mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a food product with enhanced fried oil flavour and health benefit, the process comprising: (a) preparing a dough comprising an antioxidant, flour, oil in the range of 0.06% to 15% with respect to the weight of the flour; and a water-based liquid; (b) shaping the dough; (c) placing the shaped dough in a chamber; and (d) cooking the dough at a combined temperature-time measurement of about 300 2100 units, wherein the step of cooking comprises: at least one stage of gelatinising the flour in the dough in a humid environment at a temperature of 55°C to 165°C; and at least one stage of cooking the dough by circulating a stream of air at a temperature of 100°C to 220°C and at a speed of 1 to 10 metres per second; and wherein the oil is incorporated into the dough without any external application of oil to the shaped dough prior to the step of gelatinising the flour and cooking the dough. (a) preparing a dough comprising an antioxidant, flour, oil in the range of 0.06% to 15% with respect to the weight of the flour; and a water-based liquid; (b) shaping the dough; (c) placing the shaped dough in a chamber; and (d) cooking the dough at a combined temperature-time measurement of about 300 2100 units, wherein the step of cooking comprises: at least one stage of gelatinising the flour in the dough in a humid environment at a temperature of 55°C to 165°C; and at least one stage of cooking the dough by circulating a stream of air at a temperature of 100°C to 220°C and at a speed of 1 to 10 metres per second; and at least one stage of gelatinising the flour in the dough in a humid environment at a temperature of 55°C to 165°C; and at least one stage of cooking the dough by circulating a stream of air at a temperature of 100°C to 220°C and at a speed of 1 to 10 metres per second; and
A method of authenticating a user to an electronic device (102, 202) in a communication network (110, 218), comprising: - obtaining a biometric characteristic of the user, - transmitting, to a social networking service, information that specifies at least one primary user of the device, - receiving, from the social networking service, information that specifies a group of persons (420, 421, 422) who have a social relationship with the at least one primary user, - obtaining information that specifies a result from a biometric matching operation with the biometric characteristic of the user and biometric characteristics of persons in the specified group of persons, the result indicating whether or not the user is authenticated to the electronic device. - obtaining a biometric characteristic of the user, - transmitting, to a social networking service, information that specifies at least one primary user of the device, - receiving, from the social networking service, information that specifies a group of persons (420, 421, 422) who have a social relationship with the at least one primary user, - obtaining information that specifies a result from a biometric matching operation with the biometric characteristic of the user and biometric characteristics of persons in the specified group of persons, the result indicating whether or not the user is authenticated to the electronic device.
An image-processing method, comprising: controlling a primary camera to capture a plurality of primary images, and simultaneously controlling a secondary camera to capture a plurality of secondary images; obtaining a reference primary image from the plurality of primary images, and obtaining a reference secondary image co-captured with the reference primary image in a same group from the plurality of secondary images; starting a multithread-based parallel processing mechanism, calling a first thread to perform a multiframe-synthesizing noise-reduction process for the plurality of primary images so as to generate a target primary image, and simultaneously calling a second thread to obtain depth information according to the reference primary image and the reference secondary image; performing a blurring process for a background region of the target primary image according to the depth information. controlling a primary camera to capture a plurality of primary images, and simultaneously controlling a secondary camera to capture a plurality of secondary images; obtaining a reference primary image from the plurality of primary images, and obtaining a reference secondary image co-captured with the reference primary image in a same group from the plurality of secondary images; starting a multithread-based parallel processing mechanism, calling a first thread to perform a multiframe-synthesizing noise-reduction process for the plurality of primary images so as to generate a target primary image, and simultaneously calling a second thread to obtain depth information according to the reference primary image and the reference secondary image; performing a blurring process for a background region of the target primary image according to the depth information.
Master cylinder for a hydraulic brake or clutch of handlebar-guided vehicles, which has a housing in which a compensation space for hydraulic fluid is arranged, a groove, which encloses the compensation space, being provided in the housing, the compensation space being sealed in fluid-tight manner by means of a bellows, and the bellows having a sealing element which is arranged in the groove, characterized in that the width (bd) of the sealing element of the bellows is greater than the groove width (bn) of the groove.
