mhurhangee/patent-ind-claim-en huggingface dataset:
An optical deflection device that is a silicon photonics device comprising periodic structures of a refractive index, wherein the periodic structures comprise: a first periodic structure comprising a second refractive index medium at a period a in a first refractive index medium that is a silicon substrate, the second refractive index medium including a refractive index different from that of the first refractive index medium, the first periodic structure constituting an optical waveguide part, and the optical waveguide part including at least one end in a periodic direction as an incident end; a second periodic structure comprising the second refractive index medium at a period A, with a<Λ≤2a, that is longer than the period a of the first periodic structure in the first refractive index medium, the second refractive index medium including a refractive index different from that of the first refractive index medium, the second periodic structure constituting an emission part, and the emission part including a side end in the periodic direction as an emission end, wherein a position where the second periodic structure is disposed is a peripheral part of an intensity distribution of light propagating through the optical waveguide part composed of the first periodic structure, and the period a is a=λ/2n, with n an equivalent refractive index of the light propagating through the optical waveguide part composed of the first periodic structure, and with λ a wavelength near a Bragg wavelength. a first periodic structure comprising a second refractive index medium at a period a in a first refractive index medium that is a silicon substrate, the second refractive index medium including a refractive index different from that of the first refractive index medium, the first periodic structure constituting an optical waveguide part, and the optical waveguide part including at least one end in a periodic direction as an incident end; a second periodic structure comprising the second refractive index medium at a period A, with a<Λ≤2a, that is longer than the period a of the first periodic structure in the first refractive index medium, the second refractive index medium including a refractive index different from that of the first refractive index medium, the second periodic structure constituting an emission part, and the emission part including a side end in the periodic direction as an emission end, wherein a position where the second periodic structure is disposed is a peripheral part of an intensity distribution of light propagating through the optical waveguide part composed of the first periodic structure, and the period a is a=λ/2n, with n an equivalent refractive index of the light propagating through the optical waveguide part composed of the first periodic structure, and with λ a wavelength near a Bragg wavelength.
A network element for communicating signaling messages through an IP Exchange, IPX, proxy, the network element located on a first mobile network and configured to: send a first request to a second network element on a second mobile network over an established initial signaling connection with the second network element, receive a response from the second network element, the received response including an indication of an IPX proxy selected by the second network element, establish a signaling connection with the IPX proxy indicated with the received response, and send a second request to the IPX proxy to be forwarded to the second network element after the IPX proxy applies service logic to the second request. send a first request to a second network element on a second mobile network over an established initial signaling connection with the second network element, receive a response from the second network element, the received response including an indication of an IPX proxy selected by the second network element, establish a signaling connection with the IPX proxy indicated with the received response, and send a second request to the IPX proxy to be forwarded to the second network element after the IPX proxy applies service logic to the second request.
A doping system comprising: a doping tank configured to accommodate a solution including alkali metal ions; a conveying unit configured to convey a strip-shaped electrode precursor including an active material layer along a path passing through the doping tank ; a counter electrode unit configured to be accommodated in the doping tank ; and a connection unit configured to electrically connect the electrode precursor and the counter electrode unit ; characterized in that a porous insulating member is disposed between the electrode precursor and the counter electrode unit , and is configured not to be in contact with the electrode precursor . a doping tank configured to accommodate a solution including alkali metal ions; a conveying unit configured to convey a strip-shaped electrode precursor including an active material layer along a path passing through the doping tank ; a counter electrode unit configured to be accommodated in the doping tank ; and a connection unit configured to electrically connect the electrode precursor and the counter electrode unit ; characterized in that a porous insulating member is disposed between the electrode precursor and the counter electrode unit , and is configured not to be in contact with the electrode precursor .
A navigation method based on wayside reference object matching, the method comprising the steps of: acquiring navigation information based on a plurality of captured images of reference license plates of roadside vehicles in a first trip of a vehicle to a parking space; searching in a second trip of a subject required to reach the parking space for license plate numbers matched with any of the reference license plate numbers acquired in the first trip; and using the navigation information to navigate when license plate numbers matched with any of the reference license plate numbers acquired in the first trip are found, wherein the navigation information comprises a position of each of the plurality of reference license plates and a first navigation path between the plurality of reference license plates. acquiring navigation information based on a plurality of captured images of reference license plates of roadside vehicles in a first trip of a vehicle to a parking space; searching in a second trip of a subject required to reach the parking space for license plate numbers matched with any of the reference license plate numbers acquired in the first trip; and using the navigation information to navigate when license plate numbers matched with any of the reference license plate numbers acquired in the first trip are found, wherein the navigation information comprises a position of each of the plurality of reference license plates and a first navigation path between the plurality of reference license plates.
