mhurhangee/patent-ind-claim-en huggingface dataset:
A force application device for an aircraft pilot stick, the device comprising: - a mechanical joint configured to receive a lever of an aircraft pilot stick, the mechanical joint being rotatably movable about a roll axis (X) and about a pitch axis (Y), - a force motor comprising a motor shaft extending along a third axis (A), the rotation of the motor shaft about the third axis being linked to the rotation of the mechanical joint about an axis taken among the roll axis or the pitch axis, the force motor being configured to exert a resistive torque on the motor shaft, - a rheological brake comprising two facing parts facing each other, the brake comprising a volume delimited by said two facing parts, the volume being adapted to contain a rheological material, one of said two parts being arranged on the motor shaft and being rotatably movable about the third axis (A) relative to the other of said two facing parts, - a control device controlled to apply an electromagnetic field within said volume so as to vary shear strength of the rheological material. - a mechanical joint configured to receive a lever of an aircraft pilot stick, the mechanical joint being rotatably movable about a roll axis (X) and about a pitch axis (Y), - a force motor comprising a motor shaft extending along a third axis (A), the rotation of the motor shaft about the third axis being linked to the rotation of the mechanical joint about an axis taken among the roll axis or the pitch axis, the force motor being configured to exert a resistive torque on the motor shaft, - a rheological brake comprising two facing parts facing each other, the brake comprising a volume delimited by said two facing parts, the volume being adapted to contain a rheological material, one of said two parts being arranged on the motor shaft and being rotatably movable about the third axis (A) relative to the other of said two facing parts, - a control device controlled to apply an electromagnetic field within said volume so as to vary shear strength of the rheological material.
An inspection apparatus for coke oven construction, the inspection apparatus being an apparatus that checks laying accuracy after refractories are laid in oven construction work for updating or newly creating a coke oven that produces coke, the inspection apparatus comprising: an image capturing device configured to acquire an image of a work area where oven construction work is in progress; measurement region determining means configured to identify a work-completed area where laying work has been completed on the basis of the image of the work area acquired by the image capturing device, the measurement region determining means being configured to determine the identified work-completed area as a measurement region; and a refractory position measuring device configured to check laying accuracy by measuring positions of laid refractories in the measurement region determined by the measurement region determining means. an image capturing device configured to acquire an image of a work area where oven construction work is in progress; measurement region determining means configured to identify a work-completed area where laying work has been completed on the basis of the image of the work area acquired by the image capturing device, the measurement region determining means being configured to determine the identified work-completed area as a measurement region; and a refractory position measuring device configured to check laying accuracy by measuring positions of laid refractories in the measurement region determined by the measurement region determining means.
An electrophoretic medium comprising a plurality of charged particles disposed in a hydrocarbon fluid, the medium being characterized in that the fluid comprises at least 75 per cent by weight of a hydrocarbon selected from the group consisting of monounsaturated nonenes and methyloctane.
Outflow housing for a turbine section of a steam turbine , having an outflow housing wall , which surrounds a central drum chamber along a housing longitudinal axis , and an attachment interface for the attachment of the outflow housing to a turbine housing of the steam turbine , wherein, on the outflow housing wall , there is arranged a sealing device for sealing off a rear end , as viewed in a flow direction (S), of the outflow housing with respect to a turbine shaft of the steam turbine , wherein the sealing device is sealed off with respect to the outflow housing wall , wherein the attachment interface is formed on an outer side, averted from the drum chamber , of the outflow housing wall , characterized in that no attachment interface for the attachment of the outflow housing to the turbine housing of the steam turbine is formed on the outflow housing adjacent to the sealing device in a radial direction.