A method of emulating a sound of an audio apparatus by using a sound emulation apparatus, the method comprising: inputting an audio signal to the sound emulation apparatus; obtaining k past samples, where k is a natural number that is equal to or greater than 2, by delaying a current sample of the audio signal, wherein the obtaining of the k past samples comprises either obtaining a first past sample by inputting the current sample to a delay module and obtaining a second past sample by inputting the first past sample to the delay module, or obtaining a first past sample by inputting the current sample to a first delay module and obtaining a second past sample by inputting the first past sample to a second delay module; applying a plurality of characteristic functions indicating an input/output relationship of the audio apparatus to the current sample and the k past samples, respectively; and adding the current sample and the k past samples, to which the plurality of characteristic functions have been applied, respectively, to generate an emulation sound of the audio apparatus, wherein the plurality of characteristic functions comprises a nonlinear polynomial function. inputting an audio signal to the sound emulation apparatus; obtaining k past samples, where k is a natural number that is equal to or greater than 2, by delaying a current sample of the audio signal, wherein the obtaining of the k past samples comprises either obtaining a first past sample by inputting the current sample to a delay module and obtaining a second past sample by inputting the first past sample to the delay module, or obtaining a first past sample by inputting the current sample to a first delay module and obtaining a second past sample by inputting the first past sample to a second delay module; applying a plurality of characteristic functions indicating an input/output relationship of the audio apparatus to the current sample and the k past samples, respectively; and adding the current sample and the k past samples, to which the plurality of characteristic functions have been applied, respectively, to generate an emulation sound of the audio apparatus, wherein the plurality of characteristic functions comprises a nonlinear polynomial function.
A fan assembly suitable for use in a refrigeration appliance, comprising - a fan system including a fan frame, a plurality of supporting ribs, an axial fan, a fan motor for driving the axial fan and held by the plurality of supporting ribs and - an evaporator cover including a support frame for accommodating the fan system, - a retainer frame for holding the fan system and for detachably engaging the fan system with the support frame on the evaporator cover, - a plurality of resilient connecting elements attached to the fan frame and the retainer frame, said connecting elements provide mounting of the fan system to the retainer frame by suspending and resiliently holding the fan system in the middle of the retainer frame and said connecting elements being arranged on a plane which is perpendicular to the axial direction of the axial fan, characterized in that each resilient connecting element is detachably engaging the retainer frame, has a stem portion having a predetermined length, extending in a radial direction of the axial fan and has a first projecting portion and a second projection portion that are respectively formed at opposite ends of the stem portion and extend parallel to each other in the axial direction of the axial fan. - a fan system including a fan frame, a plurality of supporting ribs, an axial fan, a fan motor for driving the axial fan and held by the plurality of supporting ribs and - an evaporator cover including a support frame for accommodating the fan system, - a retainer frame for holding the fan system and for detachably engaging the fan system with the support frame on the evaporator cover, - a plurality of resilient connecting elements attached to the fan frame and the retainer frame, said connecting elements provide mounting of the fan system to the retainer frame by suspending and resiliently holding the fan system in the middle of the retainer frame and said connecting elements being arranged on a plane which is perpendicular to the axial direction of the axial fan, characterized in that each resilient connecting element is detachably engaging the retainer frame, has a stem portion having a predetermined length, extending in a radial direction of the axial fan and has a first projecting portion and a second projection portion that are respectively formed at opposite ends of the stem portion and extend parallel to each other in the axial direction of the axial fan.
A speaker device (100, 200) for use in a mobile terminal, comprising: a speaker frame (101, 201) with a speaker unit mounted therein; a frame cover (102, 202) provided at the rear side of the speaker frame to form a resonance space between the speaker frame and the frame cover; and a protector (104, 204) provided at the front side of the speaker frame (101, 201) and forming a front space between the speaker frame and the protector, wherein sound output in a forward direction of the speaker unit is emitted to the front space of the speaker frame (101, 201), and sound output to the rear of the speaker unit is emitted through the resonance space, wherein the sound output in the forward direction is emitted externally of the speaker device (100, 200) through the protector after passing through the front space and the sound output to the rear of the speaker unit is emitted externally of the speaker device (100, 200) through a duct hole after passing through the resonance space, wherein the duct hole is formed in a portion extending horizontally from the speaker frame so that the sound causing resonance within the resonance space may be emitted laterally from the speaker frame. a speaker frame (101, 201) with a speaker unit mounted therein; a frame cover (102, 202) provided at the rear side of the speaker frame to form a resonance space between the speaker frame and the frame cover; and a protector (104, 204) provided at the front side of the speaker frame (101, 201) and forming a front space between the speaker frame and the protector, wherein sound output in a forward direction of the speaker unit is emitted to the front space of the speaker frame (101, 201), and sound output to the rear of the speaker unit is emitted through the resonance space, wherein the sound output in the forward direction is emitted externally of the speaker device (100, 200) through the protector after passing through the front space and the sound output to the rear of the speaker unit is emitted externally of the speaker device (100, 200) through a duct hole after passing through the resonance space, wherein the duct hole is formed in a portion extending horizontally from the speaker frame so that the sound causing resonance within the resonance space may be emitted laterally from the speaker frame.
