mhurhangee/ep-ind-claims huggingface dataset:
A method of establishing a telecommunications session in a network having Internet Protocol, IP, Multimedia Subsystem, IMS, and circuit switched, CS, domains between a first terminal registered with the network and a second terminal, including the steps of: receiving at the network an Initial Access Message, IAM, from the second terminal in the CS domain for initiating a session with the first terminal; characterized in that the method includes: receiving at the network (B, BA) a response message from a home location register, HLR, or a home subscriber server, HSS,, the response message including data indicative of the IMS registration state of the first terminal, the data being stored on the HLR or the HSS; determining (C, CA) at the network, based on said response message, whether the first terminal is available to establish an IMS session; and establishing an IMS session or a CS session between the first terminal and the second terminal in dependence thereon. receiving at the network an Initial Access Message, IAM, from the second terminal in the CS domain for initiating a session with the first terminal; characterized in that the method includes: receiving at the network (B, BA) a response message from a home location register, HLR, or a home subscriber server, HSS,, the response message including data indicative of the IMS registration state of the first terminal, the data being stored on the HLR or the HSS; determining (C, CA) at the network, based on said response message, whether the first terminal is available to establish an IMS session; and establishing an IMS session or a CS session between the first terminal and the second terminal in dependence thereon. receiving at the network (B, BA) a response message from a home location register, HLR, or a home subscriber server, HSS,, the response message including data indicative of the IMS registration state of the first terminal, the data being stored on the HLR or the HSS; determining (C, CA) at the network, based on said response message, whether the first terminal is available to establish an IMS session; and establishing an IMS session or a CS session between the first terminal and the second terminal in dependence thereon.
A serial-parallel converter protection system for a converter of a first optimizer connected with a second optimizer in parallel, the first optimizer comprising a plurality of converters connected in series which comprise the converter, wherein the serial-parallel converter protection system comprises a controller, a drive, a first switching transistor, a second switching transistor, and an auxiliary power supply, wherein the auxiliary power supply is connected in parallel with the input terminal of the converter, an input terminal of the converter is connected to an output terminal of the converter through the first switching transistor, and the controller is connected to the first switching transistor through the drive and is configured to control on and off of the first switching transistor; the output terminal of the converter is connected in parallel with the second switching transistor, and the controller is connected to the second switching transistor through the drive and is configured to control on and off of the second switching transistor; and based on an output voltage of the converter is greater than a first threshold, the controller is further configured to control the first switching transistor to be turned off and control the second switching transistor to be turned on, wherein the first switching transistor is anti-parallel with a first diode, and the second switching transistor is anti-parallel with a second diode, wherein when an input voltage of the converter is less than a second threshold, the controller is further configured to control both the first switching transistor and the second switching transistor to be turned off, such that a current of the second optimizer flows to the input terminal of the converter through the first diode. the auxiliary power supply is connected in parallel with the input terminal of the converter, an input terminal of the converter is connected to an output terminal of the converter through the first switching transistor, and the controller is connected to the first switching transistor through the drive and is configured to control on and off of the first switching transistor; the output terminal of the converter is connected in parallel with the second switching transistor, and the controller is connected to the second switching transistor through the drive and is configured to control on and off of the second switching transistor; and based on an output voltage of the converter is greater than a first threshold, the controller is further configured to control the first switching transistor to be turned off and control the second switching transistor to be turned on, wherein the first switching transistor is anti-parallel with a first diode, and the second switching transistor is anti-parallel with a second diode, wherein when an input voltage of the converter is less than a second threshold, the controller is further configured to control both the first switching transistor and the second switching transistor to be turned off, such that a current of the second optimizer flows to the input terminal of the converter through the first diode.
A method for manufacturing a bonded mineral fibre product having reduced thermal conductivity, said method comprising the steps of: providing mineral fibres in the form of a collected web, subjecting the collected web of fibres to a disentanglement process, suspending the fibres in a primary air flow, mixing a polyisocyanurate-forming binder composition with the mineral fibres before, during or after the disentanglement process to form a mixture of mineral fibres and binder, collecting the mixture of mineral fibres and binder, and pressing and curing the mixture to provide a consolidated composite of mineral fibres bonded with a polyisocyanurate-based binder. providing mineral fibres in the form of a collected web, subjecting the collected web of fibres to a disentanglement process, suspending the fibres in a primary air flow, mixing a polyisocyanurate-forming binder composition with the mineral fibres before, during or after the disentanglement process to form a mixture of mineral fibres and binder, collecting the mixture of mineral fibres and binder, and pressing and curing the mixture to provide a consolidated composite of mineral fibres bonded with a polyisocyanurate-based binder.
