mhurhangee/patent-ind-claim-en huggingface dataset:
A Stability and Control Augmentation System, SCAS, module comprising first and second SCAS actuators , each SCAS actuator comprising: a mechanical component that translates rotational motion to linear motion along a first axis of said SCAS; one or more electric motors for driving linear movement of the mechanical component in response to a command signal; and one or more angular transducers to detect the position of the SCAS actuator along the first axis, and wherein the mechanical component of said first and second SCAS actuators are each operatively connected to a lever or balance beam to provide linear outputs thereto, and wherein said lever or balance beam is arranged to sum or otherwise combine the linear outputs provided by said first and second SCAS actuators, and wherein the mechanical component includes a nut , driven by the one or more electric motors, via a roller-screw or a ballscrew, and connected to the lever or balance beam. a mechanical component that translates rotational motion to linear motion along a first axis of said SCAS; one or more electric motors for driving linear movement of the mechanical component in response to a command signal; and one or more angular transducers to detect the position of the SCAS actuator along the first axis, and wherein the mechanical component of said first and second SCAS actuators are each operatively connected to a lever or balance beam to provide linear outputs thereto, and wherein said lever or balance beam is arranged to sum or otherwise combine the linear outputs provided by said first and second SCAS actuators, and wherein the mechanical component includes a nut , driven by the one or more electric motors, via a roller-screw or a ballscrew, and connected to the lever or balance beam.
A first node for use in a system, the system comprising one or more trusted source nodes, one or more worker nodes and a verifier node, wherein the first node is configured to: determine a trusted input commitment key for a trusted input to be input into a computation that is to be evaluated by the one or more worker nodes, wherein the trusted input commitment key is for use by the one or more trusted source nodes in forming a trusted input commitment of one or more trusted inputs; determine a computation evaluation key for use by the one or more worker nodes in determining a proof that a computation on one or more trusted inputs is correct and that the one or more trusted inputs were used in the computation, wherein the computation evaluation key comprises key material for one or more trusted input wires that are for inputting the one or more trusted inputs into the computation, wherein the key material is derived from a trapdoor value, one or more polynomials evaluated in a point corresponding to the trapdoor value that are independent of polynomials representing the computation, and one or more polynomials evaluated in a point corresponding to the trapdoor value that represent the computation; determine a computation verification key for use by the verifier node in verifying the result of the computation by the one or more worker nodes; and publish the trusted input commitment key, the computation evaluation key and the computation verification key. determine a trusted input commitment key for a trusted input to be input into a computation that is to be evaluated by the one or more worker nodes, wherein the trusted input commitment key is for use by the one or more trusted source nodes in forming a trusted input commitment of one or more trusted inputs; determine a computation evaluation key for use by the one or more worker nodes in determining a proof that a computation on one or more trusted inputs is correct and that the one or more trusted inputs were used in the computation, wherein the computation evaluation key comprises key material for one or more trusted input wires that are for inputting the one or more trusted inputs into the computation, wherein the key material is derived from a trapdoor value, one or more polynomials evaluated in a point corresponding to the trapdoor value that are independent of polynomials representing the computation, and one or more polynomials evaluated in a point corresponding to the trapdoor value that represent the computation; determine a computation verification key for use by the verifier node in verifying the result of the computation by the one or more worker nodes; and publish the trusted input commitment key, the computation evaluation key and the computation verification key.
A method of printing on a security document substrate, comprising: using a print mechanism to print on a first surface of the security document substrate using a section of a print ribbon; flipping the security document substrate over so that a second surface thereof is available for printing using the print mechanism; using the print mechanism to print on the second surface of the security document substrate using the section of the print ribbon that was used to print on the first surface, wherein the printing on the first surface does not overlap the printing on the second surface. using a print mechanism to print on a first surface of the security document substrate using a section of a print ribbon; flipping the security document substrate over so that a second surface thereof is available for printing using the print mechanism; using the print mechanism to print on the second surface of the security document substrate using the section of the print ribbon that was used to print on the first surface, wherein the printing on the first surface does not overlap the printing on the second surface.
