mhurhangee/patent-ind-claim-en huggingface dataset:
Patient monitoring device comprising sensor elements for continuously detecting measurements reflecting the surroundings of the patient monitoring device and a communication module to transmit the measured values to a central evaluation unit , wherein the sensor elements comprise - an accelerometer ; - a noise detector ; - a C02 sensor element ; - a light sensor element - a far infrared sensor element , to identify the presence of a patient in the surroundings of the patient monitoring device and to detect body temperature from at least 7 meters away; - wherein the sensor elements further comprise an ambient temperature sensor element , to calibrate the far infrared sensor element to provide the absolute body temperature of the patient, wherein the patient monitoring device comprises attachment means suitable for mounting the device to an external surface so that the accelerometer detects vibrations of said external surface, wherein the external surface is a wall of a room in a patient's home or a piece of furniture within the room. - an accelerometer ; - a noise detector ; - a C02 sensor element ; - a light sensor element - a far infrared sensor element , to identify the presence of a patient in the surroundings of the patient monitoring device and to detect body temperature from at least 7 meters away; - wherein the sensor elements further comprise an ambient temperature sensor element , to calibrate the far infrared sensor element to provide the absolute body temperature of the patient,
A cover for the arm of a sliding side door carriage of a motor vehicle , comprising a wall forming a cavity with an opening , characterised in that : the cavity forms a sheath capable of receiving, through the opening , a pivoting arm of the carriage, and in that the wall comprises, at the level of said opening, means for fixing to a corresponding opening in the lining of the door.
A grinding machine configured to grind a workpiece (W) by advancing and retracting a grinding wheel in synchronization with a rotational phase of the workpiece (W), comprising: a deflection degree acquisition unit configured to acquire a degree of deflection of an eccentric cylindrical portion (Wa) of the workpiece (W) during grinding based on a shape of the workpiece (W) and a grinding condition, the eccentric cylindrical portion (Wa) having a center (Ow) offset from a rotation center (O) of the workpiece (W), and a portion to be ground by the grinding wheel being the eccentric cylindrical portion (Wa); a first correction value computing unit configured to compute a first correction value for a command position of the grinding wheel relative to the eccentric cylindrical portion (Wa) based on the degree of deflection; and a command position correction unit configured to correct the command position of the grinding wheel relative to the eccentric cylindrical portion (Wa) based on the first correction value. a deflection degree acquisition unit configured to acquire a degree of deflection of an eccentric cylindrical portion (Wa) of the workpiece (W) during grinding based on a shape of the workpiece (W) and a grinding condition, the eccentric cylindrical portion (Wa) having a center (Ow) offset from a rotation center (O) of the workpiece (W), and a portion to be ground by the grinding wheel being the eccentric cylindrical portion (Wa); a first correction value computing unit configured to compute a first correction value for a command position of the grinding wheel relative to the eccentric cylindrical portion (Wa) based on the degree of deflection; and a command position correction unit configured to correct the command position of the grinding wheel relative to the eccentric cylindrical portion (Wa) based on the first correction value.
A system for streaming content comprising a streaming server and a viewing device , wherein the streaming server comprises a generation module , a decision module , a client state manager and a telemetry aggregation cache , wherein the viewing device comprises an engine and an acquisition module , wherein the generation module is designed to generate models of imported content, wherein the decision module is designed to generate model updates, wherein the streaming server is designed to transmit the model updates to the viewing device , wherein the client state manager is designed to store a client state containing information about previously transmitted model updates, wherein the acquisition module is designed to acquire client metrics containing viewing device specific information and to continuously transmit the client metrics to the telemetry aggregation cache , wherein the decision module is further designed to generate the model updates based on the models, the client metrics and the client state, wherein the engine is designed to visualize the content based on the model updates wherein the viewing device further comprises a protocol interpreter designed to provide instructions according to the model updates for a mesh updater of the viewing device , wherein the mesh updater is designed to update a mesh of content to be visualized according to the instructions. comprising a streaming server and a viewing device , wherein the streaming server comprises a generation module , a decision module , a client state manager and a telemetry aggregation cache , wherein the viewing device comprises an engine and an acquisition module , wherein the generation module is designed to generate models of imported content, wherein the decision module is designed to generate model updates, wherein the streaming server is designed to transmit the model updates to the viewing device , wherein the client state manager is designed to store a client state containing information about previously transmitted model updates, wherein the acquisition module is designed to acquire client metrics containing viewing device specific information and to continuously transmit the client metrics to the telemetry aggregation cache , wherein the decision module is further designed to generate the model updates based on the models, the client metrics and the client state, wherein the engine is designed to visualize the content based on the model updates wherein the viewing device further comprises a protocol interpreter designed to provide instructions according to the model updates for a mesh updater of the viewing device , wherein the mesh updater is designed to update a mesh of content to be visualized according to the instructions.
