mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling fuel mixing, the method comprising: identifying one or more parameters associated with the operation of a machine, wherein the machine is configured to receive a combined fuel formed by mixing together a plurality of fuel types; determining a fuel flow of the combined fuel that is provided to the machine, wherein the fuel flow is determined by a combined fuel flow meter after at least a first fuel type has been added to a second fuel type; compressing the combined fuel using at least one compressor; determining, based at least in part on the identified one or more parameters, a ratio of a flow the first fuel type to the measured fuel flow, wherein the first fuel type has a heating value that is greater than another fuel type of the plurality of fuel types and wherein the ratio comprises a correction for water dropout after the combined fuel is compressed; setting a flow of the first fuel type based at least in part on the determined ratio; determining an energy content of the fuel flow of the combined fuel subsequent to setting the flow of the first fuel type; and adjusting the flow of the first fuel type based at least in part on the determined energy content, wherein the above steps are performed by one or more computers associated with a machine controller. identifying one or more parameters associated with the operation of a machine, wherein the machine is configured to receive a combined fuel formed by mixing together a plurality of fuel types; determining a fuel flow of the combined fuel that is provided to the machine, wherein the fuel flow is determined by a combined fuel flow meter after at least a first fuel type has been added to a second fuel type; compressing the combined fuel using at least one compressor; determining, based at least in part on the identified one or more parameters, a ratio of a flow the first fuel type to the measured fuel flow, wherein the first fuel type has a heating value that is greater than another fuel type of the plurality of fuel types and wherein the ratio comprises a correction for water dropout after the combined fuel is compressed; setting a flow of the first fuel type based at least in part on the determined ratio; determining an energy content of the fuel flow of the combined fuel subsequent to setting the flow of the first fuel type; and adjusting the flow of the first fuel type based at least in part on the determined energy content, wherein the above steps are performed by one or more computers associated with a machine controller.
A method for detecting insulin resistance and early insulin resistance syndrome in a subject comprising obtaining a TD-NMR (time-domain nuclear magnetic resonance) data set or spin relaxation curve for a sample with an NMR or MRI instrument tuned to measure a particular nucleus selected from 1 H, 2 H, 3 H or 17 O, analyzing the data or curve to extract T 2 relaxation times for water or surrogates thereof and converting the water T 2 values by a process comprising a step of partially suppressing the water signal to detect insulin resistance and early insulin resistance syndrome in the subject, wherein the sample is a plasma sample, a serum sample, or whole blood sample.
A torch, comprising: - a pivot support member that receives a contact tip, - wherein the pivot support member is configured to independently move the contact tip around a pivot point during a welding operation, and being characterised in that a motor assembly includes a motor, a link and one or more of the following: a gear, a cam, a scotch, and a yoke, and the contact tip is coupled to the motor assembly for moving the contact tip, wherein the pivot point support member ends in a flange that provides a surface to receive the link extending from the motor assembly. - a pivot support member that receives a contact tip, - wherein the pivot support member is configured to independently move the contact tip around a pivot point during a welding operation,
A device for fixing a piston head on a piston head carrier of a die-casting machine comprising a piston head, a coaxial fixing part and a piston head carrier, wherein the piston head is constituted capable of being fixed not directly on the piston head carrier by means of a connecting device assigned to the two components, but rather the piston head and the coaxial fixing part comprise mutually complementary threads, both in particular metric threads, for the finely graduated adjustment of a common effective axial length of the piston head and the coaxial fixing part, so that the piston head and the fixing part clamp between them a portion of the piston head carrier by means of the thread, wherein the piston head and the fixing part introduce a clamping force that fixes them into at least one stop of the piston head carrier, characterised in that the fixing part is a threaded ring with an external thread mounted in a floating manner on the piston head carrier and the piston head comprises a corresponding internal thread.
A method for producing a barrel with integrally adjoining housing for at least one breech head, said method having the following steps: providing a cylindrical blank having a through-bore corresponding to the breech head diameter; hammering a first longitudinal portion of the blank on a part of a first hammering mandrel corresponding to the inner profile of the barrel whilst the first hammering mandrel is guided through the through-bore; and hammering a second longitudinal portion (20") of the blank on a second hammering mandrel corresponding to the inner profile of the housing whilst the second hammering mandrel is inserted into the through-bore. providing a cylindrical blank having a through-bore corresponding to the breech head diameter; hammering a first longitudinal portion of the blank on a part of a first hammering mandrel corresponding to the inner profile of the barrel whilst the first hammering mandrel is guided through the through-bore; and hammering a second longitudinal portion (20") of the blank on a second hammering mandrel corresponding to the inner profile of the housing whilst the second hammering mandrel is inserted into the through-bore.