A method for controlling a wireless power transmitting apparatus in a wireless power transmission system for transmitting high-frequency power from the wireless power transmitting apparatus to a wireless power receiving apparatus , wherein the wireless power transmitting apparatus comprises a power transmitting antenna including a first resonant circuit including a power transmitting coil (Lt), wherein the wireless power receiving apparatus comprises a power receiving antenna including a second resonant circuit including a power receiving coil (Lr), wherein, when the power transmitting antenna and the power receiving antenna are electromagnetically coupled to each other, the power transmitting antenna and the power receiving antenna have an odd-mode resonance frequency corresponding to an odd-mode resonant condition, and an even-mode resonance frequency corresponding to an even-mode resonant condition, and the even-mode resonance frequency is higher than the odd-mode resonance frequency, wherein the method includes: generating high-frequency power at a variable frequency from input power and supplying the high-frequency power to the power transmitting antenna , by a power transmitting circuit ; and estimating a temperature of a foreign object near the power transmitting coil (Lt) or the power receiving coil (Lr), by at least one temperature estimation means and wherein, when the power transmitting circuit generates high-frequency power at one of the odd-mode resonance frequency and the even-mode resonance frequency, and the high-frequency power is transmitted from the wireless power transmitting apparatus to the wireless power receiving apparatus , and an estimated temperature of a foreign object near the power transmitting coil (Lt) or the power receiving coil (Lr) is equal to a first threshold or higher, the method includes changing the frequency of the high-frequency power generated by the power transmitting circuit to the other of the odd-mode resonance frequency and the even-mode resonance frequency. generating high-frequency power at a variable frequency from input power and supplying the high-frequency power to the power transmitting antenna , by a power transmitting circuit ; and estimating a temperature of a foreign object near the power transmitting coil (Lt) or the power receiving coil (Lr), by at least one temperature estimation means and
A method for transmitting a data packet, comprising: determining , by a sending end, quality of service requirement information of service data according to content or type of the service data, wherein the quality of service requirement information comprises at least one of transmission latency priority, transmission reliability priority, a packet loss indication and an emergency indication; carrying , by the sending end, the quality of service requirement information in a data packet corresponding to the service data; and sending , by the sending end, the data packet carrying the quality of service requirement information to a receiving end, so as for the receiving end to perform scheduling processing on the data packet according to the quality of service requirement information; wherein the carrying, by the sending end, the quality of service requirement information in a data packet corresponding to the service data, being characterized by comprising: adding, by the sending end, second expansion header information in a packet header of a packet data convergence protocol data packet, wherein the packet data convergence protocol data packet comprises the service data ,and carrying, by the sending end, the quality of service requirement information in the second expansion header information. determining , by a sending end, quality of service requirement information of service data according to content or type of the service data, wherein the quality of service requirement information comprises at least one of transmission latency priority, transmission reliability priority, a packet loss indication and an emergency indication; carrying , by the sending end, the quality of service requirement information in a data packet corresponding to the service data; and sending , by the sending end, the data packet carrying the quality of service requirement information to a receiving end, so as for the receiving end to perform scheduling processing on the data packet according to the quality of service requirement information; wherein the carrying, by the sending end, the quality of service requirement information in a data packet corresponding to the service data, being characterized by comprising: adding, by the sending end, second expansion header information in a packet header of a packet data convergence protocol data packet, wherein the packet data convergence protocol data packet comprises the service data ,and carrying, by the sending end, the quality of service requirement information in the second expansion header information. adding, by the sending end, second expansion header information in a packet header of a packet data convergence protocol data packet, wherein the packet data convergence protocol data packet comprises the service data ,and carrying, by the sending end, the quality of service requirement information in the second expansion header information.
A method for measuring the amount of Ret protein in a human biological sample of formalin-fixed tissue, comprising detecting and quantifying the amount of a Ret protein fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the amount of Ret protein in said sample; wherein said Ret protein fragment peptide is the peptide consisting of the sequence of SEQ ID NO: 14, SEQ ID NO: 15, SEQ ID NO: 16, SEQ ID NO: 17, SEQ ID NO: 18, SEQ ID NO: 19, SEQ ID NO: 20, SEQ ID NO: 21, SEQ ID NO: 22, SEQ ID NO: 23, SEQ ID NO: 24, SEQ ID NO: 25 or SEQ ID NO: 26; and wherein said amount is a relative amount or an absolute amount.
