mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising: a luminaire comprising: at least one solid-state light source configured to output light; and at least one modulator configured to modulate the light output to allow for emission of light-based communication, LCom, signals; wherein the luminaire is configured to project onto a surface a visible cue that indicates that the luminaire is capable of LCom, wherein the visible cue comprises an image or a symbol; and a computing device configured to detect the LCom signals, the computing device comprising: a first image capture device having a first field of view, FOV; and a second image capture device having a second FOV opposite the first FOV, wherein the first image capture device is configured to scan the visible cue and the second image capture device is configured to decode the LCom signals, wherein the visible cue is readable by the computing device and an action is performed based on scanning the visible cue. a luminaire comprising: at least one solid-state light source configured to output light; and at least one modulator configured to modulate the light output to allow for emission of light-based communication, LCom, signals; wherein the luminaire is configured to project onto a surface a visible cue that indicates that the luminaire is capable of LCom, wherein the visible cue comprises an image or a symbol; and at least one solid-state light source configured to output light; and at least one modulator configured to modulate the light output to allow for emission of light-based communication, LCom, signals; wherein the luminaire is configured to project onto a surface a visible cue that indicates that the luminaire is capable of LCom, wherein the visible cue comprises an image or a symbol; and a computing device configured to detect the LCom signals, the computing device comprising: a first image capture device having a first field of view, FOV; and a second image capture device having a second FOV opposite the first FOV, wherein the first image capture device is configured to scan the visible cue and the second image capture device is configured to decode the LCom signals, wherein the visible cue is readable by the computing device and an action is performed based on scanning the visible cue. a first image capture device having a first field of view, FOV; and a second image capture device having a second FOV opposite the first FOV, wherein the first image capture device is configured to scan the visible cue and the second image capture device is configured to decode the LCom signals, wherein the visible cue is readable by the computing device and an action is performed based on scanning the visible cue.
A process for producing surface modified bleached chemical pulp fiber comprising fluidizing a bleached chemical pulp fiber and contacting the fluidized bleached chemical pulp fiber with an aerosol of a surface modifying composition comprising a surface modifying compound.
A method of providing an insecticidal composition, which insecticidal composition comprises N,N- dimethyl-1,2,3-trithian-5-ylamine hydrochloride and/or solvate thereof, one or more auxiliary components, and optionally a safener, the method comprising the steps of: a) providing a mixture of thiosulfuric acid S , S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide; b) adding an aqueous saline solution to the mixture of thiosulfuric acid S , S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide, wherein the aqueous saline solution is added over the course of at least 3 hours; c) separating the phases of the mixture; d) collecting the solids from the mixture using filtration; e) washing the solids with organic solvent; f) drying the solids, wherein the dried solids are N,N -dimethyl-1,2,3-trithian-5-ylamine hydrochloride; and g) providing one or more auxiliary components and optionally a safener. a) providing a mixture of thiosulfuric acid S , S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide; b) adding an aqueous saline solution to the mixture of thiosulfuric acid S , S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide, wherein the aqueous saline solution is added over the course of at least 3 hours; c) separating the phases of the mixture; d) collecting the solids from the mixture using filtration; e) washing the solids with organic solvent; f) drying the solids, wherein the dried solids are N,N -dimethyl-1,2,3-trithian-5-ylamine hydrochloride; and g) providing one or more auxiliary components and optionally a safener.
Primary support-pylon structure for an aircraft propulsion unit (GP), having a lower spar and two lateral walls substantially orthogonal to the lower spar ; characterized in that the lower spar and the two lateral walls are formed in a single piece or welded so as to form a U-shaped lower part (P1), in that it has an upper cover (P2) closing the U-shaped lower part (P1), the lower part (P1) or the cover (P2) having flanges for the fastening of the cover with the lower part, and in that the lateral walls have a cellular structure and in that the structure comprises a central rib (C5) and a rear rib (C10) that are interposed transversely in the U and have attachments for linking with the structure of the aircraft, and in that the structure comprises a front rib (C1).
