mhurhangee/ep-ind-claims huggingface dataset:
A method of analysing a food sample comprising: generating analyte ions from a food sample using ambient ionisation; analysing the analyte ions to produce a data set; and assessing the data set to identify or determine one or more properties of the food sample; wherein the step of assessing the data set to identify or determine one or more properties of the food sample comprises using an untargeted analysis technique; wherein the step of using an untargeted analysis technique comprises using a predictive model to classify the sample into one of two or more groups; and characterised in that the one or more properties comprise one or more organoleptic properties of the food sample. generating analyte ions from a food sample using ambient ionisation; analysing the analyte ions to produce a data set; and assessing the data set to identify or determine one or more properties of the food sample; wherein the step of assessing the data set to identify or determine one or more properties of the food sample comprises using an untargeted analysis technique; wherein the step of using an untargeted analysis technique comprises using a predictive model to classify the sample into one of two or more groups; and characterised in that the one or more properties comprise one or more organoleptic properties of the food sample.
An inlet door system providing RAM air to an auxiliary power unit (APU) and APU compartment contained within an aircraft, the inlet door system comprising: a duct configured to extend from the auxiliary power unit (APU) to an intake opening formed in an outer surface of the aircraft, the duct having an inlet port, an outlet port, and a duct sidewall extending from the inlet port to the outlet port, the duct sidewall defining an air flow passage therebetween the inlet port and the outlet port; a structural bracket on an exterior surface of an aft portion of the duct; a door rotationally positioned to sealingly engage with the inlet port and configured to selectively rotate between at least a first position and a second position, an actuator rotationally coupled to the door with an aft lever arm, and mounted to the structural bracket, the aft lever arm including an actuator extension rod having a first end coupled to the actuator and a second end coupled to a door coupling mechanism, the actuator configured to push and pull on the actuator extension rod in conjunction with the aft lever arm to thereby rotate the door to at least the first position and the second position without the actuator extension rod obstructing the air flow passage, and impacting aerodynamic performance, wherein the door coupling mechanism is a forked component configured to provide symmetrical door loading when coupled to the door. a duct configured to extend from the auxiliary power unit (APU) to an intake opening formed in an outer surface of the aircraft, the duct having an inlet port, an outlet port, and a duct sidewall extending from the inlet port to the outlet port, the duct sidewall defining an air flow passage therebetween the inlet port and the outlet port; a structural bracket on an exterior surface of an aft portion of the duct; a door rotationally positioned to sealingly engage with the inlet port and configured to selectively rotate between at least a first position and a second position, an actuator rotationally coupled to the door with an aft lever arm, and mounted to the structural bracket, the aft lever arm including an actuator extension rod having a first end coupled to the actuator and a second end coupled to a door coupling mechanism, the actuator configured to push and pull on the actuator extension rod in conjunction with the aft lever arm to thereby rotate the door to at least the first position and the second position without the actuator extension rod obstructing the air flow passage, and impacting aerodynamic performance, wherein the door coupling mechanism is a forked component configured to provide symmetrical door loading when coupled to the door.
Apparatus for inspecting, processing and/or conveying articles of the tobacco processing industry, having at least one rotationally driven main body, on or in which at least one electrical consumer is disposed, and a transmission device which is coupled to the electrical consumer and comprises a rotary transmission unit having a stationary primary part and a secondary part connected to the main body, wherein the rotary transmission unit has first energy transmission means (54a, 54b) for supplying energy to the electrical consumer and data signal transmission means (64a, 64b) for transmitting signals to or from the electrical consumer, characterised in that, a data signal processing device, which is connected to the data signal transmission means (64a, 64b) and coupled to the at least one electrical consumer, is provided on or in the main body, and the rotary transmission unit comprises second energy transmission means (74a, 74b) for the separate supply of energy to the data signal processing device.
