mhurhangee/ep-ind-claims huggingface dataset:
An absolute position encoder, comprising: a scale with a multi-layer reflective/transmissive structure, wherein each layer includes a matrix having rows, such that each row of the matrix forms a coded pattern and corresponds to a single-row pattern used to form a measurement; an emitter of a single THz transceiver to emit a terahertz (THz) waveform to the scale according to a THz compressed scanning scheme while in relative motion with the scale along the rows; a receiver of the single THz transceiver to measure amplitudes of the THz waveform reflected from rows of each layer of the multi-layer reflective/transmissive structure of the scale; a computer hardware memory to store data including patterns corresponding to predetermined positions of the emitter or a set of training amplitudes of reflected/transmitted THz waveforms, based on patterns of the layers from the scale; a processor to determine a position of the emitter from the measurements of the amplitudes received by the receiver based on the stored data; and an output interface to render the absolute position of the emitter. a scale with a multi-layer reflective/transmissive structure, wherein each layer includes a matrix having rows, such that each row of the matrix forms a coded pattern and corresponds to a single-row pattern used to form a measurement; an emitter of a single THz transceiver to emit a terahertz (THz) waveform to the scale according to a THz compressed scanning scheme while in relative motion with the scale along the rows; a receiver of the single THz transceiver to measure amplitudes of the THz waveform reflected from rows of each layer of the multi-layer reflective/transmissive structure of the scale; a computer hardware memory to store data including patterns corresponding to predetermined positions of the emitter or a set of training amplitudes of reflected/transmitted THz waveforms, based on patterns of the layers from the scale; a processor to determine a position of the emitter from the measurements of the amplitudes received by the receiver based on the stored data; and an output interface to render the absolute position of the emitter.
A method for self-driving a vehicle, comprising: obtaining information about an expected steering angle of a vehicle based on an automatic planning control operation; detecting whether an effective torque is applied to a steering wheel by a driver; determining a self-driving intent prompt torque, comprising: in response to detecting that the driver has applied the effective torque to the steering wheel, computing a difference between a turning angle of the steering wheel controlled by the driver and the expected steering angle of the vehicle; and determining a self-driving intent prompt torque according to the difference, wherein the self-driving intent prompt torque is to be applied to a steering system of the vehicle; determining a reliability status of operations of the self-driving system; increasing the self-driving intent prompt torque determined according to the difference in response to determining that the reliability status of the operations of the self-driving system is a high-reliability status; and decreasing the self-driving intent prompt torque determined according to the difference in response to determining that the reliability status of the operations of the self-driving system is a low-reliability status. obtaining information about an expected steering angle of a vehicle based on an automatic planning control operation; detecting whether an effective torque is applied to a steering wheel by a driver; determining a self-driving intent prompt torque, comprising: in response to detecting that the driver has applied the effective torque to the steering wheel, computing a difference between a turning angle of the steering wheel controlled by the driver and the expected steering angle of the vehicle; and determining a self-driving intent prompt torque according to the difference, in response to detecting that the driver has applied the effective torque to the steering wheel, computing a difference between a turning angle of the steering wheel controlled by the driver and the expected steering angle of the vehicle; and determining a self-driving intent prompt torque according to the difference, wherein the self-driving intent prompt torque is to be applied to a steering system of the vehicle; determining a reliability status of operations of the self-driving system; increasing the self-driving intent prompt torque determined according to the difference in response to determining that the reliability status of the operations of the self-driving system is a high-reliability status; and decreasing the self-driving intent prompt torque determined according to the difference in response to determining that the reliability status of the operations of the self-driving system is a low-reliability status.
A monomeric Fc polypeptide comprising a CH2 and CH3 domain, wherein said CH3 domain is an IgG CH3 domain and comprises: (a) two or more charged amino acids that are electrostatically unfavorable to CH3 homodimer formation, wherein the charged amino acids are K392D and K409D; and (b) an amino acid substitution of one or more hydrophobic interface residues with a polar amino acid residue, wherein the substitution of the hydrophobic interface residue is selected from the group consisting of Y349T, L351T, L368T and F405T. (a) two or more charged amino acids that are electrostatically unfavorable to CH3 homodimer formation, wherein the charged amino acids are K392D and K409D; and (b) an amino acid substitution of one or more hydrophobic interface residues with a polar amino acid residue, wherein the substitution of the hydrophobic interface residue is selected from the group consisting of Y349T, L351T, L368T and F405T.
