mhurhangee/ep-ind-claims huggingface dataset:
A detection circuit optimized for low sensor voltages comprising a microprocessor, the microprocessor comprising an integrated analog-to-digital converter with an input pin, the integrated analog-to-digital converter being configured to digitize an input voltage in the range of no more than 2 V, said detection circuit also comprising a transformation circuit for transforming a sensor (2, 102, 202, 302, 402) signal, said transformation circuit being connected to the input pin of the integrated analog-to-digital converter, wherein the transformation circuit comprises an impedance converter for transforming the impedance of the sensor signal and a plurality of only passive electric components (111, 112, 408, 409, 411, 412, 705, 706) and the transformation circuit is configured to transform the sensor signal based on the impedance converter and on the plurality of only passive electric components (111, 112, 408, 409, 411, 412, 705, 706) and the impedance converter is configured to ensure that a current fed into the input pin of the analog-to-digital converter is sufficient for the functioning of the analog-to-digital converter, whenever due to ambient temperature dependence the input current of the analog-to-digital converter becomes excessive. a microprocessor, the microprocessor comprising an integrated analog-to-digital converter with an input pin, the integrated analog-to-digital converter being configured to digitize an input voltage in the range of no more than 2 V, said detection circuit also comprising a transformation circuit for transforming a sensor (2, 102, 202, 302, 402) signal, said transformation circuit being connected to the input pin of the integrated analog-to-digital converter, wherein the transformation circuit comprises an impedance converter for transforming the impedance of the sensor signal and a plurality of only passive electric components (111, 112, 408, 409, 411, 412, 705, 706) and the transformation circuit is configured to transform the sensor signal based on the impedance converter and on the plurality of only passive electric components (111, 112, 408, 409, 411, 412, 705, 706) and the impedance converter is configured to ensure that a current fed into the input pin of the analog-to-digital converter is sufficient for the functioning of the analog-to-digital converter, whenever due to ambient temperature dependence the input current of the analog-to-digital converter becomes excessive.
An oil-based inkjet ink comprising a colorant and a fatty acid ester-based solvent represented by general formula shown below: wherein (i) each of R 1 and R 2 independently represents an alkyl group of at least 8 carbon atoms, at least one of the alkyl groups of R 1 and R 2 is a branched alkyl group having a side chain of at least 4 carbon atoms and wherein the fatty acid ester-based solvent has 18 to 23 carbon atoms in one molecule, or (ii) each of R 1 and R 2 independently represents an alkyl group, each of R 1 and R 2 independently represents a branched alkyl group having a side chain of at least 4 carbon atoms, and wherein the fatty acid ester-based solvent has 20 to 23 carbon atoms in one molecule, and wherein the colorant comprises at least one selected from the group consisting of azo pigments, phthalocyanine pigments, polycyclic pigments, dye lake pigments, carbon blacks and metal oxides.
A method of copying DVD information, said method involving one or more DVD apparatuses (52, 62), each of said DVD apparatuses including an arrangement (80, 80') for reading information from a DVD disk, at least one of said DVD apparatuses including an arrangement for storing information on a DVD disk, said method including the following steps: reading information stored on a DVD disk, said DVD disk including a secure container comprising protected content and a first rule, said protected content being at least in part encrypted; under control of said first rule, copying at least a portion of said protected content onto a second DVD disk, said copying including the following steps: placing said copied information into a second secure container; placing a unique identifier of an intended receiving device and/or class of device in the second secure container; and storing said second secure container on said second DVD disk; wherein the unique identifier is used to enforce a requirement that the copied information can only be played on the intended receiving device or class of device. reading information stored on a DVD disk, said DVD disk including a secure container comprising protected content and a first rule, said protected content being at least in part encrypted; under control of said first rule, copying at least a portion of said protected content onto a second DVD disk, said copying including the following steps: placing said copied information into a second secure container; placing a unique identifier of an intended receiving device and/or class of device in the second secure container; and storing said second secure container on said second DVD disk; wherein the unique identifier is used to enforce a requirement that the copied information can only be played on the intended receiving device or class of device. placing said copied information into a second secure container; placing a unique identifier of an intended receiving device and/or class of device in the second secure container; and storing said second secure container on said second DVD disk; wherein the unique identifier is used to enforce a requirement that the copied information can only be played on the intended receiving device or class of device.
