mhurhangee/ep-ind-claims huggingface dataset:
A transparent conductive film, comprising: a transparent film substrate; a transparent conductor layer provided on one or both sides of the transparent film substrate; and at least two undercoat layers (21,22) interposed between the transparent film substrate and the transparent conductor layer; wherein: the transparent conductor layer is patterned; and a non-patterned portion (b) not having the transparent conductor layer has at least the first undercoat layer from the transparent film substrate, two undercoat layers (21,22) are interposed between the patterned transparent conductor layer and the transparent film substrate, and the second undercoat layer from the transparent film substrate has a refractive index of 1.4 to 1.5, and characterised in that the first undercoat layer from the transparent film substrate has a refractive index of 1.5 to 1.65, and the first undercoat layer from the transparent film substrate is made of an organic material. a transparent film substrate; a transparent conductor layer provided on one or both sides of the transparent film substrate; and at least two undercoat layers (21,22) interposed between the transparent film substrate and the transparent conductor layer; wherein: the transparent conductor layer is patterned; and a non-patterned portion (b) not having the transparent conductor layer has at least the first undercoat layer from the transparent film substrate, two undercoat layers (21,22) are interposed between the patterned transparent conductor layer and the transparent film substrate, and the transparent conductor layer is patterned; and a non-patterned portion (b) not having the transparent conductor layer has at least the first undercoat layer from the transparent film substrate, two undercoat layers (21,22) are interposed between the patterned transparent conductor layer and the transparent film substrate, and
Method for enabling network-initiated control of streaming of segmented content from a delivery node to at least one client, said method comprising: receiving a first manifest file comprising one or more segment identifiers and location information for locating one or more content delivery nodes configured to transmit one or more segments associated with said one or more identifiers to said at least one client; providing the client with channel set-up information; and, establishing at least one streaming control channel between said at least one client and a control channel server function associated with said delivery node on the basis of said provided channel set-up information, said at least one client being configured for receiving at least one manifest file update message via said streaming control channel. receiving a first manifest file comprising one or more segment identifiers and location information for locating one or more content delivery nodes configured to transmit one or more segments associated with said one or more identifiers to said at least one client; providing the client with channel set-up information; and, establishing at least one streaming control channel between said at least one client and a control channel server function associated with said delivery node on the basis of said provided channel set-up information, said at least one client being configured for receiving at least one manifest file update message via said streaming control channel.
Production method for a spoke star with one or more continuous fibre bundles, characterized in that a production device is used for winding a fibre coil and for deforming the fibre coil into a spoke star, wherein the production device comprises a plurality of deflection devices at the rim side and a plurality of deflection devices at the hub side, wherein the deflection devices at the rim side and the deflection devices at the hub side are arranged around an interior of the arrangement of the deflection devices (2, 4), wherein in a first step a continuous fibre bundle is wound around at least a portion of the rim-side deflection devices as a fibre coil, and in a second step, after this winding, at least a portion of the hub-side deflection devices are shifted in the direction of the interior of the arrangement, the fibre coil being deformed into a star, so that between the hub-side deflection devices and the rim-side deflection devices spokes are formed from portions of the fibre coil, which form at least a portion of a closed spoke star. characterized in that a production device is used for winding a fibre coil and for deforming the fibre coil into a spoke star, wherein the production device comprises a plurality of deflection devices at the rim side and a plurality of deflection devices at the hub side, wherein the deflection devices at the rim side and the deflection devices at the hub side are arranged around an interior of the arrangement of the deflection devices (2, 4), wherein in a first step a continuous fibre bundle is wound around at least a portion of the rim-side deflection devices as a fibre coil, and in a second step, after this winding, at least a portion of the hub-side deflection devices are shifted in the direction of the interior of the arrangement, the fibre coil being deformed into a star, so that between the hub-side deflection devices and the rim-side deflection devices spokes are formed from portions of the fibre coil, which form at least a portion of a closed spoke star.
A device for filtering liquids comprising a first end cap, an elongate volume compensating element and a substantially tubular filter media, wherein said elongate volume compensating element is shaped, in its uncompressed state, so as to fill at least 90% of the volume of an internal cavity of said substantially tubular filter media, and wherein said elongate compensating element takes up a reduced volume when subjected to a pressure from the outside, said elongate volume compensating element being attached to said first end cap; characterized in that an end of said substantially tubular filter media is potted to said first end cap; and in that said first end cap comprises a pull ring arranged to pull said filter media and said elongate volume compensating element from a housing. an end of said substantially tubular filter media is potted to said first end cap; and in that said first end cap comprises a pull ring arranged to pull said filter media and said elongate volume compensating element from a housing.
