mhurhangee/ep-ind-claims huggingface dataset:
An image stabilizer, comprising: a rotor comprising a lens assembly, and configured to move perpendicular to an optical axis of light passing through the lens assembly; and a suspension unit configured to support movement of the rotor and to prevent the rotor from moving non-perpendicular to the optical axis of the light passing through the lens assembly, characterised in that - the suspension unit elastically supports the rotor with respect to a first stator and a second stator between which the rotor is disposed, and is formed of materials capable of carrying an electric current so as to supply power to the rotor, - the rotor, the first stator, and the second stator are disposed in parallel with each other, - the suspension unit comprises a plurality of first suspension members elastically supporting the rotor with respect to the first stator, the plurality of first suspension members electrically connecting the first stator and the rotor; and - a plurality of second suspension members elastically supporting the rotor with respect to the second stator, the plurality of second suspension members electrically connecting the second stator and the rotor. a rotor comprising a lens assembly, and configured to move perpendicular to an optical axis of light passing through the lens assembly; and a suspension unit configured to support movement of the rotor and to prevent the rotor from moving non-perpendicular to the optical axis of the light passing through the lens assembly, characterised in that - the suspension unit elastically supports the rotor with respect to a first stator and a second stator between which the rotor is disposed, and is formed of materials capable of carrying an electric current so as to supply power to the rotor, - the rotor, the first stator, and the second stator are disposed in parallel with each other, - the suspension unit comprises a plurality of first suspension members elastically supporting the rotor with respect to the first stator, the plurality of first suspension members electrically connecting the first stator and the rotor; and - a plurality of second suspension members elastically supporting the rotor with respect to the second stator, the plurality of second suspension members electrically connecting the second stator and the rotor. - the suspension unit elastically supports the rotor with respect to a first stator and a second stator between which the rotor is disposed, and is formed of materials capable of carrying an electric current so as to supply power to the rotor, - the rotor, the first stator, and the second stator are disposed in parallel with each other, - the suspension unit comprises a plurality of first suspension members elastically supporting the rotor with respect to the first stator, the plurality of first suspension members electrically connecting the first stator and the rotor; and - a plurality of second suspension members elastically supporting the rotor with respect to the second stator, the plurality of second suspension members electrically connecting the second stator and the rotor.
A method of a processing device (24, 28) of estimating amount of washer fluid to be consumed in a reservoir of a vehicle, comprising: estimating at least one of a number of remaining wash cycles that can be performed and remaining driving distance of the vehicle before the amount of washer fluid has reached a predetermined lower amount of washer fluid based on acquired information indicating a plurality of parameters comprising vehicle driver, current amount of washer fluid remaining in the reservoir, temperature that the washer fluid is subjected to, the acquired information further indicating at least one known washer fluid consumption profile for that driver; and generating, for display on a display unit of the vehicle, data representing said estimated number of remaining wash cycles or remaining driving distance. estimating at least one of a number of remaining wash cycles that can be performed and remaining driving distance of the vehicle before the amount of washer fluid has reached a predetermined lower amount of washer fluid based on acquired information indicating a plurality of parameters comprising vehicle driver, current amount of washer fluid remaining in the reservoir, temperature that the washer fluid is subjected to, the acquired information further indicating at least one known washer fluid consumption profile for that driver; and generating, for display on a display unit of the vehicle, data representing said estimated number of remaining wash cycles or remaining driving distance.
Hood-type annealing furnace for the annealing of annealing material, comprising at least one base, which comprises at least one site (3, 4, 5, 6) on which at least one batch of the annealing material can be arranged, at least one protective hood, by which the annealing material arranged on the site (3, 4, 5, 6) can be covered with formation of an annealing space enclosed by the protective hood and the site (3, 4, 5, 6), at least one heating hood, by which the protective hood can be covered with formation of an intermediate space arranged between the heating hood and the protective hood and bounded at the bottom by the base, and at least one cooling gas system connected or connectible with the intermediate space to be in communication therewith, characterised in that the cooling gas system is connected or connectible with the intermediate space to be in communication therewith by way of at least one cooling gas outlet, which is formed at the base and is connected with the intermediate space to be in communication therewith, and at least one cooling gas inlet, which is formed at the base and is connected with the intermediate space to be in communication therewith.
A polypeptide comprising an Fc variant of a human IgG Fc, wherein said Fc variant comprises an isoleucine at position 259 and a phenylalanine at position 308, wherein said Fc variant shows increased binding to human FcRn as compared to said human IgG Fc, and wherein numbering is according to the EU index in Kabat et al.
