mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing optimized power balanced low thrust transfer orbits utilizing split thruster execution to minimize an electric orbit raising duration of an apparatus , the method comprising: monitoring an electric power balance on the apparatus during each transfer orbit of a plurality of transfer orbits of the electric orbit raising ; firing a first thruster in response to the apparatus exiting an eclipse and based on the electric power balance ; firing a second thruster at a predetermined time delay after firing the first thruster and based on the electric power balance; ending firing one of the first thruster or the second thruster after a predetermined time duration based on the electric power balance; and ending firing another of the first thruster or the second thruster in response to the apparatus entering a next eclipse . monitoring an electric power balance on the apparatus during each transfer orbit of a plurality of transfer orbits of the electric orbit raising ; firing a first thruster in response to the apparatus exiting an eclipse and based on the electric power balance ; firing a second thruster at a predetermined time delay after firing the first thruster and based on the electric power balance; ending firing one of the first thruster or the second thruster after a predetermined time duration based on the electric power balance; and ending firing another of the first thruster or the second thruster in response to the apparatus entering a next eclipse .
Tool for working a substrate, having a stator and a working piston , which is intended to move relative to the stator along a working axis, also having a drive , which is intended to drive the working piston from a starting position along the working axis to the substrate, the drive having a piston coil arranged on the working piston and a first stator coil arranged on the stator , the first stator coil and/or the piston coil being intended to be flowed through by current and to generate a magnetic field, characterized in that the piston coil has a piston coil axis, which is oriented transversely, in particular perpendicularly, to the working axis.
Rafter holder for a roofing device , in particular for terrace roofing, comprising a mounting face , configured for mounting the rafter holder on a longitudinal support profile , a fixing face , configured for fixing a rafter on the rafter holder , characterised by an electrical T connector , configured for electrically connecting the mounting face to the fixing face , two T arms of the T connector extending along the mounting face and a T foot of the T connector extending from the mounting face to the fixing face , the T connector being inserted into a through-hole which reaches from the mounting face to the fixing face .
A method for coating packaging containers made of plastic, each packaging container comprising at least one cavity for receiving a packaged good and at least one seal surface for subsequently closing the cavity by means of a film by sealing the film to the seal surface of the packaging container with a barrier layer in vacuum for increasing the passage barrier effect against at least one chemical compound and/or at least one chemical element, several packaging containers being placed on a carrier and the packaging containers located on the carrier being jointly coated with the barrier layer in a vacuum coating chamber, the packaging containers being placed on the carrier in such a manner that, during the coating, the seal surface of the packaging containers faces the carrier so as to be masked from being coated with the barrier layer, characterized in that during the coating, the packaging containers rest on the carrier solely as a result of their own weight and each stand on the carrier in a centering recess, the cross-sectional area of the centering recess being slightly larger than the axial projection area of the packaging container, said packaging container thus being placeable upside down on the carrier and being held laterally by a circumferential recess wall during the handling of the carrier.
A device (100-1) comprising: a measurement unit configured to perform measurement of each of one or more frequency bands that are a part of a plurality of frequency bands that are not used by a terminal device, wherein the measurement unit does not perform measurement of each of remaining frequency bands among the plurality of frequency bands, the device further comprises: a reporting unit configured to report a result of the measurement of each of the one or more frequency bands to a base station (200-1), characterized in that the reporting unit substitutes a result of measurement of a first frequency band included in the one or more frequency bands with a result of measurement of a second frequency band included in the remaining frequency bands, and thus reports the result of the measurement of the second frequency band to the base station. a measurement unit configured to perform measurement of each of one or more frequency bands that are a part of a plurality of frequency bands that are not used by a terminal device, wherein the measurement unit does not perform measurement of each of remaining frequency bands among the plurality of frequency bands, the device further comprises: a reporting unit configured to report a result of the measurement of each of the one or more frequency bands to a base station (200-1), characterized in that the reporting unit substitutes a result of measurement of a first frequency band included in the one or more frequency bands with a result of measurement of a second frequency band included in the remaining frequency bands, and thus reports the result of the measurement of the second frequency band to the base station. a reporting unit configured to report a result of the measurement of each of the one or more frequency bands to a base station (200-1), characterized in that the reporting unit substitutes a result of measurement of a first frequency band included in the one or more frequency bands with a result of measurement of a second frequency band included in the remaining frequency bands, and thus reports the result of the measurement of the second frequency band to the base station.
