mhurhangee/ep-ind-claims huggingface dataset:
A satellite system, the satellite system comprising: a receiver for receiving command signals; a power conditioner; a plurality of variable power high power amplifiers coupled to the power conditioner; a controller receiving command signals and generating control signals in response to the command signals; and said power conditioner generating a control voltage in response to the control signal, said control voltage coupled to said plurality of variable power high power amplifiers, said control voltage selectively reducing the saturated power of at least one of the plurality of variable power high power amplifiers, wherein said control voltage reduces the effective saturated power output of the plurality of variable power high power amplifiers to a minimum effective isotropic radiated power of the plurality of variable power high power amplifiers. a receiver for receiving command signals; a power conditioner; a plurality of variable power high power amplifiers coupled to the power conditioner; a controller receiving command signals and generating control signals in response to the command signals; and said power conditioner generating a control voltage in response to the control signal, said control voltage coupled to said plurality of variable power high power amplifiers, said control voltage selectively reducing the saturated power of at least one of the plurality of variable power high power amplifiers, wherein said control voltage reduces the effective saturated power output of the plurality of variable power high power amplifiers to a minimum effective isotropic radiated power of the plurality of variable power high power amplifiers.
A method of navigating a drone, comprising: determining, by a processor of the drone, whether a radio link quality trigger event associated with communications with the drone has occurred while the drone travels along a set route to a destination, wherein the radio link quality trigger event corresponds to predetermined characteristics of radio link quality; steering the drone to follow a search maneuver for improving radio link quality in response to determining the radio link quality trigger event has occurred, wherein the search maneuver follows a preconfigured deviation pattern that is configured before determining whether the radio link quality trigger event has occurred and departs from the set route; and determining whether a pilot signal is received for communications with the drone in response to steering the drone to follow the determined search maneuver. determining, by a processor of the drone, whether a radio link quality trigger event associated with communications with the drone has occurred while the drone travels along a set route to a destination, wherein the radio link quality trigger event corresponds to predetermined characteristics of radio link quality; steering the drone to follow a search maneuver for improving radio link quality in response to determining the radio link quality trigger event has occurred, wherein the search maneuver follows a preconfigured deviation pattern that is configured before determining whether the radio link quality trigger event has occurred and departs from the set route; and determining whether a pilot signal is received for communications with the drone in response to steering the drone to follow the determined search maneuver.
A process for the preparation of 2-substituted 4-hydroxy-4-methyltetrahydropyrans of the formula where the radical R 1 is a straight-chain or branched alkyl radical having 1 to 5 carbon atoms, and R 2 is hydrogen or a straight-chain or branched alkyl radical having 1 to 3 carbon atoms, comprising the reaction of 3-methylbut-3-en-1-ol of the formula with an aldehyde of the formula where the radicals R 1 and R 2 have the same meanings as given in formula, in the presence of water and in the presence of a strongly acidic cation exchanger to form the compound of the formula, where the reaction is carried out in the presence of from 100 to 200 mol% of water, where the amount of water refers to the amount of the starting material isoprenol, optionally used in deficit, or to the aldehyde of the formula, or, in the case of the equimolar reaction of the two starting materials, to the quantitative amount of one of the two, and hydrogenation in the presence of a catalyst to give a compound of the formula. R 1 is a straight-chain or branched alkyl radical having 1 to 5 carbon atoms, and R 2 is hydrogen or a straight-chain or branched alkyl radical having 1 to 3 carbon atoms,