An apparatus for calculating an estimation value of thrombosis risk of a patient based on patient-specific input features, said apparatus comprising: a data interface (10, 30) for receiving said input features; a processor for calculating said estimation value by applying a decision support algorithm as a function of numerical values derived from said received input features; and a user interface for outputting said estimation value; wherein said input features include a combination of a plurality of clinical risk factors and a plurality of protein concentrations of said patient; wherein the clinical risk factors include immobilization within the last three months from wearing a plaster cast, from extended bed rest at home for at least four days, or from hospitalization, surgery within the last month, a history of venous thrombosis in at least one parent, brother or sister, pregnancy or puerperium within the last three months, current use of estrogens in oral contraceptives or hormone replacement therapy, and obesity, indicated by a body mass index over 30; and wherein the protein concentrations include a concentration of coagulation protein FVIII in blood, a concentration of coagulation protein FXI in blood, and a concentration of coagulation protein TFPI in blood. a data interface (10, 30) for receiving said input features; a processor for calculating said estimation value by applying a decision support algorithm as a function of numerical values derived from said received input features; and a user interface for outputting said estimation value; wherein said input features include a combination of a plurality of clinical risk factors and a plurality of protein concentrations of said patient; wherein the clinical risk factors include immobilization within the last three months from wearing a plaster cast, from extended bed rest at home for at least four days, or from hospitalization, surgery within the last month, a history of venous thrombosis in at least one parent, brother or sister, pregnancy or puerperium within the last three months, current use of estrogens in oral contraceptives or hormone replacement therapy, and obesity, indicated by a body mass index over 30; and wherein the protein concentrations include a concentration of coagulation protein FVIII in blood, a concentration of coagulation protein FXI in blood, and a concentration of coagulation protein TFPI in blood.
A separator for a lithium secondary battery comprising: a porous substrate and a coating layer on at least one surface of the porous substrate, wherein the coating layer comprises defect-containing molybdenum disulfide having a disordered atomic arrangement on its surface as defect, which is measured by high-resolution transmission electron microscope (HR-TEM). a porous substrate and a coating layer on at least one surface of the porous substrate, wherein the coating layer comprises defect-containing molybdenum disulfide having a disordered atomic arrangement on its surface as defect, which is measured by high-resolution transmission electron microscope (HR-TEM).
A hand-held, electrically powered and controlled surgical device, comprising: a surgical end effector operable to effect a stapling procedure and having: an anvil; a staple cartridge; at least one actuation assembly (50, 60, 1060) that is operatively coupled to the anvil and operable to at least advance the anvil in a distal direction towards the staple cartridge when actuated, wherein the at least one actuation assembly (50, 60, 1060) has a start position and a fully-actuated position; and a handle (10, 11, 13) containing therein: a self-contained electric power supply having at least one battery cell; and an electric motor (120; 210; M) having a drive train operatively coupled to the at least one actuation assembly (50, 60, 1060) to actuate the at least one actuation assembly (50, 60, 1060) when the motor (120; 210; M) is supplied with power, wherein the handle (10, 11, 13) further contains therein at least one limit switch characterized in that the at least one limit switch is operable to detect an intermediate position of the at least one actuation assembly (50, 60, 1060), that is located between the start position and the fully-actuated position. a surgical end effector operable to effect a stapling procedure and having: an anvil; a staple cartridge; at least one actuation assembly (50, 60, 1060) that is operatively coupled to the anvil and operable to at least advance the anvil in a distal direction towards the staple cartridge when actuated, wherein the at least one actuation assembly (50, 60, 1060) has a start position and an anvil; a staple cartridge; at least one actuation assembly (50, 60, 1060) that is operatively coupled to the anvil and operable to at least advance the anvil in a distal direction towards the staple cartridge when actuated, wherein the at least one actuation assembly (50, 60, 1060) has a start position and a fully-actuated position; and a handle (10, 11, 13) containing therein: a self-contained electric power supply having at least one battery cell; and an electric motor (120; 210; M) having a drive train operatively coupled to the at least one actuation assembly (50, 60, 1060) to actuate the at least one actuation assembly (50, 60, 1060) when the motor (120; 210; M) is supplied with power, wherein the handle (10, 11, 13) further contains therein at least one limit switch a self-contained electric power supply having at least one battery cell; and an electric motor (120; 210; M) having a drive train operatively coupled to the at least one actuation assembly (50, 60, 1060) to actuate the at least one actuation assembly (50, 60, 1060) when the motor (120; 210; M) is supplied with power, wherein the handle (10, 11, 13) further contains therein at least one limit switch characterized in that the at least one limit switch is operable to detect an intermediate position of the at least one actuation assembly (50, 60, 1060), that is located between the start position and the fully-actuated position.