A cartridge (26, 44, 56) for an electronic vapour inhaler (10, 110), the cartridge comprising: an elongate induction heatable element (28, 46); and a flavour-release medium (30, 54) adhered to an outer surface (32, 52) of the elongate induction heatable element (28, 46) characterized in that the cartridge further comprises a layer of thermally-insulating material between the induction heatable element (28, 46) and the flavour-release medium (30, 54). an elongate induction heatable element (28, 46); and a flavour-release medium (30, 54) adhered to an outer surface (32, 52) of the elongate induction heatable element (28, 46) characterized in that the cartridge further comprises a layer of thermally-insulating material between the induction heatable element (28, 46) and the flavour-release medium (30, 54).
Method for calibrating the position of a badge reader installed in a vehicle, said badge reader being mounted on a gantry frame overhanging a travel lane in such a way that it points towards a point of the travel lane located at a predetermined distance from the vertical of the portal frame, characterized in that comprises the following steps: - calculation of an estimate ( D̂ 1) of said distance by the ratio between a measured average speed (VM i) of the vehicle (Vi) and the time difference between a moment t i 1 of detection of the badge of a vehicle (Vi) by said badge reader, and a moment of crossing t i 2 of the vehicle (Vi) vertically under the portal frame, and - calculation of an average estimate ( D̂ of said distance by the average of multiple estimates ( D̂ 1) of said distance which are thus calculated following the crossing of multiple vehicles under the portal frame. - calculation of an estimate ( D̂ 1) of said distance by the ratio between a measured average speed (VM i) of the vehicle (Vi) and the time difference between a moment t i 1 of detection of the badge of a vehicle (Vi) by said badge reader, and a moment of crossing t i 2 of the vehicle (Vi) vertically under the portal frame, and - calculation of an average estimate ( D̂ of said distance by the average of multiple estimates ( D̂ 1) of said distance which are thus calculated following the crossing of multiple vehicles under the portal frame.
A suture anchor kit comprising: a suture anchor having at least one suture limb extending therefrom, the suture anchor comprising a distal end for entering bone, an opposite proximal end, a threaded outer surface, and a side between the distal end and proximal end; a suture anchor passing tool adapted to grasp the suture anchor side; and characterised in that: the suture anchor has a hexagonal opening at its proximal end; and further comprising: a driver having an elongated shaft, a hexagonal cross section near a distal end of the driver for mating with the hexagonal opening of said suture anchor, and terminating at the distal end of the driver with threads and a sharp point; and an awl head having a threaded opening at a proximal end thereof for mating with the threads of the driver, and a conical section at a distal end thereof. a suture anchor having at least one suture limb extending therefrom, the suture anchor comprising a distal end for entering bone, an opposite proximal end, a threaded outer surface, and a side between the distal end and proximal end; a suture anchor passing tool adapted to grasp the suture anchor side; and characterised in that: the suture anchor has a hexagonal opening at its proximal end; and further comprising: a driver having an elongated shaft, a hexagonal cross section near a distal end of the driver for mating with the hexagonal opening of said suture anchor, and terminating at the distal end of the driver with threads and a sharp point; and an awl head having a threaded opening at a proximal end thereof for mating with the threads of the driver, and a conical section at a distal end thereof. a driver having an elongated shaft, a hexagonal cross section near a distal end of the driver for mating with the hexagonal opening of said suture anchor, and terminating at the distal end of the driver with threads and a sharp point; and an awl head having a threaded opening at a proximal end thereof for mating with the threads of the driver, and a conical section at a distal end thereof.
A portable electronic device comprising: a housing comprising: a first conductive section defining a first rounded portion of the housing and having a first coupling structure, the first conductive section configured to operate as part of a first antenna assembly of the portable electronic device; a second conductive section defining a second rounded portion of the housing and configured to operate as part of a second antenna assembly of the portable electronic device; a third conductive section having a second coupling structure and defining a first portion of a sidewall of the portable electronic device; and an intermediate element overmolded around the first coupling structure and the second coupling structure and defining a second portion of the sidewall between the first conductive section and the third conductive section, wherein the intermediate element provides electrical isolation between the first conductive section from the third conductive section. a first conductive section defining a first rounded portion of the housing and having a first coupling structure, the first conductive section configured to operate as part of a first antenna assembly of the portable electronic device; a second conductive section defining a second rounded portion of the housing and configured to operate as part of a second antenna assembly of the portable electronic device; a third conductive section having a second coupling structure and defining a first portion of a sidewall of the portable electronic device; and an intermediate element overmolded around the first coupling structure and the second coupling structure and defining a second portion of the sidewall between the first conductive section and the third conductive section, wherein the intermediate element provides electrical isolation between the first conductive section from the third conductive section.
