mhurhangee/ep-ind-claims huggingface dataset:
A snow gliding board, integrating a structure element incorporated in a raised end of said gliding board, said element having a plurality of hollowed through openings between its upper and lower surfaces, distributed across its surface, characterized in that said element comprises in said raised end at least one region (15, 16) free of through openings, separating two areas (6, 7, 8) having through openings, the width of said region (15, 16) being greater than the shortest distance between two through openings in the areas (6, 7, 8) separated by said region (15,16), the through openings extending between two opposite edges (3,4) of said element and being able to define a preferred path for cutting.
A method for transforming radioactive material into less radioactive products comprising the steps of: accelerating first particles comprising one or more neutrons, protons and electrons to a first velocity; colliding the accelerated particles with second particles in a collision zone located within a housing causing the first particles and second particles to form one or more collision mass(es) comprising alpha particles and electrons or/and protons and electrons, and in which substantially all neutrons of the first or second particles are converted into alpha particles or/and protons and electrons as a result of one or more collisions, wherein any of the first or second particles, or fragments thereof, which have not completely disintegrated into alpha particles and/or protons and electrons are recycled back into the collision zone for further collisions; controlling the position of the collision mass(es) with electric or/and magnetic fields; and exhausting the collision mass from the housing wherein the collision mass comprises substantially only alpha particles or/and protons and electrons; wherein the second particles are accelerated to a second velocity, and the first particles and second particles are collided such that the directions of their velocities are substantially opposite. accelerating first particles comprising one or more neutrons, protons and electrons to a first velocity; colliding the accelerated particles with second particles in a collision zone located within a housing causing the first particles and second particles to form one or more collision mass(es) comprising alpha particles and electrons or/and protons and electrons, and in which substantially all neutrons of the first or second particles are converted into alpha particles or/and protons and electrons as a result of one or more collisions, wherein any of the first or second particles, or fragments thereof, which have not completely disintegrated into alpha particles and/or protons and electrons are recycled back into the collision zone for further collisions; controlling the position of the collision mass(es) with electric or/and magnetic fields; and exhausting the collision mass from the housing wherein the collision mass comprises substantially only alpha particles or/and protons and electrons; wherein the second particles are accelerated to a second velocity, and the first particles and second particles are collided such that the directions of their velocities are substantially opposite.
An isolated antibody or antigen binding fragment, which is capable of binding to TIM-3, comprising a heavy chain variable region sequence and a light chain variable region sequence, wherein: the heavy chain variable region sequence comprises the sequence of SEQ ID NO: 50, and the light chain variable region sequence comprises the sequence of SEQ ID NO: 45. the heavy chain variable region sequence comprises the sequence of SEQ ID NO: 50, and the light chain variable region sequence comprises the sequence of SEQ ID NO: 45.
Heat exchanger assembly, comprising a heat exchanger element having a casing pipe and an inner pipe, the casing pipe and the inner pipe providing two channels that are separated from one another in terms of flow, the inlet and the outlet of the inner pipe being at ends of the heat exchanger element that are opposite one another in the longitudinal direction, and the inlet and outlet of the casing pipe being in the form of openings in the lateral surface of the casing pipe that are spaced apart from one another in the longitudinal direction of the heat exchanger element, characterised by a plurality of the above-mentioned heat exchanger elements and by two connecting pipes which extend transversely to the heat exchanger elements and are in flow connection in each case with one of the openings in the lateral surface of each of the heat exchanger elements, the connecting pipes comprising radial through-holes into which through-holes the heat exchanger elements are pushed.
A composition consisting essentially of bacteria belonging to the species Faecalibacterium prausnitzii, Butyricicoccus pullicaecorum, Roseburia inulinivorans, Roseburia hominis, Akkermansia muciniphila, Lactobacillus plantarum and Anaerostipes caccae,or, belonging to the species Faecalibacterium prausnitzii, Butyricicoccus pullicaecorum, Roseburia inulinivorans, Akkermansia muciniphila, Lactobacillus plantarum and Anaerostipes caccae, or, belonging to the species Faecalibacterium prausnitzii, Butyricicoccus pullicaecorum, Roseburia inulinivorans, Roseburia hominis, Akkermansia muciniphila, Lactobacillus plantarum, Anaerostipes caccae, Escherichia coli, Enterococcus faecium, Lactobacillus mucosae, Bifidobacterium adolescentis, Bifidobacterium longum, Bacteroides thetaiotaomicron and Bacteroides vulgatum.
