mhurhangee/patent-ind-claim-en huggingface dataset:
An analytical device comprising: a substrate; an integrated illumination element comprising a waveguide source; a plurality of illumination volumes; and a plurality of detector elements; wherein the integrated illumination element is disposed above the surface of the substrate; the plurality of detector elements are disposed below the surface of the substrate; the integrated illumination element is partly surrounded by an opaque layer; and the plurality of illumination volumes are contained in a plurality of nanowells disposed above the surface of the substrate and in the same layer of the device as the integrated illumination element, wherein at least a first nanowell comprises a bottom surface and a first side surface, and wherein the first nanowell is optically coupled to the integrated illumination element through an opening in the opaque layer and to one of the detector elements. a substrate; an integrated illumination element comprising a waveguide source; a plurality of illumination volumes; and a plurality of detector elements; wherein the integrated illumination element is disposed above the surface of the substrate; the plurality of detector elements are disposed below the surface of the substrate; the integrated illumination element is partly surrounded by an opaque layer; and the plurality of illumination volumes are contained in a plurality of nanowells disposed above the surface of the substrate and in the same layer of the device as the integrated illumination element, wherein at least a first nanowell comprises a bottom surface and a first side surface, and wherein the first nanowell is optically coupled to the integrated illumination element through an opening in the opaque layer and to one of the detector elements.
A system for charging an electronic smoking device comprising: a charging base station comprising a micro-control unit, MCU ; and an electronic smoking device comprising a first battery , the electronic smoking device linked to the charging base station via a power line ; wherein the MCU is configured to determine a charging parameter for the first battery based on data regarding a characteristic of the first battery , and wherein the electronic smoking device is communicatively linked to the charging base station and the first battery is a smart battery configured to communicate the data regarding a characteristic of the first battery to the MCU via the power line , wherein communicating the data via the power line comprises sending a broadcasting signal wherein the broadcasting signal is a pulse-width modulation signal. a charging base station comprising a micro-control unit, MCU ; and an electronic smoking device comprising a first battery , the electronic smoking device linked to the charging base station via a power line ; wherein the MCU is configured to determine a charging parameter for the first battery based on data regarding a characteristic of the first battery , and wherein the electronic smoking device is communicatively linked to the charging base station and the first battery is a smart battery configured to communicate the data regarding a characteristic of the first battery to the MCU via the power line , wherein communicating the data via the power line comprises sending a broadcasting signal wherein the broadcasting signal is a pulse-width modulation signal.
A turbofan gas turbine engine comprising, in axial flow sequence, a heat exchanger module , a fan assembly , a compressor module , a turbine module , and an exhaust module , the fan assembly comprising a plurality of fan blades defining a fan diameter (D), the heat exchanger module being in fluid communication with the fan assembly by an inlet duct, the heat exchanger module comprising a plurality of radially-extending hollow vanes arranged in a circumferential array with a channel extending axially between each pair of adjacent hollow vanes , characterised in that the heat exchanger module has a square axial cross-sectional profile .
A method for locating a medical tool in a three dimensional space, comprising: determining whether location data, corresponding to a location of the tool, is available ; if the location data is available, providing the location data for presenting the location of the tool ; if the location data is not available: determining an estimated location of the tool based on a velocity of the tool and an acceleration of the tool ; generating estimated location data corresponding to the estimated location of the tool ; and providing the estimated location data for presenting the estimated location as the location of the tool ; calculating the velocity of the tool and acceleration of the tool for a plurality of locations over time ; determining whether accelerometer data, which indicates the acceleration of the tool, is available ; and if the accelerometer data is not available, determining the estimated location of the tool using one or more previous velocity calculations and one or more previous acceleration calculations of the tool (414; 418). determining whether location data, corresponding to a location of the tool, is available ; if the location data is available, providing the location data for presenting the location of the tool ; if the location data is not available: determining an estimated location of the tool based on a velocity of the tool and an acceleration of the tool ; generating estimated location data corresponding to the estimated location of the tool ; and providing the estimated location data for presenting the estimated location as the location of the tool ; determining an estimated location of the tool based on a velocity of the tool and an acceleration of the tool ; generating estimated location data corresponding to the estimated location of the tool ; and providing the estimated location data for presenting the estimated location as the location of the tool ; calculating the velocity of the tool and acceleration of the tool for a plurality of locations over time ; determining whether accelerometer data, which indicates the acceleration of the tool, is available ; and if the accelerometer data is not available, determining the estimated location of the tool using one or more previous velocity calculations and one or more previous acceleration calculations of the tool (414; 418).
