mhurhangee/ep-ind-claims huggingface dataset:
A user plane gateway updating method, comprising: receiving (601, A3, 801), by a mobility management entity, a first message from a control plane gateway in a process in which a first packet data network connection is being established, wherein the first packet data network connection is between a user equipment, UE, and a first user plane gateway, and the first message comprises a tracking area, TA, identifier list corresponding to the first user plane gateway; determining, by the mobility management entity, that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending, by the mobility management entity to the control plane gateway, a notification message, wherein the notification message is used to notify the control plane gateway that the TA identifier of the TA in which the UE is located is not in the TA identifier list; and receiving, by the mobility management entity from the control plane gateway, a request message comprising a parameter for indicating the UE to establish of a second packet data network connection, wherein the second packet data network connection is between the UE and a second user plane gateway. receiving (601, A3, 801), by a mobility management entity, a first message from a control plane gateway in a process in which a first packet data network connection is being established, wherein the first packet data network connection is between a user equipment, UE, and a first user plane gateway, and the first message comprises a tracking area, TA, identifier list corresponding to the first user plane gateway; determining, by the mobility management entity, that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending, by the mobility management entity to the control plane gateway, a notification message, wherein the notification message is used to notify the control plane gateway that the TA identifier of the TA in which the UE is located is not in the TA identifier list; and receiving, by the mobility management entity from the control plane gateway, a request message comprising a parameter for indicating the UE to establish of a second packet data network connection, wherein the second packet data network connection is between the UE and a second user plane gateway.
A luminaire assembly, comprising: a substrate (150; 250; 550) extending along a first direction and having a first coefficient of thermal expansion in the first direction; a plurality of light emitting elements (101; 201) secured to the substrate, the light emitting elements being arranged along the first direction; a light guide (110; 210) having a second coefficient of thermal expansion in the first direction, the second coefficient of thermal expansion different from the first coefficient of thermal expansion over an operating temperature range; a plurality of optical elements (130; 230; 530) arranged along the first direction, each optical element being positioned to receive light emitted from a corresponding one or more of the light emitting elements and to direct the light to an edge of the light guide; a housing (140; 240; 540); a heat coupling layer (252; 552) arranged between the substrate and the housing; characterized in that it comprises a plurality of registration features (260; 465; 760) configured to register the optical elements relative to the substrate at corresponding locations along the first direction, and in that the substrate and the heat coupling layer are constructed so that each of the plurality of light emitting elements, while secured to the substrate, remain registered with their corresponding optical element over the operating temperature range. a substrate (150; 250; 550) extending along a first direction and having a first coefficient of thermal expansion in the first direction; a plurality of light emitting elements (101; 201) secured to the substrate, the light emitting elements being arranged along the first direction; a light guide (110; 210) having a second coefficient of thermal expansion in the first direction, the second coefficient of thermal expansion different from the first coefficient of thermal expansion over an operating temperature range; a plurality of optical elements (130; 230; 530) arranged along the first direction, each optical element being positioned to receive light emitted from a corresponding one or more of the light emitting elements and to direct the light to an edge of the light guide; a housing (140; 240; 540); a heat coupling layer (252; 552) arranged between the substrate and the housing; characterized in that it comprises a plurality of registration features (260; 465; 760) configured to register the optical elements relative to the substrate at corresponding locations along the first direction, and in that the substrate and the heat coupling layer are constructed so that each of the plurality of light emitting elements, while secured to the substrate, remain registered with their corresponding optical element over the operating temperature range.
A combined oral and impression scanning system comprising: an oral scanner configured to scan an oral object; a storage unit configured to store oral scan data of the oral object which represents an oral model or an inside of a mouth of a patient obtained from the oral scanner and selectively store impression scan data of the oral object which represents an impression model that is a frame of the oral model according to a preset determination condition with respect to the oral object; a determination unit configured to determine whether the oral scan data corresponds to the determination condition and guide selective storage of the impression scan data; and a control unit configured to control a selection area corresponding to the determination condition, among the impression scan data, to be partially applied to a corresponding area of the oral scan data to obtain a final scan data. an oral scanner configured to scan an oral object; a storage unit configured to store oral scan data of the oral object which represents an oral model or an inside of a mouth of a patient obtained from the oral scanner and selectively store impression scan data of the oral object which represents an impression model that is a frame of the oral model according to a preset determination condition with respect to the oral object; a determination unit configured to determine whether the oral scan data corresponds to the determination condition and guide selective storage of the impression scan data; and a control unit configured to control a selection area corresponding to the determination condition, among the impression scan data, to be partially applied to a corresponding area of the oral scan data to obtain a final scan data.
