mhurhangee/ep-ind-claims huggingface dataset:
A high frequency reaction processing apparatus (100, 200, 300), comprising: an outer container made of a dielectric material and having an inner cavity capable of being closed by two end faces, a covering portion made of a conductive material and kept at the same potential as ground potential of a high frequency waveguide, at least one high frequency wave coupling portion provided at any position of an outer surface of the covering portion, and at least one inner container made of a dielectric material, provided at a position for receiving a high frequency wave travelling through the high frequency wave coupling portion without touching an inner side face of the outer container and having an inner cavity capable of being closed by two end faces, a lid portion (59, 259, 359) made of conductor kept at the same potential as ground potential of the high frequency waveguide, the lid portion closing the inner cavity of the inner container at an end face of the inner container, wherein the lid portion (59, 259, 359) has a fitting groove for fitting an end part of the inner container, and the apparatus is configured to perform a reaction process by electromagnetic waves guided from the high frequency wave coupling portion in the inner cavity of the inner container, characterised in that the fitting groove has a depth with a length of 1/8 wavelength or more and 1/2 wavelength or less of the guided high frequency wave and accommodates an end part of the inner container without contacting a side surface of the inner container. an outer container made of a dielectric material and having an inner cavity capable of being closed by two end faces, a covering portion made of a conductive material and kept at the same potential as ground potential of a high frequency waveguide, at least one high frequency wave coupling portion provided at any position of an outer surface of the covering portion, and at least one inner container made of a dielectric material, provided at a position for receiving a high frequency wave travelling through the high frequency wave coupling portion without touching an inner side face of the outer container and having an inner cavity capable of being closed by two end faces, a lid portion (59, 259, 359) made of conductor kept at the same potential as ground potential of the high frequency waveguide, the lid portion closing the inner cavity of the inner container at an end face of the inner container, wherein the lid portion (59, 259, 359) has a fitting groove for fitting an end part of the inner container, and the apparatus is configured to perform a reaction process by electromagnetic waves guided from the high frequency wave coupling portion in the inner cavity of the inner container, characterised in that the fitting groove has a depth with a length of 1/8 wavelength or more and 1/2 wavelength or less of the guided high frequency wave and accommodates an end part of the inner container without contacting a side surface of the inner container.
A laundry machine comprising: - a cabinet; - a first laundry treatment space configured to receive laundry therein; - a second laundry treatment space configured to receive laundry therein; - a partition for partitioning an inner space of the cabinet into the first laundry treatment space and the second laundry treatment space; and - an air supply unit configured to supply air to the second laundry treatment space, the air supply unit comprising a fan, a heating part, characterized in that the air supply unit is provided on an upper side of the partition in the first laundry treatment space, and in that the air supply unit further comprises a first sensor part for sensing a temperature of air supplied by the air supply unit and a control part for controlling the heating part based on a sensed temperature of the first sensor part, a first reference temperature and a second reference temperature, and a sensing part sensing whether a drawer provided in the second laundry treatment space is moved open, wherein the control part controls the heating part and the fan to be off, in case the drawer (3 0) is moving open, wherein the control part controls the heating part to be off, and after a predetermined time period the control part controls the fan to be off. - a cabinet; - a first laundry treatment space configured to receive laundry therein; - a second laundry treatment space configured to receive laundry therein; - a partition for partitioning an inner space of the cabinet into the first laundry treatment space and the second laundry treatment space; and - an air supply unit configured to supply air to the second laundry treatment space, the air supply unit comprising a fan, a heating part, a control part for controlling the heating part based on a sensed temperature of the first sensor part, a first reference temperature and a second reference temperature, and a sensing part sensing whether a drawer provided in the second laundry treatment space is moved open, wherein the control part controls the heating part and the fan to be off, in case the drawer (3 0) is moving open,
An authentication method for authenticating a first party to a second party, where an operation is performed on condition that the authentication succeeds, comprising the steps of: - verifying whether the first party is authenticated or not, the verifying comprising - comparing a date of issuance measure of a compliance certificate with a comparison measure of the second party, the comparison measure comprising a range of allowed validity numbers, defined by a minimum validity number and a maximum validity number, wherein said first party is authenticated only if it is determined by the comparison that the date of issuance measure is not out of date set by the maximum validity number, and - verifying if the first party is compliant or not according to a compliance certificate concerning the first party, wherein the first party is authenticated only if it is compliant; and - if the first party is not authenticated, then qualifying the first party for a sub-authorization dependent on the value of a grace-counter associated with a number of times that first parties have been qualified for the sub-authorization, wherein, if the first party qualifies for the sub-authorization, the operation is still performed and the grace counter is decremented, wherein said qualifying of the first party for a sub-authorization is dependent on the result of a step of - comparing a date of issuance measure