mhurhangee/ep-ind-claims huggingface dataset:
A method comprising, at a mobility access gateway on a network domain: receiving a data flow binding: request message from a mobile host device, the data flow binding request message comprising a request that the mobile host device be assigned a common network address for simultaneous use on multiple network interfaces of the mobile host device through which the mobile host device is attached to the network domain and an indication of an existing data flow between the mobile host device and the network domain and of a preferred network interface of the multiple network interfaces of the mobile host device to which the network domain should route the data flow; sending a proxy binding update message to a local mobility anchor, wherein the proxy binding update message comprises an indication that the mobile host device requested to be assigned a common network address for simultaneous use on the multiple network interfaces of the mobile host device; receiving a proxy binding acknowledgement message from the local mobility anchor, wherein the proxy binding acknowledgement message comprises network address information indicating a network address assigned to the mobile host device; extracting the network address information from the proxy binding acknowledgement message; and sending a message comprising the extracted network address information to the mobile host device, the message indicating that the mobile host device has been assigned the network address for simultaneous use on the multiple network interfaces of the mobile host device through which the mobile host device is attached to the network domain. receiving a data flow binding: request message from a mobile host device, the data flow binding request message comprising a request that the mobile host device be assigned a common network address for simultaneous use on multiple network interfaces of the mobile host device through which the mobile host device is attached to the network domain and an indication of an existing data flow between the mobile host device and the network domain and of a preferred network interface of the multiple network interfaces of the mobile host device to which the network domain should route the data flow; sending a proxy binding update message to a local mobility anchor, wherein the proxy binding update message comprises an indication that the mobile host device requested to be assigned a common network address for simultaneous use on the multiple network interfaces of the mobile host device; receiving a proxy binding acknowledgement message from the local mobility anchor, wherein the proxy binding acknowledgement message comprises network address information indicating a network address assigned to the mobile host device; extracting the network address information from the proxy binding acknowledgement message; and sending a message comprising the extracted network address information to the mobile host device, the message indicating that the mobile host device has been assigned the network address for simultaneous use on the multiple network interfaces of the mobile host device through which the mobile host device is attached to the network domain.
A method comprising: receiving an optical signal at a coherent optical receiver; converting the received optical signal to a first electrical signal and a second electrical signal through a first photodetector and a second photodetector, respectively; inputting the first electrical signal into a first single input variable gain amplifier; inputting the second electrical signal into to a second single input variable gain amplifier; controlling a gain of at least one of the first single input variable gain amplifier or the second single input variable gain amplifier to balance the output of the first single input variable gain amplifier and the output of the second single input variable gain amplifier; inputting the output of the first single input variable gain amplifier and the output of the second single input variable gain amplifier into a differential amplifier; and obtaining a receiver output at an output of the differential amplifier. receiving an optical signal at a coherent optical receiver; converting the received optical signal to a first electrical signal and a second electrical signal through a first photodetector and a second photodetector, respectively; inputting the first electrical signal into a first single input variable gain amplifier; inputting the second electrical signal into to a second single input variable gain amplifier; controlling a gain of at least one of the first single input variable gain amplifier or the second single input variable gain amplifier to balance the output of the first single input variable gain amplifier and the output of the second single input variable gain amplifier; inputting the output of the first single input variable gain amplifier and the output of the second single input variable gain amplifier into a differential amplifier; and obtaining a receiver output at an output of the differential amplifier.
