mhurhangee/patent-ind-claim-en huggingface dataset:
A nacelle for a wind turbine, wherein the nacelle comprises a nacelle cover formed by an elongate housing defining an interior space containing machinery components of the wind turbine, the housing having a front end mounted to a tower of the wind turbine, and an opposite rear end , wherein the elongate housing comprises a fibre-reinforced polymer composite material, characterised in that the front end of the housing is mounted on a bed plate frame which is affixed to the tower , the front end is fitted to the bed plate frame by at least one fitting assembly , a main frame is fixed to the bed plate frame and extends in a longitudinal direction along the housing towards the rear end , the main frame supports at least one part of a drive train of the wind turbine, the housing supports at least one machinery component of the wind turbine which is mounted on the housing at the rear end , the housing comprises a structural tube which functions as a vertically displaceable cantilever beam carrying the load of the at least one machinery component mounted thereon, and the nacelle further comprises a brace device affixed between the main frame and a part of the housing for reinforcing the part of the housing against lateral displacement of the housing relative to the main frame .
Method of controlling the displacement of the push device of a pump of the syringe driver-type, the pump comprising a casing , a syringe cradle in which a syringe is placed, a push device mobile relative to the casing and capable of being driven in translation parallel to the longitudinal axis of the syringe by driving means , and clutch means for engaging or disengaging the push device on the driving means , method characterized by the following steps: a) disengaging the push device from the driving means ; b) detecting the presence or absence of contact between the push device and the syringe head by means of a contact sensor ; c) moving the push device in translation toward the syringe if there is no contact between the push device and the syringe head, detecting the contact of the push device with the syringe head by means of the contact sensor and immediately actuating means for blocking the translation movement of the push device which had been inactivated up to then. a) disengaging the push device from the driving means ; b) detecting the presence or absence of contact between the push device and the syringe head by means of a contact sensor ; c) moving the push device in translation toward the syringe if there is no contact between the push device and the syringe head, detecting the contact of the push device with the syringe head by means of the contact sensor and immediately actuating means for blocking the translation movement of the push device which had been inactivated up to then.
A virtual network function configuration method, comprising: receiving (S101) a network function configuration request sent by a network management system, wherein the network function configuration request comprises a network function requirement of a service node; obtaining (S102), from a network function, NF, instance library, an NF instance file that satisfies the network function requirement of the service node, wherein the NF instance library comprises an instance file for which one network function is based on one acceleration device; and performing (S103) network function configuration on the service node according to the obtained NF instance file; wherein the performing network function configuration on the service node according to the obtained NF instance file comprises: directing a service that is being processed by the service node to a pre-configured failure protection data plane, wherein the service continues to be executed on the failure protection data plane; re-performing network function configuration on the service node according to the obtained NF instance file that satisfies the network function requirement of the service node; and redirecting the service on the failure protection data plane to the service node after network function configuration for the service node is complete. receiving (S101) a network function configuration request sent by a network management system, wherein the network function configuration request comprises a network function requirement of a service node; obtaining (S102), from a network function, NF, instance library, an NF instance file that satisfies the network function requirement of the service node, wherein the NF instance library comprises an instance file for which one network function is based on one acceleration device; and performing (S103) network function configuration on the service node according to the obtained NF instance file; wherein the performing network function configuration on the service node according to the obtained NF instance file comprises: directing a service that is being processed by the service node to a pre-configured failure protection data plane, wherein the service continues to be executed on the failure protection data plane; re-performing network function configuration on the service node according to the obtained NF instance file that satisfies the network function requirement of the service node; and redirecting the service on the failure protection data plane to the service node after network function configuration for the service node is complete. directing a service that is being processed by the service node to a pre-configured failure protection data plane, wherein the service continues to be executed on the failure protection data plane; re-performing network function configuration on the service node according to the obtained NF instance file that satisfies the network function requirement of the service node; and redirecting the service on the failure protection data plane to the service node after network function configuration for the service node is complete.
