mhurhangee/ep-ind-claims huggingface dataset:
A self-assembled cage-like (SAGE) particle comprising a plurality of first hubs and a plurality of second hubs, wherein: i. each of the first hubs comprises a core comprising a trimeric, tetrameric or hexameric coiled coil peptide structure, wherein the core of the first hub is linked to at least 3 first peptides, wherein each first peptide is capable of interacting with a second peptide to form a dimeric coiled coil structure; and ii. each of the second hubs comprises a core comprising a trimeric, tetrameric or hexameric coiled coil peptide structure, wherein the core of the second hub is linked to at least 3 second peptides, wherein each second peptide is capable of interacting with the first peptide to form a dimeric coiled coil structure, wherein the first hubs and the second hubs interact by the formation of dimeric coiled core structures between the first and second peptides, and wherein the first and second peptides together form a heterodimeric coiled coil peptide structure. i. each of the first hubs comprises a core comprising a trimeric, tetrameric or hexameric coiled coil peptide structure, wherein the core of the first hub is linked to at least 3 first peptides, wherein each first peptide is capable of interacting with a second peptide to form a dimeric coiled coil structure; and ii. each of the second hubs comprises a core comprising a trimeric, tetrameric or hexameric coiled coil peptide structure, wherein the core of the second hub is linked to at least 3 second peptides, wherein each second peptide is capable of interacting with the first peptide to form a dimeric coiled coil structure,
A grain-oriented electrical steel sheet comprising: closure domains, each containing a discontinuous region at a part thereof and extending at an angle within 30° with respect to a transverse direction of the steel sheet, wherein a closure domain overlapping portion in the discontinuous region on one surface of the steel sheet has a length α in millimeters (mm) in the transverse direction that is longer than a length β in mm in the transverse direction of the closure domain overlapping portion on the other surface of the steel sheet, and the length α in mm satisfies the following Expression and the length β in mm satisfies the following Expression: 0.5 mm ≤ α mm ≤ 5.0 mm 0.2 α mm ≤ β mm ≤ 0.8 α mm wherein α and β are determined by a magnet viewer capable of visualizing a magnetic domain pattern using magnetic colloid.
A method performed by a first computing device, the method comprising: sending to a server system, by one or more hardware processors of the first computing device, a request for instructions to process a plurality of media content items, the request including a unique identifier for each of the plurality of media content items; receiving from the server system, by the one or more hardware processors of the first computing device, instructions for processing a subset of the plurality of content items; processing, by the one or more hardware processors of the first computing device, the subset of the plurality of media content items; and sending to the server system, by the one or more hardware processors of the first computing device, a request to share the plurality of media content items with a second computing device, the request including the unique identifier for each of the plurality of media content items to be shared and processed media content items for the subset of the plurality of media content items; whereby, the server system is able to generate and send a message including the processed media content items for the plurality of media content items to the second device. sending to a server system, by one or more hardware processors of the first computing device, a request for instructions to process a plurality of media content items, the request including a unique identifier for each of the plurality of media content items; receiving from the server system, by the one or more hardware processors of the first computing device, instructions for processing a subset of the plurality of content items; processing, by the one or more hardware processors of the first computing device, the subset of the plurality of media content items; and sending to the server system, by the one or more hardware processors of the first computing device, a request to share the plurality of media content items with a second computing device, the request including the unique identifier for each of the plurality of media content items to be shared and processed media content items for the subset of the plurality of media content items; whereby, the server system is able to generate and send a message including the processed media content items for the plurality of media content items to the second device.
A measurement device comprising: a biosensor which includes a reagent surface on which a reagent is placed, the reagent selectively responding to a specific analyte in a blood to detect the presence or concentration of the analyte in the blood, the actual interaction between the reagent and the analyte occurs in the blood; an analyte measurement section adapted to measure the concentration of the analyte with a biosensor; a motion measurement section adapted to measure the tilt angle or rotation angle of the reagent surface to a neutral position thereof, or vibration applied to the reagent surface, the neutral position is set to have a fixed angle for a gravity direction predetermined according to a biosensor, to output a measured value as motion information of living activity; a recording section adapted to record therein the concentration of the analyte and the motion information; and a controlling section adapted to control the analyte measurement section and the recording section based on the motion information. a biosensor which includes a reagent surface on which a reagent is placed, the reagent selectively responding to a specific analyte in a blood to detect the presence or concentration of the analyte in the blood, the actual interaction between the reagent and the analyte occurs in the blood; an analyte measurement section adapted to measure the concentration of the analyte with a biosensor; a motion measurement section adapted to measure the tilt angle or rotation angle of the reagent surface to a neutral position thereof, or vibration applied to the reagent surface, the neutral position is set to have a fixed angle for a gravity direction predetermined according to a biosensor, to output a measured value as motion information of living activity; a recording section adapted to record therein the concentration of the analyte and the motion information; and a controlling section adapted to control the analyte measurement section and the recording section based on the motion information.
