mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: sending data to correspond to a load/store-type operation associated with shared memory wherein the data is to be sent over a link according to a memory access link protocol and the memory access link protocol is to be overlaid on another, different link protocol; and sending a request to enter a low power state, wherein the request is to comprise a data value encoded in a field of a token, the token is to indicate a start of packet data and is to further indicate whether subsequent data to be sent after the token is to comprise data according to one of the other link protocol and the memory access link protocol. sending data to correspond to a load/store-type operation associated with shared memory wherein the data is to be sent over a link according to a memory access link protocol and the memory access link protocol is to be overlaid on another, different link protocol; and sending a request to enter a low power state, wherein the request is to comprise a data value encoded in a field of a token, the token is to indicate a start of packet data and is to further indicate whether subsequent data to be sent after the token is to comprise data according to one of the other link protocol and the memory access link protocol.
A cable entry sealing mechanism, comprising: an enclosure having a first enclosure half and a second enclosure half, the first enclosure half comprising at least one sidewall having an aperture therein, wherein the enclosure defines an interior; a cable entry positioned within the aperture, wherein said cable entry comprises a cable grommet support groove formed within the sidewall of the first enclosure half and framing the aperture; and a cable grommet, wherein the cable grommet is generally U-shaped, comprising a first portion and a second portion; the first portion comprising a first lip, the first lip having a first outer edge and a first lip face, and the second portion comprising a second lip, the second lip having a second outer edge, a second lip face, and a projection extending beyond the first lip face, wherein a recess is formed between the first portion and the second portion; wherein the cable grommet support groove is shaped to receive and communicate with the cable grommet; wherein the sidewall further comprises an offset face having a ledge; wherein the offset face is configured to engage with the projection, such that when the cable grommet is installed within the cable grommet support groove, the projection and the offset face form a first contiguous portion of the sidewall; and the cable entry sealing mechanism further comprising a radial seal configured to abuttingly engage the first contiguous portion of the sidewall to provide a seal at the perimeter of the enclosure. an enclosure having a first enclosure half and a second enclosure half, the first enclosure half comprising at least one sidewall having an aperture therein, wherein the enclosure defines an interior; a cable entry positioned within the aperture, wherein said cable entry comprises a cable grommet support groove formed within the sidewall of the first enclosure half and framing the aperture; and a cable grommet, wherein the cable grommet is generally U-shaped, comprising a first portion and a second portion; the first portion comprising a first lip, the first lip having a first outer edge and a first lip face, and the second portion comprising a second lip, the second lip having a second outer edge, a second lip face, and a projection extending beyond the first lip face, wherein a recess is formed between the first portion and the second portion; wherein the cable grommet support groove is shaped to receive and communicate with the cable grommet; wherein the sidewall further comprises an offset face having a ledge; wherein the offset face is configured to engage with the projection, such that when the cable grommet is installed within the cable grommet support groove, the projection and the offset face form a first contiguous portion of the sidewall; and the cable entry sealing mechanism further comprising a radial seal configured to abuttingly engage the first contiguous portion of the sidewall to provide a seal at the perimeter of the enclosure.
A filter unit for a vacuum cleaner, said filter unit comprising: a filter body being elongated and at least partly flexible, and a dust removing means configured to collapse and expand the filter body in response to a force applied on the dust removing means, characterised by that the filter body comprises pleats extending along the filter body, and wherein the dust removing means is configured to twist the filter body at an angle comprised in the range of about 10-360 degrees, and preferably in the range of about 30-90 degrees. a filter body being elongated and at least partly flexible, and a dust removing means configured to collapse and expand the filter body in response to a force applied on the dust removing means, characterised by that the filter body comprises pleats extending along the filter body, and wherein the dust removing means is configured to twist the filter body at an angle comprised in the range of about 10-360 degrees, and preferably in the range of about 30-90 degrees.
