cells ; and wherein each of the cooling plate , the front cover , the rear cover , the left side cover , the right side cover , and the upper plate are welded together by a friction stir welding method.
A method for calculating a height map of a sample comprising a body of a transparent material having a refractive index, n, with an inclined or curved surface (IS), the body being provided on an underlying surface (US) extending laterally from underneath the body, the method comprising: providing an optical profiler having an objective, the objective having a limited numerical aperture; positioning a first area with an inclined or curved surface of the body of a transparent material with the underlying surface underneath the body under the optical profiler and positioning a second area of the underlying surface extending laterally from underneath the body under the optical profiler, wherein the inclined or curved surface is defined as a surface with an inclination such that a reflected measurement beam is reflected outside the numerical aperture of the objective of the optical profiler; measuring a height map of the first area, ZIS, and a height map of the second area, ZUS, with the optical profiler; and calculating a height map of the inclined or curved surface, HIS, by using n, the measured ZIS and the measured ZUS, wherein the HIS is calculated by the formula: HIS = (ZUS - ZIS)/(n -1) + ZUS. providing an optical profiler having an objective, the objective having a limited numerical aperture; positioning a first area with an inclined or curved surface of the body of a transparent material with the underlying surface underneath the body under the optical profiler and positioning a second area of the underlying surface extending laterally from underneath the body under the optical profiler, wherein the inclined or curved surface is defined as a surface with an inclination such that a reflected measurement beam is reflected outside the numerical aperture of the objective of the optical profiler; measuring a height map of the first area, ZIS, and a height map of the second area, ZUS, with the optical profiler; and calculating a height map of the inclined or curved surface, HIS, by using n, the measured ZIS and the measured ZUS, wherein the HIS is calculated by the formula: HIS = (ZUS - ZIS)/(n -1) + ZUS.
Method for applying a metal coating or metal based coating on a surface of a substrate or a part of that surface, wherein the surface of the substrate is electrically conductive, wherein the surface of the substrate is provided with a temperature that is suitable for applying the coating, wherein metal droplets are generated from a surface of a metal melt, wherein an inert gas is present in the area of the metal melt and the droplets and the surface of the substrate, and wherein a high voltage of between 1 and 30 kV is applied between the metal melt and the surface of the substrate and the droplets are formed from the surface of the metal melt by applying high-frequency ultrasonic energy to the metal melt, whereby the metal droplets impinge on the surface of the substrate to form a coating.
A method for fluoroscopy, comprising: energizing (S1110) a radiation source to form a scout image on a detector; processing the scout image to determine (S1120) and report a radiation field position with respect to a predetermined zone (S) of the detector; energizing (S1140) the radiation source for fluoroscopic imaging of a subject when the reported radiation field position is fully within the predetermined zone (S); and illuminating the radiation field position with respect to the subject; the method for fluoroscopy being characterized in that illuminating the radiation field position further comprises changing the appearance of the illumination according to the reported radiation field position. energizing (S1110) a radiation source to form a scout image on a detector; processing the scout image to determine (S1120) and report a radiation field position with respect to a predetermined zone (S) of the detector; energizing (S1140) the radiation source for fluoroscopic imaging of a subject when the reported radiation field position is fully within the predetermined zone (S); and illuminating the radiation field position with respect to the subject; the method for fluoroscopy being characterized in that illuminating the radiation field position with respect to the subject; the method for fluoroscopy being characterized in that illuminating the radiation field position further comprises changing the appearance of the illumination according to the reported radiation field position.
A liquid composition comprising a peptide of SEQ ID NO.: 2 and/or a pharmaceutically acceptable salt thereof as an active pharmaceutical ingredient, sodium chloride, and a liquid carrier, wherein the composition further comprises a pharmaceutically acceptable buffer, wherein the composition has a pH from 6.0 to 7.0.
A communications device , the communications device comprising a transmitter (104.t) configured to transmit signals representing data to an infrastructure equipment of a mobile communications network via a first wireless access interface and to transmit signals via a second wireless access interface to one or more communications apparatus which can act as relay nodes, a receiver (104.r) configured to receive signals from the infrastructure equipment in a cell of the mobile communications network via the first wireless access interface and to receive signals via the second wireless access interface from the one or more communications apparatus which can act as relay nodes, the signals indicating an identifier of the cell of the mobile communications network served by the infrastructure equipment, and a controller (104.c) configured to control the transmitter and the receiver, wherein the controller is configured to form a relay assist request message with the identifier of the cell and in combination with the transmitter and the receiver to transmit the relay assist request message on the second wireless access interface for reception by the one or more communications apparatus which can act as relay nodes to assist in communicating signals representing data to the infrastructure equipment via the first wireless access interface, to receive from at least one of the communications apparatus, via the second wireless access interface, a relay response message providing an indication that the communications apparatus can act as a relay node for the communications device, and to transmit signals representing the data , for transmission to the infrastructure equipment, to the communications apparatus acting as a relay node via the second wireless access interface.