A liquid crystal display (LCD) assembly, characterized in that it comprises: a touch screen , an upper substrate disposed parallel to the touch screen , a lower substrate disposed parallel to the upper substrate, a liquid crystal layer enclosed between the upper substrate and the lower substrate , an upper polarizer attached to a side of the upper substrate not adjacent to the liquid crystal layer and a lower polarizer attached to a side of the lower substrate not adjacent to the liquid crystal layer ; the LCD assembly further comprises: at least one fingerprint identification sensor (160; 260), at least one light sensor (170; 270) and a control chip (180; 280); the at least one fingerprint identification sensor (160; 260) is disposed between the upper polarizer and the lower polarizer , and each of the at least one fingerprint identification sensor (160; 260) is electrically connected to the control chip ; the at least one light sensor (170; 270) is disposed between the upper polarizer and the lower polarizer or the at least one light sensor (170; 270) is disposed on the touch screen , and each of the at least one light sensor (170; 270) is electrically connected to the control chip ; the liquid crystal display assembly being able to select some of the at least one fingerprint identification sensor with the assistance of the at least one light sensor for carrying out fingerprint identification. a touch screen , an upper substrate disposed parallel to the touch screen , a lower substrate disposed parallel to the upper substrate, a liquid crystal layer enclosed between the upper substrate and the lower substrate , an upper polarizer attached to a side of the upper substrate not adjacent to the liquid crystal layer and a lower polarizer attached to a side of the lower substrate not adjacent to the liquid crystal layer ; the LCD assembly further comprises: at least one fingerprint identification sensor (160; 260), at least one light sensor (170; 270) and a control chip (180; 280); the at least one fingerprint identification sensor (160; 260) is disposed between the upper polarizer and the lower polarizer , and each of the at least one fingerprint identification sensor (160; 260) is electrically connected to the control chip ; the at least one light sensor (170; 270) is disposed between the upper polarizer and the lower polarizer or the at least one light sensor (170; 270) is disposed on the touch screen , and each of the at least one light sensor (170; 270) is electrically connected to the control chip ; the liquid crystal display assembly being able to select some of the at least one fingerprint identification sensor with the assistance of the at least one light sensor for carrying out fingerprint identification.
A method for controlling operation of a wind turbine , the method comprising: collecting training data, the training data comprising pitch setpoints, tip speed ratio setpoints, and historical data regarding one or more operational conditions of the wind turbine including a power output or a power differential of the wind turbine; training a machine learning model by applying the training data to the machine learning model, an output of the machine learning model is an estimated power or estimated power differential of the wind turbine based on the training data, and the machine learning model is stored; obtaining recent data regarding one or more operational conditions of the wind turbine; applying the machine learning model to the recent data to output a reference power or reference power differential corresponding to the recent data; applying the machine learning model to the recent data to output at least one estimated power or estimated power differential corresponding to values of the pitch setpoints and the tip speed ratio setpoints which differ from the recent data; determining a wind turbine setting by comparing the estimated power or estimated power differential to the reference power or reference power differential, and applying the wind turbine setting to the wind turbine if the estimated power or estimated power differential is greater than or equal to a threshold amount above the reference power or reference power differential; repeating the obtaining, applying and determining steps at a predetermined time interval. collecting training data, the training data comprising pitch setpoints, tip speed ratio setpoints, and historical data regarding one or more operational conditions of the wind turbine including a power output or a power differential of the wind turbine; training a machine learning model by applying the training data to the machine learning model, an output of the machine learning model is an estimated power or estimated power differential of the wind turbine based on the training data, and the machine learning model is stored; obtaining recent data regarding one or more operational conditions of the wind turbine; applying the machine learning model to the recent data to output a reference power or reference power differential corresponding to the recent data; applying the machine learning model to the recent data to output at least one estimated power or estimated power differential corresponding to values of the pitch setpoints and the tip speed ratio setpoints which differ from the recent data; determining a wind turbine setting by comparing the estimated power or estimated power differential to the reference power or reference power differential, and applying the wind turbine setting to the wind turbine if the estimated power or estimated power differential is greater than or equal to a threshold amount above the reference power or reference power differential; repeating the obtaining, applying and determining steps at a predetermined time interval.