Internal combustion engine with multiple combustion chambers which are arranged adjacent to one another in a cylinder row in a cylinder crankcase, which combustion chambers are surrounded by a common coolant jacket which can be flowed through by a coolant, which can be supplied through an inlet and discharged through an outlet, in at least two partial streams along different coolant jacket sections arranged on different sides of the combustion chambers, which coolant jacket sections enclose the cylinder row between them, wherein the inlet is arranged on a first side and the outlet is arranged on a second side situated opposite the first side, wherein the coolant jacket is assigned a coolant line element with a coolant collector rail and the cylinder crankcase and a cylinder head can be jointly charged with the coolant through the coolant collector rail, characterized in that at least some webs between adjacent combustion chambers are equipped with an aperture connecting the two sides and can be charged with the coolant, and in that a restrictor is provided in an outside transition region of at least one coolant jacket section between the two sides, and in that the coolant quantity to be supplied to the cylinder crankcase, on the one hand, and the cylinder head, on the other hand, can be variably split up by means of an adjustable restrictor element.
Metal pipe having a thermoplastic casing surface or a coating of fusion-bonded epoxy and a fibre-reinforced thermo-setting coating that encloses the thermoplastic casing surface or a coating of fusion-bonded epoxy and that is formed from multiple layers of textile glass fibres that are applied to the thermoplastic casing surface in a wet-on-wet process using a vinyl ester, polyester, or epoxy resin, characterized in that at least the outer layer of the thermosetting plastic coating is formed by cross-wound textile glass rovings or glass fibre mats or glass fibre fabrics or a combination of these textile glass fibres, at least the outer layer being formed by two glass fibre webs which are wound with opposite winding directions, in that a first glass fibre web is applied with a first winding direction and a second glass fibre web is applied with a winding direction opposite to this winding direction.
A process for conversion of a hydrocarbon mixture of which at least 95% has a boiling point above 150°C to a lower boiling hydrocarbon product comprising the steps of (a) directing said hydrocarbon mixture to contact a material catalytically active in hydrocracking under hydrocracking conditions (b) providing a first hydrocracked product (c) directing at least an amount of said first hydrocracked product and an amount of a converted hydrocracked product to a product separation step separating it into one or more products (260, 262, 264) and a recycle oil having a higher average boiling point than said products, (d) directing said recycle oil to contact a second material catalytically active in hydrocracking under hydrocracking conditions providing a second hydrocracked product, (e) directing at least an amount of said second hydrocracked product as feed to a second separation step comprising a stripping step, separating said second hydrocracked product in at least two fractions, said converted hydrocracked product and an unconverted oil (244, 241) having a higher average boiling point than said recycle oil, (f) and withdrawing at least an amount of said unconverted oil as purge. (a) directing said hydrocarbon mixture to contact a material catalytically active in hydrocracking under hydrocracking conditions (b) providing a first hydrocracked product (c) directing at least an amount of said first hydrocracked product and an amount of a converted hydrocracked product to a product separation step separating it into one or more products (260, 262, 264) and a recycle oil having a higher average boiling point than said products, (d) directing said recycle oil to contact a second material catalytically active in hydrocracking under hydrocracking conditions providing a second hydrocracked product, (e) directing at least an amount of said second hydrocracked product as feed to a second separation step comprising a stripping step, separating said second hydrocracked product in at least two fractions, said converted hydrocracked product and an unconverted oil (244, 241) having a higher average boiling point than said recycle oil, (f) and withdrawing at least an amount of said unconverted oil as purge.
