mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a backlight unit comprising a light source; and a liquid crystal display (LCD) module comprising: a nanostructure-based color conversion (NS-based CC) layer configured to receive a primary light, from the light source, having a first peak wavelength and to convert a portion of the primary light to emit a first portion of a secondary light having a second peak wavelength that is different from the first peak wavelength; and a light extraction layer, optically coupled to the NS-based CC layer, configured to prevent total internal reflection of a second portion of the secondary light, wherein the light extraction layer comprises a substrate and patterned features with one or more dimension in nanometer scale disposed on the substrate, characterised in that the substrate is disposed between the NS-based CC layer and the patterned features, and wherein top surfaces of the patterned features face away from a top surface of the NS-based CC layer. a backlight unit comprising a light source; and a liquid crystal display (LCD) module comprising: a nanostructure-based color conversion (NS-based CC) layer configured to receive a primary light, from the light source, having a first peak wavelength and to convert a portion of the primary light to emit a first portion of a secondary light having a second peak wavelength that is different from the first peak wavelength; and a light extraction layer, optically coupled to the NS-based CC layer, configured to prevent total internal reflection of a second portion of the secondary light, wherein the light extraction layer comprises a substrate and patterned features with one or more dimension in nanometer scale disposed on the substrate, a nanostructure-based color conversion (NS-based CC) layer configured to receive a primary light, from the light source, having a first peak wavelength and to convert a portion of the primary light to emit a first portion of a secondary light having a second peak wavelength that is different from the first peak wavelength; and a light extraction layer, optically coupled to the NS-based CC layer, configured to prevent total internal reflection of a second portion of the secondary light, wherein the light extraction layer comprises a substrate and patterned features with one or more dimension in nanometer scale disposed on the substrate,
An agent comprising a p62/SQSTM1 nucleic acid that encodes a polypeptide at least 98% identical to SEQ ID NO: 2; for use in treating, alleviating, ameliorating, relieving, delaying onset of, inhibiting progression of, reducing severity of, and/or reducing incidence of one or more symptoms of a non-cancer-related chronic inflammatory disease in a subject, wherein said agent inhibits the expression of a proinflammatory cytokine in a subject.
A method implemented by a network element, NE, in a network , comprising: receiving , by the NE (101 - 112), an advertisement comprising preferred path route, PPR, information describing a path from an ingress NE to an egress NE in the network , the PPR information comprising a PPR identifier, PPR-ID, and an attribute associated with a resource to be reserved on the PPR ; transmitting , by the NE (101 - 112), the advertisement comprising the PPR-ID and the attribute associated with the resource to be reserved on the PPR to another NE (101 - 112) in the network ; monitoring, by the NE (101- 112), usage statistics related to the resource reserved for the PPR after the resource is successfully reserved on the PPR ; transmitting, by the NE (101- 112), node resource capabilities including one or more flags indicating usage statistics , which the NE (101 - 112) is capable of monitoring for the resource reserved in the network , to a central entity of the PPR ; and updating , by the NE (101-112), a local forwarding database to include the PPR information in association with the egress NE in response to the NE (101 - 112) being identified in the PPR information . receiving , by the NE (101 - 112), an advertisement comprising preferred path route, PPR, information describing a path from an ingress NE to an egress NE in the network , the PPR information comprising a PPR identifier, PPR-ID, and an attribute associated with a resource to be reserved on the PPR ; transmitting , by the NE (101 - 112), the advertisement comprising the PPR-ID and the attribute associated with the resource to be reserved on the PPR to another NE (101 - 112) in the network ; monitoring, by the NE (101- 112), usage statistics related to the resource reserved for the PPR after the resource is successfully reserved on the PPR ; transmitting, by the NE (101- 112), node resource capabilities including one or more flags indicating usage statistics , which the NE (101 - 112) is capable of monitoring for the resource reserved in the network , to a central entity of the PPR ; and updating , by the NE (101-112), a local forwarding database to include the PPR information in association with the egress NE in response to the NE (101 - 112) being identified in the PPR information .
