mhurhangee/ep-ind-claims huggingface dataset:
A probe assembly for measuring the concentration of exhaust's emissions in a turbine engine, the probe assembly comprising: a first probe member configured and operative to generate a beam of light of a constant wavelength upon thermal excitation of a component thereof, wherein the wavelength of the beam of light is contingent upon the configuration of the first probe member, and wherein the intensity of the beam of light is contingent upon the temperature of the first probe member; and a second probe member positioned in the probe assembly to receive the beam of light generated by the first probe member, the second probe member configured and operative to absorb and attenuate the light generated from the first probe member with a peak absorption frequency that varies in accordance with the gaseous species present in the exhaust emissions of the turbine engine, wherein the constant wavelength of the first probe member is tuned to the peak absorption frequency of the second probe member so that more or less photons will be absorbed by the second probe member depending on how much of the gaseous species is present in the exhaust. a first probe member configured and operative to generate a beam of light of a constant wavelength upon thermal excitation of a component thereof, wherein the wavelength of the beam of light is contingent upon the configuration of the first probe member, and wherein the intensity of the beam of light is contingent upon the temperature of the first probe member; and a second probe member positioned in the probe assembly to receive the beam of light generated by the first probe member, the second probe member configured and operative to absorb and attenuate the light generated from the first probe member with a peak absorption frequency that varies in accordance with the gaseous species present in the exhaust emissions of the turbine engine, wherein the constant wavelength of the first probe member is tuned to the peak absorption frequency of the second probe member so that more or less photons will be absorbed by the second probe member depending on how much of the gaseous species is present in the exhaust.
A method comprising: forming a frame having a groove along a first surface thereof; mounting the frame (1 08b) in front of a rear roller axle of a belt sander; forming a platen having a flange above a top surface thereof; and joining the platen to the frame by inserting the flange into the groove to thereby match the top surface of the platen to a bottom surface of the frame; characterised in that the platen comprises forming the flange in a triangular shape to match a reciprocal shape of the groove. forming a frame having a groove along a first surface thereof; mounting the frame (1 08b) in front of a rear roller axle of a belt sander; forming a platen having a flange above a top surface thereof; and joining the platen to the frame by inserting the flange into the groove to thereby match the top surface of the platen to a bottom surface of the frame; characterised in that the platen comprises forming the flange in a triangular shape to match a reciprocal shape of the groove.
A terminal comprising: a reception unit configured to receive a Mask Index specifying an available transmission occasion for a random access channel, wherein the mask index is one of a plurality of mask indexes, each associated with respective types of trigger for a random access procedure; a control unit configured to identify, based on the received Mask Index among the mask indexes, an available random access channel resource in a time domain or a frequency domain; and a transmission unit configured to transmit a random access preamble using the available random access channel resource. a reception unit configured to receive a Mask Index specifying an available transmission occasion for a random access channel, wherein the mask index is one of a plurality of mask indexes, each associated with respective types of trigger for a random access procedure; a control unit configured to identify, based on the received Mask Index among the mask indexes, an available random access channel resource in a time domain or a frequency domain; and a transmission unit configured to transmit a random access preamble using the available random access channel resource.
Hybrid transmission for a motor vehicle provided with an internal combustion engine and an electric machine for drive, comprising a solid primary shaft and a hollow primary shaft which are concentric and connected to the crankshaft of the internal combustion engine and to the electric machine without a disconnect clutch, a secondary shaft connected to the wheels of the vehicle by a differential, the secondary shaft carrying a differential input pinion to ensure the transfer of motion to the differential in the direction of the wheels of the vehicle, and a shaft for transferring motion from a primary shaft to the secondary shaft and for coupling the primary shafts (3, 4), characterized in that - the electric machine is arranged at the opposite end of the primary line (3, 4) relative to the internal combustion engine, and - a first primary shaft carries a fixed gearwheel ensuring the permanent transfer of motion to the transfer shaft, and two idler pinions (15, 16) of the hybrid or combustion engine gears, engaging with fixed gearwheels (13, 14) of the secondary shaft. - the electric machine is arranged at the opposite end of the primary line (3, 4) relative to the internal combustion engine, and - a first primary shaft carries a fixed gearwheel ensuring the permanent transfer of motion to the transfer shaft, and two idler pinions (15, 16) of the hybrid or combustion engine gears, engaging with fixed gearwheels (13, 14) of the secondary shaft.
