mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transferring a liquid volume from a first liquid vessel into a second liquid vessel, wherein a pipetting needle is used which is secured on an automatically displaceable or pivotable transfer arm and which has a fill-level sensor, said method comprising the steps: a) immersing the pipetting needle into the liquid contained in the first liquid vessel, and measuring the fill level; b) comparing the measured fill level with a predefined minimum fill level and a predefined maximum fill level; c) determining that the measured fill level i.exceeds the predefined maximum fill level or ii. is below the predefined maximum fill level and exceeds the predefined minimum fill level or iii. is below the predefined minimum fill level, d) withdrawing the pipetting needle from the liquid, characterized in that , - if it is determined that the measured fill level exceeds the predefined maximum fill level or is below the predefined minimum fill level, the pipetting needle is withdrawn from the liquid without sucking in a liquid volume, and then steps a) to d) are repeated until it is determined that the measured fill level is below the predefined maximum fill level and exceeds the predefined minimum fill level, and then, before the pipetting needle is withdrawn, the liquid volume to be transferred is sucked in and is thereafter transferred into the second liquid vessel. a) immersing the pipetting needle into the liquid contained in the first liquid vessel, and measuring the fill level; b) comparing the measured fill level with a predefined minimum fill level and a predefined maximum fill level; c) determining that the measured fill level i.exceeds the predefined maximum fill level or ii. is below the predefined maximum fill level and exceeds the predefined minimum fill level or iii. is below the predefined minimum fill level, i.exceeds the predefined maximum fill level or ii. is below the predefined maximum fill level and exceeds the predefined minimum fill level or iii. is below the predefined minimum fill level, d) withdrawing the pipetting needle from the liquid, - if it is determined that the measured fill level exceeds the predefined maximum fill level or is below the predefined minimum fill level, the pipetting needle is withdrawn from the liquid without sucking in a liquid volume, and then steps a) to d) are repeated until it is determined that the measured fill level is below the predefined maximum fill level and exceeds the predefined minimum fill level, and then, before the pipetting needle is withdrawn, the liquid volume to be transferred is sucked in and is thereafter transferred into the second liquid vessel.
A circuit for generating quadrature local oscillator, LO, signals, the circuit comprising: a frequency synthesizer generating a first LO signal; a polyphase filter coupled to receive the first LO signal and generating a first in-phase LO signal and a first quadrature LO signal; a frequency divider coupled to receive the first LO signal and generating a second in-phase LO signal and a second quadrature LO signal; the circuit characterised that it further comprises: a LO signal selector for selecting either the first or second in-phase LO signals as an output in-phase LO signal and selecting either the first or second quadrature LO signals as an output quadrature LO signal based on a desired output frequency indicated by a frequency select signal that is used to set a frequency of the first LO signal. a frequency synthesizer generating a first LO signal; a polyphase filter coupled to receive the first LO signal and generating a first in-phase LO signal and a first quadrature LO signal; a frequency divider coupled to receive the first LO signal and generating a second in-phase LO signal and a second quadrature LO signal; the circuit characterised that it further comprises: a LO signal selector for selecting either the first or second in-phase LO signals as an output in-phase LO signal and selecting either the first or second quadrature LO signals as an output quadrature LO signal based on a desired output frequency indicated by a frequency select signal that is used to set a frequency of the first LO signal.
A connector comprising: an electric wire with a conductor portion exposed at a tip thereof, a terminal fitting having a terminal connection portion to be connected to a mating terminal and a conductor connection portion in which a tubular portion is formed into which the conductor portion can be inserted, by projecting extension portions (322 - 324); and a housing including a first portion , and a second portion accommodating the terminal fitting , characterized in that the tubular portion is formed including a gutter-like portion seen from an axial direction of the electric wire , and the extension portions (322 - 324) projecting from both end edges of the gutter-like portion while being arranged along the axial direction of the electric wire , and intersecting each other seen from the axial direction of the electric wire , and the second portion includes an insertion portion that is configured to be inserted between the extension portions intersecting each other, reduce a diameter of the tubular portion , and tighten the conductor portion when the first portion is assembled to the second portion . an electric wire with a conductor portion exposed at a tip thereof, a terminal fitting having a terminal connection portion to be connected to a mating terminal and a conductor connection portion in which a tubular portion is formed into which the conductor portion can be inserted, by projecting extension portions (322 - 324); and a housing including a first portion , and a second portion accommodating the terminal fitting , characterized in that the tubular portion is formed including a gutter-like portion seen from an axial direction of the electric wire , and the extension portions (322 - 324) projecting from both end edges of the gutter-like portion while being arranged along the axial direction of the electric wire , and intersecting each other seen from the axial direction of the electric wire , and the second portion includes an insertion portion that is configured to be inserted between the extension portions intersecting each other, reduce a diameter of the tubular portion , and tighten the conductor portion when the first portion is assembled to the second portion .