A method implemented by computer means for determining an optical function of an ophthalmic lens adapted to a wearer and intended to be manufactured, the method comprising: - a wearer data providing step, during which wearer data comprising at least an indication of the hearing sensitivity of the wearer and an indication of the ophthalmic prescription of the wearer are provided, - an optical function determining step, during which an optical function adapted to the wearer is determined based at least on the wearer data, wherein said optical function determining step is carried out so that said optical function comprises a zone adapted for facilitating labo-facial reading of the wearer. - a wearer data providing step, during which wearer data comprising at least an indication of the hearing sensitivity of the wearer and an indication of the ophthalmic prescription of the wearer are provided, - an optical function determining step, during which an optical function adapted to the wearer is determined based at least on the wearer data,
A composition for reducing weight imbalances, force variations, and/or vibrations in a tire-wheel assembly comprising: a first plurality of particulate for positioning within the tire-wheel assembly , where each particle in the first plurality of particulate comprises a first material and has low energy absorption capabilities; a second plurality of particulate for positioning within the tire-wheel assembly , where each particle in the second plurality of particulate comprises a second material and has elevated energy absorption capabilities relative to each particle of the first plurality of particulate, the first material being different than the second material , characterized in that each particle in the first plurality of particulate has a shore D hardness equal to or greater than 50, where a majority or substantially all of the first plurality of particulate is at least 0.841 mm in size., and where each particle in the second plurality is formed at least partially of an elastomeric material. a first plurality of particulate for positioning within the tire-wheel assembly , where each particle in the first plurality of particulate comprises a first material and has low energy absorption capabilities; a second plurality of particulate for positioning within the tire-wheel assembly , where each particle in the second plurality of particulate comprises a second material and has elevated energy absorption capabilities relative to each particle of the first plurality of particulate, the first material being different than the second material , characterized in that each particle in the first plurality of particulate has a shore D hardness equal to or greater than 50, where a majority or substantially all of the first plurality of particulate is at least 0.841 mm in size., and where each particle in the second plurality is formed at least partially of an elastomeric material.
Actuating device for an internal combustion engine comprising: - a first housing part , - a drive motor supported in the first housing member in an axial direction and a radial direction - an intermediate housing member and - a second housing part in which a space is configured with an open side, wherein the first housing part , the second housing part and the intermediate housing member comprise corresponding openings having a uniform hole pattern, and the first housing part is screwed to the second housing part with the intermediate housing element interposed therebetween, characterized in that the drive motor is electrically contacted via the intermediate housing element , and in that the intermediate housing element delimits the space of the second housing part , in which a gear unit of the actuating device is arranged, to the open side. - a first housing part , - a drive motor supported in the first housing member in an axial direction and a radial direction - an intermediate housing member and - a second housing part in which a space is configured with an open side, the first housing part , the second housing part and the intermediate housing member comprise corresponding openings having a uniform hole pattern, and the first housing part is screwed to the second housing part with the intermediate housing element interposed therebetween, characterized in that the drive motor is electrically contacted via the intermediate housing element , and in that the intermediate housing element delimits the space of the second housing part , in which a gear unit of the actuating device is arranged, to the open side.
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and azadirachtin, wherein the ratio of sabadilla alkaloids to azadirachtin is from about 1:2 to about 42:1, all abouts meaning +/- 10%.
A software security verification method implemented by a first device, after the first device receives an instantiation request of a virtualized network function, VNF, the method comprising the steps of : performing security verification on a stored VNF packet of the VNF when or after starting to instantiate the VNF according to the instantiation request of the VNF; and sending first result information to a second device when security verification on the VNF packet of the VNF succeeds, wherein the first result information comprises information that security verification on the VNF packet of the VNF succeeds, to enable the second device to connect a virtual machine VM to a network after determining, according to the first result information, that security verification on the VNF packet of the VNF succeeds, wherein the VM is a VM created for the VNF by the second device. performing security verification on a stored VNF packet of the VNF when or after starting to instantiate the VNF according to the instantiation request of the VNF; and sending first result information to a second device when security verification on the VNF packet of the VNF succeeds, wherein the first result information comprises information that security verification on the VNF packet of the VNF succeeds, to enable the second device to connect a virtual machine VM to a network after determining, according to the first result information, that security verification on the VNF packet of the VNF succeeds, wherein the VM is a VM created for the VNF by the second device.
