mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring the skin color of a user illuminated by a light source, the system comprising: a first controlling unit for controlling the direction and/or beam size of the light source to focus the light from the light source on a predefined part of the user; a capturing unit for capturing at least one image of the user over a predetermined time period; an obtaining unit for obtaining motion-related information of the user over the predetermined time period; and characterised in that the system comprises: a deriving unit for deriving visual information from the at least one image on the basis of the motion-related information; and a determining unit for determining the skin color on the basis of the visual information. a first controlling unit for controlling the direction and/or beam size of the light source to focus the light from the light source on a predefined part of the user; a capturing unit for capturing at least one image of the user over a predetermined time period; an obtaining unit for obtaining motion-related information of the user over the predetermined time period; and characterised in that the system comprises: a deriving unit for deriving visual information from the at least one image on the basis of the motion-related information; and a determining unit for determining the skin color on the basis of the visual information. a deriving unit for deriving visual information from the at least one image on the basis of the motion-related information; and a determining unit for determining the skin color on the basis of the visual information.
A bearing for a framing section of a device for the passenger transportation which extends in the form of a spatial curved arc, said bearing being formed by several consoles (14, 16) which are connected to each other and can be adjusted one to another and which are in operative connection with adjustment means, characterized in that oblong holes (17, 18) are provided in at least one of the consoles (14, 16), into which oblong holes guide elements of the non-adjustable console can be inserted and fixed there, and that the respective adjustment means is formed by an adjustment screw which is in operative connection with a threaded bush.
A method comprising as performed by a device: determining that the device in a wireless network is using a first power management mode_ on a peer-specific link with a peer device and a second power management mode for another device; and transmitting a beacon comprising at least two power management indication bits indicating that the device is using the first power management mode on the peer-specific link and that the device is using the second power management mode on a link between the device and said another device. determining that the device in a wireless network is using a first power management mode_ on a peer-specific link with a peer device and a second power management mode for another device; and transmitting a beacon comprising at least two power management indication bits indicating that the device is using the first power management mode on the peer-specific link and that the device is using the second power management mode on a link between the device and said another device.
A vehicle motion control apparatus comprising: a control unit which is configured to control a steering apparatus and a brake apparatus (4L, 4R, 5L, 5R) that are provided in a vehicle, wherein the control unit is configured to acquire, based on information about a target traveling path on which the vehicle travels, the information having been acquired by an external information acquisition unit, a normative motion state amount including a course-derived normative yaw rate necessary for the vehicle to trace the target traveling path, acquire a target motion state amount including a behavior stabilization moment necessary for generating a yaw moment to cancel unstable behavior of the vehicle, based on the normative motion state amount and a motion state amount including a lateral acceleration YG and a yaw rate of the vehicle acquired from a vehicle motion state detection unit mounted in the vehicle, acquire a target steering angle for generating a steering angle moment and a target brake force for generating a brake moment, to obtain a necessary yaw moment generated by the vehicle, based on the information about the target traveling path and the target motion state amount, output a first control command for obtaining the target steering angle to the steering apparatus, output a second control command for obtaining the target brake force to the brake apparatus (4L, 4R, 5L, 5R). a control unit which is configured to control a steering apparatus and a brake apparatus (4L, 4R, 5L, 5R) that are provided in a vehicle, wherein the control unit is configured to acquire, based on information about a target traveling path on which the vehicle travels, the information having been acquired by an external information acquisition unit, a normative motion state amount including a course-derived normative yaw rate necessary for the vehicle to trace the target traveling path, acquire a target motion state amount including a behavior stabilization moment necessary for generating a yaw moment to cancel unstable behavior of the vehicle, based on the normative motion state amount and a motion state amount including a lateral acceleration YG and a yaw rate of the vehicle acquired from a vehicle motion state detection unit mounted in the vehicle, acquire a target steering angle for generating a steering angle moment and a target brake force for generating a brake moment, to obtain a necessary yaw moment generated by the vehicle, based on the information about the target traveling path and the target motion state amount, output a first control command for obtaining the target steering angle to the steering apparatus, output a second control command for obtaining the target brake force to the brake apparatus (4L, 4R, 5L, 5R).
