mhurhangee/patent-ind-claim-en huggingface dataset:
A tape supplying body comprising: a tape roll on which a tape to be fed to a tape printing apparatus is wound; a first member on which the tape roll is placed; and a second member , wherein the second member has a running-onto prevention part that is provided on a side opposite to a side of the first member with respect to the tape roll and prevents the tape from running onto the tape roll, a tape receiving part that is provided on a side opposite to a side of the tape roll with respect to the first member and receives the tape dropping from the first member, and a connection part that is provided on a radially outer side of the tape roll and connects the running-onto prevention part and the tape receiving part to each other, characterized in that the first member has a shaft part formed into a substantially cylindrical shape, the second member has a shaft insertion part and an insertion-side engagement part provided at the shaft insertion part, and the first member and the second member are rotatably coupled to each other by engagement between the insertion-side engagement part and the shaft part. a tape roll on which a tape to be fed to a tape printing apparatus is wound; a first member on which the tape roll is placed; and a second member , wherein the second member has a running-onto prevention part that is provided on a side opposite to a side of the first member with respect to the tape roll and prevents the tape from running onto the tape roll, a tape receiving part that is provided on a side opposite to a side of the tape roll with respect to the first member and receives the tape dropping from the first member, and a connection part that is provided on a radially outer side of the tape roll and connects the running-onto prevention part and the tape receiving part to each other, characterized in that the first member has a shaft part formed into a substantially cylindrical shape, the second member has a shaft insertion part and an insertion-side engagement part provided at the shaft insertion part, and the first member and the second member are rotatably coupled to each other by engagement between the insertion-side engagement part and the shaft part.
A thermally conductive, extrusion molded resin article, comprising a resin and thermally conductive fillers including a first thermally conductive filler and a second thermally conductive filler having a smaller particle size than the first thermally conductive filler, wherein the first thermally conductive filler has an aspect ratio of 10 or more and is oriented approximately in a thickness direction of the thermally conductive molded resin article, perpendicular to the extrusion direction; the resin is a silicone resin, an acrylic rubber, or a fluororubber; the second thermally conductive filler has a thermal conductivity of more than 5 W/mK; and extrusion weld lines in the resin are formed approximately in the thickness direction of the thermally conductive molded resin article. the first thermally conductive filler has an aspect ratio of 10 or more and is oriented approximately in a thickness direction of the thermally conductive molded resin article, perpendicular to the extrusion direction; the resin is a silicone resin, an acrylic rubber, or a fluororubber; the second thermally conductive filler has a thermal conductivity of more than 5 W/mK; and extrusion weld lines in the resin are formed approximately in the thickness direction of the thermally conductive molded resin article.
An electronic device , comprising: a battery ; and characterised in that the electronic device comprises: a battery management system configured to determine a predicted battery demand based on observed usage patterns, predictively charge the battery to a less-than-full state of charge to accommodate the predicted battery demand, determine a predicted deviating battery demand based on a contextual signal, that indicates a deviation from a previously observed usage pattern of the electronic device , wherein the predicted deviating battery demand differs from the predicted battery demand, and charge the battery to a state of charge that is different to the less-than-full state of charge to accommodate the predicted deviating battery demand. a battery ; and characterised in that the electronic device comprises: a battery management system configured to determine a predicted battery demand based on observed usage patterns, predictively charge the battery to a less-than-full state of charge to accommodate the predicted battery demand, determine a predicted deviating battery demand based on a contextual signal, that indicates a deviation from a previously observed usage pattern of the electronic device , wherein the predicted deviating battery demand differs from the predicted battery demand, and charge the battery to a state of charge that is different to the less-than-full state of charge to accommodate the predicted deviating battery demand. determine a predicted battery demand based on observed usage patterns, predictively charge the battery to a less-than-full state of charge to accommodate the predicted battery demand, determine a predicted deviating battery demand based on a contextual signal, that indicates a deviation from a previously observed usage pattern of the electronic device , wherein the predicted deviating battery demand differs from the predicted battery demand, and charge the battery to a state of charge that is different to the less-than-full state of charge to accommodate the predicted deviating battery demand.
