mhurhangee/patent-ind-claim-en huggingface dataset:
A device for generating oxygen comprising at least one reaction chamber housing a composition for generating oxygen, the composition comprising a combination of constituents consisting of at least one oxygen source, at least one ionic liquid, and at least one metal salt, - means for maintaining at least one of the oxygen source, the ionic liquid and the metal salt physically separated from the remaining constituents, - means for establishing physical contact of the oxygen source, the ionic liquid and the metal salt, and - means for allowing oxygen to exit the reaction chamber, wherein the metal salt comprises a single metal or two or more different metals, and an organic and/or an inorganic anion, and wherein the oxygen source comprises a peroxide compound. at least one reaction chamber housing a composition for generating oxygen, the composition comprising a combination of constituents consisting of at least one oxygen source, at least one ionic liquid, and at least one metal salt, - means for maintaining at least one of the oxygen source, the ionic liquid and the metal salt physically separated from the remaining constituents, - means for establishing physical contact of the oxygen source, the ionic liquid and the metal salt, and - means for allowing oxygen to exit the reaction chamber, - means for maintaining at least one of the oxygen source, the ionic liquid and the metal salt physically separated from the remaining constituents, - means for establishing physical contact of the oxygen source, the ionic liquid and the metal salt, and - means for allowing oxygen to exit the reaction chamber, wherein the metal salt comprises a single metal or two or more different metals, and an organic and/or an inorganic anion, and wherein the oxygen source comprises a peroxide compound.
A transport device for piece goods with at least one first guide rail , wherein the transport device comprises a linear motor drive system, - wherein the linear motor drive system comprises a plurality of magnetic coils arranged within the region of the first guide rail , - and having at least one transport unit , which transport unit is associated with or arranged on the first guide rail , comprising at least one movement device , the movement device being associated with or arranged on the first guide rail and which movement device comprises at least one permanent magnet , - wherein the at least one transport unit is movable at least in regions in a transport direction (TR), - wherein the transport unit comprises a first holding device and a second holding device , between which holding devices the piece good can be arranged and/or fixed, - wherein a first distance (A1) between the first holding device and the second holding device is adjustable in a direction orthogonal to the transport direction (TR), characterised in that - the transport device comprises at least one first guiding device , which first guiding device is arranged or formed parallel to the first guide rail and on which first guiding device the first holding device of the at least one transport unit is guided. - wherein the linear motor drive system comprises a plurality of magnetic coils arranged within the region of the first guide rail , - and having at least one transport unit , which transport unit is associated with or arranged on the first guide rail , comprising at least one movement device , the movement device being associated with or arranged on the first guide rail and which movement device comprises at least one permanent magnet , - wherein the at least one transport unit is movable at least in regions in a transport direction (TR), - wherein the transport unit comprises a first holding device and a second holding device , between which holding devices the piece good can be arranged and/or fixed, - wherein a first distance (A1) between the first holding device and the second holding device is adjustable in a direction orthogonal to the transport direction (TR), characterised in that - the transport device comprises at least one first guiding device , which first guiding device is arranged or formed parallel to the first guide rail and on which first guiding device the first holding device of the at least one transport unit is guided.
A system comprising: a data storage device accessible by a host ; an input/output filter system of an operating system of the host to: monitor read operations and write operations for an error count from the host to the data storage device ; copy a portion of the data storage device to a random-access memory, RAM, buffer within the host responsive to monitored read operations to the portion exceeding a threshold corresponding to the error count; and redirect a successive read operation, addressed to the portion of the data storage device , to the copy of the portion in the RAM buffer , characterised in that the threshold corresponding to the error count is a user configurable read frequency threshold for the location. a data storage device accessible by a host ; an input/output filter system of an operating system of the host to: monitor read operations and write operations for an error count from the host to the data storage device ; copy a portion of the data storage device to a random-access memory, RAM, buffer within the host responsive to monitored read operations to the portion exceeding a threshold corresponding to the error count; and redirect a successive read operation, addressed to the portion of the data storage device , to the copy of the portion in the RAM buffer , monitor read operations and write operations for an error count from the host to the data storage device ; copy a portion of the data storage device to a random-access memory, RAM, buffer within the host responsive to monitored read operations to the portion exceeding a threshold corresponding to the error count; and redirect a successive read operation, addressed to the portion of the data storage device , to the copy of the portion in the RAM buffer , characterised in that the threshold corresponding to the error count is a user configurable read frequency threshold for the location.