A display comprising: a light source and an image display panel disposed in an optical path from the light source; wherein the light source comprises a primary light source (6, 6a, 6b, 6c) for emitting light in a primary wavelength range and a re-emission material (7, 7a, 7b, 7c) for, when illuminated by light from the primary light source (6, 6a, 6b, 6c), re-emitting light in a wavelength range different from the primary wavelength range; wherein the re-emission material (7, 7a, 7b, 7c) comprises a first nanophosphor material for, when illuminated by light from the primary light source (6, 6a, 6b, 6c), re-emitting light in a first wavelength range different from the primary wavelength range, the first wavelength range being in the green region of the spectrum, the first nanophosphor material having a full width at half maximum (FWHM) of 80nm or less; wherein the image display panel comprises a first filter having a first narrow passband or a first narrow absorption band, the first narrow passband or first narrow absorption band being aligned with the first wavelength range, the passband or absorption band of the first filter having a full width at half maximum (FWHM) of 80nm or less; wherein the re-emission material (7, 7a, 7b, 7c) comprises a second phosphor or nanophosphor material for, when illuminated by light from the primary light source (6, 6a, 6b, 6c), re-emitting light in a second wavelength range different from the primary wavelength range and different from the first wavelength range, the second wavelength range being in the blue region of the spectrum; and wherein light corresponding to the second wavelength range is outside the first narrow passband or the first narrow absorption band of the first filter.
A cable breakout support, comprising a clamp for clamping to a trunking, and a clip for clipping to a cable breakout (130, 131, 132) of a cable bundle (120, 122) supported in the trunking, characterised in that each clamp comprises: at least two trunk fittings for fitting to at least two respective bulbous longitudinal edges (111, 112) of the trunking; and a clip fitting for connecting to a respective clip. at least two trunk fittings for fitting to at least two respective bulbous longitudinal edges (111, 112) of the trunking; and a clip fitting for connecting to a respective clip.
A method of forming a longitudinally-corrugated web, comprising: first, guiding a web of medium material around a portion of an outer circumferential surface of a guide roll, wherein one portion of the guide roll is adjustably movable relative to another portion of the guide roll such that a path length of an edge portion of the web is shortened relative to a path length of a center portion of the web after leaving the guide roll; then, drawing the web of medium material through a plurality of flute forming bars oriented generally along a longitudinal axis of the web to define a first corrugating labyrinth to longitudinally corrugate the web of medium material, wherein the plurality of flute forming bars include an upper set of flute forming bars disposed above the web of medium material, and a lower set of flute forming bars disposed below the web of medium material, wherein the upper and lower sets (50, 52) of flute forming bars are interdigitated so as to define the first corrugating labyrinth; dynamically adjusting the vertical distance or gap between the upper and lower sets (50, 52) between an entrance end to the exit end of the plurality of flute forming bars while the web of medium material is actively moving through the first corrugating labyrinth. first, guiding a web of medium material around a portion of an outer circumferential surface of a guide roll, wherein one portion of the guide roll is adjustably movable relative to another portion of the guide roll such that a path length of an edge portion of the web is shortened relative to a path length of a center portion of the web after leaving the guide roll; then, drawing the web of medium material through a plurality of flute forming bars oriented generally along a longitudinal axis of the web to define a first corrugating labyrinth to longitudinally corrugate the web of medium material, wherein the plurality of flute forming bars include an upper set of flute forming bars disposed above the web of medium material, and a lower set of flute forming bars disposed below the web of medium material, wherein the upper and lower sets (50, 52) of flute forming bars are interdigitated so as to define the first corrugating labyrinth; dynamically adjusting the vertical distance or gap between the upper and lower sets (50, 52) between an entrance end to the exit end of the plurality of flute forming bars while the web of medium material is actively moving through the first corrugating labyrinth.
