mhurhangee/patent-ind-claim-en huggingface dataset:
An optical coupler device , comprising: an optical waveguide having a first edge and an opposing second edge that extend in a direction substantially parallel to a propagation direction of an input light beam injected into the optical waveguide , the optical waveguide having a waveguide width between the first and second edges ; a grating structure on a portion of the optical waveguide , the grating structure having a first side and an opposing second side, the first and second sides of the grating structure extending in the same direction as the first and second edges of the optical waveguide , the grating structure having a grating width between the first and second sides, wherein the grating width is less than the waveguide width ; and an optical slab that adjoins with the first side of the grating structure , the optical slab in optical communication with an output of the grating structure ; wherein the grating structure includes an array of grating lines that are angled with respect to the propagation direction of the input light beam , the grating lines configured to diffract the input light beam into the optical slab at an angle with respect to the propagation direction of the input light beam , such that a diffracted light beam is output from the optical slab . an optical waveguide having a first edge and an opposing second edge that extend in a direction substantially parallel to a propagation direction of an input light beam injected into the optical waveguide , the optical waveguide having a waveguide width between the first and second edges ; a grating structure on a portion of the optical waveguide , the grating structure having a first side and an opposing second side, the first and second sides of the grating structure extending in the same direction as the first and second edges of the optical waveguide , the grating structure having a grating width between the first and second sides, wherein the grating width is less than the waveguide width ; and an optical slab that adjoins with the first side of the grating structure , the optical slab in optical communication with an output of the grating structure ; wherein the grating structure includes an array of grating lines that are angled with respect to the propagation direction of the input light beam , the grating lines configured to diffract the input light beam into the optical slab at an angle with respect to the propagation direction of the input light beam , such that a diffracted light beam is output from the optical slab .
A home network , comprising: a gateway ; and a wireless Bluetooth low energy, BLE, device controlled by the gateway, the wireless BLE device adopting Bluetooth low energy protocol; characterized in that when a user of a mobile device is at home, the gateway notifies the wireless BLE device to stop broadcasting an advertising signal used to facilitate pairing of the wireless BLE device with the mobile device; when the user is not at home, the gateway notifies the wireless BLE device to start broadcasting the advertising signal. a gateway ; and a wireless Bluetooth low energy, BLE, device controlled by the gateway, the wireless BLE device adopting Bluetooth low energy protocol; characterized in that when a user of a mobile device is at home, the gateway notifies the wireless BLE device to stop broadcasting an advertising signal used to facilitate pairing of the wireless BLE device with the mobile device; when the user is not at home, the gateway notifies the wireless BLE device to start broadcasting the advertising signal.
A rotor for a motor comprising: a plurality of rotor cores ; a plurality of magnets magnetized such that magnetic flux is formed in a circumferential direction, the magnets and the rotor cores being alternately arranged in the circumferential direction such that each of the rotor cores is positioned between an adjacent pair of the magnets ; a coupler connected to a shaft; and a rotor frame formed by injection molding, the rotor frame being integrally coupled to the rotor cores , the magnets , and the coupler , wherein each of the rotor cores comprises a rotor core body having a depression formed in a side opposite to a pole shoe in a radial direction, wherein the pole shoe defines a gap between each of the rotor cores and a stator; portions of side surfaces of corresponding ones of the magnets located at opposite sides of each of the rotor cores are exposed by the depression to define an aperture formed in the circumferential direction, characterised by a core rib being further included in the depression , extending in the circumferential direction and closing at least a portion of the depression , thereby defining the aperture as to form at least one inner aperture in the rotor core body . a plurality of rotor cores ; a plurality of magnets magnetized such that magnetic flux is formed in a circumferential direction, the magnets and the rotor cores being alternately arranged in the circumferential direction such that each of the rotor cores is positioned between an adjacent pair of the magnets ; a coupler connected to a shaft; and a rotor frame formed by injection molding, the rotor frame being integrally coupled to the rotor cores , the magnets , and the coupler , wherein each of the rotor cores comprises a rotor core body having a depression formed in a side opposite to a pole shoe in a radial direction, wherein the pole shoe defines a gap between each of the rotor cores and a stator; portions of side surfaces of corresponding ones of the magnets located at opposite sides of each of the rotor cores are exposed by the depression to define an aperture formed in the circumferential direction, characterised by a core rib being further included in the depression , extending in the circumferential direction and closing at least a portion of the depression , thereby defining the aperture as to form at least one inner aperture in the rotor core body .