A hydraulic device of reversible type comprising: an impeller in turn comprising a plurality of elements provided with axial symmetry, arranged at the periphery of said impeller, said elements being hinged at a point corresponding to the inner end of the symmetry / spin axis of said elements, so as to be able to rotate about said spin axis; a distribution conduit adapted to conduct a fluid, associated with said impeller and comprising a radius bending substantially equal to the radius of said impeller, said distribution conduit comprising an inner size greater than the larger size of said elements; means adapted to modify the position of said elements with respect to said impeller, according to their position with respect to said distribution conduit, so as to tilt said elements with respect to the plane of said impeller when said elements are within said distribution conduit, characterised in that: i) said elements are accommodated in specific seats having the same shape as said elements; ii) said elements are hinged at two points (12, 13) corresponding to two ends of the diameter or of the spin axis of said elements; and in that iii) said distribution conduit has a longitudinal slit having width greater than the thickness of said impeller adapted to house the peripheral part of said impeller; i) said elements are accommodated in specific seats having the same shape as said elements; ii) said elements are hinged at two points (12, 13) corresponding to two ends of the diameter or of the spin axis of said elements; and in that iii) said distribution conduit has a longitudinal slit having width greater than the thickness of said impeller adapted to house the peripheral part of said impeller;
A device, comprising: an outer flexible tube defining a longitudinal axis; a rotatable scoopula disposed within the outer flexible tube and defining an open side portion; at least one inflatable support element attached near a distal end of the rotatable scoopula; an inner sheath disposed within the rotatable scoopula and configured to move parallel to the longitudinal axis; a first pair of first and second rotatable and articulable beaks disposed within the inner sheath and partially extending into the open side portion of the scoopula, the first pair of first and second rotatable and articulable beaks being configured to cut tissue present within and beyond the open side portion of the scoopula by selectively assuming an open and a at least partially closed configuration while rotating; an expandable and collapsible cutting and imaging chamber disposed at a distal end of a central tube that is disposed coaxially between the first pair of first and second articulable beaks, the chamber being configured to enclose a removable imaging device within a volume of fluid and to move parallel to the longitudinal axis away from and back against the first pair of first and second articulable beaks. an outer flexible tube defining a longitudinal axis; a rotatable scoopula disposed within the outer flexible tube and defining an open side portion; at least one inflatable support element attached near a distal end of the rotatable scoopula; an inner sheath disposed within the rotatable scoopula and configured to move parallel to the longitudinal axis; a first pair of first and second rotatable and articulable beaks disposed within the inner sheath and partially extending into the open side portion of the scoopula, the first pair of first and second rotatable and articulable beaks being configured to cut tissue present within and beyond the open side portion of the scoopula by selectively assuming an open and a at least partially closed configuration while rotating; an expandable and collapsible cutting and imaging chamber disposed at a distal end of a central tube that is disposed coaxially between the first pair of first and second articulable beaks, the chamber being configured to enclose a removable imaging device within a volume of fluid and to move parallel to the longitudinal axis away from and back against the first pair of first and second articulable beaks.
An optical diffuser layer comprising: a polymeric binder; a plurality of metal oxide particles dispersed in the polymeric binder; a plurality of interconnected voids; and a plurality of haze generating particles dispersed in the polymeric binder, and wherein the optical diffuser layer has an effective refractive index of 1.3 or less, wherein the plurality of haze generating particles have an average lateral dimension in a range from 1 micrometer to 10 micrometers and the plurality of metal oxide particles have an average lateral dimension of 500 nanometers or less.. a polymeric binder; a plurality of metal oxide particles dispersed in the polymeric binder; a plurality of interconnected voids; and a plurality of haze generating particles dispersed in the polymeric binder, and wherein the optical diffuser layer has an effective refractive index of 1.3 or less, wherein the plurality of haze generating particles have an average lateral dimension in a range from 1 micrometer to 10 micrometers and the plurality of metal oxide particles have an average lateral dimension of 500 nanometers or less..
A reflow oven of the type used to join electronic components to a substrate, the reflow oven comprising: a chamber housing including surfaces that are in contact with heated air mixed with contaminants, including flux; characterized by a water-soluble layer selectively applied to the surfaces of the chamber housing, wherein the water-soluble layer includes an acrylic-based layer. a chamber housing including surfaces that are in contact with heated air mixed with contaminants, including flux; characterized by a water-soluble layer selectively applied to the surfaces of the chamber housing, wherein the water-soluble layer includes an acrylic-based layer.
A separator for a nonaqueous secondary battery, comprising a porous substrate having pores or voids inside and an adhesive porous layer that is formed on at least one side of the porous substrate and contains a polyvinylidene-fluoride-based resin, the separator for a nonaqueous secondary battery being characterized in that the adhesive porous layer has a porosity of 30% or more and 60% or less and an average pore size of 1 nm or more and 100 nm or less, the polyvinylidene-fluoride-based resin being a homopolymer of vinylidene fluoride, a copolymer of vinylidene fluoride and another copolymerizable monomer, or a mixture thereof, the polyvinylidene-fluoride-based resin having a weight average molecular weight of 600,000 or more.
A thermosetting material, comprising: an epoxy compound being a thermosetting compound; a thermosetting agent; boron nitride nanotubes; and an insulating filler not being a nanotube, wherein the insulating filler has a heat conductivity of 10 W/m·k or more, the material of the insulating filler is alumina, synthetic magnesite, boron nitride, aluminum nitride, silicon nitride, silicon carbide, zinc oxide, or magnesium oxide, and the content of the insulating filler is 25% by volume or more in 100% by volume of the thermosetting material. an epoxy compound being a thermosetting compound; a thermosetting agent; boron nitride nanotubes; and an insulating filler not being a nanotube, wherein the insulating filler has a heat conductivity of 10 W/m·k or more, the material of the insulating filler is alumina, synthetic magnesite, boron nitride, aluminum nitride, silicon nitride, silicon carbide, zinc oxide, or magnesium oxide, and the content of the insulating filler is 25% by volume or more in 100% by volume of the thermosetting material.