A method for generating a reducing gas comprising: providing an oxidant stream, the oxidant stream having an oxygen (O 2) content; supplying a hydrocarbon fuel; combining the oxidant and said hydrocarbon fuel into a feed mixture, the feed mixture having an oxidant/fuel ratio; catalytically converting the feed mixture to generate a reducing gas; controlling both the O 2 content of the oxidant stream and the oxidant / fuel ratio of the feed mixture to maintain a predetermined control temperature while also independently varying at least one of the O 2 content of the oxidant stream and the oxidant/fuel ratio of the feed mixture to obtain a selected combustibles content of the reducing gas, and directing the reducing gas to a fuel cell. providing an oxidant stream, the oxidant stream having an oxygen (O 2) content; supplying a hydrocarbon fuel; combining the oxidant and said hydrocarbon fuel into a feed mixture, the feed mixture having an oxidant/fuel ratio; catalytically converting the feed mixture to generate a reducing gas; controlling both the O 2 content of the oxidant stream and the oxidant / fuel ratio of the feed mixture to maintain a predetermined control temperature while also independently varying at least one of the O 2 content of the oxidant stream and the oxidant/fuel ratio of the feed mixture to obtain a selected combustibles content of the reducing gas, and directing the reducing gas to a fuel cell.
A barrier assembly for a bed, comprising:- one or more support rails; a pivot mechanism (5,6) provided at a distal end of the one or more support rails; one or more barrier rail elements, coupled to the pivot mechanism for movement from a substantially horizontal plane to a substantially vertical plane; wherein when in a substantially horizontal plane, the barrier rail elements are themselves movable in the plane of the one or more support rails between an extended position and a retracted position such that the width of the bed can be changed with the barrier rail elements movable between upright or underbed stowed configurations in both wide and narrow bed width configurations, wherein the pivot mechanism comprises a barrier rail support having an outer sleeve member coupled at or adjacent the distal end of the one or more support rails, and an inner rotatable rod member which rotates with the barrier rail elements, and wherein the barrier rail elements are movable through the barrier rail support when in the plane of the one or more support rails, characterised in that the one or more support rails are extendable, in use, laterally from a stowed position to a deployed position. one or more support rails; a pivot mechanism (5,6) provided at a distal end of the one or more support rails; one or more barrier rail elements, coupled to the pivot mechanism for movement from a substantially horizontal plane to a substantially vertical plane; wherein when in a substantially horizontal plane, the barrier rail elements are themselves movable in the plane of the one or more support rails between an extended position and a retracted position such that the width of the bed can be changed with the barrier rail elements movable between upright or underbed stowed configurations in both wide and narrow bed width configurations, wherein the pivot mechanism comprises a barrier rail support having an outer sleeve member coupled at or adjacent the distal end of the one or more support rails, and an inner rotatable rod member which rotates with the barrier rail elements, and wherein the barrier rail elements are movable through the barrier rail support when in the plane of the one or more support rails, characterised in that the one or more support rails are extendable, in use, laterally from a stowed position to a deployed position.
An agricultural composition comprising a compound of Formula: or an acceptable salt, solvate or hydrate thereof, and one or more agriculturally or phytologically acceptable excipient or carrier, wherein the composition is in the form of a suspension.
A method for information transmission, comprising the steps of: receiving, by a distributed unit, DU, a first System Information, SI, request for a target SI transmitted from a terminal; determining, by the DU, whether to deliver the target SI to the terminal based on first configuration information; generating, by the DU, a first SI request response based on the determination; transmitting, by the DU, the first SI request response to the terminal; forwarding, by the DU, the first SI request to a centralized unit, CU, while transmitting the first SI request response to the terminal; upon reception of the first SI request, transmitting, by the CU, a first indication for indicating whether to deliver the requested target SI to the terminal. receiving, by a distributed unit, DU, a first System Information, SI, request for a target SI transmitted from a terminal; determining, by the DU, whether to deliver the target SI to the terminal based on first configuration information; generating, by the DU, a first SI request response based on the determination; transmitting, by the DU, the first SI request response to the terminal; forwarding, by the DU, the first SI request to a centralized unit, CU, while transmitting the first SI request response to the terminal; upon reception of the first SI request, transmitting, by the CU, a first indication for indicating whether to deliver the requested target SI to the terminal.
