mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a power curve of a first wind turbine having a rotor, wherein - the power curve specifies a relationship between wind speed (Vw) and a power output that can be generated by the first wind turbine, - in order to measure the wind speed (Vw), the wind speed is calculated on the basis of a measurement correlation derived from a behavior of the rotor, wherein - the measurement correlation specifies a correlation between the rotor behavior and the wind speed (Vw), and - the measurement correlation is trained by means of a second wind turbine of identical construction, wherein - the second wind turbine has a reference wind sensor for training purposes and - while the second wind turbine is being operated at varying wind speeds, the reference wind sensor repeatedly records a wind speed (Vw) and assigns it to a simultaneously recorded behavior of the rotor of the second wind turbine, in order to produce the measurement correlation, wherein - the power curve of the first wind turbine is produced by - repeatedly and simultaneously recording a power output generated by the first wind turbine and an associated wind speed (Vw) while operating the first wind turbine at varying wind speeds, - the wind speed (Vw) being calculated from a behavior of the rotor of the first wind turbine on the basis of the measurement correlation trained by means of the second wind turbine. - the power curve specifies a relationship between wind speed (Vw) and a power output that can be generated by the first wind turbine, - in order to measure the wind speed (Vw), the wind speed is calculated on the basis of a measurement correlation derived from a behavior of the rotor, wherein - the measurement correlation specifies a correlation between the rotor behavior and the wind speed (Vw), and - the measurement correlation is trained by means of a second wind turbine of identical construction, wherein - the second wind turbine has a reference wind sensor for training purposes and - while the second wind turbine is being operated at varying wind speeds, the reference wind sensor repeatedly records a wind speed (Vw) and assigns it to a simultaneously recorded behavior of the rotor of the second wind turbine, in order to produce the measurement correlation, wherein - the power curve of the first wind turbine is produced by - repeatedly and simultaneously recording a power output generated by the first wind turbine and an associated wind speed (Vw) while operating the first wind turbine at varying wind speeds, - the wind speed (Vw) being calculated from a behavior of the rotor of the first wind turbine on the basis of the measurement correlation trained by means of the second wind turbine.
A device for preparing a beverage from ingredients contained in a capsule, the device comprising: a brewing unit designed for receiving the capsule and preparing the beverage from the ingredients by means of injection of pressurized liquid into the capsule, receptacle support means designed to support and to selectively connect to a receptacle for receiving the resulting beverage, beverage delivery means (17, 19a) adapted to collect and/or guide the resulting beverage from the brewing unit to the receptacle support means, and injection means adapted to selectively open a portion of an outer wall (2a,2b) of the receptacle connected to the receptacle support means and to establish a fluid communication between the beverage delivery means (17,19a) and the receptacle characterized in that the device further comprises emptying means designed for evacuating residual liquid from the beverage delivery means (17,19a). a brewing unit designed for receiving the capsule and preparing the beverage from the ingredients by means of injection of pressurized liquid into the capsule, receptacle support means designed to support and to selectively connect to a receptacle for receiving the resulting beverage, beverage delivery means (17, 19a) adapted to collect and/or guide the resulting beverage from the brewing unit to the receptacle support means, and injection means adapted to selectively open a portion of an outer wall (2a,2b) of the receptacle connected to the receptacle support means and to establish a fluid communication between the beverage delivery means (17,19a) and the receptacle characterized in that the device further comprises emptying means designed for evacuating residual liquid from the beverage delivery means (17,19a).
An effluent container comprising: multiple sheets of material attached together to form a generally rectangular shape, having a front sheet, a back sheet, two side sheets, and a bottom sheet; a securing system attached to a free end of at least one of the sheets and configured to attach the effluent container to a support structure; and a drain located on one of the sheets, proximate to the bottom sheet, the drain configured to provide selective fluid communication between the interior of the container and an outside of the container, characterized in that the back sheet is taller than the two side sheets. multiple sheets of material attached together to form a generally rectangular shape, having a front sheet, a back sheet, two side sheets, and a bottom sheet; a securing system attached to a free end of at least one of the sheets and configured to attach the effluent container to a support structure; and a drain located on one of the sheets, proximate to the bottom sheet, the drain configured to provide selective fluid communication between the interior of the container and an outside of the container, characterized in that the back sheet is taller than the two side sheets.
