mhurhangee/ep-ind-claims huggingface dataset:
An orientation sensing apparatus, the apparatus comprising: (a) a rotatable first member having a first member orientation with respect to gravity; (b) an orientation sensor device fixed with the first member for generating orientation data relating to an orientation sensor device orientation of the orientation sensor device with respect to gravity, wherein the orientation sensor device orientation is referenced to the first member orientation, wherein the orientation sensor device is comprised of a first accelerometer for sensing a first sensed component in a first direction, wherein the orientation sensor device is further comprised of a second accelerometer for sensing a second sensed component in a second direction, wherein the orientation sensor device is further comprised of a third accelerometer for sensing a third sensed component in a third direction, and wherein the first direction, the second direction and the third direction are substantially perpendicular to each other; and (c) a rotation sensor device for generating rotation data relating to rotation of the first member; wherein the first member has an axis of rotation, wherein the first member defines an x-y plane perpendicular to the axis of rotation, wherein the first member defines a z-axis coincident with the axis of rotation, characterized in that the first accelerometer is offset from the z-axis and is oriented such that the first direction is substantially within the x-y plane and is substantially tangential to the rotation of the first member, wherein the rotation sensor device is comprised of the first accelerometer and a fourth accelerometer for sensing a fourth sensed component in a fourth direction, and wherein the fourth accelerometer is offset from the z-axis and is oriented such that the fourth direction is substantially opposite to the first direction. (a) a rotatable first member having a first member orientation with respect to gravity; (b) an orientation sensor device fixed with the first member for generating orientation data relating to an orientation sensor device orientation of the orientation sensor device with respect to gravity, wherein the orientation sensor device orientation is referenced to the first member orientation, wherein the orientation sensor device is comprised of a first accelerometer for sensing a first sensed component in a first direction, wherein the orientation sensor device is further comprised of a second accelerometer for sensing a second sensed component in a second direction, wherein the orientation sensor device is further comprised of a third accelerometer for sensing a third sensed component in a third direction, and wherein the first direction, the second direction and the third direction are substantially perpendicular to each other; and (c) a rotation sensor device for generating rotation data relating to rotation of the first member;
Battery assembly, comprising a primary positive battery terminal and a primary negative battery terminal connected by an electrical circuit, the electrical circuit comprising a series or parallel connection of one or more battery cells, the battery assembly further comprising an external skeleton formed by an internal base plate, an internal top plate and a plurality of cell brackets, surrounding the one or more battery cells, wherein each cell bracket comprises a resilient section in contact with at least one of the one or more battery cells, and wherein the resilient section is an arch shaped section.
A non-fibrogenesis collagen transparent membrane characterized by comprising a fish-derived collagen, wherein collagen molecules form nano fibers, and the nano fibers do not form collagen fine fibrils, the density determined by the gravimetric method is 0.4 g/cm 3 or more, and the tensile strength is 30 MPa or more.
A method of using a shower sterilisation system, said system comprising shower apparatus including water supply means, a shower head and shower conduit means connecting the shower head to the water supply means, said method including the steps of locating an applicator device between the water supply means and the shower head, locating a sterilisation or biocidal composition in the applicator device and delivering said sterilisation or biocidal composition to one or more parts of said shower apparatus, characterised in that an acid sequestering composition is located in the applicator device and delivered to the system before use of the biocidal or sterilisation composition.
An optical imaging lens assembly (110, 310) consisting of, in order from an object side to an image side: a first lens component (101, 301) with positive refractive power and a convex object-side refractive surface; a frontal aperture stop (114, 314) located on the object side of the first lens component (101, 301); a second lens component (102, 302) with negative refractive power, a convex object-side refractive surface, and a concave image-side refractive surface; a third lens component (103, 303) with negative refractive power; a fourth lens component (104, 304) with positive refractive power and a convex image-side refractive surface; a fifth lens component (105, 305) with positive refractive power, a convex object-side refractive surface, and a concave image-side refractive surface wherein at least one of the object-side refracting surface or the image-side refracting surface of the fifth lens component is aspheric; and a sixth lens component (106, 306) with negative refractive power and a concave image-side refractive surface, and wherein the following relation is satisfied: -0.3 < (R 11 + R 12) / (R 11 - R 12) < 2.9, wherein R 11 denotes a radius of curvature of an object-side refractive surface of the sixth lens component, and R 12 denotes a radius of curvature of the concave image-side refractive surface of the sixth lens component. a first lens component (101, 301) with positive refractive power and a convex object-side refractive surface; a frontal aperture stop (114, 314) located on the object side of the first lens component (101, 301); a second lens component (102, 302) with negative refractive power, a convex object-side refractive surface, and a concave image-side refractive surface; a third lens component (103, 303) with negative refractive power; a fourth lens component (104, 304) with positive refractive power and a convex image-side refractive surface; a fifth lens component (105, 305) with positive refractive power, a convex object-side refractive surface, and a concave image-side refractive surface wherein at least one of the object-side refracting surface or the image-side refracting surface of the fifth lens component is aspheric; and a sixth lens component (106, 306) with negative refractive power and a concave image-side refractive surface, and wherein the following relation is satisfied: -0.3 < (R 11 + R 12) / (R 11 - R 12) < 2.9, wherein R 11 denotes a radius of curvature of an object-side refractive surface of the sixth lens component, and R 12 denotes a radius of curvature of the concave image-side refractive surface of the sixth lens component.