An anchor coating agent comprising a white pigment, a calcium salt and/or magnesium salt, and an aqueous acrylic resin having an acid value of 50 mg KOH/g or less.
Thrust vectoring device for the vectoring of a thrust stream of an aircraft engine, having a housing and having a cover arrangement with a plurality of vectoring covers (20, 22a, 22b, 24a, 24b) which are respectively able to be swivelled around their yaw axis (d) which extends orthogonally to the transverse axis (y) of the thrust vectoring device, characterised in that the cover arrangement is arranged between parallel guiding plates (14, 16) which extend downstream of the housing and which are able to be swivelled together with the cover arrangement around a swivel axis (s) running in the direction of the transverse axis (y) for the vectoring of the thrust stream in the pitch direction.
Method for compressing and cooling air upstream from a facility for cryogenic separation of air wherein: i) humid air is compressed in a compressor ii) compressed air is cooled in the compressor in a first exchanger by indirect heat exchange iii) water (11, 19) contained in the air is recovered upstream and/or downstream of the cooling in the first exchanger, without having cooled the air upstream from the first exchanger in a cooling step by direct heat exchange iv) cooled air is sent to the first exchanger in a purification unit to produce air purified of carbon dioxide and/or water v) purified air is sent to a facility for cryogenic separation vi) at least gaseous nitrogen coming from the facility for cryogenic separation is recovered and possibly heated vii) the water is mixed with gaseous nitrogen coming from the facility, the produced mixture being at a temperature greater than the temperature of solidification of the water in the mixture, for example greater than 0°C if the pressure of the mixture is close to atmospheric pressure, and viii) the water mixed with the gaseous nitrogen is heated in the first exchanger, and ix) if the water contained in the air upstream from the first exchanger is recovered, the air is cooled in a pre-cooler upstream from the recovery of water by indirect heat exchange, characterised in that the water mixed with the gaseous nitrogen coming from the facility is recovered in step iii), the gaseous nitrogen is mixed only with the water contained in the air and at least another flow of gaseous nitrogen, not mixed with the water, is heated in the first exchanger. i) humid air is compressed in a compressor ii) compressed air is cooled in the compressor in a first exchanger by indirect heat exchange iii) water (11, 19) contained in the air is recovered upstream and/or downstream of the cooling in the first exchanger, without having cooled the air upstream from the first exchanger in a cooling step by direct heat exchange iv) cooled air is sent to the first exchanger in a purification unit to produce air purified of carbon dioxide and/or water v) purified air is sent to a facility for cryogenic separation vi) at least gaseous nitrogen coming from the facility for cryogenic separation is recovered and possibly heated vii) the water is mixed with gaseous nitrogen coming from the facility, the produced mixture being at a temperature greater than the temperature of solidification of the water in the mixture, for example greater than 0°C if the pressure of the mixture is close to atmospheric pressure, and viii) the water mixed with the gaseous nitrogen is heated in the first exchanger, and ix) if the water contained in the air upstream from the first exchanger is recovered, the air is cooled in a pre-cooler upstream from the recovery of water by indirect heat exchange, characterised in that the water mixed with the gaseous nitrogen coming from the facility is recovered in step iii), the gaseous nitrogen is mixed only with the water contained in the air and at least another flow of gaseous nitrogen, not mixed with the water, is heated in the first exchanger.
A pipe joint, wherein the pipe joint comprises a joint body within which a cavity channel and an outer hole channel are provided, the cavity channel forming at one end of the joint body a first outer insertion opening for insertion of a flexible pipe to be connected, and the outer hole channel forming at the other end of the joint body a second outer insertion opening for insertion of a rigid pipe to be connected; an inner hole channel is further communicated between the cavity channel and the outer hole channel, the inner hole channel forming an inner insertion opening at an innermost end of the cavity channel and forming a communication opening at an innermost end of the outer hole channel, a filter screen being provided at the communication opening; an liner pipe being provided in the cavity channel, one end of the liner pipe being inserted into the inner hole channel through the inner insertion opening, the other end of the liner pipe being provided with a connection section to be inserted into the flexible pipe, the connection section being provided with at least one bulging part, and a length of the liner pipe other than the connecting section is in a range from 0.1 to 50 mm.