A method comprising: a data processing device determining whether a mobile robot road crossing is performed automatically and autonomously by the mobile robot or operator-based; wherein the method comprises sending data to an operator terminal, if the road crossing is determined for operator-based road crossing, and wherein the method comprises the mobile robot crossing a road automatically and autonomously, if the road crossing is determined for automatic and autonomous road crossing; characterized in that the method comprises determining whether the road is a public road or a driveway; wherein the method further comprises determining whether there are any occluding obstacles occluding the vision of the mobile robot to the road; wherein the method comprises determining whether the public road is safe to cross automatically and autonomously; wherein the road crossing is determined as automatic and autonomous road crossing if the public road is classified as safe for automatic and autonomous road crossing and no occluding obstacles, such as cars parked on the roadside, obstruct the vision of the mobile robot to the road; wherein, if a parked car is detected, the robot requests an input from the operator terminal. a data processing device determining whether a mobile robot road crossing is performed automatically and autonomously by the mobile robot or operator-based; wherein the method comprises sending data to an operator terminal, if the road crossing is determined for operator-based road crossing, and wherein the method comprises the mobile robot crossing a road automatically and autonomously, if the road crossing is determined for automatic and autonomous road crossing; characterized in that the method comprises determining whether the road is a public road or a driveway; wherein the method further comprises determining whether there are any occluding obstacles occluding the vision of the mobile robot to the road; wherein the method comprises determining whether the public road is safe to cross automatically and autonomously; wherein the road crossing is determined as automatic and autonomous road crossing if the public road is classified as safe for automatic and autonomous road crossing and no occluding obstacles, such as cars parked on the roadside, obstruct the vision of the mobile robot to the road; wherein, if a parked car is detected, the robot requests an input from the operator terminal.
Electrical component, which is suitable for surface mounting, having at least two functional connections (11, 12) on an underside of the component, having an electromagnetic shield, which is arranged on a top side of the component and is provided by means of at least one earth connection (37, 38), and having at least one side surface (15, 16, 17, 18) connecting the top side and the underside, characterized in that the shield has a first protrusion projecting beyond the side surface (15, 16, 17, 18).
A method of detecting a micro-defetion in a sequence tagged site region of a chromosome, comprising: obtaining a capture probe corresponding to the DNA sequence of the sequence tagged site region; hybridizing the capture probe with a library of a plurality of DNA samples, to capture the DNA sequence of the sequence tagged site region from the plurality of DNA samples; sequencing the captured DNA sequence of the sequence tagged site region to obtain sequencing data; and analyzing the sequencing data using a mathematical statistics method, to obtain a result showing a presence or an absence of the micro-deletion in the sequence tagged site region of the chromosome in each of the plurality of DNA samples. obtaining a capture probe corresponding to the DNA sequence of the sequence tagged site region; hybridizing the capture probe with a library of a plurality of DNA samples, to capture the DNA sequence of the sequence tagged site region from the plurality of DNA samples; sequencing the captured DNA sequence of the sequence tagged site region to obtain sequencing data; and analyzing the sequencing data using a mathematical statistics method, to obtain a result showing a presence or an absence of the micro-deletion in the sequence tagged site region of the chromosome in each of the plurality of DNA samples.
A torsional damping device intended to be connected to a combustion engine, that device comprising a support rotationally movable around an axis, and an assemblage of oscillating pendulum masses (6, 8, 10, 30, 32) mounted movably on that support, each of the oscillating masses of the assemblage being intercalated circumferentially between a first oscillating mass that is adjacent to it and a second oscillating mass that is adjacent to it, and forming with these two adjacent masses a group of three circumferentially consecutive oscillating masses belonging to said assemblage, hereinafter called respectively the intercalated mass, first adjacent mass, and second adjacent mass, in which each of the oscillating masses of the assemblage is mounted movably on the support by means of a single bearing element associated with that oscillating mass, and for any group of three circumferentially consecutive oscillating masses, the intercalated mass comprises: - a first terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the first adjacent mass; - a second terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the second adjacent mass, the terminal edge of the first adjacent mass or of the second adjacent mass being capable, during a rotation of the device, of radial retention respectively of the first or of the second terminal edge of the intercalated mass, and in which for each of the oscillating masses, the bearing element rolls on the support and on the oscillating mass. - a first terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the first adjacent mass; - a second terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the second adjacent mass,