A method for remotely analysing a plurality of networks (N1-N6), comprising, at a computing device: - receiving, from each respective network of the plurality of networks, a plurality of network parameter values of that respective network; - based on the received plurality of network parameter values, determining a corresponding quality of service, QoS, metric for each respective network of the plurality of networks; - based on the determined plurality of QoS metrics, classifying the plurality of networks into a plurality of QoS classes; - based on the plurality of QoS classes, generating a service recommendation for at least one network included in the plurality of networks; characterised in that the method is further comprising, at the computing device: - receiving, from at least one network excluded from the plurality of networks, a plurality of network parameter values of the excluded network; and - based on the received plurality of network parameter values of the excluded network and on the plurality of QoS classes, generating a service recommendation for the at least one network excluded from the plurality of networks. - receiving, from each respective network of the plurality of networks, a plurality of network parameter values of that respective network; - based on the received plurality of network parameter values, determining a corresponding quality of service, QoS, metric for each respective network of the plurality of networks; - based on the determined plurality of QoS metrics, classifying the plurality of networks into a plurality of QoS classes; - based on the plurality of QoS classes, generating a service recommendation for at least one network included in the plurality of networks; - receiving, from at least one network excluded from the plurality of networks, a plurality of network parameter values of the excluded network; and - based on the received plurality of network parameter values of the excluded network and on the plurality of QoS classes, generating a service recommendation for the at least one network excluded from the plurality of networks.
A non-marking anti-static solid rubber tire for a vehicle wheel comprising electrically conducting means such as a rim, the tire comprising a tread surface delimited by two opposing tire sidewalls, the tire comprising a first cylindrical layer provided for contacting the ground, the first layer being of a first material, and comprising a first outer circumferential surface and a first inner circumferential surface, the first inner and first outer circumferential surface (10, 11) being interconnected by opposing first layer sidewalls and together delimiting the first layer, wherein the first material is a non-conducting and non-marking rubber material, wherein the tire comprises at least one further cylindrical layer comprising an outer circumferential surface and an inner circumferential surface, the inner circumferential surface being arranged to contact the electrically conducting means of the wheel, and wherein the tire further comprises a rubber conducting material having an electrical resistance which is smaller than the electrical resistance of the first material, wherein the conducting material extends from the first outer circumferential surface at least up to the first inner circumferential surface so that the conducting material is electrically connected to the layer having the inner circumferential surface arranged to contact the electrically conducting means of the wheel, and wherein the material of the layer having the inner circumferential surface arranged to contact the electrically conducting means of the wheel is sufficiently electrically conducting to conduct electric charges from the electrically conducting means towards the ground, and characterized in that the conducting material is applied along at least one of the tire sidewalls.
Medical adhesive composition for use for the bonding of biological tissues, more particularly human and/or animal tissues, comprising cyanoacrylate monomers, a plasticizer and a carboxylic acid having a carbon chain including more than two carbon atoms, wherein the adhesive composition has a carboxylic acid fraction ≥ 0.1 % by weight, based on the total weight of the adhesive composition.
Device for regulating the pressure and/or temperature of the refrigerant fluid entering a compressor of a refrigeration apparatus having a closed circuit within which a flow rate of refrigerant fluid whose pressure and/or temperature has to be regulated, circulates, a cooling device and an evaporator, said regulation device comprising at least one reciprocating compressor equipped with at least one cylinder, at least one rod, at least one first piston integrally constrained to said rod and able to be translated within said cylinder, said cylinder being equipped with a first chamber comprising a first port for the suction inflow of a first flow rate of said refrigerant fluid coming from said evaporator and a second port for the outflow of said first flow rate of compressed refrigerant fluid contained in said first chamber and intended to reach said compressor, said cylinder further comprising a second chamber, which is fluidically separated from said first chamber by said first piston and equipped with at least one third port for the inflow of a second flow rate of said refrigerant fluid to displace said piston and compress said refrigerant fluid contained in said first chamber, said regulation device further comprising control means for controlling the actuation of said at least one rod, which are adapted to divert said at least one second flow rate of said refrigerant fluid for controlling the displacement of said at least one first piston and compressing the refrigerant fluid of said first flow rate, which is contained in said first chamber, and to re-enter said second flow rate of refrigerant fluid into said closed circuit during the displacement of said at least one first piston during the step of suctioning said first flow rate of refrigerant fluid, characterised in that said control means comprise a valve equipped with an inlet line and an outlet line for said second flow rate, and at least one first passage through said valve, said valve being rotatable in such a way as to assume at least one first radial position in which the fluidic communication between said inlet line to said rotary valve and said at least one second chamber is allowed through said at least one first passage, for the inflow of said second flow rate into said second chamber and the compression of said first flow rate contained in said at least one first chamber, and at least one second radial position in which the fluidic communication between said at least one second chamber and said outlet line of said rotary valve, for the suction of refrigerant fluid within said at least one first chamber, is allowed through said at least one passage.
