mhurhangee/ep-ind-claims huggingface dataset:
A method for inducing pluripotent stem cells in vitro comprising the steps of: a) culturing cells in vitro; b) expressing a transcription factor from a polynucleotide that has been introduced into a cell in the culture, wherein the polynucleotide consists of the coding sequence for a nuclear receptor from subfamily 5 or a sumoylation site mutant thereof, and two or more transcription factors selected from a Sox gene, Krüppel-like factor gene or a gene from the myc family; to induce the cell to be a pluripotent cell. a) culturing cells in vitro; b) expressing a transcription factor from a polynucleotide that has been introduced into a cell in the culture, wherein the polynucleotide consists of the coding sequence for a nuclear receptor from subfamily 5 or a sumoylation site mutant thereof, and two or more transcription factors selected from a Sox gene, Krüppel-like factor gene or a gene from the myc family;
A method of controlling an exposure time variable of a video camera, which is associated with an auto-exposure, AE, algorithm configured to reduce an exposure mismatch (Δ E) by incrementing and decrementing the ET variable, wherein the exposure mismatch represents overexposure or underexposure, the method comprising: for a scene imaged by the video camera, recording ET values applied while the AE algorithm is active; and determining that the exposure mismatch exceeds a threshold while the video camera is imaging the scene, the method characterized by further comprising: estimating a distribution of the recorded ET values; based on the estimated distribution, identifying multiple relatively most frequent ET values; and, in reaction to determining that the exposure mismatch exceeds the threshold, assigning one of the identified ET values to the ET variable. for a scene imaged by the video camera, recording ET values applied while the AE algorithm is active; and determining that the exposure mismatch exceeds a threshold while the video camera is imaging the scene, the method characterized by further comprising: estimating a distribution of the recorded ET values; based on the estimated distribution, identifying multiple relatively most frequent ET values; and, in reaction to determining that the exposure mismatch exceeds the threshold, assigning one of the identified ET values to the ET variable. estimating a distribution of the recorded ET values; based on the estimated distribution, identifying multiple relatively most frequent ET values; and, in reaction to determining that the exposure mismatch exceeds the threshold, assigning one of the identified ET values to the ET variable.
Method for controlling the metering of ink in a printing press using a control unit for comparing measured color values established on a print control strip and target color values, and for controlling the metering of ink in the inking units of the printing press, characterized in that the screen of the measurement fields used for taking the color measurements in the print control strip is independent of the screen of the printed image.
A method for supporting an emergency service by a mobility management entity, MME, in a wireless communication system, the method comprising: receiving, by the MME, a first message including an attach request message and information indicating an emergency service for a terminal, from a base station; identifying, by the MME, that authentication for the terminal is skipped based on the first message; and transmitting, by the MME, a second message to the base station in case that the authentication for the terminal is skipped, wherein the attach request message is received from the terminal. receiving, by the MME, a first message including an attach request message and information indicating an emergency service for a terminal, from a base station; identifying, by the MME, that authentication for the terminal is skipped based on the first message; and transmitting, by the MME, a second message to the base station in case that the authentication for the terminal is skipped, wherein the attach request message is received from the terminal.
A challenge-response method for a client device, the method comprising steps of: receiving challenge data, wherein the challenge data is audio content encrypted using an encryption key, the audio content including a nonce; using a secured module of the client device to access the audio content by decrypting the challenge data using a decryption key of the secured module, the decryption key corresponding to the encryption key; using the secured module to output an audible version of the audio content via a speaker of the client device; receiving the audible version of the audio content using a microphone of the client device; processing the audible version of the audio content received by the microphone so as to obtain the nonce; and providing the nonce as a response. receiving challenge data, wherein the challenge data is audio content encrypted using an encryption key, the audio content including a nonce; using a secured module of the client device to access the audio content by decrypting the challenge data using a decryption key of the secured module, the decryption key corresponding to the encryption key; using the secured module to output an audible version of the audio content via a speaker of the client device; receiving the audible version of the audio content using a microphone of the client device; processing the audible version of the audio content received by the microphone so as to obtain the nonce; and providing the nonce as a response.