A bed comprising a deck section having a width and left and right outboard deck edges, a left side wing and a right side wing both movably coupled to the deck section and each having a laterally outboard extremity, and a wing movement mechanism for each wing including a lead screw having a rotational axis and a lead screw driver coupled to the lead screw for rotating the lead screw about its axis, characterised in that the bed further comprises a release unit for each wing including a clasp, the clasp comprising a first clasp member movably coupled to the wing and a second clasp member fixedly coupled to the wing, the clasp configured to transition between an engaged state in which the clasp threadingly engages the lead screw and is moved by the movement mechanism to cause the wing to translate relative to the deck section and a disengaged state in which the clasp is disengaged from the lead screw.
Optical system for monitoring a vehicle driver's eye gaze at least comprising: - a first illumination source and a second illumination source for emitting light towards the driver's eye, - a lens, and - an image sensor for detecting an image, wherein the lens is configured to direct light reflected by the driver's eye to the image sensor, and wherein a distance between the second illumination source and an optical axis of the lens is larger than a distance between the first illumination source and the optical axis, characterized in that the optical system includes a controller that is configured to carry out a method of at least one of claims 4 to 13. - a first illumination source and a second illumination source for emitting light towards the driver's eye, - a lens, and - an image sensor for detecting an image, wherein the lens is configured to direct light reflected by the driver's eye to the image sensor, and wherein a distance between the second illumination source and an optical axis of the lens is larger than a distance between the first illumination source and the optical axis, characterized in that the optical system includes a controller that is configured to carry out a method of at least one of claims 4 to 13.
A method for producing an FRC/FRP component by means of an at least partially undevelopable shape of rovings using a mold tool having a mold surface, comprising the steps: ▪ application of at least one roving formed from dry fibers to the mold surface by tensioning the roving by means of an application device while maintaining a predetermined minimum tensile stress between deflection devices in predetermined orientations, which are arranged laterally of an application surface that has a convex shape at least in certain areas and in a longitudinal direction thereof, wherein rovings are stretched between the deflection devices along the mold surface in such a way that the rovings cover the mold surface at least in certain areas, the mold surface of the mold tool being designed in such a way that the deflection devices are arranged on the mold surface in such a way that they define the application surface by means of an undevelopable surface shape in certain areas; ▪ application of binder material onto the tensioned rovings; ▪ consolidation if the arrangement of fiber strands and binder material by applying heat to form a preform for the component to be manufactured; ▪ detachment of the preform from the deflection devices and removing the preform from the mold tool; and ▪ after the preform has been detached from the deflection devices, an injection process or an infusion process is conducted to form the component. ▪ application of at least one roving formed from dry fibers to the mold surface by tensioning the roving by means of an application device while maintaining a predetermined minimum tensile stress between deflection devices in predetermined orientations, which are arranged laterally of an application surface that has a convex shape at least in certain areas and in a longitudinal direction thereof, wherein rovings are stretched between the deflection devices along the mold surface in such a way that the rovings cover the mold surface at least in certain areas, the mold surface of the mold tool being designed in such a way that the deflection devices are arranged on the mold surface in such a way that they define the application surface by means of an undevelopable surface shape in certain areas; ▪ application of binder material onto the tensioned rovings; ▪ consolidation if the arrangement of fiber strands and binder material by applying heat to form a preform for the component to be manufactured; ▪ detachment of the preform from the deflection devices and removing the preform from the mold tool; and ▪ after the preform has been detached from the deflection devices, an injection process or an infusion process is conducted to form the component.
