mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for establishing, enforcing or facilitating connectivity between a first system and a second system , wherein each system: is registered with a computer-based Platform ; and is associated at the Platform with a cryptographic key and a certificate name; the method comprising: defining and/or storing a Policy defining traffic flow criteria and/or a Tag denoting a class, type or category of computer system; applying the Policy and/or tag to the first and/or second system; and providing reachability information to the first or second system to enable it to connect to the other system if, and only if, any and all rules, criteria and requirements associated with the Policy and/or tag permit connection of or between the first system and second system . is registered with a computer-based Platform ; and is associated at the Platform with a cryptographic key and a certificate name; defining and/or storing a Policy defining traffic flow criteria and/or a Tag denoting a class, type or category of computer system; applying the Policy and/or tag to the first and/or second system; and providing reachability information to the first or second system to enable it to connect to the other system if, and only if, any and all rules, criteria and requirements associated with the Policy and/or tag permit connection of or between the first system and second system .
A compound of formula I: I: Acetyl-D-Tyr-D-Arg-D-Phe-NH 2 or a salt or solvate thereof.
A process of preparing 2-chloro-1,1,1,4,4,4-hexafluoro-2-butene, comprising reacting hexachlorobutadiene with hydrofluoric acid in the presence of a transition metal catalyst, wherein the transition metal catalyst is a niobium catalyst selected from niobium (V) chloride, niobium (IV) chloride or a mixture thereof.
A welding torch handle , comprising: a front housing , wherein the front housing is configured for coupling to a gooseneck ; a drive gearbox comprising gears configured to drive a drive roll ; and a thermal insulating plate positioned between the drive gearbox and the front housing , wherein the thermal insulating plate is comprised of a thermally insulating material, characterised in that the front housing comprises a cylindrical portion and a connecting plate portion , wherein the cylindrical portion comprises a threaded inner surface surrounding a bore , wherein the threaded inner surface is configured to engage complementary threads of the gooseneck , and wherein the connecting plate portion comprises bolt holes configured to receive bolts to connect the front housing to the drive gearbox . a front housing , wherein the front housing is configured for coupling to a gooseneck ; a drive gearbox comprising gears configured to drive a drive roll ; and a thermal insulating plate positioned between the drive gearbox and the front housing , wherein the thermal insulating plate is comprised of a thermally insulating material, characterised in that the front housing comprises a cylindrical portion and a connecting plate portion , wherein the cylindrical portion comprises a threaded inner surface surrounding a bore , wherein the threaded inner surface is configured to engage complementary threads of the gooseneck , and wherein the connecting plate portion comprises bolt holes configured to receive bolts to connect the front housing to the drive gearbox .
A method performed by a radio network node , wherein the radio access network comprises a central unit, CU , and a distributed unit, DU , comprising: • obtaining one or more criteria for determining a preferable location for a UE context controller in the radio access network node, the UE context controller managing a connection between a UE and the radio access network node ; and • determining , based on the one or more criteria, whether the UE context controller shall be located in the CU and/or in the DU . • obtaining one or more criteria for determining a preferable location for a UE context controller in the radio access network node, the UE context controller managing a connection between a UE and the radio access network node ; and • determining , based on the one or more criteria, whether the UE context controller shall be located in the CU and/or in the DU .
Method for controlling a circuit for the thermal regulation of a vehicle, said circuit comprising a first and a second heat exchanger which are situated in series in a direction in which an air flow intended to pass through them in this order circulates, said circuit further comprising an additional heat exchanger situated upstream of the first heat exchanger according to the direction of circulation of the air flow, said circuit being configured to allow a refrigerant fluid to circulate through the first exchanger and a heat-transfer fluid to circulate through the second exchanger and through the additional exchanger , said method comprising a step in which a flow of the heat-transfer fluid in the additional exchanger is generated or increased according to the mode of operation of the circuit, characterized in that the circuit comprises at least one valve making it possible, depending on the direction of circulation of said heat-transfer fluid, to direct the heat-transfer fluid downstream of the second exchanger selectively toward said additional exchanger or toward the rest of the circuit.
