mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the recognition of a peripheral by a host , comprising: - a step of detecting the connection of a USB connector of the peripheral into a USB port of the host , - a step of reception by the host of a main set (α 1 ) of settings and of an alternative set (α 2 ) of settings transmitted by the peripheral , - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the main set (α 1 ), - if the peripheral is able to communicate with the host with the settings of the main set (α 1 ), a step of loading conventional execution software allowing the host to communicate with the peripheral on the basis of the settings of the main set (α 1 ), or - otherwise: - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the alternative set (α 2 ), then, - if the peripheral is able to communicate with the host with the settings of the alternative set (α 2 ), a step of loading third-party execution software allowing the host to communicate with the peripheral on the basis of the settings of the alternative set (α 2 ), characterized in that at least a first of the settings of the main set (α 1 ) is impracticable regardless of the host , such that the host considers that it is not able to communicate with the peripheral on the basis of the settings of the main set (α 1 ). - a step of detecting the connection of a USB connector of the peripheral into a USB port of the host , - a step of reception by the host of a main set (α 1 ) of settings and of an alternative set (α 2 ) of settings transmitted by the peripheral , - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the main set (α 1 ), - if the peripheral is able to communicate with the host with the settings of the main set (α 1 ), a step of loading conventional execution software allowing the host to communicate with the peripheral on the basis of the settings of the main set (α 1 ), or - otherwise: - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the alternative set (α 2 ), then, - if the peripheral is able to communicate with the host with the settings of the alternative set (α 2 ), a step of loading third-party execution software allowing the host to communicate with the peripheral on the basis of the settings of the alternative set (α 2 ), characterized in that at least a first of the settings of the main set (α 1 ) is impracticable regardless of the host , such that the host considers that it is not able to communicate with the peripheral on the basis of the settings of the main set (α 1 ). - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the alternative set (α 2 ), then, - if the peripheral is able to communicate with the host with the settings of the alternative set (α 2 ), a step of loading third-party execution software allowing the host to communicate with the peripheral on the basis of the settings of the alternative set (α 2 ),
A fluid transfer and connection device comprising a flexible fluid transfer pipe , and at least one electromagnetic connection component , preferably of toroidal shape, defining an axial opening called "connection opening" , attached respectively to at least one of the longitudinal ends of said transfer pipe, said connection component being capable of being applied in a sealed manner against a flat metal wall around an opening of said metal wall called "transfer opening" to allow the transfer of a fluid through said connection opening , said transfer opening and said transfer pipe , said connection component enclosing an electromagnetic excitation coil forming an electromagnet capable of pressing a flat front face , preferably annular, of said connection component against said metal wall when said coil is supplied with electrical current by a power supply cable , said connection component comprising at least one first lifting support comprising two first and second coupling elements capable of cooperating with lifting and handling means to allow lifting and moving the connection component, and at least one second lifting support being capable of cooperating with said transfer pipe and said lifting and handling means to allow lifting and moving the transfer pipe by the same said lifting and handling means , said second lifting support having the form of a collar or tubular sleeve capable of being positioned around and along said transfer pipe at a predetermined distance (d) from said connection component, at least 3 crow's foot lifting slings suspended from a same lifting hook being respectively attached to three coupling elements, whose two said first and second coupling elements integral with said connection component disposed symmetrically on the upper face of said connection component and a third coupling element integral with said collar or tubular sleeve disposed on the upper face of said collar or tubular sleeve.
A hot beverage preparation machine comprising - a body ; - a water reservoir wherein water is filled; - a water heater enabling the water in the water reservoir to be heated; - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water reservoir is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water; - a cover which has a closed position wherein the brewing chamber is isolated from the outer environment and an open position wherein the user can access the brewing chamber ; - a housing which is situated on the body , under the brewing chamber ; - a pot which is placed into the housing , the top surface thereof being at least partially open and whereto the beverage brewed in the brewing chamber is transferred; and - a delivery line which provides the delivery of the water heated in the water reservoir to the brewing chamber , - characterized by a safety member which squeezes the delivery line when the user changes the cover to the open position when the water is being delivered to the brewing chamber such that the delivery of the water is cut off. - a body ; - a water reservoir wherein water is filled; - a water heater enabling the water in the water reservoir to be heated; - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water reservoir is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water; - a cover which has a closed position wherein the brewing chamber is isolated from the outer environment and an open position wherein the user can access the brewing chamber ; - a housing which is situated on the body , under the brewing chamber ; - a pot which is placed into the housing , the top surface thereof being at least partially open and whereto the beverage brewed in the brewing chamber is transferred; and - a delivery line which provides the delivery of the water heated in the water reservoir to the brewing chamber , - characterized by a safety member which squeezes the delivery line when the user changes the cover to the open position when the water is being delivered to the brewing chamber such that the delivery of the water is cut off.
