mhurhangee/ep-ind-claims huggingface dataset:
An optical analysis system comprising: an irradiator configured to, in a chemical reaction system for obtaining a product (AB, AB1, AB2) by synthesizing a first raw material and a second raw material, irradiate each of the first raw material and the second raw material prior to initiation of synthesis with irradiation light (L1a, L1b, L1c) and irradiate a mixture after initiation of the synthesis that includes the first raw material, the second raw material, and the product (AB, AB1, AB2) with irradiation light (L1a, L1b, L1c); a detector configured to detect measuring light (L2a, L2b, L2c) that is based on the irradiation light (L1a, L1b, L1c) radiated by the irradiator and includes information regarding an optical spectrum of each of the first raw material, the second raw material, and the mixture; and an arithmetic unit (22; 16) configured to calculate the optical spectrum of each of the first raw material, the second raw material, and the mixture based on the detected measuring light (L2a, L2b, L2c) and, based on the optical spectrum of the first raw material, the optical spectrum of the second raw material, and the optical spectrum of the mixture, calculate an optical spectrum of the product (AB, AB1, AB2). an irradiator configured to, in a chemical reaction system for obtaining a product (AB, AB1, AB2) by synthesizing a first raw material and a second raw material, irradiate each of the first raw material and the second raw material prior to initiation of synthesis with irradiation light (L1a, L1b, L1c) and irradiate a mixture after initiation of the synthesis that includes the first raw material, the second raw material, and the product (AB, AB1, AB2) with irradiation light (L1a, L1b, L1c); a detector configured to detect measuring light (L2a, L2b, L2c) that is based on the irradiation light (L1a, L1b, L1c) radiated by the irradiator and includes information regarding an optical spectrum of each of the first raw material, the second raw material, and the mixture; and an arithmetic unit (22; 16) configured to calculate the optical spectrum of each of the first raw material, the second raw material, and the mixture based on the detected measuring light (L2a, L2b, L2c) and, based on the optical spectrum of the first raw material, the optical spectrum of the second raw material, and the optical spectrum of the mixture, calculate an optical spectrum of the product (AB, AB1, AB2).
A heat-exchanger tube for a boiler or the like, wherein the tube is wound so as to define a substantially plane spiral having at least one turn (2a-2c), wherein the tube has a first end portion, which extends starting from the inside of the corresponding spiral towards the outside thereof, the first end portion being at least partially superimposed on the at least one turn (2a, 2b, 2c), in a position corresponding to a major face of the spiral, characterized in that the tube has at least one transverse depression defined in the at least one turn (2a, 2b, 2c), in the at least one transverse depression being at least partially received a corresponding part of the first end portion. wherein the tube is wound so as to define a substantially plane spiral having at least one turn (2a-2c), wherein the tube has a first end portion, which extends starting from the inside of the corresponding spiral towards the outside thereof, the first end portion being at least partially superimposed on the at least one turn (2a, 2b, 2c), in a position corresponding to a major face of the spiral, characterized in that the tube has at least one transverse depression defined in the at least one turn (2a, 2b, 2c), in the at least one transverse depression being at least partially received a corresponding part of the first end portion.
Skin radiation apparatus comprising: - a photon radiation unit for generating a line-shaped radiation pattern extending in a first direction ( x), the photon radiation unit comprising a photon radiation source, - a movement facility (20, 22) for causing movement of the line shaped radiation pattern in a second direction (y) transverse to the first direction (x), - a detection unit for detecting a skin condition profile, - a control unit for controlling a power density distribution for the line-shaped radiation pattern dependent on the skin condition profile detected by the detection unit, characterised in that the photon radiation source has a plurality of elements (142a...142c, 14a...14x) each capable of providing a respective portion of the line-shaped radiation pattern. - a photon radiation unit for generating a line-shaped radiation pattern extending in a first direction ( x), the photon radiation unit comprising a photon radiation source, - a movement facility (20, 22) for causing movement of the line shaped radiation pattern in a second direction (y) transverse to the first direction (x), - a detection unit for detecting a skin condition profile, - a control unit for controlling a power density distribution for the line-shaped radiation pattern dependent on the skin condition profile detected by the detection unit, characterised in that
A rubber coating layer for coating a developing roll to be used in an image forming apparatus, the coating layer is obtained by coating a coating layer composition around a developing roll having a rubber substrate layer and curing the coating layer composition, the coating layer composition comprises: a liquid binder containing at least a polyol, an isocyanate compound and reactive silicone oil, silicone rubber particles having a hardness according to JIS K6253: 1997 by Durometer A, measured instantaneously, of 20 to 80 degrees, and an average particle diameter of 0.2 to 10 μm, and a diluting solvent, and a ratio of a thickness of the coating layer after curing and the average particle diameter of the silicone rubber particles satisfies: average particle diameter/coating layer thickness <0.3. a liquid binder containing at least a polyol, an isocyanate compound and reactive silicone oil, silicone rubber particles having a hardness according to JIS K6253: 1997 by Durometer A, measured instantaneously, of 20 to 80 degrees, and an average particle diameter of 0.2 to 10 μm, and a diluting solvent, and a ratio of a thickness of the coating layer after curing and the average particle diameter of the silicone rubber particles satisfies: average particle diameter/coating layer thickness <0.3.
