mhurhangee/ep-ind-claims huggingface dataset:
A cell encapsulation device comprising: a cell encapsulating pouch comprising a first layer sealed along a portion of its periphery to a second layer along a portion of its periphery to define an interior volume between the first and second layers (106, 108), wherein the interior volume comprises a first interior surface and an opposing second interior surface spaced apart from the first interior surface; at least one tensioning member (104, 704a, 704b) disposed within the interior volume and exerting opposing tensioning forces on the cell encapsulation pouch in an X-Y plane, wherein the at least one tensioning member (104, 704a, 704b) contacts at least two opposing portions of the cell encapsulating pouch; and a reservoir space for receiving cells within the interior volume between the first and second interior surfaces (122, 124), wherein the reservoir space has a thickness in the Z-dimension. a cell encapsulating pouch comprising a first layer sealed along a portion of its periphery to a second layer along a portion of its periphery to define an interior volume between the first and second layers (106, 108), wherein the interior volume comprises a first interior surface and an opposing second interior surface spaced apart from the first interior surface; at least one tensioning member (104, 704a, 704b) disposed within the interior volume and exerting opposing tensioning forces on the cell encapsulation pouch in an X-Y plane, wherein the at least one tensioning member (104, 704a, 704b) contacts at least two opposing portions of the cell encapsulating pouch; and a reservoir space for receiving cells within the interior volume between the first and second interior surfaces (122, 124), wherein the reservoir space has a thickness in the Z-dimension.
A method for processing a Multimedia Broadcast/Multicast Service MBMS session update in a radio access network RAN, comprising: sending, a first MBMS session update request message from a Mobility Management Entity MME to a Multi-cell/Multicast Coordination Entity MCE via an M3 interface; processing the first MBMS session update request message at the MCE; sending a second MBMS session update request message from the MCE to a base station eNB via an M2 interface including new session attributes; processing the second MBMS session update request message at the eNB; sending a second feedback message from the eNB to the MCE via the M2 interface to report an outcome of the processing of the second MBMS session update request message, wherein the second feedback message is a second MBMS session update response message for a successful outcome or a second MBMS session update failure message for an unsuccessful outcome; and sending a first feedback message from the MCE to the MME via the M3 interface to report an outcome of the processing of the first MBMS session update request message and the outcome of the attempted processing of the second MBMS session update request message, wherein the first feedback message is a first MBMS session update response message for a successful outcome or a first MBMS session update failure message for an unsuccessful outcome. sending, a first MBMS session update request message from a Mobility Management Entity MME to a Multi-cell/Multicast Coordination Entity MCE via an M3 interface; processing the first MBMS session update request message at the MCE; sending a second MBMS session update request message from the MCE to a base station eNB via an M2 interface including new session attributes; processing the second MBMS session update request message at the eNB; sending a second feedback message from the eNB to the MCE via the M2 interface to report an outcome of the processing of the second MBMS session update request message, wherein the second feedback message is a second MBMS session update response message for a successful outcome or a second MBMS session update failure message for an unsuccessful outcome; and sending a first feedback message from the MCE to the MME via the M3 interface to report an outcome of the processing of the first MBMS session update request message and the outcome of the attempted processing of the second MBMS session update request message, wherein the first feedback message is a first MBMS session update response message for a successful outcome or a first MBMS session update failure message for an unsuccessful outcome.
A method for bar code generation and display, applied to a terminal, comprising: obtaining a bar code encoding request; generating a target bar code embedded with a target code by encoding the target code in response to the bar code encoding request, the target code comprising a target logical function; the target code comprises a code character string compiled into a byte code or a customized proprietary programming language, and displaying the target bar code. obtaining a bar code encoding request; generating a target bar code embedded with a target code by encoding the target code in response to the bar code encoding request, the target code comprising a target logical function; the target code comprises a code character string compiled into a byte code or a customized proprietary programming language, and displaying the target bar code.
A method of determining a cell count in a biological sample, comprising: transporting the biological sample through a sensor (122a, 122b, 122c, 122d, 158a, 158b) comprising a channel or pore and an electrode pair; applying a multiplexed electrical current or voltage to the channel or pore using the electrode pair; and detecting, for individual cells in the biological sample, a multiplexed impedance within the channel or pore using the electrode pair or a different electrode pair, the multiplexed impedance comprising at least a first multivariate impedance pattern at a first frequency and a second multivariate impedance pattern at a second frequency; the method being characterised by determining a cell count based on the detected multiplexed impedance using a machine learning model executed on a processor that analyzes the detected multiplexed impedance, wherein the machine learning model uses a clustering algorithm. transporting the biological sample through a sensor (122a, 122b, 122c, 122d, 158a, 158b) comprising a channel or pore and an electrode pair; applying a multiplexed electrical current or voltage to the channel or pore using the electrode pair; and detecting, for individual cells in the biological sample, a multiplexed impedance within the channel or pore using the electrode pair or a different electrode pair, the multiplexed impedance comprising at least a first multivariate impedance pattern at a first frequency and a second multivariate impedance pattern at a second frequency; the method being characterised by determining a cell count based on the detected multiplexed impedance using a machine learning model executed on a processor that analyzes the detected multiplexed impedance, wherein the machine learning model uses a clustering algorithm.