An object tracker for tracking at least one object which is in relative motion with regard to the object tracker, the object tracker comprising: a source of illumination light; at least one illumination waveguide optically coupled to said source containing at least one grating lamina (975A, 975B, 975C) for diffracting said light towards an external object; at least one detector waveguide containing a grating lamina for in-coupling and deflecting a first polarization of light reflected from said object into a first waveguide direction and deflecting a second polarization of light reflected from said object into a second waveguide direction; a first detector optically coupled to said detector waveguide operative to receive light propagating in said first waveguide direction; and a second detector optically coupled to said detector waveguide operative to receive light propagating in said second waveguide direction, wherein the first waveguide direction corresponds to the first direction of object motion relative to the object tracker and the second waveguide direction corresponds to the second direction of object motion relative to the object tracker. a source of illumination light; at least one illumination waveguide optically coupled to said source containing at least one grating lamina (975A, 975B, 975C) for diffracting said light towards an external object; at least one detector waveguide containing a grating lamina for in-coupling and deflecting a first polarization of light reflected from said object into a first waveguide direction and deflecting a second polarization of light reflected from said object into a second waveguide direction; a first detector optically coupled to said detector waveguide operative to receive light propagating in said first waveguide direction; and a second detector optically coupled to said detector waveguide operative to receive light propagating in said second waveguide direction, wherein the first waveguide direction corresponds to the first direction of object motion relative to the object tracker and the second waveguide direction corresponds to the second direction of object motion relative to the object tracker.
A process for producing an ophthalmic lens (101,201) having a molded, visible symbol (100,200) therein, comprising the step of applying a symbol as an elevation (102,202) to a molding surface of a mold before using the mold for cast-molding the ophthalmic lens (101,201), wherein the elevation (102,202) on the molding surface is produced by deposing, onto a molding surface of a mold having a first temperature, a material in liquid state and having a second temperature which is higher than the first temperature which is at or preferably below the melting point of the material, and then by solidifying the material on the molding surface as the elevation (102,202) through cooling toward to the first temperature, characterized in that the material has a melting point between 15°C and 60°C, is soluble in or can be rinsed off by at least one of water, propanol or methyl ethyl ketone at or above its melting point, and is at least temporarily resistant to the ophthalmic lens forming composition for cast-molding the ophthalmic lens (101,201); and that the elevation (102,202) on the molding surface remains solid during the process of using the mold for cast-molding the ophthalmic lens from an ophthalmic lens forming composition, wherein the indentation is reproduced in the molded ophthalmic lens as the molded, visible symbol (100,200) as an indentation in the ophthalmic lens.
A gear assembly, comprising: a support, an axle mounted to the support and defining an axis of rotation, a gear mounted to the axle for rotation relative to the axle about the axis of rotation, a pin (130, 132), and a thrust washer (86, 88) disposed axially adjacent to the gear and blocked against rotation relative to the support about the axis of rotation, the thrust washer (86, 88) comprising a through-hole and a first channel and a second channel, the axle disposed in the through-hole, the pin (130, 132) disposed in the channels (122, 124) and extending into the axle, wherein the thrust washer (86, 88) comprises a first bight projecting axially into the support and comprising the first channel, the thrust washer (86, 88) comprises a second bight projecting axially into the support and comprising the second channel, characterized in that the support comprises a first groove and a second groove, and the first and second bights (94, 96) project axially respectively into, so as to be disposed respectively in, the first and second grooves (118, 120). a support, an axle mounted to the support and defining an axis of rotation, a gear mounted to the axle for rotation relative to the axle about the axis of rotation, a pin (130, 132), and a thrust washer (86, 88) disposed axially adjacent to the gear and blocked against rotation relative to the support about the axis of rotation, the thrust washer (86, 88) comprising a through-hole and a first channel and a second channel, the axle disposed in the through-hole, the pin (130, 132) disposed in the channels (122, 124) and extending into the axle, wherein the thrust washer (86, 88) comprises a first bight projecting axially into the support and comprising the first channel, the thrust washer (86, 88) comprises a second bight projecting axially into the support and comprising the second channel, characterized in that the support comprises a first groove and a second groove, and the first and second bights (94, 96) project axially respectively into, so as to be disposed respectively in, the first and second grooves (118, 120).