A turbine containment arrangement comprising: a turbine rotor rotatable about a turbine axis; and a casing extending radially outward of the turbine rotor and comprising: an outer ring ; an inner ring disposed radially inward from and co-axially with the outer ring and the turbine axis, wherein the outer ring and the inner ring form an annular gap extending therebetween; and a plurality of fins disposed between the outer ring and the inner ring and extending at least partially circumferentially and radially therebetween, wherein the plurality of fins is monolithically formed with the inner and outer rings; and characterised in that : each of the plurality of fins spirals outward in a direction that is opposite to a direction of rotation of the turbine wheel. a turbine rotor rotatable about a turbine axis; and a casing extending radially outward of the turbine rotor and comprising: an outer ring ; an inner ring disposed radially inward from and co-axially with the outer ring and the turbine axis, wherein the outer ring and the inner ring form an annular gap extending therebetween; and a plurality of fins disposed between the outer ring and the inner ring and extending at least partially circumferentially and radially therebetween, wherein the plurality of fins is monolithically formed with the inner and outer rings; and characterised in that : an outer ring ; an inner ring disposed radially inward from and co-axially with the outer ring and the turbine axis, wherein the outer ring and the inner ring form an annular gap extending therebetween; and a plurality of fins disposed between the outer ring and the inner ring and extending at least partially circumferentially and radially therebetween, wherein the plurality of fins is monolithically formed with the inner and outer rings; and characterised in that : each of the plurality of fins spirals outward in a direction that is opposite to a direction of rotation of the turbine wheel.
A carbon fiber bundle wherein a relationship among a crystallite size Lc (nm), a single-fiber compressive strength Fc (GPa) measured by a compressive fragmentation method of single-fiber composites, as measured by the method of the description, and an initial modulus E 0 (GPa) in a resin-impregnated strand tensile test, as measured by the method of the description, simultaneously satisfies the following formulas to , and Lc is 4.00 nm or less. Fc ≥ 1.3 × 10 / Lc − 0.3 E 0 ≤ 80 × Lc + 155 E 0 ≥ 330
A battery swapping system, characterized in that the battery swapping system comprising a battery swapping device , a signal transmission unit , a position sensor mounted on a quick swapping support of an electric vehicle, and a detection section mounted on a battery pack , the battery swapping device comprises a master control unit and a battery pack disassembly and assembly unit , the battery pack disassembly and assembly unit is configured to swap the battery pack on the electric vehicle, and the master control unit is configured to control the battery pack disassembly and assembly unit to move along a preset path; the position sensor is configured to sense the detection section, to generate a stopping instruction upon sensing of the detection section, and to send the stopping instruction to the master control unit by means of the signal transmission unit ; and the master control unit is configured to stop moving the battery pack disassembly and assembly unit according to the stopping instruction; the position sensor comprises a magnetic field sensor , and the detection section comprises a magnetic steel , the magnetic field sensor is configured to sense the magnetic field of the magnetic steel ; the signal transmission unit comprises a primary transmission head provided on the battery swapping device and a secondary transmission head provided on the quick swapping support of the electric vehicle, the primary transmission head being communicatively connected to the secondary transmission head , the primary transmission head being electrically connected to the master control unit , and the secondary transmission head being communicatively connected to the magnetic field sensor . the battery swapping device comprises a master control unit and a battery pack disassembly and assembly unit , the battery pack disassembly and assembly unit is configured to swap the battery pack on the electric vehicle, and the master control unit is configured to control the battery pack disassembly and assembly unit to move along a preset path; the position sensor is configured to sense the detection section, to generate a stopping instruction upon sensing of the detection section, and to send the stopping instruction to the master control unit by means of the signal transmission unit ; and the master control unit is configured to stop moving the battery pack disassembly and assembly unit according to the stopping instruction; the position sensor comprises a magnetic field sensor , and the detection section comprises a magnetic steel , the magnetic field sensor is configured to sense the magnetic field of the magnetic steel ; the signal transmission unit comprises a primary transmission head provided on the battery swapping device and a secondary transmission head provided on the quick swapping support of the electric vehicle, the primary transmission head being communicatively connected to the secondary transmission head , the primary transmission head being electrically connected to the master control unit , and the secondary transmission head being communicatively connected to the magnetic field sensor .
