mhurhangee/ep-ind-claims huggingface dataset:
A cutting machine comprising a cutting machine main body that is supported on an upper surface side of a base, the cutting machine main body having a main body case and a circular cutting blade that is rotated by an electric motor, an upper portion of the cutting blade being covered by the main body case, and a blade tip of a lower portion of the cutting blade being openably and closably covered by a movable cover (25; 41), and a dust-proof structure (30; 33; 40) of a rotatably cylindrical supporting annular portion (25b; 41a) of the movable cover (25; 41) with respect to a main body case, wherein the cutting blade is attached to a spindle that is rotatably supported by a bearing disposed in a bearing box of the main body case, wherein the movable cover (25; 41) includes the cylindrical supporting annular portion (25b; 41a) and is rotationally supported by rotatably supporting the cylindrical supporting annular portion (25b; 41a) on an outer circumferential side of the bearing box, so as to be capable of opening and closing the blade tip, wherein the cylindrical supporting annular portion (25b; 41a) of the movable cover (25; 41) is restricted from being axially displaced by an axial restricting portion attached to the bearing box portion, characterised in that an annular elastic member (31; 42) is interposed between an axial end surface of the cylindrical supporting annular portion (25b; 41a) and the axial restricting portion while it is pressed, so that a dust entry path from a side of the cutting blade to an inner circumferential side of the supporting annular portion (25b; 41a) can be closed, and wherein the elastic member (31; 42) is capable of being displaced in a diameter increasing direction against a biasing force in a diameter reducing direction, wherein a recessed portion (25c; 41b) for receiving at least a portion of the elastic member (31; 42) is provided between the cylindrical supporting annular portion (25b; 41a) and the axial restricting portion, and wherein at least one of the axial restricting portion, the cylindrical supporting annular portion (25b; 41a) and the elastic member (31; 42) has an inclined surface that is inclined in a direction to displace the elastic member (31; 42) in the diameter increasing direction by pressing of the axial restricting portion.
A method of production of retinal pigment epithelial cells comprising: (a) culturing human pluripotent stem cells in a human feeder cell-conditioned medium to obtain a cultured population of human pluripotent stem cells, wherein said culturing step occurs in the absence of feeder cells; (b) differentiating said cultured population of human pluripotent stem cells in a medium comprising a differentiating agent to obtain differentiating cells; and (c) further differentiating said differentiating cells in a medium comprising one or more members of the TGFβ superfamily. (a) culturing human pluripotent stem cells in a human feeder cell-conditioned medium to obtain a cultured population of human pluripotent stem cells, wherein said culturing step occurs in the absence of feeder cells; (b) differentiating said cultured population of human pluripotent stem cells in a medium comprising a differentiating agent to obtain differentiating cells; and (c) further differentiating said differentiating cells in a medium comprising one or more members of the TGFβ superfamily.
Galley for a vehicle, comprising: - a port for the thermal connection of the galley to a vehicle air-conditioning system of the vehicle, - a galley refrigeration system for providing a supply to local cooling points (7, 8) in the galley, - a galley air-conditioning system, which is separate from the vehicle air-conditioning system, characterized in that coolant is supplied to the galley air-conditioning system from the galley refrigeration system. - a port for the thermal connection of the galley to a vehicle air-conditioning system of the vehicle, - a galley refrigeration system for providing a supply to local cooling points (7, 8) in the galley, - a galley air-conditioning system, which is separate from the vehicle air-conditioning system,
A method of machining a mold for fabricating an orthopedic appliance, the mold being machined using a machine having at least five axes and carrying a rotary tool, wherein the machine is a robot that has at least five rotary joints (AX1 to AX5) in series, and wherein: • a blank of the mold is fastened to a support mounted to rotate about an axis of rotation; • a blank of the mold is placed in succession in a plurality of distinct machining positions relative to the robot, by turning the rotary support; and • for each of these machining positions, the blank is machined while maintaining the direction of the tool substantially constant, and while moving the end of the tool along successive paths (30, 31) that extend in parallel movement planes (Pld). • a blank of the mold is fastened to a support mounted to rotate about an axis of rotation; • a blank of the mold is placed in succession in a plurality of distinct machining positions relative to the robot, by turning the rotary support; and • for each of these machining positions, the blank is machined while maintaining the direction of the tool substantially constant, and while moving the end of the tool along successive paths (30, 31) that extend in parallel movement planes (Pld).