System for three-dimensional object surface acquisition, comprising means for projecting a thin light beam, at least one digital camera for acquiring images of the profile produced by said beam on the object, means for moving the beam along the object, and means for processing the acquired images, in which system the projecting means comprise an LED the light of which is focused to form a fringe of thickness smaller than 50 μm, the system being characterized in that: the means for processing the images are configured to analyse the profiles at the subpixel level using an interpolation function and to correct the noise inherent to the beam and the noise inherent to the surface of the object.
Engine nacelle having a coupling for inducing high temperature drops on said engine nacelle, said engine nacelle comprising an annular inlet edge portion subjected to high temperature and a bearing structure having limited capacity to resist against high temperatures, the bearing structure being formed by an external panel and an internal panel, which is a sound absorbing panel, the panels being substantially concentric with respect to each other, the annular inlet edge portion comprising a baffle closing at the rear part the annular inlet edge portion, said coupling comprising at least one joint connecting said annular inlet edge portion and the bearing structure, characterized in that the joint is made of a metal layer overlapped-onto by a non-metal layer, the metal layer being made of titanium or titanium alloy and the non-metal layer being a glass fibre layer.
A medical device delivery system, comprising: an implantable medical device (100, 200) including a first attachment feature (130, 230) disposed near a distal end of the device and a second attachment feature (132, 232), wherein the first attachment feature includes an elastomeric element; and a delivery device including a first catheter that is arranged to pass through the second attachment feature (132, 232) and contact the elastomeric element, and an elongate element that is arranged to releasably couple with the elastomeric element, wherein the elastomeric element includes a channel that extends in an axial direction through the elastomeric element, and the elongate element includes a bulbous tip at the distal end of the elongate element that is adapted to pass through the channel. an implantable medical device (100, 200) including a first attachment feature (130, 230) disposed near a distal end of the device and a second attachment feature (132, 232), wherein the first attachment feature includes an elastomeric element; and a delivery device including a first catheter that is arranged to pass through the second attachment feature (132, 232) and contact the elastomeric element, and an elongate element that is arranged to releasably couple with the elastomeric element, wherein the elastomeric element includes a channel that extends in an axial direction through the elastomeric element, and the elongate element includes a bulbous tip at the distal end of the elongate element that is adapted to pass through the channel.
Optical gas analyser device, comprising at least one measurement chamber, through which measurement gas flows and which is formed in at least one tubular measurement cuvette (1; 1a, 1b) and which is illuminated longitudinally by means of at least one infrared radiation source (2; 2a, 2b) arranged on the input side, the light beam of which, attenuated by absorption losses, is captured for gas concentration analysis according to the principle of NDIR spectroscopy by at least one opto-pneumatic detector arranged on the output side, wherein optical means for improving the selectivity in gas mixture analyses are provided, wherein the optical means for improving the selectivity comprise a broadband receiver, arranged downstream of the measurement cuvette (1, 1a, 1b), with an upstream optical interference filter, which filter is formed as a multivariate optical element having a plurality of passbands according to a predetermined pattern, which receiver is used in addition to the opto-pneumatic detector, in order to suppress disturbing influences from accompanying components in the measurement gas.
