mhurhangee/ep-ind-claims huggingface dataset:
A flying object system comprising: a flying object; and a master unit configured to be detachably connectable with the flying object, wherein the flying object comprises: a rotor blade configured to generate lift or thrust by rotating; and a rotating electrical machine unit configured to rotate the rotor blade, wherein the rotor blade is configured to receive wind power and rotate when not flying, and wherein the rotating electrical machine unit is configured to generate electric power based on a power that rotates the rotor blade when not flying, and wherein the master unit comprises a departure/arrival device configured to rotate the flying object around an axis in a horizontal direction, characterized in that the departure/arrival device is configured to: make a rotation axis of the rotor blade to rotate in a direction in which the rotor blade receives the wind power and rotates to generate electric power with the rotating electrical machine unit; and make, when the flying object takes off, the rotation axis of the rotor blade to rotate in a direction in which the flying object can take off. a flying object; and a master unit configured to be detachably connectable with the flying object, wherein the flying object comprises: a rotor blade configured to generate lift or thrust by rotating; and a rotating electrical machine unit configured to rotate the rotor blade, wherein the rotor blade is configured to receive wind power and rotate when not flying, and wherein the rotating electrical machine unit is configured to generate electric power based on a power that rotates the rotor blade when not flying, and a rotor blade configured to generate lift or thrust by rotating; and a rotating electrical machine unit configured to rotate the rotor blade, wherein the rotor blade is configured to receive wind power and rotate when not flying, and wherein the rotating electrical machine unit is configured to generate electric power based on a power that rotates the rotor blade when not flying, and wherein the master unit comprises a departure/arrival device configured to rotate the flying object around an axis in a horizontal direction, characterized in that the departure/arrival device is configured to: make a rotation axis of the rotor blade to rotate in a direction in which the rotor blade receives the wind power and rotates to generate electric power with the rotating electrical machine unit; and make, when the flying object takes off, the rotation axis of the rotor blade to rotate in a direction in which the flying object can take off. make a rotation axis of the rotor blade to rotate in a direction in which the rotor blade receives the wind power and rotates to generate electric power with the rotating electrical machine unit; and make, when the flying object takes off, the rotation axis of the rotor blade to rotate in a direction in which the flying object can take off.
A sterilization method comprising irradiating a first object to be sterilized comprising a recessed portion with a reactive oxygen at the recessed portion, stacking a second object to be sterilized on top thereof to cover the recessed portion so as to form a closed space and carrying out sterilization within this formed closed space; characterised in that the reactive oxygen is obtained by generating plasma.
Seal, in particular on doors, flaps or/or windows of vehicle bodies, with an elastically deformable sealing element in the form of a sealing strand, and an actuator for remote-control deformation of the sealing element, wherein the actuator comprises a heatable switching element (11, 12) of shape memory material and elongate actuator elements (7; 8) that are elastically bendable by the switching element (11, 12), the actuator can be switched over by the switching element (11, 12) between different actuator positions stabilized by the actuator elements (7; 8) snapping or/and latching into place, and the actuator elements (7; 8) are arranged with longitudinal sides opposite one another at a distance from one another, characterized in that the elongate actuator elements (7; 8) extend in the longitudinal direction of the sealing element and are each held in two longitudinal positions arranged at a distance from one another, wherein the distance between the longitudinal positions is smaller than the length of the actuator elements (7; 8) running in a curved manner between the longitudinal positions.
A peptide comprising the amino acid sequence YEKLLDTEI (SEQ ID NO: 1) or a functional variant thereof, wherein the functional variant is obtained by performing one or more conservative substitutions in YEKLLDTEI (SEQ ID NO: 1), wherein the peptide is capable of binding to the PDZ1/2 domain of PSD-95 and inhibits the interaction between NMDAR and PSD-95.
A genetic construct comprising a first DNA element comprising a CRISPR guide sequence and a scaffold sequence that recruits an endonuclease to a target nucleic acid; a first compatible end element and a second compatible end element flanking the first DNA element, wherein the first and second compatible end elements are capable of annealing to each other; a barcode element; a third compatible end element and a fourth compatible end element flanking the barcode element, wherein the third and fourth compatible end elements are capable of annealing to each other but are not capable of annealing to the first or second compatible end elements; and a separation site located between the fourth compatible end element and the first compatible end element, wherein the DNA element, first compatible end element, and second compatible end element are on one side of the separation site, and the barcode element, the third compatible end element, and the fourth compatible end element are on the other side of the separation site. a first compatible end element and a second compatible end element flanking the first DNA element, wherein the first and second compatible end elements are capable of annealing to each other; a barcode element; a third compatible end element and a fourth compatible end element flanking the barcode element, wherein the third and fourth compatible end elements are capable of annealing to each other but are not capable of annealing to the first or second compatible end elements; and a separation site located between the fourth compatible end element and the first compatible end element, wherein the DNA element, first compatible end element, and second compatible end element are on one side of the separation site, and the barcode element, the third compatible end element, and the fourth compatible end element are on the other side of the separation site.