A method of controlling exhaust gas recirculation (EGR) for controlling recirculation of exhaust gas discharged from a combustion chamber of an engine, the method comprising: a data obtaining operation of obtaining measurement data about an operation state of the engine including rpm, an actual fuel supply quantity, and an inhalation air quantity of the engine; a current EGR rate calculating operation of calculating a current EGR rate of supply gas based on the data; a demand EGR rate setting operation of setting a demand EGR rate matched with the rpm and the fuel supply quantity in a pre-made target EGR rate map; an error calculating operation of calculating a difference between the demand EGR rate and the current EGR rate; and a control operation of making the current EGR rate follow the demand EGR rate by changing a recirculation rate of the exhaust gas by adjusting an inhalation side pressure of the supply gas according to the difference; wherein the current EGR rate is calculated by dividing a difference between a non-EGR air quantity and the inhalation air quantity by the non-EGR air quantity, wherein the non-EGR air quantity is matched with the rpm in a pre-made non-EGR air quantity table, and wherein the control operation is performed by mutually adjusting an opening degree of an inhalation pressure control valve, which is provided at an inhalation side of the supply gas and adjusts an inhalation negative pressure, and an opening degree of an EGR valve, which is provided at a discharge side of the exhaust gas and introduces the exhaust gas to the inhalation side of the supply gas. a data obtaining operation of obtaining measurement data about an operation state of the engine including rpm, an actual fuel supply quantity, and an inhalation air quantity of the engine; a current EGR rate calculating operation of calculating a current EGR rate of supply gas based on the data; a demand EGR rate setting operation of setting a demand EGR rate matched with the rpm and the fuel supply quantity in a pre-made target EGR rate map; an error calculating operation of calculating a difference between the demand EGR rate and the current EGR rate; and a control operation of making the current EGR rate follow the demand EGR rate by changing a recirculation rate of the exhaust gas by adjusting an inhalation side pressure of the supply gas according to the difference; wherein the current EGR rate is calculated by dividing a difference between a non-EGR air quantity and the inhalation air quantity by the non-EGR air quantity, wherein the non-EGR air quantity is matched with the rpm in a pre-made non-EGR air quantity table, and wherein the control operation is performed by mutually adjusting an opening degree of an inhalation pressure control valve, which is provided at an inhalation side of the supply gas and adjusts an inhalation negative pressure, and an opening degree of an EGR valve, which is provided at a discharge side of the exhaust gas and introduces the exhaust gas to the inhalation side of the supply gas.
Headjoint for a transverse flute having - a mouthpiece , - at least one adapter piece , the adapter piece comprising • a first connection section (2a.1, 2b.1) releasably connectable to the mouthpiece and • a second connection section (2a.2, 2b.2) slidably connectable to a flute component, wherein in a state, when the second connection section (2a.2, 2b.2) is connected to the flute component, the second connection section (2a.2, 2b.2) is surrounded only by the flute component, characterized in that the mouthpiece has an embouchure hole (1.1) surrounded by a lip plate (1.2), wherein the lip plate (1.2) is symmetrical to a plane defined by a longitudinal axis of the mouthpiece and a line extending through the embouchure hole (1.1) and being parallel to the longitudinal axis of the mouthpiece . - a mouthpiece , - at least one adapter piece , the adapter piece comprising • a first connection section (2a.1, 2b.1) releasably connectable to the mouthpiece and • a second connection section (2a.2, 2b.2) slidably connectable to a flute component, • a first connection section (2a.1, 2b.1) releasably connectable to the mouthpiece and • a second connection section (2a.2, 2b.2) slidably connectable to a flute component, in a state, when the second connection section (2a.2, 2b.2) is connected to the flute component, the second connection section (2a.2, 2b.2) is surrounded only by the flute component, characterized in that the mouthpiece has an embouchure hole (1.1) surrounded by a lip plate (1.2), wherein the lip plate (1.2) is symmetrical to a plane defined by a longitudinal axis of the mouthpiece and a line extending through the embouchure hole (1.1) and being parallel to the longitudinal axis of the mouthpiece .
