mhurhangee/patent-ind-claim-en huggingface dataset:
A mid infrared spectral band continuous zoom system for thermally imaging an object, comprising: a positive element that focuses incoming light from the object; a negative focal length group configured to move for zooming, and that intercepts the light being focused by the positive element and creates a virtual image; a positive focal length group configured to move for zooming, that relays the virtual image created by the negative focal length moving group to an intermediate image ; a relay group that relays the intermediate image to a final image plane ; and a cooled infrared camera that thermally images the object at the final image plane, characterised in that the negative focal length group and the positive focal length group are moved relative to one another, and the relay group is configured to be fixed during zooming, while providing a continuous zoom range with a focal length change greater than 25X; the positive element is made from zinc selenide; the negative focal length moving group includes a first element made from Ge 33 As 12 Se 55 glass, and a second element made from germanium; the positive focal length moving group includes a first element made from silicon, a second element made from zinc selenide, and a third element made from germanium; and the relay group includes a first element made from germanium, a second element made from silicon, a third element made from germanium, a fourth element made from zinc sulfide, and a fifth element made from chalcogenide. a positive element that focuses incoming light from the object; a negative focal length group configured to move for zooming, and that intercepts the light being focused by the positive element and creates a virtual image; a positive focal length group configured to move for zooming, that relays the virtual image created by the negative focal length moving group to an intermediate image ; a relay group that relays the intermediate image to a final image plane ; and a cooled infrared camera that thermally images the object at the final image plane, characterised in that the negative focal length group and the positive focal length group are moved relative to one another, and the relay group is configured to be fixed during zooming, while providing a continuous zoom range with a focal length change greater than 25X; the positive element is made from zinc selenide; the negative focal length moving group includes a first element made from Ge 33 As 12 Se 55 glass, and a second element made from germanium; the positive focal length moving group includes a first element made from silicon, a second element made from zinc selenide, and a third element made from germanium; and the relay group includes a first element made from germanium, a second element made from silicon, a third element made from germanium, a fourth element made from zinc sulfide, and a fifth element made from chalcogenide.
A dental delivery system comprising: at least a first fluid conduit for supplying fluid via the delivery system to a handpiece connected to a distal end of the conduit ; a plurality of flow control adjusters (148a-d) positioned on the delivery system at a location remote from the at least first fluid conduit , wherein a first flow control adjuster of the plurality of flow control adjusters (148a-d) is operable to change a fluid flow rate in the first fluid conduit ; and an indicator circuit comprising a plurality of sensors and a plurality of visual indicators (149a-d; 306), wherein each of the plurality of visual indicators is positioned adjacent a respective one of the plurality of flow control adjusters (148a-d), wherein a first sensor of the plurality of sensors is operable to trigger a first visual indicator of the plurality of visual indicators (149a-d; 306) in response to predetermined motion of the first fluid conduit to visually indicate that the first flow control adjuster is associated with the first fluid conduit . at least a first fluid conduit for supplying fluid via the delivery system to a handpiece connected to a distal end of the conduit ; a plurality of flow control adjusters (148a-d) positioned on the delivery system at a location remote from the at least first fluid conduit , wherein a first flow control adjuster of the plurality of flow control adjusters (148a-d) is operable to change a fluid flow rate in the first fluid conduit ; and an indicator circuit comprising a plurality of sensors and a plurality of visual indicators (149a-d; 306), wherein each of the plurality of visual indicators is positioned adjacent a respective one of the plurality of flow control adjusters (148a-d), wherein a first sensor of the plurality of sensors is operable to trigger a first visual indicator of the plurality of visual indicators (149a-d; 306) in response to predetermined motion of the first fluid conduit to visually indicate that the first flow control adjuster is associated with the first fluid conduit .
Dye of the formula (I) in which R 1 is hydrogen, halogen, COOH or COOR 11 , R 2 is hydrogen, halogen, COOH, COOR 12 or CN, R 3 is alkyl or phenyl, R 4 and R 5 are each independently alkyl, R 6 , R 7 , R 8 , R 9 and R 10 are each independently hydrogen, halogen, alkyl, alkoxy or COOR 13 , and R 11 , R 12 and R 13 are each independently alkyl. R 1 is hydrogen, halogen, COOH or COOR 11 , R 2 is hydrogen, halogen, COOH, COOR 12 or CN, R 3 is alkyl or phenyl, R 4 and R 5 are each independently alkyl, R 6 , R 7 , R 8 , R 9 and R 10 are each independently hydrogen, halogen, alkyl, alkoxy or COOR 13 , and R 11 , R 12 and R 13 are each independently alkyl.