A lifting-magnet attachment magnetic pole unit for a lifting magnet used to lift and convey a steel material with magnetic force, the lifting-magnet attachment magnetic pole unit comprising: a first split magnetic pole, including a first shaft in contact with an iron core of the lifting magnet; and a second split magnetic pole, including a second shaft in contact with a yoke of the lifting magnet, characterized in that the first split magnetic pole includes a plurality of first branches configured to branch off the first shaft and the second split magnetic pole includes a plurality of second branches configured to branch off the second shaft, wherein the first and second branches (5b, 6b) are alternately arranged. a first split magnetic pole, including a first shaft in contact with an iron core of the lifting magnet; and a second split magnetic pole, including a second shaft in contact with a yoke of the lifting magnet, characterized in that the first split magnetic pole includes a plurality of first branches configured to branch off the first shaft and the second split magnetic pole includes a plurality of second branches configured to branch off the second shaft, wherein the first and second branches (5b, 6b) are alternately arranged.
A Roots pump stator comprising: a pumping volume arranged to accommodate a pair of intermeshing contra-rotating multi-lobed rotors (116, 117), each being rotatable about a horizontal axis (114, 115) such that a tip portion of a rotor lobe can cooperate with the arcuate surface of the stator, the arcuate surface having a depth dimension in the plane of the horizontal axis, and the lobes pass through a top-dead-centre and bottom-dead-centre position with respect to the horizontal axis; an inlet disposed above the horizontal axis for receiving gas into the pumping volume; and an outlet disposed below the horizontal axis for exhausting gas from the pumping volume; wherein the stator comprises directing means arranged to direct material entrained in a pumped gas towards the outlet, and the directing means comprises a channel disposed between the arcuate surface and the outlet, said channel comprising a portion that engages the arcuate surface prior to the bottom-dead-centre position; Characterised in that the channel's depth dimension in a radial direction with respect to the horizontal axis increases from the portion of the channel that engages the arcuate surface to the outlet. a pumping volume arranged to accommodate a pair of intermeshing contra-rotating multi-lobed rotors (116, 117), each being rotatable about a horizontal axis (114, 115) such that a tip portion of a rotor lobe can cooperate with the arcuate surface of the stator, the arcuate surface having a depth dimension in the plane of the horizontal axis, and the lobes pass through a top-dead-centre and bottom-dead-centre position with respect to the horizontal axis; an inlet disposed above the horizontal axis for receiving gas into the pumping volume; and an outlet disposed below the horizontal axis for exhausting gas from the pumping volume; wherein the stator comprises directing means arranged to direct material entrained in a pumped gas towards the outlet, and the directing means comprises a channel disposed between the arcuate surface and the outlet, said channel comprising a portion that engages the arcuate surface prior to the bottom-dead-centre position; Characterised in that the channel's depth dimension in a radial direction with respect to the horizontal axis increases from the portion of the channel that engages the arcuate surface to the outlet.
Method of feeding fibres to an installation, to which fibre tufts are fed, the same are opened at least partially and by means of a feed device (1a, 1b) fed to a pneumatic feeding installation, which guides the fibres into the reservoir of at least one fibre-processing machine (1, 6, 7), in particular a card, a roller card, an opener or cleaner, wherein • by means of a closed control loop, - into which • are introduced actual pressure values, which are measured and further processed in the pneumatic feeding installation, and • is introduced a mass flow of the further processed fibres, which is measured and further processed at least at one fibre-processing machine (1, 6, 7), - the optimal working point of the installation is determined by means of a control algorithm, and - a signal (z) is conducted to an actuator of the feed device for controlling the amount of fibre tufts, characterized in that • by differentiating over time, the actual pressure values are converted to a corrected actual pressure value (y), and • the difference resulting therefrom together with a predetermined target pressure value is introduced into the closed control loop. • by means of a closed control loop, - into which • are introduced actual pressure values, which are measured and further processed in the pneumatic feeding installation, and • is introduced a mass flow of the further processed fibres, which is measured and further processed at least at one fibre-processing machine (1, 6, 7), - the optimal working point of the installation is determined by means of a control algorithm, and - a signal (z) is conducted to an actuator of the feed device for controlling the amount of fibre tufts, - into which • are introduced actual pressure values, which are measured and further processed in the pneumatic feeding installation, and • is introduced a mass flow of the further processed fibres, which is measured and further processed at least at one fibre-processing machine (1, 6, 7), • are introduced actual pressure values, which are measured and further processed in the pneumatic feeding installation, and • is introduced a mass flow of the further processed fibres, which is measured and further processed at least at one fibre-processing machine (1, 6, 7), - the optimal working point of the installation is determined by means of a control algorithm, and - a signal (z) is conducted to an actuator of the feed device for controlling the amount of fibre tufts, • by differentiating over time, the actual pressure values are converted to a corrected actual pressure value (y), and • the difference resulting therefrom together with a predetermined target pressure value is introduced into the closed control loop.
