mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic assembly comprising: - at least one first heat exchanger where a hot water/cold water heat exchange takes place in order to heat the cold water belonging to a supply closed circuit (CC) supplying at least one radiator - at least one second heat exchanger for heating the domestic cold water; - at least two hydraulic functional devices ; and - at least one interface manifold , which offers an interface, on one side, with said at least one first heat exchanger and with said at least one second heat exchanger and, on the other side, with said at least two hydraulic functional devices ; wherein said at least one interface manifold comprises at least two hydraulic functional support bars (51; 52) having a main body (CP1, CP2) supporting a plurality of closable joining elements (61A, 62A, 63A, 64A; 61B, 62B, 63B, 64B; 61C, 62C, 63C, 64C; 61D, 62D, 63D, 64D; 71A, 72A, 73A, 74A; 71B, 72B, 73B, 74B; 71C, 72C, 73C, 74C; 71D, 72D, 73D, 74D), which join said at least one first heat exchanger and said at least one second heat exchanger with said at least two hydraulic functional devices ; said hydraulic assembly being characterized in that - said at least one first heat exchanger ; - said at least one second heat exchanger ; - said at least two hydraulic functional devices ; and - said at least one interface manifold are packed together by means of tie rod devices (81, 82, 83, 84; 91, 92, 93, 94) and brackets . - at least one first heat exchanger where a hot water/cold water heat exchange takes place in order to heat the cold water belonging to a supply closed circuit (CC) supplying at least one radiator - at least one second heat exchanger for heating the domestic cold water; - at least two hydraulic functional devices ; and - at least one interface manifold , which offers an interface, on one side, with said at least one first heat exchanger and with said at least one second heat exchanger and, on the other side, with said at least two hydraulic functional devices ; - said at least one first heat exchanger ; - said at least one second heat exchanger ; - said at least two hydraulic functional devices ; and - said at least one interface manifold are packed together by means of tie rod devices (81, 82, 83, 84; 91, 92, 93, 94) and brackets .
A spherical aluminum nitride powder containing a main component consisting of AlN, and a subcomponent consisting of a rare earth compound, wherein 70% or more of particles in the powder have a planar projection shape of each particle in which an outer peripheral shape does not include any protruding angular portions or irregularities; wherein an average particle size is 2 to 30 μm, 95% or more particles of all the powder have a sphericity of 0.7 or more, and a specific surface area is 1.6 m 2 /g or less. an average particle size is 2 to 30 μm, 95% or more particles of all the powder have a sphericity of 0.7 or more, and a specific surface area is 1.6 m 2 /g or less.
A wireless communication method performed by an eNode B, eNB, comprising: transmitting downlink control information (DCI) to a user equipment, UE, wherein the DCI is designed based on a coverage enhancement level among a plurality of coverage enhancement levels for the UE, and the DCI includes resource assignment field and a repetition number index, the resource assignment field containing an index associated with the coverage enhancement level and the repetition number index being associated with a repetition of a channel to be transmitted. transmitting downlink control information (DCI) to a user equipment, UE, wherein the DCI is designed based on a coverage enhancement level among a plurality of coverage enhancement levels for the UE, and the DCI includes resource assignment field and a repetition number index, the resource assignment field containing an index associated with the coverage enhancement level and the repetition number index being associated with a repetition of a channel to be transmitted.
A method comprising: computing position information from a global navigation satellite system (GNSS); computing an altitude measurement based on retrieved information from a vertical position sensor ; determining a vertical protection level (VPL) associated with the position information; splitting the VPL into an upward VPL component and a downward VPL component; determining a vertical alert limit (VAL) associated with the altitude measurement; splitting the VAL into an upward VAL component and a downward VAL component; optimizing an integrity budget allocation between the upward and downward VPL components; and recomputing the upward and downward VPL components given the optimized integrity budget allocation. computing position information from a global navigation satellite system (GNSS); computing an altitude measurement based on retrieved information from a vertical position sensor ; determining a vertical protection level (VPL) associated with the position information; splitting the VPL into an upward VPL component and a downward VPL component; determining a vertical alert limit (VAL) associated with the altitude measurement; splitting the VAL into an upward VAL component and a downward VAL component; optimizing an integrity budget allocation between the upward and downward VPL components; and recomputing the upward and downward VPL components given the optimized integrity budget allocation.
