mhurhangee/ep-ind-claims huggingface dataset:
A golf ball comprising: an inner core comprising a first highly neutralized acid polymer; an outer core layer substantially surrounding the inner core and comprising a second highly neutralized acid polymer; and a cover layer substantially surrounding the outer core layer; wherein the inner core contains less than about 0.1% by weight filler, and the outer core layer contains from about 17.0% to about 30.7% by weight of a first filler. an inner core comprising a first highly neutralized acid polymer; an outer core layer substantially surrounding the inner core and comprising a second highly neutralized acid polymer; and a cover layer substantially surrounding the outer core layer; wherein the inner core contains less than about 0.1% by weight filler, and the outer core layer contains from about 17.0% to about 30.7% by weight of a first filler.
A computer-implemented risk control method, the risk control method comprising: acquiring risk information of a user operation, wherein the user operation is an operation for an amount and the risk information comprises a risk type and a parameter characterizing a magnitude of a risk corresponding to the risk type, the risk type being a remote risk for a personal computer; calculating, for an identity verification mode corresponding to historical identity verification, a security coefficient according to the risk information and security information corresponding to the identity verification mode, wherein the historical identity verification comprises identity verification for a current user prior to the user operation, and the security information is information related to security of the identity verification mode; calculating an expected asset loss according to the security coefficient and the amount corresponding to the user operation; and performing prescribed risk control processing on the user operation when the expected asset loss satisfies a preset condition, wherein the prescribed risk control processing comprises not allowing the user operation, and waiving performing the prescribed risk control processing on the user operation when the expected asset loss does not satisfy the preset condition. acquiring risk information of a user operation, wherein the user operation is an operation for an amount and the risk information comprises a risk type and a parameter characterizing a magnitude of a risk corresponding to the risk type, the risk type being a remote risk for a personal computer; calculating, for an identity verification mode corresponding to historical identity verification, a security coefficient according to the risk information and security information corresponding to the identity verification mode, wherein the historical identity verification comprises identity verification for a current user prior to the user operation, and the security information is information related to security of the identity verification mode; calculating an expected asset loss according to the security coefficient and the amount corresponding to the user operation; and performing prescribed risk control processing on the user operation when the expected asset loss satisfies a preset condition, wherein the prescribed risk control processing comprises not allowing the user operation, and waiving performing the prescribed risk control processing on the user operation when the expected asset loss does not satisfy the preset condition.
An electric tool allowing an external battery pack to detachably connect thereto, the electric tool comprising a housing and a motor installed in the housing; the electric tool further comprising: a) a supporting part fixedly coupled to the housing; and b) a terminal holder (38, 138, 238) adapted to contact with terminals on an external battery pack in order to form a consistent electrical connection; the terminal holder (38, 138, 238) confined by the supporting part and adapted to move relative to the supporting part; wherein the terminal holder (38, 138, 238) has a hollow shape and is adapted to contact with the supporting part at an exterior surface of the terminal holder (38, 138, 238), wherein the terminal holder (38, 138, 238) comprises an engaging part which is movably coupled to the supporting part, wherein the engaging part comprises a pair of opposing projections on the exterior surface of the terminal holder (38, 138, 238); the supporting part comprising, corresponding to each of the projections, a channel receiving the projection and allowing the latter to move therein in a sliding manner, characterized in that on each of the projections there is mounted an electrical terminal for contacting with the terminals (38, 138, 238) on the external battery pack. a) a supporting part fixedly coupled to the housing; and b) a terminal holder (38, 138, 238) adapted to contact with terminals on an external battery pack in order to form a consistent electrical connection; the terminal holder (38, 138, 238) confined by the supporting part and adapted to move relative to the supporting part; wherein the terminal holder (38, 138, 238) has a hollow shape and is adapted to contact with the supporting part at an exterior surface of the terminal holder (38, 138, 238), wherein the terminal holder (38, 138, 238) comprises an engaging part which is movably coupled to the supporting part, wherein the engaging part comprises a pair of opposing projections on the exterior surface of the terminal holder (38, 138, 238); the supporting part comprising, corresponding to each of the projections, a channel receiving the projection and allowing the latter to move therein in a sliding manner, characterized in that on each of the projections there is mounted an electrical terminal for contacting with the terminals (38, 138, 238) on the external battery pack. wherein the terminal holder (38, 138, 238) has a hollow shape and is adapted to contact with the supporting part at an exterior surface of the terminal holder (38, 138, 238), wherein the terminal holder (38, 138, 238) comprises an engaging part which is movably coupled to the supporting part, wherein the engaging part comprises a pair of opposing projections on the exterior surface of the terminal holder (38, 138, 238); the supporting part comprising, corresponding to each of the projections, a channel receiving the projection and allowing the latter to move therein in a sliding manner, characterized in that on each of the projections there is mounted an electrical terminal for contacting with the terminals (38, 138, 238) on the external battery pack.
