mhurhangee/ep-ind-claims huggingface dataset:
A protein consisting of: an amino acid residue sequence, where the sequence comprises a paramagnetic metal ion binding site; a paramagnetic ion, where the paramagnetic ion is directly bound to the paramagnetic metal ion binding site; and at least one PEG molecule bound directly to an amino acid of the protein; where the direct binding of the PEG molecule on the protein increases the R1 and R2 relaxivities of said protein by at least 2-fold relative to an protein that does not include the PEG molecule, wherein the protein is a MRI contrast agent; wherein the protein is a CA1.CD2 engineered protein; wherein the CA1.CD2 sequence is chosen from the group consisting of SEQ ID N°22, SEQ ID N°23 or SEQ ID N°24; wherein the paramagnetic ion is Gd; wherein the PEG molecule has a molecular weight of about 1 to 100kDa; and wherein 2 to 4 PEG molecules are attached to the protein. an amino acid residue sequence, where the sequence comprises a paramagnetic metal ion binding site; a paramagnetic ion, where the paramagnetic ion is directly bound to the paramagnetic metal ion binding site; and at least one PEG molecule bound directly to an amino acid of the protein; where the direct binding of the PEG molecule on the protein increases the R1 and R2 relaxivities of said protein by at least 2-fold relative to an protein that does not include the PEG molecule, wherein the protein is a MRI contrast agent; wherein the protein is a CA1.CD2 engineered protein; wherein the CA1.CD2 sequence is chosen from the group consisting of SEQ ID N°22, SEQ ID N°23 or SEQ ID N°24; wherein the paramagnetic ion is Gd; wherein the PEG molecule has a molecular weight of about 1 to 100kDa; and wherein 2 to 4 PEG molecules are attached to the protein.
Industrial or commercial vehicle comprising a hollow housing of at least one battery and a system for extracting air from a battery compartment, said system comprising a lid suitable to upperly close said housing according to a reciprocally complementary coupling thus defining the battery compartment; the lid comprising: - a first through opening and an electric fan associated to the lid in correspondence of said first through opening; wherein said system further comprises: - a protection fixed to cover at least partially the lid, in order to screen it at least partially from the sun radiation, - a photovoltaic generator fixed on said protection or defining the protection and electrically connected to the electric fan to supply power to it. - a first through opening and an electric fan associated to the lid in correspondence of said first through opening; wherein said system further comprises: - a protection fixed to cover at least partially the lid, in order to screen it at least partially from the sun radiation, - a photovoltaic generator fixed on said protection or defining the protection and electrically connected to the electric fan to supply power to it.
A striker for cooperating with a lock having at least one moveable bolt (22, 32) which is movable between an extended and a retracted position, the striker comprising: - a substantially flat front side; and - an elongated slot in said front side, the elongated slot extending in a longitudinal direction and being configured to receive said at least one moveable bolt in its extended position, the elongated slot having a top sidewall, a bottom sidewall, two sidewalls which are substantially parallel to said longitudinal direction and a bottom in which attachment openings are provided that are configured to receive a bolt or screw for attaching the striker to a support surface, characterised in that the striker comprises a strike plate which is integrally formed from a single metal plate and which forms said front side, said top sidewall and said bottom sidewall, the strike plate further comprising: - a first substantially flat attachment surface extending from the top sidewall along the bottom of the elongated slot and comprising at least one of said attachment openings; and - a second substantially flat attachment surface extending from the bottom sidewall along the bottom of the elongated slot and comprising at least one of said attachment openings. - a substantially flat front side; and - an elongated slot in said front side, the elongated slot extending in a longitudinal direction and being configured to receive said at least one moveable bolt in its extended position, the elongated slot having a top sidewall, a bottom sidewall, two sidewalls which are substantially parallel to said longitudinal direction and a bottom in which attachment openings are provided that are configured to receive a bolt or screw for attaching the striker to a support surface, - a first substantially flat attachment surface extending from the top sidewall along the bottom of the elongated slot and comprising at least one of said attachment openings; and - a second substantially flat attachment surface extending from the bottom sidewall along the bottom of the elongated slot and comprising at least one of said attachment openings.