of the compliance certificate with the comparison measure of the second party, the first party being non-qualified for said sub-authorization if the date of issuance measure is lower than the minimum validity number of said range of allowed validity numbers. - verifying whether the first party is authenticated or not, the verifying comprising - comparing a date of issuance measure of a compliance certificate with a comparison measure of the second party, the comparison measure comprising a range of allowed validity numbers, defined by a minimum validity number and a maximum validity number, wherein said first party is authenticated only if it is determined by the comparison that the date of issuance measure is not out of date set by the maximum validity number, and - verifying if the first party is compliant or not according to a compliance certificate concerning the first party, wherein the first party is authenticated only if it is compliant; and - if the first party is not authenticated, then qualifying the first party for a sub-authorization dependent on the value of a grace-counter associated with a number of times that first parties have been qualified for the sub-authorization, wherein, if the first party qualifies for the sub-authorization, the operation is still performed and the grace counter is decremented, wherein said qualifying of the first party for a sub-authorization is dependent on the result of a step of - comparing a date of issuance measure of the compliance certificate with the comparison measure of the second party, the first party being non-qualified for said sub-authorization if the date of issuance measure is lower than the minimum validity number of said range of allowed validity numbers.
Process for heating, in a furnace, glass sheets bearing a coating based on organic material, in which (i) said glass sheets are transported by a roller conveyor, (ii) the faces of a glass sheet are heated for a time T by radiation heating means positioned above and below said sheet and in which (iii) said faces are subjected, at a given moment and for a given time period, to a forced heat convection effect by injecting a hot gas above and below said glass sheets, characterized in that the pressure of the hot gas above the glass sheet is increased between t 1 and t 2, t 1 being the moment when the flames resulting from the combustion of the organic material appear and t 2 the moment when said flames disappear and in that the hot gas injected above the glass sheet comprises at least one oxidant.
A bed frame having a first frame part and a second frame part, wherein the first frame part has a first mattress receiving device and/or a first receiving device for a first mattress receiving device and wherein the second frame part has a second mattress receiving device and/or a second receiving device for a second mattress receiving device, the first and the second frame parts being connected to one another so as to be foldable relative to one another about a first axis, the bed frame being arranged in such a way that, in a first position of the frame parts (1, 2), the mattress receiving devices (5, 6) are arranged one above the other and parallel to one another and, in a second position of the frame parts (1, 2), the mattress receiving devices (5, 6) are connected to one another in such a way that, in a second position of the frame parts (1, 2), the mattress receiving devices (5, 6) are arranged one above the other and parallel to one another, and wherein a second axis centrally intersects the width of the second receiving device and/or of the second mattress receiving device and/or of the second frame part and wherein the first and second axes are arranged parallel to one another, characterized in that the second receiving device and/or the second mattress receiving device is connected to the second frame part so as to be rotatable and/or pivotable about the second axis.
A method for analyzing a phase distribution of a fringe image that calculates a phase distribution of a fringe image obtained by capturing a fringe pattern on a surface of an object using an optical digital camera comprising an imaging element arranged in a horizontal direction and a vertical direction, the method comprising: a step of obtaining one two-dimensional inclined fringe image or a three- dimensional fringe image in which a plurality of two-dimensional fringe images arranged in a T-step phase shifted time series are arranged in time series by capturing one image of the fringe pattern on the surface of the object or a plurality of two dimensional inclined fringe images arranged in a T-step phase shifted time series; a step of generating a plurality of (M x N, MxT, MxNxT) phase-shifted moire fringe images by performing at least a thinning-out process and interpolation process (41, 42, 53, 63, 64) on intensity data of said obtained fringe image or images; a step of calculating a phase distribution (43, 54, 65) (φ moiré (x,y), Expressions 12, 16, 23) of the phase shifted moire fringe images by using fast or discrete Fourier transform; and a step of calculating the phase distribution (φ(x,y)) of the fringe pattern on the object surface by adding (44, 55, 66) the calculated phase distribution (φ moiré (x,y)) of the phase-shifted moire images to a phase value (2πx/M) or values (2πx/M, 2πx/N) of a thinning-out point in the thinning-out process. a step of obtaining one two-dimensional inclined fringe image or a three- dimensional fringe image in which a plurality of two-dimensional fringe images arranged in a T-step phase shifted time series are arranged in time series by capturing one image of the fringe pattern on the surface of the object or a plurality of two dimensional inclined fringe images arranged in a T-step phase shifted time series; a step of generating a plurality of (M x N, MxT, MxNxT) phase-shifted moire fringe images by performing at least a thinning-out process and interpolation process (41, 42, 53, 63, 64) on intensity data of said obtained fringe image or images; a step of calculating a phase distribution (43, 54, 65) (φ moiré (x,y), Expressions 12, 16, 23) of the phase shifted moire fringe images by using fast or discrete Fourier transform; and a step of calculating the phase distribution (φ(x,y)) of the fringe pattern on the object surface by adding (44, 55, 66) the calculated phase distribution (φ moiré (x,y)) of the phase-shifted moire images to a phase value (2πx/M) or values (2πx/M, 2πx/N) of a thinning-out point in the thinning-out process.
