mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device, comprising: a bendable tube extending in a first longitudinal direction (Dl); an elongated flexible board extending in the first direction (Dl), being housed in the tube, and comprising a plurality of wing portions on the opposing longitudinal sides of the board extending in the same plane before the elongated flexible board is housed in the tube and wherein adjacent wing portions are separated by cutouts extending from each of said longitudinal sides perpendicular to the first direction (Dl), and a plurality of light emitting elements mounted on the flexible board, characterized in that the plurality of wing portions are in contact with an inner wall of the tube such that the inner wall clamps the flexible board in a bent position. a bendable tube extending in a first longitudinal direction (Dl); an elongated flexible board extending in the first direction (Dl), being housed in the tube, and comprising a plurality of wing portions on the opposing longitudinal sides of the board extending in the same plane before the elongated flexible board is housed in the tube and wherein adjacent wing portions are separated by cutouts extending from each of said longitudinal sides perpendicular to the first direction (Dl), and a plurality of light emitting elements mounted on the flexible board, characterized in that the plurality of wing portions are in contact with an inner wall of the tube such that the inner wall clamps the flexible board in a bent position.
A compound obtainable by dimerizing, with light irradiation, a compound containing a group that has photosensitivity and can be photodimerized and a group having lyophilicity represented by formula and a compound containing a group that has photosensitivity and can be photodimerized and a group having liquid-repellency represented by formula, wherein the photosensitive group contained in the compound contains an aromatic fused ring; the photosensitive group contained in the compound contains an aromatic fused ring; and the compound obtainable by dimerizing, with light irradiation, the compound and the compound is a compound which is bound with a cycloalkane structure, a cycloalkene structure or a cycloalkadiene structure: wherein Z represents -C(=O)O-, -OC(=O)-, -OC(=O)O-, -C(=O)-, -N(R c)-, -C(=O)N(R c)-, -N(R c)C(=O)-, -N(R c)C(=O)N(R c)-, -Ak-C(=O)O-, -Ak-OC(=O)-, -Ak-OC(=O)O-, -Ak-C(=O)-, -Ak-N(R c)-, -Ak-C(=O)N(R c)-, -Ak-N(R c)C(=O)-, -Ak-N(R c)C(=O)N(R c)-, -O-, -S- or -Ak-, Ar 1 represents an aromatic hydrocarbon group having a valence of (1 + y1) or a heterocyclic group having a valence of (1 + y1), Ak represents an alkylene group having 1 to 12 carbon atoms, R a1 represents a hydrogen atom, a halogen atom, a hydroxyl group, an alkoxy group or an alkyl group, R c represents a hydrogen atom or a substituent, and where there are a plurality of R c s, these R c s may be the same or different, t1 represents 0 or 1, x1 represents 0 or 1, and y1 represents an integer of 1 or more, the plurality of R a1 s may be the same or different, and where there are a plurality of Aks, these Aks may be the same or different; wherein Z represents -C(=O)O-, -OC(=O)-, -OC(=O)O-, -C(=O)-, -N(R c)-, -C(=O)N(R c)-, -N(R c)C(=O)-, -N(R c)C(=O)N(R c)-, -Ak-C(=O)O-, -Ak-OC(=O)-, -Ak-OC(=O)O-, -Ak-C(=O)-, -Ak-N(R c)-, -Ak-C(=O)N(R c)-, -Ak-N(R c)C(=O)-, -Ak-N(R c)C(=O)N(R c)-, -O-, -S- or -Ak-, Ak represents an alkylene group having 1 to 12 carbon atoms, R c represents a hydrogen atom or a substituent, and where there are a plurality of R c s, these R c s may be the same or different, Ar 2 represents an aromatic hydrocarbon group having a valence of (1 + y2) or a heterocyclic group having a valence of (1 + y2), R b1 represents a monovalent organic group containing a fluorine atom, t2 represents 0 or 1, x2 represents 0 or 1, y2 represents an integer of 1 or more, and where there are a plurality of R b1 s, these R b1 s may be the same or different.