A method of manufacturing a spectacle frame face for a wearer, comprising: - an optical acquisition phase of spatial data relating to the face of the wearer; - a design phase, from these data, of a three-dimensional virtual model of the frame face; - said design phase comprising loading a three-dimensional virtual face model constructed from the spatial data derived from the acquisition phase; - a phase of production of the frame face by additive manufacturing from this virtual model; this method being characterized in that the design phase also comprises the following operations, carried out within a computer-assisted design system: - loading or drawing, in a front plane, sketch defining the contours of the frame face; - from the three-dimensional virtual model of face: • loading or drawing, in a horizontal plane, a primary sketch following the curvature of the face seen in this plane; • loading or drawing, in a vertical plane parallel to a median plane of relative symmetry of the face, a secondary sketch following the curvature of the face seen in this plane, - constructing a three-dimensional web based on both the primary sketch and the secondary sketch; - obtaining a blank of the frame face by cutting, in the web, the projection of its sketch thereon perpendicularly to the front plane. - an optical acquisition phase of spatial data relating to the face of the wearer; - a design phase, from these data, of a three-dimensional virtual model of the frame face; - said design phase comprising loading a three-dimensional virtual face model constructed from the spatial data derived from the acquisition phase; - a phase of production of the frame face by additive manufacturing from this virtual model; - loading or drawing, in a front plane, sketch defining the contours of the frame face; - from the three-dimensional virtual model of face: • loading or drawing, in a horizontal plane, a primary sketch following the curvature of the face seen in this plane; • loading or drawing, in a vertical plane parallel to a median plane of relative symmetry of the face, a secondary sketch following the curvature of the face seen in this plane, • loading or drawing, in a horizontal plane, a primary sketch following the curvature of the face seen in this plane; • loading or drawing, in a vertical plane parallel to a median plane of relative symmetry of the face, a secondary sketch following the curvature of the face seen in this plane, - constructing a three-dimensional web based on both the primary sketch and the secondary sketch; - obtaining a blank of the frame face by cutting, in the web, the projection of its sketch thereon perpendicularly to the front plane.
A maintenance method for network connection, adapted to a computer system supporting power saving mode and operations of wake on LAN, WOL, and having a real-time clock, wherein the real-time clock is configured to regularly wake up the computer system to check whether a network connection is working normally, the maintenance method for network connection comprising: receiving a wake up operation of the computer system from a user to wake up the computer system; determining whether an accumulated time length accumulated from a time of last entering a power saving mode to a time of receiving the wake up operation is greater than a counting time for the real-time clock to wake up the computer system, continually accumulating the accumulated time length when the accumulated time length is not greater than the counting time, and testing whether the network connection is working normally when the accumulated time length reaches an extended time, wherein the extended time is the counting time plus a period of expansion time; and updating the counting time of the real-time clock to the accumulated time length when the network connection is working normally; testing whether the network connection is working normally when the accumulated time length is greater than the counting time; re-establishing the network connection when the network connection is interrupted; and updating the counting time of the real-time clock to the accumulated time length when the network connection is working normally. receiving a wake up operation of the computer system from a user to wake up the computer system; determining whether an accumulated time length accumulated from a time of last entering a power saving mode to a time of receiving the wake up operation is greater than a counting time for the real-time clock to wake up the computer system, continually accumulating the accumulated time length when the accumulated time length is not greater than the counting time, and testing whether the network connection is working normally when the accumulated time length reaches an extended time, wherein the extended time is the counting time plus a period of expansion time; and updating the counting time of the real-time clock to the accumulated time length when the network connection is working normally; testing whether the network connection is working normally when the accumulated time length is greater than the counting time; re-establishing the network connection when the network connection is interrupted; and updating the counting time of the real-time clock to the accumulated time length when the network connection is working normally.
