mhurhangee/ep-ind-claims huggingface dataset:
In vitro screening method carried out on human biological material for determining the risk of pathologies characterised by anomalous deposition of β-amyloid and/or amyloid-like substance formed by any isoform of Aβ, based on the determination of the substitution, in homozygote or heterozygote form, of a cytosine with a thymidine at codon 673 of the sequence coding the human APP gene, corresponding with the nucleotide 2212 (c.2212C>T transition) of the isoform of APP770 (NM_000484.2), the mutation resulting in the substitution of Alanine with Valine at the residue 673 of APP770, or at the analogous residue of other isoforms of APP, which correspond to the position 2 of Aβ.
An apparatus comprising: a wireless transceiver; a touch-screen display; a control circuit operably coupled to the touch-screen display and the wireless transceiver and configured to: - provide on a touch-screen display an incoming-call response-initiation zone in response to an incoming call in combination with a separate space that presents information corresponding to a calling party; - in response to a user interaction with the incoming-call response-initiation zone, provide on the touch-screen display an icon that represents refusing the incoming call and an icon that represents accepting the incoming call; - in response to at least one user interaction with the incoming-call response-initiation zone, visually subdue at least some imagery presented on the touch-screen display in the separate space and underlying the icons; - take an incoming-call processing action in response to detecting a user's swipe-based gesture (503, 504) that begins in the incoming-call response-initiation zone. a wireless transceiver; a touch-screen display; a control circuit operably coupled to the touch-screen display and the wireless transceiver and configured to: - provide on a touch-screen display an incoming-call response-initiation zone in response to an incoming call in combination with a separate space that presents information corresponding to a calling party; - in response to a user interaction with the incoming-call response-initiation zone, provide on the touch-screen display an icon that represents refusing the incoming call and an icon that represents accepting the incoming call; - in response to at least one user interaction with the incoming-call response-initiation zone, visually subdue at least some imagery presented on the touch-screen display in the separate space and underlying the icons; - take an incoming-call processing action in response to detecting a user's swipe-based gesture (503, 504) that begins in the incoming-call response-initiation zone. - provide on a touch-screen display an incoming-call response-initiation zone in response to an incoming call in combination with a separate space that presents information corresponding to a calling party; - in response to a user interaction with the incoming-call response-initiation zone, provide on the touch-screen display an icon that represents refusing the incoming call and an icon that represents accepting the incoming call; - in response to at least one user interaction with the incoming-call response-initiation zone, visually subdue at least some imagery presented on the touch-screen display in the separate space and underlying the icons; - take an incoming-call processing action in response to detecting a user's swipe-based gesture (503, 504) that begins in the incoming-call response-initiation zone.
Elastic bearing for a torsionally flexible connection of two shaft sections of a steering column, having an inner part which can be connected to one end of one of the shaft sections, an outer sleeve which surrounds the inner part and can be connected to one end of the other shaft section, and an elastomeric body which is arranged between the inner part and the outer sleeve, the inner part having at least one rib which projects in a radial direction and engages in a corresponding recess in the outer sleeve in order to transmit a rotational movement, the outer sleeve being formed from at least two parts and wherein a fixing device is provided between the elastomeric body and the outer sleeve and/or the inner part, wherein the fixing device largely prevents a relative movement between the inner part and the outer sleeve along a longitudinal axis of the bearing, characterized in in that the fixing device has at least one projection projecting in the radial direction and at least one corresponding recess made in an outer lateral surface of the inner part and/or at least one corresponding recess made in an inner lateral surface of the outer sleeve, wherein the projection engages in the recess.
A method for sending capability information of a communications device to a peer communications device, comprising: determining, by a communications device, information about maximum data transmission bandwidth supported by the communications device; and sending, by the communications device, the information about the maximum data transmission bandwidth supported by the communications device; wherein the communications device is a network device and the sending, by the communications device, the information about the maximum data transmission bandwidth supported by the communications device comprises: broadcasting, by the communications device information about maximum data transmission bandwidth supported by the communications device. determining, by a communications device, information about maximum data transmission bandwidth supported by the communications device; and sending, by the communications device, the information about the maximum data transmission bandwidth supported by the communications device; wherein the communications device is a network device and the sending, by the communications device, the information about the maximum data transmission bandwidth supported by the communications device comprises: broadcasting, by the communications device information about maximum data transmission bandwidth supported by the communications device.