A method of determining the focus of a lithographic apparatus used in a lithographic process on a substrate, the method comprising the steps of: (a) using the lithographic process to form at least two periodic structures on the substrate, each structure having at least one feature which has an asymmetry between opposing side wall angles which varies as a different function of the focus of the lithographic apparatus on the substrate; (b) measuring a spectrum produced by directing a beam of radiation onto the at least two periodic structures; (c) determining the ratio of the asymmetries for each of the features from the measured spectrum; and (d) using the determined ratio and the relationship between the focus and the side wall asymmetry for each feature to determine the focus on the substrate. (a) using the lithographic process to form at least two periodic structures on the substrate, each structure having at least one feature which has an asymmetry between opposing side wall angles which varies as a different function of the focus of the lithographic apparatus on the substrate; (b) measuring a spectrum produced by directing a beam of radiation onto the at least two periodic structures; (c) determining the ratio of the asymmetries for each of the features from the measured spectrum; and (d) using the determined ratio and the relationship between the focus and the side wall asymmetry for each feature to determine the focus on the substrate.
An unmanned aerial vehicle comprising: - an engine group which is located in the body, and provides motion to the front propeller and rear propeller, - a front propeller which is located in front of the body which is connected to the engine group, - a rear propeller which is connected to the engine assembly and is located at the rear of the body, which can rotate in the same or opposite direction to the front propeller, - 3 wings which enable vertical take-off and landing of the aerial vehicle, the sharp ends of which are used as landing gear, and which are installed on the body with constant 120 ° spacing, characterized in that it comprises: - a liquid hydrogen tank installed in the center of the rear propeller, - a balloon which is wrapped around the liquid hydrogen tank, which is inflated with the hydrogen in the liquid hydrogen tank and enables suspension of the unmanned aerial vehicle in the air. - an engine group which is located in the body, and provides motion to the front propeller and rear propeller, - a front propeller which is located in front of the body which is connected to the engine group, - a rear propeller which is connected to the engine assembly and is located at the rear of the body, which can rotate in the same or opposite direction to the front propeller, - 3 wings which enable vertical take-off and landing of the aerial vehicle, the sharp ends of which are used as landing gear, and which are installed on the body with constant 120 ° spacing, - a liquid hydrogen tank installed in the center of the rear propeller, - a balloon which is wrapped around the liquid hydrogen tank, which is inflated with the hydrogen in the liquid hydrogen tank and enables suspension of the unmanned aerial vehicle in the air.
A magnet (201; 300; 400; 600; 700) comprising: a plurality of plates arranged in a stack that includes a first plate (100; 101; 102; 301; 401) and a second plate (200; 302; 402), the first plate comprising: a first conducting path, at least part of the first conducting path being a spiral path, the first conducting path comprising a high temperature superconductor, HTS, material; and a first conductive joint (115; 125; 315; 415) arranged interior to, or exterior to, the spiral path of the first conducting path, the first conductive joint being electrically coupled to the HTS material of the first conducting path, and the second plate being arranged next to the first plate in the stack and comprising: a second conducting path comprising the HTS material; and a second conductive joint (215; 325; 425) arranged adjacent to and electrically coupled to the first conductive joint, the second conductive joint being electrically coupled to the HTS material of the second conducting path, characterized in that the HTS material comprises a stack of HTS tapes. a plurality of plates arranged in a stack that includes a first plate (100; 101; 102; 301; 401) and a second plate (200; 302; 402), the first plate comprising: a first conducting path, at least part of the first conducting path being a spiral path, the first conducting path comprising a high temperature superconductor, HTS, material; and a first conductive joint (115; 125; 315; 415) arranged interior to, or exterior to, the spiral path of the first conducting path, the first conductive joint being electrically coupled to the HTS material of the first conducting path, and a first conducting path, at least part of the first conducting path being a spiral path, the first conducting path comprising a high temperature superconductor, HTS, material; and a first conductive joint (115; 125; 315; 415) arranged interior to, or exterior to, the spiral path of the first conducting path, the first conductive joint being electrically coupled to the HTS material of the first conducting path, and the second plate being arranged next to the first plate in the stack and comprising: a second conducting path comprising the HTS material; and a second conductive joint (215; 325; 425) arranged adjacent to and electrically coupled to the first conductive joint, the second conductive joint being electrically coupled to the HTS material of the second conducting path, characterized in that the HTS material comprises a stack of HTS tapes. a second conducting path comprising the HTS material; and a second conductive joint (215; 325; 425) arranged adjacent to and electrically coupled to the first conductive joint, the second conductive joint being electrically coupled to the HTS material of the second conducting path, characterized in that the HTS material comprises a stack of HTS tapes.