A method of controlling a transgene, comprising the steps of: obtaining a primary T-cell comprising a receptor, and a heterologous nucleic acid comprising a polynucleotide encoding the transgene that is operably linked to a polynucleotide encoding a RNA destabilizing element, wherein the heterologous nucleic acid is transcribed to make a transcript encoding the transgene operably linked to the RDE, and wherein the RDE is an AU-rich element; exposing the primary T-cell to a ligand for the receptor wherein binding of the ligand by the receptor activates the primary T-cell; and expressing the transgene wherein the amount of polypeptide made from the transgene is increased after activation of the primary T-cell. obtaining a primary T-cell comprising a receptor, and a heterologous nucleic acid comprising a polynucleotide encoding the transgene that is operably linked to a polynucleotide encoding a RNA destabilizing element, wherein the heterologous nucleic acid is transcribed to make a transcript encoding the transgene operably linked to the RDE, and wherein the RDE is an AU-rich element; exposing the primary T-cell to a ligand for the receptor wherein binding of the ligand by the receptor activates the primary T-cell; and expressing the transgene wherein the amount of polypeptide made from the transgene is increased after activation of the primary T-cell.
An apparatus comprising: a cleaning head removably attachable to a cleaning device the cleaning head having an upper side and a lower side, the lower side of the cleaning head arranged to contact a surface to be cleaned; and a dirt collection chamber permanently attached to the cleaning head and arranged to receive dirt from a suction inlet through an air inlet opening; wherein the dirt collection chamber has no opening other than the air inlet opening; and wherein the cleaning head is arranged to hold a cleaning sheet on the lower side of the cleaning head. a cleaning head removably attachable to a cleaning device the cleaning head having an upper side and a lower side, the lower side of the cleaning head arranged to contact a surface to be cleaned; and a dirt collection chamber permanently attached to the cleaning head and arranged to receive dirt from a suction inlet through an air inlet opening; wherein the dirt collection chamber has no opening other than the air inlet opening; and wherein the cleaning head is arranged to hold a cleaning sheet on the lower side of the cleaning head.
Cold-rolled narrow strip in the form of flat wire or positive engangement profiles made of a high-strength steel having an austenitic microstructure with TWIP properties with the the following composition (in weight-%): C 0.2 - 0.9% Mn 12 - 25% Si up to 0.5% Al 0.5 - 2.0% Cr 1.8 - 3.5% S max. 0.005% P max. 0.06%, N max. 0.1%, Mo max. 1.5%, B max. 0.01%, Ni max. 2.0%, Cu max. 2.0%, Nb 0.02 - 0.35% and/or V 0.02 - 0.35% as well as optionally Ca max. 0.015% Ti 0.01 - 0.35%, and, as the remainder, iron and unavoidable, production-related contaminants, with the following mechanical values: R p0.2 1000 - 1500 MPa, R m 1100 - 1700 MPa, A80 6 - 25%, for the production of reinforcing layers in flexible pipes for the crude oil and natural gas production as well as for the transport of liquefied gas FLNG with sour gas conditions in acidic attack media. C 0.2 - 0.9% Mn 12 - 25% Si up to 0.5% Al 0.5 - 2.0% Cr 1.8 - 3.5% S max. 0.005% P max. 0.06%, N max. 0.1%, Mo max. 1.5%, B max. 0.01%, Ni max. 2.0%, Cu max. 2.0%, Nb 0.02 - 0.35% and/or V 0.02 - 0.35% as well as optionally Ca max. 0.015% Ti 0.01 - 0.35%, and, as the remainder, iron and unavoidable, production-related contaminants, with the following mechanical values: R p0.2 1000 - 1500 MPa, R m 1100 - 1700 MPa, A80 6 - 25%, for the production of reinforcing layers in flexible pipes for the crude oil and natural gas production as well as for the transport of liquefied gas FLNG with sour gas conditions in acidic attack media.
