mhurhangee/ep-ind-claims huggingface dataset:
Emergency lighting device for operating an illuminant strip having at least one illuminant, preferably a light-emitting diode strip with at least one light-emitting diode, comprising a) a supply path for providing electrical energy for the illuminant strip, b) a battery terminal for electrically connecting a battery to the supply path of the emergency lighting device, and a charging circuit configured to charge the battery if the battery is connected by means of the battery terminal to the supply path of the emergency lighting device, and c) a control unit, d) wherein the control unit, if the battery is electrically connected by means of the battery terminal to the supply path of the emergency lighting device, is configured to detect the open circuit voltage, V BAT, of the battery as a first electrical parameter of the battery, and is furthermore configured: ∘ to determine that a basic technology of the battery corresponds to a first basic technology if the open circuit voltage, V BAT, of the battery is less than a predetermined voltage threshold value, and to determine that the basic technology of the battery corresponds to a second basic technology if the open circuit voltage, V BAT, of the battery is greater than the predetermined voltage threshold value. - wherein the control unit is configured - to detect a second electrical parameter, - to determine a battery type of the basic technology of the battery on the basis of the second electrical parameter, - to detect the internal resistance (R BAT) of the battery as a second electrical parameter, and - to determine the battery type of the basic technology of the battery on the basis of the internal resistance (R BAT), and wherein the emergency lighting device is designed to charge the battery, on the basis of the determined battery type, with the charging operation suitable for the battery type. a) a supply path for providing electrical energy for the illuminant strip, b) a battery terminal for electrically connecting a battery to the supply path of the emergency lighting device, and a charging circuit configured to charge the battery if the battery is connected by means of the battery terminal to the supply path of the emergency lighting device, and c) a control unit, d) wherein the control unit, if the battery is electrically connected by means of the battery terminal to the supply path of the emergency lighting device, is configured to detect the open circuit voltage, V BAT, of the battery as a first electrical parameter of the battery, and is furthermore configured: ∘ to determine that a basic technology of the battery corresponds to a first basic technology if the open circuit voltage, V BAT, of the battery is less than a predetermined voltage threshold value, and - wherein the control unit is configured - to detect a second electrical parameter, - to determine a battery type of the basic technology of the battery on the basis of the second electrical parameter, - to detect the internal resistance (R BAT) of the battery as a second electrical parameter, and - to determine the battery type of the basic technology of the battery on the basis of the internal resistance (R BAT), and
An air conditioner outdoor unit, comprising a casing, a main electric control box disposed in the casing, a spot inspection box installed at an outer surface of a side wall of the casing and connected to the main electric control box with a signal wire, and a decorating piece installed detachably at the outer surface of the side wall of the casing and covering the spot inspection box, wherein the spot inspection box comprises: a spot inspection box body installed at the outer surface of the side wall of the casing; a spot inspection main panel disposed in the spot inspection box body and connected to the main electric control box with a signal wire; and a spot inspection box cover installed slidably between a cover-opening position where the spot inspection main panel is uncovered and a cover-closing position where the spot inspection main panel is covered. a spot inspection box body installed at the outer surface of the side wall of the casing; a spot inspection main panel disposed in the spot inspection box body and connected to the main electric control box with a signal wire; and a spot inspection box cover installed slidably between a cover-opening position where the spot inspection main panel is uncovered and a cover-closing position where the spot inspection main panel is covered.
Filter element for a filter for filtering fluids, in particular gases, in particular intake air, fuel, urea solution or motor oil in particular of an internal combustion engine in particular of a motor vehicle, or ambient air for introduction into venting systems of buildings or vehicles, wherein the filter element features a zigzag-folded filter medium (14; 106) having a raw side and a clean side, wherein filter medium sections, which extend on both sides from raw-sided fold tips to adjacent raw-sided fold bases, feature seen from the raw-sided fold tips a first curvature towards the raw side and therebehind a second curvature towards the clean side, respectively, characterized in that clean-sided filter base widths of clean-sided filter bases are at the height of the two second curvatures, respectively, at a certain distance from the corresponding raw-sided fold edge smaller than raw-sided filter base widths of the raw-sided filter bases at the correspondding distance from the clean-sided fold edges.