A resin coated metal sheet for using drawn and ironed cans which is to be made into a can body by drawing and ironing, comprising: a metal sheet and a resin layer which is formed on a surface of the metal sheet to be a can outer surface, wherein the resin layer has a storage elastic modulus of 500 MPa or less within a temperature range of 90-150°C and a degree of breaking elongation of 100% or more within the temperature range of 90-150°C, and the resin layer contains thermoset polyester and phenol resin. a metal sheet and a resin layer which is formed on a surface of the metal sheet to be a can outer surface, wherein the resin layer has a storage elastic modulus of 500 MPa or less within a temperature range of 90-150°C and a degree of breaking elongation of 100% or more within the temperature range of 90-150°C, and the resin layer contains thermoset polyester and phenol resin.
An implantable direct-current electrode assembly comprising two implantable electrodes (30; 140) and a control circuit , wherein the first and second electrodes (30; 140) are electrically connected to the control circuit , wherein the control circuit is adapted to establish a potential difference between the two electrodes (30; 140) such that a direct current (55; 155) can flow between the two electrodes (30; 140), wherein the one electrode is a coil electrode, characterized in that the counter electrode is a surface electrode for application to the outside of the left ventricle.
Main bearing unit for supporting the rotor shaft of a wind turbine, comprising: - a roller bearing having at least one inner ring , at least one outer ring and a roller element assembly received between the outer and inner rings ; - a coupling arrangement which is designed to couple the rotor shaft at least indirectly and in a torque-transmitting manner to an output shaft of the wind turbine; wherein the rotor shaft is coupled in a torque transmitting manner to one of the outer ring and the inner ring ; and wherein the coupling arrangement is coupled in a torque transmitting manner to the same one of the outer ring and the inner ring as the rotor shaft , characterized in that the clutch assembly is directly coupled to the one of the outer ring and the inner ring or integrated into the one of the outer ring and the inner ring . - a roller bearing having at least one inner ring , at least one outer ring and a roller element assembly received between the outer and inner rings ; - a coupling arrangement which is designed to couple the rotor shaft at least indirectly and in a torque-transmitting manner to an output shaft of the wind turbine;
A heating pad comprising: a first layer on a posterior side of the heating pad; a second layer having a continuous heating element distributed throughout the second layer, wherein the continuous heating element is capable of being selectively heated to increase the temperature of the heating pad; a third layer ; and a fourth layer on an anterior side of the heating pad; characterized in that : the third layer has a plurality of cavities formed therein, each cavity holding a plurality of beads ; wherein, when the heating pad is applied to a body portion of a user, the weight of the beads applies a force against the continuous heating element, the second layer, and the first layer to thereby conform them to a body portion of the user of the heating pad. a first layer on a posterior side of the heating pad; a second layer having a continuous heating element distributed throughout the second layer, wherein the continuous heating element is capable of being selectively heated to increase the temperature of the heating pad; a third layer ; and a fourth layer on an anterior side of the heating pad; characterized in that : the third layer has a plurality of cavities formed therein, each cavity holding a plurality of beads ; wherein, when the heating pad is applied to a body portion of a user, the weight of the beads applies a force against the continuous heating element, the second layer, and the first layer to thereby conform them to a body portion of the user of the heating pad. the third layer has a plurality of cavities formed therein, each cavity holding a plurality of beads ; wherein, when the heating pad is applied to a body portion of a user, the weight of the beads applies a force against the continuous heating element, the second layer, and the first layer to thereby conform them to a body portion of the user of the heating pad.
A method for communication in Long Term Evolution, LTE, and 5G tight interworking, the method comprising: requesting , by a Long Term Evolution evolved Node B, LTE eNB, a 5G network node for measurement configuration of a 5G network upon determining that a UE is covered by the 5G network; upon reception of the measurement configuration transmitted by the 5G network node, forwarding , by the LTE eNB, the measurement configuration to the UE; and forwarding, by the LTE eNB, a measurement result, on the 5G network, of the UE to the 5G network node upon reception of the measurement result. requesting , by a Long Term Evolution evolved Node B, LTE eNB, a 5G network node for measurement configuration of a 5G network upon determining that a UE is covered by the 5G network; upon reception of the measurement configuration transmitted by the 5G network node, forwarding , by the LTE eNB, the measurement configuration to the UE; and forwarding, by the LTE eNB, a measurement result, on the 5G network, of the UE to the 5G network node upon reception of the measurement result.