A method of manufacturing an ice panel segment (310; 430) comprising: wrapping an ice panel material around a mandrel; curing the ice panel material; and cutting the ice panel material into ice panel cylinders; characterised in that the wrapping the ice panel material around the mandrel comprises wrapping an inner fiberglass layer around the mandrel; the wrapping the ice panel material around the mandrel further comprises wrapping a para-aramid synthetic fiber and epoxy pre-preg layer around the inner fiberglass layer; the wrapping the ice panel material around the mandrel further comprises wrapping an outer fiberglass layer around the para-aramid synthetic fiber and epoxy pre-preg layer; and the fibers in the inner fiberglass layer are wrapped in an orthogonal direction to the fibers in the outer fiberglass layer. wrapping an ice panel material around a mandrel; curing the ice panel material; and cutting the ice panel material into ice panel cylinders; characterised in that the wrapping the ice panel material around the mandrel comprises wrapping an inner fiberglass layer around the mandrel; the wrapping the ice panel material around the mandrel further comprises wrapping a para-aramid synthetic fiber and epoxy pre-preg layer around the inner fiberglass layer; the wrapping the ice panel material around the mandrel further comprises wrapping an outer fiberglass layer around the para-aramid synthetic fiber and epoxy pre-preg layer; and the fibers in the inner fiberglass layer are wrapped in an orthogonal direction to the fibers in the outer fiberglass layer.
A heating apparatus for heating a dialysis liquid or a substitute, which comprises a receiving section for receiving a heating bag through which dialysis liquid or substitute can flow for being heated, wherein the receiving section is embodied for allowing a deformation of the heating bag due to an interior pressure of the heating bag in only one extension direction of the heating bag characterized in that the heating apparatus comprises a sensor system for determining or monitoring a deformation of the heating bag or the location of the heating bag in the heating apparatus or in the receiving section of the heating apparatus.
Bendable-screen device intended for rendering notifications, including: a substrate provided with an elongate bendable screen, a first and a second connection element (6a, 6b), which are intended to connect to one another in order to keep the substrate in the form of a loop, the screen being substantially curved when the substrate is kept in the form of a loop, a receiving unit, which is intended to wirelessly receive notifications from an external device, and a control unit, which is designed to command the rendering of the notifications received by the receiving unit and to detect the connected or separated state of the first and second connection elements (6a, 6b), said bendable-screen device being characterized in that the control unit is also designed to command, on the basis of the detected state of connection of the first and second connection elements (6a, 6b), the rendering of a received notification according to either a first rendering mode or a second rendering mode in which the representation displayed to represent the notification is different from that of the first rendering mode. a substrate provided with an elongate bendable screen, a first and a second connection element (6a, 6b), which are intended to connect to one another in order to keep the substrate in the form of a loop, the screen being substantially curved when the substrate is kept in the form of a loop, a receiving unit, which is intended to wirelessly receive notifications from an external device, and a control unit, which is designed to command the rendering of the notifications received by the receiving unit and to detect the connected or separated state of the first and second connection elements (6a, 6b), said bendable-screen device being characterized in that the control unit is also designed to command, on the basis of the detected state of connection of the first and second connection elements (6a, 6b), the rendering of a received notification according to either a first rendering mode or a second rendering mode in which the representation displayed to represent the notification is different from that of the first rendering mode.
