mhurhangee/ep-ind-claims huggingface dataset:
A service continuity implementation method, comprising: receiving (S202, S302), by a mobility management device, a tracking area update request message for a 4G network from a user equipment, wherein the tracking area update request message carries a user identifier and a 5G capability of the user equipment; determining (S205, S306), by the mobility management device based on the user identifier, that a corresponding user is a 5G user, and triggering (S206, S307) the user equipment to attach to the 4G network; afterwards, the method comprises receiving (S208, S308), by the mobility management device, an attach request from the user equipment, and the attach request is issued for the 4G network; and selecting (S210, S310), after the receiving said attach request, by the mobility management device, a 5G gateway for the user equipment, and establishing (S211, S311) a session with the 5G gateway, wherein the 5G gateway is for sending a SG-related parameter to the user equipment in advance, so that service continuity is maintained after the user equipment moves from the 4G network to the 5G network. receiving (S202, S302), by a mobility management device, a tracking area update request message for a 4G network from a user equipment, wherein the tracking area update request message carries a user identifier and a 5G capability of the user equipment; determining (S205, S306), by the mobility management device based on the user identifier, that a corresponding user is a 5G user, and triggering (S206, S307) the user equipment to attach to the 4G network; afterwards, the method comprises receiving (S208, S308), by the mobility management device, an attach request from the user equipment, and the attach request is issued for the 4G network; and selecting (S210, S310), after the receiving said attach request, by the mobility management device, a 5G gateway for the user equipment, and establishing (S211, S311) a session with the 5G gateway, wherein the 5G gateway is for sending a SG-related parameter to the user equipment in advance, so that service continuity is maintained after the user equipment moves from the 4G network to the 5G network.
A method of supporting packet-switched handover of a mobile station, MS, from a first cell compatible with a first network to a Generic Access Network,GAN, cell compatible and located within a GAN, the method comprising the steps of: determining if the MS is within coverage of the GAN cell; registering the MS within the GAN, whereby the step of registering the MS within the GAN comprises storing an MS context for the MS in a Generic Access Network Controller, GANC, of the GAN; triggering initiation of the packet-switched handover from the first cell to the GAN cell; conducting a preparation phase for executing the packet-switched handover including, during the preparation phase, identifying, based on an International Mobile Subscriber Identity, IMSI, associated with the MS, the MS context that relates to a PS Handover preparation phase request and activating a Generic Access-Packet-switched Resources, GA-PSR, Transport Channel towards the correct MS; switching by the MS to a GAN mode; and transferring packets via the GAN cell. determining if the MS is within coverage of the GAN cell; registering the MS within the GAN, whereby the step of registering the MS within the GAN comprises storing an MS context for the MS in a Generic Access Network Controller, GANC, of the GAN; triggering initiation of the packet-switched handover from the first cell to the GAN cell; conducting a preparation phase for executing the packet-switched handover including, during the preparation phase, identifying, based on an International Mobile Subscriber Identity, IMSI, associated with the MS, the MS context that relates to a PS Handover preparation phase request and activating a Generic Access-Packet-switched Resources, GA-PSR, Transport Channel towards the correct MS; switching by the MS to a GAN mode; and transferring packets via the GAN cell.
A laminated glass article comprising two outer clad layers and an inner core layer, the clad layers comprising a clad glass comprising greater than 25 mol % Al 2 O 3 and having a Young's modulus greater than 85 GPa, wherein the core layer comprises a core glass having a higher coefficient of thermal expansion averaged over the range of temperatures from 25°C to 300°C than the clad glass.