A computer-implemented method comprising receiving a request to modify data stored in a storage system, the storage system including a repository configured to store a deduplicated data and at least one cache storage component communicatively coupled to the repository and configured to store data received by the storage system for backup, the deduplicated data being generated by deduplicating the data received by the storage system for backup; modifying, in response to the received request, the data stored in the at least one cache storage component and identified in the received request; and generating, in response to the received request, an indication that the deduplicated data stored in the repository corresponding to the data stored in the at least one cache storage component and identified in the received request was likewise modified in accordance with the received request, while preventing modification of the deduplicated data stored in the repository for a predetermined period of time. receiving a request to modify data stored in a storage system, the storage system including a repository configured to store a deduplicated data and at least one cache storage component communicatively coupled to the repository and configured to store data received by the storage system for backup, the deduplicated data being generated by deduplicating the data received by the storage system for backup; modifying, in response to the received request, the data stored in the at least one cache storage component and identified in the received request; and generating, in response to the received request, an indication that the deduplicated data stored in the repository corresponding to the data stored in the at least one cache storage component and identified in the received request was likewise modified in accordance with the received request, while preventing modification of the deduplicated data stored in the repository for a predetermined period of time.
A fusion polypeptide comprising: i) a peptide tag comprising an amino acid sequence that has at least 70% identity to SEQ ID NO: 1, wherein the identity is determined over the entire length of SEQ ID NO: 1; and ii) at least one reverse transcriptase polypeptide, wherein the peptide tag is linked to the at least one reverse transcriptase polypeptide, and the peptide tag stabilizes the at least one reverse transcriptase polypeptide when exposed to temperatures between -20°C and 50°C. i) a peptide tag comprising an amino acid sequence that has at least 70% identity to SEQ ID NO: 1, wherein the identity is determined over the entire length of SEQ ID NO: 1; and ii) at least one reverse transcriptase polypeptide, wherein the peptide tag is linked to the at least one reverse transcriptase polypeptide, and the peptide tag stabilizes the at least one reverse transcriptase polypeptide when exposed to temperatures between -20°C and 50°C.
A transmitting apparatus for supplying content, comprising: transmitting means configured to perform streaming distribution of the content to a receiving apparatus over an IP network; manifest file receiving means configured to receive a manifest file sent from the receiving apparatus that has received the content, said manifest file including a relay quality information indicating the quality of content that said receiving apparatus received, said relay quality information comprising an amount of delay, jitter, or packet loss when said receiving apparatus received the content; analyzing means configured to analyze the relay quality information in the received manifest file, and detect whether quality degradation has occurred in the content on the basis of the received manifest file; broadcasting means configured to, if quality degradation is detected in the content, distribute the content by a TV broadcast network; and distributing means configured to distribute the received manifest file via the IP network, wherein the distributing means is configured to, if the content is distributed by the TV broadcast network on the basis of a result of the analysis of the manifest file, add information for receiving the content by the TV broadcast network to the received manifest file before distributing the manifest file. transmitting means configured to perform streaming distribution of the content to a receiving apparatus over an IP network; manifest file receiving means configured to receive a manifest file sent from the receiving apparatus that has received the content, said manifest file including a relay quality information indicating the quality of content that said receiving apparatus received, said relay quality information comprising an amount of delay, jitter, or packet loss when said receiving apparatus received the content; analyzing means configured to analyze the relay quality information in the received manifest file, and detect whether quality degradation has occurred in the content on the basis of the received manifest file; broadcasting means configured to, if quality degradation is detected in the content, distribute the content by a TV broadcast network; and distributing means configured to distribute the received manifest file via the IP network, wherein the distributing means is configured to, if the content is distributed by the TV broadcast network on the basis of a result of the analysis of the manifest file, add information for receiving the content by the TV broadcast network to the received manifest file before distributing the manifest file.
A separable blade for a wind turbine wherein non-conductive part blades are connected in series in the longitudinal direction to assemble the blade as a whole, comprises a fastener (4, 5, 6, 7) for fastening together two adjacent part blades (1R, 1T), disposed In an inner blade portion; and a lightning discharge conductive wire (8, 9, 13) that extends to a blade root, disposed in the inner blade portion; characterized in that a portion of the fastener is exposed on the blade surface of at least one of the two part blades, and at least the portion of the fastener exposed at the blade surface comprises an electrically conductive material, and is connected electrically to the lightning discharge conductive wire (8, 9, 13).