A fluid dispenser comprising: a pump mechanism having a movable pump member, wherein the pump mechanism dispenses a dose of fluid when said movable pump member of the pump mechanism is moved between an extended position and a retracted position; a pump engagement body that engages with the movable pump member for effecting movement of the movable pump member between the extended position and the retracted position; a driver engagement mechanism having a first cam surface and a second cam surface that are connected to the pump engagement body, at least one of the first cam surface and the second cam surface comprising an adjustable cam surface whose location relative to the pump engagement body is selectively adjustable; a driver having a camming body that moves between an extension position and a retraction position when the driver is activated, the camming body engaging with the first cam surface and the second cam surface to effect movement of the pump engagement body; and a dose adjustment mechanism for selecting the location of the adjustable cam surface relative to the pump engagement body. a pump mechanism having a movable pump member, wherein the pump mechanism dispenses a dose of fluid when said movable pump member of the pump mechanism is moved between an extended position and a retracted position; a pump engagement body that engages with the movable pump member for effecting movement of the movable pump member between the extended position and the retracted position; a driver engagement mechanism having a first cam surface and a second cam surface that are connected to the pump engagement body, at least one of the first cam surface and the second cam surface comprising an adjustable cam surface whose location relative to the pump engagement body is selectively adjustable; a driver having a camming body that moves between an extension position and a retraction position when the driver is activated, the camming body engaging with the first cam surface and the second cam surface to effect movement of the pump engagement body; and a dose adjustment mechanism for selecting the location of the adjustable cam surface relative to the pump engagement body.
A system for determining the mass of an airborne particulate matter on a filter comprising: a soft-walled clean room; a housing defining a chamber in said clean room; a microbalance in said chamber for measuring the mass of a filter; a source of air under pressure for supplying air to said chamber; humidifier means for humidifying air from said source of air; sensor means for continuously monitoring the relative humidity in said chamber; and control means connected to said sensor means, said source of air and said humidifier means adapted to continuously control the flow of air to said chamber and the relative humidity in said chamber, characterised in that heating and cooling means (20, 21, 22) is provided for changing the ambient temperature in said chamber; the sensor means is further adapted for continuously monitoring the ambient air pressure, the dew point temperature and the ambient temperature in said chamber; and the control means is further connected to said heating and cooling means (20, 21, 22) for controlling the ambient temperature in said chamber, whereby measurements of the ambient air pressure, ambient temperature and dew point temperature are combined with mass measurements made using the microbalance to provide buoyancy corrected determinations of the mass of the filter. a soft-walled clean room; a housing defining a chamber in said clean room; a microbalance in said chamber for measuring the mass of a filter; a source of air under pressure for supplying air to said chamber; humidifier means for humidifying air from said source of air; sensor means for continuously monitoring the relative humidity in said chamber; and control means connected to said sensor means, said source of air and said humidifier means adapted to continuously control the flow of air to said chamber and the relative humidity in said chamber, characterised in that heating and cooling means (20, 21, 22) is provided for changing the ambient temperature in said chamber; the sensor means is further adapted for continuously monitoring the ambient air pressure, the dew point temperature and the ambient temperature in said chamber; and the control means is further connected to said heating and cooling means (20, 21, 22) for controlling the ambient temperature in said chamber, whereby measurements of the ambient air pressure, ambient temperature and dew point temperature are combined with mass measurements made using the microbalance to provide buoyancy corrected determinations of the mass of the filter.
A landing gear for an aircraft comprising: - a casing, having a main direction extending along a longitudinal axis, said casing comprising a first end configured to be mounted on the aircraft, and a second end opposite to the first end, - a rod, slidably mounted on the second end of the casing, said rod being movable in translation with respect to the casing along the longitudinal axis, - at least one obstacle detector attached to the landing gear. the landing gear being characterized in that the obstacle detector is attached in an area adjacent to the second end of the casing. - a casing, having a main direction extending along a longitudinal axis, said casing comprising a first end configured to be mounted on the aircraft, and a second end opposite to the first end, - a rod, slidably mounted on the second end of the casing, said rod being movable in translation with respect to the casing along the longitudinal axis, - at least one obstacle detector attached to the landing gear. the landing gear being characterized in that the obstacle detector is attached in an area adjacent to the second end of the casing.
An automated computer support method comprising: i) receiving a snapshot from a computer (116a,b); ii) comparing the snapshot with a database of computer states; and, iii) identifying an anomaly based on the result of the comparison; characterised by:- iv) receiving snapshots from a plurality of computers (116a,b) within a population of computers, wherein individual snapshots include data indicating a state of a respective computer; v) storing the snapshots in a data store; vi) automatically creating an adaptive reference model (206, 402) based at least in part on the snapshots and comprising a rule set customized to characteristics of the population of computers, the rule set being developed by identifying patterns among the snapshots from the plurality of computers such that the adaptive reference model is indicative of normal states in the computers within the population; vii) comparing snapshots from at least one of the plurality of computers to the adoptive reference model; and viii) determining, based on the result of the comparison, whether an anomaly is present in the state of the at least one of the computers. i) receiving a snapshot from a computer (116a,b); ii) comparing the snapshot with a database of computer states; and, iii) identifying an anomaly based on the result of the comparison; iv) receiving snapshots from a plurality of computers (116a,b) within a population of computers, wherein individual snapshots include data indicating a state of a respective computer; v) storing the snapshots in a data store; vi) automatically creating an adaptive reference model (206, 402) based at least in part on the snapshots and comprising a rule set customized to characteristics of the population of computers, the rule set being developed by identifying patterns among the snapshots from the plurality of computers such that the adaptive reference model is indicative of normal states in the computers within the population; vii) comparing snapshots from at least one of the plurality of computers to the adoptive reference model; and viii) determining, based on the result of the comparison, whether an anomaly is present in the state of the at least one of the computers.