An uplink sounding reference signal triggering method, wherein the method comprises: sending (S201), by a base station, to a user equipment, UE, downlink control information, DCI, by using a physical downlink control channel, wherein the DCI comprises sounding reference signal, SRS, control information of each of Y user equipments, UEs, comprising said UE, in a cell managed by the base station, and Y is a positive integer not less than 2, , the SRS control information used for triggering by the UE, after detecting that the DCI comprises SRS control information of the UE, an SRS transmission according to the SRS control information of the UE; wherein a bit quantity of the SRS control information of each i th UE in the Y UEs comprised in the DCI is k i , 1≤i≤Y, i is an integer, and k i is a positive integer not less than 1. sending (S201), by a base station, to a user equipment, UE, downlink control information, DCI, by using a physical downlink control channel, wherein the DCI comprises sounding reference signal, SRS, control information of each of Y user equipments, UEs, comprising said UE, in a cell managed by the base station, and Y is a positive integer not less than 2, , the SRS control information used for triggering by the UE, after detecting that the DCI comprises SRS control information of the UE, an SRS transmission according to the SRS control information of the UE; wherein a bit quantity of the SRS control information of each i th UE in the Y UEs comprised in the DCI is k i , 1≤i≤Y, i is an integer, and k i is a positive integer not less than 1.
An enclosure for electrical installations, the enclosure comprising a bottom part and a cover fastened to the bottom part by fastening means comprising a latch which, supported by a bearing , is turnable in relation to the bottom part to open and close the fastening means , and an arm which at its first end is bearing-mounted to the latch , whereby the cover has a detent to receive the arm and to fasten the cover to the bottom part by means of the arm , wherein the detent is located in a recess formed in an edge of the cover , whereby attached to the arm there is a cover piece adapted to attach to the detent in the recess of the cover by means of the arm whereby the cover piece additionally comprises a first outer surface and a second outer surface characterized in that the first outer surface and the second outer surface at the recess of the cover make the outer surfaces of the cover uniform when the cover is locked to the bottom part , so that the first outer surface of the cover piece is in the same plane as the top surface of the cover and the second outer surface of the cover piece is in the same plane as the side surface of the cover, and in addition so that the first outer surface and the second outer surface conceal the discontinuities formed by the recess of the cover on the top surface of the cover and correspondingly on the side surface of the cover, and in that said first outer surface of the cover piece is planar, and said second outer surface of the cover piece is planar.
A passenger conveyance passenger tracking control system that controls operation of a passenger conveyance, comprising: at least one call request device configured to receive at least one input from at least one passenger located at an occupancy depth grid ; at least two passenger position three-dimensional (3-D) depth-sensing sensors configured to track a position of the at least one passenger located at the occupancy depth grid ; and an electronic control module in signal communication with the at least one call request device and the at least two passenger position 3-D depth-sensing sensors , the electronic control module configured to generate an occupancy depth grid identifying the position of the at least one passenger and the location of the at least one occupancy depth grid based on an electronic data signal output from the at least two passenger 3-D depth-sensing sensors , and control operation of the passenger conveyance based on the position of the at least one passenger with respect to the at least one occupancy depth grid; characterized in that the system is arranged to use serialization of passengers entering the passenger conveyance to associate tracks and incorporates overlapping calibrated sensed volumes such that the position of the at least one passenger in the overlapping calibrated sensed volumes will be known to be at the same spatial position. at least one call request device configured to receive at least one input from at least one passenger located at an occupancy depth grid ; at least two passenger position three-dimensional (3-D) depth-sensing sensors configured to track a position of the at least one passenger located at the occupancy depth grid ; and an electronic control module in signal communication with the at least one call request device and the at least two passenger position 3-D depth-sensing sensors , the electronic control module configured to generate an occupancy depth grid identifying the position of the at least one passenger and the location of the at least one occupancy depth grid based on an electronic data signal output from the at least two passenger 3-D depth-sensing sensors , and control operation of the passenger conveyance based on the position of the at least one passenger with respect to the at least one occupancy depth grid; characterized in that the system is arranged to use serialization of passengers entering the passenger conveyance to associate tracks and incorporates overlapping calibrated sensed volumes such that the position of the at least one passenger in the overlapping calibrated sensed volumes will be known to be at the same spatial position.