A method, comprising: manufacturing a housing for an impeller of a blood pump by: placing a mandrel inside an inner lining, with a central cylindrical portion of a frame disposed around the inner lining, the central cylindrical portion of the frame including struts that define a generally cylindrical shape, wherein the mandrel is shorter than a length of the inner lining; placing a portion of an elongate tube around at least a portion of the frame, the elongate tube including a proximal portion that defines at least one blood outlet opening; while the portion of the elongate tube is disposed around at least the portion of the frame, heating the inner lining, the frame and the portion of the elongate tube, via the mandrel; and while heating the inner lining, the frame, and the portion of the elongate tube, applying pressure from outside the portion of the elongate tube, such as to cause the portion of the elongate tube to become coupled to the frame. placing a mandrel inside an inner lining, with a central cylindrical portion of a frame disposed around the inner lining, the central cylindrical portion of the frame including struts that define a generally cylindrical shape, wherein the mandrel is shorter than a length of the inner lining; placing a portion of an elongate tube around at least a portion of the frame, the elongate tube including a proximal portion that defines at least one blood outlet opening; while the portion of the elongate tube is disposed around at least the portion of the frame, heating the inner lining, the frame and the portion of the elongate tube, via the mandrel; and while heating the inner lining, the frame, and the portion of the elongate tube, applying pressure from outside the portion of the elongate tube, such as to cause the portion of the elongate tube to become coupled to the frame.
A biosensor component for use in analyzing a biological sample, said biosensor component comprising: a substrate; a conductive layer coated on said substrate, and a biological reactant for electrochemically reacting with said biological sample, wherein said conductive layer comprises nickel, chromium and iron, wherein a combined weight percent of the nickel and chromium in the conductive layer is in the range of 80 to less than 95 weight percent, wherein the weight percent of iron in the conductive layer is greater than 5 weight percent and less than 12 weight percent; wherein the biosensor is a blood glucose sensor, wherein said substrate has a thickness between 25 and 800 μm and said conductive layer has a thickness between 1 and 1000 nm. a substrate; a conductive layer coated on said substrate, and a biological reactant for electrochemically reacting with said biological sample, wherein said conductive layer comprises nickel, chromium and iron, wherein a combined weight percent of the nickel and chromium in the conductive layer is in the range of 80 to less than 95 weight percent, wherein the weight percent of iron in the conductive layer is greater than 5 weight percent and less than 12 weight percent; wherein the biosensor is a blood glucose sensor, wherein said substrate has a thickness between 25 and 800 μm and said conductive layer has a thickness between 1 and 1000 nm.
A method of manufacturing a cured composite structure, comprising: inserting a plurality of radius filler segments into a radius cavity extending along a length of an uncured composite base member to form an uncured structural assembly, the plurality of radius filler segments being in end-to-end arrangement within the radius cavity and each having opposing segment ends and being formed of a thermoplastic material, wherein the radius filler segments include identifying information; heating the structural assembly at least to a base member cure temperature that causes the segment ends of end-to-end pairs of the plurality of radius filler segments to fuse together and form a continuous radius filler element that extends along the length of the composite base member; and allowing the structural assembly to cure to form a cured composite structure. inserting a plurality of radius filler segments into a radius cavity extending along a length of an uncured composite base member to form an uncured structural assembly, the plurality of radius filler segments being in end-to-end arrangement within the radius cavity and each having opposing segment ends and being formed of a thermoplastic material, wherein the radius filler segments include identifying information; heating the structural assembly at least to a base member cure temperature that causes the segment ends of end-to-end pairs of the plurality of radius filler segments to fuse together and form a continuous radius filler element that extends along the length of the composite base member; and allowing the structural assembly to cure to form a cured composite structure.