A method of assembling a plurality of hairpin conductors (21, 22, 23) with a stator core, the method comprising: arranging the plurality of hairpin conductors into two or more sub-assembly fixtures (52A, 52B, 202a, 202b, 203a, 203b) and one or more assisting sub-assembly fixtures (52C, 203c, 203d), wherein the plurality of hairpin conductors are arranged in the two or more sub-assembly fixtures in two or more layers; activating a retaining mechanism (53, 210) to hold the plurality of hairpin conductors in place within the sub-assembly fixtures; meshing the two or more sub-assembly fixtures together to bring the plurality of hairpin conductors into alignment and form a layered conductor assembly, wherein the meshing comprises radially sliding the two or more sub-assembly fixtures towards each other along a predetermined angle of approach, wherein said at least one assisting sub-assembly fixture is removed as a part of the meshing the two or more sub-assembly fixtures together; introducing the layered conductor assembly into the stator core by advancing the two or more sub-assembly fixtures toward the stator core in alignment with the locations on the stator core for the layered conductor assembly; and after introducing the layered conductor assembly into the stator core, deactivating the retaining mechanism to release the layered conductor assembly from the two or more sub-assembly fixtures. arranging the plurality of hairpin conductors into two or more sub-assembly fixtures (52A, 52B, 202a, 202b, 203a, 203b) and one or more assisting sub-assembly fixtures (52C, 203c, 203d), wherein the plurality of hairpin conductors are arranged in the two or more sub-assembly fixtures in two or more layers; activating a retaining mechanism (53, 210) to hold the plurality of hairpin conductors in place within the sub-assembly fixtures; meshing the two or more sub-assembly fixtures together to bring the plurality of hairpin conductors into alignment and form a layered conductor assembly, wherein the meshing comprises radially sliding the two or more sub-assembly fixtures towards each other along a predetermined angle of approach, wherein said at least one assisting sub-assembly fixture is removed as a part of the meshing the two or more sub-assembly fixtures together; introducing the layered conductor assembly into the stator core by advancing the two or more sub-assembly fixtures toward the stator core in alignment with the locations on the stator core for the layered conductor assembly; and after introducing the layered conductor assembly into the stator core, deactivating the retaining mechanism to release the layered conductor assembly from the two or more sub-assembly fixtures.
A pasting paper for use in a lead-acid battery, comprising natural fibres and heat-sealable fibres, wherein said natural fibres are contained in an amount of from 25 to 80 wt.-% based on the weight of the pasting paper and said heat-sealable fibres are contained in an amount of from 20 to 75 wt.-% based on the weight of the pasting paper.
Motor vehicle device comprising an attachment system to a part of the motor vehicle, characterized in that the attachment system comprises: - at least one mounting flange, the mounting flange comprising a first portion having at least one orifice, - at least one guide member projecting opposite the orifice along an axis substantially orthogonal to the said first portion, the guide member comprising at least one support member against a first face of the said first portion, helping to hold the guide member in a first position, the support member being able to penetrate into the orifice when a force experienced by the device has an intensity greater than a threshold value, the force having a direction substantially parallel to the axis, - at least one bearing surface (15; 17; 40) which helps to hold the guide member in said first position, - at least one elastically deformable part (31, 32) exerting a return force capable of returning the guide member to said first position. - at least one mounting flange, the mounting flange comprising a first portion having at least one orifice, - at least one guide member projecting opposite the orifice along an axis substantially orthogonal to the said first portion, the guide member comprising at least one support member against a first face of the said first portion, helping to hold the guide member in a first position, the support member being able to penetrate into the orifice when a force experienced by the device has an intensity greater than a threshold value, the force having a direction substantially parallel to the axis, - at least one bearing surface (15; 17; 40) which helps to hold the guide member in said first position, - at least one elastically deformable part (31, 32) exerting a return force capable of returning the guide member to said first position.
Floor nozzle for a vacuum cleaner for cleaning and caring for floor surfaces, comprising a housing having a lower face which faces the floor surface when in a treatment position and on which an elongate suction mouth is arranged that extends transversely to the treatment direction, the suction mouth being delimited by means of an associated suction mouth edge, the suction mouth edge having a fastening part and a lip, the fastening part being fastened to the lower face and the lip being designed to be movable relative to the fastening part, the suction mouth edge having at least one spring element between the fastening part and the lip, the spring element allowing a vertical spring movement of the lip or strip perpendicular to the treatment direction, characterised in that a plurality of elongate suction mouths (6, 6a, 6b) which extend transversely to the treatment direction and are aligned in parallel with one another are arranged on the lower face, said suction mouths (6, 6a, 6b) being delimited by at least one suction mouth edge (7, 7a).
An ultrasonic electronic cigarette atomizer, comprising an ultrasonic atomization sheet, an air inlet passage, and an air outlet passage, wherein the air inlet passage spans an atomization region of the ultrasonic atomization sheet and then is communicated with the air outlet passage, and the air flow direction of the air inlet passage in the atomization region of the ultrasonic atomization sheet is perpendicular to the smoke spraying direction of the ultrasonic atomization sheet; further comprising an e-liquid cup, wherein the ultrasonic atomization sheet is disposed in the e-liquid cup, and the inner cavity of the e-liquid cup is connected to an atomization surface of the ultrasonic atomization sheet through an e-liquid guide structure; characterized in that the atomization surface of the ultrasonic atomization sheet is opposite to an e-liquid recovery structure, and the e-liquid recovery structure is connected to the ultrasonic atomization sheet through the e-liquid guide structure, and the bottom surface or the top surface of the e-liquid recovery structure faces the atomization region of the ultrasonic atomization sheet.