Rocker panel for a vehicle, for example a motor vehicle, comprising an inner side rail and an outer side rail respectively containing two bottom edges (3, 5), connected in relation to each other by welds located in separate sites along the two edges (3, 5), leaving behind a space (e) separating the two edges (3, 5) in each area between two consecutive weld sites, characterised in that the lower rim of the bottom edge of the inner side rail comprises a plurality of lugs, each of which is located regularly along this rim and projecting in relation to the surface of the edge of the side rail opposite to that intended to be connected to the edge of the outer side rail, each being located in an area between two consecutive weld sites, and configured, in relation to the portion of lower rim of the bottom edge of the outer side rail, to prevent complete sealing, at this lower rim, of the space between the two edges (3, 5) when a layer of anti-gritting material is applied onto at least the bottom edge of the inner side rail.
System for producing book-like identification documents, wherein the system comprises a first system part, formed by at least one document card apparatus group for producing individualised document cards, and a second system part, formed by at least one assembly apparatus group for merging a set of book leafs of the identification document, with an associated individualised document card, with the formation of the identification document, characterised in that the at least one document card apparatus group is composed in each case of at least one containerised document card preparation unit, and the at least one assembly apparatus group is composed in each case of at least one containerised assembly preparation unit.
A drug-coated balloon catheter for delivering a therapeutic agent to a target site of a body lumen stricture, the balloon catheter comprising: an elongated balloon having a main diameter, wherein the elongated balloon has a length of 20 mm to 160 mm; and a coating layer overlying an exterior surface of the balloon, wherein the coating layer comprises one or more water-soluble additives and an initial drug load of a therapeutic agent, wherein the therapeutic agent is paclitaxel, wherein the one or more water soluble additive comprises pentaerythritol ethoxylate, pentaerythritol propoxylate, or combinations thereof, and wherein the balloon comprises at least one neck section on the balloon comprising a smaller diameter than the main diameter when the balloon is inflated, the at least one neck section dividing the balloon into at least two main sections each having a diameter. an elongated balloon having a main diameter, wherein the elongated balloon has a length of 20 mm to 160 mm; and a coating layer overlying an exterior surface of the balloon, wherein the coating layer comprises one or more water-soluble additives and an initial drug load of a therapeutic agent, wherein the therapeutic agent is paclitaxel, wherein the one or more water soluble additive comprises pentaerythritol ethoxylate, pentaerythritol propoxylate, or combinations thereof, and wherein the balloon comprises at least one neck section on the balloon comprising a smaller diameter than the main diameter when the balloon is inflated, the at least one neck section dividing the balloon into at least two main sections each having a diameter.
An acoustic sensor comprising: a substrate; a vibrating electrode plate that is fixed to the substrate to sense a sound pressure; and a counter electrode plate that is fixed to the substrate to face the vibrating electrode plate with an air gap interposed therebetween, wherein a plurality of projections are provided on a surface on the air gap side of one of the vibrating electrode plate and the counter electrode plate, wherein, on each of a plurality of concentric circles or on each of a plurality of polygons, projections are arranged, characterized in that an interval between the adjacent projections is changed according to a projection forming region in one of the vibrating electrode plate and the counter electrode plate, wherein, in one of the vibrating electrode plate and the counter electrode plate on which the projections are provided, the interval between the adjacent projections in a high-flexibility region of the vibrating electrode plate or a counter region of the counter electrode plate facing the high-flexibility region is smaller than the interval between the adjacent projections in a low-flexibility region of the vibrating electrode plate or a counter region of the counter electrode plate facing the low-flexibility region. a substrate; a vibrating electrode plate that is fixed to the substrate to sense a sound pressure; and a counter electrode plate that is fixed to the substrate to face the vibrating electrode plate with an air gap interposed therebetween, wherein a plurality of projections are provided on a surface on the air gap side of one of the vibrating electrode plate and the counter electrode plate, wherein, on each of a plurality of concentric circles or on each of a plurality of polygons, projections are arranged, characterized in that an interval between the adjacent projections is changed according to a projection forming region in one of the vibrating electrode plate and the counter electrode plate, wherein, in one of the vibrating electrode plate and the counter electrode plate on which the projections are provided, the interval between the adjacent projections in a high-flexibility region of the vibrating electrode plate or a counter region of the counter electrode plate facing the high-flexibility region is smaller than the interval between the adjacent projections in a low-flexibility region of the vibrating electrode plate or a counter region of the counter electrode plate facing the low-flexibility region.