A transporting unit for live poultry including a quadrangular supporting frame (1; 10) and a plurality of drawer-type cages open at the top, arranged in a superimposed condition in the supporting frame (1; 10) and slidably displaceable outwards through a first side of said supporting frame (1; 10), in a partially extracted condition, to enable loading of the poultry from a site located at a second side of the frame (1; 10), different from said first side, according to a procedure which involves filling of the lowermost drawer kept inserted within the frame (1; 10), then re-insertion of the drawer set immediately above into the frame (1; 10) so as to close the top of the lowermost drawer, and repeating the same steps for each drawer until the uppermost drawer has been filled, characterized in that the supporting frame (1; 10) is configured so as to enable simultaneous loading of the poultry into each drawer-type cage also from an additional site located at a third side of the supporting frame (1; 10) which is opposite to said second side, said second side and said third side being perpendicular to said first side.
A method in a network node (115, 115A), comprising: determining a number of simultaneous device-to-device transmissions by a plurality of device-to-device capable wireless devices; comparing the determined number of simultaneous device-to-device transmissions to one or more threshold values; and determining a power control method from among a plurality of power control methods based at least in part on the comparison of the determined number of simultaneous device-to-device transmissions by the plurality of device-to-device capable wireless devices to the one or more threshold values and based at least in part on one or more of an interference rise over thermal as measured by a victim network node and a number of dropped calls as measured by the victim network node, the determined power control method being for use by the plurality of device-to-device capable wireless devices to adjust a transmit power of subsequent device-to-device transmissions, the method further comprising communicating the determined power control method to the plurality of device-to-device capable wireless devices. determining a number of simultaneous device-to-device transmissions by a plurality of device-to-device capable wireless devices; comparing the determined number of simultaneous device-to-device transmissions to one or more threshold values; and determining a power control method from among a plurality of power control methods based at least in part on the comparison of the determined number of simultaneous device-to-device transmissions by the plurality of device-to-device capable wireless devices to the one or more threshold values and based at least in part on one or more of an interference rise over thermal as measured by a victim network node and a number of dropped calls as measured by the victim network node, the determined power control method being for use by the plurality of device-to-device capable wireless devices to adjust a transmit power of subsequent device-to-device transmissions, the method further comprising communicating the determined power control method to the plurality of device-to-device capable wireless devices.
One or more computer readable storage media storing instructions, that when executed by a computing device, cause the computing device to implement an add-on advisor configured to perform acts comprising: monitoring a performance impact of one or more add-ons associated with a web browser; detecting when the performance impact of the add-ons exceeds one or more performance thresholds defined for the add-ons; and outputting a notification to inform a user of the add-ons and provide the user with access to options to selectively enable or disable the add-ons, wherein the notification includes a user selectable instrumentality configured to enable or disable the add-ons directly via the notification. monitoring a performance impact of one or more add-ons associated with a web browser; detecting when the performance impact of the add-ons exceeds one or more performance thresholds defined for the add-ons; and outputting a notification to inform a user of the add-ons and provide the user with access to options to selectively enable or disable the add-ons, wherein the notification includes a user selectable instrumentality configured to enable or disable the add-ons directly via the notification.
Insertion tube for trenchless sewer pipe rehabilitation by means of a pipe lining method, comprising an inner tube film in the form of a multilayer film, an outer film in the form of a tube film, which advantageously absorbs and/or reflects UV radiation and which is provided for contact with a preliner or a sliding film, as well as a carrier material, e.g. glass fibre fabric, felts, fleeces, textiles, arranged between these two tube films and impregnated with a reactive plastic resin which forms the rehabilitated inner sewer pipe after curing, characterised in that the inner tubular film contains at least one layer (a), which contains at least one homo- or copolyamide with a percentage by weight of more than 25 wt.%, preferably as an outer layer, at least one layer (c) containing at least one thermoplastic elastomer and at least one further layer (b), this further layer (b) containing at least one thermoplastic, optionally modified, olefin homo- or copolymer.