A circuit assembly for providing high-frequency energy in order to generate an electric discharge in a vacuum chamber, in particular in order to generate plasma, comprising: a direct voltage supply that provides a direct voltage (U cc ) ; a step-up converter circuit that contains a series circuit consisting of an inductor and a controllable switch , wherein the inductor is connected between a pole of the direct voltage supply and a first electrode (D) of the switch , wherein a second electrode (S) of the switch is connected to ground, and the switch additionally comprises a control electrode (G); a control unit that is configured to control the switch with a high-frequency in order to generate high-frequency energy with a periodic pulse-like output voltage (U DS ) at the first electrode (D) of the switch , a peak value of said output voltage being larger than the value of the direct voltage (U cc ) of the direct voltage supply , and an output connection that is intended for direct connection with an electrode of the vacuum chamber , without interposition of an impedance matching network and that is connected with the first electrode (D) of the switch , to apply the high-frequency energy with the output voltage (U DS ) to the vacuum chamber . a direct voltage supply that provides a direct voltage (U cc ) ; a step-up converter circuit that contains a series circuit consisting of an inductor and a controllable switch , wherein the inductor is connected between a pole of the direct voltage supply and a first electrode (D) of the switch , wherein a second electrode (S) of the switch is connected to ground, and the switch additionally comprises a control electrode (G); a control unit that is configured to control the switch with a high-frequency in order to generate high-frequency energy with a periodic pulse-like output voltage (U DS ) at the first electrode (D) of the switch , a peak value of said output voltage being larger than the value of the direct voltage (U cc ) of the direct voltage supply , and an output connection that is intended for direct connection with an electrode of the vacuum chamber , without interposition of an impedance matching network and that is connected with the first electrode (D) of the switch , to apply the high-frequency energy with the output voltage (U DS ) to the vacuum chamber .
Value or security product , formed with a product carrier on and/or in which a security print is provided, wherein the security print is formed with at least two printing inks (C, M, Y) inducing different colour impressions and with at least one printing ink (K, K + ) which appears black, wherein at least one of the at least two printing ink(s) (C, M, Y) inducing different colour impressions and the at least one printing ink (K + ) which appears black contain an IR absorber, respectively, characterised in that a first printing ink (K) appearing black is formed with at least one black colouring agent, and that a second printing ink (K + ) appearing black is formed with at least one black colour pigment.
Crimping insert for a hand-operated crimping tool with crimping jaws aligned parallel to one another and movable perpendicular to one another for processing strips of ferrules connected to one another, having - a punch part which can be fastened to a first of the crimping jaws , - a die part which can be fastened to a second of the crimping jaws , - wherein the die part has a feed region with a receiving opening for feeding the strip into a separating and pressing region of the die part , characterized in that - a holding element is arranged in the feed region , with which the strip can be frictionally fixed in the feed region and - the punch part and the die part each have a guide part for guiding a lowering movement of the punch part relative to the die part . - a punch part which can be fastened to a first of the crimping jaws , - a die part which can be fastened to a second of the crimping jaws , - wherein the die part has a feed region with a receiving opening for feeding the strip into a separating and pressing region of the die part , - a holding element is arranged in the feed region , with which the strip can be frictionally fixed in the feed region and - the punch part and the die part each have a guide part for guiding a lowering movement of the punch part relative to the die part .
A method for achieving a skin benefit selected from the group consisting of a cosmetic, UV protection, skin radiance and mixtures thereof comprising depositing a particulate containing composition onto mammalian skin such that when the particles contact the mammalian skin they have a momentum defined by pvr within the range of about 0.1 kg/ms ≤ ρvr ≤ about 12.0 kg/ms, wherein the particles are injected into the stratum corneum and remain there for at least one day, wherein the cosmetic or skin radiance benefit is provided by injecting particles that are inorganic or organic cosmetic pigmentary grade particles which are in the range of from 10 nanometers to 20 micrometers in size, and which scatter less than 10% of light in the wave lengths of from 400 nanometers to 700 nanometers, and wherein the UV protection benefit is provided by injecting particles selected from the group consisting of titanium dioxide, zinc oxide, and mixtures thereof, which are smaller than 200 nanometers in size, and which scatter at least 90% of UV light in the wave lengths of from 290 nanometers to 400 nanometers.