A thrust reverser for an aircraft propulsion unit, comprising two half-assemblies (25A, 25B), a connecting beam and cascades (50A, 50B), each of the half-assemblies (25A, 25B) comprising a movable cowl (31A, 31B) and a fixed structure (30A, 30B) including a first connecting element and a second connecting element (80A, 80B), the connecting beam comprising a connecting member, for each of the half-assemblies (25A, 25B): - the first connecting element being configured to articulate the half-assembly on a fixed portion of the propulsion unit so as to be able to move the half-assembly between a flight configuration in which the second connecting element cooperates with the connecting member and a maintenance configuration in which the second connecting element is detached off the connecting member, - in the flight configuration, the movable cowl being movable relative to the fixed structure in translation along a longitudinal central axis between a direct thrust position, in which the fixed structure and the movable cowl delimit radially therebetween a respective portion of a duct in order to channel a fluid flow towards the rear of the propulsion unit to generate thrust, and a thrust reversal position, in which the movable cowl uncovers a space receiving the cascades so that a portion of the fluid flowing in the duct could pass through the cascades while being diverted thereby so as to generate counter-thrust, characterised in that, amongst the connecting member and the second connecting element (80A, 80B) of each of the half-assemblies (25A, 25B), one comprises a groove and the other one comprises a tenon (82A, 82B) configured to fit into the groove when the half-assemblies (25A, 25B) are moved from the maintenance configuration up to the flight configuration so as to position each of the half-assemblies (25A, 25B) in the flight configuration, the thrust reverser comprising one or more lock(s) (91, 92) configured to connect together and to lock the half-assemblies (25A, 25B) in the flight configuration. - the first connecting element being configured to articulate the half-assembly on a fixed portion of the propulsion unit so as to be able to move the half-assembly between a flight configuration in which the second connecting element cooperates with the connecting member and a maintenance configuration in which the second connecting element is detached off the connecting member, - in the flight configuration, the movable cowl being movable relative to the fixed structure in translation along a longitudinal central axis between a direct thrust position, in which the fixed structure and the movable cowl delimit radially therebetween a respective portion of a duct in order to channel a fluid flow towards the rear of the propulsion unit to generate thrust, and a thrust reversal position, in which the movable cowl uncovers a space receiving the cascades so that a portion of the fluid flowing in the duct could pass through the cascades while being diverted thereby so as to generate counter-thrust,
A fluorescent film having a color location and a color gamut, wherein the fluorescent film comprises a transparent base layer and an adhesive layer; the adhesive layer is bound to a surface of the transparent base layer; the adhesive layer comprises an adhesive and a fluorescent powder, and the fluorescent powder having a particle size in the range of 0.2-50 μm is dispersed in the adhesive, and the adhesive layer further comprises diffusion micro-particles having a particle size in the range of 0.2-50 μm, and the diffusion micro-particles are dispersed in the adhesive, the adhesive is 100 weight parts, the fluorescent powder is 20-100 weight parts, and the diffusion micro-particles are 5-50 weight parts.
A refrigerant distributor tube (213, 313) for connecting a refrigerant distributor housing to an evaporator coil, the refrigerant distributor tube (213, 313) comprising: a first end configured to be coupled to the refrigerant distributor housing; and a distal end comprising a bell (214, 314); characterised in that the refrigerant distributor tube further comprises: a short tube (220, 320) inserted into the bell (214, 314); wherein the bell (214, 314) comprises a crimping section (218, 318); wherein the short tube (220, 320) is attached within the bell (214, 314) via crimping at the crimping section (218, 318); and wherein the bell (214, 314) is configured to be brazed onto an inlet of the evaporator coil a first end configured to be coupled to the refrigerant distributor housing; and a distal end comprising a bell (214, 314); characterised in that the refrigerant distributor tube further comprises: a short tube (220, 320) inserted into the bell (214, 314); wherein the bell (214, 314) comprises a crimping section (218, 318); wherein the short tube (220, 320) is attached within the bell (214, 314) via crimping at the crimping section (218, 318); and wherein the bell (214, 314) is configured to be brazed onto an inlet of the evaporator coil a short tube (220, 320) inserted into the bell (214, 314); wherein the bell (214, 314) comprises a crimping section (218, 318); wherein the short tube (220, 320) is attached within the bell (214, 314) via crimping at the crimping section (218, 318); and wherein the bell (214, 314) is configured to be brazed onto an inlet of the evaporator coil