Method for forming an exhaust gas treating device comprising: providing an exhaust gas treating element ; providing a holding seal member comprising at least two layers of inorganic fiber sheet positioned around an outer periphery of the exhaust gas treating element, the at least two layers comprising a front layer and a back layer contacting the exhaust gas treating element; and providing a housing which houses and holds the exhaust gas treating element through the holding seal member wound around the exhaust gas treating element, wherein the front layer comprises an end part at an exhaust gas inflow side, and wherein the Gap Bulk Density of the end part is lower than the Gap Bulk Density of a portion where the front layer and the back layer overlap, the Gap Bulk Density of the end part being in the range of 0.25 to 0.55 g/cm 3 , characterized in that the method comprises press-fitting the holding seal member into the housing, and wherein the end part is formed by the front layer being displaced with respect to the back layer as a result of the press-fitting of the holding seal member in the housing, and being deformed such that an end surface of the end part has a curved shape. providing an exhaust gas treating element ; providing a holding seal member comprising at least two layers of inorganic fiber sheet positioned around an outer periphery of the exhaust gas treating element, the at least two layers comprising a front layer and a back layer contacting the exhaust gas treating element; and providing a housing which houses and holds the exhaust gas treating element through the holding seal member wound around the exhaust gas treating element, wherein the front layer comprises an end part at an exhaust gas inflow side, and wherein the Gap Bulk Density of the end part is lower than the Gap Bulk Density of a portion where the front layer and the back layer overlap, the Gap Bulk Density of the end part being in the range of 0.25 to 0.55 g/cm 3 , characterized in that the method comprises press-fitting the holding seal member into the housing, and wherein the end part is formed by the front layer being displaced with respect to the back layer as a result of the press-fitting of the holding seal member in the housing, and being deformed such that an end surface of the end part has a curved shape.
A method for offline scheduling processes forming a task conforming to a flexible model for a real-time multitasking system, the method comprising the following steps carried out by a toolchain for compiling source code defining the task: a) assigning to each process a hardware resource need and a time constraint, wherein hardware resources include CPU occupation and memory footprint; b) allocating to each process a time slot having a duration corresponding to the time constraint of the process; c) identifying a branch point at which is decided the execution of one or the other of two alternative processes (a, b); d) allocating to the two alternative processes a common time slot (+2); e) assigning to the common time slot a resource need (max(a,b)) equal to the larger of the resource needs of the two alternative processes; f) iterating from step c) for each branch point; g) organizing the resulting time slots in an execution template associated with the task, the resulting template being defined by a succession of consecutive time slots, each associated to at least one process and a resource need; and h) producing static scheduling parameters for the multitasking system from the execution template, wherein the time slots configure synchronization points of the real-time multitasking system for initiating the corresponding processes, and the resource need associated to each slot configures a watchdog of the real-time multitasking system for monitoring that the corresponding process executes within its constraints. a) assigning to each process a hardware resource need and a time constraint, wherein hardware resources include CPU occupation and memory footprint; b) allocating to each process a time slot having a duration corresponding to the time constraint of the process; c) identifying a branch point at which is decided the execution of one or the other of two alternative processes (a, b); d) allocating to the two alternative processes a common time slot (+2); e) assigning to the common time slot a resource need (max(a,b)) equal to the larger of the resource needs of the two alternative processes; f) iterating from step c) for each branch point; g) organizing the resulting time slots in an execution template associated with the task, the resulting template being defined by a succession of consecutive time slots, each associated to at least one process and a resource need; and h) producing static scheduling parameters for the multitasking system from the execution template, wherein the time slots configure synchronization points of the real-time multitasking system for initiating the corresponding processes, and the resource need associated to each slot configures a watchdog of the real-time multitasking system for monitoring that the corresponding process executes within its constraints.
Conveying device for conveying objects , in particular workpieces, for example vehicle bodies , wherein the conveying device comprises a separating base which has a passage region , in particular a passage slot , through which one or more receptacle elements for receiving at least one object extend and/or can be guided, wherein the separating base comprises one or more closing elements by means of which the passage region , in particular the passage slot , can be closed, characterized in that a plurality of closing elements are arranged and/or movable in mutually different, mutually parallel planes, preferably horizontal planes. wherein the separating base comprises one or more closing elements by means of which the passage region , in particular the passage slot , can be closed, characterized in that a plurality of closing elements are arranged and/or movable in mutually different, mutually parallel planes, preferably horizontal planes.