A sensation imparting apparatus comprising: a transmission part that transmits operator state information indicating a state of an operator operating a robot to the robot ; a reception part that receives robot state information indicating a state of the robot from the robot ; a sensation imparting part that imparts a predetermined sensation to the operator; and a control part that controls the sensation imparting part to impart a sensation based on the robot state information to the operator if a delay time required from when the transmission part transmits the operator state information to when the reception part receives the robot state information is equal to or shorter than a predetermined time period, and controls the sensation imparting part to impart a sensation based on virtual state information indicating an estimated state of the robot to the operator if the delay time is longer than the predetermined time period, wherein the control part controls the sensation imparting part to impart, to the operator, a sensation interpolated between a first sensation based on the virtual state information and a second sensation based on the robot state information received by the reception part after imparting the sensation based on the virtual state information to the operator, if there is a difference of a predetermined magnitude or more between the first sensation and the second sensation. a transmission part that transmits operator state information indicating a state of an operator operating a robot to the robot ; a reception part that receives robot state information indicating a state of the robot from the robot ; a sensation imparting part that imparts a predetermined sensation to the operator; and a control part that controls the sensation imparting part to impart a sensation based on the robot state information to the operator if a delay time required from when the transmission part transmits the operator state information to when the reception part receives the robot state information is equal to or shorter than a predetermined time period, and controls the sensation imparting part to impart a sensation based on virtual state information indicating an estimated state of the robot to the operator if the delay time is longer than the predetermined time period, wherein the control part controls the sensation imparting part to impart, to the operator, a sensation interpolated between a first sensation based on the virtual state information and a second sensation based on the robot state information received by the reception part after imparting the sensation based on the virtual state information to the operator, if there is a difference of a predetermined magnitude or more between the first sensation and the second sensation.
An actuation structure of a MEMS electroacoustic transducer , comprising a die of semiconductor material having a monolithic body with a front surface and a rear surface extending in a horizontal plane (xy) and comprising: a frame ; an actuator element arranged in a central opening defined by said frame ; cantilever elements , coupled at said front surface between said actuator element and said frame ; and piezoelectric regions arranged on said cantilever elements and configured to be biased to cause deformation of said cantilever elements by the piezoelectric effect, characterized by comprising a first stopper arrangement , integrated in said die and configured to interact with said cantilever elements to limit a movement thereof in a first direction of a vertical axis (z) orthogonal to said horizontal plane (xy), towards the underlying central opening .
An apparatus , comprising: a baseband processor configured to: receive a first set of pilot symbols collectively mapped to a two-subcarrier by two-Orthogonal Frequency Division Multiplexing, OFDM, symbol contiguous set of time-frequency resources of a sub-band of a transmission time interval, TTI, wherein the sub-band of a TTI consists of twelve contiguous sub-carriers across a plurality of successive OFDM symbols, wherein at least the first OFDM symbol of first TTI includes control information; receive one or more additional two-subcarriers by two-OFDM symbols sets of pilot symbols in the sub-band of the TTI, wherein the one or more additional sets are received at corresponding one or more of scattered locations according to a pre-defined time-frequency pattern, wherein the pre-defined time-frequency pattern comprises set locations of two-subcarriers by two-OFDM symbols that are on non-adjacent subcarriers and non-adjacent OFDM symbols to other sets; receive data symbols in the sub-band of the transmission time interval; and process the first set and the one or more additional set of pilot symbols as part of data symbol reception. receive a first set of pilot symbols collectively mapped to a two-subcarrier by two-Orthogonal Frequency Division Multiplexing, OFDM, symbol contiguous set of time-frequency resources of a sub-band of a transmission time interval, TTI, wherein the sub-band of a TTI consists of twelve contiguous sub-carriers across a plurality of successive OFDM symbols, wherein at least the first OFDM symbol of first TTI includes control information; receive one or more additional two-subcarriers by two-OFDM symbols sets of pilot symbols in the sub-band of the TTI, wherein the one or more additional sets are received at corresponding one or more of scattered locations according to a pre-defined time-frequency pattern, wherein the pre-defined time-frequency pattern comprises set locations of two-subcarriers by two-OFDM symbols that are on non-adjacent subcarriers and non-adjacent OFDM symbols to other sets; receive data symbols in the sub-band of the transmission time interval; and process the first set and the one or more additional set of pilot symbols as part of data symbol reception.