A data processing method, comprising: receiving, by a mobility management device , uplink data sent by a terminal device by using a Non-Access Stratum, NAS, message, and determining, based on a processing capability of the mobility management device , whether the mobility management device is overloaded; and when the mobility management device is overloaded, instructing, by the mobility management device , the terminal device to transmit the uplink data through a user plane; the method is characterized by further comprising: if the mobility management device has set up a user plane bearer with a service device and the mobility management device has received downlink data from the service device , sending, by the mobility management device , a back-off timer and downlink data that is not sent when the mobility management device is overloaded, to the terminal device by using the NAS message; wherein the sending, by the mobility management device , a back-off timer and downlink data that is not sent when the mobility management device is overloaded, to the terminal device by using the NAS message specifically comprises: carrying, by the mobility management device by using the NAS message, the back-off timer and the downlink data, and sending the back-off timer and the downlink data to an access network device , wherein the back-off timer and the downlink data are then sent by the access network device to the terminal device through an Radio Resource Control, RRC, downlink message. receiving, by a mobility management device , uplink data sent by a terminal device by using a Non-Access Stratum, NAS, message, and determining, based on a processing capability of the mobility management device , whether the mobility management device is overloaded; and when the mobility management device is overloaded, instructing, by the mobility management device , the terminal device to transmit the uplink data through a user plane; the method is characterized by further comprising: if the mobility management device has set up a user plane bearer with a service device and the mobility management device has received downlink data from the service device , sending, by the mobility management device , a back-off timer and downlink data that is not sent when the mobility management device is overloaded, to the terminal device by using the NAS message; wherein the sending, by the mobility management device , a back-off timer and downlink data that is not sent when the mobility management device is overloaded, to the terminal device by using the NAS message specifically comprises: carrying, by the mobility management device by using the NAS message, the back-off timer and the downlink data, and sending the back-off timer and the downlink data to an access network device , wherein the back-off timer and the downlink data are then sent by the access network device to the terminal device through an Radio Resource Control, RRC, downlink message.
A set of playing cards, the playing cards in the set of playing cards having different index and values, the playing cards each having an identification code provided rotationally symmetrically in relation to an axis perpendicular to the face of the card along each of the opposed, long sides of the playing card for automatic detection of the index and value of the playing card whereby each of the rotationally symmetrical identification codes along the opposed, long sides of the playing card comprises six code fields ("a"-"f") of the same size that occupy in combination at least one fifth of the length of the playing card and the total dimension of the code fields parallel to the long side of the card is at least one fifth of the length of the card and in that the code fields are arranged such that: - the code field "a" of the identification code on one of the long sides of the card and the code field "f" of the identification code on the other one of the long sides of the card are arranged opposite to each other on either side of a longitudinal centre axis of the card, - the code field "b" of the identification code on one of the long sides of the card and the code field "e" of the identification code on the other one of the long sides of the card are arranged opposite to each other on either side of the longitudinal centre axis of the card, and - the code field "c" of the identification code on one of the long sides of the card and the code field "d" of the identification code on the other one of the long sides of the card are arranged opposite to each other on either side of the longitudinal centre axis of the card. - the code field "a" of the identification code on one of the long sides of the card and the code field "f" of the identification code on the other one of the long sides of the card are arranged opposite to each other on either side of a longitudinal centre axis of the card, - the code field "b" of the identification code on one of the long sides of the card and the code field "e" of the identification code on the other one of the long sides of the card are arranged opposite to each other on either side of the longitudinal centre axis of the card, and - the code field "c" of the identification code on one of the long sides of the card and the code field "d" of the identification code on the other one of the long sides of the card are arranged opposite to each other on either side of the longitudinal centre axis of the card.
A vacuum cleaner comprising: a cleaner body comprising a suction motor for generating a suction force; a suction part arranged to communicate with the cleaner body and receive air and dust; a battery arranged to supply power to the suction motor ; a cleaner connector disposed on the cleaner body or the suction part ; and a disconnection member for selectively connecting or disconnecting the cleaner connector to or from the battery , wherein the disconnection member is a switch; and further wherein the cleaner connector comprises a terminal insertion part comprising a plurality of main body terminals arranged to connect to a corresponding plurality of charger terminals of a charger terminal part of a vacuum cleaner charger when the charger terminal part is inserted in the cleaner connector . a cleaner body comprising a suction motor for generating a suction force; a suction part arranged to communicate with the cleaner body and receive air and dust; a battery arranged to supply power to the suction motor ; a cleaner connector disposed on the cleaner body or the suction part ; and a disconnection member for selectively connecting or disconnecting the cleaner connector to or from the battery , wherein the disconnection member is a switch; and further wherein the cleaner connector comprises a terminal insertion part comprising a plurality of main body terminals arranged to connect to a corresponding plurality of charger terminals of a charger terminal part of a vacuum cleaner charger when the charger terminal part is inserted in the cleaner connector .
