mhurhangee/ep-ind-claims huggingface dataset:
A method for producing cryopreserved NK cells, the method comprising the steps of: 1) removing CD3-positive T cells from monocytes to obtain CD3-negative cells; 2) culturing the CD3-negative cells by treating the CD3-negative cells of step 1) with IL-15 and IL-21; and 3) freezing the cultured CD3-negative cells of step 2) in a cryopreservation medium containing 10% DMSO (dimethyl sulfoxide) under serum-free, protein-free and animal component-free conditions for 2 months or less, wherein the freezing is performed by stepwise cooling from -70°C to -200°C. 1) removing CD3-positive T cells from monocytes to obtain CD3-negative cells; 2) culturing the CD3-negative cells by treating the CD3-negative cells of step 1) with IL-15 and IL-21; and 3) freezing the cultured CD3-negative cells of step 2) in a cryopreservation medium containing 10% DMSO (dimethyl sulfoxide) under serum-free, protein-free and animal component-free conditions for 2 months or less, wherein the freezing is performed by stepwise cooling from -70°C to -200°C.
A suspension system for motor vehicles, especially for the front axle, comprising a wheel assembly (14, 15); a double swing arm: an upper wishbone and a lower wishbone, both arranged in the lateral direction of the vehicle, each of them being connected at the outer end to the wheel carrier by means of a spherical joint (9, 13) and pivotally mounted at the inner end to an upright carrier, characterized in that it is free to swivel around its pivot axis which is resiliently fixed to the car body/subframe (2, 3); a front link horizontal and arranged at an angle with the longitudinal direction of the vehicle and pivotally connected at the inner end to the subframe by a very soft and large compliant bushing and at the outer end to the wheel carrier or to the lower wishbone by a spherical joint; a steering tie rod arranged in the lateral direction of the vehicle and connected at the outer end to the wheel carrier by a spherical joint and at the inner end to the subframe by another spherical joint controlled by the steering gearbox or, in the case of a non steering rear suspension, by a compliant bushing controlling the wheel toe angle under loads induced by dynamic maneuvers; a shock absorber crossing the upper wishbone connected to the body by an anti-vibration upper mount and to the lower wishbone by a spherical joint.
An authentication method, comprising: an authentication client receiving an authentication request sent from a target browser, the authentication request comprising information to be authenticated and a jump parameter used for implementing a jump between the target browser and the authentication client, wherein the target browser is one of multiple browsers installed on a user device; after authenticating the information to be authenticated to obtain an authentication result, the authentication client searching for identification information of the target browser that matches the jump parameter from a mapping file according to the jump parameter, the mapping file comprising mapping relationships between identification information of different browsers and jump parameters of the browsers; and the authentication client sending a page jump request to the target browser according to the identification information of the target browser, the page jump request comprising the authentication result. an authentication client receiving an authentication request sent from a target browser, the authentication request comprising information to be authenticated and a jump parameter used for implementing a jump between the target browser and the authentication client, wherein the target browser is one of multiple browsers installed on a user device; after authenticating the information to be authenticated to obtain an authentication result, the authentication client searching for identification information of the target browser that matches the jump parameter from a mapping file according to the jump parameter, the mapping file comprising mapping relationships between identification information of different browsers and jump parameters of the browsers; and the authentication client sending a page jump request to the target browser according to the identification information of the target browser, the page jump request comprising the authentication result.
A method for obtaining data about a remote network having at least a first node and a second node, the method comprising: transmitting, from a server to the first node, a first request for the first node to send a communication to the second node, wherein: the server is outside of the remote network, and the first request includes a first address of the first node and a second address of the second node; receiving, at the server from the first node, an indication of whether the communication to the second node is successful; receiving, at the server from the first node, a second request for access to a file stored on the server; determining, by the server, that the file is stored locally at the second node; and transmitting, from the server to the first node, an instruction to retrieve the file from the second node, when the communication to the second node is successful. transmitting, from a server to the first node, a first request for the first node to send a communication to the second node, wherein: the server is outside of the remote network, and the first request includes a first address of the first node and a second address of the second node; the server is outside of the remote network, and the first request includes a first address of the first node and a second address of the second node; receiving, at the server from the first node, an indication of whether the communication to the second node is successful; receiving, at the server from the first node, a second request for access to a file stored on the server; determining, by the server, that the file is stored locally at the second node; and transmitting, from the server to the first node, an instruction to retrieve the file from the second node, when the communication to the second node is successful.
Electrical switching device with a connection section for fastening and contacting an electrical conductor, wherein a fastening element for fastening said electrical conductor and an electrically conductive contacting element, said contacting element reaching from said fastening element to a contact point of a current-carrying element, said current-carrying element being spaced from said fastening element and extending in an inner section of said electrical switching device, are present on said connection section, wherein said fastening element exhibits a greater strength than said contacting element, and wherein said contacting element is electrically conductive.