A method for generating feedback information, applied to a terminal, comprising: receiving a first downlink control information, wherein a downlink physical channel scheduled by the first downlink control information is contained in a first channel group, and the first downlink control information is used to indicate the terminal to transmit a feedback information corresponding to two channel groups; and determining an order of the feedback information corresponding to the two channel groups in a feedback information codebook according to the first downlink control information; characterized in that the two channel groups comprise the first channel group and a second channel group, if the first downlink control information comprises information of the second channel group, in the feedback information codebook, the feedback information corresponding to the first channel group appends to the feedback information corresponding to the second channel group. receiving a first downlink control information, wherein a downlink physical channel scheduled by the first downlink control information is contained in a first channel group, and the first downlink control information is used to indicate the terminal to transmit a feedback information corresponding to two channel groups; and determining an order of the feedback information corresponding to the two channel groups in a feedback information codebook according to the first downlink control information; characterized in that the two channel groups comprise the first channel group and a second channel group, if the first downlink control information comprises information of the second channel group, in the feedback information codebook, the feedback information corresponding to the first channel group appends to the feedback information corresponding to the second channel group.
A method for locating wireless devices (130a, 130b), the method being performed by a network operator node of cells, the method comprising: obtaining an indication to locate the wireless devices (130a, 130b) in a geographical area from a surveillance center node; the wireless devices having a network subscription to the network operator node; characterised by initiating a change of logical group area identity of those of its cells that at least partly overlap with the geographical area, thereby initiating location reporting from those wireless devices (130a, 130b) located in the geographical area, wherein the wireless devices (130a, 130b) are in idle mode; and in response thereto: receiving location indicating information from the wireless devices (130a, 130b) in the geographical area. obtaining an indication to locate the wireless devices (130a, 130b) in a geographical area from a surveillance center node; the wireless devices having a network subscription to the network operator node; characterised by initiating a change of logical group area identity of those of its cells that at least partly overlap with the geographical area, thereby initiating location reporting from those wireless devices (130a, 130b) located in the geographical area, wherein the wireless devices (130a, 130b) are in idle mode; and in response thereto: receiving location indicating information from the wireless devices (130a, 130b) in the geographical area.
The use of a cellulosic material which has been treated with an amino compound and carbon dioxide as a plant nutrient composition, where the material is provided by a method comprising: (a) contacting a cellulosic material with a composition comprising an amino compound; (b) contacting the cellulosic material with a gaseous composition comprising at least 5 wt % carbon dioxide; (c) optionally, contacting the cellulosic material with a composition comprising a source of one or more elements selected from nitrogen, phosphorous, potassium, calcium, magnesium, sulphur, boron, cobalt, chlorine, copper, iron, manganese, molybdenum, zinc and sodium; (d) optionally, contacting the resultant material with a plant and/or a base growing medium; wherein step (b) is carried out after step (a). (a) contacting a cellulosic material with a composition comprising an amino compound; (b) contacting the cellulosic material with a gaseous composition comprising at least 5 wt % carbon dioxide; (c) optionally, contacting the cellulosic material with a composition comprising a source of one or more elements selected from nitrogen, phosphorous, potassium, calcium, magnesium, sulphur, boron, cobalt, chlorine, copper, iron, manganese, molybdenum, zinc and sodium; (d) optionally, contacting the resultant material with a plant and/or a base growing medium; wherein step (b) is carried out after step (a).
Method for a remote control of a microphone, which comprises at least one microphone capsule, and at least one additional power receiver, whose energy supply occurs by a phantom power unit through two cable conductors (1, 2) of an audio cable, which energy supply is referred to as a phantom power supply, characterized in that a frequency-modulated voltage is applied as a frequency-modulated control signal to at least one of the two cable conductors (1, 2) through which the phantom power supply also occurs, and in that the frequency-modulated voltage, on the microphone side, is applied to a control electronics, which sends commands to said at least one additional power receiver according to the frequency-modulated control signal.