A method of forming an upper for an article of footwear, comprising: engaging an upper base member with a jig such that the upper base member surrounds a first portion of the jig, wherein the first portion of the jig has a substantially planar first surface , a substantially planar second surface opposite the first surface, and a thickness of less than 12.7 mm (1/2 inch) between the first and second surfaces; positioning a first support member adjacent a surface of the upper base member such that the upper base member is located between the first support member and the jig , wherein at least a portion of a surface of the first support member adjacent the surface of the upper base member includes a bonding or adhesive material; applying a compressive force to the first and second surfaces of the jig through the upper base member and the first support member ; and heating the jig , wherein the jig is heated so as to transfer heat from inside the upper base member to the bonding or adhesive material of the first support member through the upper base member and so as to engage the first support member to the upper base member via the bonding or adhesive material. engaging an upper base member with a jig such that the upper base member surrounds a first portion of the jig, wherein the first portion of the jig has a substantially planar first surface , a substantially planar second surface opposite the first surface, and a thickness of less than 12.7 mm (1/2 inch) between the first and second surfaces; positioning a first support member adjacent a surface of the upper base member such that the upper base member is located between the first support member and the jig , wherein at least a portion of a surface of the first support member adjacent the surface of the upper base member includes a bonding or adhesive material; applying a compressive force to the first and second surfaces of the jig through the upper base member and the first support member ; and heating the jig , wherein the jig is heated so as to transfer heat from inside the upper base member to the bonding or adhesive material of the first support member through the upper base member and so as to engage the first support member to the upper base member via the bonding or adhesive material.
A pretreatment liquid comprising: a water-soluble polymer having a weight-average molecular weight of 5000 or greater; an acid; and a salt of the acid, wherein at least one of the acid is a carboxylic acid, and at least one salt of the acids is a salt of the carboxylic acid, a total content of acid groups in the acid and the salt of the acid is 0.25 mol or greater with respect to 100 g of the pretreatment liquid, and a pH of the pretreatment liquid is in a range of 4.0 to 5.0. a water-soluble polymer having a weight-average molecular weight of 5000 or greater; an acid; and a salt of the acid, wherein at least one of the acid is a carboxylic acid, and at least one salt of the acids is a salt of the carboxylic acid, a total content of acid groups in the acid and the salt of the acid is 0.25 mol or greater with respect to 100 g of the pretreatment liquid, and a pH of the pretreatment liquid is in a range of 4.0 to 5.0.
A bearing assembly comprising a shaft , a housing surrounding the shaft , and a rolling bearing disposed between the shaft and the housing , wherein the rolling bearing includes a bearing ring fitted to a mating member with a clearance fit, the mating member being one of the shaft and the housing , and each of the bearing ring and the mating member has a fitting surface extending in a circumferential direction, characterized in that only the bearing ring has a flank face that separates the fitting surface of the bearing ring across an entire width of the fitting surface , wherein the flank face is formed such that a radial gap (g) remains between the bearing ring and the mating member in a load receiving region when a maximum radial load (F) within a range of radial loads applied to the rolling bearing is applied, and wherein the bearing ring has a raceway surface , and the flank face has a maximum radial depth δ, relative to a radial dimension of an imaginary circle (C) circumscribing the fitting surface of the bearing ring , which satisfies a relation: 0.005H ≤ δ ≤ 0.1 H, where H is a minimum radial wall thickness of the bearing ring between the raceway surface and the fitting surface of the bearing ring . wherein the rolling bearing includes a bearing ring fitted to a mating member with a clearance fit, the mating member being one of the shaft and the housing , and each of the bearing ring and the mating member has a fitting surface extending in a circumferential direction, characterized in that wherein the flank face is formed such that a radial gap (g) remains between the bearing ring and the mating member in a load receiving region when a maximum radial load (F) within a range of radial loads applied to the rolling bearing is applied, and wherein the bearing ring has a raceway surface , and the flank face has a maximum radial depth δ, relative to a radial dimension of an imaginary circle (C) circumscribing the fitting surface of the bearing ring , which satisfies a relation: 0.005H ≤ δ ≤ 0.1 H, where H is a minimum radial wall thickness of the bearing ring between the raceway surface and the fitting surface of the bearing ring .
A method of preparing a gellan gum product, comprising: co-precipitating an aqueous gellan gum solution with a co-precipitation agent comprising a biopolymer to form a gellan gum product comprising a co-precipitated composition.