A method of packaging an implant , the method comprising the steps of: providing an assembly including a storage container in which the implant is positioned along with a sterilizing fluid (F) and a first portion of an elongated delivery device ; wherein the implant is loaded onto the first portion of the delivery device ; forming a first seal to retain the sterilizing fluid (F) within the storage container at a first location along a second portion of the delivery device ; conducting a first sterilization process; forming a second seal to retain the sterilization fluid (F) within the storage container at a second location along the second portion of the delivery device ; and conducting a second sterilization process of the assembly . providing an assembly including a storage container in which the implant is positioned along with a sterilizing fluid (F) and a first portion of an elongated delivery device ; wherein the implant is loaded onto the first portion of the delivery device ; forming a first seal to retain the sterilizing fluid (F) within the storage container at a first location along a second portion of the delivery device ; conducting a first sterilization process; forming a second seal to retain the sterilization fluid (F) within the storage container at a second location along the second portion of the delivery device ; and conducting a second sterilization process of the assembly .
A hose assembly comprising: a hose including an end portion defining an inner bore and an outer surface ; a connector body having an outer end portion defining a fluid connector , an inner end defining a nose portion received in the inner bore of the hose end portion, and an intermediate portion including first and second annular flanges spaced apart to define a dog lock groove ; and a collar including an outer end portion defining an inner radial dog lock received in the dog lock groove, an annular step portion extending radially outward of and axially inward of the dog lock in axial alignment with the first annular flange, and an inner end portion extending radially outward of and axially inward from the step portion, the inner end portion being in radial compression against the outer surface of the hose end portion; wherein the outer surface of the hose end portion has an outer diameter (D1) that is larger than an inner diameter (D2) of the step portion, such that the outer surface of the hose end portion is secured axially inward of the first annular flange; wherein at least one of the first and second annular flanges defines a tapered side surface of the dog lock groove, with the dog lock contacting the tapered side surface of the dog lock groove; and wherein the dog lock has an axial width greater than an axial inner width of the dog lock groove, such that an inner surface of the dog lock and an outer surface of the dog lock groove define an annular radial gap. a hose including an end portion defining an inner bore and an outer surface ; a connector body having an outer end portion defining a fluid connector , an inner end defining a nose portion received in the inner bore of the hose end portion, and an intermediate portion including first and second annular flanges spaced apart to define a dog lock groove ; and a collar including an outer end portion defining an inner radial dog lock received in the dog lock groove, an annular step portion extending radially outward of and axially inward of the dog lock in axial alignment with the first annular flange, and an inner end portion extending radially outward of and axially inward from the step portion, the inner end portion being in radial compression against the outer surface of the hose end portion; wherein the outer surface of the hose end portion has an outer diameter (D1) that is larger than an inner diameter (D2) of the step portion, such that the outer surface of the hose end portion is secured axially inward of the first annular flange; wherein at least one of the first and second annular flanges defines a tapered side surface of the dog lock groove, with the dog lock contacting the tapered side surface of the dog lock groove; and wherein the dog lock has an axial width greater than an axial inner width of the dog lock groove, such that an inner surface of the dog lock and an outer surface of the dog lock groove define an annular radial gap.
Device for preheating bar-shaped, metallic workpieces, in particular aluminium bars or billets, with a preheating vessel for receiving the workpieces, which is supplied with a first fluid heated by a heat source, characterised in that the preheating vessel has a fluid bath for completely receiving workpieces arranged there as well as a flow connection and a return connection , which are connected to the heat source via a pump, wherein the first fluid is water and wherein the flow connection and the return connection are connected to a heat exchanger, through which flows a second fluid which is hotter than the first fluid and which forms the heat source.
Expanded thermoplastic particles comprising a thermoplastic matrix having closed voids, wherein said expanded particles have a volume average particle size of from 1 to 100 microns, wherein the thermoplastic matrix is selected from the group consisting of amorphous and semi-crystalline polyamide 6, PA 11, PA 12, copolyamide 6.6, 6.12, 6.10, 10.10, and 10.12 and mixtures thereof.