An electronic device, comprising: a window including a flat area and a curved area bent from the flat area (11 1a) at a first radius of curvature; a display including a first area disposed under at least a portion of the flat area and a second area extending from the first area and bent at a second radius of curvature different from the first radius of curvature under at least a portion of the curved area; a first space formed between the flat area and the first area; and a second space formed between the curved area and the second area; characterized in that a second filling member is formed to be thicker than a first filling member, and wherein the second space is formed to be thicker than the first space, and wherein the first filling member of a film-type optical clear adhesive, OCA, is disposed in the first space and the second space, and wherein the second filling member of a resin-type optical clear resin, OCR, is disposed in the second space between the first filling member of the film-type OCA disposed to the second space and the curved area. a window including a flat area and a curved area bent from the flat area (11 1a) at a first radius of curvature; a display including a first area disposed under at least a portion of the flat area and a second area extending from the first area and bent at a second radius of curvature different from the first radius of curvature under at least a portion of the curved area; a first space formed between the flat area and the first area; and a second space formed between the curved area and the second area; characterized in that a second filling member is formed to be thicker than a first filling member, and wherein the second space is formed to be thicker than the first space, and wherein the first filling member of a film-type optical clear adhesive, OCA, is disposed in the first space and the second space, and wherein the second filling member of a resin-type optical clear resin, OCR, is disposed in the second space between the first filling member of the film-type OCA disposed to the second space and the curved area.
A shifter assembly for selecting one of a plurality of gears of a transmission of a vehicle, said shifter assembly comprising: a housing; a gear receiver fixed relative to said housing; a selection receiver fixed relative to said housing and spaced from said gear receiver; a shift actuator pivotally mounted to said housing with said shift actuator having a gear arm defining a first axis and a selection arm defining a second axis spaced from said first axis with said gear arm being fixed relative to said selection arm; a shift lever fixed to said shift actuator and movable in a first direction for rotating said shift actuator about said second axis for selecting one of the plurality of gears and movable in a second direction for rotating said shift actuator about said first axis; a gear emitter coupled to said gear arm for movement with said gear arm with said gear emitter transmitting a signal to said gear receiver as said shift actuator rotates about said second axis to select between a plurality of gears; and a selection emitter coupled to said selection arm for movement with said selection arm with said selection emitter transmitting a signal to said selection receiver as said shift actuator rotates about said first axis, characterized in that a detent structure is fixed relative to said housing and defines a plurality of detents (120, 122) with said selection arm being movable between said plurality of detents (120, 122) for moving said selection emitter relative to said selection receiver. a housing; a gear receiver fixed relative to said housing; a selection receiver fixed relative to said housing and spaced from said gear receiver; a shift actuator pivotally mounted to said housing with said shift actuator having a gear arm defining a first axis and a selection arm defining a second axis spaced from said first axis with said gear arm being fixed relative to said selection arm; a shift lever fixed to said shift actuator and movable in a first direction for rotating said shift actuator about said second axis for selecting one of the plurality of gears and movable in a second direction for rotating said shift actuator about said first axis; a gear emitter coupled to said gear arm for movement with said gear arm with said gear emitter transmitting a signal to said gear receiver as said shift actuator rotates about said second axis to select between a plurality of gears; and a selection emitter coupled to said selection arm for movement with said selection arm with said selection emitter transmitting a signal to said selection receiver as said shift actuator rotates about said first axis, characterized in that a detent structure is fixed relative to said housing and defines a plurality of detents (120, 122) with said selection arm being movable between said plurality of detents (120, 122) for moving said selection emitter relative to said selection receiver.
A lid ring for seaming to a body and including a closure layer peripherally sealed thereto which bridges an interior space of the lid ring and, in a seamed state, seals the body, wherein (i) the lid ring comprises a circumferential flat web (3a, 3b, 3c) transitioning radially outwardly into a circumferential edge rim of the lid ring, wherein a circumferential groove (N 1, N 2, N 3) extends between the edge rim and the flat web, characterized in that (ii) the flat web is upwards inclined from a horizontal plane and is provided with an inner curl at its radially inner end so that a closure layer sealed onto the flat web is deflected at the inner curl and, in the case of a pressure force (F i) perpendicular to the plane of extension of the closure layer, a substantial force component (z) is deflected via the inner curl and is introduced into the sealed seam such that it extends in the direction of extension of the sealed seam and a cohesion effect of the sealed seam is transferred to ranges greater than 25N, up to 40N. (i) the lid ring comprises a circumferential flat web (3a, 3b, 3c) transitioning radially outwardly into a circumferential edge rim of the lid ring, wherein a circumferential groove (N 1, N 2, N 3) extends between the edge rim and the flat web, characterized in that (ii) the flat web is upwards inclined from a horizontal plane and is provided with an inner curl at its radially inner end so that a closure layer sealed onto the flat web is deflected at the inner curl and, in the case of a pressure force (F i) perpendicular to the plane of extension of the closure layer, a substantial force component (z) is deflected via the inner curl and is introduced into the sealed seam such that it extends in the direction of extension of the sealed seam and a cohesion effect of the sealed seam is transferred to ranges greater than 25N, up to 40N.