A coil actuator for an electric switching device which can be actuated during its operation from an open position to a closed position so as to allow a current flowing therethrough and from said closed position to said open position so as to interrupt such current flowing, said coil actuator being adapted to cause actuations of said switching device, each of said actuations having an operation time (T operation1 -T operationN) associated thereto and said operation time comprising a configurable delay time (T delay), characterized in that it comprises electronic means arranged to: - count a first operation time (T operation1) associated to a first actuation of the switching device caused by the coil actuator; - determine a correction time (T correction) by comparing a target operation time (T target) to said counted first operation time (T operation1); - apply at least an amount of said correction time (T correction) to the configurable delay time (T delay) of an operation time (T operation2 -T operationN) associated to at least one subsequent actuation of the switching device caused by the coil actuator and occurring after said first actuation, so as to modify said configurable delay time (T delay) and reduce the difference between said operation time (T operation2 -T operationN) and said target operation time (T target); - count the corrected operation time (T operation2 -T operationN) associated to said at least one subsequent actuation. - count a first operation time (T operation1) associated to a first actuation of the switching device caused by the coil actuator; - determine a correction time (T correction) by comparing a target operation time (T target) to said counted first operation time (T operation1); - apply at least an amount of said correction time (T correction) to the configurable delay time (T delay) of an operation time (T operation2 -T operationN) associated to at least one subsequent actuation of the switching device caused by the coil actuator and occurring after said first actuation, so as to modify said configurable delay time (T delay) and reduce the difference between said operation time (T operation2 -T operationN) and said target operation time (T target); - count the corrected operation time (T operation2 -T operationN) associated to said at least one subsequent actuation.
A roomside replaceable fan filter unit - having a fan module (106, 306) and an aerosol injector (108, 308) integrated into a single unit, and - being configured to be installed in a structure bounding an area requiring delivery of filtered air, - said roomside replaceable fan filter unit further comprising a housing (102, 302) having ∘ a plurality of sidewalls and a top wall (112, 312) that define an interior volume, ∘ the side of the sidewalls, opposite the top wall (112, 312), terminating in a filter receiving aperture adapted to receive a replaceable filter, and ∘ an air inlet (134, 334), wherein the top wall (122, 312) includes the air inlet (134, 334) which allows air to enter the interior volume of the filter housing (102, 302), and the fan module (106, 306) is configured to draw air through the air inlet of the filter housing and into the interior volume, the air ultimately flowing out of the housing (102, 302) through the filter receiving aperture and the filter when installed in the filter receiving aperture, and wherein the fan module (106, 306) is coupled to the housing (102, 302) and comprises an air moving blade, and the aerosol injector (108, 308) is disposed upstream of the air moving blade. - having a fan module (106, 306) and an aerosol injector (108, 308) integrated into a single unit, and - being configured to be installed in a structure bounding an area requiring delivery of filtered air, - said roomside replaceable fan filter unit further comprising a housing (102, 302) having ∘ a plurality of sidewalls and a top wall (112, 312) that define an interior volume, ∘ the side of the sidewalls, opposite the top wall (112, 312), terminating in a filter receiving aperture adapted to receive a replaceable filter, and ∘ an air inlet (134, 334), ∘ a plurality of sidewalls and a top wall (112, 312) that define an interior volume, ∘ the side of the sidewalls, opposite the top wall (112, 312), terminating in a filter receiving aperture adapted to receive a replaceable filter, and ∘ an air inlet (134, 334),
Supply system of the anode circuit of a fuel cell comprising: • a primary fuel tank intended to supply the anode circuit during an operating phase of the fuel cell, • a secondary fuel tank intended to supply the anode circuit when the fuel cell is shut down, the primary and secondary tanks are installed so that the secondary tank is recharged with fuel from the primary tank during an operating phase of the fuel cell, and the system being characterized in that it comprises a permeable membrane installed between the secondary fuel tank and the anode circuit of a fuel cell. • a primary fuel tank intended to supply the anode circuit during an operating phase of the fuel cell, • a secondary fuel tank intended to supply the anode circuit when the fuel cell is shut down,
A fluid diverter system for a drilling facility, comprising a diverter housing (15; 15') fluidly connected to a tubular (3, 42, 43) extending to a subsea well; the diverter housing (15; 15') comprising a movable diverter element for closing off the diverter housing, a first fluid conduit connected to a mud system and comprising a first valve, at least one second fluid conduit (20; 20') leading from an outlet (46; 46') in the diverter housing to an outlet at an overboard location and comprising a second valve (1; 48), and a third fluid conduit connected to a mud/gas separator and comprising a third valve, and the MGS is arranged below the outlet of the diverter line, characterized in that riser fluids are fed from the diverter housing to the MGS by means of gravity flow.