mhurhangee/patent-ind-claim-en huggingface dataset:
A gladhand coupling, comprising: a first coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said first coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized in that the first coupling half further comprises: a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad , said second ramped pad being shaped to define a narrow pad , wherein said locking lug further includes a third ramped pad spaced apart from the first ramped pad to define a slot therebetween. a first coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said first coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized in that the first coupling half further comprises: a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad , said second ramped pad being shaped to define a narrow pad , wherein said locking lug further includes a third ramped pad spaced apart from the first ramped pad to define a slot therebetween. a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad , said second ramped pad being shaped to define a narrow pad , wherein said locking lug further includes a third ramped pad spaced apart from the first ramped pad to define a slot therebetween.
A high-content imaging system , comprising: a stage adapted to have a sample disposed thereon; a controller adapted to receive a request that includes a specification of an output imaging configuration and in response the controller is adapted to: select a training model associated with the output imaging configuration, determine an input imaging configuration associated with the training model , and configure the high-content imaging system in accordance with the input imaging configuration; an image generator adapted to generate an image of the sample disposed on the stage in accordance with the input imaging configuration; and a machine learning system adapted to automatically receive the image of the sample generated by the image generator , and in response, automatically generates an output image, wherein the machine learning system is configured using the training model so that when the machine learning system is presented with an input image acquired in accordance with the input imaging configuration, the machine learning system generates an output image in accordance with the output imaging configuration, - wherein the output image represents the image that is generated if the high-content imaging system had been configured in accordance with the output imaging configuration. a stage adapted to have a sample disposed thereon; a controller adapted to receive a request that includes a specification of an output imaging configuration and in response the controller is adapted to: select a training model associated with the output imaging configuration, determine an input imaging configuration associated with the training model , and configure the high-content imaging system in accordance with the select a training model associated with the output imaging configuration, determine an input imaging configuration associated with the training model , and configure the high-content imaging system in accordance with the input imaging configuration; an image generator adapted to generate an image of the sample disposed on the stage in accordance with the input imaging configuration; and a machine learning system adapted to automatically receive the image of the sample generated by the image generator , and in response, automatically generates an output image, wherein the machine learning system is configured using the training model so that when the machine learning system is presented with an input image acquired in accordance with the input imaging configuration, the machine learning system generates an output image in accordance with the output imaging configuration, - wherein the output image represents the image that is generated if the high-content imaging system had been configured in accordance with the output imaging configuration. - wherein the output image represents the image that is generated if the high-content imaging system had been configured in accordance with the output imaging configuration.
Transport system having self-propelled workpiece carriages , which on the one hand has at least two transport rails , which are parallel and independent of one another, and on the other hand at least one workpiece carriage which is carried and guided by the transport rails , wherein the transport system includes a turntable which is provided for the purpose of transferring the workpiece carriages from one of the transport rails to another transport rail , characterized in that - the respective adjacent ends of two transport rails of the transport system lead into the turntable to enable the workpiece carriages to be transferred from the one transport rail to the other transport rail , and - wherein the single turntable includes a support plate which has two turntable support rails arranged opposite one another, and space for at least one workpiece carriage on each turntable support rail . - the respective adjacent ends of two transport rails of the transport system lead into the turntable to enable the workpiece carriages to be transferred from the one transport rail to the other transport rail , and - wherein the single turntable includes a support plate which has two turntable support rails arranged opposite one another, and space for at least one workpiece carriage on each turntable support rail .
Filtration process, especially for water filtration, wherein a liquid permeates a polymer membrane, which process is characterized in that the membrane polymer material comprising in an amount of 50-100 % of the total weight of membrane polymers a polyether (A), whose main chain essentially consists of repeating units of the formulae and in alternating order, or said polyether (A) in combination with a further polyether (B), which is a polyethersulfone (PESU) essentially consisting of repeating units of the formula , wherein m typically ranges from about 40 to about 2000, is subjected to chemically enhanced backwash comprising a solution of an oxidizing agent selected from H 2 O 2 , ozone, peracids, ClO 2 , KMnO 4 , Cl 2 , chlorate, perchlorate, hypochlorite.