A method of controlling a mobile terminal, comprising the step of: playing a video on a touchscreen (151; S410); entering a capture mode; detecting a touch input to a 1 st point of a 1 st region of the touchscreen with a pointer (530; 910, 920; 1110, 1120; S430); and displaying a capture user interface on a 2 nd region including the 1 st point while the touch input is maintained; wherein the capture UI comprises a progress bar (610; 720; 1430) corresponding to a prescribed time interval of the video and a thumbnail image (621, 623, 625; 710) corresponding to each of at least one timing point included in the time interval; characterized in that the method further comprises the steps of: moving the thumbnail image (621, 623, 625; 710) along with a touch point and displaying an image within the thumbnail image (621, 623, 625; 710) at a timing point corresponding to the touch point, as the pointer (530; 910, 920; 1110, 1120) is dragged on the progress bar (610; 720; 1430); and capturing, when a removal of the touch input from a 2 nd point of the capture user interface is detected, an image in the video at a timing point corresponding to the 2 nd point in the video. playing a video on a touchscreen (151; S410); entering a capture mode; detecting a touch input to a 1 st point of a 1 st region of the touchscreen with a pointer (530; 910, 920; 1110, 1120; S430); and displaying a capture user interface on a 2 nd region including the 1 st point while the touch input is maintained; wherein the capture UI comprises a progress bar (610; 720; 1430) corresponding to a prescribed time interval of the video and a thumbnail image (621, 623, 625; 710) corresponding to each of at least one timing point included in the time interval; characterized in that the method further comprises the steps of: moving the thumbnail image (621, 623, 625; 710) along with a touch point and displaying an image within the thumbnail image (621, 623, 625; 710) at a timing point corresponding to the touch point, as the pointer (530; 910, 920; 1110, 1120) is dragged on the progress bar (610; 720; 1430); and capturing, when a removal of the touch input from a 2 nd point of the capture user interface is detected, an image in the video at a timing point corresponding to the 2 nd point in the video. moving the thumbnail image (621, 623, 625; 710) along with a touch point and displaying an image within the thumbnail image (621, 623, 625; 710) at a timing point corresponding to the touch point, as the pointer (530; 910, 920; 1110, 1120) is dragged on the progress bar (610; 720; 1430); and capturing, when a removal of the touch input from a 2 nd point of the capture user interface is detected, an image in the video at a timing point corresponding to the 2 nd point in the video.
A method for processing a post-accident coolant of a nuclear reactor comprising: filtering a coolant using a first filtration system to generate a first filtered material; filtering the filtered coolant using a second filtration system to generate a second filtered material, the second filtration system being different from the first filtration system; transferring the first filtered material to a first waste treatment container to convert the first filtered material to a first waste product for permanent disposal; and transferring the second filtered material to a second waste treatment container to convert the second filtered material to a second waste product for permanent disposal; wherein the second filtration system comprises a humate bed. filtering a coolant using a first filtration system to generate a first filtered material; filtering the filtered coolant using a second filtration system to generate a second filtered material, the second filtration system being different from the first filtration system; transferring the first filtered material to a first waste treatment container to convert the first filtered material to a first waste product for permanent disposal; and transferring the second filtered material to a second waste treatment container to convert the second filtered material to a second waste product for permanent disposal; wherein the second filtration system comprises a humate bed.
An image pickup apparatus comprising: a pixel configured to generate a signal by photoelectric conversion; a comparator (204;304) configured to compare the signal based on the pixel with a reference signal (RAMP) varied with time; a counter configured to perform counting until the comparator (204, 304) outputs a signal indicating that a relationship in magnitude between the signal based on the pixel and the reference signal (RAMP) is reversed; and a control unit, wherein the comparator (204, 304) includes a first amplifier that receives the reference signal (RAMP) at a first input portion and the signal based on the pixel at a second input portion to compare the signal based on the pixel with the reference signal (RAMP), and wherein the control unit sets a bandwidth of the comparator (204, 304) to a first bandwidth when the reference signal (RAMP) varies with time at a first rate of change and sets the bandwidth of the comparator (204, 304) to a second bandwidth broader than the first bandwidth when the reference signal (RAMP) varies with time at a second rate of change smaller than the first rate of change. a pixel configured to generate a signal by photoelectric conversion; a comparator (204;304) configured to compare the signal based on the pixel with a reference signal (RAMP) varied with time; a counter configured to perform counting until the comparator (204, 304) outputs a signal indicating that a relationship in magnitude between the signal based on the pixel and the reference signal (RAMP) is reversed; and a control unit, wherein the comparator (204, 304) includes a first amplifier that receives the reference signal (RAMP) at a first input portion and the signal based on the pixel at a second input portion to compare the signal based on the pixel with the reference signal (RAMP), and wherein the control unit sets a bandwidth of the comparator (204, 304) to a first bandwidth when the reference signal (RAMP) varies with time at a first rate of change and sets the bandwidth of the comparator (204, 304) to a second bandwidth broader than the first bandwidth when the reference signal (RAMP) varies with time at a second rate of change smaller than the first rate of change.