A lipid particle comprising a first cationic lipid, a second cationic lipid, a neutral lipid, and a PEG lipid capable of reducing aggregation; wherein the first cationic lipid and the second cationic lipid are each, independently, selected from the following lipids, and quaternized versions thereof, and wherein the first cationic lipid and the second cationic lipid each have a pKa that differs from the combined pKa by at least 0.1 pKa units, at least 0.2 pKa units, or at least 0.3 pKa units.
A method of making suitcases of rigid type, which comprises: providing a mold for plastic materials for molding a shell; molding identical first shells and second shells using said mold wherein each shell delimits a housing compartment and comprises a bottom wall and four side walls connected to the bottom wall and comprising two larger side walls a top wall and a base wall situated between the larger side walls , performing first mechanical processing operations on the first and second shells to apply a first plurality of accessories comprising sets of identical accessories to both shells; performing second mechanical processing operations on the first shell and second shell to apply a second plurality of different accessories to either the first or the second shell ; hinging together respective larger side walls of the first and second shells , by sewing or gluing a tape to at least one portion of the free peripheral edge of such side wall of each shell to allow the two shells to be closed like a book along the longer side; providing a pair of recesses in the base wall of each shell , projecting toward the housing compartment, each of which is designed to receive a wheel . providing a mold for plastic materials for molding a shell; molding identical first shells and second shells using said mold wherein each shell delimits a housing compartment and comprises a bottom wall and four side walls connected to the bottom wall and comprising two larger side walls a top wall and a base wall situated between the larger side walls , performing first mechanical processing operations on the first and second shells to apply a first plurality of accessories comprising sets of identical accessories to both shells; performing second mechanical processing operations on the first shell and second shell to apply a second plurality of different accessories to either the first or the second shell ; hinging together respective larger side walls of the first and second shells , by sewing or gluing a tape to at least one portion of the free peripheral edge of such side wall of each shell to allow the two shells to be closed like a book along the longer side; providing a pair of recesses in the base wall of each shell , projecting toward the housing compartment, each of which is designed to receive a wheel .
A composition comprising a main species HER2 antibody that comprises light chain and heavy chain amino acid sequences in SEQ ID NOs. 15 and 16 respectively and binds to domain II of HER2, and acidic variants of that main species antibody, wherein the main species HER2 antibody is the antibody amino acid sequence structure in the composition which is the quantitatively predominant antibody molecule in the composition, wherein the acidic variants include a disulfide reduced variant.
A printhead array (701; 801) comprising: a molded substrate having a non-rectangular shape; and a number of printheads (722; 811) each comprising a number of dies molded into the molded substrate , the dies comprising a number of rows of nozzles ; wherein a longitudinal axis of each printhead (722; 811) extends transversely with respect to longitudinal and lateral axes of the molded substrate such that, when mounted in a printer, each printhead (722; 811) is rotated with respect to a print path direction . a molded substrate having a non-rectangular shape; and a number of printheads (722; 811) each comprising a number of dies molded into the molded substrate , the dies comprising a number of rows of nozzles ; wherein a longitudinal axis of each printhead (722; 811) extends transversely with respect to longitudinal and lateral axes of the molded substrate such that, when mounted in a printer, each printhead (722; 811) is rotated with respect to a print path direction .
A method of producing a chemoselectively modified protein bioconjugate, comprising the steps of: a.) providing a recombinantly-expressed protein comprising one, or more non-canonical amino acid (ncAA) residues at specific sites of the protein, wherein one, or more, of the ncAA residues is a 5-hydroxytryptophan (5-HTP); b.) selectively oxidizing the one, or more, 5-HTP amino acid residues of the protein under suitable conditions and at low voltage, wherein the voltage is sufficient to generate an electrophilic 5-HTP intermediate; and c.) reacting the 5-HTP intermediate with a coupling partner comprising a nucleophilic group under conditions suitable for the coupling of the nucleophilic group to the one, or more, 5-HTP residues in the protein, thereby producing a chemoselectively modified protein bioconjugate. a.) providing a recombinantly-expressed protein comprising one, or more non-canonical amino acid (ncAA) residues at specific sites of the protein, wherein one, or more, of the ncAA residues is a 5-hydroxytryptophan (5-HTP); b.) selectively oxidizing the one, or more, 5-HTP amino acid residues of the protein under suitable conditions and at low voltage, wherein the voltage is sufficient to generate an electrophilic 5-HTP intermediate; and c.) reacting the 5-HTP intermediate with a coupling partner comprising a nucleophilic group under conditions suitable for the coupling of the nucleophilic group to the one, or more, 5-HTP residues in the protein, thereby producing a chemoselectively modified protein bioconjugate.
