mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a set of at least two satellites designed to provide a service implemented by at least part of said set of said satellites at a given instant, characterised in that a mean value (Ω M (t)) is continuously or pseudo-continuously computed of the longitudes (Ω i (t)) of the respective ascending nodes of each satellite and, for each satellite, a correction of the trajectory of said satellite is controlled by setting the longitude of the ascending node (Ω i (t)) on a set point equal to said current mean value (Ω M (t)).
A device configured to receive a signal, the signal being configured to provide power and data to the device; the device comprising: a charge storage element configured to be charged by the power provided by the received signal; and a charging control circuit (228, 300a, 300b, 300c, 300d) configured to control a charging of the charge storage element by the power provided by the received signal based on the data provided by the received signal, wherein the data provided by the received signal encode one or more instructions instructing an operation to be carried out by the device, and wherein the charging control circuit (228, 300a, 300b, 300c, 300d) is configured to control the charging of the charge storage element based on an expected power consumption associated with the operation to be carried out by the device instructed by the one or more instructions encoded in the data, characterised in that the charging control circuit (228, 300a, 300b, 300c, 300d) is configured to control the charging of the charge storage element such that the charge storage element receives a first power from the received signal in case the expected power consumption of the device is above a predefined threshold and such that the charge storage element receives a second power from the received signal in case the expected power consumption of the device is below the predefined threshold, wherein the second power is lower than the first power. a charge storage element configured to be charged by the power provided by the received signal; and a charging control circuit (228, 300a, 300b, 300c, 300d) configured to control a charging of the charge storage element by the power provided by the received signal based on the data provided by the received signal, wherein the data provided by the received signal encode one or more instructions instructing an operation to be carried out by the device, and wherein the charging control circuit (228, 300a, 300b, 300c, 300d) is configured to control the charging of the charge storage element based on an expected power consumption associated with the operation to be carried out by the device instructed by the one or more instructions encoded in the data, characterised in that the charging control circuit (228, 300a, 300b, 300c, 300d) is configured to control the charging of the charge storage element such that the charge storage element receives a first power from the received signal in case the expected power consumption of the device is above a predefined threshold and such that the charge storage element receives a second power from the received signal in case the expected power consumption of the device is below the predefined threshold, wherein the second power is lower than the first power.
Air compression device having a housing, having a compressor device for compressing air, having an electric motor for driving the compressor device and for generating an airflow within the housing; having a gearbox, wherein the gearbox mechanically connects the electric motor to the compressor device; and having a power supply for supplying at least the electric motor with power, wherein the compressor device, the electric motor, the gearbox and the power supply are at least in portions disposed in the housing, characterized by an air-directing device which, while using the gearbox, directs the airflow from the power supply to the compressor device and to the electric motor, wherein the air-directing device is at least in portions disposed within the housing; wherein the air-directing device has at least one air-directing element; wherein the air-directing element directs the airflow from the power supply to the gearbox, wherein the air-directing element is configured between the gearbox and the housing.
A dishwasher comprising a washing tub wherein the washing process is performed and a storage unit wherein the rinsing water is stored to be used again in the next washing step, characterized by a control unit that detects if the rinsing water is to be transferred to the storage unit to be used in the next washing step, and if the rinsing water is to be transferred to the storage unit, adjusts the rinsing water temperature to a temperature value higher than the rinsing water temperature when the rinsing water is not transferred to the storage unit as much as a difference value recorded in its memory.
