mhurhangee/patent-ind-claim-en huggingface dataset:
Thermoforming method for producing a moulded part comprising multiple layers , in which at least one cover layer , comprising a plastic material, more particularly polypropylene, and in order to form at least one foam layer a polypropylene which, after foam extrusion thereof, is not cooled below its crystallization temperature at least in some regions, is introduced into an open compression mould and in a further step the compression mould is closed in order to weld at least said two layers , and once the layers have cooled the moulded part is removed from the compression mould , wherein, in order to at least partially form the cover layer , at least one film is introduced into the compression mould and is at least partially pulled against a moulding surface of the compression mould , wherein the hot polypropylene is applied to at least one film and, by closing the mould , the pulled film is both compression-moulded according to the profile and also is welded to the film .
An implantable unit configured to be used in a transcutaneous hearing device , comprising: a receiver element configured to wirelessly receive an electromagnetic wave modulated with audio frequencies, a rectifier element configured to demodulate the modulated electromagnetic wave and to generate upper and lower half waveforms of the electromagnetic wave, and a vibrator element configured to electromechanically produce vibration using the half waveforms of the electromagnetic wave, wherein the vibrator element comprises a first vibrator (123A, VIB1) configured to be driven by the upper half waveform of the electromagnetic wave and a second vibrator (123B, VIB2) configured to be driven by the lower half waveform of the electromagnetic wave, and wherein the rectifier element comprises a first diode (D_VIB1) in a path from the receiver element to the first vibrator (123A, VIB1) of the vibrator element and a second diode (D_VIB2) in a path from the receiver element to the second vibrator (123B, VIB2) of the vibrator element . a receiver element configured to wirelessly receive an electromagnetic wave modulated with audio frequencies, a rectifier element configured to demodulate the modulated electromagnetic wave and to generate upper and lower half waveforms of the electromagnetic wave, and a vibrator element configured to electromechanically produce vibration using the half waveforms of the electromagnetic wave, wherein the vibrator element comprises a first vibrator (123A, VIB1) configured to be driven by the upper half waveform of the electromagnetic wave and a second vibrator (123B, VIB2) configured to be driven by the lower half waveform of the electromagnetic wave, and wherein the rectifier element comprises a first diode (D_VIB1) in a path from the receiver element to the first vibrator (123A, VIB1) of the vibrator element and a second diode (D_VIB2) in a path from the receiver element to the second vibrator (123B, VIB2) of the vibrator element .
A method of depositing a material, comprising: positioning a biomedical device on a substrate support , the biomedical device having a plurality of wells formed therein, wherein the biomedical device comprises a substrate with a plurality of layers formed thereon, the plurality of layers including a first layer , a second layer , a third layer and a fourth layer , wherein the first layer and the third layer are dielectric layers, the second layer is a color filter layer and the fourth layer is a metal containing layer , wherein the biomedical device further comprises a silicon-containing layer disposed over the metal containing layer, wherein the plurality of wells extend through the silicon-containing layer and stop at the metal-containing layer; positioning a printing mask over the biomedical device, the printing mask having a plurality of mask openings , the plurality of mask openings corresponding to the plurality of wells; and depositing a biofunctionalizing material through the printing mask and into the wells, the biofunctionalizing material being guided by the plurality of mask openings, the biofunctionalizing material forming a layer over a bottom surface of the plurality of wells. positioning a biomedical device on a substrate support , the biomedical device having a plurality of wells formed therein, wherein the biomedical device comprises a substrate with a plurality of layers formed thereon, the plurality of layers including a first layer , a second layer , a third layer and a fourth layer , wherein the first layer and the third layer are dielectric layers, the second layer is a color filter layer and the fourth layer is a metal containing layer , wherein the biomedical device further comprises a silicon-containing layer disposed over the metal containing layer, wherein the plurality of wells extend through the silicon-containing layer and stop at the metal-containing layer; positioning a printing mask over the biomedical device, the printing mask having a plurality of mask openings , the plurality of mask openings corresponding to the plurality of wells; and depositing a biofunctionalizing material through the printing mask and into the wells, the biofunctionalizing material being guided by the plurality of mask openings, the biofunctionalizing material forming a layer over a bottom surface of the plurality of wells.
