mhurhangee/ep-ind-claims huggingface dataset:
A system of on-line property prediction for hot rolled coils in a hot strip mill comprising: - a unit for providing data on rolling schedule with chemistry from the steel making stage; - field devices (FD1...FDn) for measuring process parameters during hot rolling; - a programmable logic controller for acquiring data of measured parameters from said field devices (FD1...FDn) and feeding said data parameters to a processor; - means for conversion of the measured data from time domain to space domain using segment tracking; - a computation module for processing data from said unit and said converted space domain data for predicting mechanical properties along the length and through the thickness of the strip being rolled; and - a display unit for on-line display of the predicted properties. - a unit for providing data on rolling schedule with chemistry from the steel making stage; - field devices (FD1...FDn) for measuring process parameters during hot rolling; - a programmable logic controller for acquiring data of measured parameters from said field devices (FD1...FDn) and feeding said data parameters to a processor; - means for conversion of the measured data from time domain to space domain using segment tracking; - a computation module for processing data from said unit and said converted space domain data for predicting mechanical properties along the length and through the thickness of the strip being rolled; and - a display unit for on-line display of the predicted properties.
A scroll fluid machine comprising: a compressor body compressing air, said compressor body including: a fixed scroll; an orbiting scroll; an introduction guide supplying a cooling wind to the orbiting scroll via a first cooling wind inlet and to the fixed scroll via a second cooling wind inlet; a drive shaft driving the orbiting scroll; a motor coupled to the drive shaft, said motor including a motor casing; a cooling fan including a fan casing with a bend provided on a side of the drive shaft opposite to the compressor body, the cooling fan generating a cooling wind being redirected by the bend; and a cooling wind passage sending the cooling wind of the cooling fan to the compressor body, the cooling wind passage comprising an inside wall near the drive shaft and an outside wall far from the drive shaft, the cooling wind passage being a section between an inlet connection from the bend and an outlet connection to the introduction guide; wherein the motor includes a rotor attached to the drive shaft between said orbiting scroll and said cooling fan; and wherein a distance between the inside wall and the outside wall at the inlet connection of the cooling wind passage is smaller than a distance between the inside wall and the outside wall at the outlet connection of the the cooling wind passage, said distances being measured in a radial direction perpendicular to the drive shaft; characterized in that said inside wall: - is separated from the motor casing, and - is inclined to the side of the drive shaft toward the downstream of the cooling wind passage. a fixed scroll; an orbiting scroll; an introduction guide supplying a cooling wind to the orbiting scroll via a first cooling wind inlet and to the fixed scroll via a second cooling wind inlet; a drive shaft driving the orbiting scroll; a motor coupled to the drive shaft, said motor including a motor casing; a cooling fan including a fan casing with a bend provided on a side of the drive shaft opposite to the compressor body, the cooling fan generating a cooling wind being redirected by the bend; and a cooling wind passage sending the cooling wind of the cooling fan to the compressor body, the cooling wind passage comprising an inside wall near the drive shaft and an outside wall far from the drive shaft, the cooling wind passage being a section between an inlet connection from the bend and an outlet connection to the introduction guide; wherein the motor includes a rotor attached to the drive shaft between said orbiting scroll and said cooling fan; and wherein a distance between the inside wall and the outside wall at the inlet connection of the cooling wind passage is smaller than a distance between the inside wall and the outside wall at the outlet connection of the the cooling wind passage, said distances being measured in a radial direction perpendicular to the drive shaft; characterized in that said inside wall: - is separated from the motor casing, and - is inclined to the side of the drive shaft toward the downstream of the cooling wind passage. - is separated from the motor casing, and - is inclined to the side of the drive shaft toward the downstream of the cooling wind passage.
A mass spectrometer comprising an ion source arranged upstream of a static field mass filter, and a mass analyser arranged downstream of the static field mass filter, configured to mass analyse either (a) ions ejected from an exit aperture of the static field mass filter or (b) product ions derived from the ions ejected from the exit aperture of the static field mass filter, wherein the static field mass filter comprises: an entrance aperture configured to receive an ion beam from the ion source; the static field mass filter defining a longitudinal symmetry axis between the entrance and exit apertures (200, 210); a first Wien filter configured to deflect ions away from the longitudinal symmetry axis in accordance with their m/z; a second Wien filter configured to deflect the ions back towards the longitudinal symmetry axis in accordance with their m/z; and an inverting lens positioned along the longitudinal symmetry axis between the first and second Wien filters (220, 230), to invert the direction of deflection of the ions from the first Wien filter. an entrance aperture configured to receive an ion beam from the ion source; the static field mass filter defining a longitudinal symmetry axis between the entrance and exit apertures (200, 210); a first Wien filter configured to deflect ions away from the longitudinal symmetry axis in accordance with their m/z; a second Wien filter configured to deflect the ions back towards the longitudinal symmetry axis in accordance with their m/z; and an inverting lens positioned along the longitudinal symmetry axis between the first and second Wien filters (220, 230), to invert the direction of deflection of the ions from the first Wien filter.