A composition, comprising an anti-nucleolin agent conjugated to nanoparticles, wherein the nanoparticles are non-magnetic, not iron oxide and not polyacrylamide, and wherein the nanoparticles comprise at least one member selected from the group consisting of gold, platinum, iridium and palladium, and wherein the anti-nucleolin agent comprises: a) an anti-nucleolin oligonucleotide; and/or b) an antibody; and/or c) a nucleolin targeting protein; and/or d) a GRO (guanosine-rich oligonucleotide); and wherein the composition is sterile. a) an anti-nucleolin oligonucleotide; and/or b) an antibody; and/or c) a nucleolin targeting protein; and/or d) a GRO (guanosine-rich oligonucleotide);
A recombinant DNA molecule comprising a sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, and SEQ ID NO: 10.
A process for the preparation of lofexidine base or hydrochloride, which comprises: a) reacting 2,6-dichlorophenol and ethyl 2-chloropropionate in a polar aprotic solvent in the presence of an alkali metal carbonate to give ethyl 2-(2,6-dichlorophenoxy)propionate of formula (III) b) reacting the compound of formula (III) with ethylenediamine in the presence of tetravalent titanium alkoxides, in an apolar solvent. a) reacting 2,6-dichlorophenol and ethyl 2-chloropropionate in a polar aprotic solvent in the presence of an alkali metal carbonate to give ethyl 2-(2,6-dichlorophenoxy)propionate of formula (III) b) reacting the compound of formula (III) with ethylenediamine in the presence of tetravalent titanium alkoxides, in an apolar solvent.
Braking system for a motor vehicle having a first parking brake actuator and a second parking brake actuator and a first control device and a second control device which each have a driver for driving at least the first and/or the second parking brake actuator , wherein the first control device has a first arbitration unit which is set up to receive first parking brake request data and to ascertain from the received parking brake request data whether a parking brake action should be carried out, wherein the second control device has a second arbitration unit which is set up to receive second parking brake request data and to ascertain from the received parking brake request data whether a parking brake action should be carried out, wherein a result of the second arbitration unit is fed to the input end of the first arbitration unit as part of the first parking brake request data and wherein a result of the first arbitration unit is transmitted to the driver of the first and/or the second control device for driving the first and/or the second parking brake actuator . wherein the first control device has a first arbitration unit which is set up to receive first parking brake request data and to ascertain from the received parking brake request data whether a parking brake action should be carried out, wherein the second control device has a second arbitration unit which is set up to receive second parking brake request data and to ascertain from the received parking brake request data whether a parking brake action should be carried out, wherein a result of the second arbitration unit is fed to the input end of the first arbitration unit as part of the first parking brake request data and wherein a result of the first arbitration unit is transmitted to the driver of the first and/or the second control device for driving the first and/or the second parking brake actuator .
An apparatus comprising: a rotor of a vehicle ; a rotatable hub configured to support the rotor ; and a rotor hook disposed on the rotor , the rotor hook having a groove configured to receive a recovery line , the rotor is configured to contact the recovery line when the vehicle is flown toward the recovery line and the rotor is configured to draw the recovery line inward into the rotor hook by moving the recovery line into the groove of the rotor hook as the rotor spins after contacting the recovery line . a rotor of a vehicle ; a rotatable hub configured to support the rotor ; and a rotor hook disposed on the rotor , the rotor hook having a groove configured to receive a recovery line , the rotor is configured to contact the recovery line when the vehicle is flown toward the recovery line and the rotor is configured to draw the recovery line inward into the rotor hook by moving the recovery line into the groove of the rotor hook as the rotor spins after contacting the recovery line .