Connection device intended to connect together two mechanical parts, said device comprising at least: - one eccentric pin comprising at least a first cylindrical segment intended to be inserted into a circular hole (T1) of a first (P1) of said mechanical parts (P1, P2) and a second cylindrical segment , said first and second cylindrical segments having different axes of revolution (A1, A2); and - one eccentric sleeve comprising at least one hollow cylinder provided with an outer cylindrical surface and an inner cylindrical surface , the outer cylindrical surface being intended to be inserted into a circular hole (T2) of the second (P2) of said mechanical parts (P1, P2) and the inner cylindrical surface being intended to receive the second cylindrical segment of the eccentric pin , said inner and outer cylindrical surfaces having different axes of revolution (A3, A4), said device being characterized in that the eccentric sleeve comprises an additional segment intended to receive an additional cylindrical segment of the eccentric pin . - one eccentric pin comprising at least a first cylindrical segment intended to be inserted into a circular hole (T1) of a first (P1) of said mechanical parts (P1, P2) and a second cylindrical segment , said first and second cylindrical segments having different axes of revolution (A1, A2); and - one eccentric sleeve comprising at least one hollow cylinder provided with an outer cylindrical surface and an inner cylindrical surface , the outer cylindrical surface being intended to be inserted into a circular hole (T2) of the second (P2) of said mechanical parts (P1, P2) and the inner cylindrical surface being intended to receive the second cylindrical segment of the eccentric pin , said inner and outer cylindrical surfaces having different axes of revolution (A3, A4),
An ophthalmic cannula assembly , comprising: a cannula wherein the cannula includes an outer cannula surface and an inner cylindrical bore that defines a longitudinal axis and an inner radius, the cannula defining a cannula length measured parallel to the longitudinal axis; and a hub adjoining a proximal end of the cannula , the cannula with hub being configured for insertion into an eye, such that the cannula may be inserted into an incision in the eye up to the hub to allow surgical instruments to be inserted into the eye through the cannula; wherein the cannula with hub is configured to be received onto a trocar piercing device, for insertion into the eye; characterised in that the cannula assembly further comprising: an optical fiber attached to the outer cannula surface for at least a portion of the cannula length that is configured to extend into the eye; a cover material that covers at least a portion of the optical fiber , that is configured to extend into the eye, and that is in contact with the outer cannula surface ; and a light diffuser at a distal tip of the optical fiber. a cannula wherein the cannula includes an outer cannula surface and an inner cylindrical bore that defines a longitudinal axis and an inner radius, the cannula defining a cannula length measured parallel to the longitudinal axis; and a hub adjoining a proximal end of the cannula , the cannula with hub being configured for insertion into an eye, such that the cannula may be inserted into an incision in the eye up to the hub to allow surgical instruments to be inserted into the eye through the cannula; wherein the cannula with hub is configured to be received onto a trocar piercing device, for insertion into the eye; characterised in that the cannula assembly further comprising: an optical fiber attached to the outer cannula surface for at least a portion of the cannula length that is configured to extend into the eye; a cover material that covers at least a portion of the optical fiber , that is configured to extend into the eye, and that is in contact with the outer cannula surface ; and a light diffuser at a distal tip of the optical fiber. an optical fiber attached to the outer cannula surface for at least a portion of the cannula length that is configured to extend into the eye; a cover material that covers at least a portion of the optical fiber , that is configured to extend into the eye, and that is in contact with the outer cannula surface ; and a light diffuser at a distal tip of the optical fiber.
A construction machine having a body, and one or more movement elements , the construction machine further comprising: - a propulsion electric motor adapted to drive the one or more movement elements, - one or more batteries adapted to power the propulsion electric motor, - a control circuit adapted to operate the propulsion electric motor in accordance with a propulsion variable , the propulsion variable being indicative of a wanted rotational speed of the propulsion electric motor, wherein, while operating the propulsion electric motor in accordance with the propulsion variable, the control circuit is further adapted to: - receive a propulsion current signal indicative of an amount of current drawn by the propulsion electric motor, and - in accordance with the propulsion current signal satisfying propulsion reduction criteria, reduce the propulsion variable by a propulsion reduction amount such that the propulsion variable is below a maximum propulsion variable. - a propulsion electric motor adapted to drive the one or more movement elements, - one or more batteries adapted to power the propulsion electric motor, - a control circuit adapted to operate the propulsion electric motor in accordance with a propulsion variable , the propulsion variable being indicative of a wanted rotational speed of the propulsion electric motor, - receive a propulsion current signal indicative of an amount of current drawn by the propulsion electric motor, and - in accordance with the propulsion current signal satisfying propulsion reduction criteria, reduce the propulsion variable by a propulsion reduction amount such that the propulsion variable is below a maximum propulsion variable.
