mhurhangee/patent-ind-claim-en huggingface dataset:
An atomiser assembly comprising an energy generator configured to emit an energy wave, and a channel device comprising a channel in the form of a bore and having a channel inlet and a channel outlet , wherein the distance between the energy generator and the channel outlet approaches a multiple of n(λ/4) where n is an odd number, characterised in that the assembly comprises a fluid delivery device having a fluid outlet arranged adjacent to the channel outlet , the channel device comprises a plate having opposite inlet and outlet surfaces on which the channel inlet and channel outlet are respectively disposed, the channel inlet admits the energy wave from the energy generator into the channel and the channel outlet is configured to emit the energy wave generated by the energy generator wherein the energy wave has a frequency in the range of frequencies from 20 kHz to 70 kHz, the inlet surface and the active face of the energy generator are separated by a gap filled by a gas and the channel is filled by a gas, and a standing wave is established within the channel .
A film cooled component for a gas turbine engine, comprising: an airfoil , the airfoil having a leading edge area and a trailing edge area , including a multiple of film holes in a film hole region, said multiple of film holes providing a coverage of between about 15%-75%, the coverage defined as the diameter (D) of each film hole divided by the film hole pitch (P), the pitch (P) being the centre to centre distance between adjacent film holes , wherein the component is manufactured of molybdenum or of a monolithic ceramic; and each of said multiple of film holes is spaced one to another to provide a ligament distance (L) between adjacent film hole edges greater than about 1.27 mm. an airfoil , the airfoil having a leading edge area and a trailing edge area , including a multiple of film holes in a film hole region, said multiple of film holes providing a coverage of between about 15%-75%, the coverage defined as the diameter (D) of each film hole divided by the film hole pitch (P), the pitch (P) being the centre to centre distance between adjacent film holes , wherein the component is manufactured of molybdenum or of a monolithic ceramic; and each of said multiple of film holes is spaced one to another to provide a ligament distance (L) between adjacent film hole edges greater than about 1.27 mm.
A controller for a work machine, comprising: - a first control module configured to perform a first control for a steering device to change a steering angle based on a travel route; - the first control module configured to stop the first control when the steering angle is equal to or above a threshold value in response to automatically detecting turning of a traveling device ; and - a second control module configured to perform a second control on a speed of the traveling device when the steering angle is equal to or above the threshold value; wherein the first control module prioritizes and performs the first control over the second control to be performed by the second control module and controlling by the second control module is disabled while controlling by the first control module is performed. - a first control module configured to perform a first control for a steering device to change a steering angle based on a travel route; - the first control module configured to stop the first control when the steering angle is equal to or above a threshold value in response to automatically detecting turning of a traveling device ; and - a second control module configured to perform a second control on a speed of the traveling device when the steering angle is equal to or above the threshold value; wherein the first control module prioritizes and performs the first control over the second control to be performed by the second control module and controlling by the second control module is disabled while controlling by the first control module is performed.
A method for determining the relative positions of at least two mobile terminal devices, such as mobile phones, tablet computers, PDAs, note-books, subnotebooks, or similar mobile terminal devices, to each other communicating with each other by means of a mobile communications network , in which a position query of one mobile terminal device is transmitted to the other mobile terminal device , wherein the position query of the querying mobile terminal device is transmitted to the queried mobile terminal device by means of said mobile communications network the relative positions to each other of the two mobile terminal devices are determined on the basis of the current geographic positions of the two mobile terminal devices after the queried mobile terminal device confirms the position query, wherein the current geographic positions of the mobile terminal devices are transmitted to a database , the database determines mathematically the relative positions based on the current geographic positions by using algorithms and transmits the relative positions to the querying mobile terminal device and to the at least one queried mobile terminal device , based on the relative positions of the mobile terminal devices to each other as a position indicator a relative distance in form of a distance value and a geographic direction to the queried mobile terminal device is displayed in the querying mobile terminal device and as a position indicator a relative distance in the form of a distance value and an opposite geographical direction to the querying mobile terminal device is displayed in the respective queried mobile terminal device . a position query of one mobile terminal device is transmitted to the other mobile terminal device , wherein the position query of the querying mobile terminal device is transmitted to the queried mobile terminal device by means of said mobile communications network the relative positions to each other of the two mobile terminal devices are determined on the basis of the current geographic positions of the two mobile terminal devices after the queried mobile terminal device confirms the position query, wherein the current geographic positions of the mobile terminal devices are transmitted to a database , the database determines mathematically the relative positions based on the current geographic positions by using algorithms and transmits the relative positions to the querying mobile terminal device and to the at least one queried mobile terminal device , based on the relative positions of the mobile terminal devices to each other as a position indicator a relative distance in form of a distance value and a geographic direction to the queried mobile terminal device is displayed in the querying mobile terminal device and as a position indicator a relative distance in the form of a distance value and an opposite geographical direction to the querying mobile terminal device is displayed in the respective queried mobile terminal device .