Glass-printing machine with continuous transportation of the glass, characterised in that it comprises: - a loading station configured to receive the glass panes to be printed, - mechanical fixing means configured to fix the glass panes to be printed, - a viewing means or a mechanical positioning system downstream of the charging station, - a printing bridge preferably arranged downstream of the viewing means or the mechanical positioning system, - an unloading station configured to allow the unloading of the printed glass panes, wherein the machine comprises an upper level arranged above a lower level with respect to the ground, a series of carriages configured to be transported and used for transporting glass panes running continuously driven by linear motors travelling in one direction on the upper level and in the opposite direction on the lower level, this change of direction being made possible by lifting and lowering drives, wherein the mechanical fixing means consist of stops slidable through guides, where said guides are at least two arranged transversely to each other and on each guide a pair of stops is arranged, each at one end of the guide. - a loading station configured to receive the glass panes to be printed, - mechanical fixing means configured to fix the glass panes to be printed, - a viewing means or a mechanical positioning system downstream of the charging station, - a printing bridge preferably arranged downstream of the viewing means or the mechanical positioning system, - an unloading station configured to allow the unloading of the printed glass panes, wherein the machine comprises an upper level arranged above a lower level with respect to the ground, a series of carriages configured to be transported and used for transporting glass panes running continuously driven by linear motors travelling in one direction on the upper level and in the opposite direction on the lower level, this change of direction being made possible by lifting and lowering drives, wherein the mechanical fixing means consist of stops slidable through guides, where said guides are at least two arranged transversely to each other and on each guide a pair of stops is arranged, each at one end of the guide.
A method of setting up a tracking system of the type including a plurality of spaced-apart stationary nodes for tracking mobile nodes within a tracking environment, the method including using an independent localisation system to determine respective locations of at least a subset of the stationary nodes within the tracking environment wherein the method includes using a mapping system to generate a map of at least part of the tracking environment and wherein the independent localisation system includes a mapping system for simultaneously mapping the tracking environment and determining the location of a mobile device within the map and wherein the method includes, in at least one processing device: determining the map using the mapping system; and, determining a location of the mobile device within the map using the mapping system, characterised in that the method further comprises: determining relative locations of the stationary nodes using the tracking system, the relative locations being indicative of the location of the stationary nodes relative to a mobile node mounted on the mobile device in a known spatial relationship; and, using the location of the mobile device within the map and the relative locations of the stationary nodes relative to the mobile node to determine the respective locations of the at least a subset of the stationary nodes within the tracking environment, so that the stationary nodes can be subsequently used in tracking within the tracking environment. determining the map using the mapping system; and, determining a location of the mobile device within the map using the mapping system, characterised in that the method further comprises: determining relative locations of the stationary nodes using the tracking system, the relative locations being indicative of the location of the stationary nodes relative to a mobile node mounted on the mobile device in a known spatial relationship; and, using the location of the mobile device within the map and the relative locations of the stationary nodes relative to the mobile node to determine the respective locations of the at least a subset of the stationary nodes within the tracking environment, so that the stationary nodes can be subsequently used in tracking within the tracking environment. determining relative locations of the stationary nodes using the tracking system, the relative locations being indicative of the location of the stationary nodes relative to a mobile node mounted on the mobile device in a known spatial relationship; and, using the location of the mobile device within the map and the relative locations of the stationary nodes relative to the mobile node to determine the respective locations of the at least a subset of the stationary nodes within the tracking environment, so that the stationary nodes can be subsequently used in tracking within the tracking environment.
An insulin formulation comprising insulin, dissolution agent, and zinc chelator, wherein the formulation has a pH between a pH of above 7.0 and 7.6 and is a clear aqueous solution and wherein the insulin has an enhanced transport and adsorption relative to insulin in combination with HCl and said zinc chelator, wherein the formulation does not comprise hyaluronan degrading enzyme.