A light emitting display apparatus comprising: a substrate including a plurality of pixels (P), each having an emission area (EA); a light extraction pattern disposed in the emission area (EA) and having an undulated surface including a plurality of concave portions ; and a light emitting portion (EP) disposed in the emission area (EA) on the light extraction pattern to have a corresponding shape, characterized in that the concave portions have a curvature of 0.217μm -1 to 0.311μm -1 , wherein the curvature is defined as the reciprocal of the curvature radius, and wherein the curvature of a concave portion is defined as the curvature of said concave portion at its center point. a substrate including a plurality of pixels (P), each having an emission area (EA); a light extraction pattern disposed in the emission area (EA) and having an undulated surface including a plurality of concave portions ; and a light emitting portion (EP) disposed in the emission area (EA) on the light extraction pattern to have a corresponding shape, characterized in that the concave portions have a curvature of 0.217μm -1 to 0.311μm -1 , wherein the curvature is defined as the reciprocal of the curvature radius, and wherein the curvature of a concave portion is defined as the curvature of said concave portion at its center point.
An airfoil comprising: a platform including platform leading and trailing ends , lateral side faces , and inner and outer faces ; and an airfoil portion extending outwardly from the inner face of the platform , the platform including a cooling passage having an inlet at a forward location, relative to the platform leading and trailing ends, outlet slots at the platform trailing end , and an intermediate passage portion extending from the inlet to the outlet slots , the intermediate passage portion including a common manifold region that feeds the outlet slots ; characterised in that : the intermediate passage portion tapers in thickness from the inlet to the outlet slots in a thickness direction (TD) between the inner and outer faces . a platform including platform leading and trailing ends , lateral side faces , and inner and outer faces ; and an airfoil portion extending outwardly from the inner face of the platform , the platform including a cooling passage having an inlet at a forward location, relative to the platform leading and trailing ends, outlet slots at the platform trailing end , and an intermediate passage portion extending from the inlet to the outlet slots , the intermediate passage portion including a common manifold region that feeds the outlet slots ; characterised in that : the intermediate passage portion tapers in thickness from the inlet to the outlet slots in a thickness direction (TD) between the inner and outer faces .
A center-filled hard confectionery product, comprising: a center-fill region comprising at least one effervescent composition; at least one hard confectionery shell region comprising a hard boiled candy; and at least one coating comprising a soft panned coating; wherein the hard confectionery shell region, and optionally the center-fill region, the coating, or a combination thereof, comprises at least one flavorant; and wherein the center-fill region comprising the at least one effervescent composition enhances the release of flavorant from the hard confectionery shell region or from the hard confectionery shell region and coating. a center-fill region comprising at least one effervescent composition; at least one hard confectionery shell region comprising a hard boiled candy; and at least one coating comprising a soft panned coating; wherein the hard confectionery shell region, and optionally the center-fill region, the coating, or a combination thereof, comprises at least one flavorant; and wherein the center-fill region comprising the at least one effervescent composition enhances the release of flavorant from the hard confectionery shell region or from the hard confectionery shell region and coating.