Random number generator of the type comprising: - a photon source; - one or more photon detectors of the SPAD type configured in such a way as to detect a flow of photons equal to A, said photons being generated by said photon source; - electronic sampling means configured in such a way as to detect the arrival time t of a photon incident on each one of said SPAD photon detectors for each one of the observation windows with duration T w, said electronic sampling means being furthermore configured in such a way as to convert said arrival time t into a binary sequence with length equal to n = log 2 r, r being the number of time portions having the same duration into which each one of said observation windows with duration T w is subdivided, said binary sequence assuming a value that depends on the specific time portion within which said arrival time t falls, characterized in that said photon source and said electronic sampling means are configured in such a way that the product λ*T w between the detected photon flow A and the duration T w of each observation window is less than or equal to 0.01. - a photon source; - one or more photon detectors of the SPAD type configured in such a way as to detect a flow of photons equal to A, said photons being generated by said photon source; - electronic sampling means configured in such a way as to detect the arrival time t of a photon incident on each one of said SPAD photon detectors for each one of the observation windows with duration T w,
A computing system, comprising: a computer readable storage medium with computer executable instructions, including a biophysical simulator which segments the coronary vessel from an angiogram, identifies a stenosis in the segmented coronary vessel and a distal end of the stenosis, measures a diameter of the segmented coronary vessel proximal to the stenosis, and which determines a reference location (128, 308) being at a location at a distance of a multiple of the measured diameter from said the distal end and a measurement location on the segmented coronary vessel where an invasive Fractional flow reserve measurement was taken, receives as an input the invasive FFR measurement at said measurement location and which determines boundary conditions such that a simulated FFR value at the measurement location is equal to the measured invasive FFR value; and a processor configured to execute the biophysical simulator and perform a flow simulation with the boundary conditions producing simulated FFR values along the segmented coronary vessel, determines a selected FFR value of the simulated FFRs that corresponds to a user specified location along the coronary vessel, and determines the FFR value at the reference location (128,308) from the simulated FFRs. a computer readable storage medium with computer executable instructions, including a biophysical simulator which segments the coronary vessel from an angiogram, identifies a stenosis in the segmented coronary vessel and a distal end of the stenosis, measures a diameter of the segmented coronary vessel proximal to the stenosis, and which determines a reference location (128, 308) being at a location at a distance of a multiple of the measured diameter from said the distal end and a measurement location on the segmented coronary vessel where an invasive Fractional flow reserve measurement was taken, receives as an input the invasive FFR measurement at said measurement location and which determines boundary conditions such that a simulated FFR value at the measurement location is equal to the measured invasive FFR value; and a processor configured to execute the biophysical simulator and perform a flow simulation with the boundary conditions producing simulated FFR values along the segmented coronary vessel, determines a selected FFR value of the simulated FFRs that corresponds to a user specified location along the coronary vessel, and determines the FFR value at the reference location (128,308) from the simulated FFRs.
A composition for introduction into a scaffolding material prior to implantation of the scaffolding material into a subject or for introduction into a recipient site for receiving a surgical matrix material in a subject, the composition comprising: a therapeutically effective amount of a fibroblast growth factor 1 (FGF-1) mutant that extends storage stability in vitro dosed in the absence of heparin; and a therapeutically effective amount of at least one member of the group consisting of embryonic stem cells, adult stem cells and progenitor cells. a therapeutically effective amount of a fibroblast growth factor 1 (FGF-1) mutant that extends storage stability in vitro dosed in the absence of heparin; and a therapeutically effective amount of at least one member of the group consisting of embryonic stem cells, adult stem cells and progenitor cells.