A partly expanded sheet metal shelf for a storage system, the shelf comprising a top surface including an area (3, 5) with an expanded metal mesh panel wherein the metal mesh panel being provided in two bands along the sheet metal, made with a number of small, parallel slits, running in successive parallel rows, by punching and expanding in a direction perpendicular to the slits, forming a rhombus-shaped small opening at the location of each slit, the shelf comprising at least one unexpanded area, provided by not punching slits in that portion of the sheet metal, in between the two expanded (3, 5) areas, along the shelf, the shelf further comprising a reinforcement, which reinforcement is arranged at a bottom side of the shelf top surface, the reinforcement having flanges adapted to facilitate fastening to the unexpanded area at the lower surface thereof.
Substrate magazine for a substrate insertion system, comprising a frame in which several drawers for receiving at least one flat substrate each are arranged one above the other, wherein each drawer is formed by two guide rails, arranged in parallel and spaced apart from each other at the same height as that of the frame, each comprising a sliding surface on which a substrate lying on the edge is displaceable, wherein each drawer is assigned at least one, elastically displaceable latching element which, in a first, unloaded state, extends at least partially over the sliding surface of one of the guide rails of the drawer, and, in a second, elastically deformed state, releases the sliding surface, characterized in that the latching element is designed as an elastically deformable clamping spring which is fastened at one end to the frame and/or the guide rail, and is assigned at the other end to a displaceable clamping end of the sliding surface, wherein the frame and/or the respective guide rail has, for each clamping spring, a respective cutout through which at least the clamping end of the assigned clamping spring extends in the first state of the spring to the sliding surface.
A process for electrically contacting a coated lead comprising the following steps: a. Providing a coated lead comprising an electrically conductive core and an electrically insulating coating; b. Providing a via hole in the electrically insulating coating in order to expose a section of the electrically conductive core; c. Applying a first electrically conductive material to the coated lead such that it contacts at least a part of the exposed section of the electrically conductive core via the via hole; d. Applying a further electrically conductive material to the coated lead such that it contacts at least a part of the first conductive material, wherein the first electrically conductive material comprises a polymer. a. Providing a coated lead comprising an electrically conductive core and an electrically insulating coating; b. Providing a via hole in the electrically insulating coating in order to expose a section of the electrically conductive core; c. Applying a first electrically conductive material to the coated lead such that it contacts at least a part of the exposed section of the electrically conductive core via the via hole; d. Applying a further electrically conductive material to the coated lead such that it contacts at least a part of the first conductive material,
An electrophysiology culture plate comprising: a transparent microelectrode array plate having: a substrate having a plurality of vias extending from an upper surface to a lower surface of the substrate and each respective via being in electrical contact with a respective one of a plurality of contact pads disposed on the lower surface of the substrate, a first layer disposed on the upper surface of the substrate, a biologic culture plate having a plurality of culture wells, wherein each culture well defines an interior cavity, wherein the transparent MEA plate underlies and is coupled to the biologic culture plate such that each respective MEA is operatively coupled to a respective one of the plurality of culture wells, wherein each of a plurality of microelectrodes and a plurality of reference electrodes of each respective MEA are in electrical communication with the interior cavity of a respective one of the plurality of culture wells, characterized in that the first layer comprises the plurality of MEAs and a first microelectrode routing patterned thereon, wherein each MEA comprises the plurality of reference electrodes and the plurality of microelectrodes, and wherein the first microelectrode routing extends between at least one of the plurality of vias and at least one of the MEAs, a first routing layer comprises a reference electrode routing in electrical contact with said reference electrodes, a first insulating layer disposed on the first layer, and wherein the first insulating layer is selectively defined to expose contact sites with the microelectrodes. a substrate having a plurality of vias extending from an upper surface to a lower surface of the substrate and each respective via being in electrical contact with a respective one of a plurality of contact pads disposed on the lower surface of the substrate, a first layer disposed on the upper surface of the substrate, a biologic culture plate having a plurality of culture wells, wherein each culture well defines an interior cavity, wherein the transparent MEA plate underlies and is coupled to the biologic culture plate such that each respective MEA is operatively coupled to a respective one of the plurality of culture wells, wherein each of a plurality of microelectrodes and a plurality of reference electrodes of each respective MEA are in electrical communication with the interior cavity of a respective one of the plurality of culture wells, characterized in that the first layer comprises the plurality of MEAs and a first microelectrode routing patterned thereon, wherein each MEA comprises the plurality of reference electrodes and the plurality of microelectrodes, and wherein the first microelectrode routing extends between at least one of the plurality of vias and at least one of the MEAs, a first routing layer comprises a reference electrode routing in electrical contact with said reference electrodes, a first insulating layer disposed on the first layer, and wherein the first insulating layer is selectively defined to expose contact sites with the microelectrodes.