A pipe device for making lateral openings out of a wellbore in a ground formation where at least one laterally directed rotatable drill string is movable in the axial direction inside a motherbore tubular, and where the leading end portion of the drill string is equipped with a drill bit that is driven by the rotatable drill string, characterized in that a fluid driven engine (22, 24, 26) axially movable in the motherbore tubular is connected to the rotatable drill string inside the motherbore tubular and designed to be driven by fluid flow in the motherbore tubular.
Method (100, 100A, 100B, 100C) for tuning hearing device parameters of a hearing device, the method comprising: initializing a model comprising a parameterized objective function based on a first assumption and a second assumption on the objective function; obtaining an initial test setting defined by one or more initial test hearing device parameters; assigning the initial test setting as a primary test setting; obtaining a secondary test setting based on the model, the secondary test setting defined by one or more secondary test hearing device parameters; outputting a primary test signal according to the primary test setting; outputting a secondary test signal according to the secondary test setting; detecting a user input of a preferred test setting indicative of a preference for either the primary test setting or the secondary test setting; updating the model based on the primary test setting, the secondary test setting, and the preferred test setting; and in accordance with a determination that a tuning criterion is satisfied, updating the hearing device parameters of the hearing device based on hearing device parameters of the preferred test setting, characterized in that the objective function f X̂, Λ is given by: f X ^, Λ X = − X − X ^ T Λ X − X ^ p, where X is a D-dimensional vector in a hypercube [0,1] D that represents the hearing device parameters of the device, X̂ is a maximizing argument of f x̂, Λ, Λ is a positive definite D × D scaling matrix, wherein D is an integer less than 20, and p is a real-valued exponent in the range from 0.01 to 0.99. initializing a model comprising a parameterized objective function based on a first assumption and a second assumption on the objective function; obtaining an initial test setting defined by one or more initial test hearing device parameters; assigning the initial test setting as a primary test setting; obtaining a secondary test setting based on the model, the secondary test setting defined by one or more secondary test hearing device parameters; outputting a primary test signal according to the primary test setting; outputting a secondary test signal according to the secondary test setting; detecting a user input of a preferred test setting indicative of a preference for either the primary test setting or the secondary test setting; updating the model based on the primary test setting, the secondary test setting, and the preferred test setting; and in accordance with a determination that a tuning criterion is satisfied, updating the hearing device parameters of the hearing device based on hearing device parameters of the preferred test setting,
A reporting construct for characterizing an enzyme activity comprising: a membrane anchoring domain comprising a first peptide that forms a complex with a membrane of a cell; a reporter domain comprising a first occurrence of a second peptide that produces a first signal at a first wavelength and a second occurrence of the second peptide that produces a second signal at the first wavelength, wherein the reporter domain produces an aggregate signal that is a summation of the first signal and the second signal; a cleavage sequence comprising a third peptide, the cleavage sequence is interposed between the membrane anchoring domain and the reporter domain, wherein the third peptide is selected to undergo a cleavage event upon exposure to a first enzyme activity and a second enzyme activity, wherein the reporter domain and the cleavage sequence are selected such that the reporting construct demonstrates reduced selectivity bias between the first enzyme activity and the second enzyme activity relative to an analogous reporting comprising the cleavage sequence and an analogous reporting domain comprising a single occurrence of the second peptide; wherein the first enzyme activity is associated with Botulinum neurotoxin serotype A and the second enzyme activity is associated with Botulinum neurotoxin serotype E. a membrane anchoring domain comprising a first peptide that forms a complex with a membrane of a cell; a reporter domain comprising a first occurrence of a second peptide that produces a first signal at a first wavelength and a second occurrence of the second peptide that produces a second signal at the first wavelength, wherein the reporter domain produces an aggregate signal that is a summation of the first signal and the second signal; a cleavage sequence comprising a third peptide, the cleavage sequence is interposed between the membrane anchoring domain and the reporter domain, wherein the third peptide is selected to undergo a cleavage event upon exposure to a first enzyme activity and a second enzyme activity, wherein the reporter domain and the cleavage sequence are selected such that the reporting construct demonstrates reduced selectivity bias between the first enzyme activity and the second enzyme activity relative to an analogous reporting comprising the cleavage sequence and an analogous reporting domain comprising a single occurrence of the second peptide;