A system for motoring a gas turbine engine of an aircraft, the system comprising: an air turbine starter (120A, 120B) operable to drive rotation of a starting spool (32A; 32B) of the gas turbine engine (10A, 10B); and a starter air valve (116A, 116B) operable to deliver compressed air to the air turbine starter (120A, 120B) in response to the starter air valve (116A, 116B) being open; characterized by a metered orifice (126A, 126B) coupled in a bypass configuration around the starter air valve (116A, 116B) and sized to deliver a reduced amount of the compressed air to the air turbine starter (120A, 120B) while the starter air valve (116A, 116B) is closed, wherein the reduced amount of the compressed air delivered to the air turbine starter (120A, 120B) limits a motoring speed of the gas turbine engine (10A, 10B) below a resonance speed of the starting spool (32A; 32B) of the gas turbine engine. an air turbine starter (120A, 120B) operable to drive rotation of a starting spool (32A; 32B) of the gas turbine engine (10A, 10B); and a starter air valve (116A, 116B) operable to deliver compressed air to the air turbine starter (120A, 120B) in response to the starter air valve (116A, 116B) being open; characterized by a metered orifice (126A, 126B) coupled in a bypass configuration around the starter air valve (116A, 116B) and sized to deliver a reduced amount of the compressed air to the air turbine starter (120A, 120B) while the starter air valve (116A, 116B) is closed, wherein the reduced amount of the compressed air delivered to the air turbine starter (120A, 120B) limits a motoring speed of the gas turbine engine (10A, 10B) below a resonance speed of the starting spool (32A; 32B) of the gas turbine engine.
An electronic device being provided with at least a base part (2, 22, 32, 42) and an electronic module, which base part (2, 22, 32, 42) comprises a soft magnetic layer (5, 25, 35, 45) and at least a primary coil, whereas the electronic module comprises at least one electronic element (11, 12) and at least a secondary coil adapted to inductively interact with the primary coil, wherein the electronic module further comprises at least one magnet adapted to magnetically interact with the soft magnetic layer (5, 25, 35, 45), characterized in that the soft magnetic layer (5, 25, 35, 45) is provided with a number of primary coils located in holes, wherein at least one slit extends between adjacent holes.
A system, comprising: a bogie system positioned on a track, wherein the bogie system is configured to move along the track in an operati ng direction; a plurality of arms extending radially outward from the bogie system, wherein each of the plurality of arms is individually rotatably coupled to a body of the bogie system; and a plurality of vehicles, wherein each vehicle of the plurality of vehicles is positioned on a corresponding arm of the plurality of arms, and wherein the bogie system is configured to move the plurality of arms and the plurality of vehicles together along the operation direction, and wherein the plurality of vehi cl es are positioned at different locations with respect to the operation direction. a bogie system positioned on a track, wherein the bogie system is configured to move along the track in an operati ng direction; a plurality of arms extending radially outward from the bogie system, wherein each of the plurality of arms is individually rotatably coupled to a body of the bogie system; and a plurality of vehicles, wherein each vehicle of the plurality of vehicles is positioned on a corresponding arm of the plurality of arms, and wherein the bogie system is configured to move the plurality of arms and the plurality of vehicles together along the operation direction, and wherein the plurality of vehi cl es are positioned at different locations with respect to the operation direction.
An article of manufacture comprising greater than 0% to less than 0.003% by weight of a soil adsorbing agent based on the weight of the article of manufacture, wherein the article of manufacture exhibits a Mirror 2 Densitometer Value greater than the Mirror 1 Densitometer Value as measured according to the Mirror Cleaning Test Method and wherein the difference between the Mirror 2 Densitometer Value and the Mirror 1 Densitometer is greater than -0.20 and wherein the article of manufacture exhibits a sum of the Mirror 2 Densitometer Value and the Mirror 1 Densitometer Value of greater than -0.48 as measured according to the Mirror Cleaning Test Method, wherein the soil absorbing agent comprises a blend of polyacrylamide water-in-oil emulsion and polyacrylamide dewatered inverse emulsion.
A defibrillator comprising: an impedance measuring section which is configured to obtain an impedance measurement value between a living body of a rescue target and electrodes; a controller which is configured to detect a kind of the electrodes, characterised in that the controller is further configured to perform determination of whether the impedance measurement value is to be output or not, based on the detected kind of the electrodes; and further comprising an outputting section which, based on the determination, is configured to output the impedance measurement value. an impedance measuring section which is configured to obtain an impedance measurement value between a living body of a rescue target and electrodes; a controller which is configured to detect a kind of the electrodes, characterised in that the controller is further configured to perform determination of whether the impedance measurement value is to be output or not, based on the detected kind of the electrodes; and further comprising an outputting section which, based on the determination, is configured to output the impedance measurement value.