A robot cleaner comprising: a main body defining an outer appearance of the robot cleaner ; a moving unit arranged to move or rotate the main body ; a plurality of receiving units disposed in the main body and arranged to receive a voice command; a control unit arranged to recognize a call command occurring direction when the voice command input from the plurality of receiving units is a call command; and a detection unit arranged to determine whether the main body is rotatable in the call command occurring direction at a position at which the main body is disposed when the call command occurs, wherein the detection unit comprises a position detection unit arranged to detect a position of the main body , wherein the control unit is arranged to control the moving unit ; the control unit is arranged to set a linear path (PL) from an initial position (a0) of the main body to a position (s0) of a caller when a call command is input; the main body is moved in the recognized call command occurring direction along a preset detour route when the main body is not rotatable in the call command occurring direction; and the control unit controls the moving unit so that the main body enters into one point (a2) in the linear path (PL) and is moved from the one point (a2) along the linear path (PL) after the main body moves from the initial position (a0). a main body defining an outer appearance of the robot cleaner ; a moving unit arranged to move or rotate the main body ; a plurality of receiving units disposed in the main body and arranged to receive a voice command; a control unit arranged to recognize a call command occurring direction when the voice command input from the plurality of receiving units is a call command; and a detection unit arranged to determine whether the main body is rotatable in the call command occurring direction at a position at which the main body is disposed when the call command occurs, wherein the detection unit comprises a position detection unit arranged to detect a position of the main body , wherein the control unit is arranged to control the moving unit ; the control unit is arranged to set a linear path (PL) from an initial position (a0) of the main body to a position (s0) of a caller when a call command is input; the main body is moved in the recognized call command occurring direction along a preset detour route when the main body is not rotatable in the call command occurring direction; and the control unit controls the moving unit so that the main body enters into one point (a2) in the linear path (PL) and is moved from the one point (a2) along the linear path (PL) after the main body moves from the initial position (a0).
Drop-down seal for a building part, wherein the drop-down seal has a housing , a sealing strip which is raisable and lowerable in said housing and a spring-loaded lowering mechanism which brings about automatic lowering of the sealing strip during closing of the building part, wherein the lowering mechanism is connected to a slide which protrudes at one end beyond the housing and which activates the lowering mechanism during closing of the building part, wherein the lowering mechanism comprises at least one leaf spring , which is connected at a first fastening point to the slide , which is connected at a second fastening point to the sealing strip and which is fastened at a third fastening point to the housing , characterized in that the third fastening point is arranged closer to the protruding end of the slide then the first fastening point , that the slide , during closing of the building part, pulls the first fastening point of the leaf spring in direction of the protruding end in order to activate the lowering mechanism and that an arm is operatively connected to or connected to or arranged on the protruding end of the slide , wherein the arm protrudes laterally beyond the housing .