A method of operating a database system to protect personal identifiers from being revealed, comprising for storing a record in the database system: computing a modified form of a personal identifier, obfuscating the modified form of the personal identifier using a secret value; storing in the database records containing the obfuscated personal identifier; storing the secret value in a identifier translation device for retrieving a requested record from the database: receiving at a record requester a record request identifying a requested record using a non-obfuscated personal identifier; and operating the record requester to prepare a request with a modified form of the non-obfuscated personal identifie and transmit the request to a request preparer; operating the request preparer to direct the identifier translation device to translate the modified form of personal identifier into an obfuscated personal identifier using the secret value stored in the identifier translation device and using the obfuscated personal identifier in a query to the database. computing a modified form of a personal identifier, obfuscating the modified form of the personal identifier using a secret value; storing in the database records containing the obfuscated personal identifier; storing the secret value in a identifier translation device for retrieving a requested record from the database: receiving at a record requester a record request identifying a requested record using a non-obfuscated personal identifier; and operating the record requester to prepare a request with a modified form of the non-obfuscated personal identifie and transmit the request to a request preparer; operating the request preparer to direct the identifier translation device to translate the modified form of personal identifier into an obfuscated personal identifier using the secret value stored in the identifier translation device and using the obfuscated personal identifier in a query to the database. receiving at a record requester a record request identifying a requested record using a non-obfuscated personal identifier; and operating the record requester to prepare a request with a modified form of the non-obfuscated personal identifie and transmit the request to a request preparer; operating the request preparer to direct the identifier translation device to translate the modified form of personal identifier into an obfuscated personal identifier using the secret value stored in the identifier translation device and using the obfuscated personal identifier in a query to the database.
An inkjet printer comprising: an endless transport belt for transporting a medium to be printed; at least one roller for driving the transport belt and at least one additional roller (32, 33, 34) for driving and/or suspending the transport belt; a detection system configured to detect a deformation of the transport belt including at least an in-plane bending deformation of at least a stretch of the transport belt and to generate at least one deformation signal indicating the detected deformation; and characterized by an actuator assembly configured to change a position and/or orientation of at least one of the rollers (31, 32) of the inkjet printer; and a controller configured to control the actuator assembly based on the at least one deformation signal. an endless transport belt for transporting a medium to be printed; at least one roller for driving the transport belt and at least one additional roller (32, 33, 34) for driving and/or suspending the transport belt; a detection system configured to detect a deformation of the transport belt including at least an in-plane bending deformation of at least a stretch of the transport belt and to generate at least one deformation signal indicating the detected deformation; and characterized by an actuator assembly configured to change a position and/or orientation of at least one of the rollers (31, 32) of the inkjet printer; and a controller configured to control the actuator assembly based on the at least one deformation signal.
An apparatus comprising: a board assembly; an annular patch antenna disposed within the board assembly and having a rectangular outside perimeter; a rectangular patch antenna disposed within the board assembly; and a parasitic layer gap-coupled to the annular patch antenna and to the rectangular patch antenna and disposed outside the rectangular outside perimeter, characterized in that the parasitic layer is co-planar with the annular patch antenna in a first layer of the board assembly. a board assembly; an annular patch antenna disposed within the board assembly and having a rectangular outside perimeter; a rectangular patch antenna disposed within the board assembly; and a parasitic layer gap-coupled to the annular patch antenna and to the rectangular patch antenna and disposed outside the rectangular outside perimeter,
Ball joint having a ball pivot as first bearing part which consists of a ball part and a pivot part, and having a housing as second bearing part, in which the ball pivot is mounted in such a way that it protrudes with its pivot part at least partially out of an aperture in the housing and in the process can be rotated about the pivot axis and can be pivoted in the region of the aperture, the ball part of the ball pivot consisting of an at least hemispherical ball section which is mounted in an associated concave spherical cap, lying opposite the aperture, of the housing such that it can slide on a sliding layer comprising a sliding shell and an elastomer shell which lie above one another, and the ball section being adjoined by the pivot part which consists of a sliding collar which is rotationally symmetrical about the pivot axis with a connector pin which is guided out of the aperture, the sliding collar being mounted slidably, such that it is prestressed in the direction of the spherical cap, in the housing via a combination of the sliding ring and the elastomer ring which lie above one another, with the result that a rotation, free from a restoring force, of the ball pivot about the pivot axis over the full angular range and a cardanic deflection are possible, characterized in that the sliding collar is configured with a smaller diameter, possibly with a rounded transition, than the adjoining ball section diameter, and in that the sliding ring bears against the circumference of the sliding collar and laterally against the ball section, and points with an obliquely set, possibly also convexly curved circumferential face onto a correspondingly set inner ring contour of the housing, and the prestressed elastomer ring is arranged in between with an approximately identical thickness, with the result that a cardanic deflection with an elastic resistance is possible.