A machine (102; 300; 400) for agricultural operations, comprising: a cab (310; 410) for an operator of the machine, the cab comprising a roof and at least one window (312; 412); and a communication system (200; 320; 420) including at least one antenna element (220, 222); characterized in that the communication system includes a communication module having a cellular modem and a housing enclosing the cellular modem, and in that the housing is attached to the at least one window (312; 412) within the cab by a connector which allows adherence of the housing to the at least one window (312; 412). a cab (310; 410) for an operator of the machine, the cab comprising a roof and at least one window (312; 412); and a communication system (200; 320; 420) including at least one antenna element (220, 222); characterized in that the communication system includes a communication module having a cellular modem and a housing enclosing the cellular modem, and in that the housing is attached to the at least one window (312; 412) within the cab by a connector which allows adherence of the housing to the at least one window (312; 412).
A method performed at a third network entity for transmitting data, comprising: receiving, from a first network entity, a notification indicating that downlink data to be transmitted to a User Equipment, UE, in a non-connected state is buffered on the first network entity; and transmitting, to a second network entity, a message comprising an indication regarding a buffering of the downlink data by the first network entity (1000, wherein a paging procedure for the UE is not initiated by the second network entity based on the message, if the UE is in the non-connected state, and wherein: the first network entity is a User Plane Functional, UPF, entity, the second network entity is an Access Mobility management Functional, AMF, entity, and the third network entity is a Session Management Functional, SMF, entity. receiving, from a first network entity, a notification indicating that downlink data to be transmitted to a User Equipment, UE, in a non-connected state is buffered on the first network entity; and transmitting, to a second network entity, a message comprising an indication regarding a buffering of the downlink data by the first network entity (1000, wherein a paging procedure for the UE is not initiated by the second network entity based on the message, if the UE is in the non-connected state, and wherein: the first network entity is a User Plane Functional, UPF, entity, the second network entity is an Access Mobility management Functional, AMF, entity, and the third network entity is a Session Management Functional, SMF, entity. the first network entity is a User Plane Functional, UPF, entity, the second network entity is an Access Mobility management Functional, AMF, entity, and the third network entity is a Session Management Functional, SMF, entity.
A pallet dispensing apparatus for dispensing two in-line pallets comprising: a pallet dispenser for dispensing a stack of pallets including a second in-line pallet and a top pallet; and a pallet blocking apparatus positioned in-line and adjacent to the pallet dispenser, the pallet blocking apparatus having a pallet blocker for blocking a top pallet from the dispensed stack of pallets, and a pallet storage area for storing a first in-line pallet, said pallet dispensing apparatus being configured so that: once a double-deep pallet transporter has engaged the first in-line pallet and the second in-line pallet, the first in-line pallet and the second in-line pallet are dispensed from the pallet dispensing apparatus while the top pallet from the dispensed stack of pallets is blocked by the blocker from passing through the pallet dispensing apparatus, the top pallet being stored in the pallet storage area, characterized in that the pallet blocker pivots around a hinge on the pallet blocking apparatus or slides on the pallet blocking apparatus, so that the storage area for storing pallets is accessible. a pallet dispenser for dispensing a stack of pallets including a second in-line pallet and a top pallet; and a pallet blocking apparatus positioned in-line and adjacent to the pallet dispenser, the pallet blocking apparatus having a pallet blocker for blocking a top pallet from the dispensed stack of pallets, and a pallet storage area for storing a first in-line pallet, said pallet dispensing apparatus being configured so that: once a double-deep pallet transporter has engaged the first in-line pallet and the second in-line pallet, the first in-line pallet and the second in-line pallet are dispensed from the pallet dispensing apparatus while the top pallet from the dispensed stack of pallets is blocked by the blocker from passing through the pallet dispensing apparatus, the top pallet being stored in the pallet storage area,