A method for multicore processor fault detection during execution of safety critical software applications in a multicore processor environment , the method comprising: partitioning (S104) processor cores (8a-n) of the multicore processor environment into at least two logical units; dedicating (S106) all processing resources of one of the at least two logical units to execution of a diagnostics software application, DSA, the DSA being arranged for fault detection of a processor core of said one of the at least two logical units; dedicating (S108) processor resources of at least one of the remaining logical units to execution of a safety-critical software application, SSA; and executing (S110) the DSA by said one of the at least two logical units whilst in parallel executing the SSA by said at least one of the remaining logical units. partitioning (S104) processor cores (8a-n) of the multicore processor environment into at least two logical units; dedicating (S106) all processing resources of one of the at least two logical units to execution of a diagnostics software application, DSA, the DSA being arranged for fault detection of a processor core of said one of the at least two logical units; dedicating (S108) processor resources of at least one of the remaining logical units to execution of a safety-critical software application, SSA; and executing (S110) the DSA by said one of the at least two logical units whilst in parallel executing the SSA by said at least one of the remaining logical units.
An apparatus comprising: a cannula having a shape closely matched to the anatomy of the right ventricle of the human heart, wherein the cannula has an outflow port configured to be located proximal the pulmonary artery (PA) and an inflow port located proximal the inferior vena cava (IVC), characterized in that the cannula comprises a polyurethane tube reinforced with a surrounding coil of nitinol.
A shoe sole comprising a plurality of antislip protrusions formed downward with undersides of the antislip protrusions configured to come into contact with a ground, wherein: the antislip protrusions are each formed into a columnar shape with a gap between adjacent antislip protrusions ; the antislip protrusions each include a funnel-shaped recessed portion formed on the underside of the antislip protrusion , characterised in that the antislip protrusions are integrally molded with the shoe sole body , each recessed portion includes steps annularly formed on an inner surface of the recessed portion , and the shoe sole has a dynamic friction coefficient on an ice surface higher than a maximum static friction coefficient on the ice surface. the antislip protrusions are each formed into a columnar shape with a gap between adjacent antislip protrusions ; the antislip protrusions each include a funnel-shaped recessed portion formed on the underside of the antislip protrusion , characterised in that the antislip protrusions are integrally molded with the shoe sole body , each recessed portion includes steps annularly formed on an inner surface of the recessed portion , and the shoe sole has a dynamic friction coefficient on an ice surface higher than a maximum static friction coefficient on the ice surface.
A sealed fabric, characterized in that the fabric areal weight in terms of g/m 2 , the weight of hydrogel coating per unit area in terms of mg/cm 2 , and the swelling in % of the hydrogel, each represented in an orthogonal coordinate system by X, Y, Z coordinates respectively, are present on edges and in the inner space of a polyhedron having the following vertices: point A , point B , point C , point D , point E (70, 6.2, 459), point F (70, 6.2, 965), point G (70, 1.6, 965), point H (70, 1.6, 459), point I (72, 4.9, 826), point J (72, 4.9, 1028), point K (72, 1.7, 1028), and point L (72, 1.7, 826).
A method performed by a road segment determining system for identifying beforehand a situation with a potentially in-alert driver of a vehicle , said method comprising: determining a position of said vehicle ; determining pre-stored road characteristics of a road segment assumed or known to be ahead of said vehicle , wherein said pre-stored road characteristics comprise geo-tagged driver behaviour data parameters indicating characteristics of driver behaviour associated with said road segment for a plurality of vehicles having previously been driven along said road segment , said geo-tagged driver behaviour data parameters indicating driver alertness along said road segment ; determining whether or not said road segment is monotonous, based on comparing at least a first geo-tagged driver behaviour data parameter of said pre-stored road characteristics with predetermined monotonous road criteria comprising preferences for geo-tagged driver behaviour data, said predetermined monotonous road criteria comprising one or more driver in-alertness level thresholds; and initiating an activity adapted to avoid said situation with the potentially in-alert driver of the vehicle and/or adapted to improve the alertness of said driver , if it is determined that said road segment is monotonous, characterised in that said activity comprises a software-based function adapted to cognitively stimulate said driver , said function comprising a software-based alertness task application associated with a portable device adapted to be in communication with said vehicle . determining a position of said vehicle ; determining pre-stored road characteristics of a road segment assumed or known to be ahead of said vehicle , wherein said pre-stored road characteristics comprise geo-tagged driver behaviour data parameters indicating characteristics of driver behaviour associated with said road segment for a plurality of vehicles having previously been driven along said road segment , said geo-tagged driver behaviour data parameters indicating driver alertness along said road segment ; determining whether or not said road segment is monotonous, based on comparing at least a first geo-tagged driver behaviour data parameter of said pre-stored road characteristics with predetermined monotonous road criteria comprising preferences for geo-tagged driver behaviour data, said predetermined monotonous road criteria comprising one or more driver in-alertness level thresholds; and initiating an activity adapted to avoid said situation with the potentially in-alert driver of the vehicle and/or adapted to improve the alertness of said driver , if it is determined that said road segment is monotonous, characterised in that said activity comprises a software-based function adapted to cognitively stimulate said driver , said function comprising a software-based alertness task application associated with a portable device adapted to be in communication with said vehicle .