A method for assessing performance impact of a power upgrade of one or more wind turbines of a wind farm , the method comprising the steps of: - dividing at least some of the wind turbines of the wind farm into a group of target wind turbines and a group of reference wind turbines , - operating the wind turbines of the wind farm , while obtaining locally measured wind speeds at each of the wind turbines , - for each of the target wind turbines , generating a transfer function establishing a relationship between the locally measured wind speed at the target wind turbine and the locally measured wind speeds at each of the reference wind turbines , - performing a power upgrade of each of the target wind turbines , - operating the wind turbines of the wind farm , while obtaining locally measured wind speeds, at least at the reference wind turbines , - obtaining power performance data for each of the reference wind turbines , within one or more wind speed intervals, based on locally measured wind speeds at the reference wind turbines , - obtaining power performance data for each of the target wind turbines , within the one or more wind speed intervals, based on estimated wind speeds obtained by means of locally measured wind speeds at each of the reference wind turbines and the previously generated transfer functions for each of the target wind turbines , - comparing the obtained power performance data for the reference wind turbines and for the target wind turbines , and - assessing a performance impact of the power upgrade, based on the comparison. - dividing at least some of the wind turbines of the wind farm into a group of target wind turbines and a group of reference wind turbines , - operating the wind turbines of the wind farm , while obtaining locally measured wind speeds at each of the wind turbines , - for each of the target wind turbines , generating a transfer function establishing a relationship between the locally measured wind speed at the target wind turbine and the locally measured wind speeds at each of the reference wind turbines , - performing a power upgrade of each of the target wind turbines , - operating the wind turbines of the wind farm , while obtaining locally measured wind speeds, at least at the reference wind turbines , - obtaining power performance data for each of the reference wind turbines , within one or more wind speed intervals, based on locally measured wind speeds at the reference wind turbines , - obtaining power performance data for each of the target wind turbines , within the one or more wind speed intervals, based on estimated wind speeds obtained by means of locally measured wind speeds at each of the reference wind turbines and the previously generated transfer functions for each of the target wind turbines , - comparing the obtained power performance data for the reference wind turbines and for the target wind turbines , and - assessing a performance impact of the power upgrade, based on the comparison.
Inhalator comprising: an aerosol generator configured to generate an aerosol by nebulizing a fluid; and a controller configured to control operation of the aerosol generator; and a housing accommodating at least the aerosol generator and the controller, the housing having a base for supporting the housing on a horizontal surface, wherein a portion of the housing accommodating at least a portion of the controller is arranged further away from the base than the aerosol generator as seen in a vertical direction, when the base is supported on the horizontal surface, wherein the aerosol generator has a vibratable membrane with a plurality of apertures through which the fluid is passed for nebulization and said portion of the housing is arranged further away from the base than the membrane as seen in the vertical direction, when the base is supported on the horizontal surface, and wherein the aerosol generator is gravity fed in that the fluid is flown to the aerosol generator primarily by gravitational force characterized in that the center of gravity of the inhalator is closer to the base than to a top at an opposite side and furthest away from the base. an aerosol generator configured to generate an aerosol by nebulizing a fluid; and a controller configured to control operation of the aerosol generator; and a housing accommodating at least the aerosol generator and the controller, the housing having a base for supporting the housing on a horizontal surface, wherein a portion of the housing accommodating at least a portion of the controller is arranged further away from the base than the aerosol generator as seen in a vertical direction, when the base is supported on the horizontal surface, wherein the aerosol generator has a vibratable membrane with a plurality of apertures through which the fluid is passed for nebulization and said portion of the housing is arranged further away from the base than the membrane as seen in the vertical direction, when the base is supported on the horizontal surface, and wherein the aerosol generator is gravity fed in that the fluid is flown to the aerosol generator primarily by gravitational force characterized in that the center of gravity of the inhalator is closer to the base than to a top at an opposite side and furthest away from the base.
A crosslinked rubber composition having a volume of the low density region of 35% or more at elongation by an applied stress of 1.5 MPa, a volume of the void portion of 7.5% or less at elongation by an applied stress of 3.0 MPa and a ratio of 40% by mass or more of a component having a weight-average molecular weight of not less than 1,000,000 in a molecular weight distribution measured by gel permeation chromatography, wherein the low density region is a region having a density of 0.1 to 0.8 time the density of a crosslinked rubber composition before the elongation, wherein the void portion is a region having a density of 0 to 0.1 time the density of a crosslinked rubber composition before the elongation, wherein volumes of the low density region and the void portion are evaluated using an X-ray computerized tomography, wherein a decay time of a phosphor for converting the X-ray into a visible light is 100 ms or less, and wherein a luminance of the X-ray is 10 10 photons/s/mrad 2 /mm 2 /0.1% bw or more.
A method for triggering triacylglycerols (TAG) accumulation in microalgae comprising the step (i) of contacting a source of exogenous nitroxide (NO) with said microalgae in their growth medium.