A method for producing a blinker module for a rearview device of a motor vehicle, having the appearance of a bisected blinker module, comprising the following steps: - providing at least one lighting element comprising at least one light guide and at least one lens; - providing at least one lighting means unit comprising at least one lighting means, wherein the lighting means unit is adapted to couple light irradiated by the lighting means into the lighting element, - arranging at least one first coating element on the lighting element, wherein the first coating element is formed as a reflector layer and is arranged on at least one first surface region of the lens such that the first coating element prevents light from escaping the lighting element and achieves a bisection of the blinker module into two functional lighting regions; and - arranging at least one second coating element on the first coating element, wherein the second coating element is formed as a shutter and an opaque element and is arranged on at least one second surface region of the first coating element, wherein the first surface region and the second surface region have edges which are at least partially flush with each other at least in regions, wherein the shutter can be formed to fittingly cooperate with at least one housing of the rearview device in order to at least regionally effect a flush finish between the shutter on the one side and the housing on the other. - providing at least one lighting element comprising at least one light guide and at least one lens; - providing at least one lighting means unit comprising at least one lighting means, wherein the lighting means unit is adapted to couple light irradiated by the lighting means into the lighting element, - arranging at least one first coating element on the lighting element, wherein the first coating element is formed as a reflector layer and is arranged on at least one first surface region of the lens such that the first coating element prevents light from escaping the lighting element and achieves a bisection of the blinker module into two functional lighting regions; and - arranging at least one second coating element on the first coating element, wherein the second coating element is formed as a shutter and an opaque element and is arranged on at least one second surface region of the first coating element, wherein the first surface region and the second surface region have edges which are at least partially flush with each other at least in regions, wherein the shutter can be formed to fittingly cooperate with at least one housing of the rearview device in order to at least regionally effect a flush finish between the shutter on the one side and the housing on the other.
A container assembly comprising: a container having a first chamber formed from a base wall and a container sidewall that extends from the base wall to surround the first chamber, the container sidewall defining an aperture into the first chamber; a closure attached to the aperture, the closure including a collar surrounding a passage that extends through the aperture to the first chamber, the collar having a hingedly connected lid that is movable between an open and closed position to occlude the passage; wherein the closure includes a second chamber separated from the first chamber by a barrier wall that is openable to permit material flow between the first and second chambers and wherein the second chamber is formed integrally with the collar and partially occludes the passage; characterised in that the second chamber includes a second chamber top wall that is depressible, in use, to rupture the barrier wall wherein said barrier wall is configured to rupture by an increasing fluid pressure in the second chamber generated by depression of the second chamber top wall. a container having a first chamber formed from a base wall and a container sidewall that extends from the base wall to surround the first chamber, the container sidewall defining an aperture into the first chamber; a closure attached to the aperture, the closure including a collar surrounding a passage that extends through the aperture to the first chamber, the collar having a hingedly connected lid that is movable between an open and closed position to occlude the passage; wherein the closure includes a second chamber separated from the first chamber by a barrier wall that is openable to permit material flow between the first and second chambers and wherein the second chamber is formed integrally with the collar and partially occludes the passage; characterised in that the second chamber includes a second chamber top wall that is depressible, in use, to rupture the barrier wall wherein said barrier wall is configured to rupture by an increasing fluid pressure in the second chamber generated by depression of the second chamber top wall.
A solar cell module comprising: one or more photoelectric conversion cells in which a first electrode at a side of a first base plate and a second electrode at a side of a second base plate are in opposition via a functional layer; at least one barrier packaging material (13A, 13B) that is sealed by a seal and encloses the one or more photoelectric conversion cells; a first lead-out electrode connected to the first electrode via a first electrical connector; and a second lead-out electrode connected to the second electrode via a second electrical connector, wherein the functional layer is an electrolyte layer and the solar cell module is a dye-sensitized solar cell module, the first lead-out electrode and the second lead-out electrode each include a conductor, and whrerein the at least one seal extends from the solar cell module to outside of the module, wherein either or both of the first lead-out electrode and the second lead-out electrode extend through said seal from the solar cell module to outside of the solar cell module, and at which a gap between each of the conductors and the barrier packaging material is filled by a cured product of a crosslinkable adhesive composition, characterized in that each of the first electrical connector and the second electrical connector includes conductive pressure-sensitive adhesive, and the at least one seal has a thickness of at least 1 μm and not more than 250 μm. one or more photoelectric conversion cells in which a first electrode at a side of a first base plate and a second electrode at a side of a second base plate are in opposition via a functional layer; at least one barrier packaging material (13A, 13B) that is sealed by a seal and encloses the one or more photoelectric conversion cells; a first lead-out electrode connected to the first electrode via a first electrical connector; and a second lead-out electrode connected to the second electrode via a second electrical connector, wherein the functional layer is an electrolyte layer and the solar cell module is a dye-sensitized solar cell module, the first lead-out electrode and the second lead-out electrode each include a conductor, and whrerein the at least one seal extends from the solar cell module to outside of the module, wherein either or both of the first lead-out electrode and the second lead-out electrode extend through said seal from the solar cell module to outside of the solar cell module, and at which a gap between each of the conductors and the barrier packaging material is filled by a cured product of a crosslinkable adhesive composition, characterized in that each of the first electrical connector and the second electrical connector includes conductive pressure-sensitive adhesive, and the at least one seal has a thickness of at least 1 μm and not more than 250 μm.
