mhurhangee/ep-ind-claims huggingface dataset:
A protein delivery carrier, comprising: a gold nanoparticle; and an aptamer conjugated to a surface of the gold nanoparticle wherein the aptamer is selected from an aptamer that has SEQ ID NO: 1 and can specifically bind to a histidine-tag and/or an aptamer that has SEQ ID NO: 2 and can specifically bind to a glutathione S-transferase -tag. a gold nanoparticle; and an aptamer conjugated to a surface of the gold nanoparticle wherein the aptamer is selected from an aptamer that has SEQ ID NO: 1 and can specifically bind to a histidine-tag and/or an aptamer that has SEQ ID NO: 2 and can specifically bind to a glutathione S-transferase -tag.
A method, comprising: receiving torque data of a powder recoater operatively connected to an additive manufacturing system, wherein the torque data includes torque data of the recoater when the recoater traverses a build area; and determining a quality of one or more of an additive manufacturing process and/or product based on the torque data; wherein determining the quality includes comparing the torque data with reference data to determine whether the torque data is within a predetermined range of the reference data; characterized in that determining the quality includes determining if a powder recoat on the build area is incomplete when the torque data is under a minimum threshold. receiving torque data of a powder recoater operatively connected to an additive manufacturing system, wherein the torque data includes torque data of the recoater when the recoater traverses a build area; and determining a quality of one or more of an additive manufacturing process and/or product based on the torque data; wherein determining the quality includes comparing the torque data with reference data to determine whether the torque data is within a predetermined range of the reference data; characterized in that determining the quality includes determining if a powder recoat on the build area is incomplete when the torque data is under a minimum threshold.
A method of repairing or, in certain cases, strengthening a metallic substrate at a damage site, comprising: removing material from the metallic substrate around the damage site to form a tapered recess having narrow and wide ends at first and second opposite sides of the metallic substrate, respectively; clamping a doubler to the first side of the metallic substrate at the damage site; and cold spraying particulate material into the recess and against the doubler to form a bead of deposited material. removing material from the metallic substrate around the damage site to form a tapered recess having narrow and wide ends at first and second opposite sides of the metallic substrate, respectively; clamping a doubler to the first side of the metallic substrate at the damage site; and cold spraying particulate material into the recess and against the doubler to form a bead of deposited material.
A monovalent two-chain immunoglobulin molecule comprising a single antigen-binding domain formed by an immunoglobulin IgG heavy chain, and a kappa or lambda immunoglobulin light chain, wherein the light chain is extended with an IgG Fc molecule to result in a fusion protein.
Component having temperature recording, comprising a module, a heat dissipation element thermally coupled to the module and a temperature sensor for recording a temperature on the module, wherein a circuit board comprising plated-through holes is inserted between the module and the heat dissipation element, and wherein the temperature sensor is arranged on the circuit board and is electrically contacted via the circuit board, characterised in that the temperature sensor is positioned inside the projected cross-sectional surface of the module.
An optical unit (20; 120) for use in an automotive headlamp (10; 110), said optical unit (20; 120) including: a light source (29; 129a-129b), a rotation lens (26; 126) through which light emitted from the light source (29; 129a-129b) enters from behind and the light emits frontward as an irradiation beam; and wherein the rotation lens (26; 126) moves periodically and a front area of the rotation lens (26; 126) is scanned with the irradiation beam so as to form a predetermined irradiated region, characterized in that the light source (29; 129a-129b) is configured such that luminous intensity is varied in a partial phase range of a cycle of a rotation lens movement. a light source (29; 129a-129b), a rotation lens (26; 126) through which light emitted from the light source (29; 129a-129b) enters from behind and the light emits frontward as an irradiation beam; and wherein the rotation lens (26; 126) moves periodically and a front area of the rotation lens (26; 126) is scanned with the irradiation beam so as to form a predetermined irradiated region, characterized in that the light source (29; 129a-129b) is configured such that luminous intensity is varied in a partial phase range of a cycle of a rotation lens movement.
An assembly for turbojet engine, comprising a pylon and a nacelle supported by this pylon, this nacelle being of the type comprising a cascade-type thrust reverser of O-duct type comprising an integral cowl slidably mounted on tracks disposed on either side of said pylon between a direct jet position and a thrust reversal position, this assembly being characterized in that it comprises means (23, 31) for bolting the sliding of said cowl on said tracks, interposed between said pylon and said cowl.