An accelerometer system comprising: an accelerometer comprising a proofmass coupled to an accelerometer housing by a flexure suspension and a pair of negative electrostatic spring forcer electrodes (26, 28) spaced apart from the proofmass on opposing sides; a force rebalance servo that provides a time varying voltage to the proofmass in response to an electrical pickoff signal to maintain the proofmass at a pickoff electrical null, the electrical pickoff signal indicating the motion of the proofmass relative to the accelerometer housing, the force rebalance servo being configured to generate the time varying voltage based on the electrical pickoff signal and based on a time varying disturbance signal, the time varying voltage corresponding to a magnitude of the forces of a net positive spring of the combined flexure suspension and a negative electrostatic spring associated with bias voltages acting on the proofmass as indicated by the electrical pickoff signal; and a negative electrostatic spring servo configured to apply the time varying disturbance signal to the force rebalance servo and to generate a negative electrostatic spring DC voltage based on demodulating the time varying voltage via the time varying disturbance signal, the negative electrostatic spring DC voltage being provided to the pair of negative electrostatic spring forcer electrodes (26, 28) to null the forces of the net positive spring of the combined flexure suspension and the negative electrostatic spring associated with bias voltages acting on the proof mass. an accelerometer comprising a proofmass coupled to an accelerometer housing by a flexure suspension and a pair of negative electrostatic spring forcer electrodes (26, 28) spaced apart from the proofmass on opposing sides; a force rebalance servo that provides a time varying voltage to the proofmass in response to an electrical pickoff signal to maintain the proofmass at a pickoff electrical null, the electrical pickoff signal indicating the motion of the proofmass relative to the accelerometer housing, the force rebalance servo being configured to generate the time varying voltage based on the electrical pickoff signal and based on a time varying disturbance signal, the time varying voltage corresponding to a magnitude of the forces of a net positive spring of the combined flexure suspension and a negative electrostatic spring associated with bias voltages acting on the proofmass as indicated by the electrical pickoff signal; and a negative electrostatic spring servo configured to apply the time varying disturbance signal to the force rebalance servo and to generate a negative electrostatic spring DC voltage based on demodulating the time varying voltage via the time varying disturbance signal, the negative electrostatic spring DC voltage being provided to the pair of negative electrostatic spring forcer electrodes (26, 28) to null the forces of the net positive spring of the combined flexure suspension and the negative electrostatic spring associated with bias voltages acting on the proof mass.
Round baling press for straw, comprising a press housing which is arranged on a travelling mechanism and has a housing part fixed to the travelling mechanism and a discharge flap which is mounted on this housing part so as to be able to pivot open about an upper articulation spindle, comprising press rollers (6, 7) which are distributed onto the housing part fixed to the travelling mechanism and onto the discharge flap, define a press chamber on the circumferential side and are connected to a drive, and comprising a device for covering the pressed straw bales in a wrapping, characterised in that the press roller of the discharge flap defining a discharge opening for the covered straw bale can be decoupled from the drive by means of a shifting clutch.
A coating comprising silicon-doped graphene layers wherein the graphene is in the form of graphene nanosheets horizontally aligned with respect to a substrate.
A sliding shaft comprising a male shaft and a cylindrical female shaft connected to each other slidably along an axial direction, an outer circumferential surface of the male shaft or an inner circumferential surface of the female shaft being coated with a resin coating layer, characterized in that the resin coating layer is formed, by a fluidized bed powder coating method, by using a powder coating material, the powder coating material containing: a base resin; and a fatty acid having 14 or more carbon atoms or a metal salt thereof, and wherein splines to be engaged with each other are respectively formed on the outer circumferential surface of the male shaft and the inner circumferential surface of the female shaft, and the male shaft and the female shaft are connected to each other to be expandable/contractible along the axial direction through engagement of the splines. a base resin; and a fatty acid having 14 or more carbon atoms or a metal salt thereof, and wherein splines to be engaged with each other are respectively formed on the outer circumferential surface of the male shaft and the inner circumferential surface of the female shaft, and the male shaft and the female shaft are connected to each other to be expandable/contractible along the axial direction through engagement of the splines.
A gas turbine engine, comprising a low pressure spool including an LP shaft and a high pressure spool including an HP shaft, the LP and HP shafts (23, 43) rotatable independently of one another about a central axis, an accessory gear box drivingly engaged to a plurality of accessories, an engine starter drivingly engaged to the AGB, and a drive shaft (30; 130) drivingly engaged to the AGB, wherein: in a first engine mode, the drive shaft (30; 130) is drivingly engaged to the HP shaft and is disengaged from the LP shaft, the engine starter is in driving engagement with the HP shaft via the drive shaft (30; 130), and the LP shaft is disengaged from the AGB; and in a second engine mode, the drive shaft (30; 130) is drivingly engaged to the LP shaft and is disengaged from the HP shaft, the LP shaft is in driving engagement with the AGB via the drive shaft, and the HP shaft is disengaged from the AGB, characterised in that: the engine starter is drivingly engaged to the AGB via the drive shaft (30; 130). in a first engine mode, the drive shaft (30; 130) is drivingly engaged to the HP shaft and is disengaged from the LP shaft, the engine starter is in driving engagement with the HP shaft via the drive shaft (30; 130), and the LP shaft is disengaged from the AGB; and in a second engine mode, the drive shaft (30; 130) is drivingly engaged to the LP shaft and is disengaged from the HP shaft, the LP shaft is in driving engagement with the AGB via the drive shaft, and the HP shaft is disengaged from the AGB, characterised in that: the engine starter is drivingly engaged to the AGB via the drive shaft (30; 130).