A multiple cavity reciprocating positive displacement fluid pump (100, 200) for use in a bioprocessing system, the pump (100, 200) comprising a pump body (120, 220) including plural pump cavities (122, 222) each including at least one cooperating pair of one-way valves, the at least one pair including an inlet valve (128, 228) and an outlet valve (131, 231), wherein respective inlet valves (128, 228) are in fluid communication with a common inlet (124, 224) and respective outlet valves (131, 231) are in fluid communication with a common outlet wherein said cavities (122, 222) are arranged about a substantially upright pump axis and around said common inlet (124, 224) and said common outlet; characterised in that common inlet (124, 224) is supplied by an inlet housed within a lower housing and the common outlet supplies an outlet housed within an upper housing, and in that each cavity (122, 222) has a cross sectional area that increases upwardly with respect to the pump (100, 200) when it is operated upright, i.e. with its outlet upwardly facing.
Hot rolled flat steel product with a yield strength of 700-850 MPa, an elongation at breaking of at least 12% and a minimum of 70 vol% bainitic microstructure, made from a steel alloy comprising (in wt%) C: 0.05 - 0.08 %, Si: 0.015 - 0.500 %, Mn: 1.60 - 2.00 %, P: up to 0.025 %, S: up to 0.010 %, Al: 0.020 - 0.050 %, N: up to 0.006 %, Cr: up to 0.40 %, Nb: 0.060 - 0.070 %, B: 0.0005 - 0.0025%, Ti: 0.090 - 0.130 %, as well as technically unavoidable impurities, including up to 0.12 % Cu, up to 0.100 % Ni, up to 0.010 % V, up to 0.004 % Mo and up to 0.004 % Sb, and iron as the remainder.
A method performed by a first network node in a radio access network, RAN, the first network node being an evolved Node B, eNB, configured with a Long-Term Evolution, LTE, radio access technology, RAT, and being in communication with a second network node, the second network node being a next-generation Node B, gNB, configured with a New Radio, NR, RAT, wherein the method comprises: determining one or more radio resource management, RRM, identifiers associated with a user equipment, UE, served by the first network node, the one or more RRM identifiers comprising a Subscriber Profile ID for RAT/Frequency Priority, SPID; sending a request for the second network node to establish dual connectivity, as a secondary node, SN, with the UE, wherein the request comprises information relating to the one or more RRM identifiers, which information comprises the SPID. determining one or more radio resource management, RRM, identifiers associated with a user equipment, UE, served by the first network node, the one or more RRM identifiers comprising a Subscriber Profile ID for RAT/Frequency Priority, SPID; sending a request for the second network node to establish dual connectivity, as a secondary node, SN, with the UE, wherein the request comprises information relating to the one or more RRM identifiers, which information comprises the SPID.
Vehicular laminated glass for separating a vehicle interior from an external environment, at least comprising: - an inner pane made of glass with a thickness of 0.2 mm to 0.3 mm, - an outer pane made of glass with a thickness of 1.6 mm to 2.1 mm, and - an acoustically damping intermediate layer, which bonds the inner pane to the outer pane, wherein - the acoustically damping intermediate layer comprises at least two outer polymeric layers (3.1) and an inner polymeric layer (3.2) positioned therebetween, and the outer polymeric layers (3.1) have lower elasticity or plasticity than the inner polymeric layer (3.2), - the inner polymeric layer (3.2) has a thickness of 0.05 mm to 0.40 mm, - the outer polymeric layers (3.1) have a thickness of 0.20 mm to 0.60 mm, and - the total thickness of the acoustically damping intermediate layer is at least 0.70 mm, wherein the outer pane is a non-prestressed pane and contains soda lime glass, and wherein the inner pane is a chemically tempered pane and contains aluminosilicate glass. - an inner pane made of glass with a thickness of 0.2 mm to 0.3 mm, - an outer pane made of glass with a thickness of 1.6 mm to 2.1 mm, and - an acoustically damping intermediate layer, which bonds the inner pane to the outer pane, wherein - the acoustically damping intermediate layer comprises at least two outer polymeric layers (3.1) and an inner polymeric layer (3.2) positioned therebetween, and the outer polymeric layers (3.1) have lower elasticity or plasticity than the inner polymeric layer (3.2), - the inner polymeric layer (3.2) has a thickness of 0.05 mm to 0.40 mm, - the outer polymeric layers (3.1) have a thickness of 0.20 mm to 0.60 mm, and - the total thickness of the acoustically damping intermediate layer is at least 0.70 mm, wherein the outer pane is a non-prestressed pane and contains soda lime glass, and wherein the inner pane is a chemically tempered pane and contains aluminosilicate glass.
