mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a housing having a shaft extending distally therefrom; an outer sleeve disposed about the shaft and selectively translatable relative to the shaft; a first drive shaft disposed within the shaft and translatable relative to the shaft independently of the outer sleeve; a second drive shaft disposed within the first drive shaft and coupled to the outer sleeve to translate in conjunction with the outer sleeve; and a rotatable nose wheel mounted about a distal end of the housing, the rotatable nose wheel disposed about the outer sleeve and rotatably coupled to each of the outer sleeve, the shaft, the first drive shaft, and the second drive shaft such that rotation of the rotatable nose wheel effects corresponding rotation of the outer sleeve, the shaft, the first drive shaft, and the second drive shaft in conjunction with one another and relative to the housing. a housing having a shaft extending distally therefrom; an outer sleeve disposed about the shaft and selectively translatable relative to the shaft; a first drive shaft disposed within the shaft and translatable relative to the shaft independently of the outer sleeve; a second drive shaft disposed within the first drive shaft and coupled to the outer sleeve to translate in conjunction with the outer sleeve; and a rotatable nose wheel mounted about a distal end of the housing, the rotatable nose wheel disposed about the outer sleeve and rotatably coupled to each of the outer sleeve, the shaft, the first drive shaft, and the second drive shaft such that rotation of the rotatable nose wheel effects corresponding rotation of the outer sleeve, the shaft, the first drive shaft, and the second drive shaft in conjunction with one another and relative to the housing.
A turbomachine assembly, comprising: a first combustor configured to combust fuel and compressed air; and a second combustor configured to combust fuel and compressed air, wherein flow moves through the first combustor in a first direction and flow moves though the second combustor in a second direction different than the first direction, the first combustor axially spaced from the second combustor; characterised in that: products of combustion from the first combustor arc expanded to drive a first spool, and products of combustion from the second combustor are expanded to drive a second spool different than the first spool. a first combustor configured to combust fuel and compressed air; and a second combustor configured to combust fuel and compressed air, wherein flow moves through the first combustor in a first direction and flow moves though the second combustor in a second direction different than the first direction, the first combustor axially spaced from the second combustor; characterised in that: products of combustion from the first combustor arc expanded to drive a first spool, and products of combustion from the second combustor are expanded to drive a second spool different than the first spool. products of combustion from the first combustor arc expanded to drive a first spool, and products of combustion from the second combustor are expanded to drive a second spool different than the first spool.
Hardware-fitting device for joinery, intended for installing fittings, such as casement bolts, hinges or striker plates, on joinery element frames, such as door or window fixed or opening lights, said device comprising: - a frame support arranged to hold the frame to be fitted out, - a positioning arm provided with a gripping means able to grip a fitting with a view to placing it on said frame, said positioning arm being designed to position the gripping means with respect to the frame so that the fitting which is held by said gripping means is presented facing a predetermined location on said frame designed to receive said fitting, said device being characterised in that the positioning arm is formed by a six-axis robotic arm, and designed to be able to approach the frame both from inside and from outside and to place fittings both on the face and on one of the edges of said frame, and in that the gripping means comprises a base secured to the positioning arm as well as a hardware-fitting end piece and a reversible coupling means designed to adopt alternately a fixing configuration in which it associates with the base the hardware-fitting end piece that is specifically adapted to the gripping of a particular type of fitting, and a release configuration in which it allows the separation of said hardware-fitting end piece from said base, so that the gripping means can, depending on the choice of hardware-fitting end piece, change to a plurality of gripping configurations, each gripping configuration being specifically suited to the gripping of a particular type of fitting that differs through its shape and/or dimensions from the other type or types of fitting to which the other gripping configuration or configurations correspond. - a frame support arranged to hold the frame to be fitted out, - a positioning arm provided with a gripping means able to grip a fitting with a view to placing it on said frame, said positioning arm being designed to position the gripping means with respect to the frame so that the fitting which is held by said gripping means is presented facing a predetermined location on said frame designed to receive said fitting,
A process to produce an intermediate pressure steam from a high temperature process stream resulting from an aromatic carboxylic acid production process, said process comprising: (a) recovering thermal energy from at least a portion of said high temperature process stream in a first heat transfer zone to produce a low pressure steam; and (b) compressing said low pressure steam in a compression zone to produce said intermediate pressure steam, wherein said low pressure steam has a pressure from 0 kPa to 276 kPa (0 psig to 40 psig); and wherein said intermediate pressure steam has a pressure in the range from 344 kPa to 1,790 kPA (50 psig to 260 psig); and wherein said high temperature process stream is at a temperature of greater than 100°C; wherein said compression zone comprises at least one compression device selected from the group consisting of a centrifugal compressor, a positive displacement compressor, and a steam ejector; wherein said intermediate pressure steam is superheated and wherein at least a portion of the superheat is removed from said intermediate pressure steam. (a) recovering thermal energy from at least a portion of said high temperature process stream in a first heat transfer zone to produce a low pressure steam; and (b) compressing said low pressure steam in a compression zone to produce said intermediate pressure steam,