An optical waveguide element comprising: a substrate ; an optical waveguide (244b-1, 2134) formed in the substrate ; and an electrode for controlling light wave propagating through the optical waveguide (244b-1, 2134), wherein the optical waveguide (244b-1, 2134) and the electrode have an intersection in which the optical waveguide (244b-1, 2134) and the electrode intersect with each other, and at the intersection , the electrode has a multilayer structure including a plurality of metal layers (450-1, 450-2, 650-1, 650-2, 650-3, 650-4, 850-1, 850-1', 850-2, 1350-1, 1350-2) made of a metal material, wherein a resin layer made of a resin material is formed between the electrode and the substrate , wherein the resin layer is formed across at least two intersections , and the resin layer is formed such that a length (Ly2) of the resin layer along a waveguide direction of the optical waveguide (244b-1, 2134) is longer than a length (Le1) of the metal layer (450-1, 450-2, 650-1, 650-2, 650-3, 650-4, 850-1, 850-1', 850-2, 1350-1, 1350-2) which is adjacent to the resin layer along the waveguide direction of the optical waveguide (244b-1, 2134), characterized in that the resin layer is formed such that a length (Le11, Le12) of a part of the resin layer where the adjacent metal layer (450-1, 450-2, 650-1, 650-2, 650-3, 650-4, 850-1, 850-1', 850-2, 1350-1, 1350-2) is not formed, along the waveguide direction of the optical waveguide (244b-1, 2134) is longer than a wavelength (λ) of light propagating through the optical waveguide (244b-1, 2134). a substrate ; an optical waveguide (244b-1, 2134) formed in the substrate ; and an electrode for controlling light wave propagating through the optical waveguide (244b-1, 2134), wherein the optical waveguide (244b-1, 2134) and the electrode have an intersection in which the optical waveguide (244b-1, 2134) and the electrode intersect with each other, and at the intersection , the electrode has a multilayer structure including a plurality of metal layers (450-1, 450-2, 650-1, 650-2, 650-3, 650-4, 850-1, 850-1', 850-2, 1350-1, 1350-2) made of a metal material, wherein a resin layer made of a resin material is formed between the electrode and the substrate , wherein the resin layer is formed across at least two intersections , and the resin layer is formed such that a length (Ly2) of the resin layer along a waveguide direction of the optical waveguide (244b-1, 2134) is longer than a length (Le1) of the metal layer (450-1, 450-2, 650-1, 650-2, 650-3, 650-4, 850-1, 850-1', 850-2, 1350-1, 1350-2) which is adjacent to the resin layer along the waveguide direction of the optical waveguide (244b-1, 2134), characterized in that the resin layer is formed such that a length (Le11, Le12) of a part of the resin layer where the adjacent metal layer (450-1, 450-2, 650-1, 650-2, 650-3, 650-4, 850-1, 850-1', 850-2, 1350-1, 1350-2) is not formed, along the waveguide direction of the optical waveguide (244b-1, 2134) is longer than a wavelength (λ) of light propagating through the optical waveguide (244b-1, 2134).
A double-sided adhesive masking tape with a strip-shaped support element with two parallel continuous longitudinal edges and a predetermined width (B), which comprises a lower side and an upper side lying opposite the lower side , wherein a lower-side bonding layer is applied on the lower side and an upper-side bonding layer is applied on the upper side , wherein the support element is produced from a material which has a proportion of greater than 50 % by weight and up to 100 % by weight paper and is free from PVC plasticiser, wherein the support element has a thickness of up to 1.0 mm, wherein the upper-side bonding layer extends over a connected part of the width (B) and the lower-side bonding layer extends over the entire width (B) of the support element, characterised in that the part of the width (B) of the support element , over which the upper-sided bonding layer extends, lies centrally on the upper side .
A method for detecting a vehicle , the method comprising: a) receiving (S10) images continuously captured by a front-facing camera ; b) setting a search area of the vehicle in a target image based on a location of the vehicle detected in a previous image among the continuously captured images; c) detecting (S30) the vehicle in the search area using a machine learning model; and d) if the vehicle detection using the machine learning model fails to recognize the vehicle, continuing vehicle detection by tracking (S40) the vehicle using a feature point of the vehicle, wherein the feature point is extracted from the search area of the previous image; and e) tracking the feature point extracted from the search area of the previous image using an optical flow in the target image to recognize a vehicle; f) wherein the detecting (S30) further comprises obtaining a motion vector of the feature points of the vehicle from a plurality of previous images and generating a modified search area based on the motion vectors and the search area, and comprises detecting the vehicle from the modified search area according to the machine learning model. a) receiving (S10) images continuously captured by a front-facing camera ; b) setting a search area of the vehicle in a target image based on a location of the vehicle detected in a previous image among the continuously captured images; c) detecting (S30) the vehicle in the search area using a machine learning model; and d) if the vehicle detection using the machine learning model fails to recognize the vehicle, continuing vehicle detection by tracking (S40) the vehicle using a feature point of the vehicle, wherein the feature point is extracted from the search area of the previous image; and e) tracking the feature point extracted from the search area of the previous image using an optical flow in the target image to recognize a vehicle; f) wherein the detecting (S30) further comprises obtaining a motion vector of the feature points of the vehicle from a plurality of previous images and generating a modified search area based on the motion vectors and the search area, and comprises detecting the vehicle from the modified search area according to the machine learning model.