A multi-port manifold valve comprising a valve body having an outer wall; an inner cylindrical cavity defined by the outer wall; and a plurality of ports (12a, 12b, 12c, 12d) extending from the outer wall that define respective conduits extending between openings in the outer wall and openings in distal ends of the ports (12a, 12b, 12c, 12d); a directional component positioned in the cavity, wherein the directional component defines a fluid-flow pathway in an outer circumferential surface of the directional component that selectively provides fluid communication between combinations of two or more of the plurality of ports (12a, 12b, 12c, 12d) depending upon an angular orientation of the directional component within the cavity; and an elastomeric seal positioned between the directional component and the outer wall of the valve body, the multi-part manifold valve being characterized in that the fluid-flow pathway is a channel in the outer circumferential surface of the directional component formed of a first straight section connected with a second, C-shaped section.
An information processing apparatus comprising: a display section provided with a screen capable of displaying a content of an application; a user-input processing section for acquiring an instruction input from a user; and a screen-hierarchy control section for managing a screen hierarchical order of each application (40, 41, 42, 43, 44,45) when contents of a plurality of started applications (40, 41, 42, 43, 44, 45) are displayed in the display section, characterized in that when one of at least two applications (40, 41; 50, 60) out of a plurality of the applications (40, 41, 42, 43, 44, 45) is set to be a master application (41, 50) and the other of the at least two applications (40, 41; 50, 60) out of a plurality of the applications (40, 41, 42, 43, 44, 45) is set to be a slave application (40, 60), wherein the master and slave applications are determined in advance the screen-hierarchy control section disposes and links the slave application (40, 60) at an immediately lower level than that of the master application (41, 50) in the screen hierarchy, and the screen hierarchy control section is operable to perform screen-hierarchy control such that the master application (41,50) and the slave application (40, 60) are moved in the screen hierarchy in a state of being linked at the time of updating the screen hierarchy. a display section provided with a screen capable of displaying a content of an application; a user-input processing section for acquiring an instruction input from a user; and a screen-hierarchy control section for managing a screen hierarchical order of each application (40, 41, 42, 43, 44,45) when contents of a plurality of started applications (40, 41, 42, 43, 44, 45) are displayed in the display section, characterized in that when one of at least two applications (40, 41; 50, 60) out of a plurality of the applications (40, 41, 42, 43, 44, 45) is set to be a master application (41, 50) and the other of the at least two applications (40, 41; 50, 60) out of a plurality of the applications (40, 41, 42, 43, 44, 45) is set to be a slave application (40, 60), wherein the master and slave applications are determined in advance the screen-hierarchy control section disposes and links the slave application (40, 60) at an immediately lower level than that of the master application (41, 50) in the screen hierarchy, and the screen hierarchy control section is operable to perform screen-hierarchy control such that the master application (41,50) and the slave application (40, 60) are moved in the screen hierarchy in a state of being linked at the time of updating the screen hierarchy.