Prosthetic foot comprising a housing, on which a connector for a below-knee prosthesis is arrangeable, comprising a forefoot and a heel, - in which the housing and the forefoot are connected by at least one forefoot spring element, - in which the forefoot and the heel are connected by at least one sole spring element, and - in which the heel and the housing are connected by at least one heel spring element, - wherein in that the end portions of the at least one forefoot spring element and of the at least one sole spring element which are assigned to the forefoot are positioned in relation to one another, by means of at least one holding device, in such a way that the at least one forefoot spring element and the at least one sole spring element are guided displaceably relative to one another along their longitudinal axis during a roll-over movement, characterised - in that an imprint is provided on the at least one forefoot spring element, between a portion of the at least one forefoot spring element lying closely against the housing and the end portion of the at least one forefoot spring element fastened in the forefoot. - in which the housing and the forefoot are connected by at least one forefoot spring element, - in which the forefoot and the heel are connected by at least one sole spring element, and - in which the heel and the housing are connected by at least one heel spring element, - wherein in that the end portions of the at least one forefoot spring element and of the at least one sole spring element which are assigned to the forefoot are positioned in relation to one another, by means of at least one holding device, in such a way that the at least one forefoot spring element and the at least one sole spring element are guided displaceably relative to one another along their longitudinal axis during a roll-over movement, - in that an imprint is provided on the at least one forefoot spring element, between a portion of the at least one forefoot spring element lying closely against the housing and the end portion of the at least one forefoot spring element fastened in the forefoot.
A sampling tool comprising: a sampling rod with an outer sleeve and a sampling pod comprising a main body portion and a removable lid; wherein said sampling rod comprises at least one sample receiving cavity configured to receive the main body portion of said sampling pod; characterised in that each receiving cavity allows said lid to be attached to said main body portion after sampling, and prior to partial or total removal of said sampling pod from said sampling rod.
Regulator for a scuba diving cylinder comprising a body containing a pressurized gas admission chamber that is designed to be connected to a tank of breathable compressed gas and an expansion chamber that is designed to be connected to a breathing mouthpiece, said admission chamber and said expansion chamber being separated by a valve that can be moved between an open position and a closed position under the action of a loading spring exerting a force determined as a function of a preset expansion pressure, said spring being positioned on said body such as to come into contact with the ambient water, said spring acting on said valve by means of an offset lever articulated on said body, said spring having a bearing end that bears against said body and an end that bears against said lever, a deformable membrane against which said lever bears separating said expansion chamber from the ambient water, the pressure of said ambient water exerted on said membrane augmenting the pressure exerted by said spring to act on said valve, the bearing end of the spring bearing against a bearing surface of the body that is arranged such as to enable the ambient water to flow without stagnating about all or most of the turns of said spring, the regulator being characterized in that the bearing end of the spring bears against a nipple projecting from the outer surface of the body.
A method performed by a computer system (204, 206) of a wireless network operator, the method comprising: receiving an identifier of a mobile device; obtaining a challenge; accessing, based on the identifier, a secret key stored in a database, the secret key associated with the mobile device; evaluating a message authentication code, MAC, function based on the secret key and the challenge to produce an output value; obtaining a session key and an expected response based on the output value, wherein the obtaining comprises extracting the session key and the expected response from the output value; transmitting a message to the mobile device, the message including the challenge; receiving from the mobile device a response generated by the mobile device based on the secret key and the challenge; and in response to determining that the response received from the mobile device matches the expected response, utilizing a secure communication channel with the mobile device that utilizes the session key. receiving an identifier of a mobile device; obtaining a challenge; accessing, based on the identifier, a secret key stored in a database, the secret key associated with the mobile device; evaluating a message authentication code, MAC, function based on the secret key and the challenge to produce an output value; obtaining a session key and an expected response based on the output value, wherein the obtaining comprises extracting the session key and the expected response from the output value; accessing, based on the identifier, a secret key stored in a database, the secret key associated with the mobile device; evaluating a message authentication code, MAC, function based on the secret key and the challenge to produce an output value; obtaining a session key and an expected response based on the output value, wherein the obtaining comprises extracting the session key and the expected response from the output value; transmitting a message to the mobile device, the message including the challenge; receiving from the mobile device a response generated by the mobile device based on the secret key and the challenge; and in response to determining that the response received from the mobile device matches the expected response, utilizing a secure communication channel with the mobile device that utilizes the session key.