A fibrous bundle having a single-fiber fineness of at least 0.005 dtex to no more than 0.01 dtex, characterized in that the fibrous bundle is acrylic fiber, and the fibrous bundle has a total fineness of at least 4 x 10 3 dtex to no more than 8 x 10 5 dtex.
A method of reducing performance variability in a multi-layered filtration device including an upstream membrane and a downstream membrane, comprising: a) selecting a target performance characteristic value for a performance characteristic of said device, wherein said performance characteristic is any of capacity, retention and permeability; b) determining the values of the same performance characteristic as selected in step (a) of a plurality of different membrane batches, each qualified under a single standard of permeability, retention and capacity as meeting all specifications with regard to form, function and performance, including pore size rating, wherein a batch is defined as a manufactured roll of membrane; c) selecting as said upstream membrane a membrane from a plurality of different membrane batches determined as having a first performance characteristic value; d) selecting as said downstream membrane a membrane from a plurality of different membrane batches determined as having a second performance characteristic value; wherein said first performance characteristic value is higher than said second performance characteristic value; and e) layering the selected membranes in the multi-layered filtration device. a) selecting a target performance characteristic value for a performance characteristic of said device, wherein said performance characteristic is any of capacity, retention and permeability; b) determining the values of the same performance characteristic as selected in step (a) of a plurality of different membrane batches, each qualified under a single standard of permeability, retention and capacity as meeting all specifications with regard to form, function and performance, including pore size rating, wherein a batch is defined as a manufactured roll of membrane; c) selecting as said upstream membrane a membrane from a plurality of different membrane batches determined as having a first performance characteristic value; d) selecting as said downstream membrane a membrane from a plurality of different membrane batches determined as having a second performance characteristic value; wherein said first performance characteristic value is higher than said second performance characteristic value; and e) layering the selected membranes in the multi-layered filtration device.
A method for locking a target object in a game application performed on a terminal, to control a virtual character to perform information interaction with the target object in the game application, characterized by comprising the following steps: obtaining input gesture information from a user in an operation interface of the game application, wherein the game application includes multiple object categories, each object category having one or more object virtual characters displayed on the operation interface; recognizing the gesture information to obtain a switching instruction corresponding to the gesture information; switching to a corresponding object category of object virtual characters according to the switching instruction, wherein different switching instructions correspond to different object categories of the multiple object categories; locking a target of the one or more object virtual characters in the object category according to a preset rule as the target object; controlling the virtual character to perform information interaction with the target object in the game application; and after performing the information interaction with the target object, automatically repeating, by the terminal, the locking and controlling on a next target object in the object category until finishing a last object virtual character in the object category. obtaining input gesture information from a user in an operation interface of the game application, wherein the game application includes multiple object categories, each object category having one or more object virtual characters displayed on the operation interface; recognizing the gesture information to obtain a switching instruction corresponding to the gesture information; switching to a corresponding object category of object virtual characters according to the switching instruction, wherein different switching instructions correspond to different object categories of the multiple object categories; locking a target of the one or more object virtual characters in the object category according to a preset rule as the target object; controlling the virtual character to perform information interaction with the target object in the game application; and after performing the information interaction with the target object, automatically repeating, by the terminal, the locking and controlling on a next target object in the object category until finishing a last object virtual character in the object category.
Spectacle lens for a display device that can be fitted on the head of a user and generates an image, wherein the spectacle lens comprises a front side and a rear side , a coupling-in section and a coupling-out section spaced apart from the coupling-in section , as well as a light guiding channel which is suitable for guiding light bundles of pixels of the generated image, which are coupled into the spectacle lens via the coupling-in section of the spectacle lens , in the spectacle lens to the coupling-out section , by which they are coupled out of the spectacle lens , wherein the light guiding channel comprises a first reflecting layer , which extends from the coupling-in section to the coupling-out section and on which the light bundles are reflected for guiding to the coupling-out section , characterized in that the first reflecting layer comprises several transparent gaps spaced apart from each another for increasing the transmissivity of the light guiding channel .