A method performed by a first network node for controlling user plane traffic flows relating to wireless devices in a wireless telecommunications network (100, 200, 300, 400), the first network node being configured to transmit the user plane traffic flows over a first transmission path to a second network node in the wireless telecommunications network (100, 200, 300, 400), wherein the method comprises inspecting, by Deep Packet Inspection, DPI, each said user plane traffic flow with respect to one or more of the type, originating wireless device, and content of the user plane traffic flow, determining, based on the inspection, that a user plane traffic flow related to a wireless device (121,122) is to be transmitted over a second transmission path to an intermediary network node configured to communicate with the first and second network nodes (101,103) in the wireless telecommunications network (100, 200, 300, 400) based on the type of the user plane traffic flow, the wireless device related to the user plane traffic flow, and/or the content of the user plane traffic flow; and controlling the user plane traffic flow such that the user plane traffic flow is transmitted over the second transmission path to the intermediary network node in the wireless telecommunications network (100, 200, 300, 400), wherein the intermediary network node is comprised in the wireless telecommunication network (100, 200, 300, 400) and forwards said transmitted user plane traffic flow to said second network node,and wherein said first network node is a base station node.
Packaging for a medicinal product in the form of a reel for a plaster strip roll with one or two side discs (12, 14) and/or of a cover/protective ring of a plaster strip roll, which optionally has a tear-off edge, characterized in that the packaging comprises an antimicrobially effective substance and, on the outer surface of the packaging, there is contact between the antimicrobially effective substance and the environment.
A control unit (130, 140, 300) for controlling a heavy duty vehicle, wherein the control unit is arranged to obtain an acceleration profile (a req) and a curvature profile (c req) indicative of a desired maneuver by the vehicle, the control unit (130, 140, 300) comprising a force generation module configured to determine a set of global vehicle forces and moments required to execute the desired maneuver, the control unit (130, 140, 300) further comprising a motion support device, MSD, coordination module arranged to coordinate one or more MSDs to collectively provide the set of global vehicle forces and moments by generating one or more respective wheel forces, and an inverse tyre model block configured to map the one or more wheel forces into equivalent wheel slips (λ), wherein the control unit (130, 140, 300) is arranged to request the wheel slips (λ) from the MSDs to control the heavy duty vehicle during the desired maneuver. wherein the control unit is arranged to obtain an acceleration profile (a req) and a curvature profile (c req) indicative of a desired maneuver by the vehicle, the control unit (130, 140, 300) comprising a force generation module configured to determine a set of global vehicle forces and moments required to execute the desired maneuver, the control unit (130, 140, 300) further comprising a motion support device, MSD, coordination module arranged to coordinate one or more MSDs to collectively provide the set of global vehicle forces and moments by generating one or more respective wheel forces, and an inverse tyre model block configured to map the one or more wheel forces into equivalent wheel slips (λ), wherein the control unit (130, 140, 300) is arranged to request the wheel slips (λ) from the MSDs to control the heavy duty vehicle during the desired maneuver.
A method of isolating ingenol from a mixture of diterpenoid esters and ingenol esters combining the phases of hydrolyzing the ingenol esters and extracting/isolating ingenol in a single step by subjecting said mixture to a single step of combined treatment with an acidified water and organic solvent solution.
A method for crowdsourcing tagged visual data, the method comprising: acquiring visual data comprising a brand-specific visual signature using a camera coupled to a device; receiving at least one wireless signal from an at least one wireless access point; deriving information comprising a MAC address associated with the at least one wireless access point and at least one signal characteristic associated with the at least one wireless signal from the at least one wireless signal; tagging the visual data with the MAC address associated with the at least one wireless access point and the at least one signal characteristic associated with the at least one wireless signal by including the information comprising the MAC address and the at least one signal characteristic in metadata attached to the visual data; wirelessly transmitting the tagged visual data to a remote server; and crowdsourcing in the remote server the tagged visual data by estimating locations on a heatmap using the brand-specific visual signature comprised in the visual data and associating the MAC address and the at least one signal characteristic with data including the estimated locations on the heatmap. acquiring visual data comprising a brand-specific visual signature using a camera coupled to a device; receiving at least one wireless signal from an at least one wireless access point; deriving information comprising a MAC address associated with the at least one wireless access point and at least one signal characteristic associated with the at least one wireless signal from the at least one wireless signal; tagging the visual data with the MAC address associated with the at least one wireless access point and the at least one signal characteristic associated with the at least one wireless signal by including the information comprising the MAC address and the at least one signal characteristic in metadata attached to the visual data; wirelessly transmitting the tagged visual data to a remote server; and crowdsourcing in the remote server the tagged visual data by estimating locations on a heatmap using the brand-specific visual signature comprised in the visual data and associating the MAC address and the at least one signal characteristic with data including the estimated locations on the heatmap.