Turbine blade for a gas turbine with a blade root and an aerodynamically curved blade leaf arranged above the blade root , wherein the blade leaf has a pressure-side blade wall and a suction-side blade wall which extend together from a leading edge , onto which a working medium can flow, of the blade leaf to a trailing edge of the blade leaf , wherein a plurality of cooling-air outlet openings are formed on the pressure-side blade wall which, starting from the trailing edge , each extend upstream relative to the direction of flow of a working medium which flows around the blade leaf and through which cooling air routed through the inside of the blade leaf can issue, wherein at least one of the cooling-air outlet openings has an essentially rectangular or trapezoidal shape with rounded corners which preferably widens out in the direction in which the cooling air issues, characterized in that at least the lower corner, facing the leading edge , of this at least one cooling-air outlet opening forms a relief notch which projects outward from the rectangular shape and has a rounded notch base .
A method of monitoring operation of a digital transmission environment performance in a conference call having a plurality of participants interacting in a conference exchange of information in the digital transmission environment, the interaction being across a variable network transmission resource , the method including the steps of: (a) monitoring predetermined aspects of a participant's behavior during the conference call, including monitoring at least one of: variation in a participant's voice pitch, variation in a participant's speech structure, and variation in a participant's speech rate; (b) determining a divergence of participant's behavior from normative values; and (c) in response to said determining, adjusting a level of the variable network transmission resource for the respective participant . (a) monitoring predetermined aspects of a participant's behavior during the conference call, including monitoring at least one of: variation in a participant's voice pitch, variation in a participant's speech structure, and variation in a participant's speech rate; (b) determining a divergence of participant's behavior from normative values; and (c) in response to said determining, adjusting a level of the variable network transmission resource for the respective participant .
An oil-continuous composition comprising at least 30 wt.% of a structured continuous oil phase and less than 10 wt.% water, said structured continuous oil phase comprising: • 96-99.7 wt.% fat, said fat having a solid fat content at 20°C (N 20 ) of 0-50% and a liquid oil content at 20°C that equals 100%-N 20 ; • particulate anhydrous non-defibrillated cell wall material from aubergine parenchymal tissue, said particulate anhydrous non-defibrillated cell wall material having a particle size of between 25 μm and 500 μm; wherein the particulate anhydrous non-defibrillated cell wall material is present in the structured continuous oil phase in a concentration of 0.3-8% by weight of the liquid oil. • 96-99.7 wt.% fat, said fat having a solid fat content at 20°C (N 20 ) of 0-50% and a liquid oil content at 20°C that equals 100%-N 20 ; • particulate anhydrous non-defibrillated cell wall material from aubergine parenchymal tissue, said particulate anhydrous non-defibrillated cell wall material having a particle size of between 25 μm and 500 μm;
A vehicle including a vehicle body and a front wheel that is disposed anterior to the vehicle body and that is steerable about a steering axis (Cs), the vehicle body including a vehicle body frame , and a steering rotation unit that is supported on the vehicle body frame and that rotates about the steering axis (Cs), wherein the vehicle further comprises a variable trail length mechanism that varies a trail length (t) of the front wheel , the variable trail length mechanism including an oscillation unit that supports a front wheel support member that is disposed to be oscillatable in a fore-aft direction and that supports the front wheel and a drive source that oscillates the oscillation unit , wherein the drive source is supported by the vehicle body and is an electric motor , characterised in that the electric motor is disposed anterior to the steering rotation unit in a vehicle side elevational view and includes a rotary shaft having an axis disposed so as to be oriented in a vehicle vertical direction.
Method for the secondary treatment of laundry , wherein, after the mangling or finishing of the items of laundry , it is detected whether they still have stains , and at least one possibly detected stain in the mangled or finished item of laundry concerned is at least for the most part removed by a targeted local treatment in the region of the at least one detected stain of the mangled or finished item of laundry , characterized in that , for determining the position of the at least one stain on the item of laundry , the item of laundry is moved in relation to a sensor device and, after the detection of the at least one stain , individual nozzles of a nozzle bar for applying the bleaching and/or spotting agent are individually activated in such a way that only the respective stain of the item of laundry to be treated is exposed to the bleaching and/or spotting agent.
An electronic vapour provision system comprising: a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser a container in which is contained a nicotine solution, wherein at least 60 wt% of the nicotine present in the solution is in protonated form, and wherein at least a portion of the container in contact with the nicotine solution is formed from polycarbonate or polypropylene. a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser a container in which is contained a nicotine solution, wherein at least 60 wt% of the nicotine present in the solution is in protonated form, and wherein at least a portion of the container in contact with the nicotine solution is formed from polycarbonate or polypropylene.