A driver assistance apparatus comprising: at least one processor being configured to: generate a main image using at least one camera ; receive one or more sub images generated by at least one other vehicle using a communication unit ; select at least one of the sub images; generate an expanded image using the main image and the selected at least one of the sub images, characterized in that the processor is further configured to: acquire GPS coordinate values within an electronic map, which match with a touched point (P1); transmit, through the communication unit , an image request signal to two other vehicles which corresponds to the GPS coordinate values; and receive, through the communication unit , at least one of sub images transmitted by the two other vehicles in response to the image request signal. at least one processor being configured to: generate a main image using at least one camera ; receive one or more sub images generated by at least one other vehicle using a communication unit ; select at least one of the sub images; generate an expanded image using the main image and the selected at least one of the sub images, generate a main image using at least one camera ; receive one or more sub images generated by at least one other vehicle using a communication unit ; select at least one of the sub images; generate an expanded image using the main image and the selected at least one of the sub images, characterized in that the processor is further configured to: acquire GPS coordinate values within an electronic map, which match with a touched point (P1); transmit, through the communication unit , an image request signal to two other vehicles which corresponds to the GPS coordinate values; and receive, through the communication unit , at least one of sub images transmitted by the two other vehicles in response to the image request signal. acquire GPS coordinate values within an electronic map, which match with a touched point (P1); transmit, through the communication unit , an image request signal to two other vehicles which corresponds to the GPS coordinate values; and receive, through the communication unit , at least one of sub images transmitted by the two other vehicles in response to the image request signal.
An Inductive Power Transfer pad comprising: a coil for generating or receiving magnetic coupling flux ; and a leakage flux element separated from the coil by a region of relatively low magnetic permeability and positioned to intercept magnetic leakage flux to provide a controlled path for the magnetic leakage flux independent of the magnetic coupling flux ; wherein the leakage flux element comprises a non-conductive lossy material of relatively high magnetic permeability for absorbing energy from a time-varying magnetic field to thereby attenuate leakage flux . a coil for generating or receiving magnetic coupling flux ; and a leakage flux element separated from the coil by a region of relatively low magnetic permeability and positioned to intercept magnetic leakage flux to provide a controlled path for the magnetic leakage flux independent of the magnetic coupling flux ; wherein the leakage flux element comprises a non-conductive lossy material of relatively high magnetic permeability for absorbing energy from a time-varying magnetic field to thereby attenuate leakage flux .
A computer-implemented method comprising: storing , in a computer memory , first scenario data received for a first control scenario, the first scenario data comprising a control scenario identifier, a first resource, an authorization control, and a scenario trigger that defines an event that causes an activation of the first control scenario for providing access to the first resource; monitoring for an occurrence of the scenario trigger; detecting an occurrence of the event associated with the scenario trigger of the first control scenario; determining , in response to the occurrence of the event, a set of users authorized to access the first resource, wherein determining the set of users includes accessing the stored first scenario data to determine the set of users associated with the authorization control; and providing access to the set of users based on the determining; and wherein the method further comprises providing a user interface for finding available control scenarios for a user, the user interface including an entry field for entering search query text to search by at least one control scenario name, and wherein the user interface comprises a window presenting results. storing , in a computer memory , first scenario data received for a first control scenario, the first scenario data comprising a control scenario identifier, a first resource, an authorization control, and a scenario trigger that defines an event that causes an activation of the first control scenario for providing access to the first resource; monitoring for an occurrence of the scenario trigger; detecting an occurrence of the event associated with the scenario trigger of the first control scenario; determining , in response to the occurrence of the event, a set of users authorized to access the first resource, wherein determining the set of users includes accessing the stored first scenario data to determine the set of users associated with the authorization control; and providing access to the set of users based on the determining; and wherein the method further comprises providing a user interface for finding available control scenarios for a user, the user interface including an entry field for entering search query text to search by at least one control scenario name, and wherein the user interface comprises a window presenting results.