Automatic drive for a leaf of a door, in particular a fire door, wherein the automatic drive comprises: an electric motor for driving, in particular for opening and/or closing, the leaf, a storage battery for supplying electrical energy to the electric motor, a temperature sensor for measuring a temperature and for outputting a corresponding temperature signal, and a controller for controlling the electric motor, wherein the controller is connected to the temperature sensor and is configured to receive and to evaluate the temperature signal of the temperature sensor, wherein the controller is furthermore configured to at least partially discharge the storage battery via a load resistor if the measured temperature reaches or exceeds a predetermined limit value, or if the measured temperature exceeds the predetermined limit value over a predetermined period of time, wherein the load resistor comprises the electric motor, and characterized in that the controller is configured to control the electric motor for discharge of the storage battery in such a way that the leaf, in a closed position after a closing movement, is driven further in the closing direction. an electric motor for driving, in particular for opening and/or closing, the leaf, a storage battery for supplying electrical energy to the electric motor, a temperature sensor for measuring a temperature and for outputting a corresponding temperature signal, and a controller for controlling the electric motor, wherein the controller is connected to the temperature sensor and is configured to receive and to evaluate the temperature signal of the temperature sensor, wherein the controller is furthermore configured to at least partially discharge the storage battery via a load resistor if the measured temperature reaches or exceeds a predetermined limit value, or if the measured temperature exceeds the predetermined limit value over a predetermined period of time, wherein the load resistor comprises the electric motor, and characterized in that the controller is configured to control the electric motor for discharge of the storage battery in such a way that the leaf, in a closed position after a closing movement, is driven further in the closing direction.
A method comprising: receiving two or more base events at an event listener, wherein the two or more base events comprise at least a pairing of a mobile device with an external device, and one or more unlocks of the mobile device while the mobile device is paired with the external device; storing the two or more base events at a state storage; providing the two or more base events stored at the state storage to an inference module; providing a current security configuration to the inference module; and identifying, by the inference module, a security configuration change based on the two or more base events and the current security configuration, wherein the security configuration change is a setting where no password is required to access the mobile device when the mobile device is paired with the external device and the external device is designated as a trusted device. receiving two or more base events at an event listener, wherein the two or more base events comprise at least a pairing of a mobile device with an external device, and one or more unlocks of the mobile device while the mobile device is paired with the external device; storing the two or more base events at a state storage; providing the two or more base events stored at the state storage to an inference module; providing a current security configuration to the inference module; and identifying, by the inference module, a security configuration change based on the two or more base events and the current security configuration, wherein the security configuration change is a setting where no password is required to access the mobile device when the mobile device is paired with the external device and the external device is designated as a trusted device.
A gas generator holder made of metal used with a cup filled with a gas generating agent and an igniter for burning the gas generating agent assembled thereto, comprising: a body part; and an igniter fixing engagement part projecting from said body part and being bent such that a part of the igniter is sandwiched between said igniter fixing engagement part and said body part, thereby fixing the igniter by crimping, wherein said igniter fixing engagement part is finish shaped by forging processing, wherein a metal flow appearing in a superficial layer of said finished shaped igniter fixing engagement part extends continuously from said body part through said igniter fixing engagement part to return to said body part, without being divided in a surface of said igniter fixing engagement part, said igniter fixing engagement part having experienced a heat treatment as a solution treatment before the finish shaping said igniter fixing engagement part; and a heat treatment as an artificial aging treatment after the finish shaping said igniter fixing engagement part. a body part; and an igniter fixing engagement part projecting from said body part and being bent such that a part of the igniter is sandwiched between said igniter fixing engagement part and said body part, thereby fixing the igniter by crimping, wherein said igniter fixing engagement part is finish shaped by forging processing, wherein a metal flow appearing in a superficial layer of said finished shaped igniter fixing engagement part extends continuously from said body part through said igniter fixing engagement part to return to said body part, without being divided in a surface of said igniter fixing engagement part, said igniter fixing engagement part having experienced a heat treatment as a solution treatment before the finish shaping said igniter fixing engagement part; and a heat treatment as an artificial aging treatment after the finish shaping said igniter fixing engagement part.
A pair of sliding members (3, 5) which, in use, are sliding relative to each other at sliding faces, wherein one of the sliding faces includes a negative pressure generation mechanism separated from a leakage side by a leakage-side land portion, separated from a sealed-fluid-side by a sealed-fluid-side land portion, the one of the sliding faces further including a land portion that excludes any bridge portion extending to the leakage-side land portion and that excludes any bridge portion extending to the sealed-fluid-side land portion, the land portion being arranged in the negative pressure generation mechanism, wherein the land portion arranged in the negative pressure generation mechanism is an island-shaped land portion surrounded by the negative pressure generation mechanism, wherein the negative pressure generation mechanism includes a guide groove extending from a leakage side toward the land portion arranged in the negative pressure generation mechanism. one of the sliding faces includes a negative pressure generation mechanism separated from a leakage side by a leakage-side land portion, separated from a sealed-fluid-side by a sealed-fluid-side land portion, the one of the sliding faces further including a land portion that excludes any bridge portion extending to the leakage-side land portion and that excludes any bridge portion extending to the sealed-fluid-side land portion, the land portion being arranged in the negative pressure generation mechanism, wherein the land portion arranged in the negative pressure generation mechanism is an island-shaped land portion surrounded by the negative pressure generation mechanism, wherein the negative pressure generation mechanism includes a guide groove extending from a leakage side toward the land portion arranged in the negative pressure generation mechanism.