A pack comprising a group of tobacco industry products wrapped in a laminate to form a bundle , a base containing the bundle , and a lid mounted to the base for rotation between open and closed positions, the laminate comprising an outer layer having a first cut that defines an outer layer region bounded by said first cut and, an inner layer having a second cut comprising a bottom edge and side edges that define an inner layer region bounded by said second cut , the inner layer region lying within the outer layer region , wherein the laminate further comprises a permanent adhesive region between the inner layer and the outer layer in said inner layer region , characterised in that a part of the outer layer region is attached to an inside surface of the lid such that, as the lid is rotated into its open position, the inner and outer layer regions are lifted causing the inner and outer layers to delaminate in a peripheral region between the first and second cuts and an opening to be created in the laminate , wherein the laminate further comprises a pressure-sensitive adhesive between the inner layer and the outer layer such that said peripheral region re-adheres when the lid is rotated into its closed position, and the permanent adhesive region is offset from the bottom and side edges of the second cut .
A nozzle for a plasma arc torch that provides a flow of shield gas about a portion of the nozzle, the nozzle comprising a nozzle distal end region having, - a longitudinal nozzle orifice that is symmetrically disposed about a longitudinal nozzle axis , said nozzle orifice terminating at a nozzle terminal plane which is normal to the nozzle axis, and - a variably-curved convex distal region sidewall that has a variably-curved convex form generated by rotation of a curvilinear element about the nozzle axis, where the curvilinear element is a curve of variable curvature that intersects the nozzle terminal plane and has an inclination with respect to the nozzle axis that increases in an increasing manner with decreasing longitudinal distance from the nozzle terminal plane, whereby the curvature of said distal region sidewall promotes flow of a portion of the shield gas along its surface into close proximity to said nozzle orifice, - characterised in that a line tangent to the curvilinear element where it intersects the nozzle terminal plane is inclined to said nozzle terminal plane by an inclination of less than about 15°. - a longitudinal nozzle orifice that is symmetrically disposed about a longitudinal nozzle axis , said nozzle orifice terminating at a nozzle terminal plane which is normal to the nozzle axis, and - a variably-curved convex distal region sidewall that has a variably-curved convex form generated by rotation of a curvilinear element about the nozzle axis, where the curvilinear element is a curve of variable curvature that intersects the nozzle terminal plane and has an inclination with respect to the nozzle axis that increases in an increasing manner with decreasing longitudinal distance from the nozzle terminal plane, whereby the curvature of said distal region sidewall promotes flow of a portion of the shield gas along its surface into close proximity to said nozzle orifice, - characterised in that a line tangent to the curvilinear element where it intersects the nozzle terminal plane is inclined to said nozzle terminal plane by an inclination of less than about 15°.
Method for fail-safe speed monitoring of a sensorless three-phase drive , in which the three-phase drive is driven in three phases with the phases U, V, W by drive electronics having an inverter , the voltage signals on the three phases U, V, W being present as pulse width modulated signals, in which an output frequency of the inverter applied to the drive is determined and an actual speed of the drive is determined therefrom, in which the actual speed is compared with a predeterminable target speed and in which, if the target speed is exceeded by the actual speed , the drive is switched off, the output frequency being determined in two channels and solely the pulse width of the pulse width modulated signals being used to determine the output frequency of the inverter in a first channel, characterized in that the output frequency is determined in the first channel by means of a first microcontroller on the one hand and independently thereof in a second channel by means of a second microcontroller on the other hand, wherein solely the pulse width of the pulse width modulated signals is used to determine the output frequency of the inverter also in the second channel.
A mammalian cell wherein mgat4A, mgat4B and mgat5 are knocked out in the cell.