A dihydroorotate-dehydrogenase inhibitor for use in the treatment or amelioration of a disease or medical condition caused by a viral infection by double stranded DNA viruses (dsDNA viruses), positive-sense single-stranded RNA viruses ((+)ssRNA viruses), negative-sense single-stranded RNA viruses ((-)ssRNA viruses), double-stranded DNA viruses (dsDNA), single-stranded RNA viruses which use a DNA intermediate to replicate (ssRNA-RT viruses), double-stranded DNA viruses which use an RNA intermediate during genome replication (dsDNA-RT viruses), wherein the compound is 3-(2,3,5,6-tetrafluoro-3'-trifluoromethoxy-biphenyl-4-ylcarbamoyl)-thiophene-2-carboxylic acid.
Method for providing a data connection to the Internet on a telecommunication terminal, TC terminal, by using a mobile radio network (5, 51, 52), the method comprising: - associating a SIM card with the TC terminal and recording this association on a server; - delivering the SIM card to a mobile radio gateway; - registering a radio module of the mobile radio gateway in the mobile radio network (5, 51, 52) by using the delivered SIM card; - setting up a mobile radio data connection by way of the registered radio module of the mobile radio gateway via the mobile radio network (5, 51, 52) to the Internet; - setting up a first secure data connection between the mobile radio gateway and the server, data being transparently transmissible between the Internet and the server via the mobile radio data connection and the first secure data connection; - setting up a second secure data connection between the TC terminal and the server; and - connecting the first secure data connection and the second secure data connection by way of the server to provide a data connection from the TC terminal to the Internet via the second secure data connection, the first secure data connection and the mobile radio data connection, - the SIM card being delivered to the mobile radio gateway by way of the server, the server being a SIM server, or the SIM card being delivered to the mobile radio gateway by way of a separate SIM server that communicates with the server. - associating a SIM card with the TC terminal and recording this association on a server; - delivering the SIM card to a mobile radio gateway; - registering a radio module of the mobile radio gateway in the mobile radio network (5, 51, 52) by using the delivered SIM card; - setting up a mobile radio data connection by way of the registered radio module of the mobile radio gateway via the mobile radio network (5, 51, 52) to the Internet; - setting up a first secure data connection between the mobile radio gateway and the server, data being transparently transmissible between the Internet and the server via the mobile radio data connection and the first secure data connection; - setting up a second secure data connection between the TC terminal and the server; and - connecting the first secure data connection and the second secure data connection by way of the server to provide a data connection from the TC terminal to the Internet via the second secure data connection, the first secure data connection and the mobile radio data connection, - the SIM card being delivered to the mobile radio gateway by way of the server, the server being a SIM server, or the SIM card being delivered to the mobile radio gateway by way of a separate SIM server that communicates with the server.
A talar implant comprising: a talar dome including a bone contact surface and an articulation surface located opposite the bone contact surface, wherein the talar dome defines a cavity extending from the bone contact surface into the talar dome; and a stem (102; 202a; 202b; 202c) comprising a head and a longitudinal shaft (106; 206) coupled at a predetermined angle to the head, wherein the head is sized and configured to be received within the cavity, and wherein the head is rotatable about at least one axis with respect to the talar dome, characterized in that the talar dome further defines a locking hole extending from the articulation surface to the cavity. a talar dome including a bone contact surface and an articulation surface located opposite the bone contact surface, wherein the talar dome defines a cavity extending from the bone contact surface into the talar dome; and a stem (102; 202a; 202b; 202c) comprising a head and a longitudinal shaft (106; 206) coupled at a predetermined angle to the head, wherein the head is sized and configured to be received within the cavity, and wherein the head is rotatable about at least one axis with respect to the talar dome, characterized in that the talar dome further defines a locking hole extending from the articulation surface to the cavity.
An aircraft, comprising: a flight deck where a flight crew controls operation of the aircraft; a passenger compartment; a nitrogen generating system configured for generating nitrogen enriched air and oxygen enriched air; an environmental control system configured to channel air to the flight deck and the passenger compartment of the aircraft; a primary duct in flow communication with the environmental control system and the flight deck for supplying a flow of air to the flight deck; characterized by further comprising a secondary duct in flow communication with the nitrogen generating system and the primary duct, the secondary duct being configured to channel a flow of oxygen enriched air from the nitrogen generating system to the primary duct to reduce an effective altitude of the flight deck. a flight deck where a flight crew controls operation of the aircraft; a passenger compartment; a nitrogen generating system configured for generating nitrogen enriched air and oxygen enriched air; an environmental control system configured to channel air to the flight deck and the passenger compartment of the aircraft; a primary duct in flow communication with the environmental control system and the flight deck for supplying a flow of air to the flight deck; characterized by further comprising a secondary duct in flow communication with the nitrogen generating system and the primary duct, the secondary duct being configured to channel a flow of oxygen enriched air from the nitrogen generating system to the primary duct to reduce an effective altitude of the flight deck.