A detector system , comprising: a detector , comprising a plurality of detector layers that are overlapped, wherein said plurality of detector layers each comprise a detector element layer, and at least one of said plurality of detector layers is movable along the thickness direction of the detector layers ; and a distance adjusting device which is drivingly connected with the at least one of the detector layers , so as to adjust the inter-layer distance between adjacent detector layers of the detector by moving the at least one of the detector layers along the thickness of the detector layers , wherein the distance adjusting device comprises an inter-layer connecting mechanism connected with each detector layer , and the inter-layer connecting mechanism defines the same inter-layer distances between each two adjacent detector layers when the distance adjusting device adjusts the inter-layer distance, characterized in that : the inter-layer connecting mechanism comprises a rod telescopic structure formed by a plurality of hinged connecting rods, and each detector layer is hinged with the rod telescopic structure. a detector , comprising a plurality of detector layers that are overlapped, wherein said plurality of detector layers each comprise a detector element layer, and at least one of said plurality of detector layers is movable along the thickness direction of the detector layers ; and a distance adjusting device which is drivingly connected with the at least one of the detector layers , so as to adjust the inter-layer distance between adjacent detector layers of the detector by moving the at least one of the detector layers along the thickness of the detector layers , wherein the distance adjusting device comprises an inter-layer connecting mechanism connected with each detector layer , and the inter-layer connecting mechanism defines the same inter-layer distances between each two adjacent detector layers when the distance adjusting device adjusts the inter-layer distance, characterized in that : the inter-layer connecting mechanism comprises a rod telescopic structure formed by a plurality of hinged connecting rods, and each detector layer is hinged with the rod telescopic structure.
Ultrasonic sensor for a motor vehicle , wherein the ultrasonic sensor has: a plastics housing , a diaphragm assembly , which is arranged in a housing opening of the plastics housing and comprises an ultrasonic diaphragm , and a decoupling element , which is arranged between an inner surface of the plastics housing and the diaphragm assembly , wherein a plurality of ribs against which the decoupling element rests are formed on the inner surface of the plastics housing , and the ribs are formed such that the decoupling element does not rest over all of its surface area against the inner surface of the plastics housing , wherein the diaphragm assembly comprises a diaphragm pot with a base forming the ultrasonic diaphragm , and a jacket formed in one piece with the base , wherein the diaphragm pot is inserted in the housing opening along an axial direction of the housing opening, characterized in that at least some of the ribs on a jacket section of the inner surface of the plastics housing project radially inwards and extend in the axial direction of the housing opening . wherein a plurality of ribs against which the decoupling element rests are formed on the inner surface of the plastics housing , and the ribs are formed such that the decoupling element does not rest over all of its surface area against the inner surface of the plastics housing , wherein the diaphragm assembly comprises a diaphragm pot with a base forming the ultrasonic diaphragm , and a jacket formed in one piece with the base , wherein the diaphragm pot is inserted in the housing opening along an axial direction of the housing opening, characterized in that at least some of the ribs on a jacket section of the inner surface of the plastics housing project radially inwards and extend in the axial direction of the housing opening .
A non-volatile memory element adapted for use as a switch and having thermal-assisted switching control, characterised in that a resistive memory element is disposed on a thermal inkjet resistor , the non-volatile memory element further comprising a passivation layer on the thermal inkjet resistor, wherein the resistive memory element is formed on the passivation layer.
Hybrid protein molecule comprising two enzymes inhibiting the activity of at least one antibiotic, wherein the two enzymes have different biochemical characteristics and said enzymes are two interlinked beta-lactamases.
Insulating material panel , provided with a cavity made in said panel and extending through the thickness of the latter, said cavity being adapted in size and volume to receive a hardenable hydraulic binder and/or a mechanical reinforcement member, the cavity being connected to the line of a cut provided in a first external face of the panel extending to an internal face of the cavity, characterised in that said panel includes, starting from said first external face of the panel towards the other diametrically opposite face , internal isothermal blocking means resistant to the pressure exerted by the hardenable hydraulic binder, which extend from said external first face inwardly into the panel towards the other diametrically opposite face , and wherein the internal isothermal blocking means resistant to the pressure exerted by the hardenable hydraulic binder are made up of the line of the cut provided in the first external face of the panel and extending to an internal face of the cavity .
Non-therapeutic use of a food composition comprising - dietary fibres; - beta-carotene; - folate; - magnesium; - zinc; - Vitamin C; and - thiamin. to assist in post partum weight management. - dietary fibres; - beta-carotene; - folate; - magnesium; - zinc; - Vitamin C; and - thiamin.
An apparatus for a wireless communications system , comprising at least one processor , and memory storing instructions that, when executed by the at least one processor , cause the apparatus at least to configure a user equipment with a radio link control, RLC, failure configuration, RLC-FCFG, which defines how the user equipment should react to an RLC failure of a first logical channel associated with the user equipment , wherein the RLC failure configuration comprises at least one priority threshold (P1, P2), and wherein the user equipment is configured to determine, based on the at least one priority threshold (P1, P2) and on at least one of: a) a lowest priority of logical channels associated with the user equipment, b) a priority of the first logical channel, whether to transmit the RLC failure to a network.