A method for updating a Coordinated Multi-Point, CoMP, transmission set,comprising: sending, by a radio network controller, RNC, a criterion to a user equipment, UE; receiving, by the RNC, a measurement report sent by the UE when the criterion is fulfilled; and updating, by the RNC, a CoMP transmission set of the UE according to the measurement report, wherein the criterion comprises the following condition for the UE to send the measurement report: quality of the cell belonging to the active set but not belonging to the CoMP transmission set is greater than a mean value or a weighted mean value of quality of at least two cells in the CoMP transmission set. sending, by a radio network controller, RNC, a criterion to a user equipment, UE; receiving, by the RNC, a measurement report sent by the UE when the criterion is fulfilled; and updating, by the RNC, a CoMP transmission set of the UE according to the measurement report, wherein the criterion comprises the following condition for the UE to send the measurement report: quality of the cell belonging to the active set but not belonging to the CoMP transmission set is greater than a mean value or a weighted mean value of quality of at least two cells in the CoMP transmission set.
A preparation containing at least one chemical fungicide, characterised in that in addition to the at least one chemical fungicide, a mixture is contained which contains at least the strains of Aureobasidium pullulans DSM 14940 and DSM 14941, wherein the at least one chemical fungicide and the mixture of the strains Aureobasidium pullulans are present in the preparation in synergistically active quantities, and that the at least one chemical fungicide is selected from fludioxonil or a combination containing fludioxonil and cyprodinil.
Method for the additive manufacturing of components by applying powder material layer by layer on a substrate or a previously manufactured part of a component and at least partially materially bonding the powder material in the powder layer according to the sectional contour of the component along the powder layer and with an underlying solid-state material of the component or substrate to form a plurality of solid-state layers arranged one above the other, wherein the material-bonding of the powder material is performed by a high-energy beam, in particular by selective laser melting or sintering, or by selective electron beam melting or sintering, wherein after the material-bonding of the powder material, the recently-produced solid layer is cleaned from powder material on its upper face and, before the next solid-state layer is deposited, the edge (21, 22) of the solid-state layer is reworked by heating the material compound, wherein the heating of the edge of the deposited solid-state layer according to the method for materially bonding the powder material is also performed by a high-energy beam which is directed onto the upper face of the deposited solid-state layer, characterised in that the cleaning step comprises lifting the already manufactured component from a surrounding powder bed or lowering a surrounding powder bed.
A method of performing a random access procedure by a user equipment in a wireless communication system, the method comprising: receiving narrowband physical random access channel, NPRACH, configuration information; and transmitting random access preambles repeatedly based on the received NPRACH configuration information, said method characterized in that subcarrier spacing for the random access preambles is set to 1.25 kHz, wherein each of the random access preambles comprises a plurality of symbol groups including symbol group 0, symbol group 1, symbol group 2, and symbol group 3, the plurality of symbol groups being transmitted based on frequency hopping within 36 subcarriers, and wherein, in each of the random access preambles, a frequency hopping distance between the symbol group 0 and the symbol group 1 and a frequency hopping distance between the symbol group 2 and the symbol group 3 are set to 1.25 kHz, and a frequency hopping distance between the symbol group 1 and the symbol group 2 is set to 6 ∗ 3.75 kHz, wherein a frequency hopping distance between the symbol group 3 in one of the random access preambles and the symbol group 0 in a next random access preamble is set to 3 ∗ 3.75 kHz. receiving narrowband physical random access channel, NPRACH, configuration information; and transmitting random access preambles repeatedly based on the received NPRACH configuration information, said method characterized in that subcarrier spacing for the random access preambles is set to 1.25 kHz, wherein each of the random access preambles comprises a plurality of symbol groups including symbol group 0, symbol group 1, symbol group 2, and symbol group 3, the plurality of symbol groups being transmitted based on frequency hopping within 36 subcarriers, and wherein, in each of the random access preambles, a frequency hopping distance between the symbol group 0 and the symbol group 1 and a frequency hopping distance between the symbol group 2 and the symbol group 3 are set to 1.25 kHz, and a frequency hopping distance between the symbol group 1 and the symbol group 2 is set to 6 ∗ 3.75 kHz, wherein a frequency hopping distance between the symbol group 3 in one of the random access preambles and the symbol group 0 in a next random access preamble is set to 3 ∗ 3.75 kHz.