An electrorheological fluid, - comprising dielectric particles, wherein the dielectric particles have a dielectric constant greater than 10 and a resistivity greater than 10 Ω·m, - conductor particles that are a solid with a resistivity less than 10 -3 Ω·m when a temperature is less than 20°C and that are selected from one or more of metal, carbon and a conductive organic matter, and - insulating oil, wherein the dielectric particles are evenly dispersed in the insulating oil and have a radius of 50 nm to 5 μm, and the conductor particles are inlaid in an interior and on a surface of the dielectric particles, and have a radius of 0.2 nm to 100 nm. - comprising dielectric particles, wherein the dielectric particles have a dielectric constant greater than 10 and a resistivity greater than 10 Ω·m, - conductor particles that are a solid with a resistivity less than 10 -3 Ω·m when a temperature is less than 20°C and that are selected from one or more of metal, carbon and a conductive organic matter, and - insulating oil,
A compound cycle engine system comprising: a rotary engine having a displacement of from 1 to 10 liters, said rotary engine generating exhaust gas; said rotary engine being operated so that intake and exhaust pressures are within 0.5 atmospheres (0.05 MPa); said rotary engine having an intake port and an exhaust port; said intake and exhaust port being arranged so that said engine has a cycle in which an internal expansion volume is greater than an internal compression volume; means for supplying inlet air at a pressure in the range of from 0.30 to 0.50 MPa (3.0 to 5.0 atmospheres) and a temperature in the range of from 66 to 121 degrees Centigrade (150 to 250 degrees Fahrenheit) to said rotary engine; said air supplying means comprising a compressor; means for extracting energy from the exhaust gas of said engine, said means providing an external expansion ratio in the range of 2.0:1 to 7.0:1, and said energy extracting means comprising: a first turbine connected to the compressor by a shaft, said first turbine receiving said exhaust gas from said engine and reducing exhaust gas pressure; and a second turbine having an output shaft, said second turbine receiving said exhaust gas from an outlet of said first turbine; and said engine having a power shaft and said output shaft of said second turbine being connected to said power shaft. a rotary engine having a displacement of from 1 to 10 liters, said rotary engine generating exhaust gas; said rotary engine being operated so that intake and exhaust pressures are within 0.5 atmospheres (0.05 MPa); said rotary engine having an intake port and an exhaust port; said intake and exhaust port being arranged so that said engine has a cycle in which an internal expansion volume is greater than an internal compression volume; means for supplying inlet air at a pressure in the range of from 0.30 to 0.50 MPa (3.0 to 5.0 atmospheres) and a temperature in the range of from 66 to 121 degrees Centigrade (150 to 250 degrees Fahrenheit) to said rotary engine; said air supplying means comprising a compressor; means for extracting energy from the exhaust gas of said engine, said means providing an external expansion ratio in the range of 2.0:1 to 7.0:1, and said energy extracting means comprising: a first turbine connected to the compressor by a shaft, said first turbine receiving said exhaust gas from said engine and reducing exhaust gas pressure; and a second turbine having an output shaft, said second turbine receiving said exhaust gas from an outlet of said first turbine; and a first turbine connected to the compressor by a shaft, said first turbine receiving said exhaust gas from said engine and reducing exhaust gas pressure; and a second turbine having an output shaft, said second turbine receiving said exhaust gas from an outlet of said first turbine; and said engine having a power shaft and said output shaft of said second turbine being connected to said power shaft.
Metered dose inhaler observance system comprising: a micro-controller, a motion sensor, a power supply, and at least one or more elements selected from a data storage means, a visual signal producing means, an audible signal producing means, a wireless communications module, a first pressure sensor, a second pressure sensor, and a communications port, the motion sensor and each of said at least one or more elements being connected to said micro-controller, wherein: the observance system is housed within an observance system housing; and the observance system housing is removably engageable with a mouthpiece component; characterised in that the observance system has a sleep mode in which power is supplied from the power supply only to the motion sensor and micro-controller, and an awake mode, in which power is also supplied to the other components, and switching from the sleep mode to the awake mode occurs when the micro-controller registers at least one or more vibration events of a predetermined magnitude received from the motion sensor; wherein the micro-controller is configured to register two to five successive vibration events received from the motion sensor connected to said micro-controller, whereby each vibration event has a movement of acceleration of between about 1G to about 3G. the observance system is housed within an observance system housing; and the observance system housing is removably engageable with a mouthpiece component; characterised in that the observance system has a sleep mode in which power is supplied from the power supply only to the motion sensor and micro-controller, and an awake mode, in which power is also supplied to the other components, and switching from the sleep mode to the awake mode occurs when the micro-controller registers at least one or more vibration events of a predetermined magnitude received from the motion sensor; wherein the micro-controller is configured to register two to five successive vibration events received from the motion sensor connected to said micro-controller, whereby each vibration event has a movement of acceleration of between about 1G to about 3G.