A method of estimating a life of a gear pump having a pair of gears that rotate in a state where the gears mesh with each other, the method comprising: detecting the number of rotations of the gears and a discharge amount of rubber that is extruded from the gear pump; calculating, based on the number of rotations and the discharge amount of the rubber which are detected, a ratio (T1/T) of a measured value T1 of the discharge amount of the rubber that is extruded from the gear pump per one rotation of the gears to a theoretical value T of the discharge amount of the rubber that is extruded from the gear pump per one rotation of the gears; and estimating the life of the gear pump based on the calculated ratio (T1/T). detecting the number of rotations of the gears and a discharge amount of rubber that is extruded from the gear pump; calculating, based on the number of rotations and the discharge amount of the rubber which are detected, a ratio (T1/T) of a measured value T1 of the discharge amount of the rubber that is extruded from the gear pump per one rotation of the gears to a theoretical value T of the discharge amount of the rubber that is extruded from the gear pump per one rotation of the gears; and estimating the life of the gear pump based on the calculated ratio (T1/T).
A communication method performed by a first terminal device, wherein the communication method comprises the steps of: • sending a first signal to a second terminal device; and • receiving feedback information from the second terminal device when the second terminal device is located in a specified area, wherein: ∘ the specified area is an area to which a distance from the first terminal device is greater than or equal to a lower distance threshold and less than or equal to an upper distance threshold, ∘ wherein the feedback information comprises a negative acknowledgment, NACK, and/or channel state information, CSI, and the upper distance threshold is negatively correlated with a quantity of negative acknowledgments, NACKs, or an amount of channel state information, CSI, less than or equal to a first threshold, and the lower distance threshold is positively correlated with the quantity of negative acknowledgments, NACKs, or the amount of channel state information, CSI, less than or equal to the first threshold. • sending a first signal to a second terminal device; and • receiving feedback information from the second terminal device when the second terminal device is located in a specified area, wherein: ∘ the specified area is an area to which a distance from the first terminal device is greater than or equal to a lower distance threshold and less than or equal to an upper distance threshold, ∘ wherein the feedback information comprises a negative acknowledgment, NACK, and/or channel state information, CSI, and the upper distance threshold is negatively correlated with a quantity of negative acknowledgments, NACKs, or an amount of channel state information, CSI, less than or equal to a first threshold, and the lower distance threshold is positively correlated with the quantity of negative acknowledgments, NACKs, or the amount of channel state information, CSI, less than or equal to the first threshold. ∘ the specified area is an area to which a distance from the first terminal device is greater than or equal to a lower distance threshold and less than or equal to an upper distance threshold, ∘ wherein the feedback information comprises a negative acknowledgment, NACK, and/or channel state information, CSI, and the upper distance threshold is negatively correlated with a quantity of negative acknowledgments, NACKs, or an amount of channel state information, CSI, less than or equal to a first threshold, and the lower distance threshold is positively correlated with the quantity of negative acknowledgments, NACKs, or the amount of channel state information, CSI, less than or equal to the first threshold.
A brake health monitoring system, comprising: a temperature sensor system comprising a plurality of temperature sensors in thermal communication with a plurality of brakes; and a processor configured to receive temperature measurements of each of the plurality of brakes from the plurality of temperature sensors, the temperature measurements defined as a temperature data set, the processor further configured to calculate a temperature data centrality value based on the temperature data set, the system being characterised in that the processor is further configured to calculate a temperature deviation value for each of the plurality of brakes based on the relative temperatures measured for each of the plurality of brakes compared to the temperature data centrality value, wherein the processor assigns a health status for each of the plurality of brakes. a temperature sensor system comprising a plurality of temperature sensors in thermal communication with a plurality of brakes; and a processor configured to receive temperature measurements of each of the plurality of brakes from the plurality of temperature sensors, the temperature measurements defined as a temperature data set, the processor further configured to calculate a temperature data centrality value based on the temperature data set, the system being characterised in that the processor is further configured to calculate a temperature deviation value for each of the plurality of brakes based on the relative temperatures measured for each of the plurality of brakes compared to the temperature data centrality value, wherein the processor assigns a health status for each of the plurality of brakes.