An air filtration assembly for a gas turbine system , the air filtration assembly comprising: an air inlet duct in fluid communication with a compressor of the gas turbine system , the air inlet duct including: an inlet for receiving intake air including intake air particles ; and an outlet positioned opposite the inlet ; a plurality of vane filters at the inlet of the air inlet duct ; an array of fabric filters positioned in the air inlet duct , downstream of the plurality of vane filters ; a silencer assembly positioned in the air inlet duct , downstream of the array of fabric filters , the silencer assembly positioned adjacent the outlet of the inlet duct ; and an electrostatic component positioned in the air inlet duct , downstream of the array of fabric filters , the electrostatic component configured to charge the intake air particles that pass through the plurality of vane filters and the array of fabric filters . an air inlet duct in fluid communication with a compressor of the gas turbine system , the air inlet duct including: an inlet for receiving intake air including intake air particles ; and an outlet positioned opposite the inlet ; an inlet for receiving intake air including intake air particles ; and an outlet positioned opposite the inlet ; a plurality of vane filters at the inlet of the air inlet duct ; an array of fabric filters positioned in the air inlet duct , downstream of the plurality of vane filters ; a silencer assembly positioned in the air inlet duct , downstream of the array of fabric filters , the silencer assembly positioned adjacent the outlet of the inlet duct ; and an electrostatic component positioned in the air inlet duct , downstream of the array of fabric filters , the electrostatic component configured to charge the intake air particles that pass through the plurality of vane filters and the array of fabric filters .
Use of a battery adapter for detachably connecting a first wire set , a second wire set , a rechargeable battery (B) and a battery charger (C), wherein the battery adapter includes: a housing a positive electrode terminal , mounted to the housing , wherein the positive electrode terminal is configured to connect to a positive terminal of the battery charger (C); a negative electrode terminal , mounted to the housing , wherein the negative electrode terminal is configured to connect to a negative terminal of the battery charger (C); two positive electrode connectors , mounted to the housing and electrically connected to the positive electrode terminal respectively by two first transmission lines , wherein the two positive electrode connectors are configured to detachably connect to two polarity connectors of the first wire set ; two negative electrode connectors , mounted to the housing and electrically connected to the negative electrode terminal respectively by two second transmission lines , wherein the two negative electrode connectors are configured to detachably connect to two polarity connectors of the second wire set ; two fuses , respectively configured to electrically connect to the two first transmission lines or configured to respectively electrically connect to the two second transmission lines ; wherein the two first transmission lines and the two second transmission lines are disposed in the housing ; wherein two terminals of the wire set are configured to connect to a positive terminal of a rechargeable battery (B) and two terminals of the wire set are configured to connect to a negative terminal of the rechargeable battery (B); a housing a positive electrode terminal , mounted to the housing , wherein the positive electrode terminal is configured to connect to a positive terminal of the battery charger (C); a negative electrode terminal , mounted to the housing , wherein the negative electrode terminal is configured to connect to a negative terminal of the battery charger (C); two positive electrode connectors , mounted to the housing and electrically connected to the positive electrode terminal respectively by two first transmission lines , wherein the two positive electrode connectors are configured to detachably connect to two polarity connectors of the first wire set ; two negative electrode connectors , mounted to the housing and electrically connected to the negative electrode terminal respectively by two second transmission lines , wherein the two negative electrode connectors are configured to detachably connect to two polarity connectors of the second wire set ; two fuses , respectively configured to electrically connect to the two first transmission lines or configured to respectively electrically connect to the two second transmission lines ; wherein the two first transmission lines and the two second transmission lines are disposed in the housing ; wherein two terminals of the wire set are configured to connect to a positive terminal of a rechargeable battery (B) and two terminals of the wire set are configured to connect to a negative terminal of the rechargeable battery (B);
Rotary actuator for a vehicle for controlling one or more vehicle components, comprising a handle for operating the rotary actuator (1, 1.1) and components required for generating a control signal, the rotary actuator (1, 1.1) being of modular design and comprising a base module (2, 2.1) and an operating module (3, 3.1) which is independent of the base module (2, 2.1) but can be connected thereto and can also be operated in this position, which operating module (3, 3.1) has an electrical energy store and components required for generating a control signal, characterized in that the operating module (3, 3.1) forms the handle of the rotary actuator (1, 1.1) and has sensors for detecting a rotary movement of the operating module (3, 3.1) in space.