A data transmission device , comprising: first (Q1) and second lines (Q0) only; a transmitter configured to convert received binary data into ternary data and output each bit of the ternary data onto the first and second lines as a logic value within a group consisting of: -1, corresponding to a first voltage level, 0, corresponding to a second voltage level, and 1, corresponding to a third voltage level, wherein the transmitter is configured to toggle only one of the first and second lines to provide the logic value of -1 or 1 during each of a plurality of consecutive 2-bit binary data transmission time intervals; and a receiver configured to convert the ternary data received from the first and second lines into binary data. first (Q1) and second lines (Q0) only; a transmitter configured to convert received binary data into ternary data and output each bit of the ternary data onto the first and second lines as a logic value within a group consisting of: -1, corresponding to a first voltage level, 0, corresponding to a second voltage level, and 1, corresponding to a third voltage level, wherein the transmitter is configured to toggle only one of the first and second lines to provide the logic value of -1 or 1 during each of a plurality of consecutive 2-bit binary data transmission time intervals; and a receiver configured to convert the ternary data received from the first and second lines into binary data.
Loading and removing device for loading to, and removing hams from, a seasoning frame , said loading and removing device comprising a plurality of loading and removing units for loading and removing hams , each loading and removing unit being arranged for loading and removing a ham , each loading and removing unit being provided with gripping means , characterized in that said gripping means is suitable for hooking laterally a portion of a shank of said ham , and in that said each loading and removing unit is further provided with supporting means comprising a pair of supporting arms connected by a crosspiece arranged for restingly supporting a lower zone of said ham , said loading and removing device for loading and removing hams further comprising actuating means configured for rotating said loading and removing units around a bar , said loading and removing device being configured for removing said hams from a resting surface of said conveying means on which said hams are restingly arranged by engaging said hams by means of said gripping means and of said supporting means , and rotating the hams by means of said actuating means in order to load said hams onto, and unload said hams from, said seasoning frame , said supporting arms of said pair of supporting arms being connected to a first end thereof by said crosspiece and being also connected to one another by a further crosspiece arranged for connecting two portions of opposite supporting arms that are arranged between said first ends and second ends of said supporting arms , said crosspiece and said further crosspiece being intended for restingly supporting said ham by interacting with respective portions of said lower zone during operations of loading or removing of hams .
A linear compressor comprising: a cylinder defining a compression space (P) for a refrigerant; a piston axially reciprocating inside the cylinder ; a motor configured to provide a driving force to the piston ; a suction valve configured to suction the refrigerant into the compression space (P); a discharge valve configured to discharge the refrigerant compressed in the compression space (P); and a discharge cover having a discharge space therein in which the refrigerant discharged through the discharge valve flows, wherein the suction valve , the discharge valve , and the discharge cover are located inside the cylinder , the cylinder being located inside the motor , and wherein the discharge valve is arranged in a stepped portion formed by a difference in an inner diameter of the cylinder . a cylinder defining a compression space (P) for a refrigerant; a piston axially reciprocating inside the cylinder ; a motor configured to provide a driving force to the piston ; a suction valve configured to suction the refrigerant into the compression space (P); a discharge valve configured to discharge the refrigerant compressed in the compression space (P); and a discharge cover having a discharge space therein in which the refrigerant discharged through the discharge valve flows, wherein the suction valve , the discharge valve , and the discharge cover are located inside the cylinder , the cylinder being located inside the motor , and wherein the discharge valve is arranged in a stepped portion formed by a difference in an inner diameter of the cylinder .
Insulation system for processing by a VPI process, comprising a solid insulation material with a depot accelerator and an impregnating resin having oxirane functionalities, wherein, after the impregnation by the VPI process, a catalyst is additionally provided, which is at least partly in gaseous form under hardening conditions and arrives via convection and/or diffusion processes at the surface of the impregnating resin, where it initiates the hardening after the impregnation of the solid insulation material, and wherein this catalyst comprises at least one compound in the form of an alkylimidazole.
Electric device comprising a circuitry and a control unit comprising measurement pads , wherein the circuitry is a printed circuit board or a foil with integrated electrically conductive tracks and wherein the control unit is designed to determine local temperature values (TV1, TV2, TV3) at N different measurement points of the circuitry , wherein N is equal to or greater than 2 and wherein the control unit is electrically connected to the measurement points by electric conductor elements , wherein the conductor elements form a tree structure (T) that connects all measurement points to the control unit , wherein starting from at least one measurement point forming a respective root (R) of the tree structure (T) a respective pair (P) of conductor elements begins at each measurement point (P), the pair (P) forming a thermocouple at the respective measurement point and each conductor element of the pair (P) leading to either a measurement point of a lower level of the tree structure (T) or to the control unit , wherein at the control unit N+1 conductor elements of the tree structure (T) are electrically connected to the measurement pads of the control unit and wherein the control unit is designed to determine the respective temperature value (TV1, TV2, TV3) of each measurement point as a function of a respective voltage that is produced between the measurement pads by the thermocouples, characterized in that the circuitry comprises several layers each comprising electrically conductive tracks and the materials (M1, M2) for forming the respective thermocouple are provided by different layers of the circuitry .