A method for preparing a heating assembly, comprising the following steps: - preparing a base element with at least one groove, - inserting at least one heating element into the groove, and - substance-to-substance closing of the groove and simultaneously enclosing the heating element by powder spraying, preferably cold gas spraying. - preparing a base element with at least one groove, - inserting at least one heating element into the groove, and - substance-to-substance closing of the groove and simultaneously enclosing the heating element by powder spraying, preferably cold gas spraying.
A library of complexes, said complexes comprising a small non-peptide molecule and a double stranded oligonucleotide identifying the molecule, said double stranded oligonucleotide comprising complementary single strands, wherein the complementary single strands are covalently linked via a first linker, wherein the molecule is covalently linked to the double stranded oligonucleotide via a second linker.
A high strength hot-rolled steel sheet with excellent stretch flangeability and fatigue resistance which has a composition containing, in terms of mass%, C at 0.05 to 0.15%, Si at 0.2 to 1.2%, Mn at 1.0 to 2.0%, P at not more than 0.04%, S at not more than 0.005%, Ti at 0.05 to 0.15%, A1 at 0.005 to 0.10% and N at not more than 0.007%, and further optionally containing, in terms of mass%, Sb at 0.001 to 0.020%, one, or two or more selected from Cu at 0.05 to 0.20%, Ni at 0.05 to 0.50%, Mo at 0.05 to 0.50%, Cr at 0.05 to 0.50%, B at 0.0005 to 0.0050%, Nb at 0.01 to 0.10% and V at 0.01 to 0.20%, and one or two selected from Ca at 0.0001 to 0.0050% and REM at 0.0005 to 0.0100%, the content of dissolved Ti being not less than 0.02%, the balance being represented by Fe and inevitable impurities, and comprises a bainite single phase microstructure having an average grain diameter of more than 3.0 μm and not more than 5 μm.
A measurement apparatus for measuring a physical quantity related to a measurement target by use of a sensor, comprising: an apparatus enclosure; a control unit configured to be electrically connected to the sensor; and a moving member including a sensor holding unit conf igured to hold the sensor, the moving member being movable to protrude the sensor holding unit outwardly of the apparatus enclosure, characterized in that the moving member further includes a conductive member to electrically connect the sensor to the control unit. an apparatus enclosure; a control unit configured to be electrically connected to the sensor; and a moving member including a sensor holding unit conf igured to hold the sensor, the moving member being movable to protrude the sensor holding unit outwardly of the apparatus enclosure, characterized in that the moving member further includes a conductive member to electrically connect the sensor to the control unit.
A method for determining a volume of a discrete fracture network, comprising: detecting seismic signals deployed over an area of the subsurface to be evaluated during pumping of hydraulic fracturing fluid into at least one wellbore drilled through the area; in a computer, determining a hypocenter of each fracture induced by the pumping of the fracture fluid using the detected seismic signals; in a computer determining a fracture network using the determined hypocenters and seismic moments determined from the detected seismic signals, the determining a fracture network comprising determining a fracture volume associated with each hypocenter; characterised in that the method includes the steps of: in the computer determining a maximum value of a scaling factor based on a subset of the hypocenters having a highest cumulative seismic moment, the scaling factor determined by relating a pumped volume of the fracturing fluid with respect to the determined fracture volumes; in the computer, scaling dimensions of each fracture using the maximum value of the scaling factor; and recalculating the fracture volumes using the scaled dimensions. detecting seismic signals deployed over an area of the subsurface to be evaluated during pumping of hydraulic fracturing fluid into at least one wellbore drilled through the area; in a computer, determining a hypocenter of each fracture induced by the pumping of the fracture fluid using the detected seismic signals; in a computer determining a fracture network using the determined hypocenters and seismic moments determined from the detected seismic signals, the determining a fracture network comprising determining a fracture volume associated with each hypocenter; characterised in that the method includes the steps of: in the computer determining a maximum value of a scaling factor based on a subset of the hypocenters having a highest cumulative seismic moment, the scaling factor determined by relating a pumped volume of the fracturing fluid with respect to the determined fracture volumes; in the computer, scaling dimensions of each fracture using the maximum value of the scaling factor; and recalculating the fracture volumes using the scaled dimensions.