A black titanium oxynitride powder which comprises a powder matrix of the black titanium oxynitride, and a silica film having a thickness of 2.5 to 12 nm when measured by a transmission electron microscope and coating onto a surface of the powder matrix, a volume resistivity in a state of a pressurized powder body compacted with a pressure of 5 MPa of which is 1×10 5 Ω·cm or more when measured by a four-terminal and four-probe method, a lightness index L* value in the CIE 1976 L*a*b* color space (measurement light source C: color temperature 6774K) of the powder is 14 or less, and it is used for a resin compound for sealing a semiconductor.
Method for implanting mono- or multi-charged ions on a surface of an object to be treated placed in a vacuum chamber, this method comprising the step that consists simultaneously of: - injecting into the vacuum chamber a beam of ions produced by a source of ions and directing this beam of ions towards the surface of the object to be treated, so that the mono- or multi-charged ions that strike the object to be treated penetrate more or less deeply under the surface of this object to be treated and accumulate progressively, thus giving rise to an electrostatic potential barrier that tends to restrict and repel the ions that arrive subsequently, and - illuminating the surface of the object to be treated by means of a source of ultraviolet radiation producing ultraviolet radiation that propagates in the vacuum chamber, so that the photons of said ultraviolet radiation will extract from atoms and molecules that remain in the atmosphere of the vacuum chamber electrons that will be attracted by the positive potential of the surface of the object to be treated and will recombine with the ions present on the surface of the object to be treated, so as to cancel out the electrostatic charges. - injecting into the vacuum chamber a beam of ions produced by a source of ions and directing this beam of ions towards the surface of the object to be treated, so that the mono- or multi-charged ions that strike the object to be treated penetrate more or less deeply under the surface of this object to be treated and accumulate progressively, thus giving rise to an electrostatic potential barrier that tends to restrict and repel the ions that arrive subsequently, and - illuminating the surface of the object to be treated by means of a source of ultraviolet radiation producing ultraviolet radiation that propagates in the vacuum chamber, so that the photons of said ultraviolet radiation will extract from atoms and molecules that remain in the atmosphere of the vacuum chamber electrons that will be attracted by the positive potential of the surface of the object to be treated and will recombine with the ions present on the surface of the object to be treated, so as to cancel out the electrostatic charges.
A method for determining a characteristic such as partial pressure or percentage of a gaseous constituent in a first gas mixture flow in a flow chamber where flows alternatively said first gas mixture flow and a second gas mixture flow in opposite directions, the method comprising comprising detecting the occurrence of the first gas mixture flow in the flow chamber, the method being characterised in that it comprises the following steps: - placing a solid ionic conductor of a pump electrochemical cell interposed between the flow chamber and a sensing chamber, a) pumping said gas constituent from the flow chamber into the sensing chamber through the solid ionic conductor when the occurrence of the first gas mixture flow in the flow chamber is detected for introducing the first gas mixture flow into a sensing chamber when the first gas mixture flow flows in the flow chamber, b) stopping pumping said gas constituent from the flow chamber into the sensing chamber when the occurrence of the first gas mixture flow in the flow chamber is not detected for preventing introduction of gas from the flow chamber into the sensing chamber at least when the second gas mixture flow flows in the flow chamber, and c) sensing said characteristic of the first gas mixture flow in the sensing chamber. - placing a solid ionic conductor of a pump electrochemical cell interposed between the flow chamber and a sensing chamber, a) pumping said gas constituent from the flow chamber into the sensing chamber through the solid ionic conductor when the occurrence of the first gas mixture flow in the flow chamber is detected for introducing the first gas mixture flow into a sensing chamber when the first gas mixture flow flows in the flow chamber, b) stopping pumping said gas constituent from the flow chamber into the sensing chamber when the occurrence of the first gas mixture flow in the flow chamber is not detected for preventing introduction of gas from the flow chamber into the sensing chamber at least when the second gas mixture flow flows in the flow chamber, and c) sensing said characteristic of the first gas mixture flow in the sensing chamber. a) pumping said gas constituent from the flow chamber into the sensing chamber through the solid ionic conductor when the occurrence of the first gas mixture flow in the flow chamber is detected for introducing the first gas mixture flow into a sensing chamber when the first gas mixture flow flows in the flow chamber, b) stopping pumping said gas constituent from the flow chamber into the sensing chamber when the occurrence of the first gas mixture flow in the flow chamber is not detected for preventing introduction of gas from the flow chamber into the sensing chamber at least when the second gas mixture flow flows in the flow chamber, and c) sensing said characteristic of the first gas mixture flow in the sensing chamber.