A middlebox apparatus, in an Ethernet Passive Optical Network over Coax Network, EPoC, comprising: a processor configured to: monitor the plant conditions in order to obtain one or more plant conditions regarding at least one of a plurality of customer premises equipments, CPEs, remotely coupled to the apparatus via the electrical lines, wherein the one or more plant conditions include one or more of data rate, signal-to-noise ratio, SNR, crosstalk, cable plant impairment, burst noise, impulse noise from other devices, and cable impedance; divide the CPEs into a number of profile groups based on the one or more plant conditions, wherein each profile group comprises at least one CPE identifiable by each of a number of group identifiers, IDs, and wherein each profile group supports one or more modulation orders; and for each of the profile groups, storing the group IDs and one or more corresponding modulation orders; and modulate data intended for a CPE to orthogonal frequency-division multiplexing, OFDM symbols by using a modulation order supported by a profile group comprising the CPE. monitor the plant conditions in order to obtain one or more plant conditions regarding at least one of a plurality of customer premises equipments, CPEs, remotely coupled to the apparatus via the electrical lines, wherein the one or more plant conditions include one or more of data rate, signal-to-noise ratio, SNR, crosstalk, cable plant impairment, burst noise, impulse noise from other devices, and cable impedance; divide the CPEs into a number of profile groups based on the one or more plant conditions, wherein each profile group comprises at least one CPE identifiable by each of a number of group identifiers, IDs, and wherein each profile group supports one or more modulation orders; and for each of the profile groups, storing the group IDs and one or more corresponding modulation orders; and modulate data intended for a CPE to orthogonal frequency-division multiplexing, OFDM symbols by using a modulation order supported by a profile group comprising the CPE.
Smoke detector, wherein the smoke detector is connectable to at least one monitoring camera that is embodied for recording images of a monitoring region, wherein the monitoring region comprises at least one spatially fixed light object that generates and/or emits light rays, wherein the at least one spatially fixed light object is embodied in the form of a window or an artificial illumination device, having an evaluation device, wherein the evaluation device is embodied to detect at least one smoke detection feature in the monitoring region to detect smoke in the images, wherein the evaluation device captures the at least one light object in the images, wherein the evaluation device detects a change in light scattering of the at least one captured spatially fixed light object as the at least one smoke detection feature, characterized in that the evaluation device captures a light object region and a light scattering region as the captured spatially fixed light object, wherein the light object region comprises an area and/or contour profile of the spatially fixed light object captured by the evaluation device and wherein the light scattering region is a region adjoining the light object region, wherein the evaluation device detects a change in the light scattering region as the change in the light scattering.
A user equipment, UE, comprising: radio resource control, RRC, circuitry to transition the UE from an RRC idle mode to an RRC connected mode; and load balancing circuitry coupled to the RRC circuitry to: measure signals of a first plurality of cells; identify, from within the first plurality of cells, a second plurality of cells having measured signals that satisfy a channel condition criterion and priorities that satisfy a priority criterion; and select a cell of the second plurality of cells to join, randomly or based on respective loads of the second plurality of cells. radio resource control, RRC, circuitry to transition the UE from an RRC idle mode to an RRC connected mode; and load balancing circuitry coupled to the RRC circuitry to: measure signals of a first plurality of cells; identify, from within the first plurality of cells, a second plurality of cells having measured signals that satisfy a channel condition criterion and priorities that satisfy a priority criterion; and select a cell of the second plurality of cells to join, randomly or based on respective loads of the second plurality of cells. measure signals of a first plurality of cells; identify, from within the first plurality of cells, a second plurality of cells having measured signals that satisfy a channel condition criterion and priorities that satisfy a priority criterion; and select a cell of the second plurality of cells to join, randomly or based on respective loads of the second plurality of cells.