A sampling device of a liquid sensitive to contact with air, making it possible to decant said liquid , previously contained within an initial sealed container , into several final containers of a capacity that is less than that of the initial container , without any contact of the liquid with oxygen, the device comprising: - an inlet port of at least one initial container , providing an interface between the exterior exposed to ambient air and the inlet of an enclosure , and comprising at least one receiving means that communicates with the interior of the enclosure , - an enclosure wherein there prevails an inert atmosphere , and comprising: ∘ an opening station comprising an opening means of at least one initial container fitted into the at least one receiving means of the inlet port , ∘ a collection vessel , located beneath the opening station or communicating therewith in order to collect the liquid contained within the at least one initial container , ∘ a filling station for filling the final containers with liquid collected within the collection vessel , ∘ a sealing station for hermetically sealing the final containers , - an outlet port of the filled final containers, providing an interface between the outlet of the enclosure and the exterior which is exposed to ambient air. - an inlet port of at least one initial container , providing an interface between the exterior exposed to ambient air and the inlet of an enclosure , and comprising at least one receiving means that communicates with the interior of the enclosure , - an enclosure wherein there prevails an inert atmosphere , and comprising: ∘ an opening station comprising an opening means of at least one initial container fitted into the at least one receiving means of the inlet port , ∘ a collection vessel , located beneath the opening station or communicating therewith in order to collect the liquid contained within the at least one initial container , ∘ a filling station for filling the final containers with liquid collected within the collection vessel , ∘ a sealing station for hermetically sealing the final containers , ∘ an opening station comprising an opening means of at least one initial container fitted into the at least one receiving means of the inlet port , ∘ a collection vessel , located beneath the opening station or communicating therewith in order to collect the liquid contained within the at least one initial container , ∘ a filling station for filling the final containers with liquid collected within the collection vessel , ∘ a sealing station for hermetically sealing the final containers , - an outlet port of the filled final containers, providing an interface between the outlet of the enclosure and the exterior which is exposed to ambient air.
A bonded non-woven mat comprising: a nonwoven fiber web; and a binder formulation comprising a precursor binder composition comprising a thermoset material and a coating binder composition comprising a thermoplastic material, wherein the precursor binder composition is applied to the nonwoven fiber web to form a precursor web, and the coating binder composition is applied to the precursor web, the nonwoven mat being cured to form a bonded non-woven mat, wherein the thermoset material is present in an amount of 5% to 49% by weight of the total binder formulation and the thermoplastic material is present in an amount of 51% to 95% by weight of the total binder formulation, and wherein the bonded non-woven mat has a Gurley stiffness of 500 mg to 2000 mg. a nonwoven fiber web; and a binder formulation comprising a precursor binder composition comprising a thermoset material and a coating binder composition comprising a thermoplastic material, wherein the precursor binder composition is applied to the nonwoven fiber web to form a precursor web, and the coating binder composition is applied to the precursor web, the nonwoven mat being cured to form a bonded non-woven mat, wherein the thermoset material is present in an amount of 5% to 49% by weight of the total binder formulation and the thermoplastic material is present in an amount of 51% to 95% by weight of the total binder formulation, and wherein the bonded non-woven mat has a Gurley stiffness of 500 mg to 2000 mg.
A method of communication, comprising: receiving information to be encoded; determining a desired code block size for the received information; selecting rate matching for encoding the received information, wherein the selection is between repetition-based rate matching and puncture-based rate matching, and wherein the selection is based on the desired code block size; and block encoding the received information using the selected rate matching, wherein the block encoding comprises Polar coding; the method further comprising: determining a power-of-two block size that corresponds to a largest power-of-two integer that is less than the desired code block size; and determining a difference between the desired code block size and the power-of-two block size, wherein the selection of the rate matching is further based on the difference; the method further comprising: comparing the difference with a fraction β < 1/2 of the power-of-two block size, wherein the selection of the rate matching is further based on the comparison. receiving information to be encoded; determining a desired code block size for the received information; selecting rate matching for encoding the received information, wherein the selection is between repetition-based rate matching and puncture-based rate matching, and wherein the selection is based on the desired code block size; and block encoding the received information using the selected rate matching, wherein the block encoding comprises Polar coding; the method further comprising: determining a power-of-two block size that corresponds to a largest power-of-two integer that is less than the desired code block size; and determining a difference between the desired code block size and the power-of-two block size, determining a power-of-two block size that corresponds to a largest power-of-two integer that is less than the desired code block size; and determining a difference between the desired code block size and the power-of-two block size, wherein the selection of the rate matching is further based on the difference; the method further comprising: comparing the difference with a fraction β < 1/2 of the power-of-two block size, wherein the selection of the rate matching is further based on the comparison.