A slat (100, 200) for a rolling shutter, comprising: a single-walled body (104, 204) having a curvature with a convex side (102, 202) and a concave side, a first end and a second end; a hooking track (107, 207) positioned at the first end; a bend formed between the body and the hooking track (107, 207), the hooking track projecting above the convex side of the body (104, 204); a receiving track (108, 208) positioned at the second end, the receiving track including a guard member (111, 211) extending along the curvature of the body, and a lip member (110, 210) adjacent to the second end, the lip member (110, 200) including a curl and projecting below the concave side of the body(104, 204); and an articulation space defined between the lip member (110, 210) and guard member (111, 211), the articulation space sized and shaped to hingedly engage the hooking track (107, 207). a single-walled body (104, 204) having a curvature with a convex side (102, 202) and a concave side, a first end and a second end; a hooking track (107, 207) positioned at the first end; a bend formed between the body and the hooking track (107, 207), the hooking track projecting above the convex side of the body (104, 204); a receiving track (108, 208) positioned at the second end, the receiving track including a guard member (111, 211) extending along the curvature of the body, and a lip member (110, 210) adjacent to the second end, the lip member (110, 200) including a curl and projecting below the concave side of the body(104, 204); and an articulation space defined between the lip member (110, 210) and guard member (111, 211), the articulation space sized and shaped to hingedly engage the hooking track (107, 207).
A fuel intake assembly comprising: a main tube defining a fuel channel; at least one flapper pivotally secured within said main tube, said at least one flapper closing said fuel channel in a closed position; and a selective nozzle inhibitor proximate said at least one flapper, said selective nozzle inhibitor allowing a first nozzle having a first diameter to move said at least one flapper into an open position, said selective nozzle inhibitor allowing a second nozzle having a second diameter to move said at least one flapper into the open position, wherein the second diameter is greater than the first diameter, and said selective nozzle inhibitor preventing a third nozzle having a third diameter to open said at least one flapper, wherein the third diameter is less than the first diameter, characterized in that said selective nozzle inhibitor comprises a funneled ring slideably secured within said main tube and a cruciform cone molded to interior walls of said main tube, said funneled ring comprising a plunger and a clasp, said clasp configured to securely retain said at least one flapper in the closed position, wherein said funneled ring is configured to allow the first and second nozzles to urge said plunger into said at least one flapper and said clasp away from said at least one flapper to move said at least one flapper into the open position, and wherein the cruciform cone is configured to stop movement of the nozzle through the funneled ring before the plunger contacts the flapper. a main tube defining a fuel channel; at least one flapper pivotally secured within said main tube, said at least one flapper closing said fuel channel in a closed position; and a selective nozzle inhibitor proximate said at least one flapper, said selective nozzle inhibitor allowing a first nozzle having a first diameter to move said at least one flapper into an open position, said selective nozzle inhibitor allowing a second nozzle having a second diameter to move said at least one flapper into the open position, wherein the second diameter is greater than the first diameter, and said selective nozzle inhibitor preventing a third nozzle having a third diameter to open said at least one flapper, wherein the third diameter is less than the first diameter, characterized in that said selective nozzle inhibitor comprises a funneled ring slideably secured within said main tube and a cruciform cone molded to interior walls of said main tube, said funneled ring comprising a plunger and a clasp, said clasp configured to securely retain said at least one flapper in the closed position, wherein said funneled ring is configured to allow the first and second nozzles to urge said plunger into said at least one flapper and said clasp away from said at least one flapper to move said at least one flapper into the open position, and wherein the cruciform cone is configured to stop movement of the nozzle through the funneled ring before the plunger contacts the flapper.