Steer-by-wire steering system for a motor vehicle , comprising a steering column having a support unit and a steering shaft rotatably mounted in the steering column , a steering handle disposed in a rotationally fixed manner on the steering shaft , and a feedback actuator , wherein the feedback actuator is configured to apply a torque to the steering shaft , and wherein the feedback actuator is disposed outside the support unit , characterized in that the feedback actuator has means for disposing the feedback actuator on a bulkhead of a motor vehicle .
Machine for the automatic inspection of individual objects , arranged essentially in a single layer, of a one piece surface product or particular products distributed in an essentially continuous layer, travelling in a flow (F) on a conveying plane , said machine being on the one hand able and designed to distinguish objects, products or regions of a surface product according to their chemical composition and/or their colour and comprising on the other hand at least one lighting station and at least one detection station below which the flow (F) to be inspected passes, the or each lighting station comprising means for the application and focusing of inspection radiation (R), obtained from one or more incoherent and broad-spectrum source(s) , emitting said radiation (R) in the direction of the conveying plane in such a way as to define an lighting plane , the intersection of said lighting plane and conveying plane defining an lighting line that extends transversely to the direction (D) of travel of the flow (F), as well as a focused lighting zone (ZEF) in the form of a transverse strip, extending on both sides of said lighting line and in the conveying plane , the or each detection station comprising in particular on the one hand a detection means that makes it possible to periodically scan each point of the lighting line and that continuously receives radiation that is reflected by an elementary measurement zone or pixel that extends around the current scanned point, wherein this movable pixel defines during the scanning of the lighting line by the detection means , a detection zone (ZD) in the form of a transverse strip, said zone (ZD) having a dimension (L) along an axis that is perpendicular to the direction (D) of travel, corresponding to the inspection width of the detection station , and on the other hand means for collecting and transmitting the multi-spectral radiation beam reflected to at least one acquisition device , connected to an analysis device , able and designed to process the signal that is contained in the pixel and transmitted by the collecting and transmission means , the machine (10 being characterised in that the focused lighting zone (ZEF) is contained in the detection zone (ZD) over the entire width (L).
A semiconductor die comprising: • a substrate , the substrate having boundaries defined by a substrate termination edge , wherein the substrate comprises an active area in which one or more active devices are provided; • a first passivation layer over the active area and the substrate, the first passivation layer terminating at a first passivation termination edge that is inset from the substrate termination edge by a first distance (D1); • a second passivation layer over the first passivation layer and the substrate, the second passivation layer terminating at a second passivation termination edge that is inset from the substrate termination edge by a second distance (D2), wherein the second distance is less than the first distance such that the second passivation layer overlaps the first passivation layer, wherein the second passivation layer is directly on the first passivation termination edge directly at a surface of the substrate; characterized by • a barrier region surrounding the active area and configured to electrically isolate the active area from the substrate termination edge , wherein the barrier region terminates at a barrier region outer edge that is inset from the substrate termination edge by a third distance (D3, D4), wherein the third distance (D3, D4) is greater than the second distance (D2) and less than the first distance (D1); and • a charge redistribution path formed by a region between the barrier region outer edge and the substrate termination edge . • a substrate , the substrate having boundaries defined by a substrate termination edge , wherein the substrate comprises an active area in which one or more active devices are provided; • a first passivation layer over the active area and the substrate, the first passivation layer terminating at a first passivation termination edge that is inset from the substrate termination edge by a first distance (D1); • a second passivation layer over the first passivation layer and the substrate, the second passivation layer terminating at a second passivation termination edge that is inset from the substrate termination edge by a second distance (D2), wherein the second distance is less than the first distance such that the second passivation layer overlaps the first passivation layer, wherein the second passivation layer is directly on the first passivation termination edge directly at a surface of the substrate; characterized by • a barrier region surrounding the active area and configured to electrically isolate the active area from the substrate termination edge , wherein the barrier region terminates at a barrier region outer edge that is inset from the substrate termination edge by a third distance (D3, D4), wherein the third distance (D3, D4) is greater than the second distance (D2) and less than the first distance (D1); and • a charge redistribution path formed by a region between the barrier region outer edge and the substrate termination edge .