A surface cleaning apparatus including: a fluid storage container; an outlet for directing fluid from the fluid storage container onto a surface to be cleaned; and a valve configured to regulate the flow of fluid from the fluid storage container to the outlet and including: a body; and a member being moveable relative to the body between a first position and a second position and defining a flow path extending through a surface thereof; wherein the flow of fluid through the valve flows at a first rate when the member is in the first position and at a second rate and along the flow path when the member is in the second position, the second rate of flow being lower than the first rate of flow, characterised in that the body defines an axis (A-A) along which the member is axially moveable. a fluid storage container; an outlet for directing fluid from the fluid storage container onto a surface to be cleaned; and a valve configured to regulate the flow of fluid from the fluid storage container to the outlet and including: a body; and a member being moveable relative to the body between a first position and a second position and defining a flow path extending through a surface thereof; wherein the flow of fluid through the valve flows at a first rate when the member is in the first position and at a second rate and along the flow path when the member is in the second position, the second rate of flow being lower than the first rate of flow, a body; and a member being moveable relative to the body between a first position and a second position and defining a flow path extending through a surface thereof; wherein the flow of fluid through the valve flows at a first rate when the member is in the first position and at a second rate and along the flow path when the member is in the second position, the second rate of flow being lower than the first rate of flow,
Device for supporting the battery charger for its mounting under the body of a motor vehicle, said device comprising a cradle on which rests a box containing said charger and at least two vertical arms integral with the cradle and ensuring its suspension under the body, characterized in that said box carries at least one protruding tab (11a, 11b) ensuring assembly with a right-angled spacer coming, on the one hand, to bear against the side wall of said box and the upper face of which comes, on the other hand, to be fixed under the body parallel to the vertical connecting arms.
A hub for a wind turbine, the hub comprising a continuous shell being assembled from at least two shell parts (2, 3, 11) and forming a hollow body with at least one blade flange for connection of a blade bearing which facilitates movement of a blade relative to the hub, the hub further comprising a plate element arranged within each blade flange.
A light-emitting module comprising: a light source array of solid state light-sources arranged along a geometrical line, and an envelope surrounding the light unit, said envelope comprising: a base structure extending along the light source array and including a diffuse reflective portion; two side reflector regions (4, 4') arranged on opposite sides of the base structure; and a curved prism sheet extending between said two side reflector regions characterised in that said curved prism sheet extending at a constant distance from said geometrical line, said curved prism sheet having an inner concave surface facing the light source array and an outer convex surface facing away from the light source array, said outer convex surface including a plurality of prism structures having right top angles and arranged such that light emitted from said light sources and directly incident on said prism structures is retroreflected back towards said geometrical line, while light incident on said prism structures after being diffused by said diffuse reflective portion and/or being reflected by said side reflector regions, is transmitted through said curved prism sheet. a light source array of solid state light-sources arranged along a geometrical line, and an envelope surrounding the light unit, said envelope comprising: a base structure extending along the light source array and including a diffuse reflective portion; a base structure extending along the light source array and including a diffuse reflective portion; two side reflector regions (4, 4') arranged on opposite sides of the base structure; and a curved prism sheet extending between said two side reflector regions characterised in that said curved prism sheet extending at a constant distance from said geometrical line, said curved prism sheet having an inner concave surface facing the light source array and an outer convex surface facing away from the light source array, said outer convex surface including a plurality of prism structures having right top angles and arranged such that light emitted from said light sources and directly incident on said prism structures is retroreflected back towards said geometrical line, while light incident on said prism structures after being diffused by said diffuse reflective portion and/or being reflected by said side reflector regions, is transmitted through said curved prism sheet.