A dispensing assembly, comprising: a container comprising a plurality of exterior panels defining an internal chamber, the plurality of exterior panels comprising at least opposing side panels (19, 21) and a top panel having an opening configured to dispense a plurality of articles therethrough, each of the opposing side panels constructed of an outer-most panel and a plurality of inner-most panels, the plurality of inner-most panels, when arranged together, defining a passageway; and an article dispensing component housed within the internal chamber, the article dispensing component comprising a base panel arranged with the top panel of the container to form an article storage area, the article storage area configured to receive the plurality of articles, wherein the base panel is biased towards the top panel of the container via a flexible member that is secured to each of the outer-most panels, the flexible member extending through the passageways defined by the plurality of inner-most panels of each of the opposing side panels, wherein the flexible member is configured to allow movement of the base panel toward to the top panel as each article is dispensed from the opening, characterized in that the flexible member is secured to each of the outer-most panels through first and second slots (24, 25), and that the assembly further comprises a tensioning component configured with the flexible member underneath the base panel. a container comprising a plurality of exterior panels defining an internal chamber, the plurality of exterior panels comprising at least opposing side panels (19, 21) and a top panel having an opening configured to dispense a plurality of articles therethrough, each of the opposing side panels constructed of an outer-most panel and a plurality of inner-most panels, the plurality of inner-most panels, when arranged together, defining a passageway; and an article dispensing component housed within the internal chamber, the article dispensing component comprising a base panel arranged with the top panel of the container to form an article storage area, the article storage area configured to receive the plurality of articles, wherein the base panel is biased towards the top panel of the container via a flexible member that is secured to each of the outer-most panels, the flexible member extending through the passageways defined by the plurality of inner-most panels of each of the opposing side panels, wherein the flexible member is configured to allow movement of the base panel toward to the top panel as each article is dispensed from the opening, characterized in that the flexible member is secured to each of the outer-most panels through first and second slots (24, 25), and that the assembly further comprises a tensioning component configured with the flexible member underneath the base panel.
A method for measuring Radio Resource Management - RRM -, comprising: sending, by a network device, measurement configuration information to a terminal device, characterized in that the measurement configuration information comprises measurement mode information and report mode information, the measurement mode information being configured to indicate a target measurement mode in which the terminal device performs a RRM measurement based on at least one of a plurality of synchronization signal blocks transmitted in a target broadband component carrier, and the report mode information being configured to indicate a target report mode in which the terminal device reports a measurement result obtained by performing the RRM measurement based on the at least one of the plurality of synchronization signal blocks; wherein the target report mode is that all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks are reported; or, wherein the target report mode is that one of all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks is reported. sending, by a network device, measurement configuration information to a terminal device, characterized in that the measurement configuration information comprises measurement mode information and report mode information, the measurement mode information being configured to indicate a target measurement mode in which the terminal device performs a RRM measurement based on at least one of a plurality of synchronization signal blocks transmitted in a target broadband component carrier, and the report mode information being configured to indicate a target report mode in which the terminal device reports a measurement result obtained by performing the RRM measurement based on the at least one of the plurality of synchronization signal blocks; wherein the target report mode is that all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks are reported; or, wherein the target report mode is that one of all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks is reported.
A fitting assembly suitable for joining a first pipe and a second pipe, the assembly comprising: a fitting having a recess in a distal end for receiving an end of the first pipe, wherein the fitting has a medial portion that is the portion where, in use, the first pipe and the second pipe abut one another; a sealing ring in the recess to provide a fluid-tight seal after the fitting is pressed; and a grab-ring in the recess having a continuous sharp inner edge to engage an outer surface of the first pipe after the fitting is pressed, characterised in that the grab-ring has a first surface adjacent to the fitting, a second surface that extends between the surface of the fitting and the outer surface of the first pipe, and a third surface, whereby the continuous sharp inner edge, which is the sharpest edge of the grab-ring, is defined by the meeting of second surface and third surface, wherein the second surface has an inner edge which is the edge closest to the first pipe, and an outer edge which is the edge furthest from the first pipe, and wherein the second surface is angled, so that its inner edge is closest to the medial portion of the fitting and its outer edge is further from the medial portion of the fitting, such that the sharpest edge of the grab-ring is slanted toward the medial portion of the fitting. a fitting having a recess in a distal end for receiving an end of the first pipe, wherein the fitting has a medial portion that is the portion where, in use, the first pipe and the second pipe abut one another; a sealing ring in the recess to provide a fluid-tight seal after the fitting is pressed; and a grab-ring in the recess having a continuous sharp inner edge to engage an outer surface of the first pipe after the fitting is pressed, characterised in that the grab-ring has a first surface adjacent to the fitting, a second surface that extends between the surface of the fitting and the outer surface of the first pipe, and a third surface, whereby the continuous sharp inner edge, which is the sharpest edge of the grab-ring, is defined by the meeting of second surface and third surface, wherein the second surface has an inner edge which is the edge closest to the first pipe, and an outer edge which is the edge furthest from the first pipe, and wherein the second surface is angled, so that its inner edge is closest to the medial portion of the fitting and its outer edge is further from the medial portion of the fitting, such that the sharpest edge of the grab-ring is slanted toward the medial portion of the fitting.