A method for accessing single port memory devices as pseudo two port memory devices, comprising: generating an access table for mapping a single port memory device to a pseudo two port memory device including a single port even bank and a single port odd bank ; sequentially retrieving entries from the access table ; reading from addresses in the single port memory device corresponding to n entries of the retrieved entries, where n corresponds to pipeline delay measured in CPU clock cycles; conducting simultaneous operations for reading from addresses in the single port memory device corresponding to remaining entries from the access table and for writing to addresses in the single port memory device corresponding to the remaining entries from the access table delayed by n clock cycles, until all addresses in the single port memory device corresponding to the retrieved entries have been read; and writing to addresses in the single port memory device corresponding to any remaining entries from the access table ; wherein each entry of the access table specifies, in part, alternating k ∗ odd/k ∗ even row addresses to be accessed in the single port memory device , where: 1 ≤ k ≤ M/2 k is an integer, and M is the total number of entries in the access table . generating an access table for mapping a single port memory device to a pseudo two port memory device including a single port even bank and a single port odd bank ; sequentially retrieving entries from the access table ; reading from addresses in the single port memory device corresponding to n entries of the retrieved entries, where n corresponds to pipeline delay measured in CPU clock cycles; conducting simultaneous operations for reading from addresses in the single port memory device corresponding to remaining entries from the access table and for writing to addresses in the single port memory device corresponding to the remaining entries from the access table delayed by n clock cycles, until all addresses in the single port memory device corresponding to the retrieved entries have been read; and writing to addresses in the single port memory device corresponding to any remaining entries from the access table ; wherein each entry of the access table specifies, in part, alternating k ∗ odd/k ∗ even row addresses to be accessed in the single port memory device , where: 1 ≤ k ≤ M/2 k is an integer, and M is the total number of entries in the access table .
A composition comprising: (a) a first non-naturally occurring nucleic acid molecule comprising a first polynucleotide encoding a HBV polymerase antigen having an amino acid sequence that is at least 98% identical to SEQ ID NO: 4, wherein the HBV polymerase antigen does not have reverse transcriptase activity and RNase H activity; (b) a second non-naturally occurring nucleic acid molecule comprising a second polynucleotide encoding a truncated HBV core antigen consisting of an amino acid sequence that is at least 95% identical to SEQ ID NO: 2 or SEQ ID NO: 14; and (c) a pharmaceutically acceptable carrier, wherein the first non-naturally occurring nucleic acid molecule and the second non-naturally occurring nucleic acid molecule are present in the same non-naturally occurring nucleic acid molecule or in two different non-naturally occurring nucleic acid molecules, and wherein the HBV polymerase antigen and optionally the truncated HBV core antigen are capable of inducing a T cell response in a mammal against at least HBV genotypes B, C and D, and more preferably the HBV polymerase antigen and optionally the truncated HBV core antigen are capable of inducing a CD8 T cell response in a human subject against at least HBV genotypes A, B, C and D. (a) a first non-naturally occurring nucleic acid molecule comprising a first polynucleotide encoding a HBV polymerase antigen having an amino acid sequence that is at least 98% identical to SEQ ID NO: 4, wherein the HBV polymerase antigen does not have reverse transcriptase activity and RNase H activity; (b) a second non-naturally occurring nucleic acid molecule comprising a second polynucleotide encoding a truncated HBV core antigen consisting of an amino acid sequence that is at least 95% identical to SEQ ID NO: 2 or SEQ ID NO: 14; and (c) a pharmaceutically acceptable carrier, wherein the first non-naturally occurring nucleic acid molecule and the second non-naturally occurring nucleic acid molecule are present in the same non-naturally occurring nucleic acid molecule or in two different non-naturally occurring nucleic acid molecules, and wherein the HBV polymerase antigen and optionally the truncated HBV core antigen are capable of inducing a T cell response in a mammal against at least HBV genotypes B, C and D, and more preferably the HBV polymerase antigen and optionally the truncated HBV core antigen are capable of inducing a CD8 T cell response in a human subject against at least HBV genotypes A, B, C and D.