A catheter system for treating a treatment site within or adjacent to a vessel wall within a body of a patient, the catheter system comprising an energy source configured to generate energy; an asymmetrical balloon including a balloon wall that defines a balloon interior, the balloon being configured to retain a balloon fluid within the balloon interior , the balloon being selectively inflatable with the balloon fluid to expand to an inflated state, wherein the balloon wall is positionable substantially adjacent to the treatment site, the balloon further including (i) a balloon proximal end , (ii) an opposed balloon distal end , (iii) a balloon end axis that extends through the balloon proximal end and the balloon distal end when the balloon is in the inflated state, and (iv) a balloon central axis that extends through a geometric center of the balloon when the balloon is in the inflated state, the balloon central axis being spaced apart from and substantially parallel to the balloon end axis, the balloon having a balloon radius, the balloon central axis being spaced apart from the balloon end axis by an axis spacing distance of at least approximately two percent of the balloon radius; and an energy guide configured to selectively receive energy from the energy source and guide the energy from the energy source into the balloon interior to generate plasma in the balloon fluid within the balloon interior. an energy source configured to generate energy; an asymmetrical balloon including a balloon wall that defines a balloon interior, the balloon being configured to retain a balloon fluid within the balloon interior , the balloon being selectively inflatable with the balloon fluid to expand to an inflated state, wherein the balloon wall is positionable substantially adjacent to the treatment site, the balloon further including (i) a balloon proximal end , (ii) an opposed balloon distal end , (iii) a balloon end axis that extends through the balloon proximal end and the balloon distal end when the balloon is in the inflated state, and (iv) a balloon central axis that extends through a geometric center of the balloon when the balloon is in the inflated state, the balloon central axis being spaced apart from and substantially parallel to the balloon end axis, the balloon having a balloon radius, the balloon central axis being spaced apart from the balloon end axis by an axis spacing distance of at least approximately two percent of the balloon radius; and an energy guide configured to selectively receive energy from the energy source and guide the energy from the energy source into the balloon interior to generate plasma in the balloon fluid within the balloon interior.
Seat having a seat-adjusting mechanism for a person to enter into and exit from an interior of a motor vehicle more easily, wherein a backrest part is positively coupled via a swing arm to a seat part so that an adjustment movement of the backrest part is transmitted to the seat part , characterized in that the backrest part and the seat part of the seat are displaced in a first step, starting from a starting position (I), into an intermediate position (II) by a first, predeterminable, horizontal linear measure (Δ×1) by means of a displacement device (400; 400-1, 400-2, 400-3) connected to an upper rail of a seat rail , wherein the backrest part is rigidly connected to a backrest unlocking unit of the backrest part via a coupling element pivotable about a first coupling element pivot axis (y10a) with respect to the displacement device (400; 400-1, 400-2, 400-3), wherein the coupling element is always coupled to the displacement device (400; 400-1, 400-2, 400-3) and thus to the upper rail , whereby the backrest part is displaced in the longitudinal direction (+x) along a first, predeterminable, horizontal, backrest-part adjustment path (Δ×1a), and, at the same time, the inclination of the backrest part is displaced from its starting position (I) to its intermediate position (II) at a predeterminable angle (α), wherein the positively-coupled seat part supported on a pivot arm directly or indirectly on the upper rail of the seat rail is displaced in the first step along a first, horizontal, seat-part adjustment path (Δ×1b) in the longitudinal direction (+x), and, simultaneously, a front side of the seat part is lowered along a vertical adjustment path (Δz), whereupon the backrest part and the seat part together are simultaneously displaced further in the longitudinal direction (+x) along a predeterminable, second, horizontal adjustment path (Δ×2) into an easy-entry position (III) in a second step by unlocking the upper rail relative to a lower rail , affixed to the bodywork, of the seat rail .
Method for managing at least one eUICC information set EIS of a eUICC, comprising the following consecutive steps: - generating , at a eUICC manufacturer, EUM, a first request for registering the eUICC information set EIS, the first request comprising a first Function Call Identifier FCI; - sending the first request from the eUICC manufacturer EUM to an intermediate buffer proxy ; - generating a response to the first request within the intermediate buffer proxy ; and - sending the response to the request to the eUICC manufacturer EUM. - generating , at a eUICC manufacturer, EUM, a first request for registering the eUICC information set EIS, the first request comprising a first Function Call Identifier FCI; - sending the first request from the eUICC manufacturer EUM to an intermediate buffer proxy ; - generating a response to the first request within the intermediate buffer proxy ; and - sending the response to the request to the eUICC manufacturer EUM.
A laser resonator cavity, comprising: a housing having a first end and a second end, and a bore having an axis running between said first and second ends; a pair of coaxial metallic electrodes disposed within said bore, said pair comprising an inner electrode and an outer electrode , said electrodes being constructed to have a gap between them and configured to have an RF field applied between them; and folding mirrors disposed at each end region of said housing, characterized in that said laser resonator cavity further comprises a ceramic material disposed in the gap between said coaxial electrodes, said ceramic material having a series of channels formed therein, such that they generate a zig-zag pathway between said folding mirrors , wherein said zig-zag pathway, when filled with a gain medium, and said folding mirrors, together constitute a laser resonator cavity. a housing having a first end and a second end, and a bore having an axis running between said first and second ends; a pair of coaxial metallic electrodes disposed within said bore, said pair comprising an inner electrode and an outer electrode , said electrodes being constructed to have a gap between them and configured to have an RF field applied between them; and folding mirrors disposed at each end region of said housing,