A work vehicle comprising: a traveling vehicle body; a mower device provided on the traveling vehicle body; a driver's seat provided on the front part of the traveling vehicle body; an engine provided in the rear part of the traveling vehicle body; a hood provided above the engine; and a collector provided above the hood and collecting turf grass) cut by the mower device, wherein the collector is provided with a connection portion in relation to the mower device provided in front of a cover, characterized in that the hood has an intake port, the work vehicle further comprises the cover provided on the hood and covering the intake port from above, the cover is disposed so as to form a gap with the hood, and the gap is formed in a side surface of the cover other than a side surface on the side of the connection portion. a traveling vehicle body; a mower device provided on the traveling vehicle body; a driver's seat provided on the front part of the traveling vehicle body; an engine provided in the rear part of the traveling vehicle body; a hood provided above the engine; and a collector provided above the hood and collecting turf grass) cut by the mower device, wherein the collector is provided with a connection portion in relation to the mower device provided in front of a cover, characterized in that the hood has an intake port, the work vehicle further comprises the cover provided on the hood and covering the intake port from above, the cover is disposed so as to form a gap with the hood, and the gap is formed in a side surface of the cover other than a side surface on the side of the connection portion.
IOL (intraocular lens) for insertion into the human eye, said IOL comprising an optic, said optic comprising: - a posterior surface for facing towards the posterior chamber of the human eye; - an anterior surface for facing away from the posterior chamber of the human eye, said anterior surface being at least substantially convex; - a main lens formed by corresponding surface sections of said anterior and posterior surfaces, said main lens having an optical axis and a base optical power; and - an additional surface section at a distance from said optical axis, said additional surface section comprising at least one additional section part (7, 8, 18, 19), the or each additional section part providing for an optical power different from said base optical power, characterized in that said posterior surface is substantially flat or at least substantially concave, and said posterior surface comprises: - a substantially flat or at least substantially concave main posterior surface section, said main lens being formed by said anterior surface and said main posterior surface section; and - said additional surface section providing an additional posterior surface section at a distance from said optical axis, said additional posterior surface section comprising said at least one additional section part providing at least one refractive posterior section part (7, 8, 18, 19), the or each refractive posterior section part providing for said optical power different from said base optical power. - a posterior surface for facing towards the posterior chamber of the human eye; - an anterior surface for facing away from the posterior chamber of the human eye, said anterior surface being at least substantially convex; - a main lens formed by corresponding surface sections of said anterior and posterior surfaces, said main lens having an optical axis and a base optical power; and - an additional surface section at a distance from said optical axis, said additional surface section comprising at least one additional section part (7, 8, 18, 19), the or each additional section part providing for an optical power different from said base optical power, - a substantially flat or at least substantially concave main posterior surface section, said main lens being formed by said anterior surface and said main posterior surface section; and - said additional surface section providing an additional posterior surface section at a distance from said optical axis, said additional posterior surface section comprising said at least one additional section part providing at least one refractive posterior section part (7, 8, 18, 19), the or each refractive posterior section part providing for said optical power different from said base optical power.
A clot retrieval device (1551, 2027, 2101, 3351, 3401) for use in the treatment of a patient with an occluded blood vessel, the device (1551, 2027) comprising: an elongate shaft (1553, 2026, 2102, 2109, 9602) and a clot engaging structure, the clot engaging structure being connected to a distal end of the elongate shaft and a proximal end of the elongate shaft configured to extend exterior of the patient, the clot engaging structure comprising an outer wall and an inner reception space, said outer wall comprising a plurality of scaffolding sections and a plurality of inlet sections, said sections configured to urge clot into the inner reception space; and wherein the clot engaging structure comprises an engaging basket, and wherein the engaging basket comprises a plurality of struts, characterised in that each strut has a plurality of clot engagement features, wherein the clot engagement features are an eyelet or a tab or an arm or combinations thereof. an elongate shaft (1553, 2026, 2102, 2109, 9602) and a clot engaging structure, the clot engaging structure being connected to a distal end of the elongate shaft and a proximal end of the elongate shaft configured to extend exterior of the patient, the clot engaging structure comprising an outer wall and an inner reception space, said outer wall comprising a plurality of scaffolding sections and a plurality of inlet sections, said sections configured to urge clot into the inner reception space; and wherein the clot engaging structure comprises an engaging basket, and wherein the engaging basket comprises a plurality of struts, characterised in that each strut has a plurality of clot engagement features, wherein the clot engagement features are an eyelet or a tab or an arm or combinations thereof.