A method for communicating amongst a plurality of peripherals within a mesh network comprising a first subnet and a second subnet , the method comprising the following steps performed by a sending peripheral of the plurality of peripherals : receiving an advertisement from one or more peripherals of the plurality of peripherals , the advertisement including a hop count , a subnet identifier , and a unique subnet device identifier , the subnet identifier indicating the first subnet or the second subnet and the unique subnet device identifier indicating a specific peripheral of the plurality of peripherals within the mesh network ; triggering a message send event; determining a desired stream direction within the mesh network , wherein the desired stream direction is upstream or downstream; determining a desired subnet of the mesh network , the desired subnet being either the first subnet of the mesh network or the second subnet of the mesh network ; determining a destination peripheral of the one or more peripherals within the desired subnet and in the desired stream direction in response to the hop count , the subnet identifier , and the unique subnet device identifier , wherein when the desired stream direction is downstream then the destination peripheral has a hop count greater than the hop count of the sending peripheral, and when the desired stream direction is upstream then the destination peripheral has a hop count less than the hop count of the sending peripheral; connecting to the destination peripheral via wireless messaging; and sending the message to the destination peripheral. receiving an advertisement from one or more peripherals of the plurality of peripherals , the advertisement including a hop count , a subnet identifier , and a unique subnet device identifier , the subnet identifier indicating the first subnet or the second subnet and the unique subnet device identifier indicating a specific peripheral of the plurality of peripherals within the mesh network ; triggering a message send event; determining a desired stream direction within the mesh network , wherein the desired stream direction is upstream or downstream; determining a desired subnet of the mesh network , the desired subnet being either the first subnet of the mesh network or the second subnet of the mesh network ; determining a destination peripheral of the one or more peripherals within the desired subnet and in the desired stream direction in response to the hop count , the subnet identifier , and the unique subnet device identifier , wherein when the desired stream direction is downstream then the destination peripheral has a hop count greater than the hop count of the sending peripheral, and when the desired stream direction is upstream then the destination peripheral has a hop count less than the hop count of the sending peripheral; connecting to the destination peripheral via wireless messaging; and sending the message to the destination peripheral.
A lens moving apparatus comprising: a board ; a housing comprising a first side portion (141-1) and a second side portion (141-2) opposite each other and a third side portion (141-3) and a fourth side portion (141-4) opposite each other; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; and a magnet disposed on the housing , wherein the board comprises a second coil opposite the magnet, the magnet comprises a first magnet (130-1) disposed on the first side portion (141-1) of the housing , a second magnet (130-2) disposed on the second side portion (141-2) of the housing , and a third magnet (130-3) disposed on the third side portion (141-3) of the housing , wherein the bobbin is configured to be moved when the first coil interacts electromagnetically with the first magnet (130-1) and the second magnet (130-2), and the housing is configured to move when the second coil interacts electromagnetically with the magnet , the second coil comprising a first coil unit (230-1) opposite the first magnet (130-1) , a second coil unit (230-2) opposite the second magnet (130-2), and a third coil unit (230-3) opposite the third magnet (130-3), each of the first to third coil units (230-1, 230-2, 230-3) comprising a coil pattern conductive line, and characterized in that a width of the coil pattern conductive line of the third coil unit (230-3) being less than a width of the coil pattern conductive line of the first coil unit (230-1). a board ; a housing comprising a first side portion (141-1) and a second side portion (141-2) opposite each other and a third side portion (141-3) and a fourth side portion (141-4) opposite each other; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; and a magnet disposed on the housing , wherein the board comprises a second coil opposite the magnet, the magnet comprises a first magnet (130-1) disposed on the first side portion (141-1) of the housing , a second magnet (130-2) disposed on the second side portion (141-2) of the housing , and a third magnet (130-3) disposed on the third side portion (141-3) of the housing , wherein the bobbin is configured to be moved when the first coil interacts electromagnetically with the first magnet (130-1) and the second magnet (130-2), and the housing is configured to move when the second coil interacts electromagnetically with the magnet , the second coil comprising a first coil unit (230-1) opposite the first magnet (130-1) , a second coil unit (230-2) opposite the second magnet (130-2), and a third coil unit (230-3) opposite the third magnet (130-3), each of the first to third coil units (230-1, 230-2, 230-3) comprising a coil pattern conductive line, and characterized in that a width of the coil pattern conductive line of the third coil unit (230-3) being less than a width of the coil pattern conductive line of the first coil unit (230-1).