A video decoding method for motion compensation performed under an inter-frame prediction, the method comprising computer executable steps executed by a processor of a video decoder to implement: retrieving reference samples from a reference picture memory; applying a first fractional sample interpolation on the retrieved samples in a first direction to generate a first set of fractional samples; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the reference samples are represented with a first bit depth and the first set of fractional samples is represented with a second bit depth which is constant regardless of the first bit depth of the reference samples; and wherein fractional sample interpolation applies an 8-tap FIR filter having the following set of coefficients to generate a quarter-pel sample: [-1, 4, - 11, 40, 40, -11, 4, -1]. retrieving reference samples from a reference picture memory; applying a first fractional sample interpolation on the retrieved samples in a first direction to generate a first set of fractional samples; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the reference samples are represented with a first bit depth and the first set of fractional samples is represented with a second bit depth which is constant regardless of the first bit depth of the reference samples; and wherein fractional sample interpolation applies an 8-tap FIR filter having the following set of coefficients to generate a quarter-pel sample: [-1, 4, - 11, 40, 40, -11, 4, -1].
A method in a network node (402, 700, 800, 1102) of a wireless communications network, the wireless communications network further comprising a terminal device (400, 1108), wherein the terminal device is configurable in a plurality of radio resource control, RRC, states, the plurality of RRC states comprising a first RRC state in which the terminal device is configured with first paging occasions to listen for paging messages from the network node, the method comprising: configuring the terminal device with one or more second paging occasions for the terminal device to listen for paging messages from the network node, in addition to the first paging occasions, while the terminal device is in the first RRC state, characterised in that said configuring is performed responsive to receiving a data transmission from the terminal device during a temporary transition from the first RRC state to a second RRC state. configuring the terminal device with one or more second paging occasions for the terminal device to listen for paging messages from the network node, in addition to the first paging occasions, while the terminal device is in the first RRC state, characterised in that said configuring is performed responsive to receiving a data transmission from the terminal device during a temporary transition from the first RRC state to a second RRC state.
A method comprising: transmitting, by an Access Point, AP,, Request to Send,RTS, frames to a wireless client over a wireless medium; determining, by the AP, whether the medium is reserved by failed RTS frames for the client, wherein the AP determines that the medium is reserved by failed RTS frames for the client because the client has not responded within a predetermined period of time; characterized by: determining, by the AP, whether a frame scheduled to be transmitted from the AP to the client is a delay-sensitive frame; and transmitting, by the AP, a frame to clear the medium when it is determined that the medium is reserved by failed RTS frames for the client and only when it is also determined that the scheduled frame is not delay-sensitive. transmitting, by an Access Point, AP,, Request to Send,RTS, frames to a wireless client over a wireless medium; determining, by the AP, whether the medium is reserved by failed RTS frames for the client, wherein the AP determines that the medium is reserved by failed RTS frames for the client because the client has not responded within a predetermined period of time; determining, by the AP, whether a frame scheduled to be transmitted from the AP to the client is a delay-sensitive frame; and transmitting, by the AP, a frame to clear the medium when it is determined that the medium is reserved by failed RTS frames for the client and only when it is also determined that the scheduled frame is not delay-sensitive.