Touring or recreational vehicle , in particular a mobile home, caravan or the like, comprising a front region and a rear region , wherein the touring or recreational vehicle comprises at least one diffuser , wherein the at least one diffuser is arranged under the touring or recreational vehicle in an underfloor region of the touring or recreational vehicle in order to produce a negative pressure, characterized in that the at least one diffuser is designed as a rear tray , which comprises at least one recess , wherein the at least one recess forms a stowage volume in the touring or recreational vehicle .
Furniture board , having a support board , as well as two cover layers adjoining the support board on both sides, wherein the support board comprises at least two plate-shaped layers that comprise a fiber material, the support board further comprises a core located between these layers, and the two cover layers and the core consist of wood or comprise wood, characterized in that the fiber direction of the cover layers extends perpendicularly to the fiber direction of the core, and the fiber material is glass fiber, carbon fiber, plastic fiber, basalt fiber or a prepreg primed with epoxy resin, or comprises a combination of these materials.
Method for the production of ethylene, in which a process gas is formed using a dehydrogenation of ethane, which process gas contains at least ethane, ethylene, and compounds having a lower boiling point than ethane and ethylene, in which a fractional charge is formed using at least a portion of the process gas and is subjected to a cryogenic separation , in which the fractional charge is cooled, and in which one or more condensates are precipitated from the fractional charge, and in which at least a portion of the one or more condensates is subjected to a cryogenic rectification, with yield of a gaseous first fraction and a liquid second fraction, wherein the gaseous first fraction contains at least the ethane and ethylene in a smaller proportion than in the fractional charge and contains the compounds having a lower boiling point than ethane and ethylene in a larger proportion than in the fractional charge, characterized in that the first fraction is subjected at least in part to a pressure swing adsorption by means of which a third fraction predominantly or exclusively containing ethylene and ethane and a fourth fraction predominantly or exclusively containing methane and carbon monoxide are formed.
A wide frequency band antenna structure having polarization in a favoured direction, termed vertical direction, suitable for transmission and/or reception of signals of wavelengths between a minimum wavelength and a maximum wavelength, said antenna structure comprising: - a ground plane , extending in a plane perpendicular to said vertical direction, termed horizontal plane, and - a radiating structure comprising : ∘ a first metallic strip and a second metallic strip , arranged vertically, spaced apart and substantially parallel to one another, the second metallic strip being connected to the ground plane and substantially perpendicular to the ground plane , and ∘ a radiating loop , comprising a plurality of radiating strips, a first end of the radiating loop being connected to the first metallic strip and a second end of the radiating loop being connected to the second metallic strip , the radiating loop being a folded radiating loop, characterized in that the radiating strips form at least one fold of U-shaped cross-section formed by two radiating strips extending in the vertical direction connected at their ends closest to the ground plane by a radiating strip, termed base of the U, extending in a direction parallel to the horizontal plane, in that said radiating structure comprises at least one short-circuiting element electrically connecting the first metallic strip and the second metallic strip in their parts furthest from the ground plane , in that the base of the U of at least one U-fold is arranged between the first metallic strip and the second metallic strip, and in that the short-circuiting element is formed at least in part by said base of the U. - a ground plane , extending in a plane perpendicular to said vertical direction, termed horizontal plane, and - a radiating structure comprising : ∘ a first metallic strip and a second metallic strip , arranged vertically, spaced apart and substantially parallel to one another, the second metallic strip being connected to the ground plane and substantially perpendicular to the ground plane , and ∘ a radiating loop , comprising a plurality of radiating strips, a first end of the radiating loop being connected to the first metallic strip and a second end of the radiating loop being connected to the second metallic strip , the radiating loop being a folded radiating loop, ∘ a first metallic strip and a second metallic strip , arranged vertically, spaced apart and substantially parallel to one another, the second metallic strip being connected to the ground plane and substantially perpendicular to the ground plane , and ∘ a radiating loop , comprising a plurality of radiating strips, a first end of the radiating loop being connected to the first metallic strip and a second end of the radiating loop being connected to the second metallic strip , the radiating loop being a folded radiating loop,
A cutaneous electrode device intended to be connected to an electric pulse generator and including: a planar body made from an electrically insulating material on which at least one electrode (11, 12; 61, 62, 63, 64; 81, 82), at least one means (13, 14; 65, 66, 67, 68; 83, 84) for connecting to the electric pulse generator , and at least one conductive element (15, 16; 71, 72, 73, 74; 85, 86) electrically connecting said electrode to said connecting means are formed, said at least one electrode emerging on an inner face of said body and said at least one means for connecting emerging on an outer face of said body and characterised in that at least part of this body has an elongate shape, extending along the longitudinal axis, and includes at least two protruding portions (102, 103; 602, 603, 604, 605; 806, 807), said at least two portions mechanically connecting an electrode (11, 12; 61, 62, 63, 64; 83, 84) and a connecting means (13, 14; 65, 66, 67, 68; 83, 84) and being intended to electrically and mechanically connect, by bending, said electrode device to said electric pulse generator.