Process for the production of a hydroentangled product comprising cellulose fibers, comprising the steps of (a) extruding a solution comprising cellulose dissolved in an aqueous tertiary amine-oxide through a spinneret into an air gap, thereby forming filaments (b) drawing said filaments by means of a gaseous stream (b') contacting said filaments in the air gap with a medium which at least partially coagulates the filaments. (c) collecting and precipitating said filaments in order to form a web (d) bonding said web by means of a hydroentanglement process. (a) extruding a solution comprising cellulose dissolved in an aqueous tertiary amine-oxide through a spinneret into an air gap, thereby forming filaments (b) drawing said filaments by means of a gaseous stream (b') contacting said filaments in the air gap with a medium which at least partially coagulates the filaments. (c) collecting and precipitating said filaments in order to form a web (d) bonding said web by means of a hydroentanglement process.
A computer vision based method for classifying the developmental stages of Trichuris spp. eggs, wherein for the final developmental stages a larva is present inside the egg, said Trichuris spp. eggs having a substantially oblong or elliptical shape with a protruding polar plug at each end, the shape of the Trichuris spp. eggs thereby defining a longitudinal direction and a transverse direction of the eggs, said method comprising: a) obtaining and storing one or more digital images of Trichuris spp. eggs suspended in a liquid solution, b) detecting one or more Trichuris spp. eggs in the image(s), c) extracting one or more features from an egg content image region representing at least part of the egg contents of a detected egg, wherein the extraction of one or more features from the egg content image region includes measurements of the direction-dependent structures of the egg contents, said measurements of the direction-dependent structures of the egg contents including one or more measurements of the longitudinal structures of the egg contents and one or more measurements of the transverse structures of the egg contents, wherein one or more of said measurements of the longitudinal structures of the egg contents is based on a longitudinal comparison of pixels intensities obtained from similarly addressed pixels in first and second image parts representing at least part of the egg contents of a detected egg, with the second image part being obtained by shifting the first image part one or more pixels in a direction substantially following the longitudinal direction of the egg, and wherein one or more of said measurements of the transverse structures of the egg contents is based on a transverse comparison of pixel intensities obtained from similarly addressed pixels in the first image part and a third image part representing at least part of the egg contents of a detected egg, with the third image part being obtained by shifting the first image part one or more pixels in a direction substantially following the transverse direction of the egg, and d) classifying, by use of at least part of the features extracted from an egg content image region representing a detected egg, for which features the extraction includes one or more measurements representing longitudinal structures and transverse structures of the egg contents, the developmental stage of the detected egg as a binary classification wherein the detected egg is classified as either containing a larva or not containing a larva, or as a multi-class classification comprising at least three classes of developmental stages. a) obtaining and storing one or more digital images of Trichuris spp. eggs suspended in a liquid solution, b) detecting one or more Trichuris spp. eggs in the image(s), c) extracting one or more features from an egg content image region representing at least part of the egg contents of a detected egg,
A drinking device for retronasal reception of an aroma substance, comprising: - a storage container for drinking liquid; - at least one aroma container through which air can flow; and - a transport channel for drinking liquid running from the storage container to a mouth end of the drinking device; and - an air channel for transport of aromatised air running from at least one of the at least one aroma container to the transport channel for drinking liquid; characterised in that the air channel comprises a chamber which is arranged between a dismountable head part of the drinking device and the transport channel for drinking liquid and which is preferably annular. - a storage container for drinking liquid; - at least one aroma container through which air can flow; and - a transport channel for drinking liquid running from the storage container to a mouth end of the drinking device; and - an air channel for transport of aromatised air running from at least one of the at least one aroma container to the transport channel for drinking liquid;