A human body wearable device, comprising: a light emitting unit for emitting light to outside; a light receiving unit for receiving light incident from outside; and a control unit for controlling an operation of the light emitting unit and detecting an intensity of light incident on the light receiving unit depending on the operation of the light emitting unit, and determining whether the human body wearable device is worn on a specific object or not based on an intensity of detected light, wherein the control unit determines whether the human body wearable device is worn or not using a difference value between an intensity of light incident on the light receiving unit in an ON section of the light emitting unit and that of light incident on the light receiving unit in an OFF section of the light emitting unit, and wherein the control unit determines the human body wearable device which is not worn if the difference value is zero, and determines the human body wearable device which is worn on a specific object if the difference value is greater than zero, and wherein the control unit determines whether the human body wearable device is worn on a human body or in contact with a thing based on an intensity of light received through the light receiving unit in the ON section of the light emitting unit if the state of the human body wearable device is determined to be worn on a specific object. a light emitting unit for emitting light to outside; a light receiving unit for receiving light incident from outside; and a control unit for controlling an operation of the light emitting unit and detecting an intensity of light incident on the light receiving unit depending on the operation of the light emitting unit, and determining whether the human body wearable device is worn on a specific object or not based on an intensity of detected light, wherein the control unit determines whether the human body wearable device is worn or not using a difference value between an intensity of light incident on the light receiving unit in an ON section of the light emitting unit and that of light incident on the light receiving unit in an OFF section of the light emitting unit, and wherein the control unit determines the human body wearable device which is not worn if the difference value is zero, and determines the human body wearable device which is worn on a specific object if the difference value is greater than zero, and wherein the control unit determines whether the human body wearable device is worn on a human body or in contact with a thing based on an intensity of light received through the light receiving unit in the ON section of the light emitting unit if the state of the human body wearable device is determined to be worn on a specific object.
A resin mold for nanoimprinting, comprising a resin substrate and a resin layer formed on the substrate and having fine depressions and protrusions formed on a surface of the resin layer, wherein the resin layer is formed from 1 to 49 parts by weight of a silicone-based macromonomer and/or a fluorine-based macromonomer and 99 to 51 parts by weight of at least one polymerizable monomer selected from the group consisting of (meth)acrylic monomers, the silicone-based macromonomer and/or the fluorine-based macromonomer has a molecular weight of 600 to 10000 and has, at an end of molecule, a reactive group copolymerizable with the polymerizable monomer, and when the reactive group is copolymerized with the polymerizable group, silicone-based units or fluorine-based units that constitute the macromonomer form side chains on a trunk polymer formed from the polymerizable monomer and the macromonomer, and the resin that forms the resin layer has a weight-average molecular weight (Mw), as measured by gel permeation chromatography, of 50000 to 150000.
A method for manufacturing a shaft joint of a universal joint using a pipe, the universal joint comprising a combination of a shaft joint and a pipe joint integrated with yokes (25 and 35), respectively; the shaft joint being manufactured by: a material preparation step of preparing a material by cutting a seamless pipe to a predetermined length; a shaft formation step of forming a shaft by reducing an outer diameter of a shaft formation portion, obtained by excluding a head formation portion from the material, by forming an outside of the shaft formation portion with a forming machine; a cutting step of bisecting the non-reduced head formation portion by forming a split across the non-reduced head formation portion in an axial direction by means of a cutting machine or a metal laser cutting machine; a yoke formation step of forming both opposite members of a yoke in a head by means of a pressing method of introducing the bisected head formation portion into a die and then pressing an upper press die into an inside of the head formation portion; a pinhole formation step of forming a pinhole across the yoke; and a spline shaft formation step of forming a spline shaft on an outer surface of the reduced hollow shaft. a material preparation step of preparing a material by cutting a seamless pipe to a predetermined length; a shaft formation step of forming a shaft by reducing an outer diameter of a shaft formation portion, obtained by excluding a head formation portion from the material, by forming an outside of the shaft formation portion with a forming machine; a cutting step of bisecting the non-reduced head formation portion by forming a split across the non-reduced head formation portion in an axial direction by means of a cutting machine or a metal laser cutting machine; a yoke formation step of forming both opposite members of a yoke in a head by means of a pressing method of introducing the bisected head formation portion into a die and then pressing an upper press die into an inside of the head formation portion; a pinhole formation step of forming a pinhole across the yoke; and a spline shaft formation step of forming a spline shaft on an outer surface of the reduced hollow shaft.