Method for conditionally implementing a service (A, B, C) on a connected object in a local network able to communicate with a device in the local network, referred to as the device for managing the location of a gateway in said local network, implementing said service being associated, on said object, with at least one location datum indicating whether a terminal requiring the service should be in the range of the local network (L/D), the method comprising the following steps on the object: A. receiving a request to implement the service originating from a terminal, said request comprising at least the identifier of the service (SiD) and an identifier of said terminal (DiD); B. transmitting, to the management device, a request (E3, M3) to locate said terminal, said request comprising said identifier of the terminal (DiD); C. receiving a message in response from the management device comprising at least one location datum for the terminal (L/D) indicating whether the terminal is present (L/D) in the range of the local network; D. implementing the service on the object if said location datum for the terminal indicates that the terminal is present (L/D) in the range of the local network, and refusing to implement the service on the object if said location datum for the terminal indicates that the terminal is not present (L/D) in the range of the local network. A. receiving a request to implement the service originating from a terminal, said request comprising at least the identifier of the service (SiD) and an identifier of said terminal (DiD); B. transmitting, to the management device, a request (E3, M3) to locate said terminal, said request comprising said identifier of the terminal (DiD); C. receiving a message in response from the management device comprising at least one location datum for the terminal (L/D) indicating whether the terminal is present (L/D) in the range of the local network; D. implementing the service on the object if said location datum for the terminal indicates that the terminal is present (L/D) in the range of the local network, and refusing to implement the service on the object if said location datum for the terminal indicates that the terminal is not present (L/D) in the range of the local network.
A pharmaceutical composition comprising carbidopa, at least two antioxidants, and a pharmaceutically acceptable carrier, wherein one of said antioxidants is ascorbic acid or a salt thereof, further comprising (i) levodopa and (ii) arginine, meglumine, or a combination thereof and optionally a surfactant; wherein the other of said antioxidants each independently is L-cysteine or a salt thereof, N-acetylcysteine or sodium bisulfite, wherein the composition is formulated as a liquid for subcutaneous administration, and wherein said composition has a pH of 9.1 to 10 and comprises less than 1 μg/ml hydrazine, as determined by a GCMS method, or less than 5% by weight 3,4-dihydroxyphenyl-2-methylpropionic acid (herein identified as degradant) relative to the initial amount of carbidopa, as determined by HPLC.
A method of determining one or more properties of the bulk of each of a plurality of tablet pharmaceutical dosage formulations on a mass production line, comprising: exposing a first surface of said dosage formulation to incident radiation using illumination optics; receiving and detecting Raman scattered elements of said incident radiation from a second surface of each said formulation using receiving optics, said second surface being spaced from said first surface; and determining one or more of said properties of each said formulation from the corresponding said detected Raman scattered elements, wherein each dosage formulation is a tablet already packaged in a blister pack and the illumination optics and receiving optics are disposed laterally across the width of the tablet wherein for each said dosage formulation the second surface is on an opposite side of said dosage formulation to said first surface. exposing a first surface of said dosage formulation to incident radiation using illumination optics; receiving and detecting Raman scattered elements of said incident radiation from a second surface of each said formulation using receiving optics, said second surface being spaced from said first surface; and determining one or more of said properties of each said formulation from the corresponding said detected Raman scattered elements, wherein each dosage formulation is a tablet already packaged in a blister pack and the illumination optics and receiving optics are disposed laterally across the width of the tablet wherein for each said dosage formulation the second surface is on an opposite side of said dosage formulation to said first surface.
Floor channel system, comprising - a U-shaped channel lower part with side walls, a bottom and lateral cover holding profiles, - a removable cover which at least partially or completely covers the interior of the channel lower part and is held by the cover holding profiles, - a system carrier strip which is releasably fastened to the bottom of the channel lower part and is intended for supporting the upper part and, where appropriate, for fastening electric installation devices, characterized in that - there is provided at least one floor-covering strip as a termination of a floor covering, which floor-covering strip is fastened laterally to the channel inner side of the side walls of the channel lower part, and characterized in that the at least one lateral floor-covering strip is arranged between the cover holding profile and the side wall of the channel lower part and is height-adjustable with respect to the side wall of the channel lower part, wherein the floor-covering strip, by means of slots incorporated therein, is made height-adjustable for positioning and screwing. - a U-shaped channel lower part with side walls, a bottom and lateral cover holding profiles, - a removable cover which at least partially or completely covers the interior of the channel lower part and is held by the cover holding profiles, - a system carrier strip which is releasably fastened to the bottom of the channel lower part and is intended for supporting the upper part and, where appropriate, for fastening electric installation devices, - there is provided at least one floor-covering strip as a termination of a floor covering, which floor-covering strip is fastened laterally to the channel inner side of the side walls of the channel lower part, and characterized in that the at least one lateral floor-covering strip is arranged between the cover holding profile and the side wall of the channel lower part and is height-adjustable with respect to the side wall of the channel lower part, wherein the floor-covering strip, by means of slots incorporated therein, is made height-adjustable for positioning and screwing.