A method for determining low mass ion for diagnosing colorectal cancer, the method comprising steps of: (a') taking mass-spectra, peak intensities of low mass ions from biological samples of a plurality of cases, wherein low mass ions are ions with less than 1500 m/z mass value; (a) aligning the peak intensities of low mass; (b) performing a biostatistical analysis on the aligned peak intensities; (c) selecting a training set of predetermined cases from among the plurality of cases based on a result of the biostatistical analysis; (d) re-performing the biostatistical analysis on the training set of predetermined cases and selecting the low mass ions with reference values of at least T 1, T 2, N 3, N4, wherein T1 and T2 are reference values for absolute values of products of the peak intensities multiplied by factor loadings of the respective peaks and wherein N3 and N4 are reference values of calculated sensitivity and calculated specificity, respectively; and (d') making a validation set, an augmented training set by adding new cases, reselecting low mass ions with reference values of at least N 5, N 6 from among the selected low mass ions, wherein N5 and N6 are reference values of calculated sensitivity and calculated specificity, respectively, and determining the reselected low mass ions as the low mass ions for diagnosing CRC, wherein a mass value of the low mass ions for diagnosing CRC is any one selected from a group consisting of: 86.1, 104.1, 105.1, 137.0, 169.0, 181.1, 316.2, 342.2, 344.3, 368.3, 370.3, 468.3, 482.3, 495.3, 510.3, 519.3, 525.3 and 1465.6 m/z. (a') taking mass-spectra, peak intensities of low mass ions from biological samples of a plurality of cases, wherein low mass ions are ions with less than 1500 m/z mass value; (a) aligning the peak intensities of low mass; (b) performing a biostatistical analysis on the aligned peak intensities; (c) selecting a training set of predetermined cases from among the plurality of cases based on a result of the biostatistical analysis; (d) re-performing the biostatistical analysis on the training set of predetermined cases and selecting the low mass ions with reference values of at least T 1, T 2, N 3, N4, wherein T1 and T2 are reference values for absolute values of products of the peak intensities multiplied by factor loadings of the respective peaks and wherein N3 and N4 are reference values of calculated sensitivity and calculated specificity, respectively; and (d') making a validation set, an augmented training set by adding new cases, reselecting low mass ions with reference values of at least N 5, N 6 from among the selected low mass ions, wherein N5 and N6 are reference values of calculated sensitivity and calculated specificity, respectively, and determining the reselected low mass ions as the low mass ions for diagnosing CRC, wherein a mass value of the low mass ions for diagnosing CRC is any one selected from a group consisting of: 86.1, 104.1, 105.1, 137.0, 169.0, 181.1, 316.2, 342.2, 344.3, 368.3, 370.3, 468.3, 482.3, 495.3, 510.3, 519.3, 525.3 and 1465.6 m/z.
Payment terminal, comprising a tablet PC and a docking station for holding the tablet PC, wherein the tablet PC is attachable to the docking station by means of a breakable and restorable mechanical connection, and wherein the tablet PC comprises a touchscreen for inputting information and for displaying information to a user of the payment terminal (100 to 600), characterized in that the mechanical connection is in the form of a rocker bearing and such that the tablet PC attached to the docking station by means of this mechanical connection is pivotable about a pivot axis, so that the display area of the touchscreen is able to be turned towards either a cashier or a customer, in that the mechanical connection is in the form of a latch connection and/or plug connection, in that the latch connection and/or plug connection comprises first latch and/or plug elements, which are in complementary form with respect to one another, on the tablet PC and second latch and/or plug elements on the docking station, in that the tablet PC comprises at least one rechargeable battery for supplying electric power, and in that an electrical connection for charging the rechargeable battery is made between the docking station and the tablet PC when the latter is attached to the docking station by means of the mechanical connection, in that there is provision for a mobile printer for printing receipts, in that the printer comprises a receiver and the tablet PC comprises a transmitter, so that a wireless data transmission connection is able to be made between the tablet PC and the printer for the purpose of transmitting data, in that the tablet PC has a first electrical contact and the docking station has a second electrical contact, which is complementary with respect to the first electrical contact, wherein these electrical contacts are arranged on the first and second latch and/or plug elements (20, 22), and in that making the mechanical connection automatically results in contact being made between the first and second electrical contacts, so that the electrical connection between the docking station and the tablet PC is made.