A method for operating a vehicle, wherein a first input device is disposed on the vehicle and includes a rotatable throttle-control handle, wherein the first input device is switchable, by a processor of the vehicle, between an "operational mode" and a "passcode-input mode" in which the first input device can be used to input a passcode, which includes one or more passcode components, by rotating the throttle-control handle to different angles; the method comprising in the "passcode-input mode": generating a passcode, by generating at least one passcode component, in response to a detected actuation of the first input device disposed on the vehicle, wherein the detected actuation comprises rotating the rotatable throttle-control handle and positioning the throttle-control handle at a predetermined angle; comparing the generated passcode with a reference code stored in a memory disposed in the vehicle; and unlocking one or more features of the vehicle if the generated passcode matches the reference code; wherein the method further comprises visually presenting a generated passcode component via a dashboard display of the vehicle. wherein a first input device is disposed on the vehicle and includes a rotatable throttle-control handle, wherein the first input device is switchable, by a processor of the vehicle, between an "operational mode" and a "passcode-input mode" in which the first input device can be used to input a passcode, which includes one or more passcode components, by rotating the throttle-control handle to different angles; the method comprising in the "passcode-input mode": generating a passcode, by generating at least one passcode component, in response to a detected actuation of the first input device disposed on the vehicle, wherein the detected actuation comprises rotating the rotatable throttle-control handle and positioning the throttle-control handle at a predetermined angle; comparing the generated passcode with a reference code stored in a memory disposed in the vehicle; and unlocking one or more features of the vehicle if the generated passcode matches the reference code; wherein the method further comprises visually presenting a generated passcode component via a dashboard display of the vehicle. generating a passcode, by generating at least one passcode component, in response to a detected actuation of the first input device disposed on the vehicle, wherein the detected actuation comprises rotating the rotatable throttle-control handle and positioning the throttle-control handle at a predetermined angle; comparing the generated passcode with a reference code stored in a memory disposed in the vehicle; and unlocking one or more features of the vehicle if the generated passcode matches the reference code; wherein the method further comprises visually presenting a generated passcode component via a dashboard display of the vehicle.
An interchangeable unit adapted to couple to a computer numerical control or CNC machine comprising: - a holder that couples to a spindle of the CNC machine; - a controller, wherein said controller is configured to receive the rotational speed of the spindle as an input; and - a material processing unit, wherein said material processing unit executes a first function in response to a first rotational speed range of the spindle and executes a second function in response to a second rotational speed range of the spindle. - a holder that couples to a spindle of the CNC machine; - a controller, wherein said controller is configured to receive the rotational speed of the spindle as an input; and - a material processing unit, wherein said material processing unit executes a first function in response to a first rotational speed range of the spindle and executes a second function in response to a second rotational speed range of the spindle.
A method for producing an antibody composition which comprises antibody molecules having complex N-glycoside-linked sugar chains bound to the Fc region, wherein among the total complex N-glycoside-linked sugar chains bound to the Fc region in the composition, the ratio for a sugar chain in which fucose is not bound to N-acetylglucosamine in the reducing end in the sugar chain is 50% or more, which method comprises selecting a lectin resistant CHO cell by culturing the cell using a medium comprising the lectin at a concentration of 1μg/mL to 1mg/mL, culturing the lectin resistant CHO cell, and expressing antibodies using the lectin resistant CHO cell, wherein the lectin is a lectin which recognizes a sugar chain structure in which 1-position of fucose is bound to 6-position of N-acetylglucosamine in the reducing end through α-bond in the N-glycoside-linked sugar chain.
An electrode plate for a wound lithium-ion battery, comprising: an electrode plate body and at least one group of tabs which is set on the electrode plate body, wherein the or each group has a plurality of tab pairs, wherein a width of a first tab is equal to a width of a second tab of each tab pair in the plurality of tab pairs, wherein an interval between the first and second tabs (320a, 320b) in each tab pair is equal, wherein an interval between any adjacent tab pairs is equal and the widths of the first and second tabs (320a, 320b) in each tab pair are sequentially increased by πΔt, and wherein Δt is a sum of thicknesses of a positive electrode plate, a negative electrode plate and two layers of a separator of a cell of the lithium-ion battery.