A computer-implemented method of distributing push notifications, the method comprising: receiving at a user's communication device from a push notification server a push notification service registration identifier, responsive to the user activating push notifications for a third party application implemented on the user's communication device; transmitting, by the third party application implemented on the user's communication device, a registration message to a computerized push notification distribution system, the registration message including the push notification service registration identifier and a user identifier of the user; storing by the computerized push notification distribution system the push notification service registration identifier and the user identifier linked to the third party application; receiving at the computerized push notification distribution system from the third party a message content for a push notification to users of the third party application; and transmitting from the computerized push notification distribution system to the push notification server a request for transmitting a push notification, for each notification service registration identifier linked to the third party application, each request for transmitting a push notification including the message content for the push notification and the respective notification service registration identifier. receiving at a user's communication device from a push notification server a push notification service registration identifier, responsive to the user activating push notifications for a third party application implemented on the user's communication device; transmitting, by the third party application implemented on the user's communication device, a registration message to a computerized push notification distribution system, the registration message including the push notification service registration identifier and a user identifier of the user; storing by the computerized push notification distribution system the push notification service registration identifier and the user identifier linked to the third party application; receiving at the computerized push notification distribution system from the third party a message content for a push notification to users of the third party application; and transmitting from the computerized push notification distribution system to the push notification server a request for transmitting a push notification, for each notification service registration identifier linked to the third party application, each request for transmitting a push notification including the message content for the push notification and the respective notification service registration identifier.
A smart window system comprising: a display element comprising a transparency adjustment layer and a liquid crystal layer, the liquid crystal layer being disposed adjacent to the transparency adjustment layer; an input device (200, 202) configured to receive a control command for the display element; and a controller (180, 210) configured to control transparency, color pattern, and gradation of the display element and information displayed on the display element on the basis of the control command, wherein the transparency adjustment layer is adapted to be switched to a transparent mode or an opaque mode depending on whether power is applied; characterized in that the display element further comprises a quantum layer including a liquid crystal molecule and a quantum rod having a surface to which an organic surfactant is bonded, wherein the quantum layer is adapted to be switched to a transparent mode or a fluorescent mode depending on the application of an electric field. a display element comprising a transparency adjustment layer and a liquid crystal layer, the liquid crystal layer being disposed adjacent to the transparency adjustment layer; an input device (200, 202) configured to receive a control command for the display element; and a controller (180, 210) configured to control transparency, color pattern, and gradation of the display element and information displayed on the display element on the basis of the control command, wherein the transparency adjustment layer is adapted to be switched to a transparent mode or an opaque mode depending on whether power is applied; characterized in that the display element further comprises a quantum layer including a liquid crystal molecule and a quantum rod having a surface to which an organic surfactant is bonded, wherein the quantum layer is adapted to be switched to a transparent mode or a fluorescent mode depending on the application of an electric field.
A compound represented by general formula, a stereoisomer, or a pharmaceutically acceptable salt thereof: wherein, the adjacent two of R 1, R 2, R 3 and R 4 taken together with benzoxaborole structural moeity form tricyclic structure represented by the following formulae: while the rest of the two of R 1, R 2, R 3 and R 4 which do not participate in tricyclic structure formation represent hydrogen atom, X 1 and X 2, each independently represents a methylene group or oxygen atom and n represents integer of 1 or 2. while the rest of the two of R 1, R 2, R 3 and R 4 which do not participate in tricyclic structure formation represent hydrogen atom, X 1 and X 2, each independently represents a methylene group or oxygen atom and n represents integer of 1 or 2.
A unitary laundry detergent article comprising two or more non-fibrous sheets and one or more discrete particles disposed between said two or more non-fibrous sheets, wherein both said non-fibrous sheets and said discrete particles are water-soluble; wherein each of said non-fibrous sheets comprises at least one film former and a first surfactant, wherein said first surfactant is characterized by a Hydrophilic Index of no more than 7.5; wherein each of said discrete particles comprises a second surfactant, wherein said second surfactant is characterized by a HI of greater than 7.5.