A printbar module, comprising: a printed circuit board (806, 910); a plurality of printhead die slivers (12, 808, 902) each being formed on a separate silicon substrate, wherein top surfaces of the plurality of printhead die slivers (12, 808, 902) are co-planar with a top surface of the PCB (806, 910); wherein the printed circuit board (806, 910) and the plurality of printhead die slivers (12, 808, 902) are encapsulated in a molding having a plurality of slots (16, 810, 950) in fluidic communication with tapered fluid feed holes (56, 904) of the plurality of printhead die slivers (12, 808, 902); and a manifold in direct fluidic communication with the plurality of slots (16, 810, 950) to supply fluid thereto; wherein a thermal ejector element or a piezoelectric ejector element is formed on the substrate. a printed circuit board (806, 910); a plurality of printhead die slivers (12, 808, 902) each being formed on a separate silicon substrate, wherein top surfaces of the plurality of printhead die slivers (12, 808, 902) are co-planar with a top surface of the PCB (806, 910); wherein the printed circuit board (806, 910) and the plurality of printhead die slivers (12, 808, 902) are encapsulated in a molding having a plurality of slots (16, 810, 950) in fluidic communication with tapered fluid feed holes (56, 904) of the plurality of printhead die slivers (12, 808, 902); and a manifold in direct fluidic communication with the plurality of slots (16, 810, 950) to supply fluid thereto; wherein a thermal ejector element or a piezoelectric ejector element is formed on the substrate.
A patient respiratory interface comprising: an insertion portion sized to only extend partially within an oral cavity of a patient; a flange attached to, and having a surface oriented substantially perpendicular to, the insertion portion; wherein a supply pathway is defined by the insertion portion and the flange, the supply pathway positioned coaxially along a longitudinal axis of the insertion portion and sized to receive at least one lumen carrying a supply of pressurized gas and a substance; wherein the substance is released at the distal end of the insertion portion that terminates at a tip; wherein the insertion portion and flange are arranged in a shape to permit introduction of the substance in aerosol form to an oropharynx of the patient through a center of the insertion portion, wherein the insertion portion comprises, at the tip thereof, a coaxially aligned opening through the center of the insertion portion characterized in that the opening is located in a region recessed from the tip and the distal end of the tubing with at least one lumen is located in the opening. an insertion portion sized to only extend partially within an oral cavity of a patient; a flange attached to, and having a surface oriented substantially perpendicular to, the insertion portion; wherein a supply pathway is defined by the insertion portion and the flange, the supply pathway positioned coaxially along a longitudinal axis of the insertion portion and sized to receive at least one lumen carrying a supply of pressurized gas and a substance; wherein the substance is released at the distal end of the insertion portion that terminates at a tip; wherein the insertion portion and flange are arranged in a shape to permit introduction of the substance in aerosol form to an oropharynx of the patient through a center of the insertion portion, wherein the insertion portion comprises, at the tip thereof, a coaxially aligned opening through the center of the insertion portion characterized in that the opening is located in a region recessed from the tip and the distal end of the tubing with at least one lumen is located in the opening.
A replacement door handle comprising: a connection member including a first connection portion having a groove with a certain depth so as to be coupled to a door lock, and a second connection portion integrally formed with the first connection portion and extending from the first connection portion; and a handle body having a fitting portion which has a length equal to a length of the second connection portion so that the handle body is fitted around an entire outer surface of the second connection portion, wherein a design of various forms or shapes can be applied to an outer surface of the handle body on which the fitting portion is not formed, wherein the connection member includes a first hole formed in the first connection portion for fixing the connection member to the door lock, a fixing unit coupled to the first hole, and a second hole corresponding to a fixing hole of the handle body, and the handle body includes a plurality of fixing holes for fixing the handle body onto the connection member, characterized in that the connection member is provided with a cover formed of fabric, Styrofoam TM and the like, or with a door-protection member. a connection member including a first connection portion having a groove with a certain depth so as to be coupled to a door lock, and a second connection portion integrally formed with the first connection portion and extending from the first connection portion; and a handle body having a fitting portion which has a length equal to a length of the second connection portion so that the handle body is fitted around an entire outer surface of the second connection portion, wherein a design of various forms or shapes can be applied to an outer surface of the handle body on which the fitting portion is not formed, wherein the connection member includes a first hole formed in the first connection portion for fixing the connection member to the door lock, a fixing unit coupled to the first hole, and a second hole corresponding to a fixing hole of the handle body, and the handle body includes a plurality of fixing holes for fixing the handle body onto the connection member, characterized in that the connection member is provided with a cover formed of fabric, Styrofoam TM and the like, or with a door-protection member.
A yarn comprising polymer, said polymer comprising imidazole groups, the yarn having a sulfur content of 0.01 to 3 percent by weight, based on weight of the yarn, the yarn having a tenacity of 32 cN/dtex (35.6 gpd) or higher wherein said polymer comprises residues of 5 -amino-2-(p-aminophenyl)benzimidazole, aromatic diamine, and aromatic diacid-chloride and the molar ratio of 5 -amino-2-(p-aminophenyl)benzimidazole to aromatic diamine is in the range of from 30/70 to 85/15.