A fusion protein comprising an antigenic fragment of apoB-100 protein, or a derivative thereof, and subunit B of cholera toxin as a protein carrier, wherein the antigenic fragment of apoB-100 or derivative thereof and the protein carrier are linked in the fusion protein in a 1:1 fragment:carrier molar ratio; and wherein the fusion protein is capable of inducing antigen specific regulatory T cells, the antigen specific regulatory T cells being specific for the antigenic fragment of apoB-100 or derivative thereof, for use to treat and/or prevent atherosclerosis in an individual, wherein the fusion protein is for mucosal administration to the individual in an amount effective to elicit an antigen specific Treg immunomodulatory response specific for the antigenic fragment of apoB-100 protein, or derivative thereof, in the individual, and wherein a derivative of an antigenic fragment of apoB-100 protein indicates a polypeptide structurally related to the antigenic fragment of apoB-100 and derivable from the antigenic fragment of apoB-100 by a modification that introduces a feature that is not present in the antigenic fragment of apoB-100, while retaining one or more antigenic properties of apoB-100 or the antigenic fragment of apoB-100.
Elementary timepiece mechanism comprising a first structure element carrying a first housing about a theoretical pivot axis, a second structure element carrying a second housing, and a mobile element which comprises, at a first end, a first shoulder arranged to pivot in said first housing and at a second end, a second shoulder arranged to pivot in said second housing, wherein said second housing comprises at least a first abutment surface which is arranged to ensure the alignment of said mobile element on said theoretical pivot axis when said mobile element is in abutment on said first abutment surface, wherein said elementary mechanism comprises at least one elastic return means arranged to return said mobile element to said first abutment surface, characterized in that said mobile element comprises an eccentric heart-piece with respect to the axis of said first shoulder of said mobile element.
A hydrostatic transmission (101A, 101B, 102A, 102B, 103A, 103B, 104A, 105A) comprising a pump shaft operatively connected to a driving source, a motor shaft acting as an output shaft, a hydraulic pump and a hydraulic motor that are supported by the pump shaft and the motor shaft, respectively, and are fluidly connected to each other, a case (160, 270) accommodating the hydraulic pump and the hydraulic motor, and a volume varying member varying a volume of at least one of the hydraulic pump and the hydraulic motor, the hydrostatic transmission being characterized in that the hydrostatic transmission comprises a bearing member that has an inner ring, a plurality of rolling elements, and an outer ring and is capable of bearing a radial load and a unidirectional axial load, and a retainer that has a retaining part retaining the rolling elements such that the rolling elements are rotatable around their own axes and rotates around an axis of the inner ring in accordance with an orbital motion of the rolling elements around the inner ring, the bearing member is accommodated in the case (160, 270) such that, with the inner ring being connected to one of the pump shaft and the motor shaft so as to be relatively non-rotatable and the outer ring being radially immovable, one of the inner ring and the outer ring is a movable body that is movable in a first axial direction to exert a radial load on the rolling elements, and the other is a fixed body that is immovable in the first axial direction, and the case (160, 270) has a piston that is axially movable so as to be capable of pushing the movable body in the first axial direction, an oil chamber provided on an opposite side of the piston from the movable body, and an oil passage (310, 325) that forms at least a part of a preload line (300, 350) for supplying some of pressurized oil present in the hydrostatic transmission to the oil chamber.
An injectable micronized placental composition for use in the treatment of fresh fractures or non-union fractures, said composition comprising: (a) dehydrated micronized particles derived from Wharton's jelly; (b) dehydrated micronized particles derived from placental amnion and/or chorion; and (c) one or more bone grafts wherein the bone graft is an autograft, an allograft, or any combination thereof. (a) dehydrated micronized particles derived from Wharton's jelly; (b) dehydrated micronized particles derived from placental amnion and/or chorion; and (c) one or more bone grafts wherein the bone graft is an autograft, an allograft, or any combination thereof.
A plug cap assembly comprising a plug having a handle portion and a head portion, said head portion comprising at least one electrical contact member and wherein at least a part of the head portion is configured for insertion into a receptacle on a vehicle having an outer body surface; the plug cap assembly further comprising: - a plug cap configured for releasable arrangement on at least a part of the head portion, - a flexible connection member (21; 21') having a first end and a second end; - a flexible connection between a cap top portion and said second end; and - a connection element (24; 24') attached to the plug or to a cable which is connected to the plug, characterized in that said connection element (24; 24') comprising a point of suspension for the flexible connection member (21; 21'); wherein the flexible connection member (21; 21') is connected to, and may be moved with respect to, the connection element (24; 24') and the total suspended length ( l) of a suspended portion of the flexible connection member and the height of the cap may be adjusted. - a plug cap configured for releasable arrangement on at least a part of the head portion, - a flexible connection member (21; 21') having a first end and a second end; - a flexible connection between a cap top portion and said second end; and - a connection element (24; 24') attached to the plug or to a cable which is connected to the plug, said connection element (24; 24') comprising a point of suspension for the flexible connection member (21; 21'); wherein the flexible connection member (21; 21') is connected to, and may be moved with respect to, the connection element (24; 24') and the total suspended length ( l) of a suspended portion of the flexible connection member and the height of the cap may be adjusted.