A wheel rim for a vehicle , in particular for a motor-vehicle, having a central axis (A) and comprising: - a central hub configured to be fixed to a suspension of said vehicle ; - a peripheral ring , which is arranged around said hub with a predetermined radial distance from the hub itself and is configured to receive a tire of said vehicle on a radially outermost surface thereof; and - a plurality of spokes equally spaced angularly from one another around said axis (A) and connecting said peripheral ring to said hub ; and - at least one projection protruding in a cantilever fashion towards said hub ; wherein said peripheral ring delimits, on opposite sides, a rear opening , configured to be arranged, in use, inside said vehicle , and a front opening facing said rear opening ; wherein said projection defines an airfoil configured to generate, in use, during the forward travel of said vehicle , a channelling of the air entering from said rear opening towards said front opening and from here towards the outside of said wheel rim ; wherein said projection is arranged in a position circumferentially interposed between two said spokes ; wherein said projection has a configuration tapered towards its free end facing said hub ; wherein the airfoil defined by said projection has an attack edge and an output edge ; and wherein said attack edge is arranged at a distance from said rear opening , measured parallel to said axis (A), which is smaller than that of said output edge ; wherein said projection starts from a radially innermost surface of said peripheral ring , opposite to said radially outermost surface ; characterised in that said projection is delimited by a first curvilinear surface facing said front opening and by a second curvilinear surface facing said rear opening ; and in that the airfoil associated with said projection has a back defined by said first curvilinear surface and a belly defined by said second curvilinear surface ; said back and said belly mutually connecting said attack edge and said output edge . - a central hub configured to be fixed to a suspension of said vehicle ; - a peripheral ring , which is arranged around said hub with a predetermined radial distance from the hub itself and is configured to receive a tire of said vehicle on a radially outermost surface thereof; and - a plurality of spokes equally spaced angularly from one another around said axis (A) and connecting said peripheral ring to said hub ; and - at least one projection protruding in a cantilever fashion towards said hub ;
A method of manufacturing a fiber-matrix composite profile structure using a first tool module with at least one forming device and a second tool module with at least one deflection section with a contact point , wherein in a first step a composite profile strand is manufactured from reinforcing fibers and matrix material , wherein the composite profile strand has at least a first Strand section with cured matrix material and has at least one second strand section with uncured, incompletely cured and/or only superficially cured matrix material , and in a second step the second strand section of the composite profile strand is deflected at the contact point of the second tool module , wherein the first step and the second step are performed in synchronization, and in a third step the matrix material of the at least one second strand portion is cured while the composite profile strand is fixed to the second tool module .
Structure with a skeleton consisting of vertical supports , each mounted in a foundation on a base, and crosspieces attached to the supports and extending horizontally between the supports , with usage units resting directly on only two of the crosspieces in each case and each formed from at least one sea container , and with accessible access routes and supply and disposal lines from the base to each of the usage units attached to the skeleton , characterized in that the supports have a longitudinal grid spacing in a longitudinal direction of the usage units with 0.4 to 0.6 times a length of the usage units .
An apparatus for making perfumes or food aromas, the apparatus comprising a supporting framework which rotatably supports a cylindrical enclosure which forms internally a maceration chamber which forms at least one access port for loading essences in order to obtain the perfume or food aroma and at least one duct for feeding an alcohol-based liquid solution, said cylindrical enclosure forming, at said maceration chamber , a plurality of openings for discharging liquid which are connected to at least one liquid draining channel which leads into at least one discharge valve body , at least one pressure chamber being formed within said cylindrical enclosure and being separated from said maceration chamber by means of the interposition of at least one pressing membrane , said apparatus comprising a pneumatic device adapted to introduce compressed air or compressed gas into said pressure chamber in order to deform the respective pressing membrane , so as to cause a compression of said alcohol-based solution and of essences against the walls of the cylindrical enclosure and the consequent outflow of the liquid from said maceration chamber through the liquid discharge openings characterized in that said pressing membrane is fully antistatic.