A rotary compressor system comprising: a compressor housing comprising: a compressor motor; a suction side; a discharge side; a compression chamber disposed between the suction side and the discharge side; characterised in that an overload-protection switch electrically coupled in series with the compressor motor and adapted to cut power to the compressor motor responsive to an overload event; a solenoid valve (302, 402) comprising a valve (303, 406) fluidly coupled between the compression chamber and a location upstream of the suction side and a drive coil (305, 405); wherein interruption of electrical current to the compressor motor interrupts electrical current to the drive coil (305, 405) thereby opening the valve (303, 406) to equalize pressure between the suction side and the discharge side. a compressor housing comprising: a compressor motor; a suction side; a discharge side; a compression chamber disposed between the suction side and the discharge side; a compressor motor; a suction side; a discharge side; a compression chamber disposed between the suction side and the discharge side; characterised in that an overload-protection switch electrically coupled in series with the compressor motor and adapted to cut power to the compressor motor responsive to an overload event; a solenoid valve (302, 402) comprising a valve (303, 406) fluidly coupled between the compression chamber and a location upstream of the suction side and a drive coil (305, 405); wherein interruption of electrical current to the compressor motor interrupts electrical current to the drive coil (305, 405) thereby opening the valve (303, 406) to equalize pressure between the suction side and the discharge side.
A printer comprising a medium support plate assembly provided with a plurality of through-holes (H1-H3) for applying an underpressure to a print substrate (91, 92) on the medium support plate assembly, wherein the medium support plate assembly defines a plurality of suction zones (Z1-Z10), each suction zone (Z1-Z10) having predetermined dimensions different from the other zones (Z1-Z10), wherein the suction zones (Z1-Z10) are partially overlapping, such that the circumference of a first suction zone forms part of the circumference of suction zones (Z2-Z3) other than the first suction zone and an average cross-sectional through-flow area per unit area of through-holes (H2-H4) positioned along a circumference of each zone (Z1-Z10) is larger than the average cross-sectional through-flow area per unit area of through-holes in a central area of each respective zone (Z1-Z10).
A method comprising: receiving, by a token gateway computer (105, 109, 200, 420, 503, 509), a first request message from a token requestor computer (101, 300, 410, 501); determining, by the token gateway computer, at least one token service computer from a plurality of token service computers, each token service computer in the plurality of token service computers operating independently of each other; transmitting, by the token gateway computer, at least one second request message to the at least one token service computer; receiving, by the token gateway computer, at least one first response message comprising at least one token and/or supplemental data associated with the at least one token from the at least one token service computer; and transmitting, a second response message to the token requestor computer, the second response message comprising the at least one token and/or the supplemental data. receiving, by a token gateway computer (105, 109, 200, 420, 503, 509), a first request message from a token requestor computer (101, 300, 410, 501); determining, by the token gateway computer, at least one token service computer from a plurality of token service computers, each token service computer in the plurality of token service computers operating independently of each other; transmitting, by the token gateway computer, at least one second request message to the at least one token service computer; receiving, by the token gateway computer, at least one first response message comprising at least one token and/or supplemental data associated with the at least one token from the at least one token service computer; and transmitting, a second response message to the token requestor computer, the second response message comprising the at least one token and/or the supplemental data.