An air bypass system for a nozzle of a gas turbine engine, comprising: a nozzle comprising an inner band, an outer band, and an airfoil extending between the inner band and the outer band, the airfoil comprising a pressure side wall and a suction side wall connected to the pressure side wall at leading edge and a trailing edge, said airfoil defining an internal passage; a diaphragm comprising an inner wall, and a first rail, and a second rail, wherein the inner wall, the first rail, and the second rail collectively define a diaphragm cavity; a tube extending through the internal passage defined by the airfoil and into the diaphragm cavity; characterized in that the first rail defines a first rail aperture; a manifold is positioned in the diaphragm cavity, the manifold and the diaphragm collectively defining a manifold chamber in fluid communication with the first rail aperture; the tube is in fluid communication with the manifold chamber and the tube is spaced apart from the pressure side wall and the suction side wall of the airfoil within the internal passage; the manifold fluidly isolate the manifold chamber from the diaphragm cavity; wherein compressed air flows through the tube into the manifold chamber and exits the chamber through the first rail aperture. a nozzle comprising an inner band, an outer band, and an airfoil extending between the inner band and the outer band, the airfoil comprising a pressure side wall and a suction side wall connected to the pressure side wall at leading edge and a trailing edge, said airfoil defining an internal passage; a diaphragm comprising an inner wall, and a first rail, and a second rail, wherein the inner wall, the first rail, and the second rail collectively define a diaphragm cavity; a tube extending through the internal passage defined by the airfoil and into the diaphragm cavity; characterized in that the first rail defines a first rail aperture; a manifold is positioned in the diaphragm cavity, the manifold and the diaphragm collectively defining a manifold chamber in fluid communication with the first rail aperture; the tube is in fluid communication with the manifold chamber and the tube is spaced apart from the pressure side wall and the suction side wall of the airfoil within the internal passage; the manifold fluidly isolate the manifold chamber from the diaphragm cavity; wherein compressed air flows through the tube into the manifold chamber and exits the chamber through the first rail aperture.
A process for manufacturing a plurality of semiconductor packages which comprises, - a step of fabricating a circuit board substrate by forming a plurality of bonding patterns on a main surface of a substrate, on which bonding patterns IC chips are to be mounted, and forming a plurality of electrode patterns for external connection (4, 9) arranged in a matrix on the back of the substrate, thus forming a circuit board substrate, which comprises a plurality of circuit boards; - a step of mounting an IC chip on each bonding pattern on the main surface of the circuit board substrate and electrically connecting the bonding patterns and IC chips; - a step of sealing the IC chips with a sealing resin; - a step of forming projection electrodes on the electrode patterns for external connection (4, 9), the projection electrodes (4, 9) thus also being in the matrix arrangement; - a step of forming spacers on the back of the circuit board substrate in areas to be separated from the circuit boards, thus forming a package unit; - a step of attaching the package unit to a standard member using the spacers, the standard member serving as a temporary substrate during cutting of the package unit; - a step of cutting the package unit affixed on the standard member into individual circuit boards; and - a step of removing the standard member, thereby obtaining a plurality of semiconductor packages, each having one circuit board and one IC chip on the circuit board. - a step of fabricating a circuit board substrate by forming a plurality of bonding patterns on a main surface of a substrate, on which bonding patterns IC chips are to be mounted, and forming a plurality of electrode patterns for external connection (4, 9) arranged in a matrix on the back of the substrate, thus forming a circuit board substrate, which comprises a plurality of circuit boards; - a step of mounting an IC chip on each bonding pattern on the main surface of the circuit board substrate and electrically connecting the bonding patterns and IC chips; - a step of sealing the IC chips with a sealing resin; - a step of forming projection electrodes on the electrode patterns for external connection (4, 9), the projection electrodes (4, 9) thus also being in the matrix arrangement; - a step of forming spacers on the back of the circuit board substrate in areas to be separated from the circuit boards, thus forming a package unit; - a step of attaching the package unit to a standard member using the spacers, the standard member serving as a temporary substrate during cutting of the package unit; - a step of cutting the package unit affixed on the standard member into individual circuit boards; and - a step of removing the standard member, thereby obtaining a plurality of semiconductor packages, each having one circuit board and one IC chip on the circuit board.