A three-dimensional shaping apparatus comprising a shaping table that is raised and lowered within a shaping tank, a squeegee that disperses metal powder by movement in the horizontal direction and forms a laminated layer from the metal powder, a sintering device that works based on irradiation of a laser beam or electron beam, and a cutting device that works by rotation of a tool, wherein the three-dimensional shaping apparatus is provided with transport pathways through which metal powder and fumes that have been discharged to an outer side of the shaping tank after cutting with the cutting device, and metal powder that has been discharged to an outer side of a chamber surrounding the shaping tank without forming part of the laminated layer, are transported to a sifter located at the top of a powder tank, and is provided with a compressor injecting inert gas that does not react with the metal powder at an inlet of each transport pathway, and is provided with a suction device sucking the inert gas at an end of each of the transport pathways, and therefore achieves supply of the inert gas and transport of the metal powder and fumes in the transport pathways all at once, wherein a feedback pathway is provided that is configured to return and supply all or a portion of the inert gas that has been discharged from the suction device to an inlet of one of the transport pathways and/or a highest point of one of the transport pathways, wherein the feedback pathway is directly connected to the inlet and/or the highest point of the one of the transport pathways.
A device for preparing a medical solution, comprising the following parts: a receptacle defining a cavity and intended for receiving at least one active substance to be dissolved, at least one inlet leading into the cavity and intended for feeding at least one solvent into the cavity, and at least one outlet leading out of the cavity and intended for discharging the liquid solution consisting of the at least one active substance and the at least one solvent from the cavity, wherein the receptacle comprises a flexible outer shell for enclosing the cavity and an inner, columnar supporting element for stretching the flexible outer shell between at least two points, and the supporting element comprising the at least one inlet at its first end and the at least one outlet at its second end, and being enclosed by the flexible outer shell, characterized in that the supporting element comprises a tube-shaped spacer portion with which the inlet and the outlet are each attachably connected via a respective tube fastening stud. a receptacle defining a cavity and intended for receiving at least one active substance to be dissolved, at least one inlet leading into the cavity and intended for feeding at least one solvent into the cavity, and at least one outlet leading out of the cavity and intended for discharging the liquid solution consisting of the at least one active substance and the at least one solvent from the cavity, wherein the receptacle comprises a flexible outer shell for enclosing the cavity and an inner, columnar supporting element for stretching the flexible outer shell between at least two points, and the supporting element comprising the at least one inlet at its first end and the at least one outlet at its second end, and being enclosed by the flexible outer shell, characterized in that the supporting element comprises a tube-shaped spacer portion with which the inlet and the outlet are each attachably connected via a respective tube fastening stud.
A method of stepwise increasing the IT security of elements of a technological system, comprising: gathering data on each of a plurality of elements comprising a structure of the technological system by intercepting traffic between the plurality of elements using data exchange protocols, wherein the structure of the technological system comprises at least a plurality of interrelated control subjects of a multilevel control subsystem, an object of control, and a plurality of links between the plurality of elements, and wherein the data on the technological system comprises data describing a structure of one or more levels of the technological system, and the plurality of links between the plurality of elements at and across each level; identifying vulnerable elements of the technological system by one or more of: detecting suspicious actions on the vulnerable elements and statistical data relating to the elements; analyzing the vulnerable elements to generate a classification of severity of vulnerabilities of the vulnerable elements; identifying most vulnerable portions of the vulnerable elements as compared to other elements in the vulnerable elements; and operating the most vulnerable portions of the vulnerable elements in a protected environment. gathering data on each of a plurality of elements comprising a structure of the technological system by intercepting traffic between the plurality of elements using data exchange protocols, wherein the structure of the technological system comprises at least a plurality of interrelated control subjects of a multilevel control subsystem, an object of control, and a plurality of links between the plurality of elements, and wherein the data on the technological system comprises data describing a structure of one or more levels of the technological system, and the plurality of links between the plurality of elements at and across each level; identifying vulnerable elements of the technological system by one or more of: detecting suspicious actions on the vulnerable elements and statistical data relating to the elements; analyzing the vulnerable elements to generate a classification of severity of vulnerabilities of the vulnerable elements; identifying most vulnerable portions of the vulnerable elements as compared to other elements in the vulnerable elements; and operating the most vulnerable portions of the vulnerable elements in a protected environment.