A crystal/glass or screen of an apparatus for displaying an information visible to a user, the crystal or the screen including on its outer surface a transparent protective film including an outer surface with a convex area constituting a lens in order to facilitate reading, the transparent protective film constituting a lens is a layer of material including a convex outer surface and an inner surface carrying a transparent repositionable glue film by which said layer is removably glued to the outer surface of the crystal or the screen . Characterized in that a first layer of material constituting the surface of the crystal or the screen is formed of a polycarbonate with a thickness comprised between 0.2 mm and 2 mm, typically 0.8 to 1.2 mm, said layer with a convex outer surface is a second layer formed of a transparent sapphire glass having an anti-scratch surface and is superimposed on the first layer thanks to positioning means in which the second sapphire glass layer has a maximum thickness including the convex area comprised between 0.2 and 2 mm, for example 0.4 mm and 1.2 mm, typically 0.5 and 0.6 mm, the positioning means for facilitating the positioning of the second layer of material on the first layer of material including a protuberance or a groove, arranged on the outer or inner periphery of the first material so that these positioning means surround all or part of the second layer of material that covers the first layer of material . a first layer of material constituting the surface of the crystal or the screen is formed of a polycarbonate with a thickness comprised between 0.2 mm and 2 mm, typically 0.8 to 1.2 mm, said layer with a convex outer surface is a second layer formed of a transparent sapphire glass having an anti-scratch surface and is superimposed on the first layer thanks to positioning means in which the second sapphire glass layer has a maximum thickness including the convex area comprised between 0.2 and 2 mm, for example 0.4 mm and 1.2 mm, typically 0.5 and 0.6 mm, the positioning means for facilitating the positioning of the second layer of material on the first layer of material including a protuberance or a groove, arranged on the outer or inner periphery of the first material so that these positioning means surround all or part of the second layer of material that covers the first layer of material .
Protective housing for an electricity meter arranged on a circuit board , wherein the circuit board is comprised by a charging station for electric vehicles, and the electrical energy consumed during a charging process is detectable by means of the electricity meter , characterised in that the protective housing is set up to at least partially enclose the circuit board both on the bottom side and on the top side, the protective housing further being set up to enclose the electricity meter in a tamper-proof manner, so that the protective housing is not detachable from the circuit board without damage after it has been arranged.
A method for wireless communication at a user equipment, UE, comprising: determining sub-carrier channel information corresponding to a plurality of sub-carriers of a sub-band for a non-orthogonal channel; determining one or more effective channel feedback matrices for the sub-band based on the sub-carrier channel information by calculating each of the one or more effective channel feedback matrices using a set of channel quality functions evaluated for a corresponding set of transmission strategies, and wherein each of the corresponding sets of transmission strategies includes one or more transmission strategies of a plurality of transmission strategies for the non-orthogonal channel, and wherein calculating an effective channel feedback matrix of the one or more effective channel feedback matrices comprises determining a first value from a single-user, single-layer channel quality function evaluated across the plurality of sub-carriers, and determining a second value based on a multiple-user, multiple-layer channel quality function evaluated across the plurality of sub-carriers; and reporting channel feedback information for channel quality estimation for the UE across the plurality of transmission strategies, the channel feedback information representing the one or more effective channel feedback matrices. determining sub-carrier channel information corresponding to a plurality of sub-carriers of a sub-band for a non-orthogonal channel; determining one or more effective channel feedback matrices for the sub-band based on the sub-carrier channel information by calculating each of the one or more effective channel feedback matrices using a set of channel quality functions evaluated for a corresponding set of transmission strategies, and wherein each of the corresponding sets of transmission strategies includes one or more transmission strategies of a plurality of transmission strategies for the non-orthogonal channel, and wherein calculating an effective channel feedback matrix of the one or more effective channel feedback matrices comprises determining a first value from a single-user, single-layer channel quality function evaluated across the plurality of sub-carriers, and determining a second value based on a multiple-user, multiple-layer channel quality function evaluated across the plurality of sub-carriers; and reporting channel feedback information for channel quality estimation for the UE across the plurality of transmission strategies, the channel feedback information representing the one or more effective channel feedback matrices.