A method of enhancing properties of sub-nanosecond pulses comprising: generating input sub-nanosecond pulsed signal light by pico- or femtosecond TM:II-VI lasers emitting in a mid-infrared spectral range, wherein each input sub-nanosecond pulse of the signal light has a first pulse duration, first spectral width, and first pulse peak power; coupling the input sub-nanosecond pulsed signal light at a first wavelength into a bulk gain medium, thereby guiding the input sub-nanosecond pulsed signal light through the bulk gain medium in a single pass, wherein the first pulse peak power is at least equal to a critical power ( Pc) for self-focusing in the bulk gain medium, the bulk gain medium having nonlinear properties and being selected from polycrystals made from Cr:ZnS, Cr:ZnSe, Cr:CdS, Fe:ZnSe or Fe:ZnS; coupling pump light at a second wavelength, which is different from the first wavelength, into the bulk gain medium while guiding the input sub-nanosecond pulses there through, thereby outputting sub-nanosecond pulses at the first wavelength such that each output sub-nanosecond pulse has a: second pulse duration shorter than the first pulse duration, second spectral width broader than the first spectral width, and second pulse peak power higher than the first pulse peak power; and optically separating the output sub-nanosecond pulses of the signal light and pump light. generating input sub-nanosecond pulsed signal light by pico- or femtosecond TM:II-VI lasers emitting in a mid-infrared spectral range, wherein each input sub-nanosecond pulse of the signal light has a first pulse duration, first spectral width, and first pulse peak power; coupling the input sub-nanosecond pulsed signal light at a first wavelength into a bulk gain medium, thereby guiding the input sub-nanosecond pulsed signal light through the bulk gain medium in a single pass, wherein the first pulse peak power is at least equal to a critical power ( Pc) for self-focusing in the bulk gain medium, the bulk gain medium having nonlinear properties and being selected from polycrystals made from Cr:ZnS, Cr:ZnSe, Cr:CdS, Fe:ZnSe or Fe:ZnS; coupling pump light at a second wavelength, which is different from the first wavelength, into the bulk gain medium while guiding the input sub-nanosecond pulses there through, thereby outputting sub-nanosecond pulses at the first wavelength such that each output sub-nanosecond pulse has a: second pulse duration shorter than the first pulse duration, second spectral width broader than the first spectral width, and second pulse peak power higher than the first pulse peak power; and second pulse duration shorter than the first pulse duration, second spectral width broader than the first spectral width, and second pulse peak power higher than the first pulse peak power; and optically separating the output sub-nanosecond pulses of the signal light and pump light.
Agricultural harvester for harvesting structured crops, comprising a pick-up device for collecting the crops from a field or a meadow, and a channel means for conveying the crops along a path which goes through pick-up and discharge during processing of the crops, comprising a means for measuring the flow speed of the crops flowing through the harvester, as well as a detection and analysis means connected thereto, a measurement point being arranged on the channel means and comprising at least two measurement sensors (10, 11) which, when viewed in the conveying direction of the crops, are passed successively by the crops and are at a set distance from one another with respect to the conveying direction of the crops, and each measurement sensor (10, 11) of the measurement point on the channel means being designed to apply a waveform signal to the crops passing the measurement point and to detect the portion of the waveform signal that is reflected by the crops and supply it to the detection and analysis means arranged downstream, characterised in that, assisted by a computer, the detection and analysis means is designed to temporally shift the detected measurement signals from the measurement sensors (10, 11) such that the detected measurement signals undergo a verification which is aimed at comparing the measurement signals.
A pixellated detector device comprising: - a detector array having a plurality of detector pixels; and - a crystal array having a plurality of scintillator crystals and arranged in geometric correspondence with the detector array; wherein said detector pixels and said scintillator crystals are of same size and shifted with respect to each other by half of their size in two dimensions, such that every scintillator crystal is read out by four detector pixels simultaneously; characterised in that the detector pixels are silicon photomultiplier (SiPM) detector pixels; and in that detector pixels at the edges of said detector array are halved in size. - a detector array having a plurality of detector pixels; and - a crystal array having a plurality of scintillator crystals and arranged in geometric correspondence with the detector array;
Industrial truck with a working hydraulics system which is supplied with pressure medium by way of a hydraulic pump, wherein the hydraulic pump is driven by an electric pump motor, characterized in that the electric pump motor has a stator with at least three phase windings for generating a rotary field and a rotor consisting of a magnetically soft material of high permeability, wherein the rotor has poles with a low magnetic reluctance in the orientation of the poles, wherein the electric pump motor is configured as a synchronous reluctance machine, and wherein the rotor has axial laminations, the open radial cut edges of which form the poles.
A process for producing polyurethane moldings, wherein a) organic polyisocyanates are mixed with b) compounds having at least two hydrogen atoms which are reactive toward isocyanate, comprising polyester polyol, c) blowing agent, d) catalyst, e) propylene carbonate and at least one compound selected from the group consisting of compounds of the general formula, where R is a hydrocarbon radical which has from 3 to 9 carbon atoms and is bound to the oxygen via a secondary or tertiary carbon atom, and a compound of the formula, and f) optionally other auxiliaries and/or additives to give a reaction mixture, introduced into a mold and allowed to react to give a polyurethane molding. a) organic polyisocyanates are mixed with b) compounds having at least two hydrogen atoms which are reactive toward isocyanate, comprising polyester polyol, c) blowing agent, d) catalyst, e) propylene carbonate and at least one compound selected from the group consisting of compounds of the general formula, where R is a hydrocarbon radical which has from 3 to 9 carbon atoms and is bound to the oxygen via a secondary or tertiary carbon atom, and a compound of the formula, and f) optionally other auxiliaries and/or additives to give a reaction mixture, introduced into a mold and allowed to react to give a polyurethane molding.