Windshield wiper device comprising at least one connection for mounting on the body of a motor vehicle, this connection consisting of a fastening element that can be pushed into a receiving opening of the body and comprising a socket (4A, 4B) made of deformable material of rubber type that can be inserted into this opening and comprising a bore receiving the free end of a fastening finger supported by the windshield wiper device, characterized in that the external cross section of said fastening finger is in the shape of a cross and the shape of said bore is of complementary shape, the length of the perpendicular branches (5A to 5D) of said cross being at least partially different so as to ensure polarization and mounting of the socket on the fastening finger in a precise position in which rotation is prevented.
An aerosol-generating tobacco-containing composition provided in form of a foam or a mousse, wherein the composition comprises particulate tobacco material and lipid, wherein the lipid is medium-chain triglyceride, the ratios of the medium-chain triglyceride to the tobacco-containing material on a dry weight basis are between 1:3 and 1:5.
An insufflation apparatus comprising: a gas generating cartridge; a housing and a gas generator arranged to be, at least partially, mounted on or in the housing, the housing comprising a gas outlet for delivering gas to a patient; a gas storage chamber arranged to store gas and to deliver gas to the gas outlet, the gas generator comprising a cartridge mount on the housing adapted to receive the gas generating cartridge, the gas generating cartridge containing gas generating material, wherein the cartridge, cartridge mount and gas storage chamber are arranged so that, in use, when the apparatus is in an active mode, the cartridge is in fluid communication with the gas storage chamber when the cartridge is mounted on the cartridge mount, and wherein gas is generated from the gas generating material in the cartridge and delivered to the gas storage chamber; an inlet configured to receive gas expelled through the gas outlet; and means for recycling gas received at the inlet to the gas outlet and/or the gas storage chamber. a gas generating cartridge; a housing and a gas generator arranged to be, at least partially, mounted on or in the housing, the housing comprising a gas outlet for delivering gas to a patient; a gas storage chamber arranged to store gas and to deliver gas to the gas outlet, the gas generator comprising a cartridge mount on the housing adapted to receive the gas generating cartridge, the gas generating cartridge containing gas generating material, wherein the cartridge, cartridge mount and gas storage chamber are arranged so that, in use, when the apparatus is in an active mode, the cartridge is in fluid communication with the gas storage chamber when the cartridge is mounted on the cartridge mount, and wherein gas is generated from the gas generating material in the cartridge and delivered to the gas storage chamber; an inlet configured to receive gas expelled through the gas outlet; and means for recycling gas received at the inlet to the gas outlet and/or the gas storage chamber.
A method for path detection, comprising: receiving, by a maintenance association intermediate point, MIP, a first path detection message, wherein the first path detection message is a first multicast data packet that comprises a modified protocol number field identifying the first multicast data packet as the first path detection message; writing, by the MIP, path state information of the MIP into the first path detection message; forwarding, by the MIP, the first path detection message, into which the path state information of the MIP has been written, to downstream nodes according to a forwarding manner for a multicast data stream; and wherein after receiving the first path detection message, the method further comprises: saving, by the MIP, the path state information carried in the first path detection message; sending, by the MIP, a path detection request message to a source node when detecting a multicast path changes according to receiving a second path detection message and the saved path state information, wherein the second path detection message is a second multicast data packet that comprises a modified protocol number field identifying the second multicast data packet as the second path detection message. receiving, by a maintenance association intermediate point, MIP, a first path detection message, wherein the first path detection message is a first multicast data packet that comprises a modified protocol number field identifying the first multicast data packet as the first path detection message; writing, by the MIP, path state information of the MIP into the first path detection message; forwarding, by the MIP, the first path detection message, into which the path state information of the MIP has been written, to downstream nodes according to a forwarding manner for a multicast data stream; and wherein after receiving the first path detection message, the method further comprises: saving, by the MIP, the path state information carried in the first path detection message; sending, by the MIP, a path detection request message to a source node when detecting a multicast path changes according to receiving a second path detection message and the saved path state information, wherein the second path detection message is a second multicast data packet that comprises a modified protocol number field identifying the second multicast data packet as the second path detection message. saving, by the MIP, the path state information carried in the first path detection message; sending, by the MIP, a path detection request message to a source node when detecting a multicast path changes according to receiving a second path detection message and the saved path state information, wherein the second path detection message is a second multicast data packet that comprises a modified protocol number field identifying the second multicast data packet as the second path detection message.