A process variable transmitter system for sensing a first pressure at a first location and second pressure at a second location, comprising: a first process variable transmitter having: a first pressure sensor configured to sense the first pressure; and a first analog output stage coupled to the first sensor configured to provide a first analog output signal related to the first pressure; a second process variable transmitter having: a second pressure sensor configured to sense the second pressure, the second pressure sensor spaced apart from the first pressure sensor; a second analog output stage configured to provide a second analog output related to the second pressure; an analog processing stage configured to provide a processed output; and a two-wire output circuitry configured to provide an analog current output on a two-wire process control loop based upon the processed output. a first pressure sensor configured to sense the first pressure; and a first analog output stage coupled to the first sensor configured to provide a first analog output signal related to the first pressure; a second process variable transmitter having: a second pressure sensor configured to sense the second pressure, the second pressure sensor spaced apart from the first pressure sensor; a second analog output stage configured to provide a second analog output related to the second pressure; an analog processing stage configured to provide a processed output; and a two-wire output circuitry configured to provide an analog current output on a two-wire process control loop based upon the processed output. a second pressure sensor configured to sense the second pressure, the second pressure sensor spaced apart from the first pressure sensor; a second analog output stage configured to provide a second analog output related to the second pressure; an analog processing stage configured to provide a processed output; and a two-wire output circuitry configured to provide an analog current output on a two-wire process control loop based upon the processed output.
An electro-wetting display comprising: spaced first and second electrodes, the second electrode being light-transmissive; first and second fluids confined between the first and second electrodes (104, 116), the first and second fluids (108, 110') being immiscible with each other, and the second fluid being aqueous; first and second dielectric layers disposed between the first and second electrodes respectively and the fluids (108, 110'); and a third electrode in contact with said second fluid, the first and second fluids (108, 110') being non-light-transmissive and having differing colors, the display having a first stable state wherein the first fluid lies adjacent the first electrode so that the color of the second fluid is visible to an observer viewing the display through the second electrode and the second fluid hides the color of the first fluid, and a second stable state, wherein the first fluid lies adjacent the second electrode so that the color of the first fluid is visible to the observer, and the first fluid hides the color of the second fluid, the display being characterized in that, in the absence of an electric field, the first fluid spreads uniformly over one of the first and second dielectric layers, but upon application of an electric field between the first or second electrode, respectively, and said third electrode, the first fluid dewets from said one dielectric layer (106, 114) and is confined to a portion thereof. spaced first and second electrodes, the second electrode being light-transmissive; first and second fluids confined between the first and second electrodes (104, 116), the first and second fluids (108, 110') being immiscible with each other, and the second fluid being aqueous; first and second dielectric layers disposed between the first and second electrodes respectively and the fluids (108, 110'); and a third electrode in contact with said second fluid, the first and second fluids (108, 110') being non-light-transmissive and having differing colors, the display having a first stable state wherein the first fluid lies adjacent the first electrode so that the color of the second fluid is visible to an observer viewing the display through the second electrode and the second fluid hides the color of the first fluid, and a second stable state, wherein the first fluid lies adjacent the second electrode so that the color of the first fluid is visible to the observer, and the first fluid hides the color of the second fluid, the display being characterized in that, in the absence of an electric field, the first fluid spreads uniformly over one of the first and second dielectric layers, but upon application of an electric field between the first or second electrode, respectively, and said third electrode, the first fluid dewets from said one dielectric layer (106, 114) and is confined to a portion thereof.
Roller shutter for doors, the shutter comprising: - a first shaft rotating around a respective first axis of horizontal rotation, - a first plurality of closing sections connected to the first rotating shaft and, in series, with each other, - two lateral vertical guides arranged, in a fixed position, on opposite sides of the door and slidably engaged by the first plurality of closing sections, and - a motor for driving the first rotating shaft to rotate the first rotating shaft itself around its own rotation axis and impart to the first plurality of closing sections a first motion of translation along the two lateral vertical guides; the roller shutter for doors includes two further lateral guides to allow a translation of the rotating shaft itself and of the first axis of horizontal rotation parallel to themselves along the further lateral guides themselves, characterised by the fact that said two further lateral guides are engaged by the rotating shaft in such a way as to impart to the first plurality of closing sections, a second translation motion along the two lateral vertical guides overlapping the first translation motion so as to move the first plurality of closing sections, at a speed composed of the superposition of the first and second translation motion. - a first shaft rotating around a respective first axis of horizontal rotation, - a first plurality of closing sections connected to the first rotating shaft and, in series, with each other, - two lateral vertical guides arranged, in a fixed position, on opposite sides of the door and slidably engaged by the first plurality of closing sections, and - a motor for driving the first rotating shaft to rotate the first rotating shaft itself around its own rotation axis and impart to the first plurality of closing sections a first motion of translation along the two lateral vertical guides;