Sequential can combustor for a gas turbine, the sequential can combustor having an axis and comprising in series: - a first burner (5, 20, 30); - a first combustion chamber (6, 21, 34) - a second burner; - a second combustion chamber; - a transition duct; the first burner having an axis corresponding to the main axial air/gas direction and comprising: - an inlet fed by compressed air; - an outlet facing a combustion chamber; - a bluff body lance extending along the axis and having a downstream portion with a tip substantially at the burner outlet; - at least a fuel injector (38, 39) for injecting fuel in the air flow; - an annular cavity between at least the lance downstream portion and a casing (41, 42); - a swirl generator (43, 44) for generating in the annular cavity an axial swirl flow of air or mixture air and fuel; wherein the casing comprises a downstream portion connectable with the combustion chamber and having a V diverging shape; along the axis the lance tip being in a recessed position with respect to the downstream edge of the downstream portion of the outer casing; characterised in that the burner (30, 31) further comprises at least a spark generator at the lance tip; wherein along the axis the spark generator is protruding the lance tip; wherein the lance tip is provided with a temperature sensor and/or a pressure sensor and/or a flame sensor. - a first burner (5, 20, 30); - a first combustion chamber (6, 21, 34) - a second burner; - a second combustion chamber; - a transition duct; the first burner having an axis corresponding to the main axial air/gas direction and comprising: - an inlet fed by compressed air; - an outlet facing a combustion chamber; - a bluff body lance extending along the axis and having a downstream portion with a tip substantially at the burner outlet; - at least a fuel injector (38, 39) for injecting fuel in the air flow; - an annular cavity between at least the lance downstream portion and a casing (41, 42); - a swirl generator (43, 44) for generating in the annular cavity an axial swirl flow of air or mixture air and fuel; - an inlet fed by compressed air; - an outlet facing a combustion chamber; - a bluff body lance extending along the axis and having a downstream portion with a tip substantially at the burner outlet; - at least a fuel injector (38, 39) for injecting fuel in the air flow; - an annular cavity between at least the lance downstream portion and a casing (41, 42); - a swirl generator (43, 44) for generating in the annular cavity an axial swirl flow of air or mixture air and fuel; wherein the casing comprises a downstream portion connectable with the combustion chamber and having a V diverging shape; along the axis the lance tip being in a recessed position with respect to the downstream edge of the downstream portion of the outer casing; characterised in that the burner (30, 31) further comprises at least a spark generator at the lance tip; wherein along the axis the spark generator is protruding the lance tip; wherein the lance tip is provided with a temperature sensor and/or a pressure sensor and/or a flame sensor.
An air spring arrangement for a secondary suspension of a low-floor rail vehicle having a carriage body, comprising a bogie connection and an adjoining low-floor region, wherein the air spring arrangement comprises: the pressure arrangement, which provides a compressed air volume for a secondary spring suspension of a low-floor rail vehicle, wherein the pressure vessel arrangement can be attached in the low-floor region of the rail vehicle, and a connection line connecting an air spring of the secondary suspension with the compressed-air volume of the pressure vessel arrangement, wherein the connection line is equipped for bridging the low-floor region to the bogie connection. the pressure arrangement, which provides a compressed air volume for a secondary spring suspension of a low-floor rail vehicle, wherein the pressure vessel arrangement can be attached in the low-floor region of the rail vehicle, and a connection line connecting an air spring of the secondary suspension with the compressed-air volume of the pressure vessel arrangement, wherein the connection line is equipped for bridging the low-floor region to the bogie connection.
A three-dimensional, 3D, display apparatus comprising: an optical layer (120, 220, 910) forming a lens array; an immersion layer applied to the optical layer, the immersion layer and the optical layer having a same refractive index; an optical coating being an optical coating of the immersion layer or an optical coating layer coated on the lens array, wherein the optical coating has a transmittance which changes based on a wavelength of the visible light; a projector (110, 210) configured to scan a light onto the optical layer (120, 220, 910); and a processor configured to control a timing at which the projector (110, 210) scans the light onto the optical layer (120, 220, 910) and generate a 3D image in a viewing space based on the timing at which the light is scanned onto the optical layer (120, 220, 910), the 3D image being a multiview image providing different images corresponding to two different viewpoints to a left eye and a right eye of a user, or an integral image forming multiple viewing zones by integrating elemental images including 3D information of a target object. an optical layer (120, 220, 910) forming a lens array; an immersion layer applied to the optical layer, the immersion layer and the optical layer having a same refractive index; an optical coating being an optical coating of the immersion layer or an optical coating layer coated on the lens array, wherein the optical coating has a transmittance which changes based on a wavelength of the visible light; a projector (110, 210) configured to scan a light onto the optical layer (120, 220, 910); and a processor configured to control a timing at which the projector (110, 210) scans the light onto the optical layer (120, 220, 910) and generate a 3D image in a viewing space based on the timing at which the light is scanned onto the optical layer (120, 220, 910), the 3D image being a multiview image providing different images corresponding to two different viewpoints to a left eye and a right eye of a user, or an integral image forming multiple viewing zones by integrating elemental images including 3D information of a target object.