A computer-implemented method for estimating shunt of a subject , comprising the steps of: - obtaining (S2), from carbon dioxide [CO 2 ] measurements on expiration gas exhaled by said subject, a first value related to alveolar CO 2 of said subject; - obtaining (S3) a second value related to arterial CO 2 of said subject; - obtaining (S4) a third value related to cardiac output [Q T ] or effective pulmonary perfusion [EPP] of said subject; - obtaining (S5) a fourth value related to CO 2 elimination [VCO 2 ] of said subject, and - calculating (S6) the shunt of the subject based on said first, second, third and fourth values, characterised in that the CO 2 measurements are obtained by means of volumetric capnography, and wherein said first value related to alveolar CO 2 is determined based on capnographic data obtained through said volumetric capnography. - obtaining (S2), from carbon dioxide [CO 2 ] measurements on expiration gas exhaled by said subject, a first value related to alveolar CO 2 of said subject; - obtaining (S3) a second value related to arterial CO 2 of said subject; - obtaining (S4) a third value related to cardiac output [Q T ] or effective pulmonary perfusion [EPP] of said subject; - obtaining (S5) a fourth value related to CO 2 elimination [VCO 2 ] of said subject, and - calculating (S6) the shunt of the subject based on said first, second, third and fourth values, characterised in that the CO 2 measurements are obtained by means of volumetric capnography, and wherein said first value related to alveolar CO 2 is determined based on capnographic data obtained through said volumetric capnography.
A display device comprising: a first substrate ; a plurality of light-emitting elements (ED1, ED2, ED3) on the first substrate ; an encapsulation film covering the plurality of light-emitting elements (ED1, ED2, ED3); a second substrate facing the first substrate ; a first outermost film on the second substrate , facing the encapsulation film ; a filler material between the encapsulation film and the first outermost film , and in direct contact with the first outermost film ; and characterized in that : the first outermost film comprises AOxNy, wherein A is a metal or non-metal element and X>Y (Y>0), and a first surface tension (F1) of the first outermost film is greater than a second surface tension (F2) of the filler material . a first substrate ; a plurality of light-emitting elements (ED1, ED2, ED3) on the first substrate ; an encapsulation film covering the plurality of light-emitting elements (ED1, ED2, ED3); a second substrate facing the first substrate ; a first outermost film on the second substrate , facing the encapsulation film ; a filler material between the encapsulation film and the first outermost film , and in direct contact with the first outermost film ; and characterized in that : the first outermost film comprises AOxNy, wherein A is a metal or non-metal element and X>Y (Y>0), and a first surface tension (F1) of the first outermost film is greater than a second surface tension (F2) of the filler material . the first outermost film comprises AOxNy, wherein A is a metal or non-metal element and X>Y (Y>0), and a first surface tension (F1) of the first outermost film is greater than a second surface tension (F2) of the filler material .
A process comprising conversion of formyl group of compound of formula II to cyano group, to produce compound of formula III, in the presence of ammonia, oxygen, and a metal catalyst, wherein the temperature range is 60-120 °C, wherein R 1 is a hydrogen atom, an alkyl, alkenyl, or alkynyl group wherein chain group is either straight or branched with 1 to 15 carbon atoms and R 2 is an alkyl, alkenyl, or alkynyl group wherein chain group is either straight or branched with 1 to 15 carbon atoms.