A press machine including an actuator capable of lowering a workpiece support unit from a press working position by a distance corresponding to a predetermined amount or more, and raising the workpiece support unit so as to be returned to the press working position after ejecting a workpiece, the press machine comprising: a bottom dead center position correction control section, which performs, based on a preset target bottom dead center position and a detected bottom dead center position obtained during a press operation, positional correction so that an actual bottom dead center position of a slide is adjusted to the preset target bottom dead center position; a selected bottom dead center position setting section, which sets a selected bottom dead center position selected as a position lower than the preset target bottom dead center position; and a bottom dead center position switching section, which switches the preset target bottom dead center position to the selected bottom dead center position in association with a raising and lowering operation association signal of the actuator, wherein the bottom dead center position correction control section is configured to perform, based on the selected bottom dead center position after the switching and the detected bottom dead center position, positional correction so that the actual bottom dead center position of the slide is adjusted to the selected bottom dead center position. a bottom dead center position correction control section, which performs, based on a preset target bottom dead center position and a detected bottom dead center position obtained during a press operation, positional correction so that an actual bottom dead center position of a slide is adjusted to the preset target bottom dead center position; a selected bottom dead center position setting section, which sets a selected bottom dead center position selected as a position lower than the preset target bottom dead center position; and a bottom dead center position switching section, which switches the preset target bottom dead center position to the selected bottom dead center position in association with a raising and lowering operation association signal of the actuator, wherein the bottom dead center position correction control section is configured to perform, based on the selected bottom dead center position after the switching and the detected bottom dead center position, positional correction so that the actual bottom dead center position of the slide is adjusted to the selected bottom dead center position.
A method for external ground control, using a remote device, of a manned aircraft without a pilot, the aircraft having a plurality of aircraft subsystems, the method comprising: enabling the remote device to access an aircraft subsystem; creating a secure communication connection between the remote device and the aircraft subsystem when the remote device is enabled; characterised by: receiving aircraft engine sensor information; determining, from the aircraft engine sensor information, when the aircraft engine is off; and commanding the aircraft subsystem, from the remote device, only when the aircraft engine is off. enabling the remote device to access an aircraft subsystem; creating a secure communication connection between the remote device and the aircraft subsystem when the remote device is enabled; characterised by: receiving aircraft engine sensor information; determining, from the aircraft engine sensor information, when the aircraft engine is off; and commanding the aircraft subsystem, from the remote device, only when the aircraft engine is off.
Biocompatible polymer for joint spacers, implants and/or as a tendon or ligament replacement, consisting of a crosslinked polyurethane, the polyurethane being polyurethaneurea or polyurea, characterized in that a crosslinking reagent is used to crosslink the polyurethane, which contains at least a proportion of water.
An assembly for a turbine engine with an axial centerline, comprising: a blade outer air seal segment; a linkage including a shaft and a head, the shaft connected to the blade outer air seal segment and extending radially outward to the head; and an actuation device including a sloped slide block located radially within and engaged with the head, the actuation device configured to laterally translate the sloped slide block and thereby radially move the blade outer air seal segment; characterised in that: the sloped slide block is a first sloped slide block, and the head is configured with a second sloped slide block which engages the first sloped slide block. a blade outer air seal segment; a linkage including a shaft and a head, the shaft connected to the blade outer air seal segment and extending radially outward to the head; and an actuation device including a sloped slide block located radially within and engaged with the head, the actuation device configured to laterally translate the sloped slide block and thereby radially move the blade outer air seal segment; characterised in that: the sloped slide block is a first sloped slide block, and the head is configured with a second sloped slide block which engages the first sloped slide block.
A titanium electrode for the impedance measurement in aqueous biological media, containing on a substrate: - a Ti carrier layer, consisting of elemental titanium (Ti), - one or several titanium-rich titanium nitride (TiN x) intermediate layers (30,32), consisting of TiN x, with x smaller than 1 or x equal to 1, which rests on the Ti carrier layer, and - a titanium-poor titanium nitride (TiN y) cover layer, consisting of TiN y with y greater than 1, which rests on the titanium-rich TiN x intermediate layer. - a Ti carrier layer, consisting of elemental titanium (Ti), - one or several titanium-rich titanium nitride (TiN x) intermediate layers (30,32), consisting of TiN x, with x smaller than 1 or x equal to 1, which rests on the Ti carrier layer, and - a titanium-poor titanium nitride (TiN y) cover layer, consisting of TiN y with y greater than 1, which rests on the titanium-rich TiN x intermediate layer.