A vehicle control device incorporating at least one vehicle control element (2, 4, 6, 8), the at least one vehicle control element (2, 4, 6, 8) adapted in use to control a valve in a hydraulic line, the at least one vehicle control element is associated with a respective vehicle control display element (12, 14, 16, 18), and the vehicle control device further comprises a vehicle terminal, the vehicle terminal incorporating a terminal display separate from the at least one control element (2, 4, 6, 8) and respective vehicle control display element (12, 14, 16, 18), characterised in that the vehicle control device further incorporates at least one control apparatus to lock a functionality of the vehicle control element (2, 4, 6, 8), the vehicle control display element (12, 14, 16, 18) indicating whether the functionality of the vehicle control element (2, 4, 6, 8) may be altered, and the terminal display being adapted to indicate the functionality of the or each vehicle control element (2, 4, 6, 8) and whether the functionality of the or each vehicle control element may be altered.
A method for intra-cell frequency reuse for an indoor wireless network, wherein the indoor wireless network comprises a Base Band Unit, one or more micro power Remote Radio Heads (mRRHs) and radio hubs connecting the BBU and the mRRHs; the indoor wireless network belongs to a same cell that serves multiple User Equipments (UEs), the method comprising at the BBU: establishing a coverage relationship between the one or more mRRHs and the multiple UEs; determining a correspondence relationship between the UEs and beam directions covered by each mRRH of the one or more mRRHs; determining a location distribution of the multiple UEs based on the coverage relationship between the mRRHs and the UEs and the correspondence relationship between the UEs and the beam directions covered by the mRRH; and performing a power allocation for each mRRH based on the location distribution of the multiple UEs. establishing a coverage relationship between the one or more mRRHs and the multiple UEs; determining a correspondence relationship between the UEs and beam directions covered by each mRRH of the one or more mRRHs; determining a location distribution of the multiple UEs based on the coverage relationship between the mRRHs and the UEs and the correspondence relationship between the UEs and the beam directions covered by the mRRH; and performing a power allocation for each mRRH based on the location distribution of the multiple UEs.
A pool of adaptors, each adaptor comprising a double-stranded portion at one end and a single stranded portion comprising two non-hybridizable strands at the opposite end, and further comprising at least one primer-binding site and at least one barcode in each single-stranded portion, wherein the barcodes on each adaptor in the pool are in a known relationship, wherein the relationship between the barcodes is reverse complementarity,
A compound containing titanium diphosphate and carbon characterized in that the compound is in the form of non-agglomerated particles of titanium diphosphate the surface of which is at least partly covered with carbon.
A washing machine, comprising: a cabinet; a tub disposed within the cabinet to receive water therein; a drum disposed within the tub to receive laundry therein and rotated by rotational force transmitted from a drive source; at least one balancer housing (112, 142, 152) mounted on the drum and provided with a ring-shaped channel (111, 141, 151) formed therein; at least one mass body (113, 143, 153) movably disposed in the channel of the at least one balancer housing, respectively; and a confinement unit (120, 120a, 120b) to confine the at least one mass body (113, 143, 153) to the at least one balancer housing (112, 142, 152) so as to allow the at least one mass body to be rotated under the condition that the at least one mass body is fixed to the at least one balancer housing; characterized by an adjustment unit (130, 130a, 130b) to release confinement of the at least one mass body (113, 143, 153) so as to allow the at least one mass body to descend due to gravity during rotation of the drum; and a control unit (86, 86a, 86b) to control the adjustment unit (130, 130a, 130b) so that unbalanced load present in the drum is offset by the at least one mass body. a cabinet; a tub disposed within the cabinet to receive water therein; a drum disposed within the tub to receive laundry therein and rotated by rotational force transmitted from a drive source; at least one balancer housing (112, 142, 152) mounted on the drum and provided with a ring-shaped channel (111, 141, 151) formed therein; at least one mass body (113, 143, 153) movably disposed in the channel of the at least one balancer housing, respectively; and a confinement unit (120, 120a, 120b) to confine the at least one mass body (113, 143, 153) to the at least one balancer housing (112, 142, 152) so as to allow the at least one mass body to be rotated under the condition that the at least one mass body is fixed to the at least one balancer housing; characterized by an adjustment unit (130, 130a, 130b) to release confinement of the at least one mass body (113, 143, 153) so as to allow the at least one mass body to descend due to gravity during rotation of the drum; and a control unit (86, 86a, 86b) to control the adjustment unit (130, 130a, 130b) so that unbalanced load present in the drum is offset by the at least one mass body.