A LED lighting apparatus, comprising a body having an internal cavity and extending substantially along and about an axis; and a LED light source housed in the cavity; the body being formed by annular portions set about the axis and by rib longitudinal portions joining the annular portions, said portions (6, 7) being shaped so as to provide mechanical-structural support to the apparatus, to act as heat sinks to dissipate heat generated by the light source, and to form a plurality of optical sectors having respective optical surfaces coordinated with one another and operating on the light emitted by the light source; wherein the body is a substantially cage-shaped hollow body made of a heat conductive material, for example a metal material; and the portions (6, 7) are interconnected and joined integrally with one another to form a grid structure provided with a plurality of cooling openings defined between the portions (6, 7); the annular portions being spaced apart from one another both axially and radially; and wherein the body is substantially cup-shaped and generally flared, broadening from a root axial end, provided with the light source, towards a free axial end, opposite the root axial end and provided with a light exit opening; the root axial end being closed by a transversal plate, substantially perpendicular to the axis and supporting the light source; a first annular portion directly projecting from the plate and surrounding the light source; the light source being in contact with the body through the plate, which is integrally joined with the portions (6, 7) of the body, and thus transmits heat to the portions (6, 7), all of which are interconnected with one another, so that the body ensures the dissipation of the heat generated by the light source.
A system for testing a material system comprising: a support structure for mounting said material system; an electromechanical device operably connected to said support structure, wherein said electromechanical device is adapted to apply an electromechanical-induced force to said material system to cause a displacement in said material system; a controller in communication with said electromechanical device, wherein said controller controls at least one force parameter of said force; at least one sensor for collecting information about a condition of said material system; characterized in that: - said support structure comprises of at least two material holders, a first material holder and a second material holder, said first material holder and said second material holder are spaced apart defining a gap therebetween and said material system spans said gap; - said electromechanical device is operably coupled to at least one of said first material holder and said second material holder to displace said first material holder and said second material holder with respect to one another to cause said displacement in said material system; - at least a portion of said material system is securely mounted to a mounting surface of each said material holder (18a, 18b); - said electromechanical device is adapted to provide multiple-axis motion of at least one of said material holders (18a, 18b). a support structure for mounting said material system; an electromechanical device operably connected to said support structure, wherein said electromechanical device is adapted to apply an electromechanical-induced force to said material system to cause a displacement in said material system; a controller in communication with said electromechanical device, wherein said controller controls at least one force parameter of said force; at least one sensor for collecting information about a condition of said material system; - said support structure comprises of at least two material holders, a first material holder and a second material holder, said first material holder and said second material holder are spaced apart defining a gap therebetween and said material system spans said gap; - said electromechanical device is operably coupled to at least one of said first material holder and said second material holder to displace said first material holder and said second material holder with respect to one another to cause said displacement in said material system; - at least a portion of said material system is securely mounted to a mounting surface of each said material holder (18a, 18b); - said electromechanical device is adapted to provide multiple-axis motion of at least one of said material holders (18a, 18b).
A radio access network entity, referred to as serving radio access network entity, and controlling one or more cells, configured to: - send to a core network entity, referred to as serving core network entity, a list of recommended cells for paging of a user equipment in idle mode, said list of recommended cells for paging of said user equipment being organised as a list of recommended radio access network entities to send paging messages to, and for each radio access network entity a list of recommended cells for paging of said user equipment. - send to a core network entity, referred to as serving core network entity, a list of recommended cells for paging of a user equipment in idle mode, said list of recommended cells for paging of said user equipment being organised as a list of recommended radio access network entities to send paging messages to, and for each radio access network entity a list of recommended cells for paging of said user equipment.
An earbud comprising: a concha portion meant to be positioned within at least a portion of the concha of the user's ear; a canal portion meant to be positioned within at least an entrance of an ear canal of the user's ear; an infrared light transmitter disposed in the canal portion; an infrared light detector disposed in the concha portion; and a controller configured to provide an indication of insertion of the earbud into an ear of a user responsive to detection of a pattern of signals from the infrared light transmitter at the infrared light detector. a concha portion meant to be positioned within at least a portion of the concha of the user's ear; a canal portion meant to be positioned within at least an entrance of an ear canal of the user's ear; an infrared light transmitter disposed in the canal portion; an infrared light detector disposed in the concha portion; and a controller configured to provide an indication of insertion of the earbud into an ear of a user responsive to detection of a pattern of signals from the infrared light transmitter at the infrared light detector.