A trackpad (100; 600; 700; 800; 900) comprising: a substrate (106; 806; 906); a circuit board (110; 910) coupled to the substrate for detecting a position of an object adjacent the substrate; a haptic feedback component coupled to the circuit board; a first plate coupled to the circuit board; a second plate (104; 704; 904) including a spring element (118; 706), and a spacer (120; 920) coupling the circuit board and the spring element to each other; and a capacitive force sensor that detects a capacitance of the first plate and the second plate; and wherein the spring element facilitates first movement of the substrate, the circuit board and the first plate relative to the second plate, and the spacer facilitates second movement of at least the substrate and the circuit board by the haptic feedback component, the first movement occurring in a first direction, and the second movement occurring in a second direction essentially perpendicular to the first direction. a substrate (106; 806; 906); a circuit board (110; 910) coupled to the substrate for detecting a position of an object adjacent the substrate; a haptic feedback component coupled to the circuit board; a first plate coupled to the circuit board; a second plate (104; 704; 904) including a spring element (118; 706), and a spacer (120; 920) coupling the circuit board and the spring element to each other; and a capacitive force sensor that detects a capacitance of the first plate and the second plate; and wherein the spring element facilitates first movement of the substrate, the circuit board and the first plate relative to the second plate, and the spacer facilitates second movement of at least the substrate and the circuit board by the haptic feedback component, the first movement occurring in a first direction, and the second movement occurring in a second direction essentially perpendicular to the first direction.
A decoding method for an Overlapped X Division Multiplexing, OvXDM, system, comprising: generating an augmented matrix B related to a received symbol information sequence, wherein the augmented matrix is B = [H, y ], wherein H is a multiplexed waveform coefficient matrix, and y is the received symbol information sequence; performing singular decomposition on the augmented matrix B; and performing decoding by using a total least square method based on the singular decomposition of the augmented matrix B, to obtain a decoded output information sequence. generating an augmented matrix B related to a received symbol information sequence, wherein the augmented matrix is B = [H, y ], wherein H is a multiplexed waveform coefficient matrix, and y is the received symbol information sequence; performing singular decomposition on the augmented matrix B; and performing decoding by using a total least square method based on the singular decomposition of the augmented matrix B, to obtain a decoded output information sequence.
A Cu-Ga alloy sputtering target having a composition comprising: as a metal component, Ga in a range of 20 at% or more and 45 at% or less; K and Na in a range of 0.1 at% or more and 2 at% or less in total; and a Cu balance including inevitable impurities, wherein complex fluorides containing Na, K, and F are dispersed in a matrix of a Cu-Ga alloy, a maximum diameter of an inscribed circle of the complex fluorides is 30 μm or less, and [Na]/([Na]+[K]) is set to be in a range of 0.3 or more and 0.9 or less, [Na] and [K] being atomic ratios of Na and K in the complex fluorides, respectively. complex fluorides containing Na, K, and F are dispersed in a matrix of a Cu-Ga alloy, a maximum diameter of an inscribed circle of the complex fluorides is 30 μm or less, and [Na]/([Na]+[K]) is set to be in a range of 0.3 or more and 0.9 or less, [Na] and [K] being atomic ratios of Na and K in the complex fluorides, respectively.
A protecting cover for an electronic device, the protecting cover comprising: a first cover including a first magnetic substance and configured to protect a first side of the electronic device; a second cover rotatably connected to the first cover through a connecting portion and configured to protect a second side opposite the first side of the electronic device; and a holder including a supporting member coupled to an inner side of the second cover and a rotary member coupled to the supporting member , and configured to rotate with respect to the supporting member and hold the electronic device, characterized in that the first cover includes the first magnetic substance at a first end of the first cover ; the connecting portion is connected to a second end of the first cover that is opposite to the first end ; and an end of the rotary member is rotatably connected to an end of the supporting member remote from the connecting portion . a first cover including a first magnetic substance and configured to protect a first side of the electronic device; a second cover rotatably connected to the first cover through a connecting portion and configured to protect a second side opposite the first side of the electronic device; and a holder including a supporting member coupled to an inner side of the second cover and a rotary member coupled to the supporting member , and configured to rotate with respect to the supporting member and hold the electronic device, characterized in that the first cover includes the first magnetic substance at a first end of the first cover ; the connecting portion is connected to a second end of the first cover that is opposite to the first end ; and an end of the rotary member is rotatably connected to an end of the supporting member remote from the connecting portion .