A mobile station apparatus that is configured to connect to a base station apparatus using a plurality of aggregated component carriers in carrier aggregation, wherein the mobile station apparatus is configured to determine a cell and a channel, the cell and the channel being used to transmit a scheduling request which is used to request, either through the use of a physical random access channel or a physical uplink control channel, a radio resource for uplink transmission, the cell being one of the aggregated component carriers, the cell being determined based on first information in a Radio Resource Control, RRC, message, the first information comprising at least a transmission setting of a random access channel on the cell, and the channel being determined as the random access channel in a case that a Physical Uplink Control CHannel, PUCCH, for the scheduling request is not allocated.
An injectable insulin formulation comprising an effective amount of a dissolution/stabilizing agent selected from acetic acid, ascorbic acid, citric acid, glutamic acid, aspartic acid, succinic acid, fumaric acid, maleic acid, adipic acid, and salts thereof; an effective amount of a zinc chelator; and one or more magnesium compounds, wherein the insulin concentration is 100, 200, 400 or 500 UmL, wherein the one or more magnesium compounds comprises an inorganic magnesium salt, and wherein the concentration of the one or more magnesium compounds is 0.1 to 10 mg/ml.
An electronic device comprising: a user interface ; a memory storing instructions; and at least one processor configured to execute the instructions to: obtain a request of a user which is input for a provider, generate a plurality of simulated request corresponding to the request, each simulated request corresponding to one of a plurality of simulated users; transmit to the provider the plurality of simulated requests, receive a response from the provider to the simulated requests; determine a request result from the response; and: provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface . a user interface ; a memory storing instructions; and at least one processor configured to execute the instructions to: obtain a request of a user which is input for a provider, generate a plurality of simulated request corresponding to the request, each simulated request corresponding to one of a plurality of simulated users; transmit to the provider the plurality of simulated requests, receive a response from the provider to the simulated requests; determine a request result from the response; and: provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface . obtain a request of a user which is input for a provider, generate a plurality of simulated request corresponding to the request, each simulated request corresponding to one of a plurality of simulated users; transmit to the provider the plurality of simulated requests, receive a response from the provider to the simulated requests; determine a request result from the response; and: provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface . provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface .
A method for the preparation of an electrode for a lithium titanate cell, characterised in that the method comprises the use of fluorine acrylic hybrid latex, wherein fluorine and acrylate polymers are hybridized in a particle and such particles are dispersed in an aqueous solution, with lithium nickel cobalt aluminum oxide or lithium titanate in combination with CMC and PVDF for the preparation of at least one electrode of an electrochemical cell.
Method for operating a food processor , wherein in a preparation operation at least one processing device of the food processor is actuated for the at least partially automatic preparation of at least one foodstuff, characterized by the following steps: a) determining at least one control value (106.1) by a first detection (105.1) of at least one control parameter during the preparation operation, the control parameter being specific to the preparation, b) determining at least one result value (106.2) by a second detection (105.2) of at least one result parameter, wherein the result parameter is specific to the result of the preparation, c) recording the control value (106.1) and the result value (106.2) in a preparation record so that it is associated with the preparation as a recorded preparation. a) determining at least one control value (106.1) by a first detection (105.1) of at least one control parameter during the preparation operation, the control parameter being specific to the preparation, b) determining at least one result value (106.2) by a second detection (105.2) of at least one result parameter, wherein the result parameter is specific to the result of the preparation, c) recording the control value (106.1) and the result value (106.2) in a preparation record so that it is associated with the preparation as a recorded preparation.