A method, comprising: receiving at an access network one or more requests of a data pulling operation initiated at a user equipment to pull a data set from a content server; wherein the one or more requests comprise a sequence of requests for respective parts of the data set; forwarding the one or more requests from the user equipment to the content server; transmitting for the user equipment from the access network a plurality of responses for the sequence of requests for respective parts of the data set from the content server; and before transmitting all responses for the data pulling operation to the user equipment, receiving assistance information from the user equipment; wherein the assistance information comprises: an indication of a maximum useful length of time to assist the access network in managing traffic through the access network such that the data pulling operation is completed within the maximum useful length of time; an indication to identify the start time of the data pulling operation; and an indication of an identifier of the first and last requests of the sequence of requests; wherein the method further comprises: increasing the priority assigned to traffic related to the data pulling operation by increasing the priority assigned to forwarding responses from the content server until the earliest of: (a) lapse of the maximum useful length of time since the start time; and (b) the transmission of responses for all of the sequence of requests of the data pulling operation. receiving at an access network one or more requests of a data pulling operation initiated at a user equipment to pull a data set from a content server; wherein the one or more requests comprise a sequence of requests for respective parts of the data set; forwarding the one or more requests from the user equipment to the content server; transmitting for the user equipment from the access network a plurality of responses for the sequence of requests for respective parts of the data set from the content server; and before transmitting all responses for the data pulling operation to the user equipment, receiving assistance information from the user equipment; wherein the assistance information comprises: an indication of a maximum useful length of time to assist the access network in managing traffic through the access network such that the data pulling operation is completed within the maximum useful length of time; an indication to identify the start time of the data pulling operation; and an indication of an identifier of the first and last requests of the sequence of requests; an indication of a maximum useful length of time to assist the access network in managing traffic through the access network such that the data pulling operation is completed within the maximum useful length of time; an indication to identify the start time of the data pulling operation; and an indication of an identifier of the first and last requests of the sequence of requests; (a) lapse of the maximum useful length of time since the start time; and (b) the transmission of responses for all of the sequence of requests of the data pulling operation.
A method for analyzing computerized tomography data of a lung, the method comprising: receiving by a server computing device anonymized computerized tomography data of a lung over a network from a client computing device at a different location; analyzing the computerized tomography data, wherein analyzing the computerized tomography data comprises identifying the lung, airways, and blood vessels; segmenting the lung into five separate lobes; subtracting airways until at least the third generation; calculating volumes of the lobes; calculating emphysema scores for the lobes based on density masks; identifying fissure locations; calculating a fissure completeness score for each fissure, wherein the fissure completeness score of the right upper lobe is based on the completeness of the horizontal fissure and the portion of the right oblique fissure that separates the right upper lobe from the right lower lobe, and wherein the fissure completeness score of the right middle lobe is based on the completeness of the horizontal fissure and the portion of the right oblique fissure that separates the right middle lobe from the right lower lobe; creating a three-dimensional reconstruction of the fissures indicating locations where the fissures are incomplete; and creating a report comprising fissure scores, volumes, and emphysema scores for each lobe. receiving by a server computing device anonymized computerized tomography data of a lung over a network from a client computing device at a different location; analyzing the computerized tomography data, wherein analyzing the computerized tomography data comprises identifying the lung, airways, and blood vessels; segmenting the lung into five separate lobes; subtracting airways until at least the third generation; calculating volumes of the lobes; calculating emphysema scores for the lobes based on density masks; identifying fissure locations; calculating a fissure completeness score for each fissure, wherein the fissure completeness score of the right upper lobe is based on the completeness of the horizontal fissure and the portion of the right oblique fissure that separates the right upper lobe from the right lower lobe, and wherein the fissure completeness score of the right middle lobe is based on the completeness of the horizontal fissure and the portion of the right oblique fissure that separates the right middle lobe from the right lower lobe; creating a three-dimensional reconstruction of the fissures indicating locations where the fissures are incomplete; and creating a report comprising fissure scores, volumes, and emphysema scores for each lobe.