An electronic device, comprising: a display system having a plurality of laterally adjacent pixel arrays arranged in a tiled pattern, wherein the pixel arrays are configured to produce images; and an optical system having an input portion and an output portion, wherein the optical system is configured to display the images in multiple image planes and wherein the optical system comprises: a waveguide that extends between the input portion and the output portion; an input coupler system having a plurality of laterally adjacent input couplers arranged in a tiled pattern in the input portion, wherein each of the input couplers is configured to couple images from a respective one of the pixel arrays into the waveguide; and an output coupler system that is configured to couple images out of the waveguide in the output portion, wherein the output coupler system is configured to present the images from each of the laterally adjacent pixel arrays in a different respective image plane. a display system having a plurality of laterally adjacent pixel arrays arranged in a tiled pattern, wherein the pixel arrays are configured to produce images; and an optical system having an input portion and an output portion, wherein the optical system is configured to display the images in multiple image planes and wherein the optical system comprises: a waveguide that extends between the input portion and the output portion; an input coupler system having a plurality of laterally adjacent input couplers arranged in a tiled pattern in the input portion, wherein each of the input couplers is configured to couple images from a respective one of the pixel arrays into the waveguide; and an output coupler system that is configured to couple images out of the waveguide in the output portion, wherein the output coupler system is configured to present the images from each of the laterally adjacent pixel arrays in a different respective image plane. a waveguide that extends between the input portion and the output portion; an input coupler system having a plurality of laterally adjacent input couplers arranged in a tiled pattern in the input portion, wherein each of the input couplers is configured to couple images from a respective one of the pixel arrays into the waveguide; and an output coupler system that is configured to couple images out of the waveguide in the output portion, wherein the output coupler system is configured to present the images from each of the laterally adjacent pixel arrays in a different respective image plane.
An apparatus comprising: a refueling controller configured to receive data about a current rate of movement of a refueling boom while the refueling boom is in contact with a receiver aircraft during flight and disconnect the refueling boom from the receiver aircraft based on the current rate of movement of the refueling boom and a current position of the refueling boom, characterized in that in being configured to disconnect the refueling boom from the receiver aircraft based on the current rate of movement of the refueling boom and the current position of the refueling boom, the refueling controller is configured to determine whether the refueling boom has reached a position limit based on the current rate of movement of the refueling boom and the current position of the refueling boom and automatically disconnect the refueling boom from the receiver aircraft when the refueling boom has reached the position limit.
Eszopiclone, or a pharmaceutically acceptable salt, solvate, clathrate, polymorph, or co-crystal thereof, for use in co-administration with trans 4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro- N -methyl-1-napthalenamine, or a pharmaceutically acceptable salt, solvate, clathrate, polymorph, or co-crystal thereof, for treating a patient suffering from a menopause or perimenopause.
A method for midamble estimation, comprising the steps of: receiving a burst of symbols; selecting a subset of the burst of symbols that comprises a first midamble symbol; determining an estimated channel corresponding to each symbol; performing single antenna interference cancellation on each estimated channel to obtain an estimated midamble sequence; comparing each estimated midamble sequence with a previously-known midamble sequence to determine a midamble estimation error; and determining the lowest calculated midamble estimation error to locate the first midamble symbol. receiving a burst of symbols; selecting a subset of the burst of symbols that comprises a first midamble symbol; determining an estimated channel corresponding to each symbol; performing single antenna interference cancellation on each estimated channel to obtain an estimated midamble sequence; comparing each estimated midamble sequence with a previously-known midamble sequence to determine a midamble estimation error; and determining the lowest calculated midamble estimation error to locate the first midamble symbol.