Method to produce methane from CO 2 containing gases in a bioreactor comprising: a. culturing methanogenic microorganism in a continuous process; b. providing CO 2 containing gases, comprising H2S and/or O 2 ; c. feeding the culture of methanogenic microorganisms with additional H 2 in a stoichiometric ratio of CO 2 :H 2 between 1:0.6 to 1:5; d. controlling and regulating the pH value continuously to be kept at a pH value at a given value of below or at pH 10 by adding suitable amounts of an acid and/or base; e. collecting methane or a methane enriched gas composition. a. culturing methanogenic microorganism in a continuous process; b. providing CO 2 containing gases, comprising H2S and/or O 2 ; c. feeding the culture of methanogenic microorganisms with additional H 2 in a stoichiometric ratio of CO 2 :H 2 between 1:0.6 to 1:5; d. controlling and regulating the pH value continuously to be kept at a pH value at a given value of below or at pH 10 by adding suitable amounts of an acid and/or base; e. collecting methane or a methane enriched gas composition.
A wrinkle detection apparatus for detecting a wrinkle area of facial skin included in an image , comprising: a first threshold processing unit that detects a first edge area included in the image by performing first threshold processing for comparing a gradient value that indicates a degree of change in pixel values in the image including skin with a first threshold, the first edge area including a first continuous area (A0) and a second continuous area (A1); a second threshold processing unit that detects a second edge area included in the image by performing second threshold processing for comparing the gradient value with a second threshold; wherein the second threshold is higher than the first threshold; and an edge selection processing unit that determines the wrinkle area based on an overlapping area in which the first edge area and the second edge area are overlapped, wherein the edge selection processing unit determines that the first continuous area (A0) is included in the overlapping area and that the second continuous area (A1) is not included in the overlapping area, and wherein the edge selection processing unit extracts the first continuous area (A0) as the wrinkle area and excludes the second continuous area (A1) from the wrinkle area . a first threshold processing unit that detects a first edge area included in the image by performing first threshold processing for comparing a gradient value that indicates a degree of change in pixel values in the image including skin with a first threshold, the first edge area including a first continuous area (A0) and a second continuous area (A1); a second threshold processing unit that detects a second edge area included in the image by performing second threshold processing for comparing the gradient value with a second threshold; wherein the second threshold is higher than the first threshold; and an edge selection processing unit that determines the wrinkle area based on an overlapping area in which the first edge area and the second edge area are overlapped, wherein the edge selection processing unit determines that the first continuous area (A0) is included in the overlapping area and that the second continuous area (A1) is not included in the overlapping area, and wherein the edge selection processing unit extracts the first continuous area (A0) as the wrinkle area and excludes the second continuous area (A1) from the wrinkle area .
A method for reducing greenhouse gases (GHG) in renewable fuel production, where the method comprises the steps, where - seeds of Brassica carinata are doped with a doping composition comprising at least one nitrogen-fixing bacteria selected from genus Gluconacetobacter to obtain doped Brassica carinata seeds, - in a first farming season, the doped Brassica carinata seeds are planted in soil and a Brassica carinata seed crop is harvested, - in a farming season preceding the first farming season, at least one plant selected from Brassica species, grain species or forage species is grown in the soil, - the Brassica crop, grain crop or forage crop obtained in the farming season preceding the first farming season is harvested, and at least part of plant biomass is left in and/or on the soil, - the Brassica carinata seed crop is treated to obtain Brassica carinata seed oil and meal, and - feedstock comprising the Brassica carinata seed oil is converted in a converting step, whereby renewable fuel or renewable fuel components are obtained, wherein no synthetic or additional natural nitrogen fertilizer is used. - seeds of Brassica carinata are doped with a doping composition comprising at least one nitrogen-fixing bacteria selected from genus Gluconacetobacter to obtain doped Brassica carinata seeds, - in a first farming season, the doped Brassica carinata seeds are planted in soil and a Brassica carinata seed crop is harvested, - in a farming season preceding the first farming season, at least one plant selected from Brassica species, grain species or forage species is grown in the soil, - the Brassica crop, grain crop or forage crop obtained in the farming season preceding the first farming season is harvested, and at least part of plant biomass is left in and/or on the soil, - the Brassica carinata seed crop is treated to obtain Brassica carinata seed oil and meal, and - feedstock comprising the Brassica carinata seed oil is converted in a converting step, whereby renewable fuel or renewable fuel components are obtained,