A computed tomography system comprising: an emitter configured to emit radiation; a stage assembly including: a stage positioned at a first angle relative to a first reference axis, the stage configured to couple to an inspection part and to rotate the inspection part about a first rotation axis, characterized by a first sensor coupled to the stage , the first sensor configured to measure the first angle; and a detector positioned at a second angle relative to a second reference axis, the detector configured to detect at least a portion of the radiation emitted by the emitter , the detector including: a second sensor configured to measure the second angle; and an analyzer configured to receive measurement data characterizing the first angle and the second angle from the first sensor and the second sensor , respectively, the analyzer including at least one data processor configured to generate one or more images of the inspection part based on the received measurement data, wherein the at least one data processor of the analyzer is configured to compensate for a tilt angle of one or more of the stage and the detector using the received measurement data, and to generate the one or more images according to the compensation. an emitter configured to emit radiation; a stage assembly including: a stage positioned at a first angle relative to a first reference axis, the stage configured to couple to an inspection part and to rotate the inspection part about a first rotation axis, characterized by a first sensor coupled to the stage , the first sensor configured to measure the first angle; and a stage positioned at a first angle relative to a first reference axis, the stage configured to couple to an inspection part and to rotate the inspection part about a first rotation axis, characterized by a first sensor coupled to the stage , the first sensor configured to measure the first angle; and a detector positioned at a second angle relative to a second reference axis, the detector configured to detect at least a portion of the radiation emitted by the emitter , the detector including: a second sensor configured to measure the second angle; and an analyzer configured to receive measurement data characterizing the first angle and the second angle from the first sensor and the second sensor , respectively, the analyzer including at least one data processor configured to generate one or more images of the inspection part based on the received measurement data, wherein the at least one data processor of the analyzer is configured to compensate for a tilt angle of one or more of the stage and the detector using the received measurement data, and to generate the one or more images according to the compensation.
Pencil having a shaft and a lead arranged therein, and having arranged on the shaft surface a plurality of - nub-like projections , or - nub-like projections and cup-shaped recesses , wherein the projections each have a surface element or the projections and the recesses each have a surface element , wherein the entire surface of the projections or at least a major part thereof and/or the entire base surface of the recesses or at least a major part thereof is formed by the respective surface element , wherein - only the surface elements are provided with a coating which has a higher light reflection than the remaining, non-recessed or non-raised shaft surface , and - surface elements adjacent in the longitudinal direction of the pencil and/or in the peripheral direction have different orientations with respect to a longitudinal plane penetrating them and containing the central longitudinal axis of the pencil and/or a transverse plane intersecting the center longitudinal axis at right angles in such a way that surface elements adjacent in the longitudinal direction of the pencil and/or in the peripheral direction form different angles (α, β, β') with the longitudinal plane and/or the transverse plane . - nub-like projections , or - nub-like projections and cup-shaped recesses , wherein the projections each have a surface element or the projections and the recesses each have a surface element , wherein the entire surface of the projections or at least a major part thereof and/or the entire base surface of the recesses or at least a major part thereof is formed by the respective surface element , wherein - only the surface elements are provided with a coating which has a higher light reflection than the remaining, non-recessed or non-raised shaft surface , and - surface elements adjacent in the longitudinal direction of the pencil and/or in the peripheral direction have different orientations with respect to a longitudinal plane penetrating them and containing the central longitudinal axis of the pencil and/or a transverse plane intersecting the center longitudinal axis at right angles in such a way that surface elements adjacent in the longitudinal direction of the pencil and/or in the peripheral direction form different angles (α, β, β') with the longitudinal plane and/or the transverse plane .
An internal combustion engine assembly comprising an oil system , the oil system comprising: a first oil pump configured to supply oil at a first pressure to one or more first components of the engine assembly; and a second oil pump configured to supply oil at a second pressure to one or more second components of the engine assembly, the second pressure being higher than the first pressure; wherein the first oil pump is a variable pressure pump and the second oil pump is a fixed pressure pump, and wherein the second oil pump is driven by a cam shaft of the engine assembly. a first oil pump configured to supply oil at a first pressure to one or more first components of the engine assembly; and a second oil pump configured to supply oil at a second pressure to one or more second components of the engine assembly, the second pressure being higher than the first pressure; wherein the first oil pump is a variable pressure pump and the second oil pump is a fixed pressure pump, and wherein the second oil pump is driven by a cam shaft of the engine assembly.