A Light Emitting Diode illumination apparatus having a pipe shape, the apparatus comprises: an inner tube formed of a light diffusion Polycarbonate having a certain diameter and a certain length; an outer tube formed of a transparent or semitransparent material and fitted over and coupled to an outer circumferential surface of the inner tube; a coupling member having a cylindrical shape with upper and lower surfaces thereof opened, and is fixedly coupled to one end or both ends of the outer tube while a substrate seating part protrudes in a flange shape at the center of an inner circumferential surface of the coupling member; an LED substrate having a circular plate shape with a hole formed at the center thereof, fixedly mounted on the substrate seating part of the coupling member, and comprising a plurality of LEDs arranged on one surface thereof so as to emit a certain light source toward the inner tube and an inner circumferential surface of the outer tube; and a finishing member having a circular plate shape with a hole formed at the center thereof and coupled to the open surface of the coupling member mounted with the LED substrate to seal the inside thereof while an extension part having a certain height protrudes in a vertical direction from an inner circumferential surface of the hole, wherein a heat radiation guide groove for heat radiation is concavely formed in a circular shape in a corresponding surface of the finishing member facing the LED substrate, and a plurality of heat radiation holes communicating with the outside are formed in the heat radiation groove. an inner tube formed of a light diffusion Polycarbonate having a certain diameter and a certain length; an outer tube formed of a transparent or semitransparent material and fitted over and coupled to an outer circumferential surface of the inner tube; a coupling member having a cylindrical shape with upper and lower surfaces thereof opened, and is fixedly coupled to one end or both ends of the outer tube while a substrate seating part protrudes in a flange shape at the center of an inner circumferential surface of the coupling member; an LED substrate having a circular plate shape with a hole formed at the center thereof, fixedly mounted on the substrate seating part of the coupling member, and comprising a plurality of LEDs arranged on one surface thereof so as to emit a certain light source toward the inner tube and an inner circumferential surface of the outer tube; and a finishing member having a circular plate shape with a hole formed at the center thereof and coupled to the open surface of the coupling member mounted with the LED substrate to seal the inside thereof while an extension part having a certain height protrudes in a vertical direction from an inner circumferential surface of the hole, wherein a heat radiation guide groove for heat radiation is concavely formed in a circular shape in a corresponding surface of the finishing member facing the LED substrate, and a plurality of heat radiation holes communicating with the outside are formed in the heat radiation groove.
A method used to prepare dental objects for optical imaging comprising the following steps: a) manufacturing an extraoral dental object, b) spraying the dental object with an anti-reflective dental spray to optically roughen and reduce the reflectivity of the surface, whereby the model is sprayed by means of an airbrush device, c) scanning the surface structure by means of optical methods, d) transmitting the surface data to a computer and creating a three-dimensional virtual model of the dental object, e) processing the virtual model and further using the processed data in CAD/CAM procedures, characterized in that the dental object relates to a telescopic crown. a) manufacturing an extraoral dental object, b) spraying the dental object with an anti-reflective dental spray to optically roughen and reduce the reflectivity of the surface, whereby the model is sprayed by means of an airbrush device, c) scanning the surface structure by means of optical methods, d) transmitting the surface data to a computer and creating a three-dimensional virtual model of the dental object, e) processing the virtual model and further using the processed data in CAD/CAM procedures,
A bevel gear wheel end assembly comprising: a housing; an input bevel gear; at least one driven bevel gear; and a stationary bevel gear, the input bevel gear meshing with the at least one driven bevel gear, the at least one driven bevel gear being mounted on a shaft fixed relative to the housing, and the at least one driven bevel gear meshing with the stationary bevel gear such that rotation of the input bevel gear about a drive axis at a first speed causes rotation of the housing about the drive axis at a second speed, different from the first speed, characterised in that an oil relief arrangement is provided in the shaft of the at least one driven bevel gear, wherein the oil relief arrangement comprises a first oil relief passage extending from a first aperture defined in the shaft, and wherein the first oil relief passage is a blind bore. a housing; an input bevel gear; at least one driven bevel gear; and a stationary bevel gear,
A preparation method of an aldehyde compound, comprising: a step of reacting a compound represented by the following general formula or with hydrogen and carbon monoxide in the presence of a metal compound including 0.01 ppmmol to 10 ppmmol of a metal belonging to Groups 8 to 10 with respect to 1 mole of the compound and a phosphorus compound, wherein the amount of a chlorine portion in the reaction system in the step is equal to or more than 0.1 parts by weight and equal to or less than 1.5 parts by weight with respect to 1 part by weight of the metal belonging to Groups 8 to 10, wherein, in the formula, X represents a hydrogen atom, a cyano group, an aldehyde group, or a -CH=NR group, and R represents a hydrogen atom, an alkyl group having 1 to 6 carbon atoms, or an aryl group and in the formulas and, n represents 0, 1 or 2. a step of reacting a compound represented by the following general formula or with hydrogen and carbon monoxide in the presence of a metal compound including 0.01 ppmmol to 10 ppmmol of a metal belonging to Groups 8 to 10 with respect to 1 mole of the compound and a phosphorus compound, wherein the amount of a chlorine portion in the reaction system in the step is equal to or more than 0.1 parts by weight and equal to or less than 1.5 parts by weight with respect to 1 part by weight of the metal belonging to Groups 8 to 10, wherein, in the formula, X represents a hydrogen atom, a cyano group, an aldehyde group, or a -CH=NR group, and R represents a hydrogen atom, an alkyl group having 1 to 6 carbon atoms, or an aryl group and in the formulas and, n represents 0, 1 or 2.