A single joint elevator for use in handling a tubular, the single joint elevator comprising: a housing having an access opening configured to receive the tubular; a first closure member connected to the housing via a hinge pin; and a second closure member connected to the housing via the hinge pin; characterised by: gear segments coupled to an outer portion of each closure member; and a power assembly (170,180) configured to rotate the closure members relative to the housing to selectively open and close the access opening so as to operate the elevator remotely. a housing having an access opening configured to receive the tubular; a first closure member connected to the housing via a hinge pin; and a second closure member connected to the housing via the hinge pin; gear segments coupled to an outer portion of each closure member; and a power assembly (170,180) configured to rotate the closure members relative to the housing to selectively open and close the access opening so as to operate the elevator remotely.
An analyte sensor comprising an engineered fluorescent host polypeptide having a metal ion binding site comprising a plurality of negatively charged residues, wherein the negatively charged residues comprise a plurality of carboxyl oxygens orientated in a pentagonal bipyramidal geometry wherein said geometry provides a metallic ion binding site consisting of an amino acid substitution providing a negatively charged reside at at least two of the amino acid positions 147, 202, 204, 223 and 225 of the amino acid sequence of EGFP, numbered accordingly to the amino acid sequence SEQ ID NO: 104, wherein the amino acid sequence of the analyte sensor has a sequence selected from the group consisting of SEQ ID Nos: 104-105, 121-123 and 125-126 and operatively interacting with a chromophore region of the engineered fluorescent host polypeptide such that binding of a metal ion analyte to the molecular recognition motif modulates the emission of a fluorescent signal emitted by the fluorescent host polypeptide, or the absorbance spectrum of the engineered fluorescent host polypeptide, and wherein the analyte sensor optionally includes a targeting motif for selectively targeting the endoplasmic reticulum of a cell.
A method for determining user inputs in a virtual or augmented reality system, comprising: capturing one or more images corresponding to a field of view of a user through a virtual or augmented reality system, the one or more images comprising at least one image of a totem, wherein the totem comprises a physical object; analyzing the one or more images to detect a movement of at least a part of the user in relation to the totem; determining a user input based at least in part on the movement of the user in relation to the totem; characterised in that the method further comprises the steps of: identifying multiple faces of the totem; rendering multiple virtual interface elements on the multiple faces of the totem in response to a user rotation of the totem, wherein different faces of the totem correspond to different virtual interface elements and different software functions; selecting an application or a function based at least in part on the user input; and rendering a new virtual interface element associated with the application or function based at least in part on the selection of the application or function. capturing one or more images corresponding to a field of view of a user through a virtual or augmented reality system, the one or more images comprising at least one image of a totem, wherein the totem comprises a physical object; analyzing the one or more images to detect a movement of at least a part of the user in relation to the totem; determining a user input based at least in part on the movement of the user in relation to the totem; characterised in that the method further comprises the steps of: identifying multiple faces of the totem; rendering multiple virtual interface elements on the multiple faces of the totem in response to a user rotation of the totem, wherein different faces of the totem correspond to different virtual interface elements and different software functions; selecting an application or a function based at least in part on the user input; and rendering a new virtual interface element associated with the application or function based at least in part on the selection of the application or function. identifying multiple faces of the totem; rendering multiple virtual interface elements on the multiple faces of the totem in response to a user rotation of the totem, wherein different faces of the totem correspond to different virtual interface elements and different software functions; selecting an application or a function based at least in part on the user input; and rendering a new virtual interface element associated with the application or function based at least in part on the selection of the application or function.
Method for manufacturing a semiconductor structure, comprising the steps of: - direct bonding of a substrate to be handled (1, 10) with a handle substrate via a bonding layer covering the handle substrate, in order to form a temporary structure (6, 16) capable of withstanding technological steps; and - disassembly of the temporary structure at the bonding layer in order to separate the substrate to be handled (1, 10) from the handle substrate, wherein the method comprises a prior step of depositing the bonding layer onto the handle substrate and/or onto the substrate to be handled, the bonding layer being a porous layer made of organosilicon material SiOC, and wherein the disassembly step is carried out by providing a thermal budget for disassembly to the intermediate structure (6, 16), said providing resulting in a spontaneous disassembly of the temporary structure occurring at the bonding layer. - direct bonding of a substrate to be handled (1, 10) with a handle substrate via a bonding layer covering the handle substrate, in order to form a temporary structure (6, 16) capable of withstanding technological steps; and - disassembly of the temporary structure at the bonding layer in order to separate the substrate to be handled (1, 10) from the handle substrate,