A hydrogen-dispensing hose, comprising: a coaxially layered inner surface layer and outer surface layer; and at least two reinforcing layers coaxially layered between the coaxially layered inner layer and outer surface layer, the inner surface layer being formed from a thermoplastic resin having a dry hydrogen gas permeability coefficient at 90°C measured according to JIS K 7126 of 1×10 -8 cc·cm/cm 2 ·sec.·cmHg or less, and the outer surface layer being formed from a thermoplastic resin; and the other reinforcing layer being a fiber braided layer formed by braiding high-strength fibers; characterized in that the outermost reinforcing layer out of the reinforcing layers is a wire braided layer formed by braiding metal wires, wherein the diameter of the metal wire is 0.25 mm to 0.4 mm, the braid angle thereof is 45° to 55°, and the braid density of the wire braided layer is 70% or greater, wherein the braid density indicates the area proportion of metal wires in the wire braided layer as a percentage; when the gap between metal wires is zero, the braid density is 100%. a coaxially layered inner surface layer and outer surface layer; and at least two reinforcing layers coaxially layered between the coaxially layered inner layer and outer surface layer, the inner surface layer being formed from a thermoplastic resin having a dry hydrogen gas permeability coefficient at 90°C measured according to JIS K 7126 of 1×10 -8 cc·cm/cm 2 ·sec.·cmHg or less, and the outer surface layer being formed from a thermoplastic resin; and the other reinforcing layer being a fiber braided layer formed by braiding high-strength fibers; characterized in that the outermost reinforcing layer out of the reinforcing layers is a wire braided layer formed by braiding metal wires, wherein the diameter of the metal wire is 0.25 mm to 0.4 mm, the braid angle thereof is 45° to 55°, and the braid density of the wire braided layer is 70% or greater, wherein the braid density indicates the area proportion of metal wires in the wire braided layer as a percentage; when the gap between metal wires is zero, the braid density is 100%.
A method to be performed in a distributed system comprising a first node and a second node, wherein the first node has a first main memory and the second node has a second main memory, and wherein a second memory location in the second main memory is mirrored in a first memory location in the first main memory, the method being performed by the first node, the method comprising: executing, by a processor on the first node, a load instruction to load data from the first memory location of the first main memory, wherein the load instruction is part of a set of program instructions pertaining to a particular thread of execution; determining, by the processor checking a validity indicator associated with the first memory location, whether the data in the first memory location is valid; in response to a determination that the data in the first memory location is invalid, causing the load instruction to trap, which causes the processor to suspend execution of the set of program instructions and to begin execution of a set of trap handling instructions; while executing the set of trap handling instructions, the processor causing: valid data to be obtained from the second memory location of the second main memory, and stored into the first memory location of the first main memory; and the validity indicator to be updated to indicate that the data in the first memory location is valid; and resuming, by the processor, execution of the set of program instructions. executing, by a processor on the first node, a load instruction to load data from the first memory location of the first main memory, wherein the load instruction is part of a set of program instructions pertaining to a particular thread of execution; determining, by the processor checking a validity indicator associated with the first memory location, whether the data in the first memory location is valid; in response to a determination that the data in the first memory location is invalid, causing the load instruction to trap, which causes the processor to suspend execution of the set of program instructions and to begin execution of a set of trap handling instructions; while executing the set of trap handling instructions, the processor causing: valid data to be obtained from the second memory location of the second main memory, and stored into the first memory location of the first main memory; and the validity indicator to be updated to indicate that the data in the first memory location is valid; and valid data to be obtained from the second memory location of the second main memory, and stored into the first memory location of the first main memory; and the validity indicator to be updated to indicate that the data in the first memory location is valid; and resuming, by the processor, execution of the set of program instructions.