Seating/reclining furniture, in particular an armchair or a chair, comprising a back part ; a seat part ; and an adjustable footrest arrangement which is pivotable between an inwardly folded base position (I) beneath a seating surface of the seat part and an outwardly folded position of use (III) relative to the seat part, - wherein the footrest arrangement comprises a frame which is a component of the seat part or is attached to the seat part and a footrest pivotable relative to the frame; and - wherein the footrest has a base part and an extension which is movable relative to the base part between the base position (I) and the position of use (III) such that the footrest is shorter in an intermediate position (II) than in the position of use (III) and in the base position (I), characterized in that the movement of the extension relative to the base part is derived from a pivot movement of the base part . - wherein the footrest arrangement comprises a frame which is a component of the seat part or is attached to the seat part and a footrest pivotable relative to the frame; and - wherein the footrest has a base part and an extension which is movable relative to the base part between the base position (I) and the position of use (III) such that the footrest is shorter in an intermediate position (II) than in the position of use (III) and in the base position (I),
A method for verifying user authentication, the method comprising: at an authentication server device configured to communicate with a network server device over a network , receiving from the network server device a login request that is associated with a user; assigning the user to a user category based on attributes of the user; selecting an authentication game for the user based on the user category; assigning the user to a game play cluster for the selected authentication game, wherein the cluster has one or more cluster classifiers that each represent expected game play results for the authentication game, wherein the expected game play results include data pertaining to one or more of game play speed or reaction time; sending the authentication game to the network server device over the network for interaction with the user; receiving a game result from the network server device, wherein the game result includes data representing game play results from the interaction of the user with the authentication game; comparing the data representing the game play results with a corresponding one or more of the cluster classifiers; based on the comparing, determining whether the game play results match the expected game play results; and when the determining indicates that the game play results match the expected game play results, approving the login request for the user. at an authentication server device configured to communicate with a network server device over a network , receiving from the network server device a login request that is associated with a user; assigning the user to a user category based on attributes of the user; selecting an authentication game for the user based on the user category; assigning the user to a game play cluster for the selected authentication game, wherein the cluster has one or more cluster classifiers that each represent expected game play results for the authentication game, wherein the expected game play results include data pertaining to one or more of game play speed or reaction time; sending the authentication game to the network server device over the network for interaction with the user; receiving a game result from the network server device, wherein the game result includes data representing game play results from the interaction of the user with the authentication game; comparing the data representing the game play results with a corresponding one or more of the cluster classifiers; based on the comparing, determining whether the game play results match the expected game play results; and when the determining indicates that the game play results match the expected game play results, approving the login request for the user.
A radiation curable matting composition (II) comprising: - from 10 to 40 wt% of a radiation curable coating composition (I) consisting essentially of: a. from 20 to 95 wt% of one or more (meth)acrylated compounds (a), b. from 5 to 80 wt% of one or more metal salts of a C10 to C22 fatty acid (b), and c. from 0 to 10 wt% of one or more of compounds (c) different from (an) and (b), wherein the wt% of compounds (a) to (c) add up to 100% , and - optionally, from 0 to 20 wt% of one or more matting agents (d), different from compounds (b), - wherein after curing by radiation a matt coating is obtained with a gloss level of at most 15 at 60° angle and at most 50 at 85° angle at a cured film thickness of 12 μm. - from 10 to 40 wt% of a radiation curable coating composition (I) consisting essentially of: a. from 20 to 95 wt% of one or more (meth)acrylated compounds (a), b. from 5 to 80 wt% of one or more metal salts of a C10 to C22 fatty acid (b), and c. from 0 to 10 wt% of one or more of compounds (c) different from (an) and (b), wherein the wt% of compounds (a) to (c) add up to 100% , and a. from 20 to 95 wt% of one or more (meth)acrylated compounds (a), b. from 5 to 80 wt% of one or more metal salts of a C10 to C22 fatty acid (b), and c. from 0 to 10 wt% of one or more of compounds (c) different from (an) and (b), wherein the wt% of compounds (a) to (c) add up to 100% , and - optionally, from 0 to 20 wt% of one or more matting agents (d), different from compounds (b), - wherein after curing by radiation a matt coating is obtained with a gloss level of at most 15 at 60° angle and at most 50 at 85° angle at a cured film thickness of 12 μm.