A method for enabling a home gateway to be managed by multiple servers, characterized by comprising: receiving (A1), by the home gateway, configuration information sent by a first server, wherein the configuration information comprises at least information about an address of a second server and rights of the second server; generating (A2), by the home gateway, a virtual device according to the configuration information, wherein the rights of the second server is used for setting the rights of the second server; receiving (A3), by the home gateway, management information from the second server; and managing (A4), by the second server, the virtual device according to the management information after setting up a connection between the virtual device and the second server, wherein the address of the second server is used for setting up the connection between the virtual device and the second server, wherein the virtual device comprises all or part of parameters of the home gateway, and has all or part of functions of the home gateway. receiving (A1), by the home gateway, configuration information sent by a first server, wherein the configuration information comprises at least information about an address of a second server and rights of the second server; generating (A2), by the home gateway, a virtual device according to the configuration information, wherein the rights of the second server is used for setting the rights of the second server; receiving (A3), by the home gateway, management information from the second server; and managing (A4), by the second server, the virtual device according to the management information after setting up a connection between the virtual device and the second server, wherein the address of the second server is used for setting up the connection between the virtual device and the second server, wherein the virtual device comprises all or part of parameters of the home gateway, and has all or part of functions of the home gateway.
A method for assisting a user in a vehicle with at least one radio station, the method comprises: determining at least one preference of the user in the vehicle, using preferences of pre-stored clusters of plurality of users, wherein each of the pre-stored clusters comprises users with similar preferences related with listening to radio stations; wherein a pre-stored cluster associated with the user in the vehicle is determined by identification of pre-stored clusters associated with users similar to the user in the vehicle considering user information and historic data; selecting at least one radio station from one or more potential radio stations available for the user, based on the at least one preference; and assisting the user with the at least one radio station in the vehicle, wherein the one or more potential radio stations are identified by: determining at least one of a route and a current location of the vehicle; receiving signal coverage data related to plurality of radio stations available within at least one of the route and the current location of the vehicle; and selecting (406-409) the one or more potential radio stations for the vehicle from the plurality of radio stations, based on the signal coverage data determining at least one preference of the user in the vehicle, using preferences of pre-stored clusters of plurality of users, wherein each of the pre-stored clusters comprises users with similar preferences related with listening to radio stations; wherein a pre-stored cluster associated with the user in the vehicle is determined by identification of pre-stored clusters associated with users similar to the user in the vehicle considering user information and historic data; selecting at least one radio station from one or more potential radio stations available for the user, based on the at least one preference; and assisting the user with the at least one radio station in the vehicle, wherein the one or more potential radio stations are identified by: determining at least one of a route and a current location of the vehicle; receiving signal coverage data related to plurality of radio stations available within at least one of the route and the current location of the vehicle; and selecting (406-409) the one or more potential radio stations for the vehicle from the plurality of radio stations, based on the signal coverage data determining at least one of a route and a current location of the vehicle; receiving signal coverage data related to plurality of radio stations available within at least one of the route and the current location of the vehicle; and selecting (406-409) the one or more potential radio stations for the vehicle from the plurality of radio stations, based on the signal coverage data
A sensor pod for sensing acoustic signals of a body comprising: a housing having an interior chamber and a circular opening at one end, and a connector at the opposing end of the housing, configured for attachment to a support structure; a piezoelectric element in the form of a circular disk having a first side and an opposing second side contained in the interior chamber of the housing and aligned with the circular opening; an acoustic coupling pad having a flat surface portion on a first side contacting the first side of the piezoelectric element, and a body contacting portion on a second side, the body contacting portion extending through the circular opening in the housing; a first O-ring positioned on and in contact with the first side of the piezoelectric element; and, a second O-ring positioned on and in contact with the second side of the piezoelectric element; the sensor pod being characterized in that : said connector is in the form of a swivel ball, such that the sensor pod is configured to pivot about the connection; and the first and second O-rings are formed by metalized rubber and configured to conduct electrical signals generated by the piezoelectric element. a housing having an interior chamber and a circular opening at one end, and a connector at the opposing end of the housing, configured for attachment to a support structure; a piezoelectric element in the form of a circular disk having a first side and an opposing second side contained in the interior chamber of the housing and aligned with the circular opening; an acoustic coupling pad having a flat surface portion on a first side contacting the first side of the piezoelectric element, and a body contacting portion on a second side, the body contacting portion extending through the circular opening in the housing; a first O-ring positioned on and in contact with the first side of the piezoelectric element; and, a second O-ring positioned on and in contact with the second side of the piezoelectric element; the sensor pod being characterized in that : said connector is in the form of a swivel ball, such that the sensor pod is configured to pivot about the connection; and the first and second O-rings are formed by metalized rubber and configured to conduct electrical signals generated by the piezoelectric element. said connector is in the form of a swivel ball, such that the sensor pod is configured to pivot about the connection; and the first and second O-rings are formed by metalized rubber and configured to conduct electrical signals generated by the piezoelectric element.