A method for preparation of a coated building board comprising a colour imaging layer comprising at least a) application of an aqueous coating composition comprising i) 20% to 80% by weight of the coating composition of an acrylic polymer emulsion, and ii) 0.2% to 20% by weight of the coating composition of a molecular sieve on at least of a part of the surface of the building board, and b) curing the coating composition. a) application of an aqueous coating composition comprising i) 20% to 80% by weight of the coating composition of an acrylic polymer emulsion, and ii) 0.2% to 20% by weight of the coating composition of a molecular sieve on at least of a part of the surface of the building board, and i) 20% to 80% by weight of the coating composition of an acrylic polymer emulsion, and ii) 0.2% to 20% by weight of the coating composition of a molecular sieve on at least of a part of the surface of the building board, and b) curing the coating composition.
A latch configured to fix a panel relative to a frame , the latch comprising: a housing configured for engagement to the panel, the housing having a longitudinal axis and defining an aperture along the longitudinal axis; a cap mounted within the aperture of the housing for rotation about the longitudinal axis, the cap comprising a drive surface for rotating the cap relative to the housing between a latched position and an unlatched position; and a cover coupled to the housing to pivot about a lateral axis different from the longitudinal axis, the cover pivotable to be in a closed position in which the cover covers the cap , the cover comprising an engagement surface spaced from the lateral axis ; wherein when the cap is in the unlatched position, the drive surface of the cap is aligned with the engagement surface of the cover and positioned to block the cover from pivoting to the closed position; and wherein when the cap is in the latched position, the drive surface of the cap is unaligned with the engagement surface of the cover and positioned to permit the cover to pivot to the closed position, wherein the cap comprises a drive stud extending along the longitudinal axis and forming the drive surface , wherein the drive surface comprises a recess defined in the drive stud , which recess is configured so that when the cap is in the unlatched position, the drive surface of cap is aligned with the pivoting movement of the engagement surface of cover , and thereby is positioned to block the cover from pivoting to the closed position. a housing configured for engagement to the panel, the housing having a longitudinal axis and defining an aperture along the longitudinal axis; a cap mounted within the aperture of the housing for rotation about the longitudinal axis, the cap comprising a drive surface for rotating the cap relative to the housing between a latched position and an unlatched position; and a cover coupled to the housing to pivot about a lateral axis different from the longitudinal axis, the cover pivotable to be in a closed position in which the cover covers the cap , the cover comprising an engagement surface spaced from the lateral axis ; wherein when the cap is in the unlatched position, the drive surface of the cap is aligned with the engagement surface of the cover and positioned to block the cover from pivoting to the closed position; and wherein when the cap is in the latched position, the drive surface of the cap is unaligned with the engagement surface of the cover and positioned to permit the cover to pivot to the closed position, wherein the cap comprises a drive stud extending along the longitudinal axis and forming the drive surface , wherein the drive surface comprises a recess defined in the drive stud , which recess is configured so that when the cap is in the unlatched position, the drive surface of cap is aligned with the pivoting movement of the engagement surface of cover , and thereby is positioned to block the cover from pivoting to the closed position.
Use of a dipole antenna device in a vehicle, the dipole antenna device comprising: a first element , a second element , a feeding part , and a support member , wherein the first element , the second element , and the feeding part are formed at a side surface part of the support member , wherein the dipole antenna device is installed in the vehicle and is configured such that an electric field plane along the first element and the second element is generated in response to supplying a high frequency electric current to the first element and the second element from the feeding part , wherein an angle formed between the electric field plane and a direction of the long side, Y-axis, of the vehicle is within a range of ± 45 degrees, and is configured such that a direction of a combined electric current vector of a first electric current vector , the first electric current vector being determined by a direction and strength of an electric current generated in the first element , and a second electric current vector , the second electric current vector being determined by a direction and strength of an electric current generated in the second element , is an angle within a range of 90 degrees ±45 degrees with respect to a ground on which the vehicle is located, characterized in that the side surface part is approximately parallel to the direction of the long side of the vehicle. a first element , a second element , a feeding part , and a support member , wherein the first element , the second element , and the feeding part are formed at a side surface part of the support member , wherein the dipole antenna device is installed in the vehicle and is configured such that an electric field plane along the first element and the second element is generated in response to supplying a high frequency electric current to the first element and the second element from the feeding part , wherein an angle formed between the electric field plane and a direction of the long side, Y-axis, of the vehicle is within a range of ± 45 degrees, and is configured such that a direction of a combined electric current vector of a first electric current vector , the first electric current vector being determined by a direction and strength of an electric current generated in the first element , and a second electric current vector , the second electric current vector being determined by a direction and strength of an electric current generated in the second element , is an angle within a range of 90 degrees ±45 degrees with respect to a ground on which the vehicle is located, characterized in that the side surface part is approximately parallel to the direction of the long side of the vehicle.