Process for analysis of the genotoxic activity of an agent for primary hematopoietic cells, the process comprising the steps of adding the agent to the primary hematopoietic cells in culture under cell culture conditions, cultivating the cells for a pre-determined duration to produce cultivated cells, characterized by the step of isolating total RNA from the cultivated cells, determining the concentration of all of the RNAs in the group comprising AFAP1L1, PDGFRB, ALS2CL, PHLDA2, ARX, SLA2, BEX6, SLC12A2, CCDC102A, SOX14, DCTD, SOX4, EHD3, SPNS2, GM805, TBXA2R, GUCY1A3, TC1649157, MEX3A, TIE1, MYCT1, TMEM176A, NAIP1, TMEM176B, NOLC1, TOX, and PA2G4, ZFPM1, and relating the concentrations of the mRNAs to the concentrations of mRNAs determined for cells cultivated under the same cell culture conditions for the same duration in the absence of the agent, wherein a normalized enrichment score (NES) is calculated and an NES above 2.0 indicates a high genotoxic activity and an NES below 1.2 indicates a low genotoxic activity of the agent..
A method by a radio access network, RAN, node for providing network offloading in a wireless long-term evolution, LTE, communication, the method comprising: obtaining an Access Technology Selection Policy, ATSP, including a plurality of network selection criteria threshold values from at least one of an Access Network Discovery and Selection Function, ANDSF, and Mobile Management Entity, MME; modifying at least one network selection criteria threshold value included in the ATSP based on radio characteristic of the RAN node, load condition of the RAN node and a type of service being requested by the UE; sending the at least one modified network selection criteria threshold value to the user equipment, UE; and providing a validity time for the at least one network selection criteria threshold value to the UE. obtaining an Access Technology Selection Policy, ATSP, including a plurality of network selection criteria threshold values from at least one of an Access Network Discovery and Selection Function, ANDSF, and Mobile Management Entity, MME; modifying at least one network selection criteria threshold value included in the ATSP based on radio characteristic of the RAN node, load condition of the RAN node and a type of service being requested by the UE; sending the at least one modified network selection criteria threshold value to the user equipment, UE; and providing a validity time for the at least one network selection criteria threshold value to the UE.
A chipset, comprising: - a memory, - an interface, - a media gateway configured to provide media functionality, - a processor configured to retrieve, from the memory, first boot instructions encrypted by a cryptographic key , wherein the processor is configured to decrypt the first boot instructions and to execute the first boot instructions to operate in an enabling mode , wherein the processor, when operating in the enabling mode , is configured to receive, from an external secure server, configuration data employing secure server communication and to write at least parts of the configuration data comprising second boot instructions to the memory, wherein the second boot instructions are encrypted by a further cryptographic key . - a memory, - an interface, - a media gateway configured to provide media functionality, - a processor configured to retrieve, from the memory, first boot instructions encrypted by a cryptographic key ,
A handheld blower device for the manual pneumatic drying of surfaces by a user of the handheld blower device , comprising a flat nozzle device for ejecting compressed air from the handheld blower device onto the surface to be dried, a handle region, in particular a handle for manually gripping and guiding the flat nozzle device over the surface to be dried, and a conveying device for conveying the compressed air to the flat nozzle device , whereby the flat nozzle device is designed with a flat nozzle , and the conveying device is designed with a stationarily arranged, in particular fixedly arranged, high-pressure blower , characterized in that a volume flow of 200 to 1000 m 3 /h and a flow rate of 50 to 300 m/s is provided with the high-pressure blower by the flat nozzle device .
A sidelink-based transmission method, the method comprising determining , by a transmitter, whether one or more resources occupied by a first sidelink channel and one or more resources occupied by a second sidelink channel conflict in a time domain, wherein the first sidelink channel is used for transmitting data for the sidelink and the second sidelink channel is used for transmitting feedback information for the sidelink; and in response to determining that the one or more resources occupied by the first sidelink channel and the one or more resources occupied by the second sidelink channel conflict in the time domain, transmitting, by the transmitter, target information to a receiver through the first sidelink channel in response to determining that the target information comprises the data and the feedback information; wherein a receiver address corresponding to the data is consistent with a receiver address corresponding to the feedback information. determining , by a transmitter, whether one or more resources occupied by a first sidelink channel and one or more resources occupied by a second sidelink channel conflict in a time domain, wherein the first sidelink channel is used for transmitting data for the sidelink and the second sidelink channel is used for transmitting feedback information for the sidelink; and in response to determining that the one or more resources occupied by the first sidelink channel and the one or more resources occupied by the second sidelink channel conflict in the time domain,