A control channel modulation method, comprising: Determining, according to a length of control information borne on a control channel and the number of resource elements occupied by the control channel, an effective coding rate that is at the time when a first modulation manner is used to modulate the control channel; and Modulating the control channel by using a second modulation manner when the effective coding rate is greater than a first threshold; characterized by further comprising: setting, according to channel quality information reported by a user equipment, the first threshold corresponding to the user equipment. Determining, according to a length of control information borne on a control channel and the number of resource elements occupied by the control channel, an effective coding rate that is at the time when a first modulation manner is used to modulate the control channel; and Modulating the control channel by using a second modulation manner when the effective coding rate is greater than a first threshold; characterized by further comprising: setting, according to channel quality information reported by a user equipment, the first threshold corresponding to the user equipment.
A layer structure comprising: a semiconductor layer; a first rare earth oxide layer over the semiconductor layer; a metal layer epitaxially grown over the first rare earth oxide layer; and a III-N layer epitaxially grown over the metal layer, wherein the III-N layer is a crystalline piezoelectric layer, characterised in that the first rare earth oxide layer includes a first discrete portion and a second discrete portion, and the metal layer includes a metal portion that overlaps a first region of the first discrete portion and a second region of the second discrete portion. a semiconductor layer; a first rare earth oxide layer over the semiconductor layer; a metal layer epitaxially grown over the first rare earth oxide layer; and a III-N layer epitaxially grown over the metal layer, wherein the III-N layer is a crystalline piezoelectric layer,
A suture bridge, comprising: an elongated rigid insert including a first material; and a deformable shell including a second material, the second material being differentthan the first material, the insert and the shell collectively forming a bridge body having a first leg including a first patient contacting surface configured to contact a patient's skin, a second leg spaced from the first leg and including a second patient contacting surface configured to contact the patient's skin, a first support connected to the first leg, a second support connected to the second leg, a first slot at least partially formed through a portion of the first leg, and a portion of the first support, a second slot at least partially formed through a portion of the second leg, and a portion of the second support, and a traversing member extending between the first support and the second support wherein the shell partially surrounds the rigid insert, the shell covers the surface of the rigid insert on a patient contacting surface side. an elongated rigid insert including a first material; and a deformable shell including a second material, the second material being differentthan the first material, the insert and the shell collectively forming a bridge body having a first leg including a first patient contacting surface configured to contact a patient's skin, a second leg spaced from the first leg and including a second patient contacting surface configured to contact the patient's skin, a first support connected to the first leg, a second support connected to the second leg, a first slot at least partially formed through a portion of the first leg, and a portion of the first support, a second slot at least partially formed through a portion of the second leg, and a portion of the second support, and a traversing member extending between the first support and the second support wherein the shell partially surrounds the rigid insert, the shell covers the surface of the rigid insert on a patient contacting surface side.
A device for generating an adjustable adhesion force on a wet substrate, in particular in order to provide a locomotion of the device or a manipulation of the substrate, comprising: - a main body having an adhesion surface which, in use, is arranged facing the substrate, wherein at such adhesion surface said main body has a plurality of recesses apt to generate a capillary return for a substrate fluid present on the substrate; characterized in further comprising - fluid delivery and/or reservoir means, apt to provide an interface fluid at said adhesion surface, so that the interface fluid, in use, is arranged interposed between the adhesion surface and the substrate fluid; and - electric field generating means, apt to generate an electric field at the adhesion surface, so as to modify the wettability of the interface fluid on said adhesion surface. - a main body having an adhesion surface which, in use, is arranged facing the substrate, wherein at such adhesion surface said main body has a plurality of recesses apt to generate a capillary return for a substrate fluid present on the substrate; characterized in further comprising - fluid delivery and/or reservoir means, apt to provide an interface fluid at said adhesion surface, so that the interface fluid, in use, is arranged interposed between the adhesion surface and the substrate fluid; and - electric field generating means, apt to generate an electric field at the adhesion surface, so as to modify the wettability of the interface fluid on said adhesion surface.