A glazing for minimizing or preventing bird collisions with windows or other glazings, the glazing comprising as least one substrate with a UV reflectance coating deposited over the substrate in a patterned arrangement comprised of a plurality of stripes, characterised in that each of the plurality of stripes has a thickness that changes by 10 nm or less over every 1 mm in width.
A device for mixing liquids and solids in liquids by means of vibration, comprising an electromagnetic drive , a drive shaft with a mixing element and either a permanent magnet or a magnetizable element , the drive shaft being arranged coaxially with the electromagnetic drive, characterized by a system of a plurality of flat spring elements (8, 8', 8"), which has a plurality of first spring elements (8"), which are arranged parallel to the drive shaft , and one or more second spring elements , which are arranged perpendicular to the drive shaft , wherein the one or more second spring elements , which are arranged perpendicular to the drive shaft , are connected to the permanent magnet or the magnetizable element . an electromagnetic drive , a drive shaft with a mixing element and either a permanent magnet or a magnetizable element , the drive shaft being arranged coaxially with the electromagnetic drive, characterized by a system of a plurality of flat spring elements (8, 8', 8"), which has a plurality of first spring elements (8"), which are arranged parallel to the drive shaft , and one or more second spring elements , which are arranged perpendicular to the drive shaft , wherein the one or more second spring elements , which are arranged perpendicular to the drive shaft , are connected to the permanent magnet or the magnetizable element .
A thermal load estimating device comprising: an actual-power consumption receiver configured to receive actual power consumption of various types of devices installed in a room; a thermal-load pattern storage configured to store therein a thermal load pattern of the room, the thermal load pattern representing a time-series maximum thermal load based on least one of a human-body thermal load, a lighting thermal load, a general-device thermal load, and an insolation load in the room; a power-consumption storage configured to store therein maximum power consumption that is a total value of respective maximum values of the power consumption of the various types of devices in the room; and a thermal-load estimator configured to estimate a thermal-load value of the room at given time on the basis of the actual power consumption associated with the thermal load in the room, the thermal-load pattern, and the maximum power consumption associated with the thermal load pattern, and an estimated thermal-load value transmitter configured to transmit, to an air conditioning control device for the room, the estimated thermal-load value of the room from the thermal-load estimator . an actual-power consumption receiver configured to receive actual power consumption of various types of devices installed in a room; a thermal-load pattern storage configured to store therein a thermal load pattern of the room, the thermal load pattern representing a time-series maximum thermal load based on least one of a human-body thermal load, a lighting thermal load, a general-device thermal load, and an insolation load in the room; a power-consumption storage configured to store therein maximum power consumption that is a total value of respective maximum values of the power consumption of the various types of devices in the room; and a thermal-load estimator configured to estimate a thermal-load value of the room at given time on the basis of the actual power consumption associated with the thermal load in the room, the thermal-load pattern, and the maximum power consumption associated with the thermal load pattern, and an estimated thermal-load value transmitter configured to transmit, to an air conditioning control device for the room, the estimated thermal-load value of the room from the thermal-load estimator .
A program that causes an information processing device having a processor to execute a process, the process comprising: transmitting a request to a server to register a user in the server ; transmitting a first random value by proximity radio communication to a device , which is coupled to the server via a network; receiving data in which the first random value is encoded, from the device by the proximity radio communication; determining whether the first random value matches a value obtained by decoding the data with a server key obtained in advance from the server ; when the value obtained by decoding the data matches the first random value, authenticating the user; and causing the information processing device to execute processing for transmitting a result of the authenticating the user to the server via the device . transmitting a request to a server to register a user in the server ; transmitting a first random value by proximity radio communication to a device , which is coupled to the server via a network; receiving data in which the first random value is encoded, from the device by the proximity radio communication; determining whether the first random value matches a value obtained by decoding the data with a server key obtained in advance from the server ; when the value obtained by decoding the data matches the first random value, authenticating the user; and causing the information processing device to execute processing for transmitting a result of the authenticating the user to the server via the device .