A method to be executed by a function in a self-organizing network system for automated network management in a communication network, the method comprising: while a SON function of the SON system is operating according to a task assigned to the SON function: detecting a problem associated with operating according to the task, characterized in that the method further comprises: indicating the problem to a SON operation diagnosis function of the SON system to decide on an action to take based on the indication and additional information. detecting a problem associated with operating according to the task, characterized in that the method further comprises: indicating the problem to a SON operation diagnosis function of the SON system to decide on an action to take based on the indication and additional information.
A haptic device comprising: a weight; a plurality of magnets each fixed to the weight; a plurality of coils that each correspond to a respective one of the plurality of magnets and are adapted to generate a magnetic field to reciprocate the corresponding magnet along one direction in a predetermined plane; and a current control unit adapted to present a haptic sensation to a user by controlling a current flowing in each of the plurality of coils to vibrate the weight along any direction in the predetermined plane. a weight; a plurality of magnets each fixed to the weight; a plurality of coils that each correspond to a respective one of the plurality of magnets and are adapted to generate a magnetic field to reciprocate the corresponding magnet along one direction in a predetermined plane; and a current control unit adapted to present a haptic sensation to a user by controlling a current flowing in each of the plurality of coils to vibrate the weight along any direction in the predetermined plane.
A seal plate (20D, 20E) for use in sealing ophthalmic lens blister packages having a laminate foil cover and plastic shell defining a bowl for containing an ophthalmic lens and lens solution therein, the seal plate comprising: a heated plate body; and a sealing face (25D, 25E) protruding from the plate body, wherein the sealing face (25D, 25E) has an irregular shape, wherein the irregular shape includes a plurality of recesses (52,60) in the sealing face (25D, 25E); and wherein the plurality of recesses (52,60) are arranged over the entire width of the sealing face (25D,25E) wherein the sealing face (25D, 25E) engages the laminate foil cover and displaces moisture present between the laminate foil cover and the plastic shell in a sealing area around the bowl to induce a hermetic heat seal therebetween. a heated plate body; and a sealing face (25D, 25E) protruding from the plate body, wherein the sealing face (25D, 25E) has an irregular shape, wherein the irregular shape includes a plurality of recesses (52,60) in the sealing face (25D, 25E); and wherein the plurality of recesses (52,60) are arranged over the entire width of the sealing face (25D,25E) wherein the sealing face (25D, 25E) engages the laminate foil cover and displaces moisture present between the laminate foil cover and the plastic shell in a sealing area around the bowl to induce a hermetic heat seal therebetween.
Shutter device including a plurality of fins almost parallel, each having at least two elongate longitudinal sides ending in correspondence of the side ends, such fins are reciprocally connected and movable between end conditions of closing and opening of the window, door or passage to which the shutter device is associated, the connection between the fins is made by connecting levers each rotatingly centrally connected to a middle portion of a fin and having the two opposite ends respectively connected, in rotating way, to opposed portions of the fins contiguous to the fin to which the lever is centrally connected, such fins and levers carrying out a reciprocal pantograph connection; said device being characterised in that each side end consists of an end element fixed to the fin; each side end has a side protection rotatingly connected to the end element in correspondence or in proximity of the sliding means; said side protection is elongate triangular shaped, with length approximately corresponding to the width of the fin, perpendicular to this latter and it is hinged near the sharper vertex oscillating between a position in which is almost faced to the side ends and a position in which protrudes from it for protecting the slit between fin and side guide in the closing condition, said device further includes an elastic means acting in compression between the end element and the side protection for elastically maintaining the latter towards the protruding position.