An information processing apparatus comprising: a request generation section that generates a command assigning a media type and attribute for an initialization segment file and generates an MPD (Media Presentation Description) request with a header including the command; and a transmission section that transmits the MPD request including the command to request a different information processing apparatus to transmit an MPD file that manages a content possessing a plurality of attributes and the initialization segment file of the content possessing said media type and said attribute; wherein when the request generation section generates an MPD request not including said command, the transmission section transmits the MPD request not including said command, to request that the different information processing apparatus transmits said MPD file without transmitting the initialization segment file. a request generation section that generates a command assigning a media type and attribute for an initialization segment file and generates an MPD (Media Presentation Description) request with a header including the command; and a transmission section that transmits the MPD request including the command to request a different information processing apparatus to transmit an MPD file that manages a content possessing a plurality of attributes and the initialization segment file of the content possessing said media type and said attribute; wherein when the request generation section generates an MPD request not including said command, the transmission section transmits the MPD request not including said command, to request that the different information processing apparatus transmits said MPD file without transmitting the initialization segment file.
Arrangement for fastening, at multiple fastening points, a frequency converter to a base susceptible to vibration, at least a portion of which fastening points are vibration-damped, and which fastening points are on two opposite sides of the frequency converter , characterized in that there are at least two fastening points (3, 4; 3, 4, 5) on each of two opposite sides of the frequency converter , wherein fastening points on one side are damped while fastening points on the other side are undamped.
An electronic device (100; 300; 801) comprising: a conductive bracket (310; 710) comprising an opening (312; 712) in at least part of the conductive bracket (310; 710); a display disposed on one surface of the conductive bracket (310; 710); a battery (350; 750) disposed on another surface of the conductive bracket (310; 710) to face at least part of the opening (312; 712); an antenna spaced apart from the opening (312; 712) of the conductive bracket (310; 710) and configured to output a signal of a first frequency band; and a conductive member (351; 751, 752, 753, 754) comprising conductive material electrically coupled to the conductive bracket (310; 710) by crossing at least part of the opening (312; 712), wherein the opening (312; 712) is divided into a plurality of openings (3121, 3122; 7121, 7122, 7123, 7124) by the conductive member (351; 751, 752, 753, 754 to adjust a parasitic resonance of a second frequency band created by the opening in the signal output from the antenna. a conductive bracket (310; 710) comprising an opening (312; 712) in at least part of the conductive bracket (310; 710); a display disposed on one surface of the conductive bracket (310; 710); a battery (350; 750) disposed on another surface of the conductive bracket (310; 710) to face at least part of the opening (312; 712); an antenna spaced apart from the opening (312; 712) of the conductive bracket (310; 710) and configured to output a signal of a first frequency band; and a conductive member (351; 751, 752, 753, 754) comprising conductive material electrically coupled to the conductive bracket (310; 710) by crossing at least part of the opening (312; 712), wherein the opening (312; 712) is divided into a plurality of openings (3121, 3122; 7121, 7122, 7123, 7124) by the conductive member (351; 751, 752, 753, 754 to adjust a parasitic resonance of a second frequency band created by the opening in the signal output from the antenna.
Cooking device comprising: - a first interior chamber ; - a second interior chamber being fluidly connected with the first interior chamber via a drain and comprising a first water reservoir having a first water level (WS 1 ), the drain and the first water reservoir forming a first air trap ; and - a device outlet downstream of the second interior chamber , - wherein said air trap is adapted to be opened or closed by lowering or lifting the water level (WS 1 ) in the first water reservoir that is disposed between the first interior chamber and the second interior chamber , wherein: - a draining pump is fluidly connected with the first water reservoir in the second interior chamber , and fluidly connected with a conduit leading directly or indirectly to the device outlet , wherein, for lowering the first water level (WS 1 ), the drain pump supplies water out of the water reservoir to the device outlet , characterized in that : - the first interior chamber further comprises a fresh air inlet comprising a dehumidification valve , - an air vent is connected to the second interior chamber , - wherein for the purpose of a dehumidification of the first interior chamber , the dehumidification valve can be opened and the water level (WS 1 ) of the first water reservoir can be lowered, wherein due to a resulting suction effect dry air can be sucked into the first chamber from the environment and a vapour/air mixture can be supplied out of the first chamber through the drain into the second chamber and, thereafter, into the air vent . - a first interior chamber ; - a second interior chamber being fluidly connected with the first interior chamber via a drain and comprising a first water reservoir having a first water level (WS 1 ), the drain and the first water reservoir forming a first air trap ; and - a device outlet downstream of the second interior chamber , - wherein said air trap is adapted to be opened or closed by lowering or lifting the water level (WS 1 ) in the first water reservoir that is disposed between the first interior chamber and the second interior chamber , wherein: - a draining pump is fluidly connected with the first water reservoir in the second interior chamber , and fluidly connected with a conduit leading directly or indirectly to the device outlet , - the first interior chamber further comprises a fresh air inlet comprising a dehumidification valve , - an air vent is connected to the second interior chamber , - wherein for the purpose of a dehumidification of the first interior chamber , the dehumidification valve can be opened and the water level (WS 1 ) of the first water reservoir can be lowered, wherein due to a resulting suction effect dry air can be sucked into the first chamber from the environment and a vapour/air mixture can be supplied out of the first chamber through the drain into the second chamber and, thereafter, into the air vent .