An adhesive applicator comprising a receiver having a tubular body with a closed first end and an opposed second end, said tubular body having a deformable wall, an adhesive composition contained within the tubular body, an applicator tip mounted on the tubular body and comprising a foam material having an applicator surface external of the applicator for applying said adhesive, the applicator being such that deformation of the tubular body causes said adhesive to be expressed through the applicator tip, wherein the foam material is a reticulated foam felt; said second end is an open end and wherein the adhesive composition is contained within a sealed ampoule formed of a frangible material such that deformation of the wall in use is capable of fracturing the ampoule to release the adhesive composition contained therein and express the adhesive composition through the applicator tip; and the applicator tip comprises a hollow former mounted on the open second end of the tubular body and having an openwork end face remote from the body and inclined to the longitudinal axis thereof, said openwork end face being a shard barrier configured in the form of a mesh between the ampoule and reticulated foam felt; and said reticulated foam felt being supported over the end face of the former.
A pocketed spring assembly for a bedding or seating product, said pocketed spring assembly comprising: a plurality of parallel strings (26, 27) of springs, each of the strings (26, 27) being joined to at least one adjacent string (26, 27), each of the strings (26, 27) comprising a plurality of interconnected outer pockets made from one piece of fabric, each of the outer pockets containing at least one inner pocketed spring and at least one cushion pad, pad, the piece of fabric being joined to itself along a longitudinal seam and having first and second opposed plies (47, 49) of fabric on opposite sides of the springs, the first and second plies (47, 49) being joined by transverse seams between adjacent inner pocketed springs.
Apparatus for straightening and flattening a side wall of a body lumen or body cavity, so as to provide three dimensional exposure of, and access to, a lesion or abnormality within the body lumen or body cavity during an endoscopic procedure, the apparatus comprising: a deployable hoop expander comprising a distal end, a proximal end and a longitudinally-extending outer perimeter extending therebetween, the longitudinally-extending outer perimeter comprising an open lattice structure defining a volume; the deployable hoop expander being configured so as to be transitionable between (i) a reduced cross-sectional configuration, and (ii) an expanded cross-sectional configuration, wherein the deployable hoop expander can be configured in its reduced cross-sectional configuration for easy insertion into a body lumen, and it can thereafter be re-configured into its expanded cross-sectional configuration so as to engage, straighten and flatten the side wall of the body lumen, whereby to provide three dimensional exposure of, and access to, the lesion or abnormality through the open lattice structure; characterized in that the proximal end of the deployable hoop expander comprises at least one guide disposed within the volume of the deployable hoop expander for docking with and, after the deployable hoop expander is transitioned to the expanded cross-sectional configuration, stabilizing the distal end of an endoscopic instrument projecting into the volume relative to the deployable hoop expander during an endoscopic procedure. a deployable hoop expander comprising a distal end, a proximal end and a longitudinally-extending outer perimeter extending therebetween, the longitudinally-extending outer perimeter comprising an open lattice structure defining a volume; the deployable hoop expander being configured so as to be transitionable between (i) a reduced cross-sectional configuration, and (ii) an expanded cross-sectional configuration, wherein
A crosslinkable elastomer composition comprising a mixture - (a) of an elastomer composition based on an ethylene-propylene-diene terpolymer elastomer and - (b) between 2% and 14% by weight, relative to the total weight of the composition, of a random amphiphilic copolymer [P,N] having a polar part and a nonpolar part and obtained by a grafting reaction of a maleic anhydride group on a saturated or unsaturated hydrocarbon-based C 2 -C 4 polymer, the saturated or unsaturated hydrocarbon-based C 2 -C 4 polymer being chosen from polyethylene, polyethylene-polypropylene and polybutadiene and the maleic anhydride content of the copolymer being between 2% and 40% by weigh, based on the total weight of the copolymer. - (a) of an elastomer composition based on an ethylene-propylene-diene terpolymer elastomer and - (b) between 2% and 14% by weight, relative to the total weight of the composition, of a random amphiphilic copolymer [P,N] having a polar part and a nonpolar part and obtained by a grafting reaction of a maleic anhydride group on a saturated or unsaturated hydrocarbon-based C 2 -C 4 polymer, the saturated or unsaturated hydrocarbon-based C 2 -C 4 polymer being chosen from polyethylene, polyethylene-polypropylene and polybutadiene and the maleic anhydride content of the copolymer being between 2% and 40% by weigh, based on the total weight of the copolymer.