Diene elastomer copolymer obtained by copolymerization of one or more conjugated dienes with ethylene, an acyclic aliphatic α-monoolefin having 3 to 18 carbon atoms or a mixture thereof and including at least one polymer chain bearing pendant groups apart from at its ends, characterized in that the pendant groups are substituted or unsubstituted anthracenyl units.
A virtual reality headset comprising: means for rendering a plurality of objects (34, 36, 37, 38) to a viewer of a scene in a first virtual view (54a, 56a, 57a, 58a), wherein: at least one (34, 36) of said objects has a physical counterpart such that the rendered objects having physical counterparts are virtual representations of physical objects present in a real-world environment; at least one (37, 38) of said objects does not have a physical counterpart; and the scene is a virtual reality scene; means for receiving a first command; and means for rendering the objects in an alternative virtual view in response to the first command, wherein the means for rendering the objects in the alternative virtual view (54b, 56b, 57b, 58b) renders all of said objects (34, 36) having a physical counterpart on a first two-dimensional level of the alternative virtual view (54b, 56b) and renders all of said objects without a physical counterpart on a second two-dimensional level of the alternative virtual view (57b, 58b) that is different to the first two-dimensional level, wherein: the first two-dimensional level of the alternative virtual view is rendered closer to the viewer than the second two-dimensional level of the alternative virtual view; or the second two-dimensional level of the alternative virtual view is rendered closer to the viewer than the first two-dimensional level of the alternative virtual view. means for rendering a plurality of objects (34, 36, 37, 38) to a viewer of a scene in a first virtual view (54a, 56a, 57a, 58a), wherein: at least one (34, 36) of said objects has a physical counterpart such that the rendered objects having physical counterparts are virtual representations of physical objects present in a real-world environment; at least one (37, 38) of said objects does not have a physical counterpart; and the scene is a virtual reality scene; means for receiving a first command; and means for rendering the objects in an alternative virtual view in response to the first command, wherein the means for rendering the objects in the alternative virtual view (54b, 56b, 57b, 58b) renders all of said objects (34, 36) having a physical counterpart on a first two-dimensional level of the alternative virtual view (54b, 56b) and renders all of said objects without a physical counterpart on a second two-dimensional level of the alternative virtual view (57b, 58b) that is different to the first two-dimensional level, wherein: the first two-dimensional level of the alternative virtual view is rendered closer to the viewer than the second two-dimensional level of the alternative virtual view; or the second two-dimensional level of the alternative virtual view is rendered closer to the viewer than the first two-dimensional level of the alternative virtual view. the first two-dimensional level of the alternative virtual view is rendered closer to the viewer than the second two-dimensional level of the alternative virtual view; or the second two-dimensional level of the alternative virtual view is rendered closer to the viewer than the first two-dimensional level of the alternative virtual view.
An output image generating method of an image reading device, comprising: a first acquisition step of storing, in a storage, first black reference data, which is black reference data acquired with a light source off at a first time point t1); a second acquisition step of storing, in a storage, second black reference data, which is black reference data acquired with the light source off at a second time point after the first time point; a first scanning step of storing, in a storage, without applying shading correction, scanning data captured from a document while the light source is on between the first time point and second time point; and a generating step of applying an image process, including shading correction using the first black reference data and second black reference data, to the scanning data after the second time point, and generating an output image; and characterised in the first scanning step, reading the document during conveyance; in the first acquisition step, acquiring the first black reference data when document conveyance is stopped and the light source is off; and in the second acquisition step, acquiring the second black reference data when document conveyance is stopped and the light source is off. a first acquisition step of storing, in a storage, first black reference data, which is black reference data acquired with a light source off at a first time point t1); a second acquisition step of storing, in a storage, second black reference data, which is black reference data acquired with the light source off at a second time point after the first time point; a first scanning step of storing, in a storage, without applying shading correction, scanning data captured from a document while the light source is on between the first time point and second time point; and a generating step of applying an image process, including shading correction using the first black reference data and second black reference data, to the scanning data after the second time point, and generating an output image; and characterised in the first scanning step, reading the document during conveyance; in the first acquisition step, acquiring the first black reference data when document conveyance is stopped and the light source is off; and in the second acquisition step, acquiring the second black reference data when document conveyance is stopped and the light source is off.