Chocolate comprising: 25 to 65 mass% of fats and oils, characterized in that the fats and oils in the chocolate contain; 0.04 to 4 mass% of MMM, wherein the M means a fatty acid of 6 to 10 carbons, and the MMM means a triacylglycerol having the three M molecules bonded to a single glycerol molecule, and 45 to 95 mass% of LOL, wherein the O means an oleic acid, the L means a saturated fatty acid of 16 to 24 carbons, and the LOL means a triacylglycerol having the Ls bonded to 1- and 3-positions of a single glycerol molecule and O bonded to a 2-position of the single glycerol molecule. 25 to 65 mass% of fats and oils, characterized in that the fats and oils in the chocolate contain; 0.04 to 4 mass% of MMM, wherein the M means a fatty acid of 6 to 10 carbons, and the MMM means a triacylglycerol having the three M molecules bonded to a single glycerol molecule, and the M means a fatty acid of 6 to 10 carbons, and the MMM means a triacylglycerol having the three M molecules bonded to a single glycerol molecule, and 45 to 95 mass% of LOL, wherein the O means an oleic acid, the L means a saturated fatty acid of 16 to 24 carbons, and the LOL means a triacylglycerol having the Ls bonded to 1- and 3-positions of a single glycerol molecule and O bonded to a 2-position of the single glycerol molecule. the O means an oleic acid, the L means a saturated fatty acid of 16 to 24 carbons, and the LOL means a triacylglycerol having the Ls bonded to 1- and 3-positions of a single glycerol molecule and O bonded to a 2-position of the single glycerol molecule.
An apparatus comprising a processor and memory including computer program code, the memory and computer program code configured to, with the processor, enable the apparatus at least to: identify , for use in route navigation, a complete set of lane traversals for a road intersection from two or more different complete sets of lane traversals for the road intersection based on respective safety-traffic flow scores assigned according to one or more predefined safety-traffic flow criteria; and one or more of (i) cause the identified complete set of lane traversals to be displayed over a digital map as a user approaches the road intersection to facilitate route navigation through the road intersection and (ii) provide driving instructions to the user based on the identified complete set of lane traversals, wherein each lane traversal defines a path of travel from an inbound lane of the road intersection to an outbound lane of the road intersection , wherein a complete set of lane traversals is produced by associating each inbound lane with at least one outbound lane of the road intersection, and wherein each different complete set of lane traversals comprises a different combination of lane traversals for the road intersection. identify , for use in route navigation, a complete set of lane traversals for a road intersection from two or more different complete sets of lane traversals for the road intersection based on respective safety-traffic flow scores assigned according to one or more predefined safety-traffic flow criteria; and one or more of (i) cause the identified complete set of lane traversals to be displayed over a digital map as a user approaches the road intersection to facilitate route navigation through the road intersection and (ii) provide driving instructions to the user based on the identified complete set of lane traversals, wherein each lane traversal defines a path of travel from an inbound lane of the road intersection to an outbound lane of the road intersection , wherein a complete set of lane traversals is produced by associating each inbound lane with at least one outbound lane of the road intersection, and wherein each different complete set of lane traversals comprises a different combination of lane traversals for the road intersection.
A gas turbine engine component comprising: a sealing region or edge; and an abrasive coating disposed on at least a portion of the sealing region or edge, the abrasive coating comprising: a plurality of abrasive particles ; an inner matrix retaining an inner portion of the plurality of abrasive particles , defining an inner abrasive region disposed outward of the sealing edge in a coating thickness direction; and an outer matrix retaining an outer portion of the plurality of abrasive particles , defining an outer abrasive region disposed outward of the inner abrasive region in the coating thickness direction; one of the inner matrix and the outer matrix modified with a first indicator material , the first indicator material having at least one identifying aspect corresponding to a thickness range of the abrasive coating being within the inner abrasive region or the outer abrasive region , characterized in that at least one of the inner matrix chemical composition and the outer matrix chemical composition comprises a base matrix which consists of substantially pure nickel or substantially pure aluminum. a sealing region or edge; and an abrasive coating disposed on at least a portion of the sealing region or edge, the abrasive coating comprising: a plurality of abrasive particles ; an inner matrix retaining an inner portion of the plurality of abrasive particles , defining an inner abrasive region disposed outward of the sealing edge in a coating thickness direction; and an outer matrix retaining an outer portion of the plurality of abrasive particles , defining an outer abrasive region disposed outward of the inner abrasive region in the coating thickness direction; one of the inner matrix and the outer matrix modified with a first indicator material , the first indicator material having at least one identifying aspect corresponding to a thickness range of the abrasive coating being within the inner abrasive region or the outer abrasive region , a plurality of abrasive particles ; an inner matrix retaining an inner portion of the plurality of abrasive particles , defining an inner abrasive region disposed outward of the sealing edge in a coating thickness direction; and an outer matrix retaining an outer portion of the plurality of abrasive particles , defining an outer abrasive region disposed outward of the inner abrasive region in the coating thickness direction; one of the inner matrix and the outer matrix modified with a first indicator material , the first indicator material having at least one identifying aspect corresponding to a thickness range of the abrasive coating being within the inner abrasive region or the outer abrasive region , characterized in that at least one of the inner matrix chemical composition and the outer matrix chemical composition comprises a base matrix which consists of substantially pure nickel or substantially pure aluminum.