A method executed by a user equipment, UE, to perform mobility operations in a wireless network based on conditions related to UE data traffic and/or one or more UE applications, the method comprising: receiving , from a network node of the wireless network, one or more conditional reconfigurations, each conditional reconfiguration including: a reconfiguration message associated with a candidate target cell, and one or more execution conditions that need to be fulfilled to apply the reconfiguration message when performing a mobility operation, including at least one first execution condition related to one or more of the following: UE data traffic, and one or more UE applications; monitoring for the execution conditions included in the respective conditional reconfigurations; and based on detecting fulfillment of one or more execution conditions included in a particular one of the conditional measurement configurations, performing a mobility operation towards the candidate target cell associated with the reconfiguration message included in the particular conditional measurement configuration. receiving , from a network node of the wireless network, one or more conditional reconfigurations, each conditional reconfiguration including: a reconfiguration message associated with a candidate target cell, and one or more execution conditions that need to be fulfilled to apply the reconfiguration message when performing a mobility operation, including at least one first execution condition related to one or more of the following: UE data traffic, and one or more UE applications; a reconfiguration message associated with a candidate target cell, and one or more execution conditions that need to be fulfilled to apply the reconfiguration message when performing a mobility operation, including at least one first execution condition related to one or more of the following: UE data traffic, and one or more UE applications; monitoring for the execution conditions included in the respective conditional reconfigurations; and based on detecting fulfillment of one or more execution conditions included in a particular one of the conditional measurement configurations, performing a mobility operation towards the candidate target cell associated with the reconfiguration message included in the particular conditional measurement configuration.
A variable speed drive system, comprising: - a driven machine ; and - a driver machine which is or can be mechanically coupled to the driven machine via a transmission unit ; characterized by - at least two control machines (2.1, 2.2) which are or can be mechanically coupled to the transmission unit and respectively operable by one of at least two frequency converters , wherein at least one of the at least two frequency converters is electrically connected or connectable to the driver machine via a changeover device , and a connection of the driver machine to at least one electric supply network can be at least temporarily or permanently disconnected via the changeover device in order to generate a regulated and/or controlled change of speed on the driver machine . - a driven machine ; and - a driver machine which is or can be mechanically coupled to the driven machine via a transmission unit ; characterized by - at least two control machines (2.1, 2.2) which are or can be mechanically coupled to the transmission unit and respectively operable by one of at least two frequency converters , wherein at least one of the at least two frequency converters is electrically connected or connectable to the driver machine via a changeover device , and
Electrical device , particularly intended for controlling an electrical machine, comprising: - a first region filled with an insulating material (A) and comprising a first electronic unit embedded in the insulating material (A); - a second region filled with an insulating material (B) and comprising a second electronic unit embedded in the insulating material (B); and - a third region filled with an insulating material (B) and comprising at least one electrical connection element embedded in the insulating material (B), the at least one electrical connection element connecting the first electronic unit to the second electronic unit ; wherein the first and the second region are each in contact with the third region such that the electrical device comprises at least one space extending around the third region and between the first and the second region, said space being free of material, in particular devoid of insulating material, and wherein the first, second and third regions are superposed, the first and second regions extending substantially in parallel planes, said electrical device also comprising a support for an electronic unit arranged between the first electronic unit and the second electronic unit and comprising an open cavity intended to receive the second electronic unit , said electrical device being characterized in that the third region is defined at least in part by a hollow column in which the at least one electrical connection element is intended to be inserted, the hollow column extending between the first and the second region, the hollow column being filled with insulating material (B), the hollow column extending from the open cavity and being configured to communicate with the open cavity at a first end of the hollow column . - a first region filled with an insulating material (A) and comprising a first electronic unit embedded in the insulating material (A); - a second region filled with an insulating material (B) and comprising a second electronic unit embedded in the insulating material (B); and - a third region filled with an insulating material (B) and comprising at least one electrical connection element embedded in the insulating material (B), the at least one electrical connection element connecting the first electronic unit to the second electronic unit ;