A system to install a cannonball for artificial precipitation to an unmanned aerial vehicle, comprising: the unmanned aerial vehicle , the cannonball for artificial precipitation , a cylinder , a soft lock , and a first sensor , wherein the unmanned aerial vehicle connects the cannonball for artificial precipitation through the soft lock of adjustable length, the cannonball for artificial precipitation is a plurality of cannonballs for artificial precipitation, the cylinder is a plurality of cylinders, and the plurality of cannonballs for artificial precipitation are respectively provided inside the plurality of cylinders , the first sensor configured to provide a position signal of the cannonball for artificial precipitation in real-time, is arranged at the cylinder , an outer side of the cylinder is provided with a wing surface , the wing surface is multiple, and wherein the wing surface is arranged on one end of a long shaft direction of the cylinder , the soft lock connects on the other end of the long shaft direction of the cylinder . the unmanned aerial vehicle , the cannonball for artificial precipitation , a cylinder , a soft lock , and a first sensor , wherein the unmanned aerial vehicle connects the cannonball for artificial precipitation through the soft lock of adjustable length, the cannonball for artificial precipitation is a plurality of cannonballs for artificial precipitation, the cylinder is a plurality of cylinders, and the plurality of cannonballs for artificial precipitation are respectively provided inside the plurality of cylinders , the first sensor configured to provide a position signal of the cannonball for artificial precipitation in real-time, is arranged at the cylinder , an outer side of the cylinder is provided with a wing surface , the wing surface is multiple, and wherein the wing surface is arranged on one end of a long shaft direction of the cylinder , the soft lock connects on the other end of the long shaft direction of the cylinder .
A clock distribution circuit comprising: a clock slicer having a differential input; a pair of transmission lines including a first transmission line and a second transmission line ; a clock driver configured to provide a differential clock signal to the differential input of the clock slicer over the pair of transmission lines; and a resistor-inductor-capacitor, RLC , tuning circuit configured to provide termination to the differential input of the clock slicer, the RLC tuning circuit including a first resistor digital-to-analog converter, RDAC , coupled to the first transmission line, a second RDAC coupled to the second transmission line, a first controllable LC circuit coupled to the first transmission line, and a second controllable LC circuit coupled to the second transmission line, wherein a first control code of the first RDAC and a second control code of the second RDAC shift a DC voltage level of the differential clock signal at the differential input to the clock slicer. a clock slicer having a differential input; a pair of transmission lines including a first transmission line and a second transmission line ; a clock driver configured to provide a differential clock signal to the differential input of the clock slicer over the pair of transmission lines; and a resistor-inductor-capacitor, RLC , tuning circuit configured to provide termination to the differential input of the clock slicer, the RLC tuning circuit including a first resistor digital-to-analog converter, RDAC , coupled to the first transmission line, a second RDAC coupled to the second transmission line, a first controllable LC circuit coupled to the first transmission line, and a second controllable LC circuit coupled to the second transmission line, wherein a first control code of the first RDAC and a second control code of the second RDAC shift a DC voltage level of the differential clock signal at the differential input to the clock slicer.
A death receptor agonist comprising a tumor necrosis factor (TNF)-related apoptosis-inducing ligand (TRAIL) protein or TRAIL PEG which binds to death receptors DR4 and/or DR5, or an agonistic DR5 antibody which binds to death receptors DR4 or DR5, for use in a method for treating or preventing systemic sclerosis (SSc) in a mammalian subject, the method comprising: administering the death receptor agonist systemically or locally to the subject in an amount effective to induce apoptosis of activated myofibroblasts, thereby treating SSc in the subject. administering the death receptor agonist systemically or locally to the subject in an amount effective to induce apoptosis of activated myofibroblasts, thereby treating SSc in the subject.
An antenna, comprising a horizontal polarization antenna and a vertical polarization antenna that are disposed in a stacked manner, wherein the horizontal polarization antenna comprises a radiation element and a double-sided parallel strip line , one end of the double-sided parallel strip line is connected to the radiation element , and a length range of the double-sided parallel strip line is 0.58 to 1.35 times a waveguide wavelength of an electromagnetic wave in the double-sided parallel strip line at an operating frequency of the vertical polarization antenna ; wherein the antenna further comprises a ground plate , the vertical polarization antenna is disposed on the ground plate, and the horizontal polarization antenna is disposed on a side that is of the vertical polarization antenna and that is away from the ground plate ; wherein the double-sided parallel strip line is not linear; wherein a linear distance between the radiation element and the other end of the double-sided parallel strip line is 0.36 to 0.57 times the waveguide wavelength. a length range of the double-sided parallel strip line is 0.58 to 1.35 times a waveguide wavelength of an electromagnetic wave in the double-sided parallel strip line at an operating frequency of the vertical polarization antenna ; wherein the antenna further comprises a ground plate , the vertical polarization antenna is disposed on the ground plate, and the horizontal polarization antenna is disposed on a side that is of the vertical polarization antenna and that is away from the ground plate ; wherein the double-sided parallel strip line is not linear; wherein a linear distance between the radiation element and the other end of the double-sided parallel strip line is 0.36 to 0.57 times the waveguide wavelength.