A composition used for a polyurethane foam comprising a polyol having three or more OH groups; a compound having two or more isocyanate groups; and a polyrotaxane comprising a pseudopolyrotaxane, which has a linear molecule and a cyclic molecule (s) in which the linear molecule is included in a cavity (cavities) of the cyclic molecule(s) in a skewered manner, and capping groups, each of which locates at each end of the pseudopolyrotaxane in order to prevent the dissociation of the cyclic molecule (s), wherein the composition comprises mixed polyols which comprise the polyol having three or more OH groups; and the amount of the polyrotaxane ranges from 1.0 to 15.0 parts by weight against 100 parts by weight of the mixed polyols. a polyol having three or more OH groups; a compound having two or more isocyanate groups; and a polyrotaxane comprising a pseudopolyrotaxane, which has a linear molecule and a cyclic molecule (s) in which the linear molecule is included in a cavity (cavities) of the cyclic molecule(s) in a skewered manner, and capping groups, each of which locates at each end of the pseudopolyrotaxane in order to prevent the dissociation of the cyclic molecule (s), wherein the composition comprises mixed polyols which comprise the polyol having three or more OH groups; and the amount of the polyrotaxane ranges from 1.0 to 15.0 parts by weight against 100 parts by weight of the mixed polyols.
A multiple glazing unit comprising at least three glass panes, two outermost glass panes and at least one inner glass pane, wherein at least two intermediate gas-filled cavities each lie between two glass panes, characterized in that said at least one inner glass pane bearing one metal-based insulating coating on one face and one transparent conductive oxide-based (TCO-based) insulating coating on the opposite face, wherein the metal-based insulating coating comprises an alternating arrangement of n infrared reflecting metallic functional layers comprising silver, and n+1 dielectric films, with n > 1, such that each functional layer is surrounded by dielectric films, and wherein the TCO-based insulating coating comprises a TCO layer chosen from mixed indium tin oxide, tin oxide doped with fluorine, tin oxide doped with antimony, aluminum-doped ZnO, gallium-doped ZnO, gallium and aluminum co-doped ZnO, and niobium-doped titanium oxide (TiO 2:Nb).
A method of verifying a timestamp for data f, the method comprising in a device: generating at least one domain name D from a timestamping time t and a value based on the data f by: using a one-way function on the data f and the timestamping time t to obtain an intermediate value; generating at least one IP address from the intermediate value; sending a DNS reverse-resolution request for each of the at least one IP addresses; and receiving a domain name in response to each DNS reverse-resolution request; sending a DNS resolution request for each of the generated domain names D; receiving a resolution response for each sent DNS resolution request, each resolution response comprising a Time-to-Live value; retrieving a reference Time-to-Live value from each DNS server to which a DNS resolution request was sent; for each resolution response, comparing a current time, the timestamping time t, the received Time-to-Live value and the reference Time-to-Live value for the DNS server from which the resolution response was received; and determining that the timestamp is correct if at least a predetermined number of comparisons are correct. generating at least one domain name D from a timestamping time t and a value based on the data f by: using a one-way function on the data f and the timestamping time t to obtain an intermediate value; generating at least one IP address from the intermediate value; sending a DNS reverse-resolution request for each of the at least one IP addresses; and receiving a domain name in response to each DNS reverse-resolution request; using a one-way function on the data f and the timestamping time t to obtain an intermediate value; generating at least one IP address from the intermediate value; sending a DNS reverse-resolution request for each of the at least one IP addresses; and receiving a domain name in response to each DNS reverse-resolution request; sending a DNS resolution request for each of the generated domain names D; receiving a resolution response for each sent DNS resolution request, each resolution response comprising a Time-to-Live value; retrieving a reference Time-to-Live value from each DNS server to which a DNS resolution request was sent; for each resolution response, comparing a current time, the timestamping time t, the received Time-to-Live value and the reference Time-to-Live value for the DNS server from which the resolution response was received; and determining that the timestamp is correct if at least a predetermined number of comparisons are correct.