Medium- or high-voltage equipment including a leaktight enclosure in which there are located electrical components covered with a solid dielectric layer of varying thickness and a gaseous medium for providing electrical insulation and/or for extinguishing electric arcs that are likely to occur in said enclosure, characterized in that the gaseous medium comprises heptafluoroisobutyronitrile in a mixture with a dilution gas.
A method for handling WiFi offload in WiFi and cellular networks, wherein the method is performed by a WiFi network component that is a station entity of a user communication device and that transmits and receives data over a WiFi link, the user communication device further comprising a cellular network component that is a user equipment, UE, entity thai transmits and receives data over the celluar air interface, the method comprising: determining whether to send over a cellular air interface a packet designated for WiFi according to a predefined rule including a nature of a destination address for the packet; and upon determining to send the packet using the cellular air interface, sending the packet to the cellular network component, wherein the predefined rule comprises sending the packet using the cellular air interface if the WiFi network component determines that the nature of the destination address for the packet is a broadcast address. determining whether to send over a cellular air interface a packet designated for WiFi according to a predefined rule including a nature of a destination address for the packet; and upon determining to send the packet using the cellular air interface, sending the packet to the cellular network component, wherein the predefined rule comprises sending the packet using the cellular air interface if the WiFi network component determines that the nature of the destination address for the packet is a broadcast address.
A method of controlling a display of an electronic device, the method comprising: arranging a first image (310, 630, 730, 830, 920, 1120, 1220) and a second image (320, 640, 740, 820, 930, 1130, 1230) on different layers of a vertical layer stack (operation 210), the first image being arranged on an upper layer to the second image; measuring a tilt of the electronic device (operation 220); and displaying at least one of the first image and second image by controlling transparency of the first image based on the measured tilt (operation 230); characterised by outputting additional information (620, 720) on an uppermost layer of the vertical layer stack, wherein the uppermost layer comprising the additional information is displayed with a constant opacity, regardless of the measured tilt. arranging a first image (310, 630, 730, 830, 920, 1120, 1220) and a second image (320, 640, 740, 820, 930, 1130, 1230) on different layers of a vertical layer stack (operation 210), the first image being arranged on an upper layer to the second image; measuring a tilt of the electronic device (operation 220); and displaying at least one of the first image and second image by controlling transparency of the first image based on the measured tilt (operation 230); characterised by outputting additional information (620, 720) on an uppermost layer of the vertical layer stack, wherein the uppermost layer comprising the additional information is displayed with a constant opacity, regardless of the measured tilt.
A process for selectively eliminating hydrogen sulfide from a liquid, comprising: contacting, in a first contact zone, water, a first liquid stream comprising ammonia and hydrogen sulfide with a second stream comprising sulfur dioxide, and contacting a first contact zone overhead gas, comprising sulfur dioxide and ammonia, with a scrub solution, comprising water and a dilute ammonium sulfite solution, in a second contact zone to produce a second contact zone liquid effluent comprising ammonium sulfite and ammonium bisulfite and a second contact zone overhead gas having a reduced concentration of ammonia and sulfur dioxide, wherein the first contact zone produces a first contact zone liquid effluent comprising ammonia and ammonium thiosulfate. contacting, in a first contact zone, water, a first liquid stream comprising ammonia and hydrogen sulfide with a second stream comprising sulfur dioxide, and contacting a first contact zone overhead gas, comprising sulfur dioxide and ammonia, with a scrub solution, comprising water and a dilute ammonium sulfite solution, in a second contact zone to produce a second contact zone liquid effluent comprising ammonium sulfite and ammonium bisulfite and a second contact zone overhead gas having a reduced concentration of ammonia and sulfur dioxide, wherein the first contact zone produces a first contact zone liquid effluent comprising ammonia and ammonium thiosulfate.