Laminated abutment provided with a first armature and a second armature , the laminated abutment comprising an elastomeric member connecting a first face of the first armature to a second face of the second armature by extending in a stacking direction , said elastomeric member comprising a stack of main layers and secondary layers , each main layer comprising at least one elastic material and each secondary layer comprising at least one cup in a rigid material, said second armature having in an extension direction opposite to the stacking direction a first section provided with the second face then a second section which is intended to be attached to a lift assembly , said first armature being a one-piece integral part and comprising in the stacking direction a foot provided with the first face then a connecting shaft followed by a fastener intended to be attached to a hub , said second face being perforated by a through hole which is traversed by the first armature , each main layer and each secondary layer having an opening traversed by the first armature , the foot being arranged in a space delimited by the second armature and the fastener being arranged outside said space , at least one cup surrounding an opening that cannot be traversed by the fastener , this cup comprising at least two distinct portions .
A cloud service control device , comprising: a first communicator configured to control communication with a cloud service providing a plant control function of controlling a plant; a second communicator configured to control communication with a first device using service information related to the cloud service ; a verifier configured to verify an operation state of the cloud service ; a selector configured to select the cloud service on the basis of the verified operation state; and an information transferor configured to transfer the service information between the selected cloud service and the first device , characterised in that the information transferor is configured to limit a transfer of the service information in accordance with the first device , the information transferor is configured to limit the transfer of the service information in accordance with the first device on the basis of an association list in which the first device is associated with the service information transferable to the first device , the second communicator is further configured to control communication with a second device which uses the service information related to the cloud service and which is located outside an internal system in a range of a network in which security is secured, and the information transferor is configured to limit the service information to be transmitted to the second device by referring to setting information in which the service information and the second device to which the service information can be transmitted are associated in advance. a first communicator configured to control communication with a cloud service providing a plant control function of controlling a plant; a second communicator configured to control communication with a first device using service information related to the cloud service ; a verifier configured to verify an operation state of the cloud service ; a selector configured to select the cloud service on the basis of the verified operation state; and an information transferor configured to transfer the service information between the selected cloud service and the first device , characterised in that the information transferor is configured to limit a transfer of the service information in accordance with the first device , the information transferor is configured to limit the transfer of the service information in accordance with the first device on the basis of an association list in which the first device is associated with the service information transferable to the first device , the second communicator is further configured to control communication with a second device which uses the service information related to the cloud service and which is located outside an internal system in a range of a network in which security is secured, and the information transferor is configured to limit the service information to be transmitted to the second device by referring to setting information in which the service information and the second device to which the service information can be transmitted are associated in advance.
A system for determining a torque exerted on a shaft of a wind turbine , the system comprising: a gearbox coupled to the shaft , the gearbox including a first arm and a second arm ; first and second fluid dampers respectively coupled to the first and second arms of the gearbox ; a first fluid conduit fluidly coupling the first and second fluid dampers ; a first pressure sensor in operative association with the first fluid conduit to detect a fluid pressure of fluid within the first fluid conduit ; and a controller communicatively coupled to the first pressure sensor , the controller being configured to determine the torque exerted on the shaft based on measurement signals received from the first pressure sensor . a gearbox coupled to the shaft , the gearbox including a first arm and a second arm ; first and second fluid dampers respectively coupled to the first and second arms of the gearbox ; a first fluid conduit fluidly coupling the first and second fluid dampers ; a first pressure sensor in operative association with the first fluid conduit to detect a fluid pressure of fluid within the first fluid conduit ; and a controller communicatively coupled to the first pressure sensor , the controller being configured to determine the torque exerted on the shaft based on measurement signals received from the first pressure sensor .