Extractor hood with filter device for an extractor hood, wherein the filter device comprises at least one filter element and at least one pivoting device for pivotable mounting of the filter element on the extractor hood, characterised in that - the pivoting device has at least one profiled rail for receiving at least one fastening region of the filter element and at least one connection element for engagement with the fastening region of the filter element, - the at least one connection element is received in the profiled rail, - the pivoting device comprises at least one bearing pin which is provided on the longitudinal end of the pivoting device, via which the pivoting device is connected to the extractor hood and about which the pivoting device is pivotably mounted, - the at least one filter element is rigidly fastened to at least one of the pivoting devices via a releasable fastening, which represents a latch connection, and the latching force and releasing force of the latch connection lie in the surface of the filter element. - the pivoting device has at least one profiled rail for receiving at least one fastening region of the filter element and at least one connection element for engagement with the fastening region of the filter element, - the at least one connection element is received in the profiled rail, - the pivoting device comprises at least one bearing pin which is provided on the longitudinal end of the pivoting device, via which the pivoting device is connected to the extractor hood and about which the pivoting device is pivotably mounted, - the at least one filter element is rigidly fastened to at least one of the pivoting devices via a releasable fastening, which represents a latch connection, and the latching force and releasing force of the latch connection lie in the surface of the filter element.
A process for preparing an extract from leaves of plants of the order Vitales, comprising the following steps: a) providing a crude drug from leaves of plants of the order Vitales; b) extracting the crude drug with an eluent selected from water and mixtures of water with alcohol to obtain a raw extract; c) separating the raw extract from the extracted crude drug; d) at least partially removing the eluent to obtain a thick extract; e) redissolving the thick extract in water; f) separating off insoluble components; g) selectively enriching secondary plant substances by i.) a two-phase extraction as a solid-phase extraction with an adsorber resin selected from the group of non-ionic hydrophobic divinylbenzene copolymers, aliphatic ester polymers and formophenol polymers with an average inner pore size of from 30 to 70 nm as the solid phase, wherein the substances binding to the adsorber are eluted and used further; or ii.) a two-phase extraction as a liquid-liquid extraction, wherein the second phase is a liquid immiscible with water, selected from the group of alcohols, ketones, alkanes or esters, and the fraction transferred into the second phase is used further; so that the extract contains at least 15% by weight flavonoids and/or at least 0.2% by weight anthocyans, based on the dry extract. a) providing a crude drug from leaves of plants of the order Vitales; b) extracting the crude drug with an eluent selected from water and mixtures of water with alcohol to obtain a raw extract; c) separating the raw extract from the extracted crude drug; d) at least partially removing the eluent to obtain a thick extract; e) redissolving the thick extract in water; f) separating off insoluble components; g) selectively enriching secondary plant substances by i.) a two-phase extraction as a solid-phase extraction with an adsorber resin selected from the group of non-ionic hydrophobic divinylbenzene copolymers, aliphatic ester polymers and formophenol polymers with an average inner pore size of from 30 to 70 nm as the solid phase, wherein the substances binding to the adsorber are eluted and used further; or ii.) a two-phase extraction as a liquid-liquid extraction, wherein the second phase is a liquid immiscible with water, selected from the group of alcohols, ketones, alkanes or esters, and the fraction transferred into the second phase is used further; so that the extract contains at least 15% by weight flavonoids and/or at least 0.2% by weight anthocyans, based on the dry extract. i.) a two-phase extraction as a solid-phase extraction with an adsorber resin selected from the group of non-ionic hydrophobic divinylbenzene copolymers, aliphatic ester polymers and formophenol polymers with an average inner pore size of from 30 to 70 nm as the solid phase, wherein the substances binding to the adsorber are eluted and used further; or ii.) a two-phase extraction as a liquid-liquid extraction, wherein the second phase is a liquid immiscible with water, selected from the group of alcohols, ketones, alkanes or esters, and the fraction transferred into the second phase is used further;