A method for manufacturing a blading member assembly for a fluid flow machine, wherein the blading member assembly comprises at least one airfoil member and one platform member (15, 16), the method comprising manufacturing a platform member blank, manufacturing an airfoil member blank, processing at least one of said blanks thus obtaining the at least one airfoil member and at least one platform member (15, 16), and subsequently joining the at least one platform member (15, 16) and the at least one airfoil member, thus providing the blading member assembly; the method being characterized in that processing a blank comprises applying at least one coating step to the blank before assembling the blading member assembly.
Process for transferring a piezoelectric layer onto a support substrate, comprising: - the provision of a donor substrate consisting of a heterostructure comprising a piezoelectric substrate bonded to a handling substrate, and a photopolymerized adhesive layer at the interface between the piezoelectric substrate and the handling substrate, - forming an embrittlement zone in the piezoelectric substrate, so as to delimit the piezoelectric layer to be transferred, - supply of the support substrate, - forming a dielectric layer on a major face of the support substrate and/or the piezoelectric substrate, - bonding the donor substrate to the support substrate, with said dielectric layer at the bonding interface, - fracture and separation of the donor substrate along the embrittlement zone, at a temperature of 300°C or less. - the provision of a donor substrate consisting of a heterostructure comprising a piezoelectric substrate bonded to a handling substrate, and a photopolymerized adhesive layer at the interface between the piezoelectric substrate and the handling substrate, - forming an embrittlement zone in the piezoelectric substrate, so as to delimit the piezoelectric layer to be transferred, - supply of the support substrate, - forming a dielectric layer on a major face of the support substrate and/or the piezoelectric substrate, - bonding the donor substrate to the support substrate, with said dielectric layer at the bonding interface, - fracture and separation of the donor substrate along the embrittlement zone, at a temperature of 300°C or less.
An in-cell touch screen, comprising: an upper substrate and a lower substrate that are provided opposite to each other; a plurality of mutually independent self-capacitance electrodes disposed on a side, facing the lower substrate, of the upper substrate, or disposed on a side, facing the upper substrate, of the lower substrate; a plurality of wires that are disposed on a different layer from the self-capacitance electrodes, wherein each self-capacitance electrode of the plurality of self-capacitance electrodes is electrically connected with a corresponding wire of the plurality of wires; and an insulation layer that is provided between the self-capacitance electrodes and the wires; wherein the insulation layer is provided with at least a first hole that runs through the insulation layer, wherein in an area that each self-capacitance electrode overlaps said corresponding wire, the self-capacitance electrode is electrically connected with the corresponding wire via a corresponding first via hole, characterized in that, each self-capacitance electrode, within an area overlapping other wires than the corresponding wire and at a position where a first via hole is present, is disposed with a second via hole, and the second via hole runs through the self-capacitance electrode, and an orthogonal projection of the second via hole on the lower substrate covers an orthogonal projection of the first via hole on the lower substrate. an upper substrate and a lower substrate that are provided opposite to each other; a plurality of mutually independent self-capacitance electrodes disposed on a side, facing the lower substrate, of the upper substrate, or disposed on a side, facing the upper substrate, of the lower substrate; a plurality of wires that are disposed on a different layer from the self-capacitance electrodes, wherein each self-capacitance electrode of the plurality of self-capacitance electrodes is electrically connected with a corresponding wire of the plurality of wires; and an insulation layer that is provided between the self-capacitance electrodes and the wires; wherein the insulation layer is provided with at least a first hole that runs through the insulation layer, wherein in an area that each self-capacitance electrode overlaps said corresponding wire, the self-capacitance electrode is electrically connected with the corresponding wire via a corresponding first via hole, characterized in that, each self-capacitance electrode, within an area overlapping other wires than the corresponding wire and at a position where a first via hole is present, is disposed with a second via hole, and the second via hole runs through the self-capacitance electrode, and an orthogonal projection of the second via hole on the lower substrate covers an orthogonal projection of the first via hole on the lower substrate.