An air sterilizer comprising - a housing having, at one end thereof, an air supply unit in which a fan is arranged in a fixed manner, - a spiral plate heat exchanger arranged in the housing and comprising an electric heating unit in its central part, - an air outlet unit at the other end of the housing, - wherein the spiral plate heat exchanger has an air inlet duct running from the air inlet unit to the electric heater and a counterflow air outlet duct running from the electric heater to the air outlet unit, which ducts (31, 32) run helically next to each other, - each side of the spiral plate heat exchanger is sealed by an end cover, - in the spiral plate heat exchanger there is a constant distance between the adjacent plates of the air inlet duct and the air outlet duct; characterized in that - an air outlet is formed at one end of the housing, adjacent to the air supply unit, on each side of the housing, - an air inlet is formed on the end covers, which opens into the air inlet duct running to the electric heating unit, - a guide hole is formed in the end cover for a temperature sensor, in which a temperature sensor is accommodated, - on the end covers there is a heat-insulated side cover on both sides of the air sterilizer, said side covers being sealed to the housing and defining a chamber which establishes flow communication between the air outlet and the air inlet on the same side of the air sterilizer. - a housing having, at one end thereof, an air supply unit in which a fan is arranged in a fixed manner, - a spiral plate heat exchanger arranged in the housing and comprising an electric heating unit in its central part, - an air outlet unit at the other end of the housing, - wherein the spiral plate heat exchanger has an air inlet duct running from the air inlet unit to the electric heater and a counterflow air outlet duct running from the electric heater to the air outlet unit, which ducts (31, 32) run helically next to each other, - each side of the spiral plate heat exchanger is sealed by an end cover, - in the spiral plate heat exchanger there is a constant distance between the adjacent plates of the air inlet duct and the air outlet duct; characterized in that - an air outlet is formed at one end of the housing, adjacent to the air supply unit, on each side of the housing, - an air inlet is formed on the end covers, which opens into the air inlet duct running to the electric heating unit, - a guide hole is formed in the end cover for a temperature sensor, in which a temperature sensor is accommodated, - on the end covers there is a heat-insulated side cover on both sides of the air sterilizer, said side covers being sealed to the housing and defining a chamber which establishes flow communication between the air outlet and the air inlet on the same side of the air sterilizer.
An initial bacteria confirmation method for confirming initial bacteria in a container with use of a content filling system having a container sterilizer which sterilizes the container, a filler which fills a content in the container, a gas replacement device which replaces gas in a head space in the container and comprises a filtration filter, and a cap attachment device which caps the container with a cap, the method comprising: a step of conveying the container to the filler without sterilizing the container by the container sterilizer; a step of filling a culture medium in the container with the use of the filler; a step of capping the container with the cap using the cap attachment device; and a step of verifying whether or not the bacteria survive or propagate in the culture medium in the container, wherein in the step of filling a culture medium, the gas replacement device supplies air instead of inert gas. a step of conveying the container to the filler without sterilizing the container by the container sterilizer; a step of filling a culture medium in the container with the use of the filler; a step of capping the container with the cap using the cap attachment device; and a step of verifying whether or not the bacteria survive or propagate in the culture medium in the container, wherein in the step of filling a culture medium, the gas replacement device supplies air instead of inert gas.
A process for the manufacture of propylene oxide by catalytic oxidation of propylene with an oxidant wherein the catalytic oxidation is performed in an aqueous reaction medium, comprising water with less than 10% by volume of cosolvents, wherein a water- soluble manganese complex is used as oxidation catalyst, characterized in that the water-soluble manganese complex is a mononuclear species of the general formula: [LMnX 3]Y or a binuclear species of the general formula: [LMn(μ-X) 3 MnL]Y 2 wherein Mn is a manganese; L or each L independently is a polydentate ligand, each X independently is a coordinating species and each μ-X independently is a bridging coordinating species, whereas Y is a counterion selected from the group consisting of RO -, Cl -, F -, RCOO -, PF 6 -, tosylate, triflate (CF 3 SO 3 -) and a combination thereof with R being a C 1 to C 20 radical selected from the group consisting of alkyl, cycloalkyl, aryl, benzyl and combination thereof, and wherein the oxidant is hydrogen peroxide and is added to the aqueous reaction medium at a rate equal to the reaction rate of the catalytic oxidation, the aqueous reaction medium comprises a buffer system based on oxalic acid and an oxalate salt so as to stabilize the pH in the range of from 2.0 to 5.0, and propylene is used in excess over the hydrogen peroxide.