A method for displaying information about an object in a refrigerator, the method comprising: obtaining (S210), using a plurality of cameras, an image of a plurality of objects stored in the refrigerator, wherein the image is generated by combining images captured by the plurality of cameras; displaying (S220) the image on a display of the refrigerator; receiving (S230) a first user input indicating a first object from among the plurality of objects included in the image, wherein a portion of the first object is obscured by at least one of the plurality of objects included in the image; identifying the first object among the plurality of objects; displaying (S240) a first substitute image of the first object on the display based on the first user input by superimposing and displaying the substitute image of the first object on the display at a location of the image that comprises the first object, wherein the substitute image of the first object includes a front side of a product corresponding to the first object; receiving (S610) a second user input on the first object; displaying (S630) a second substitute image of the first object on the display based on the second user input, wherein the second substitute image of the first object includes another side of the first object, which is different from the front side provided by the first substitute image. obtaining (S210), using a plurality of cameras, an image of a plurality of objects stored in the refrigerator, wherein the image is generated by combining images captured by the plurality of cameras; displaying (S220) the image on a display of the refrigerator; receiving (S230) a first user input indicating a first object from among the plurality of objects included in the image, wherein a portion of the first object is obscured by at least one of the plurality of objects included in the image; identifying the first object among the plurality of objects; displaying (S240) a first substitute image of the first object on the display based on the first user input by superimposing and displaying the substitute image of the first object on the display at a location of the image that comprises the first object, wherein the substitute image of the first object includes a front side of a product corresponding to the first object; receiving (S610) a second user input on the first object; displaying (S630) a second substitute image of the first object on the display based on the second user input, wherein the second substitute image of the first object includes another side of the first object, which is different from the front side provided by the first substitute image.
A cartridge or a member to which a cartridge is mountable, said cartridge or member being mountable to a recording apparatus and comprising a casing and an electrode unit being provided in the casing , wherein the electrode unit has a plurality of pad electrodes (33; 43), characterized in that the electrode unit is rotatable relative to the casing in a plane parallel to the plurality of pad electrodes (3; 43). wherein the electrode unit has a plurality of pad electrodes (33; 43), characterized in that the electrode unit is rotatable relative to the casing in a plane parallel to the plurality of pad electrodes (3; 43).
A rear brake hose layout structure for a saddle riding vehicle, comprising: a swing arm including an arm body , a pivot portion , and an intermediate portion that interconnects the arm body and the pivot portion ; a brake hose having at least a portion disposed on an upper surface of the swing arm ; and an inner fender mounted on the swing arm and covering the swing arm and a rear wheel from above, the inner fender having a forward extension covering at least a portion of an upper surface of the intermediate portion of the swing arm and the inner fender having an central arcuate portion that protrudes forwardly and extends along part of an outer circumferential surface of the rear wheel with a distal end substantially aligned with a rear surface of the intermediate portion in a view from above, characterized in that the forward extension overlaps the brake hose as viewed from a side of the vehicle, the inner fender has a recess defined between the forward extension and the arcuate portion , a gap which does not overlap the swing arm in a view from above is defined rearwardly of the intermediate portion of the swing arm . the gap is defined between a rear surface of the intermediate portion and the recess in the inner fender in a view from above, and the brake hose extends through the gap and is disposed inwardly of the arm body of the swing arm . a swing arm including an arm body , a pivot portion , and an intermediate portion that interconnects the arm body and the pivot portion ; a brake hose having at least a portion disposed on an upper surface of the swing arm ; and an inner fender mounted on the swing arm and covering the swing arm and a rear wheel from above, the inner fender having a forward extension covering at least a portion of an upper surface of the intermediate portion of the swing arm and the inner fender having an central arcuate portion that protrudes forwardly and extends along part of an outer circumferential surface of the rear wheel with a distal end substantially aligned with a rear surface of the intermediate portion in a view from above, characterized in that the forward extension overlaps the brake hose as viewed from a side of the vehicle, the inner fender has a recess defined between the forward extension and the arcuate portion , a gap which does not overlap the swing arm in a view from above is defined rearwardly of the intermediate portion of the swing arm . the gap is defined between a rear surface of the intermediate portion and the recess in the inner fender in a view from above, and the brake hose extends through the gap and is disposed inwardly of the arm body of the swing arm .
A magnetic recording tape comprising: a tape substrate ; a perpendicular magnetic recording layer ; comprising magnetic particles suspended in a binder material, disposed over the tape substrate; and a soft-magnetic underlayer , comprising a continuous film of soft-magnetic material, disposed between the recording layer and the tape substrate , and wherein said magnetic particles comprise one of barium ferrite, strontium ferrite, epsilon iron oxide and chromium dioxide. a tape substrate ; a perpendicular magnetic recording layer ; comprising magnetic particles suspended in a binder material, disposed over the tape substrate; and a soft-magnetic underlayer , comprising a continuous film of soft-magnetic material, disposed between the recording layer and the tape substrate , and wherein said magnetic particles comprise one of barium ferrite, strontium ferrite, epsilon iron oxide and chromium dioxide.