A heat exchanger, particularly for a motor vehicle, having a bottom in which tubes are arranged, wherein at least one turbulator (10, 56) is arranged in the tubes, wherein the turbulator (10, 56), viewed in a longitudinal extension, has a first turbulator end and a second turbulator end, wherein a turbulator area is arranged there between, characterised in that the turbulator (10, 58) has a reinforced wall at at least one turbulator end, wherein the reinforced wall of the turbulator (10, 58) at the at least one turbulator end (40, 42) is thicker than the wall of the turbulator area, so that a reinforcement of the tie rod feature is caused at one tube end of the tubes.
Method for estimating the pressure (Pass) in a vacuum chamber of a vacuum brake servo of a motor vehicle, the vehicle comprising: - an internal combustion engine; - at least one braking device controlled by the pressure (Pmc) of a brake fluid; - a master cylinder, which controls the pressure (Pmc) of the brake fluid and which is actuated by an actuating member movable between a rest position and an end actuation position; - a brake servo, which is arranged between the actuating member and the master cylinder to amplify the force of the actuating member by means of a vacuum, provided by a chamber held under vacuum, to an assistance pressure (Pass) when the engine is started; - a means for detecting the displacement of the actuating member beyond an intermediate guard position; - a pressure sensor, which is designed to measure the braking pressure (Pmc) of the brake fluid; characterized in that the method comprises: - a first step of calculating the braking pressure, which is repeated cyclically; - a second step of calculating the amplitude (ΔPmc) of a reduction in pressure, during which the maximum (Pmc_max) then the minimum (Pmc_min) reached successively by the braking pressure are stored, and during which the amplitude (ΔPmc) of the reduction in braking pressure is calculated by establishing the difference between the maximum (Pmc_max) and the minimum (Pmc_min); - a third step, which is triggered at the end of the second step and during which the increase (Conso) of the pressure (Pass) in the vacuum chamber is estimated as a function of the amplitude (ΔPmc) calculated in the second step. - an internal combustion engine; - at least one braking device controlled by the pressure (Pmc) of a brake fluid; - a master cylinder, which controls the pressure (Pmc) of the brake fluid and which is actuated by an actuating member movable between a rest position and an end actuation position; - a brake servo, which is arranged between the actuating member and the master cylinder to amplify the force of the actuating member by means of a vacuum, provided by a chamber held under vacuum, to an assistance pressure (Pass) when the engine is started; - a means for detecting the displacement of the actuating member beyond an intermediate guard position; - a pressure sensor, which is designed to measure the braking pressure (Pmc) of the brake fluid; - a first step of calculating the braking pressure, which is repeated cyclically; - a second step of calculating the amplitude (ΔPmc) of a reduction in pressure, during which the maximum (Pmc_max) then the minimum (Pmc_min) reached successively by the braking pressure are stored, and during which the amplitude (ΔPmc) of the reduction in braking pressure is calculated by establishing the difference between the maximum (Pmc_max) and the minimum (Pmc_min); - a third step, which is triggered at the end of the second step and during which the increase (Conso) of the pressure (Pass) in the vacuum chamber is estimated as a function of the amplitude (ΔPmc) calculated in the second step.