Tractor having a cab and having a supporting structure on which a rear axle , extending along a transverse direction , of the tractor is mounted, wherein - at least one cab-side portion of the tractor and at least one supporting-structure-side portion of the tractor in the region of the rear axle delimit a wheel housing for a rear wheel, characterized in that the wheel housing has, at individual boundary surfaces, at least one gap which is effectively covered by means of a cover at least in the transverse direction . - at least one cab-side portion of the tractor and at least one supporting-structure-side portion of the tractor in the region of the rear axle delimit a wheel housing for a rear wheel,
A method comprising: receiving, by a border gateway control function, BGCF, associated with an Internet protocol, IP, multimedia subsystem, IMS , of a first service provider, a session initiation protocol, SIP, request , wherein the SIP request corresponds to a request method and specifies a request feature tag and a recipient associated with an IMS of a second service provider, the IMS of the second service provider being external to the IMS of the first service provider; identifying, by the BGCF, the second service provider associated with the call recipient; accessing, by the BGCF, a service profile associated with the second service provider, wherein the service profile specifies methods and feature tags supported by the second service provider; comparing, by the BGCF, the request method and the request feature tag to a specification of supported methods and supported feature tags to determine whether the request method and the request feature tag are supported by the second service provider; and in response to determining , by the BGCF, that at least one of the request method and the request feature tag are not supported by the second service provider, rejecting , by the BGCF, the SIP request . receiving, by a border gateway control function, BGCF, associated with an Internet protocol, IP, multimedia subsystem, IMS , of a first service provider, a session initiation protocol, SIP, request , wherein the SIP request corresponds to a request method and specifies a request feature tag and a recipient associated with an IMS of a second service provider, the IMS of the second service provider being external to the IMS of the first service provider; identifying, by the BGCF, the second service provider associated with the call recipient; accessing, by the BGCF, a service profile associated with the second service provider, wherein the service profile specifies methods and feature tags supported by the second service provider; comparing, by the BGCF, the request method and the request feature tag to a specification of supported methods and supported feature tags to determine whether the request method and the request feature tag are supported by the second service provider; and in response to determining , by the BGCF, that at least one of the request method and the request feature tag are not supported by the second service provider, rejecting , by the BGCF, the SIP request .
A vibration apparatus for dental care, comprising: a body in which a vibrator is embedded; a tip part connected to the body to extend to an outside of the body and configured to transmit vibration energy of the vibrator to a resin applied to a tooth; and a controller configured to control a magnitude of vibration energy generated from the vibrator and transmitted to the tip part , wherein the controller comprises a microcomputer configured to control operation of the vibrator and a vibration frequency of a vibration tip of the tip part within a range of 3 to 70 Hz, characterized in that the controller is configured to sense a vibration frequency of the vibration tip and, when the vibration frequency of the vibration tip is outside a range of 3 to 70 Hz, a display window provided in the body displays that the vibration frequency of the vibration tip is outside of the range. a body in which a vibrator is embedded; a tip part connected to the body to extend to an outside of the body and configured to transmit vibration energy of the vibrator to a resin applied to a tooth; and a controller configured to control a magnitude of vibration energy generated from the vibrator and transmitted to the tip part , wherein the controller comprises a microcomputer configured to control operation of the vibrator and a vibration frequency of a vibration tip of the tip part within a range of 3 to 70 Hz, characterized in that the controller is configured to sense a vibration frequency of the vibration tip and, when the vibration frequency of the vibration tip is outside a range of 3 to 70 Hz, a display window provided in the body displays that the vibration frequency of the vibration tip is outside of the range.
A computer implemented method of generating a set of values for respective ones of a set of parameters used in determining rotor blade profiles for a coaxial rotor system, characterised in that the method comprises: establishing a ratio of respective desired thrusts of an upper rotor and a lower rotor of the coaxial rotor system based on a desired performance of the coaxial rotor system; and determining the set of values of the set of parameters from the desired thrusts ratio based on a torque balance condition between the upper rotor and the lower rotor of the coaxial rotor system. establishing a ratio of respective desired thrusts of an upper rotor and a lower rotor of the coaxial rotor system based on a desired performance of the coaxial rotor system; and determining the set of values of the set of parameters from the desired thrusts ratio based on a torque balance condition between the upper rotor and the lower rotor of the coaxial rotor system.