A method of improving diagnostic and functional imaging, comprising: a) obtaining at least one input image of a subject, using a medical imager, wherein said at least one input image comprises a first contrast; b) generating a plurality of copies of said at least one input image of said subject using spatial filtering, using an appropriately programmed computer, wherein each said input image copy of said subject comprises different spatial characteristics; c) applying, using said appropriately programmed computer, a trained deep network on said at least one input image and said plurality of copies of said at least one input image of said subject to generate a nonlinearly restored image, wherein said trained deep network comprises data augmentation and is trained based on at least one reference image of said subject, wherein said at least one reference image of said subject comprises a second contrast that is higher than said first contrast, wherein said at least one reference image of said subject comprises one or more imaging characteristics that are different from said at least one input image of said subject, and wherein said trained deep network is applied for improving and denoising said at least one input image; and d) outputting the nonlinearly restored image for analysis or visualization by a physician. a) obtaining at least one input image of a subject, using a medical imager, wherein said at least one input image comprises a first contrast; b) generating a plurality of copies of said at least one input image of said subject using spatial filtering, using an appropriately programmed computer, wherein each said input image copy of said subject comprises different spatial characteristics; c) applying, using said appropriately programmed computer, a trained deep network on said at least one input image and said plurality of copies of said at least one input image of said subject to generate a nonlinearly restored image, wherein said trained deep network comprises data augmentation and is trained based on at least one reference image of said subject, wherein said at least one reference image of said subject comprises a second contrast that is higher than said first contrast, wherein said at least one reference image of said subject comprises one or more imaging characteristics that are different from said at least one input image of said subject, and wherein said trained deep network is applied for improving and denoising said at least one input image; and d) outputting the nonlinearly restored image for analysis or visualization by a physician.
Synthetic polypeptide or nucleic acid encoding the synthetic polypeptide for use in the treatment or prophylaxis of a cellular proliferative disorder, or inhibiting or reducing the incidence of tumor occurrence or tumor metastasis in a subject in need thereof, wherein the synthetic polypeptide is a modified EKLF polypeptide modified from a wild-type EKLF polypeptide of SEQ ID NO: 1, 2, 3, 4, 5, 6 or 7, wherein the modified EKLF polypeptide comprises an amino acid modification at a potential sumoylation or phosphorylation site in the wild-type EKLF polypeptide, wherein the amino acid modification is a substitution preventing sumoylation or phosphorylation at the corresponding site, wherein the amino acid modification is a substitution of lysine with arginine at the amino acid position 74 (K74R) of the wild-type EKLF polypeptide of SEQ ID NO: 1, or a substitution of lysine with arginine at the amino acid position 54 (K54R) of the wild-type EKLF polypeptide of SEQ ID NO: 3, or a substitution of lysine with arginine at a corresponding sumoylation site of the wild-type EKLF polypeptide of SEQ ID NO: 2, 4, 5, 6, or 7.
An endoluminal prosthesis, comprising: a membrane having a lumen for allowing fluid flow; and a plurality of circumferential fibers coupled to the membrane that form at least one bundled region (31, 37) in which at least two adjacent circumferential fibers are separated by a first spacing, and that form at least one non-bundled region in which at least another two adjacent circumferential fibers are separated by a second spacing, wherein the first spacing is less than the second spacing, and where at least one stent is coupled to the membrane using a plurality of sutures, each of the plurality of sutures located only in at least one of the bundled regions (31, 37). a membrane having a lumen for allowing fluid flow; and a plurality of circumferential fibers coupled to the membrane that form at least one bundled region (31, 37) in which at least two adjacent circumferential fibers are separated by a first spacing, and that form at least one non-bundled region in which at least another two adjacent circumferential fibers are separated by a second spacing, wherein the first spacing is less than the second spacing, and where at least one stent is coupled to the membrane using a plurality of sutures, each of the plurality of sutures located only in at least one of the bundled regions (31, 37).