A working gas circulation engine which comprises a circulation passage part which is configured to connect an inlet port communicated to a combustion chamber and an exhaust port communicated to the combustion chamber in the exterior of the combustion chamber, which is configured to supply fuel, oxygen, and working gas to the combustion chamber to burn the fuel in the combustion chamber, and which is configured to supply the working gas contained in the exhaust gas discharged through the exhaust port from the combustion chamber to the combustion chamber through the circulation passage part and the inlet port, wherein said working gas circulation engine comprises: a water vapor condensing means which interposes in said circulation passage part and has an entrance part and an exit part, the water vapor condensing means is configured to remove water vapor from gas flowing thereinto through the entrance part from said circulation passage part by condensing water vapor contained in the gas and is configured to discharge the gas from the exit part to said circulation passage part, characterized in that said working gas circulation engine further comprises: a gas pressure detecting means to detect the pressure of the gas flowing into said water vapor condensing means, and a gas pressure adjusting means to adjust the pressure detected by said gas pressure detecting means, wherein said gas pressure adjusting means is one of a variable throttle disposed downstream from said water vapor condensing means and a compression machine disposed upstream of said water vapor condensing means, or a combination thereof. a water vapor condensing means which interposes in said circulation passage part and has an entrance part and an exit part, the water vapor condensing means is configured to remove water vapor from gas flowing thereinto through the entrance part from said circulation passage part by condensing water vapor contained in the gas and is configured to discharge the gas from the exit part to said circulation passage part, characterized in that said working gas circulation engine further comprises: a gas pressure detecting means to detect the pressure of the gas flowing into said water vapor condensing means, and a gas pressure adjusting means to adjust the pressure detected by said gas pressure detecting means, wherein said gas pressure adjusting means is one of a variable throttle disposed downstream from said water vapor condensing means and a compression machine disposed upstream of said water vapor condensing means, or a combination thereof. a gas pressure detecting means to detect the pressure of the gas flowing into said water vapor condensing means, and a gas pressure adjusting means to adjust the pressure detected by said gas pressure detecting means, wherein said gas pressure adjusting means is one of a variable throttle disposed downstream from said water vapor condensing means and a compression machine disposed upstream of said water vapor condensing means, or a combination thereof.
An ultrasonic surgical instrument, comprising: (a) a handle assembly including at least one user input feature; (b) an ultrasonic transducer supported by the handle assembly; (c) a shaft assembly configured to removably couple with the handle assembly, wherein the shaft assembly includes a distal end portion, wherein the shaft assembly further includes: (i) an end effector extending distally from the distal end portion, and (ii) an ultrasonic waveguide configured to be acoustically coupled with the ultrasonic transducer; and (d) a mechanical lockout assembly configured to move between at least an unlocked configuration and a locked configuration, wherein in the locked configuration, the handle assembly and the shaft assembly are only partially coupled together physically preventing the user from activating the instrument using the user input feature, and wherein in the unlocked configuration, the handle assembly and shaft assembly are completely coupled together enabling the user to activate the instrument using the user input feature. (a) a handle assembly including at least one user input feature; (b) an ultrasonic transducer supported by the handle assembly; (c) a shaft assembly configured to removably couple with the handle assembly, wherein the shaft assembly includes a distal end portion, wherein the shaft assembly further includes: (i) an end effector extending distally from the distal end portion, and (ii) an ultrasonic waveguide configured to be acoustically coupled with the ultrasonic transducer; and (i) an end effector extending distally from the distal end portion, and (ii) an ultrasonic waveguide configured to be acoustically coupled with the ultrasonic transducer; and (d) a mechanical lockout assembly configured to move between at least an unlocked configuration and a locked configuration, wherein in the locked configuration, the handle assembly and the shaft assembly are only partially coupled together physically preventing the user from activating the instrument using the user input feature, and wherein in the unlocked configuration, the handle assembly and shaft assembly are completely coupled together enabling the user to activate the instrument using the user input feature.