Reinforcement (20; 120) of the front foot (3; 103) of a motor vehicle (1; 101), intended to be arranged in a hollow body formed by said front foot (3; 103), comprising: - a first stamped portion (21; 121) with two parallel walls (23, 25; 123, 125) and a transverse wall (27; 127) connecting the two parallel walls (23, 25; 123, 125) to an edge (23A, 25A; 125A) of each of said walls (23, 25; 123, 125); and - a second stamped portion (31; 131) connecting the two parallel walls (23, 25; 123, 125), at a distance from the transverse wall (27; 127), the second stamped portion (31; 131) form ing a wall (33; 133) and, at two opposite edges (35, 37; 135, 137) of said wall (33; 133), two fixing lugs (35A, 37A; 135A, 137A) to the two parallel walls (23, 25; 123, 125) of the first stamped portion (21; 121), characterized in that the second stamped portion (31; 131) forms at two opposite edges (35, 37; 135, 137) of the wall (33; 133) of said stamped portion (31; 131) and distinct from the edges (35, 37; 15, 37) with the fixing lugs (35 A, 37 A; 135 A, 137 A), folded stiffening portions. - a first stamped portion (21; 121) with two parallel walls (23, 25; 123, 125) and a transverse wall (27; 127) connecting the two parallel walls (23, 25; 123, 125) to an edge (23A, 25A; 125A) of each of said walls (23, 25; 123, 125); and - a second stamped portion (31; 131) connecting the two parallel walls (23, 25; 123, 125), at a distance from the transverse wall (27; 127), the second stamped portion (31; 131) form ing a wall (33; 133) and, at two opposite edges (35, 37; 135, 137) of said wall (33; 133), two fixing lugs (35A, 37A; 135A, 137A) to the two parallel walls (23, 25; 123, 125) of the first stamped portion (21; 121), characterized in that the second stamped portion (31; 131) forms at two opposite edges (35, 37; 135, 137) of the wall (33; 133) of said stamped portion (31; 131) and distinct from the edges (35, 37; 15, 37) with the fixing lugs (35 A, 37 A; 135 A, 137 A), folded stiffening portions.
An adhesive composition including an organic polysiloxane and a blocked isocyanate-based compound, the organic polysiloxane including the repeating unit represented by the following Chemical Formula 1: wherein, R 1 is a functional group having an epoxy end group, and R 2 is a functional group selected from the group consisting of a functional group having an epoxy end group, hydrogen, hydroxy, a C1-C6 alkyl, a C3-C8 cycloalkyl, a C6-C10 aryl, and a siloxane. R 1 is a functional group having an epoxy end group, and R 2 is a functional group selected from the group consisting of a functional group having an epoxy end group, hydrogen, hydroxy, a C1-C6 alkyl, a C3-C8 cycloalkyl, a C6-C10 aryl, and a siloxane.
A control channel transmitting method, comprising: obtaining (S301, S402) a sequence number of the N th control channel element of the m th candidate control channel in a candidate control channel set with an aggregation level L; determining (S302, S404), for the m th candidate control channel in the candidate control channel set, an antenna port according to a function whose input parameters comprise a user equipment-specific identity, the aggregation level L of the candidate control channel set, and the sequence number of the N th control channel element; and sending (S303, S405), by using the antenna port, the m th candidate control channel to a user equipment. obtaining (S301, S402) a sequence number of the N th control channel element of the m th candidate control channel in a candidate control channel set with an aggregation level L; determining (S302, S404), for the m th candidate control channel in the candidate control channel set, an antenna port according to a function whose input parameters comprise a user equipment-specific identity, the aggregation level L of the candidate control channel set, and the sequence number of the N th control channel element; and sending (S303, S405), by using the antenna port, the m th candidate control channel to a user equipment.
An internal combustion engine comprising: external surfaces and internal surfaces, said internal surfaces comprising a group of internal surfaces located on at least one of a combustion chamber, an air intake passage, an exhaust passage, an exhaust manifold, a valve and combinations thereof; at least a portion of said group of internal surfaces being metal selected from aluminum, aluminum alloy, titanium or titanium alloy; and at least some portions of the metal being coated metal surfaces having a chemically adherent coating comprising TiO 2, said coated metal surfaces positioned such that, during operation of said engine, intake air, fuel/air mixture and/or exhaust gas contact said chemically adherent coating thereby increasing decomposition rate of HC, CO or NO x and/or reducing formation rate of CO or NO x emissions resulting from combustion in the combustion chamber, wherein said chemically adherent coating is obtainable through plasma electrolytic deposition from an electrolyte solution comprising water, a water-soluble and /or water-dispersible phosphorus oxy acid or salt and H 2 TiF 6 wherein the portions of the metal being coated are connected as the anode and pulsed direct current is used.