A method for regenerating a water treatment ion exchange material, comprising contacting an ion exchange material with an aqueous solution or dispersion comprising ions produced from a chloride-free salt and a chelating agent, wherein: said chloride-free salt is selected from the group consisting of K 2 SO 4 , NaHCO 3 , Na 2 SO 4 , NaH 2 PO 4 , KHCO 3 , KH 2 PO 4 , K 2 HPO 4 , K 3 PO 4 , Na 3 PO 4 , Na 2 CO 3 , K 2 CO 3 , and mixtures thereof; said chelating agent is selected from polyacrylic acid, polymaleic acid, polyaspartic acid, and mixtures thereof; and said aqueous solution or dispersion is essentially free of chloride ions. said chloride-free salt is selected from the group consisting of K 2 SO 4 , NaHCO 3 , Na 2 SO 4 , NaH 2 PO 4 , KHCO 3 , KH 2 PO 4 , K 2 HPO 4 , K 3 PO 4 , Na 3 PO 4 , Na 2 CO 3 , K 2 CO 3 , and mixtures thereof; said chelating agent is selected from polyacrylic acid, polymaleic acid, polyaspartic acid, and mixtures thereof; and said aqueous solution or dispersion is essentially free of chloride ions.
System for detecting non-metallic, non-aqueous substances (F) in an aqueous sample (P), comprising a transmitter section which emits electromagnetic radiation (S) in the terahertz range directed onto the sample (P), a receiver section which detects, as an image, radiation components (TS) of said electromagnetic radiation (S) which are modified by the sample and/or the substances (F) therein, and an evaluation section which evaluates radiation components (TS) detected by the receiver section in order to establish whether non-metallic, non-aqueous substances (F) are present in the aqueous sample (P) or not, the receiver section being configured such that, while a transition of the water components contained in the aqueous sample (P) from the liquid aggregate state (flP) into the solid aggregate state (feP) or vice versa takes place, for a plurality of different states of the aqueous sample (P), it detects radiation components (TS) which are modified respectively during this transition, and the evaluation section being configured such that it generates and evaluates difference images of radiation components (TS) which are detected at different times, the system further comprising an imaging device for optical imaging of the aqueous sample (P), for imaging the aqueous sample (P) with electromagnetic radiation with wavelengths in the range visible for the human eye, the system being configured to fuse the optical images with the detected radiation components (TS) and to make congruent by means of a geometric transformation the radiation components (TS) detected at different times, using the optical images. a transmitter section which emits electromagnetic radiation (S) in the terahertz range directed onto the sample (P), a receiver section which detects, as an image, radiation components (TS) of said electromagnetic radiation (S) which are modified by the sample and/or the substances (F) therein, and an evaluation section which evaluates radiation components (TS) detected by the receiver section in order to establish whether non-metallic, non-aqueous substances (F) are present in the aqueous sample (P) or not, the receiver section being configured such that, while a transition of the water components contained in the aqueous sample (P) from the liquid aggregate state (flP) into the solid aggregate state (feP) or vice versa takes place, for a plurality of different states of the aqueous sample (P), it detects radiation components (TS) which are modified respectively during this transition, and the evaluation section being configured such that it generates and evaluates difference images of radiation components (TS) which are detected at different times, the system further comprising an imaging device for optical imaging of the aqueous sample (P), for imaging the aqueous sample (P) with electromagnetic radiation with wavelengths in the range visible for the human eye, the system being configured to fuse the optical images with the detected radiation components (TS) and to make congruent by means of a geometric transformation the radiation components (TS) detected at different times, using the optical images.