A terminal device comprising: a measuring unit configured to perform downlink measurement on a basis of a downlink reference signal; and a transmitting unit configured to transmit, to a base station device, a first uplink reference signal on a basis of a first setting related to measurement for radio resource management and to transmit, to the base station device, a second uplink reference signal on a basis of a second setting relating to channel state information, CSI, the second setting being different from the first setting, characterized in that the transmitting unit transmits the first uplink reference signal in a case in which a first condition is satisfied and transmits the second uplink reference signal in a case in which a second condition is satisfied, and in that the measuring unit performs the downlink measurement in a case in which the first and the second condition are both not satisfied, wherein, in the case in which the first condition is satisfied, a target time resource is within a discontinuous reception, DRX, section, in the case in which the first condition is not satisfied and the second condition is satisfied, the target time resource is outside the DRX section, and wherein the first uplink reference signal is relating to measurement for radio resource management and the second uplink reference signal is relating to channel state information, CSI. a measuring unit configured to perform downlink measurement on a basis of a downlink reference signal; and a transmitting unit configured to transmit, to a base station device, a first uplink reference signal on a basis of a first setting related to measurement for radio resource management and to transmit, to the base station device, a second uplink reference signal on a basis of a second setting relating to channel state information, CSI, the second setting being different from the first setting, characterized in that the transmitting unit transmits the first uplink reference signal in a case in which a first condition is satisfied and transmits the second uplink reference signal in a case in which a second condition is satisfied, and in that the measuring unit performs the downlink measurement in a case in which the first and the second condition are both not satisfied, wherein, in the case in which the first condition is satisfied, a target time resource is within a discontinuous reception, DRX, section, in the case in which the first condition is not satisfied and the second condition is satisfied, the target time resource is outside the DRX section, and wherein the first uplink reference signal is relating to measurement for radio resource management and the second uplink reference signal is relating to channel state information, CSI.
A method of block cave mining comprising: excavating undercut tunnels at an undercut level; drilling undercut blast holes through the undercut tunnel roofs and setting and detonating explosive charges in those holes to blast rock above the undercut tunnels to initiate the formation of broken rock caverns above the undercut tunnels; excavating extraction level tunnels at an extraction level below the undercut level; drilling drawbell blast holes upwardly from the extraction level tunnels at selected drawbell locations toward the broken rock caverns and setting and detonating explosive charges in those holes to blast drawbells through which broken rock falls down into the extraction level tunnels; and progressively removing such fallen rock from the drawbell locations through the extraction level tunnels; characterised in that the extraction level tunnels are excavated within the stress shadow of the undercut and at least parts of the extraction level tunnels are excavated mechanically by tunnel boring machinery. excavating undercut tunnels at an undercut level; drilling undercut blast holes through the undercut tunnel roofs and setting and detonating explosive charges in those holes to blast rock above the undercut tunnels to initiate the formation of broken rock caverns above the undercut tunnels; excavating extraction level tunnels at an extraction level below the undercut level; drilling drawbell blast holes upwardly from the extraction level tunnels at selected drawbell locations toward the broken rock caverns and setting and detonating explosive charges in those holes to blast drawbells through which broken rock falls down into the extraction level tunnels; and progressively removing such fallen rock from the drawbell locations through the extraction level tunnels; characterised in that the extraction level tunnels are excavated within the stress shadow of the undercut and at least parts of the extraction level tunnels are excavated mechanically by tunnel boring machinery.
Cooking appliance with a hob and/or a cooking cavity and an user interface for inputting and/or displaying information for controlling a cooking process in the cooking appliance, wherein the user interface is an external or independent unit with respect to the cooking appliance or arranged outside of the cooking appliance, and wherein the user interface is detachably arranged or fastened at the cooking appliance, so that the user interface can be taken and be removed from the cooking appliance itself, and wherein the user interface has a memory device for recording data for controlling a cooking process in the cooking appliance, and wherein the memory device is arranged for receiving cooking recipe data for a plurality of recipes, and wherein the cooking recipe data include related cooking parameters, and characterized in that an electronic cookbook is stored in the memory device, from which data can be retrieved during preparation of the cooking process, wherein the user interface is constructed as a unit having at least on inputting device and at least one displaying device, wherein the displaying device is a screen, and wherein the inputting device is a keyboard or keypad.
SOMMELIER'S CORKSCREW, of the type consisting of a first shaft, shaped like an elongated body hinged at one end with a second shaft, made up of the tool (2.1), with the function of opening crown-type caps, and of the extension (2.2), which rests on the upper part of the neck of the bottle, and of a third shaft or helical body, hinged onto the first shaft, said corkscrew comprising a mechanical element, which engages with the helical body and actuates it, automatically, to take said helical body from the closed position of the corkscrew, when it is contained between the two outer shafts (1, 2), to the position screwing into the cork, when it emerges substantially perpendicular to the aforementioned two totally open shafts, said corkscrew being characterised in that the mechanical element consists of a linkpiece stably applied in the lower part of the extension (2.2) and positioned so as to hold the end part (3.1) of the helical body, when the corkscrew is closed.