A method for performing a Y rotation of a qubit configured such that the qubit is responsive to the continuous microwave tone to produce a Rabi oscillation within the qubit and a portion of an energy spectrum of the qubit is responsive to an applied flux, the method comprising: providing a continuous microwave tone to the qubit; providing a flux pulse to the qubit as to detune a qubit resonance frequency associated with the energy spectrum of the qubit away from a frequency of the Rabi oscillation by a first predetermined amount for a predetermined time; and adjusting the flux pulse to the qubit as to detune the qubit resonance frequency associated with the energy spectrum of the qubit from the frequency of the Rabi oscillation by a second predetermined amount for the predetermined time, wherein the second predetermined amount is the additive inverse of the first predetermined amount. providing a continuous microwave tone to the qubit; providing a flux pulse to the qubit as to detune a qubit resonance frequency associated with the energy spectrum of the qubit away from a frequency of the Rabi oscillation by a first predetermined amount for a predetermined time; and adjusting the flux pulse to the qubit as to detune the qubit resonance frequency associated with the energy spectrum of the qubit from the frequency of the Rabi oscillation by a second predetermined amount for the predetermined time, wherein the second predetermined amount is the additive inverse of the first predetermined amount.
A method comprising: a step of determining, by a user equipment, a transport format combination, TFC, that exceeds a maximum transmit power level out of a set of transport format combinations, TFCS,; wherein a TFC with a transmit power level that exceeds the maximum transmit power level is removed from the set; and wherein the step of determining is performed on a periodic basis; and TFCs of the TFCS have an order; a step of selecting, by the user equipment, a TFC for transmission of uplink data from the TFCS from which the TFC that exceeds the maximum transmit power level has been removed; wherein the step of selecting is based on the TFCs with the order, wherein a TFC with a transmit power requirement that exceeded the maximum transmit power level before and does not exceed the maximum transmit power level at present is restored to the available set of TFCs. a step of determining, by a user equipment, a transport format combination, TFC, that exceeds a maximum transmit power level out of a set of transport format combinations, TFCS,; wherein a TFC with a transmit power level that exceeds the maximum transmit power level is removed from the set; and wherein the step of determining is performed on a periodic basis; and TFCs of the TFCS have an order; a step of selecting, by the user equipment, a TFC for transmission of uplink data from the TFCS from which the TFC that exceeds the maximum transmit power level has been removed; wherein the step of selecting is based on the TFCs with the order, wherein a TFC with a transmit power requirement that exceeded the maximum transmit power level before and does not exceed the maximum transmit power level at present is restored to the available set of TFCs.
A device for recognising the attachment of ice to a structure of a construction , the device comprising: at least one acceleration sensor which is arranged and configured to sense an acceleration at the structure; an evaluation apparatus for determining at least one natural frequency of the structure from the sensed acceleration, wherein the evaluation apparatus is configured to indirectly detect an attachment of ice to the structure on the basis of the determined at least one natural frequency of the structure ; at least one ice detection sensor which is arranged and configured to directly detect the attachment of ice in a position on the structure , characterised in that the evaluation apparatus combines the indirect detecting of the attachment of ice and the direct detecting of the attachment of ice. at least one acceleration sensor which is arranged and configured to sense an acceleration at the structure; an evaluation apparatus for determining at least one natural frequency of the structure from the sensed acceleration, wherein the evaluation apparatus is configured to indirectly detect an attachment of ice to the structure on the basis of the determined at least one natural frequency of the structure ; at least one ice detection sensor which is arranged and configured to directly detect the attachment of ice in a position on the structure , characterised in that the evaluation apparatus combines the indirect detecting of the attachment of ice and the direct detecting of the attachment of ice.
An array light source comprising an integrated circuit and an array of electroluminescent semiconductor element light sources, in which the integrated circuit comprises : - at least one electronic circuit for driving the power supply to the elementary light sources, and a receiving area having a substrate, configured to receive said array, - at least one part, including a part of the reception zone and of the at least one electronic circuit, which is repeated at least once along a main axis , - at least one connection zone adjacent to the reception zone , the connection zone being designed to connect the electronic circuit to at least one external component, the matrix light source being characterised in that the connection zone comprises at least one through aperture. - at least one electronic circuit for driving the power supply to the elementary light sources, and a receiving area having a substrate, configured to receive said array, - at least one part, including a part of the reception zone and of the at least one electronic circuit, which is repeated at least once along a main axis , - at least one connection zone adjacent to the reception zone , the connection zone being designed to connect the electronic circuit to at least one external component,