mhurhangee/ep-ind-claims huggingface dataset:
Composition of mastics, plastisols, or adhesives comprising: - at least one polymer selected from the group consisting of a polyether comprising two silane-type terminal functions, a polyurethane comprising two silane-type terminal functions, a polyvinyl chloride, an ethylene-vinyl acetate copolymer, a polyethylene, a polypropylene, a polyamide, or a mixture thereof; - a plasticizer comprising at least one hydrocarbon-containing cut originating from the distillation of crude oil, said hydrocarbon-containing cut having been chemically modified by the introduction of heteroatoms, selected from the group comprising oxygen, sulphur, nitrogen and phosphorus; - at least one compound selected from the group consisting of a thickener, a filler, a cross-linking agent, a cross-linking catalyst and a tackifier resin, or a mixture thereof. - at least one polymer selected from the group consisting of a polyether comprising two silane-type terminal functions, a polyurethane comprising two silane-type terminal functions, a polyvinyl chloride, an ethylene-vinyl acetate copolymer, a polyethylene, a polypropylene, a polyamide, or a mixture thereof; - a plasticizer comprising at least one hydrocarbon-containing cut originating from the distillation of crude oil, said hydrocarbon-containing cut having been chemically modified by the introduction of heteroatoms, selected from the group comprising oxygen, sulphur, nitrogen and phosphorus; - at least one compound selected from the group consisting of a thickener, a filler, a cross-linking agent, a cross-linking catalyst and a tackifier resin, or a mixture thereof.
A safety post comprising an elongate tubular member (103, 303, 403) and a locking device arranged inside of the tubular member at a first end thereof, which is arranged to be received in a post holder, wherein said locking device includes a lever and a bias spring device biasing the lever against an inner surface of the wall of the tubular member, wherein the lever has a lock protrusion (113, 313) extending through a first aperture portion of said wall, and protruding from an outer surface of said wall, and a release protrusion extending through a second aperture portion of said wall, and protruding from said outer surface wherein said release protrusion is arranged at a distance from said lock protrusion (113,313), and farther from said first end than the lock protrusion, wherein the lock protrusion is retractable to a release position inside of said outer surface of the tubular member by operation of the release protrusion in a counter biasing direction, wherein said release protrusion has a support surface, which is arranged to support the safety post against a support surface of said post holder, wherein said release protrusion is related to said lock protrusion (113, 313) such that in the release position the release protrusion is still protruding from said outer surface, wherein said lever is arranged such that said release protrusion is operable in a two-step operation, wherein said release position is reached in a first operation step requiring a first operation force exerted on said release protrusion, and wherein a non-protruding position of the release protrusion is obtained by a further operation of the release protrusion in the counter biasing direction, in a second operation step requiring a second, higher operation force, wherein said lever has a first pivot portion about which the lever is arranged to pivot during said first operation step, wherein the lever is arranged to first pivot about the first portion until the very end of the end portion reaches the inner surface of the wall of the tubular member, and a second pivot portion about which the lever is arranged to pivot during said second operation step, and wherein said lever has an elongate major portion, which extends substantially longitudinal of the tubular member, which comprises said first pivot portion, and with which said protrusions are connected, and an elongate end portion, which is connected with said major portion at an angle thereto, and which comprises said second pivot portion.
A system for testing the closure integrity of a sealed container at a cryogenic temperature, the system comprising: a sealed container containing helium having an opening sealed by a closure; a cryogenic storage vessel at least partially filled with a cryogenic fluid at the cryogenic temperature, the cryogenic storage vessel having a first end and an opposing second end, the first end being provided with an opening; a hollow tube extending through the opening of the cryogenic storage vessel, the hollow tube having a first end positioned outside of the cryogenic storage vessel and an opposing second end positioned inside the cryogenic storage vessel; and a leak detection unit connected to the hollow tube, the system characterized in that the system further comprises a fixture having a first end and an opposing second end, the second end being configured to engage the sealed container, the fixture being configured to be removably inserted within the hollow tube through an opening at the first end of the hollow tube, such that the sealed container is positioned at or proximate the second end of the hollow tube. a sealed container containing helium having an opening sealed by a closure; a cryogenic storage vessel at least partially filled with a cryogenic fluid at the cryogenic temperature, the cryogenic storage vessel having a first end and an opposing second end, the first end being provided with an opening; a hollow tube extending through the opening of the cryogenic storage vessel, the hollow tube having a first end positioned outside of the cryogenic storage vessel and an opposing second end positioned inside the cryogenic storage vessel; and a leak detection unit connected to the hollow tube, the system characterized in that the system further comprises a fixture having a first end and an opposing second end, the second end being configured to engage the sealed container, the fixture being configured to be removably inserted within the hollow tube through an opening at the first end of the hollow tube, such that the sealed container is positioned at or proximate the second end of the hollow tube.