An intermittently connected optical fiber ribbon comprising: a plurality of optical fibers arranged in a width direction; and connecting portions that intermittently connect two adjacent ones of the optical fibers, wherein a center-to-center distance between two adjacent ones of the optical fibers is greater than a diameter of the optical fibers, characterized in that a total of volume shrinkage amounts (Vf) of the connecting portions per 1 meter of a single one of the optical fibers is 0.00014 mm 3 /m·°C or lower, wherein the total of volume shrinkage amounts (Vf) of the connecting portions per 1 meter of a single one of the optical fibers is a sum total of respective volume shrinkage amounts (Vc) of the connecting portions included in 1 meter of a single one of the optical fibers, and the volume shrinkage amount (Vc) of each of the connecting portions is a value obtained by multiplying a volume of each of the connecting portions by a shrinkage rate of each of the connecting portions per 1 °C. a plurality of optical fibers arranged in a width direction; and connecting portions that intermittently connect two adjacent ones of the optical fibers, wherein a center-to-center distance between two adjacent ones of the optical fibers is greater than a diameter of the optical fibers, characterized in that a total of volume shrinkage amounts (Vf) of the connecting portions per 1 meter of a single one of the optical fibers is 0.00014 mm 3 /m·°C or lower, wherein the total of volume shrinkage amounts (Vf) of the connecting portions per 1 meter of a single one of the optical fibers is a sum total of respective volume shrinkage amounts (Vc) of the connecting portions included in 1 meter of a single one of the optical fibers, and the volume shrinkage amount (Vc) of each of the connecting portions is a value obtained by multiplying a volume of each of the connecting portions by a shrinkage rate of each of the connecting portions per 1 °C.
A multi-tool for fasteners, comprising: a housing; a power device; a transmission device coupled to the power device mechanically; an output device coupled to the transmission device mechanically and which can be switched between at least two operating modes, wherein, in a first operating mode, the output device moves in a reciprocation manner without rotation along an axial direction, and in a second operating mode, the output device rotates with an intermittently increased torque along a circumferential direction; and a switching device including a limiting member and the limiting member being moveable between a first position and a second position, wherein, in the first position, the output device is in the first operating mode, and in the second position, the output device is in the second operating mode; characterized in that the transmission device comprises a hammer having a striking portion at one end thereof, and the output device has a hammer anvil having an anvil portion to engage with the striking portion of the hammer, an engaging surface between the striking portion and the anvil portion is configured as one of inclined surface and curved surface. a housing; a power device; a transmission device coupled to the power device mechanically; an output device coupled to the transmission device mechanically and which can be switched between at least two operating modes, wherein, in a first operating mode, the output device moves in a reciprocation manner without rotation along an axial direction, and in a second operating mode, the output device rotates with an intermittently increased torque along a circumferential direction; and a switching device including a limiting member and the limiting member being moveable between a first position and a second position, wherein, in the first position, the output device is in the first operating mode, and in the second position, the output device is in the second operating mode; characterized in that the transmission device comprises a hammer having a striking portion at one end thereof, and the output device has a hammer anvil having an anvil portion to engage with the striking portion of the hammer, an engaging surface between the striking portion and the anvil portion is configured as one of inclined surface and curved surface.