An article exhibiting magnetic properties, the article comprising: a substrate comprising a first portion of a magnetic material, the magnetic material comprising iron or an iron alloy and exhibiting magnetic properties; a transition layer comprising a second portion of the magnetic material and a first portion of a coating material metallurgically bonded together, the transition layer disposed on at least a portion of the substrate ; and an outer layer comprising a second portion of the coating material, the outer layer disposed on at least a portion of the transition layer ; wherein the coating material comprises tantalum, niobium, zirconium, platinum, silver, gold or combinations thereof. a substrate comprising a first portion of a magnetic material, the magnetic material comprising iron or an iron alloy and exhibiting magnetic properties; a transition layer comprising a second portion of the magnetic material and a first portion of a coating material metallurgically bonded together, the transition layer disposed on at least a portion of the substrate ; and an outer layer comprising a second portion of the coating material, the outer layer disposed on at least a portion of the transition layer ; wherein the coating material comprises tantalum, niobium, zirconium, platinum, silver, gold or combinations thereof.
A computer-implemented method of assessing an image registration result between a first medical image of a patient and a second medical image of the patient, the method comprising: obtaining image datasets for the first and second medical images; obtaining registration data representing the registration from the first medical image to the second medical image; collating clinical use-case information, for which the image registration result is required; deriving a set of at least one measurement and assessment criteria therefor based at least partly on the collated use-case information; performing the at least one measurement on at least one of the obtained image datasets and the obtained registration data to derive at least one measurement value, wherein the at least one measurement does not rely on a presence of ground-truth correspondences; applying the assessment criteria for the at least one measurement to the at least one measurement value to derive at least one assessment result; and outputting an indication of the clinical relevance of the registration to the clinical use-case based on the at least one assessment result, wherein the indication of the at least one assessment result comprises a registration assessment score generated from the at least one assessment result. obtaining image datasets for the first and second medical images; obtaining registration data representing the registration from the first medical image to the second medical image; collating clinical use-case information, for which the image registration result is required; deriving a set of at least one measurement and assessment criteria therefor based at least partly on the collated use-case information; performing the at least one measurement on at least one of the obtained image datasets and the obtained registration data to derive at least one measurement value, wherein the at least one measurement does not rely on a presence of ground-truth correspondences; applying the assessment criteria for the at least one measurement to the at least one measurement value to derive at least one assessment result; and outputting an indication of the clinical relevance of the registration to the clinical use-case based on the at least one assessment result, wherein the indication of the at least one assessment result comprises a registration assessment score generated from the at least one assessment result.
A log management system for managing log data for a target, comprising: a local-side secret splitting module configured to split the log data that is generated regularly or intermittently for the target into a plurality of split log fragments including a split log fragment for remote transmission per predetermined unit according to All Or Nothing Transform, AONT, scheme, the split log fragment for remote transmission having a smaller size than remaining split log fragments; a local-side communication control module configured to transmit the split log fragment for remote transmission to a remote apparatus to cause the remote apparatus to store the split log fragment for remote transmission; a remote-side communication control module configured to receive, in response to occurrence of an event that requires partial recovery of the log data, one or more remaining split log fragments corresponding to the log data to be partially recovered out of the remaining split log fragments accumulated by a local apparatus; and a remote-side secret splitting module configured to recover the log data from the one or more received remaining split log fragments and the corresponding split log fragment for remote transmission according to the AONT scheme. a local-side secret splitting module configured to split the log data that is generated regularly or intermittently for the target into a plurality of split log fragments including a split log fragment for remote transmission per predetermined unit according to All Or Nothing Transform, AONT, scheme, the split log fragment for remote transmission having a smaller size than remaining split log fragments; a local-side communication control module configured to transmit the split log fragment for remote transmission to a remote apparatus to cause the remote apparatus to store the split log fragment for remote transmission; a remote-side communication control module configured to receive, in response to occurrence of an event that requires partial recovery of the log data, one or more remaining split log fragments corresponding to the log data to be partially recovered out of the remaining split log fragments accumulated by a local apparatus; and a remote-side secret splitting module configured to recover the log data from the one or more received remaining split log fragments and the corresponding split log fragment for remote transmission according to the AONT scheme.