A method of attaching an RF tag to a disposable item, wherein the disposable item is one or more of a sponge, a cotton wool item, a gauze pad or a laparotomy sponge, the method comprising: obtaining an RF tag; obtaining a disposable item; placing the disposable item on a working plate in the form of a conveyor belt; conveying the disposable item to an attaching point; attaching the RF tag to the disposable item using a UV curable adhesive material; applying a pre-determined amount of ultraviolet radiation on the RF tag attached on the disposable item to cure the UV curable adhesive material with the ultraviolet radiation as the disposable item passes by an ultraviolet emitting device, wherein the pre-determined amount is selected depending on the type of UV curable adhesive material; packing one or more of the disposable items into a package for delivery, and using a computerised or electronic entity with an antenna to communicate with the RF tags for counting the number of RF tags in the package to verify that the number of disposable items in the package is as expected. obtaining an RF tag; obtaining a disposable item; placing the disposable item on a working plate in the form of a conveyor belt; conveying the disposable item to an attaching point; attaching the RF tag to the disposable item using a UV curable adhesive material; applying a pre-determined amount of ultraviolet radiation on the RF tag attached on the disposable item to cure the UV curable adhesive material with the ultraviolet radiation as the disposable item passes by an ultraviolet emitting device, wherein the pre-determined amount is selected depending on the type of UV curable adhesive material; packing one or more of the disposable items into a package for delivery, and using a computerised or electronic entity with an antenna to communicate with the RF tags for counting the number of RF tags in the package to verify that the number of disposable items in the package is as expected.
A journal bearing device comprising: an upper bearing liner included in an upper part thereof; a lower bearing liner included in a lower part thereof; an upper base metal provided on an outer circumferential side of the upper bearing liner; and a lower base metal provided on an outer circumferential side of the lower bearing liner; wherein the lower bearing liner is divided into a sliding portion having a sliding surface and a clearance portion provided with a space between the lower bearing liner and a rotor to be supported by the bearing device and provided in a downstream end portion of the lower bearing liner in the rotational direction of the rotor, and is provided with an oil path formed on a back side of the sliding portion and extending from a border portion between the sliding portion and the clearance portion toward an upstream side in the rotational direction of the rotor, and an oil supply hole extending from an upstream end portion of the oil path to the sliding surface of the sliding portion, wherein the lower base metal has an oil supply path to be supplied with lubricant from outside the bearing device and extending from an outer circumferential side of the lower base metal to the oil path at the border portion, and wherein the bearing device is configured such that whole lubricant to be supplied into the bearing device passes through the oil path. an upper bearing liner included in an upper part thereof; a lower bearing liner included in a lower part thereof; an upper base metal provided on an outer circumferential side of the upper bearing liner; and a lower base metal provided on an outer circumferential side of the lower bearing liner; wherein the lower bearing liner is divided into a sliding portion having a sliding surface and a clearance portion provided with a space between the lower bearing liner and a rotor to be supported by the bearing device and provided in a downstream end portion of the lower bearing liner in the rotational direction of the rotor, and is provided with an oil path formed on a back side of the sliding portion and extending from a border portion between the sliding portion and the clearance portion toward an upstream side in the rotational direction of the rotor, and an oil supply hole extending from an upstream end portion of the oil path to the sliding surface of the sliding portion, wherein the lower base metal has an oil supply path to be supplied with lubricant from outside the bearing device and extending from an outer circumferential side of the lower base metal to the oil path at the border portion, and wherein the bearing device is configured such that whole lubricant to be supplied into the bearing device passes through the oil path.