A compound of Formula, wherein each X is independently fluorine or chlorine; n is 1 or 2; R 1 is C 3 -C 8 alkyl, phenyl or benzyl; and R 2 is C 1 -C 6 alkyl.
A non-transitory machine readable storage medium having instructions embodied thereon, the instructions which when executed by one or more processors perform the following operations to provide hyper-text transfer protocol, HTTP, adaptive streaming, HAS, the operations comprising: processing a manifest file for an HTTP adaptive stream that is received at a user equipment, UE, from a node, wherein the manifest file identifies a plurality of representation levels for a period with each representation level identifying a plurality of segments; determining a physical layer goodput of the UE with the node for the HAS; selecting a plurality of physical layer goodput samples from the HAS; characterized by calculating a slope of a curve fit of the physical layer goodput samples at a time t; and identifying, based on the calculated slope, when to replace a previously received segment identified in the manifest file for the HAS with a same segment at a different representation level. processing a manifest file for an HTTP adaptive stream that is received at a user equipment, UE, from a node, wherein the manifest file identifies a plurality of representation levels for a period with each representation level identifying a plurality of segments; determining a physical layer goodput of the UE with the node for the HAS; selecting a plurality of physical layer goodput samples from the HAS; characterized by calculating a slope of a curve fit of the physical layer goodput samples at a time t; and identifying, based on the calculated slope, when to replace a previously received segment identified in the manifest file for the HAS with a same segment at a different representation level.
An engineered cell line, wherein cells of the engineered cell line are engineered to have decreased expression of a coding region compared to a control cell line that is not engineered in the same way, wherein the coding region is ZNF205, and wherein the cells comprise a picornavirus.
A medical instrument (100, 300, 400, 500) comprising a magnetic resonance imaging system for acquiring magnetic resonance imaging data from an imaging zone, wherein the medical instrument further comprises: - a subject support configured for supporting at least a portion of the subject within the imaging zone, wherein the subject support comprises a support surface for receiving the subject, wherein the subject support comprises a radar array, in particular arranged embedded below the support surface; - a radar system for acquiring a radar signal from the subject, wherein the radar system comprises the radar array; - a motion detection system configured for acquiring a movement signal from the subject; - a memory for storing machine executable instructions and pulse sequence commands; - a processor for controlling the medical instrument, wherein execution of the machine executable instructions causes the processor to: - continuously receive the radar signal from the radar system; - continuously receive the movement signal from the motion detection system; - continuously calculate a combined motion signal from the radar system and the movement signal; and - control the magnetic resonance imaging system with the pulse sequence commands to acquire the magnetic resonance imaging data, wherein the acquisition of the magnetic resonance imaging data is controlled using the combined motion signal. - a subject support configured for supporting at least a portion of the subject within the imaging zone, wherein the subject support comprises a support surface for receiving the subject, wherein the subject support comprises a radar array, in particular arranged embedded below the support surface; - a radar system for acquiring a radar signal from the subject, wherein the radar system comprises the radar array; - a motion detection system configured for acquiring a movement signal from the subject; - a memory for storing machine executable instructions and pulse sequence commands; - a processor for controlling the medical instrument, - continuously receive the radar signal from the radar system; - continuously receive the movement signal from the motion detection system; - continuously calculate a combined motion signal from the radar system and the movement signal; and - control the magnetic resonance imaging system with the pulse sequence commands to acquire the magnetic resonance imaging data, wherein the acquisition of the magnetic resonance imaging data is controlled using the combined motion signal.
Sealing ring in the form of a grooved ring for sealing a movable machine element with respect to a stationary housing, wherein the sealing ring is produced from a thermoplastic material, having a radially inner axial limb (8.1) with a dynamic sealing edge, a radially outer axial limb (8.2) with a static sealing edge, and a radial limb which connects the two axial limbs (8.1, 8.2), wherein a depression is formed between the two axial limbs (8.1, 8.2) and the radial limb, and wherein the radially inner axial limb (8.1) has, on its machine-element-side surface, a rounded transition to that surface of the radial limb which faces away from the pressure, characterized in that - the transition follows the curve of an arc-cotangent function, or - the transition has the form of a tangential juxtaposition of circular segments of decreasing radius. - the transition follows the curve of an arc-cotangent function, or - the transition has the form of a tangential juxtaposition of circular segments of decreasing radius.