An acetal cylinder test object for assessing and evaluating an image producing x-ray computed tomography system, comprising: at least one metal annular device; two acetal cylinder forming sections (2372, 2374), each of which is configured to interconnect with another, wherein each section has a threaded connector (2123a, 2123b) configured for connecting with another threaded connector; and wherein at least a portion on one of the two acetal cylinder forming sections comprises a cylindrical undercut configured to receive the at least one metal annular device and to limit positioning of the at least one metal annular device on the two acetal cylinder forming sections. at least one metal annular device; two acetal cylinder forming sections (2372, 2374), each of which is configured to interconnect with another, wherein each section has a threaded connector (2123a, 2123b) configured for connecting with another threaded connector; and wherein at least a portion on one of the two acetal cylinder forming sections comprises a cylindrical undercut configured to receive the at least one metal annular device and to limit positioning of the at least one metal annular device on the two acetal cylinder forming sections.
Closure device (10, 20) for closing a particle capture volume, in particular of a bag or a container, comprising an access element (1, 11) with an access element opening for providing an access to the particle capture volume, a closure slide (2, 12) which is selectively displaceable relative to the access element (1, 11) into a release position or into a closure position, wherein in the release position the closure slide (2, 12) releases the access element opening and in the closure position closes the access element opening, a locking mechanism for locking the closure slide (2, 12) in the closure position with respect to the access element, characterized in that, for unlocking, the locking mechanism requires an unlocking element (3, 13) separate from the locking mechanism. an access element (1, 11) with an access element opening for providing an access to the particle capture volume, a closure slide (2, 12) which is selectively displaceable relative to the access element (1, 11) into a release position or into a closure position, wherein in the release position the closure slide (2, 12) releases the access element opening and in the closure position closes the access element opening, a locking mechanism for locking the closure slide (2, 12) in the closure position with respect to the access element, characterized in that, for unlocking, the locking mechanism requires an unlocking element (3, 13) separate from the locking mechanism.
An inflatable slide for use in an emergency evacuation system of an aircraft, comprising: a main body having a top surface and a bottom surface and configured to inflate in response to receiving a flow of fluid; a first lanyard and a second lanyard coupled to the main body; and an airfoil coupled to the first lanyard and configured to exert a force on the main body in a downward direction corresponding to a direction of gravity in response to receiving a wind flow wherein the main body has a width and the airfoil is centered along the width of the main body; and wherein: the main body has a first side and a second side; the width extends from the first side to the second side; and characterized in that the second lanyard is nearer the second side than the first lanyard; and further comprising a first slip ring coupled to the airfoil and slidably coupled to the first lanyard, and a second slip ring coupled to the airfoil and slidably coupled to the second lanyard. a main body having a top surface and a bottom surface and configured to inflate in response to receiving a flow of fluid; a first lanyard and a second lanyard coupled to the main body; and an airfoil coupled to the first lanyard and configured to exert a force on the main body in a downward direction corresponding to a direction of gravity in response to receiving a wind flow wherein the main body has a width and the airfoil is centered along the width of the main body; and wherein: the main body has a first side and a second side; the width extends from the first side to the second side; and characterized in that the second lanyard is nearer the second side than the first lanyard; and further comprising a first slip ring coupled to the airfoil and slidably coupled to the first lanyard, and a second slip ring coupled to the airfoil and slidably coupled to the second lanyard. the main body has a first side and a second side; the width extends from the first side to the second side; and characterized in that the second lanyard is nearer the second side than the first lanyard; and further comprising a first slip ring coupled to the airfoil and slidably coupled to the first lanyard, and a second slip ring coupled to the airfoil and slidably coupled to the second lanyard.
A foam comprising: a polysiloxane block copolymer; the polysiloxane block copolymer comprising a first block that comprises a polysiloxane block and a second block that comprises an organic polymer; the second block not containing a polysiloxane and comprising a polycarbonate, a copolyester-carbonate, a polyester, a polyarylate, or a combination comprising at least one of the foregoing; the polysiloxane block being 5 to 45 repeat units; the foam having average pore sizes of less than or equal to 100 nanometers; where the foam has individual pores that have diameters of 1 to 100 nanometers; the size of the pores being determined by photomicrography. a polysiloxane block copolymer; the polysiloxane block copolymer comprising a first block that comprises a polysiloxane block and a second block that comprises an organic polymer; the second block not containing a polysiloxane and comprising a polycarbonate, a copolyester-carbonate, a polyester, a polyarylate, or a combination comprising at least one of the foregoing; the polysiloxane block being 5 to 45 repeat units; the foam having average pore sizes of less than or equal to 100 nanometers; where the foam has individual pores that have diameters of 1 to 100 nanometers; the size of the pores being determined by photomicrography.