A non-medical method to suppress appetite of a human comprising: directing a flow of air at a face of the human and into a nose and/or a mouth of the human, wherein the flow of air has a direction which forms an angle between 45° and 90°, with 90° representing a first angle pointed directly at the face and 0° representing a second angle perpendicular to the first angle.
A system comprising: an interface operable to receive a send command for a Mobile Terminated, MT, text message from a web application , wherein the send command is based on a standard used by the web application; and a controller operable to convert the send command for the MT text message to a Session Initiation Protocol, SIP, send request for the MT text message ; the interface is further operable to transmit the SIP send request for the MT text message to a packet-switched network , and wherein the interface is further operable to receive a SIP status message from the packet-switched network indicating a delivery status for at least one of the SIP send request and the MT text message ; the controller is further operable to convert the SIP status message to a status command in the standard used by the web application ; and the interface is further operable to transmit the status command to the web application . an interface operable to receive a send command for a Mobile Terminated, MT, text message from a web application , wherein the send command is based on a standard used by the web application; and a controller operable to convert the send command for the MT text message to a Session Initiation Protocol, SIP, send request for the MT text message ; the interface is further operable to transmit the SIP send request for the MT text message to a packet-switched network , and wherein the interface is further operable to receive a SIP status message from the packet-switched network indicating a delivery status for at least one of the SIP send request and the MT text message ; the controller is further operable to convert the SIP status message to a status command in the standard used by the web application ; and the interface is further operable to transmit the status command to the web application .
A relay transmission system , which accommodates a communication line of a wireless first communication system including a plurality of network devices (13-1, 13-2, 13-5) for performing communication according to time division duplex, TDD, and a communication line of a second communication system, the relay transmission system comprising an optical line terminal, OLT , comprising a relay unit (111-1, 111-2, 112, 113, 114, 115) configured to relay uplink signals and downlink signals in the first and second communication systems, a TDD information estimation unit configured to estimate a configuration of a TDD frame that includes TDD subframes of the first communication system on a basis of the uplink or downlink signal of the first communication system that is relayed by the relay unit; a surplus bandwidth determination unit configured to subtract a sum of bandwidths allocated to respective predetermined maximum transmission capacities that are allocatable to the plurality of network devices from a total bandwidth allocated to a maximum transmission capacity of the relay unit and determine a result of the subtraction as a surplus bandwidth during a TDD transmission period in which an uplink subframe is allocated as a TDD subframe in the estimated configuration of the TDD frame; and a bandwidth allocation unit configured to allocate uplink signals of the second communication system to a relay target of the relay unit in the surplus bandwidth and in a bandwidth during a TDD non-transmission period in which a downlink subframe or a special subframe is allocated as a TDD subframe in the estimated configuration of the TDD frame.
A container for storing or processing DRI granular material particles having lower vibrations, shaking, quaking and/or noise during the discharge of a bed of said DRI granular material particles through at least one outlet , comprising a tapered discharge part having inner wall converging to a bottom opening and to said outlet , characterized in that said tapered discharge part of said container comprises at least one flat baffle attached by fastening means to said inner wall of said container and located proximate to and/or at the bottom of said tapered discharge part , protruding inside said bed of DRI granular material particles which forms a stagnant zone in said bed, above said opening through which said DRI granular material particles flow, wherein the ratio of a diameter of the central opening D1 of the at least one baffle to a diameter D2 of the cross section of the tapered discharge part at the point where the flat baffle is located, is in the range between 0.5 to 0.95, wherein said tapered discharge part has a conical wall and wherein said flat baffle opening (34, 341, 346 347, 348, 349) has an area smaller than the cross section area of the tapered discharge part where such flat baffle is located and also smaller than the cross section area of the tapered discharge part below said flat baffle or smaller than the cross section area of a discharge conduit connected to said discharge outlet .