A compressor comprising at least one fixed cascade of vanes, the vanes of which are mounted on a wall and between them form airflow passages, and an air bleed system, which bleeds air from the passages between two vanes through openings made in said wall, said openings being discontinuous and each provided with a plurality of orifices (01, 02, 03, 04) arranged one behind the other in the direction of the airflow, characterized in that the upstream orifice of each opening has a cross-sectional area larger than the areas of the cross sections of the downstream orifices (02, 03, 04) of the opening, and in that the number and cross sections of the downstream orifices (02, 03, 04) are adjusted to suit a predetermined bleed-off suction flow.
A battery module, comprising: a plurality of battery cells; a plurality of cell tubes (812, 813, 814) configured to accommodate the plurality of battery cells within the plurality of cell tubes so that individual of the plurality of battery cells are positioned within individual of the plurality of cell tubes, each battery cell having a first electric pole and a second electric pole, a first conductive plate (306, 362, 862) which mutually electrically connects the first poles of each of the plurality of battery cells, said first conductive plate comprising a plurality of first holes so that individual of the plurality of cell tubes are facing individual of the plurality of first holes, a plurality of first spacers, each first spacer being mounted in one of said first holes and configured to support one said cell tube and one said battery cell, said first spacer providing thermal and electrical isolation between the corresponding battery cell and the first conductive plate. a plurality of battery cells; a plurality of cell tubes (812, 813, 814) configured to accommodate the plurality of battery cells within the plurality of cell tubes so that individual of the plurality of battery cells are positioned within individual of the plurality of cell tubes, each battery cell having a first electric pole and a second electric pole, a first conductive plate (306, 362, 862) which mutually electrically connects the first poles of each of the plurality of battery cells, said first conductive plate comprising a plurality of first holes so that individual of the plurality of cell tubes are facing individual of the plurality of first holes, a plurality of first spacers, each first spacer being mounted in one of said first holes and configured to support one said cell tube and one said battery cell, said first spacer providing thermal and electrical isolation between the corresponding battery cell and the first conductive plate.
A delivery system arranged so as to be applied to and/or built into and/or recessed in a ceiling or wall, wherein it comprises: i) a manifold element configured to be mechanically connected to at least one removable and/or interchangeable module (1a; 1b; 1c; 1d; 1e) and to hydraulically and electrically supply said at least one module (1a; 1b; 1c; 1d; 1 e); ii) at least one removable and/or interchangeable module (1a; 1b; 1c; 1d; 1e), said at least one module (1a; 1b; 1c; 1d; 1e) being applied to said manifold element and comprising at least one functional element and iii) connection means shared between said at least one module (1a; 1b; 1c; 1d; 1e) and said manifold element and configured to realize the mechanical connection of said at least one module (1a; 1b; 1c; 1d; 1e) to said manifold element and to realize the hydraulic and/or electrical connection of said at least one module (1a; 1b; 1c; 1d; 1e) to said manifold element. i) a manifold element configured to be mechanically connected to at least one removable and/or interchangeable module (1a; 1b; 1c; 1d; 1e) and to hydraulically and electrically supply said at least one module (1a; 1b; 1c; 1d; 1 e); ii) at least one removable and/or interchangeable module (1a; 1b; 1c; 1d; 1e), said at least one module (1a; 1b; 1c; 1d; 1e) being applied to said manifold element and comprising at least one functional element and iii) connection means shared between said at least one module (1a; 1b; 1c; 1d; 1e) and said manifold element and configured to realize the mechanical connection of said at least one module (1a; 1b; 1c; 1d; 1e) to said manifold element and to realize the hydraulic and/or electrical connection of said at least one module (1a; 1b; 1c; 1d; 1e) to said manifold element.