A method for producing glass fiber, when glass fibers are formed by discharging, from a nozzle tip, a molten glass obtained by melting - by using a melting furnace in which a portion in contact with the molten glass is formed of bricks containing chromium oxide - glass raw materials mixed so as to give a glass composition comprising, when melted, in relation to the total amount thereof, SiO 2 in a range from 57.0 to 62.0% by mass, Al 2 O 3 in a range from 15.0 to 19.5% by mass, MgO in a range from 7.5 to 12.0% by mass, and CaO in a range from 9.0 to 12.5% by mass, and having a total content of SiO 2 , Al 2 O 3 , MgO and CaO of 98.0% by mass or more, wherein the glass composition comprises B 2 O 3 alone or a mixture composed of B 2 O 3 and LizO, as an additive or additives capable of suppressing generation of red crystals, wherein a ratio of the product between a content of the additive or additives capable of suppressing generation of red crystals (% by mass) and the content (% by mass) of CaO to the content (% by mass) of Al 2 O 3 is in a range from 0.28 to 1.00
Computer-implemented method for failure prediction of an elementary relay , the method comprising the following steps: detecting measurable relay and load variables of the elementary relay over a number of switching cycles of the elementary relay ; wherein the method is characterized by the following steps: determining characteristic values of the elementary relay based on a weighting of the detected relay and load variables according to a machine learning algorithm , wherein the characteristic values specify a functional state of the elementary relay for the respective switching cycle; determining a failure probability of the elementary relay based on the determined characteristic values ; and determining the failure probability of the elementary relay based on a change in the characteristic values with regard to the number of switching cycles. detecting measurable relay and load variables of the elementary relay over a number of switching cycles of the elementary relay ; wherein the method is characterized by the following steps: determining characteristic values of the elementary relay based on a weighting of the detected relay and load variables according to a machine learning algorithm , wherein the characteristic values specify a functional state of the elementary relay for the respective switching cycle; determining a failure probability of the elementary relay based on the determined characteristic values ; and determining the failure probability of the elementary relay based on a change in the characteristic values with regard to the number of switching cycles. determining characteristic values of the elementary relay based on a weighting of the detected relay and load variables according to a machine learning algorithm , wherein the characteristic values specify a functional state of the elementary relay for the respective switching cycle; determining a failure probability of the elementary relay based on the determined characteristic values ; and determining the failure probability of the elementary relay based on a change in the characteristic values with regard to the number of switching cycles.
An integrated circuit (IC) chip adapted to be selectively AC or DC coupled for signalling to an external device , said IC chip comprising: a first differential driver configurable for AC and DC signalling; a plurality of first connectors (AC_P, AC_N) connected to said first differential driver , said plurality of first connectors (AC_P, AC_N), located on said IC chip, connectable to coupling points external to said IC chip by way of corresponding coupling capacitors , external to said IC chip, to AC couple said IC chip to said external device ; a second single-ended driver configuration for DC signalling; a plurality of second connectors (DCO, DC1) connected to said second single-ended driver configuration , said plurality of second connectors (DCO, DC1), located on said IC chip connectable to said coupling points , external to said IC chip, to DC couple said IC chip to said external device ; and switching logic , integrated on said IC chip to selectively interconnect said plurality of first connectors (AC_P, AC_N) and said plurality of second connectors (DCO, DC1) of said IC chip through said IC chip, thereby shorting each of the corresponding coupling capacitors , when said IC chip is DC coupled to said device by way of said plurality of second connectors (DCO, DC1). a first differential driver configurable for AC and DC signalling; a plurality of first connectors (AC_P, AC_N) connected to said first differential driver , said plurality of first connectors (AC_P, AC_N), located on said IC chip, connectable to coupling points external to said IC chip by way of corresponding coupling capacitors , external to said IC chip, to AC couple said IC chip to said external device ; a second single-ended driver configuration for DC signalling; a plurality of second connectors (DCO, DC1) connected to said second single-ended driver configuration , said plurality of second connectors (DCO, DC1), located on said IC chip connectable to said coupling points , external to said IC chip, to DC couple said IC chip to said external device ; and switching logic , integrated on said IC chip to selectively interconnect said plurality of first connectors (AC_P, AC_N) and said plurality of second connectors (DCO, DC1) of said IC chip through said IC chip, thereby shorting each of the corresponding coupling capacitors , when said IC chip is DC coupled to said device by way of said plurality of second connectors (DCO, DC1).