A flow control device comprising: a high frequency source configured to generate a high frequency signal; a low frequency source configured to generate a low frequency signal; a magnetic field generator configured to produce a fixed magnetic field; a drive coil configured to move within the fixed magnetic field in response to the low frequency signal and configured to receive the high frequency signal; a detection coil adjacent the drive coil and configured to detect the high frequency signal in the drive coil, the detected high frequency signal corresponding to a position of the drive coil; a processor coupled to the high frequency source and the low frequency source and configured to receive the detected high frequency signal from the detection coil, and calculate the position of the drive coil based on a delay between the high frequency signal and the detected high frequency signal, wherein the delay is proportional to the position of the drive coil; a seal configured to move based on the position of the drive coil; and a valve orifice defining a valve seat and a variable opening, the variable opening being adjustable based on a position of the seal relative to the valve seat. a high frequency source configured to generate a high frequency signal; a low frequency source configured to generate a low frequency signal; a magnetic field generator configured to produce a fixed magnetic field; a drive coil configured to move within the fixed magnetic field in response to the low frequency signal and configured to receive the high frequency signal; a detection coil adjacent the drive coil and configured to detect the high frequency signal in the drive coil, the detected high frequency signal corresponding to a position of the drive coil; a processor coupled to the high frequency source and the low frequency source and configured to receive the detected high frequency signal from the detection coil, and calculate the position of the drive coil based on a delay between the high frequency signal and the detected high frequency signal, wherein the delay is proportional to the position of the drive coil; a seal configured to move based on the position of the drive coil; and a valve orifice defining a valve seat and a variable opening, the variable opening being adjustable based on a position of the seal relative to the valve seat.
An automatic blockchain construction method of a blockchain integrated station, comprising: initiating, by a first blockchain integrated station, a certificate authority service to generate a root certificate; generating, by the first blockchain integrated station, the root certificate; broadcasting the root certificate in a network where the first blockchain integrated station is located, wherein the initiating is based on an election rule dedicating a node device with a largest IP address as a primary node; receiving, by the first blockchain integrated station, an authentication application initiated by a second blockchain integrated station in the network, and issuing a leaf certificate to the second blockchain integrated station based on the certificate authority service after the authentication application passes verification; determining, by the first blockchain integrated station, a blockchain node in a blockchain network, wherein the blockchain node is the first blockchain integrated station or the second blockchain integrated station in the network with the leaf certificate issued by the certificate authority service; and recording, by the first blockchain integrated station, information of the first blockchain integrated station and the second blockchain integrated station that are determined as the blockchain node into a node information list, wherein the information of the first blockchain integrated station and the second blockchain integrated station recorded in the node information list comprises an IP address of the second blockchain integrated station. initiating, by a first blockchain integrated station, a certificate authority service to generate a root certificate; generating, by the first blockchain integrated station, the root certificate; broadcasting the root certificate in a network where the first blockchain integrated station is located, wherein the initiating is based on an election rule dedicating a node device with a largest IP address as a primary node; receiving, by the first blockchain integrated station, an authentication application initiated by a second blockchain integrated station in the network, and issuing a leaf certificate to the second blockchain integrated station based on the certificate authority service after the authentication application passes verification; determining, by the first blockchain integrated station, a blockchain node in a blockchain network, wherein the blockchain node is the first blockchain integrated station or the second blockchain integrated station in the network with the leaf certificate issued by the certificate authority service; and recording, by the first blockchain integrated station, information of the first blockchain integrated station and the second blockchain integrated station that are determined as the blockchain node into a node information list, wherein the information of the first blockchain integrated station and the second blockchain integrated station recorded in the node information list comprises an IP address of the second blockchain integrated station.
A method, performed in a radio base station (11, 12) in a radio access network, of collecting characteristics for a path between two IP end-point (11, 12, 31) associated with a radio access transport network to which the radio base station (11, 12) is connected, the method comprising the steps of: - receiving an IP address of at least one IP end-point (11, 12, 31) associated with the radio access transport network to which the radio base (11, 12) station is connected; - sending a query to a node (21, 22, 23, 24, 25) in the radio access transport network for at least one characteristics for said path between two IP end-points (11, 12, 31), wherein the two IP end-points (11, 12, 31) comprise the at least one of the IP end-points (11, 12, 31), and wherein the at least one characteristics for said path relates to characteristics for one or more links in the path between the two IP end-points; - receiving the at least one characteristics for the path, and - deciding based on the received at least one characteristics, which radio coordination feature to use, wherein the step sending a query further comprises querying a second radio base station (11, 12) for at least one characteristics for a path between the second radio base station (11, 12) and an IP end-point (11, 12, 31) associated with the radio access transport network collected by the second radio base station (11, 12). - receiving an IP address of at least one IP end-point (11, 12, 31) associated with the radio access transport network to which the radio base (11, 12) station is connected; - sending a query to a node (21, 22, 23, 24, 25) in the radio access transport network for at least one characteristics for said path between two IP end-points (11, 12, 31), wherein the two IP end-points (11, 12, 31) comprise the at least one of the IP end-points (11, 12, 31), and wherein the at least one characteristics for said path relates to characteristics for one or more links in the path between the two IP end-points; - receiving the at least one characteristics for the path, and - deciding based on the received at least one characteristics, which radio coordination feature to use,