A sorting machine comprising: - a plurality of carriages , each carriage comprising a loading-unloading device which can be selectively activated for loading-unloading an object (O) from the carriage and an electronic unit configured to receive and analyse a loading-unloading signal and actuate the loading-unloading device as a function of an operating mode, selected from a plurality of operating modes and uniquely associated with the loading-unloading signal; - a plurality of loading stations and a plurality of unloading stations positioned along a sorting direction (X) comprising respective actuating units configured to generate the loading-unloading signal; wherein each carriage comprises a permanent magnet which generates a stationary magnetic field characterised in that each actuating unit comprises a Hall effect transducer configured to detect the presence of the stationary magnetic field generated by the permanent magnet . - a plurality of carriages , each carriage comprising a loading-unloading device which can be selectively activated for loading-unloading an object (O) from the carriage and an electronic unit configured to receive and analyse a loading-unloading signal and actuate the loading-unloading device as a function of an operating mode, selected from a plurality of operating modes and uniquely associated with the loading-unloading signal; - a plurality of loading stations and a plurality of unloading stations positioned along a sorting direction (X) comprising respective actuating units configured to generate the loading-unloading signal; wherein each carriage comprises a permanent magnet which generates a stationary magnetic field characterised in that each actuating unit comprises a Hall effect transducer configured to detect the presence of the stationary magnetic field generated by the permanent magnet .
A mobile terminal comprising: a case ; a wireless communication unit placed inside of the case ; a display panel placed at a front side of the case and including a first area and a second area , wherein the second area is placed at a top end of the display panel ; a controller adapted to control the display panel configured to output information, wherein the controller is adapted to control a status bar to be displayed at the second area of the display panel ; and a window covering a front side of the display panel , characterized in that a dent is formed on one portion of the second area so that a camera module is arranged in the dent. a case ; a wireless communication unit placed inside of the case ; a display panel placed at a front side of the case and including a first area and a second area , wherein the second area is placed at a top end of the display panel ; a controller adapted to control the display panel configured to output information, wherein the controller is adapted to control a status bar to be displayed at the second area of the display panel ; and a window covering a front side of the display panel , characterized in that a dent is formed on one portion of the second area so that a camera module is arranged in the dent.
A method of routing first signals in a telecommunication network, wherein the telecommunications network comprises a plurality of nodes , wherein the telecommunications network uses time-division multiple access, TDMA, frames , each TDMA frame being divided into a series of time slots , and each time slot being divided into subslots , the method comprising the steps of: transmitting a first signal from an initiating node in a first subslot to at least two other nodes: receiving the first signal at the at least two other nodes in the network in the first subslot and transmitting by each of the at least two other nodes the first signal or an algorithmically related first signal to at least another node in a second subslot subsequent to the first subslot, wherein the algorithmically related first signal encodes the message encoded by the first signal, and wherein at least two of the first signals or the algorithmically related first signals transmitted by the at least two other nodes are time-dispersed by having different transmission starting times in the subsequent subslot. receiving the first signal at the at least two other nodes in the network in the first subslot and transmitting by each of the at least two other nodes the first signal or an algorithmically related first signal to at least another node in a second subslot subsequent to the first subslot, wherein the algorithmically related first signal encodes the message encoded by the first signal, and wherein at least two of the first signals or the algorithmically related first signals transmitted by the at least two other nodes are time-dispersed by having different transmission starting times in the subsequent subslot.
A rearward lane display system comprising: an image sensor configured to capture one or more images including lane markers forward of a vehicle ; one or more display mirrors ; and a processor in communication with the image sensor and the display mirrors , wherein the processor is configured to: process the one or more images to predict where the lane markers will appear rearward of the vehicle ; and display representations of the predicted lane markers in the one or more display mirrors . an image sensor configured to capture one or more images including lane markers forward of a vehicle ; one or more display mirrors ; and a processor in communication with the image sensor and the display mirrors , wherein the processor is configured to: process the one or more images to predict where the lane markers will appear rearward of the vehicle ; and display representations of the predicted lane markers in the one or more display mirrors . process the one or more images to predict where the lane markers will appear rearward of the vehicle ; and display representations of the predicted lane markers in the one or more display mirrors .