Dispensing apparatus for dispensing and mixing cold beverages comprising: - a pick-up compartment adapted to accommodate a container that a consumer can pick up, accessible from outside a mixing device, - a plurality of separate and distinct containers (10, 11, 12..), each of them being adapted to contain a specific quantity of product, and to selectively distribute a pre-determined product amount into said mixing device, at least a part of said plurality of containers being connected to a respective collecting device of a plurality of collecting devices (10-A, 11-A, 12-A...) adapted to mechanically collect a predetermined quantity of the respective product and to transfer it from the respective container of said plurality of containers into a respective path which comprises said mixing device, - first conveying means (10-B, 11-B, 12-B, 13-B...) adapted to convey the products from said collecting devices (10-A, 11-A, 12-A, 13-A...) to said mixing device, - first valves (10-2, 11-2, 12-2, 13-2...) arranged in said first conveying means (10-B, 11-B, 12-B, 13-B..), characterized in that said path further comprises a melting or thawing device, and in that each of said containers (10, 11, 12..) is adapted to contain a frozen product. - a pick-up compartment adapted to accommodate a container that a consumer can pick up, accessible from outside a mixing device, - a plurality of separate and distinct containers (10, 11, 12..), each of them being adapted to contain a specific quantity of product, and to selectively distribute a pre-determined product amount into said mixing device, at least a part of said plurality of containers being connected to a respective collecting device of a plurality of collecting devices (10-A, 11-A, 12-A...) adapted to mechanically collect a predetermined quantity of the respective product and to transfer it from the respective container of said plurality of containers into a respective path which comprises said mixing device, - first conveying means (10-B, 11-B, 12-B, 13-B...) adapted to convey the products from said collecting devices (10-A, 11-A, 12-A, 13-A...) to said mixing device, - first valves (10-2, 11-2, 12-2, 13-2...) arranged in said first conveying means (10-B, 11-B, 12-B, 13-B..),
A solder paste comprising a solder powder and a flux for solder paste that comprises, as a main component, an organic component that includes a fatty acid and an aliphatic primary amine, characterized in that the solder powder has an average particle size of 5 μm or more and 35 μm or less and comprises at least one of Sn metal particles composed of Sn or an Sn alloy and Cu metal particles composed of Cu or a Cu alloy, wherein the average particle size is measured by a laser diffraction particle size distribution measuring device, a mass ratio of the organic component based on the mass of the flux for solder paste is 70 mass% or more and 100 mass% or less, the fatty acid and the aliphatic primary amine are in a form of a liquid at normal temperature, the fatty acid is at least one of a saturated fatty acid and an unsaturated fatty acid, and the saturated fatty acid has 10 to 8 carbon atoms in a main chain. the solder powder has an average particle size of 5 μm or more and 35 μm or less and comprises at least one of Sn metal particles composed of Sn or an Sn alloy and Cu metal particles composed of Cu or a Cu alloy, wherein the average particle size is measured by a laser diffraction particle size distribution measuring device, a mass ratio of the organic component based on the mass of the flux for solder paste is 70 mass% or more and 100 mass% or less, the fatty acid and the aliphatic primary amine are in a form of a liquid at normal temperature, the fatty acid is at least one of a saturated fatty acid and an unsaturated fatty acid, and the saturated fatty acid has 10 to 8 carbon atoms in a main chain.
A control center comprising a busbar connection device (110, 120), the control center having a horizontal busbar which is extended in a horizontal direction and through which a current flows, the horizontal busbar having two adjusting holes and two through holes, the busbar connection device (110, 120) comprising: a connection conductor that is configured to electrically connect the horizontal busbar of the control center to a horizontal busbar of an adjacent control center, the connection conductor being connectable between end parts of the adjacent horizontal busbars, the connection conductor having two fixing holes; two fixing bolts connecting the horizontal busbar and the connection conductor; and a plate nut (7, 8) having two fixing threaded holes in which tapping/threading is made for fastening the fixing bolts, wherein the fixing bolts pass through the fixing holes and the through holes, wherein the busbar connection device (110, 120) further comprises two adjusting bolts connecting the plate nut (7, 8) and the horizontal busbar, wherein the plate nut (7, 8) includes two adjusting threaded holes in which tapping/threading is made for fastening the adjusting bolts, wherein the adjusting bolts pass through the adjusting holes, the adjusting holes being formed in a fitting shape such that the diameter of the adjusting holes is larger than the diameter of the adjusting bolts in a way that the position of the plate nut (7, 8) can be adjusted, characterized in that the adjusting bolts do not pass through the connection conductor. a connection conductor that is configured to electrically connect the horizontal busbar of the control center to a horizontal busbar of an adjacent control center, the connection conductor being connectable between end parts of the adjacent horizontal busbars, the connection conductor having two fixing holes; two fixing bolts connecting the horizontal busbar and the connection conductor; and a plate nut (7, 8) having two fixing threaded holes in which tapping/threading is made for fastening the fixing bolts, wherein the fixing bolts pass through the fixing holes and the through holes, wherein the busbar connection device (110, 120) further comprises two adjusting bolts connecting the plate nut (7, 8) and the horizontal busbar, wherein the plate nut (7, 8) includes two adjusting threaded holes in which tapping/threading is made for fastening the adjusting bolts, wherein the adjusting bolts pass through the adjusting holes, the adjusting holes being formed in a fitting shape such that the diameter of the adjusting holes is larger than the diameter of the adjusting bolts in a way that the position of the plate nut (7, 8) can be adjusted, characterized in that the adjusting bolts do not pass through the connection conductor.