Method for producing a semi-solid metal slurry, comprising: pouring metal in liquid form into a mould in which a stirring device is introduced; keeping the stirring device in the mould until the metal has been casted to the stirring device; leading the stirring device with metal casted onto it from the mould into a vessel comprising metal in liquid form; after the stirring device has been led into the vessel comprising the metal in liquid form, stirring in the vessel using the stirring device at least until a majority of the metal casted onto the stirring device has fallen off the stirring device and into the vessel so that a semi-solid metal slurry is produced, wherein during the stirring, the stirring device is rotated around a rotational axis (X-X), the stirring device comprising: an elongated shaft extending along the rotational axis (X-X), and wings, the wings consisting of two wings (112a, 112b) securely arranged to the elongated shaft and extending radially outwards from the elongated shaft in opposite directions, wherein the two wings (112a, 112b) also have a substantial axial extension along the rotational axis (X-X), the axial extension of the wings (112a, 112b) at the elongated shaft being at least 15 % of a total length of the elongated shaft. pouring metal in liquid form into a mould in which a stirring device is introduced; keeping the stirring device in the mould until the metal has been casted to the stirring device; leading the stirring device with metal casted onto it from the mould into a vessel comprising metal in liquid form; after the stirring device has been led into the vessel comprising the metal in liquid form, stirring in the vessel using the stirring device at least until a majority of the metal casted onto the stirring device has fallen off the stirring device and into the vessel so that a semi-solid metal slurry is produced, wherein during the stirring, the stirring device is rotated around a rotational axis (X-X), the stirring device comprising: an elongated shaft extending along the rotational axis (X-X), and wings, the wings consisting of two wings (112a, 112b) securely arranged to the elongated shaft and extending radially outwards from the elongated shaft in opposite directions, wherein the two wings (112a, 112b) also have a substantial axial extension along the rotational axis (X-X), the axial extension of the wings (112a, 112b) at the elongated shaft being at least 15 % of a total length of the elongated shaft. an elongated shaft extending along the rotational axis (X-X), and wings, the wings consisting of two wings (112a, 112b) securely arranged to the elongated shaft and extending radially outwards from the elongated shaft in opposite directions, wherein the two wings (112a, 112b) also have a substantial axial extension along the rotational axis (X-X), the axial extension of the wings (112a, 112b) at the elongated shaft being at least 15 % of a total length of the elongated shaft.
A spear head assembly, comprising: a spear point having a proximal end pivotally coupled about a pivot axis to a support post, and an opposite pointed end; and a sleeve having an axial passage with a central axis and an up hole end from which the spear point extends, the spear point and pivot axis being biased inwardly of the sleeve and coupled to the sleeve, wherein the spear point is pivotable about the pivot axis relative to the sleeve; characterized in that the spear point is moveable in the axial passage axially relative to the sleeve; that the up hole end of the sleeve has a smooth continuous abutment surface for the spear point; that the abutment surface forms a funnel like structure which reduces in inner diameter in a direction inward of the sleeve; and that the funnel like structure extends between an outer circumferential surface and an inner circumferential surface of the sleeve. a spear point having a proximal end pivotally coupled about a pivot axis to a support post, and an opposite pointed end; and a sleeve having an axial passage with a central axis and an up hole end from which the spear point extends, the spear point and pivot axis being biased inwardly of the sleeve and coupled to the sleeve, wherein the spear point is pivotable about the pivot axis relative to the sleeve; characterized in that the spear point is moveable in the axial passage axially relative to the sleeve; that the up hole end of the sleeve has a smooth continuous abutment surface for the spear point; that the abutment surface forms a funnel like structure which reduces in inner diameter in a direction inward of the sleeve; and that the funnel like structure extends between an outer circumferential surface and an inner circumferential surface of the sleeve.