A flexible display substrate comprising: a flexible substrate (110E, 110F) having a curved portion that is bent; and a wire on the curved portion and having a plurality of first wire patterns (121E, 121F, 221A, 221D) and a second wire pattern (122E, 122F, 222A, 222D), wherein each of the plurality of first wire patterns is spaced apart from an adjacent first wire pattern, wherein a second wire pattern electrically connects the plurality of first wire patterns, and wherein the second wire pattern (122E, 122F, 222A, 222D) overlaps with at least a portion of each of two of the first wire patterns (121E, 121F, 221A, 221D), characterized in that the flexible display substrate further comprises: a crack prevention layer disposed on top and bottom surfaces of the wire, wherein the crack prevention layer includes at least one of a porous material and nanoparticles dispersed in a packing layer made of an insulation material. a flexible substrate (110E, 110F) having a curved portion that is bent; and a wire on the curved portion and having a plurality of first wire patterns (121E, 121F, 221A, 221D) and a second wire pattern (122E, 122F, 222A, 222D), wherein each of the plurality of first wire patterns is spaced apart from an adjacent first wire pattern, wherein a second wire pattern electrically connects the plurality of first wire patterns, and wherein the second wire pattern (122E, 122F, 222A, 222D) overlaps with at least a portion of each of two of the first wire patterns (121E, 121F, 221A, 221D), characterized in that the flexible display substrate further comprises: a crack prevention layer disposed on top and bottom surfaces of the wire, wherein the crack prevention layer includes at least one of a porous material and nanoparticles dispersed in a packing layer made of an insulation material.
A pixel light source apparatus for a stimulus source for visual pathway testing, the pixel light source apparatus comprising: at least one side wall, the at least one side wall elongated in a longitudinal dimension and optically opaque; a rear wall coupled to the at least one side wall, the rear wall forming a distal end; an illumination source arranged at or adjacent the distal end; a first optical element coupled to the at least one side wall and spaced apart proximally from the illumination source to define a first light chamber; a second optical element coupled to the at least one side wall and spaced apart proximally from the first optical element to define a second light chamber; and a non-reflective coating covering at least part of the at least one side wall within the second light chamber, wherein the first optical element is a translucent diffusing optical element, characterised in that the second optical element is a translucent diffusing optical element. at least one side wall, the at least one side wall elongated in a longitudinal dimension and optically opaque; a rear wall coupled to the at least one side wall, the rear wall forming a distal end; an illumination source arranged at or adjacent the distal end; a first optical element coupled to the at least one side wall and spaced apart proximally from the illumination source to define a first light chamber; a second optical element coupled to the at least one side wall and spaced apart proximally from the first optical element to define a second light chamber; and a non-reflective coating covering at least part of the at least one side wall within the second light chamber, wherein the first optical element is a translucent diffusing optical element, characterised in that the second optical element is a translucent diffusing optical element.
A powder mixture of a magnetoplumbite-type hexagonal ferrite, wherein the powder mixture is a mixture of powders of two or more kinds of compounds represented by Formula, the two or more kinds of compounds represented by Formula are two or more kinds of compounds having different values of x in Formula, AFe (12-x) Al x O 19 ··· Formula in Formula, A represents at least one metal element selected from the group consisting of Sr, Ba, Ca, and Pb, and x satisfies 1.5 ≤ x ≤ 8.0, characterized in that in the two or more kinds of compounds having different values of x in Formula, in a case where a maximum value of x is defined as x max and a minimum value of x is defined as x min, a relationship of 0.03 ≤ x max - x min ≤ 0.2 is satisfied. wherein the powder mixture is a mixture of powders of two or more kinds of compounds represented by Formula, the two or more kinds of compounds represented by Formula are two or more kinds of compounds having different values of x in Formula, AFe (12-x) Al x O 19 ··· Formula in Formula, A represents at least one metal element selected from the group consisting of Sr, Ba, Ca, and Pb, and x satisfies 1.5 ≤ x ≤ 8.0, characterized in that in the two or more kinds of compounds having different values of x in Formula, in a case where a maximum value of x is defined as x max and a minimum value of x is defined as x min, a relationship of 0.03 ≤ x max - x min ≤ 0.2 is satisfied.