A method for manufacturing a light armored curved laminated glazing intended to be fitted in an opening of a transport vehicle suitable for the massproduction fitting of a curved laminated glazing containing two glass sheets, characterized in that use is made of at least three constituent curved glass sheets of such mass-produced curved laminated glazing containing two glass sheets, including both sheets from one and the same such mass-produced curved laminated glazing containing two glass sheets, which have been previously bent together by gravity and in that joined to the two glass sheets forming said one and the same mass-produced curved laminated glazing, on the side of the outer sheet thereof, is at least one outer glass sheet intended for another mass-produced curved laminated glazing containing two glass sheets, and/or on the side of the inner sheet thereof, is at least one inner glass sheet intended for another mass-produced curved laminated glazing containing two glass sheets, or even in that joined to the two glass sheets forming said one and the same mass-produced curved laminated glazing, on one side or the other thereof, are two glass sheets having been bent together in pairs by gravity, in an adjacent position, intended for at least another mass-produced curved laminated glazing containing two glass sheets.
Hybrid reinforcing substrate for elastomer products, in particular for the carcass of pneumatic vehicle tyres, wherein the hybrid reinforcing substrate has a linear core and a sleeve surrounding said core; wherein the core has one filament or a plurality of filaments of a first filament type; wherein the sleeve has filaments of a second filament type; wherein the filament(s) of the first filament type has/have a lower elasticity modulus than the filaments of the second filament type; wherein the filaments of the second filament type wrap around the core and do not have any mutual preliminary twist; characterized in that the filament(s) of the first filament type has/have an elasticity modulus of at most 100 mN/tex, and the filaments of the second filament type have an elasticity modulus of at least 200 mN/tex.
Pulse boiler comprising: - a premix chamber for creating a gaseous fuel/oxidant mixture, - a gate valve, downstream of the premix chamber, provided with an inlet duct and a flame holder in the form of a vertical cylindrical part that widens into a collar at its lower end, - a combustion chamber, downstream of the inlet duct, containing an ignition chamber and an expansion chamber that extends in line with the ignition chamber, the combustion chamber being bounded by a first metal wall, the ignition chamber surrounding the flame holder and being bounded by a second metal wall that is coaxial with the first, characterized in that the metal wall of the ignition chamber is perforated with one or more slots. - a premix chamber for creating a gaseous fuel/oxidant mixture, - a gate valve, downstream of the premix chamber, provided with an inlet duct and a flame holder in the form of a vertical cylindrical part that widens into a collar at its lower end, - a combustion chamber, downstream of the inlet duct, containing an ignition chamber and an expansion chamber that extends in line with the ignition chamber, the combustion chamber being bounded by a first metal wall, the ignition chamber surrounding the flame holder and being bounded by a second metal wall that is coaxial with the first,
A system for generating power from a flow of liquid having at most 15.24 meters (fifty feet) of head and a flow rate of at most 8.495 cubic meters (300 cubic feet) per second, the system (16, 190, 220, 240, 260) comprising: an axial-flow turbine having a runner (32, 204, 232) operable to receive a flow of liquid, the runner (32, 204, 232) includes a hub (34, 174) and a plurality of blades (18, 36, 176), each blade (18, 36, 176) releasably coupled to the hub (34, 174) and each blade (18, 36, 176): being configured to extract energy from the flow of liquid by rotating the hub (34, 174) when the flow of liquid contacts the blade (18, 36, 176), and having a pitch that is adjustable; the runner (32, 204, 232) being housed within a penstock (24, 170, 202, 232, 242, 274) and the penstock (24, 170, 202, 232, 242, 274) being operable to direct a flow of liquid through the penstock (24, 170, 202, 232, 242, 274) and toward the runner (32, 204, 232), the penstock (24, 170, 202, 232, 242, 274) having a length that is adjustable; an intake (26, 194, 222, 262) operable to direct a flow of liquid into the penstock (24, 170, 202, 232, 242, 274); a variable speed generator (28, 206, 234, 243) coupled to the hub (34, 174) of the turbine's runner (32, 204, 232) and operable to generate electric power from the rotation of the turbine's hub (34, 174); and a control circuit (30, 67, 69) operable to determine changes in the flow of liquid and in response to a determined change in the flow, modify at least one of the following: a speed of the axial-flow turbine's hub (34, 174), and the flow of liquid that the runner (32, 204, 232) receives. being configured to extract energy from the flow of liquid by rotating the hub (34, 174) when the flow of liquid contacts the blade (18, 36, 176), and having a pitch that is adjustable; a speed of the axial-flow turbine's hub (34, 174), and the flow of liquid that the runner (32, 204, 232) receives.