A high-bypass turbofan arrangement, comprising: a first bypass nozzle section associated with a gas turbine engine bypass passage ; and a second bypass nozzle section for controlling a cross-sectional area of a rear exhaust of the bypass passage, and having a plurality of positions relative to the first bypass nozzle section such that there is a gap between the first bypass nozzle section and the second bypass nozzle section in at least one of the positions; a moveable door at least partially between the first bypass nozzle section and the second bypass nozzle section for selectively opening and closing the gap , wherein an entire radially outer surface of the moveable door is radially inward of a radially outer surface of the first bypass nozzle section and a radially outer surface of the second bypass nozzle section , wherein the moveable door is located radially outwards of the gas turbine engine bypass passage relative to the engine centreline axis (A); a thrust reverser blocker door for thrust reversing connected for movement with the moveable door ; and each of the first bypass nozzle section , the second bypass nozzle section , and the movable door includes a radially inner surface and a radially outer surface relative to an or the engine centreline axis (A), and the radially outer surface of the movable door is approximately flush with the radially outer surface of at least one of the first bypass nozzle section or the second bypass nozzle section . a first bypass nozzle section associated with a gas turbine engine bypass passage ; and a second bypass nozzle section for controlling a cross-sectional area of a rear exhaust of the bypass passage, and having a plurality of positions relative to the first bypass nozzle section such that there is a gap between the first bypass nozzle section and the second bypass nozzle section in at least one of the positions; a moveable door at least partially between the first bypass nozzle section and the second bypass nozzle section for selectively opening and closing the gap , wherein an entire radially outer surface of the moveable door is radially inward of a radially outer surface of the first bypass nozzle section and a radially outer surface of the second bypass nozzle section , wherein the moveable door is located radially outwards of the gas turbine engine bypass passage relative to the engine centreline axis (A); a thrust reverser blocker door for thrust reversing connected for movement with the moveable door ; and each of the first bypass nozzle section , the second bypass nozzle section , and the movable door includes a radially inner surface and a radially outer surface relative to an or the engine centreline axis (A), and the radially outer surface of the movable door is approximately flush with the radially outer surface of at least one of the first bypass nozzle section or the second bypass nozzle section .
A control system comprising: a first device including: a first imaging unit , a first light source configured to emit infrared light, a first control unit configured to control an imaging timing of the first imaging unit and an emission timing of the first light source ; a second device including: a second imaging unit , a second light source configured to emit infrared light, a second control unit configured to control an imaging timing of the second imaging unit and an emission timing of the second light source ; wherein the first imaging unit is configured to sequentially output captured images in time series; wherein the first control unit is configured to perform image analysis on the images acquired in time series and thus to calculate a luminance distribution of the images; wherein the first control unit is configured to estimate a light emission state of the second light source based on information indicating luminance distributions of the images acquired in time series; and wherein the first control unit controls the emission timing of the first light source according to the estimated light emission state of the second light source . a first device including: a first imaging unit , a first light source configured to emit infrared light, a first control unit configured to control an imaging timing of the first imaging unit and an emission timing of the first light source ; a first imaging unit , a first light source configured to emit infrared light, a first control unit configured to control an imaging timing of the first imaging unit and an emission timing of the first light source ; a second device including: a second imaging unit , a second light source configured to emit infrared light, a second control unit configured to control an imaging timing of the second imaging unit and an emission timing of the second light source ; a second imaging unit , a second light source configured to emit infrared light, a second control unit configured to control an imaging timing of the second imaging unit and an emission timing of the second light source ; wherein the first imaging unit is configured to sequentially output captured images in time series; wherein the first control unit is configured to perform image analysis on the images acquired in time series and thus to calculate a luminance distribution of the images; wherein the first control unit is configured to estimate a light emission state of the second light source based on information indicating luminance distributions of the images acquired in time series; and wherein the first control unit controls the emission timing of the first light source according to the estimated light emission state of the second light source .
A vapor generator comprising: a circuit to carry a DC current from an energy device; a wire mesh heating element to receive the DC current; and a sprayer to direct a fine spray of a liquid at the wire mesh heating element to vaporize the liquid, wherein a ratio of a resistance of the wire mesh heating element to a radiative black body area of the wire mesh heating element is less than 2 ohms/m 2 . a circuit to carry a DC current from an energy device; a wire mesh heating element to receive the DC current; and a sprayer to direct a fine spray of a liquid at the wire mesh heating element to vaporize the liquid, wherein a ratio of a resistance of the wire mesh heating element to a radiative black body area of the wire mesh heating element is less than 2 ohms/m 2 .