A multipass cell, comprising a body; a cavity formed within the body; at least a first channel configured to allow a beam to enter the cavity; a first concave spherical or toroidal mirror at a first end of the cavity; and a second concave spherical or toroidal mirror at the opposite end of the cavity; wherein the first mirror and the second mirror are configured to reflect a beam entering the cavity just outside an outer edge of the first or the second mirror through the first channel a predetermined number of times so that the beam propagates substantially in a single plane between the first and the second mirror forming a substantially linear reflection spot pattern on the first and the second mirrors; and wherein the first mirror and the second mirror are positioned at a distance corresponding to twice the radius of curvature of the first and the second mirrors in such a way that the beam is focused between the first and the second mirror; and wherein the cavity has a rectangular form. a body; a cavity formed within the body; at least a first channel configured to allow a beam to enter the cavity; a first concave spherical or toroidal mirror at a first end of the cavity; and a second concave spherical or toroidal mirror at the opposite end of the cavity; wherein the first mirror and the second mirror are configured to reflect a beam entering the cavity just outside an outer edge of the first or the second mirror through the first channel a predetermined number of times so that the beam propagates substantially in a single plane between the first and the second mirror forming a substantially linear reflection spot pattern on the first and the second mirrors; and wherein the first mirror and the second mirror are positioned at a distance corresponding to twice the radius of curvature of the first and the second mirrors in such a way that the beam is focused between the first and the second mirror; and wherein the cavity has a rectangular form.
A headrest assembly comprising: a headrest frame; a pad mounted at a front surface of the headrest frame; loops protruding from a back surface of the headrest frame; and a retainer insertable through the loops for securing the headrest frame to a seat back panel, wherein the retainer is in a loop form with projecting tabs, and wherein the loops disposed about a closed shape that matches the loop form of the retainer with the openings of the loops facing toward the center of the closed shape for receiving the projecting tabs of the retainer. a headrest frame; a pad mounted at a front surface of the headrest frame; loops protruding from a back surface of the headrest frame; and a retainer insertable through the loops for securing the headrest frame to a seat back panel, wherein the retainer is in a loop form with projecting tabs, and wherein the loops disposed about a closed shape that matches the loop form of the retainer with the openings of the loops facing toward the center of the closed shape for receiving the projecting tabs of the retainer.
Container, particularly for liquid products, comprising a metal container or metal can provided with a closure, wherein said container or can comprises a cylindrical body having above a dome shaped element provided with a central opening, a lower circumferential rim being formed in the zone of connection between said cylindrical body and said dome-shaped element, characterised in that a further upper rim is provided around said central opening and said closure is made of plastic material, also has a dome shape and has a cylindrical lower portion of minimum thickness and an external diameter substantially equal to the diameter of said body, and an upper portion of greater thickness, inside said lower portion a pair of radially or horizontally directed ribs are provided, determining between them a seat designed to receive said lower rim, while internally to said thickened upper portion a pair of ribs directed axially or vertically downwards being provided, determining between them a seat designed to house said upper rim, following a pressure application of the closure on the can in such a way that it is impossible to remove the closure without clear evidence of tampering.
A communication device comprising: an image update module configured to receive a software update image from an update server, said image update module executing at an operating system level; a critical component database configured to identify critical software components associated with secure operation of said device; a secure update application module configured to verify the inclusion of said critical software components in said software update image prior to installation of said software update image on said device, said secure update application further configured to ensure that said software update image includes all components recognized as critical in said critical component database; and a trusted execution environment, TEE, operating on said device configured to restrict control access and data access to said secure update application module and said critical component database, said restriction enforced against said OS and against modules executing at said OS level. an image update module configured to receive a software update image from an update server, said image update module executing at an operating system level; a critical component database configured to identify critical software components associated with secure operation of said device; a secure update application module configured to verify the inclusion of said critical software components in said software update image prior to installation of said software update image on said device, said secure update application further configured to ensure that said software update image includes all components recognized as critical in said critical component database; and a trusted execution environment, TEE, operating on said device configured to restrict control access and data access to said secure update application module and said critical component database, said restriction enforced against said OS and against modules executing at said OS level.