A system for measuring the geometry of a lifting gas enclosure within a pressure-stabilised envelope of an aircraft, namely a non-rigid airship or hybrid air vehicle, that includes at least one ballonet (102, 103), the system comprising a plurality of sensors (104, 109, 113) configured to be located outside the ballonet but inside the envelope, for measuring the geometry of the enclosure, wherein some of the sensors are arranged to measure the geometry of an internal surface of the pressure-stabilised envelope, and others of the sensors are arranged to measure the geometry of an external surface of the at least one ballonet (102, 103).
An integrally bladed rotor (300;402;500;600;700;800;904;1000) comprising: a central hub (306;506;606); an outer rim (302;502;602) defining an outer circumference of the central hub, the outer rim defining a plurality of platforms; a plurality of circumferentially distributed blades (304;504;604), wherein a blade extends from each of the plurality of platforms; a rotor slot (308;508) arranged between two adjacent blades, wherein the rotor slot is defined by a cut within the outer rim; and a rotor slot (510;612) insert installed within the rotor slot, the rotor slot insert sized and shaped to fit within the rotor slot and prevent air leakage from a first side of the central hub to a second side of the central hub through the rotor slot during operation of the integrally bladed rotor, characterized in that the rotor slot insert comprises a first material defining an exterior shell and a second material within the exterior shell, wherein the second material is different from the first material; and/or wherein the exterior shell is filled with a gas or contains a vacuum. a central hub (306;506;606); an outer rim (302;502;602) defining an outer circumference of the central hub, the outer rim defining a plurality of platforms; a plurality of circumferentially distributed blades (304;504;604), wherein a blade extends from each of the plurality of platforms; a rotor slot (308;508) arranged between two adjacent blades, wherein the rotor slot is defined by a cut within the outer rim; and a rotor slot (510;612) insert installed within the rotor slot, the rotor slot insert sized and shaped to fit within the rotor slot and prevent air leakage from a first side of the central hub to a second side of the central hub through the rotor slot during operation of the integrally bladed rotor, characterized in that the rotor slot insert comprises a first material defining an exterior shell and a second material within the exterior shell, wherein the second material is different from the first material; and/or wherein the exterior shell is filled with a gas or contains a vacuum.
A double-talk detection method, comprising: obtaining a far-end signal frame and a near-end signal frame; and detecting a talk state according to a spectrum difference between the far-end signal frame and the near-end signal frame, characterised in that the step of detecting the talk state according to the spectrum difference between the far-end signal frame and the near-end signal frame comprises: calculating a first short-time average zero crossing rate of the far-end signal frame and a second short-time average zero crossing rate of the near-end signal frame; calculating a difference between the first short-time average zero crossing rate and the second short-time average zero crossing rate; and detecting the talk state according to the difference. obtaining a far-end signal frame and a near-end signal frame; and detecting a talk state according to a spectrum difference between the far-end signal frame and the near-end signal frame, characterised in that the step of detecting the talk state according to the spectrum difference between the far-end signal frame and the near-end signal frame comprises: calculating a first short-time average zero crossing rate of the far-end signal frame and a second short-time average zero crossing rate of the near-end signal frame; calculating a difference between the first short-time average zero crossing rate and the second short-time average zero crossing rate; and detecting the talk state according to the difference.
A light source unit comprising: a substrate; a plurality of parallel strip-like wirings on the substrate; a plurality of LED elements disposed on each said strip-like wiring, said LED elements soldered on a first one of the strip-like wirings being electrically connected to a second adjacent one of the strip-like wirings by wires respectively, said plurality of LED elements being arranged zigzag on the substrate as a whole; and a plurality of damming grooves formed in each said strip-like wiring, at least one said damming groove being provided between each two adjacent said LED elements on each said strip-like wiring such that a non-effusion region, into which no solder flows, is formed between said each two adjacent LED elements, said wires being connected to the non-effusion regions. a substrate; a plurality of parallel strip-like wirings on the substrate; a plurality of LED elements disposed on each said strip-like wiring, said LED elements soldered on a first one of the strip-like wirings being electrically connected to a second adjacent one of the strip-like wirings by wires respectively, said plurality of LED elements being arranged zigzag on the substrate as a whole; and a plurality of damming grooves formed in each said strip-like wiring, at least one said damming groove being provided between each two adjacent said LED elements on each said strip-like wiring such that a non-effusion region, into which no solder flows, is formed between said each two adjacent LED elements, said wires being connected to the non-effusion regions.