A method of producing a microchannel chip, the method comprising: providing a substrate made of carbon, which has a channel in its surface; providing a cover composed of a glass plate; and heating at least a part of a contact surface at which said substrate is in contact with said cover to bond said glass plate to said substrate without using an adhesive. providing a substrate made of carbon, which has a channel in its surface; providing a cover composed of a glass plate; and heating at least a part of a contact surface at which said substrate is in contact with said cover to bond said glass plate to said substrate without using an adhesive.
A method for laser cleaning ink from a anilox roller in a cleaning apparatus , the method comprising following acts of: - generating picosecond laser pulses with a pulse duration between 1-1000 ps at a laser ; - guiding the laser pulses onto a path on the anilox roller . - generating picosecond laser pulses with a pulse duration between 1-1000 ps at a laser ; - guiding the laser pulses onto a path on the anilox roller .
A mechanism for locking an opening frame by pressing against a frame , comprising: - a mount intended to be secured to the frame ; - a carriage intended to be secured to the opening frame , and movable relative to the mount along a translational movement between a first position corresponding to an open position of the opening frame , and a second position corresponding to a blocking position of the opening frame ; - a hook movable relative to the mount and arranged to cooperate with a part of the opening frame in order to press it against the frame ; - the hook is rotatably movable on the mount ; - an actuator rotatably mounted on the mount and arranged to move the hook , - a return element interposed between the actuator and the carriage , characterized in that the hook has a first cam path and a second cam path with which the actuator cooperates, the first cam path extending the second cam path , and in that the return element is configured to tension when the carriage moves from its first position to its second position and to move the hook bearing on the carriage by cooperation of the actuator with the first cam path , then press the opening frame against the frame by cooperation of the actuator with the second cam path , in order to cause the pivoting of the hook which then cooperates with said part of the opening frame to press it against the frame . - a mount intended to be secured to the frame ; - a carriage intended to be secured to the opening frame , and movable relative to the mount along a translational movement between a first position corresponding to an open position of the opening frame , and a second position corresponding to a blocking position of the opening frame ; - a hook movable relative to the mount and arranged to cooperate with a part of the opening frame in order to press it against the frame ; - the hook is rotatably movable on the mount ; - an actuator rotatably mounted on the mount and arranged to move the hook , - a return element interposed between the actuator and the carriage , characterized in that the hook has a first cam path and a second cam path with which the actuator cooperates, the first cam path extending the second cam path , and in that the return element is configured to tension when the carriage moves from its first position to its second position and to move the hook bearing on the carriage by cooperation of the actuator with the first cam path , then press the opening frame against the frame by cooperation of the actuator with the second cam path , in order to cause the pivoting of the hook which then cooperates with said part of the opening frame to press it against the frame .
A vehicle seat including a seat cushion and a seat back , the vehicle seat comprising: a panel member that structures a portion of a frame of the seat cushion , which is adapted to support buttocks of a passenger, a front surface portion of the panel member being disposed at a front part of the vehicle seat , and a face of the front surface portion facing toward a front side of the vehicle seat ; and an energy absorbing member that is provided along the face of the front surface portion , and the energy absorbing member is configured to irreversibly deform by being pushed toward a rear side of the vehicle seat , wherein the panel member is formed by a metal plate, and the panel member has a bottom surface portion that extends in a front-rear direction and a transverse direction of the vehicle seat , an inclined surface portion that extends from a front end of the bottom surface portion so as to incline toward an upper side while heading toward the seat front side, a peak surface portion that extends from a front end of the inclined surface portion toward the seat front side, the peak surface portion being substantially parallel to the front-rear direction and the transverse direction of the vehicle seat , and the front surface portion , which extends toward a lower side from a front end of the peak surface portion . a panel member that structures a portion of a frame of the seat cushion , which is adapted to support buttocks of a passenger, a front surface portion of the panel member being disposed at a front part of the vehicle seat , and a face of the front surface portion facing toward a front side of the vehicle seat ; and an energy absorbing member that is provided along the face of the front surface portion , and the energy absorbing member is configured to irreversibly deform by being pushed toward a rear side of the vehicle seat , wherein the panel member is formed by a metal plate, and the panel member has a bottom surface portion that extends in a front-rear direction and a transverse direction of the vehicle seat , an inclined surface portion that extends from a front end of the bottom surface portion so as to incline toward an upper side while heading toward the seat front side, a peak surface portion that extends from a front end of the inclined surface portion toward the seat front side, the peak surface portion being substantially parallel to the front-rear direction and the transverse direction of the vehicle seat , and the front surface portion , which extends toward a lower side from a front end of the peak surface portion .