A method for location prediction of a mobile device, the method performed by a location detection device within said mobile device, the method comprising: adaptively creating a visitation history of the mobile device based on one or more past locations of the mobile device, wherein the creating the visitation history of the mobile device is adaptively performed based on frequent location and frequent network cell information relating to past network cells of the mobile device, wherein the frequent network cells and frequent locations within the frequent network cells are identified as a function of a length of time of a visit and/or a number of times of a visit; and providing a location prediction of the mobile device based on the created visitation history and on at least one of a current time and a current day of the week, wherein the step of providing the location prediction of the mobile device is further based on a current location of the mobile device. adaptively creating a visitation history of the mobile device based on one or more past locations of the mobile device, wherein the creating the visitation history of the mobile device is adaptively performed based on frequent location and frequent network cell information relating to past network cells of the mobile device, wherein the frequent network cells and frequent locations within the frequent network cells are identified as a function of a length of time of a visit and/or a number of times of a visit; and providing a location prediction of the mobile device based on the created visitation history and on at least one of a current time and a current day of the week, wherein the step of providing the location prediction of the mobile device is further based on a current location of the mobile device.
A method for implementing automated, fault tolerant, flight control and mission planning for operating a full-scale, clean fuel aircraft, characterized in that the method comprises the following steps: receiving, by at least two or more autopilot control units communicating over a redundant network, a route or position command set comprising at least one of physical motion and command detected by one or more redundant control tablet computers or a pre-planned mission route pre-programed into the one or more redundant control tablet computer; the at least two or more autopilot control units measuring and/or receiving real-time state information from the full-scale, clean fuel aircraft; translating, by each available autopilot control units, a received route or position command set and the real-time state information into output commands to control multiple motor controllers, the translating comprising using control algorithms to generate the output commands for each of the multiple motor controllers, and automatically assessing whether a new route or position command set is needed to maintain stability of the full-scale, clean fuel aircraft based on updated real-time state information; voting on the output commands to be transmitted to the multiple motor controllers, by each of the at least two autopilot control units, the voting comprising determining which of a majority of output commands of available autopilot control units are in agreement; and transmitting, by the at least one autopilot control unit, output commands determined by majority vote comprising a new route or position command set to the multiple motor controllers. receiving, by at least two or more autopilot control units communicating over a redundant network, a route or position command set comprising at least one of physical motion and command detected by one or more redundant control tablet computers or a pre-planned mission route pre-programed into the one or more redundant control tablet computer; the at least two or more autopilot control units measuring and/or receiving real-time state information from the full-scale, clean fuel aircraft; translating, by each available autopilot control units, a received route or position command set and the real-time state information into output commands to control multiple motor controllers, the translating comprising using control algorithms to generate the output commands for each of the multiple motor controllers, and automatically assessing whether a new route or position command set is needed to maintain stability of the full-scale, clean fuel aircraft based on updated real-time state information; voting on the output commands to be transmitted to the multiple motor controllers, by each of the at least two autopilot control units, the voting comprising determining which of a majority of output commands of available autopilot control units are in agreement; and transmitting, by the at least one autopilot control unit, output commands determined by majority vote comprising a new route or position command set to the multiple motor controllers.