A method of slicing and printing multi-colour 3D objects, comprising: a) loading coordinate information of a multi-colour 3D object and executing a path-slicing process to the coordinate information for generating a plurality of path data of a plurality of printing slices (S1-S3); b) loading a colour information of the multi-colour 3D object and generating a plurality of continuous-tone images respectively corresponding to the plurality of the printing slices (S1-S3) according to the colour information; c) calculating a plurality of dithering masks respectively corresponding to the plurality of the printing slices (S1-S3) by shifting an initial mask by a plurality of displacement values, wherein each of the displacement values is defining a shift of each of the dithering masks from layer to layer by an amount of pixels; d) generating a plurality of halftone images respectively corresponding to the plurality of the printing slices (S1-S3) according to each dithering mask of a same layer and each continuous tone image of a same layer; and e) controlling a modeling nozzle of a multi-colour 3D printer to print the plurality of the printing slices (S1-S3) according to the plurality of the path data layer by layer and controlling a coloring nozzle of the multi-colour 3D printer to color each printed printing slice (S1-S3) according to the corresponding halftone image. a) loading coordinate information of a multi-colour 3D object and executing a path-slicing process to the coordinate information for generating a plurality of path data of a plurality of printing slices (S1-S3); b) loading a colour information of the multi-colour 3D object and generating a plurality of continuous-tone images respectively corresponding to the plurality of the printing slices (S1-S3) according to the colour information; c) calculating a plurality of dithering masks respectively corresponding to the plurality of the printing slices (S1-S3) by shifting an initial mask by a plurality of displacement values, wherein each of the displacement values is defining a shift of each of the dithering masks from layer to layer by an amount of pixels; d) generating a plurality of halftone images respectively corresponding to the plurality of the printing slices (S1-S3) according to each dithering mask of a same layer and each continuous tone image of a same layer; and e) controlling a modeling nozzle of a multi-colour 3D printer to print the plurality of the printing slices (S1-S3) according to the plurality of the path data layer by layer and controlling a coloring nozzle of the multi-colour 3D printer to color each printed printing slice (S1-S3) according to the corresponding halftone image.
Method for indicating an imminent departure maneuver of a parked motor vehicle , wherein the method comprises: - determining a movement profile of a mobile terminal , wherein the movement profile comprises a time-averaged movement direction of the mobile terminal , - based on an interaction that comprises the provision of information between the mobile terminal and the parked motor vehicle , and based on the movement profile of the mobile terminal , checking whether a departure maneuver of the motor vehicle is imminent in the future within a time period, - depending on the check, selectively sending a message to a server which indicates the imminent departure maneuver. - determining a movement profile of a mobile terminal , wherein the movement profile comprises a time-averaged movement direction of the mobile terminal , - based on an interaction that comprises the provision of information between the mobile terminal and the parked motor vehicle , and based on the movement profile of the mobile terminal , checking whether a departure maneuver of the motor vehicle is imminent in the future within a time period, - depending on the check, selectively sending a message to a server which indicates the imminent departure maneuver.
A compound which is a tosylate salt of N-[3-[ -2-amino-6-(5-fluoropyrimidin-2-yl)-4,4a,5,7-tetrahydropyrrolo[3,4-d] thiazin-7a-yl]-4-fluoro-phenyl]-5-methoxy-pyrazine-2-carboxamide.
A cartridge for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the cartridge comprising: a housing defining a chamber ; and a pouch containing smokable material , wherein: the pouch is located within the chamber ; at least part of the pouch is made of porous material for permitting aerosol or volatilised material generated within the pouch to pass out of the pouch from within the pouch ; the pouch defines part of an exterior surface of the cartridge ; the exterior surface of the cartridge comprises a cavity for receiving in use a heating device for heating the smokable material ; and the pouch defines at least part of the cavity . a housing defining a chamber ; and a pouch containing smokable material , wherein: the pouch is located within the chamber ; at least part of the pouch is made of porous material for permitting aerosol or volatilised material generated within the pouch to pass out of the pouch from within the pouch ; the pouch defines part of an exterior surface of the cartridge ; the exterior surface of the cartridge comprises a cavity for receiving in use a heating device for heating the smokable material ; and the pouch defines at least part of the cavity . the pouch is located within the chamber ; at least part of the pouch is made of porous material for permitting aerosol or volatilised material generated within the pouch to pass out of the pouch from within the pouch ; the pouch defines part of an exterior surface of the cartridge ; the exterior surface of the cartridge comprises a cavity for receiving in use a heating device for heating the smokable material ; and the pouch defines at least part of the cavity .