Thin-film treatment apparatus for treating viscous material, comprising a housing having a heatable and/or coolable housing shell, which encloses a rotationally symmetric treatment chamber extending in an axial direction, an inlet port, arranged in an inlet region of the housing, for feeding the material to be treated into the treatment chamber, an outlet port, arranged in an outlet region of the housing, for discharging the material from the treatment chamber, and a coaxially extending, drivable rotor shaft, arranged in the treatment chamber, for producing a material film on the inner surface of the housing shell and for conveying the material in the direction away from the inlet region towards the outlet region, wherein the rotor shaft comprises a central rotor shaft body and rotor blades arranged on the circumference thereof, the radially outermost end of said rotor blades being spaced apart from the inner surface of the housing shell, characterized in that the treatment chamber contains more than two temperature sensors for measuring the temperature of the material film, which are arranged distributed over the length of the treatment chamber, and at least a part of the temperature sensors is arranged on the rotor shaft such that a temperature-sensing portion of the temperature sensor is arranged in the region of the radially outermost end of the rotor shaft, on the bow side of a rotor blade (50; 500). a housing having a heatable and/or coolable housing shell, which encloses a rotationally symmetric treatment chamber extending in an axial direction, an inlet port, arranged in an inlet region of the housing, for feeding the material to be treated into the treatment chamber, a coaxially extending, drivable rotor shaft, arranged in the treatment chamber, for producing a material film on the inner surface of the housing shell and for conveying the material in the direction away from the inlet region towards the outlet region, wherein the rotor shaft comprises a central rotor shaft body and rotor blades arranged on the circumference thereof, the radially outermost end of said rotor blades being spaced apart from the inner surface of the housing shell, characterized in that the treatment chamber contains more than two temperature sensors for measuring the temperature of the material film, which are arranged distributed over the length of the treatment chamber, and at least a part of the temperature sensors is arranged on the rotor shaft such that a temperature-sensing portion of the temperature sensor is arranged in the region of the radially outermost end of the rotor shaft, on the bow side of a rotor blade (50; 500).
A diagnostic apparatus for switching device to diagnose whether an anomaly occurs in a switching device including an operation shaft that opens and closes a contact, the diagnostic apparatus comprising: a gradient calculation unit configured to calculate a gradient of a waveform indicating motion of the operation shaft, the waveform representing a relationship between a position of the operation shaft and a time that elapses since input of an operating command to the switching device; and an anomaly diagnosis unit configured to extract, from a relationship between the time and the gradient calculated, a first feature value, a second feature value and a third feature value, the features values each representing a motion characteristic of the operation shaft, and to diagnose whether an anomaly occurs and a factor behind the anomaly that occurs, on the basis of a result of comparison between each of the feature values extracted and a respective preset reference value; wherein the first feature value is a value indicating the time at an inflection point where the gradient is maximum in the relationship between the time and the gradient, wherein the feature value is a value indicating the gradient at an inflection point where the gradient is maximum in the relationship between the time and the gradient, and wherein the feature value is a value indicating the time when variation of the gradient settles in the relationship between the time and the gradient. a gradient calculation unit configured to calculate a gradient of a waveform indicating motion of the operation shaft, the waveform representing a relationship between a position of the operation shaft and a time that elapses since input of an operating command to the switching device; and an anomaly diagnosis unit configured to extract, from a relationship between the time and the gradient calculated, a first feature value, a second feature value and a third feature value, the features values each representing a motion characteristic of the operation shaft, and to diagnose whether an anomaly occurs and a factor behind the anomaly that occurs, on the basis of a result of comparison between each of the feature values extracted and a respective preset reference value; wherein the first feature value is a value indicating the time at an inflection point where the gradient is maximum in the relationship between the time and the gradient, wherein the feature value is a value indicating the gradient at an inflection point where the gradient is maximum in the relationship between the time and the gradient, and wherein the feature value is a value indicating the time when variation of the gradient settles in the relationship between the time and the gradient.
A method for producing a brewer's wort having increased DP1 sugar comprising adding to a mash comprising a grist a first glucoamylase, a second glucoamylase and a third glucoamylase, wherein the first glucoamylase is not the same as the second glucoamylase, to produce the brewer's wort, wherein said third glucoamylase is different than said first glucoamylase and said second glucoamylase, wherein said first glycoamylase is a Fusarium venenatum glycoamylase as set forth in SEQ ID NO: 1 (FvGA) or a sequence having at least 80% identity thereto, said second glucoamylase is an Aspergillus fumigatus glucoamylase as set forth in SEQ ID NO: 2 (AfuGA) or a sequence having at least 80% identity thereto, and said third glycoamylase is a Trichoderma reesei variant glucoamylase as set forth in SEQ ID NO: 4 (TrGA_var1) or a sequence having at least 80% identity thereto and wherein the first and second glucoamylases are from different filamentous fungi.