An ex vivo method of producing a therapeutic reagent comprising human immune cells, which express a Chimeric Antigen Receptor, that may be depleted in-vivo as part of an cell therapy treatment, said method comprising: (a) Providing human immune cells; (b) Inducing specific drug hypersensitivity into said human immune cells by selectively inactivating at least one gene, said gene being directly or indirectly involved in the metabolization, elimination or detoxification of said specific drug, (c) Optionally assaying the hypersensitivity of the human immune cells engineered in step b) to said drug; (d) Culturing the engineered immune cells obtained in step b); wherein the human immune cells are further engineered to express a Chimeric Antigen Receptor. (a) Providing human immune cells; (b) Inducing specific drug hypersensitivity into said human immune cells by selectively inactivating at least one gene, said gene being directly or indirectly involved in the metabolization, elimination or detoxification of said specific drug, (c) Optionally assaying the hypersensitivity of the human immune cells engineered in step b) to said drug; (d) Culturing the engineered immune cells obtained in step b);
A cooling device comprising a body; at least one shelf arranged on the lateral walls of the body for placing the foodstuffs to be cooled thereon; a door that prevents user access to the interior of the body in the closed position and enables the user to access to the interior of the body in the open position, and a door shelf that is arranged on the inner wall of the door and that has a base, a first side wall extending perpendicular to the base at the side of the door where the door is hinged to the body and a second side wall that is arranged on the other end of the base oppositely to the first side wall, wherein the base, the first side wall and the second sidewall define a storage space for placing the foodstuffs, a visual detection means that is arranged on the first side wall surface that faces the interior of the body when the door is in the closed position and that captures the image of the foodstuffs on the body shelf when the door is moved from the closed position to the open position and from the open position to the closed position and transmits the same to a control unit; an image display device for displaying the images captured by the visual detection means by means of the control unit wherein the control unit enables the image of the foodstuffs obtained by the visual detection means to be tagged by the user on the screen of the image display device and wherein the control unit, by means of the visual detection means, monitors the hand movements of the user in the body, that, when the user changes the positions of the foodstuffs to be cooled in the body, monitors the position changes of the foodstuffs to be cooled and matches the tag assigned on the image display device by the user to the new positions of the foodstuffs to be cooled.
A dimeric bispecific IgA antibody comprising two binding units in end-to-end configuration each comprising a pair of IgA heavy chain sequences and associated light chain sequences, the IgA heavy chain sequences comprising IgA heavy chain constant region sequences comprising at least a CA3 domain, wherein in each binding unit an IgA heavy chain constant region sequence is fused to an IgA heavy chain variable region sequence, the antibody further comprising a J-chain, wherein each of said binding units is bispecific, each having the same two binding specificities (AB, AB), wherein an asymmetric interface exists between the two IgA heavy chain constant regions in each binding unit via the knobs-into-holes modifications set forth in Set #1, Set #2, Set #3, Set #4, Set #5, or Set #6 in Table 1, and optionally one or more of the charge swap or charge introduction mutations or sets of modifications as set forth in Table 2, wherein the amino acid numbering in Table 1 and Table 2 correspond to the IgA constant domain numbering set forth in FIG. 2A-2C.
A method for reclaiming one or more CO 2 absorbing chemical(s) from a lean aqueous CO 2 absorbent leaving a regeneration column in which CO 2 has been released, or desorbed, from the CO 2 absorbent, and the released CO 2 is withdrawn from the top of the regeneration column for further treatment, and the lean, or CO 2 depleted absorbent, is collected at the bottom of the regeneration column and withdrawn therefrom, - where at least a first fraction of the lean absorbent leaving the regeneration column is introduced into a reboiler where the absorbent is heated to generate steam and vaporized absorbent that is introduced into the regeneration column as stripping gas, - where a second portion of the lean absorbent withdrawn from the regeneration column is flashed to generate a vapour that is compressed and returned to the regeneration column as stripper gas, and a liquid phase that is returned to the absorption column, and - where a third portion of the lean absorbent withdrawn from the regeneration column is introduced into a reclaimer in which the lean absorbent is boiled to generate a gas phase that is withdrawn and returned into the regeneration column as reclaimed absorbent, and a liquid phase containing impurities, heat stable salts, and degradation products from the absorbing chemical(s) and other chemicals that are withdrawn from the reclaimer for deposition, where the gaseous phase that is withdrawn from the reclaimer is compressed together with the vapour part from the flashing of the lean absorbent, to generate a pressure in the reclaimer that is lower than the pressure in the regeneration column. - where at least a first fraction of the lean absorbent leaving the regeneration column is introduced into a reboiler where the absorbent is heated to generate steam and vaporized absorbent that is introduced into the regeneration column as stripping gas, - where a second portion of the lean absorbent withdrawn from the regeneration column is flashed to generate a vapour that is compressed and returned to the regeneration column as stripper gas, and a liquid phase that is returned to the absorption column, and - where a third portion of the lean absorbent withdrawn from the regeneration column is introduced into a reclaimer in which the lean absorbent is boiled to generate a gas phase that is withdrawn and returned into the regeneration column as reclaimed absorbent, and a liquid phase containing impurities, heat stable salts, and degradation products from the absorbing chemical(s) and other chemicals that are withdrawn from the reclaimer for deposition,
A vehicle door opening and closing apparatus comprising: a first detector (101, 103, 121, 123) that is installed in a vehicle, and detects a foot portion of a detection target in the vicinity of a door of the vehicle; a second detector (102, 104, 105, 106, 122, 124, 132) that detects the detection target that stands in a predetermined range from the door of the vehicle; and a control device that includes a control unit which outputs a drive signal for an opening drive or a closing drive of the door to a door drive apparatus, wherein the control device determines whether the detection target has an intention of opening or closing the door based on whether a detection signal indicative of detecting the foot portion is input from the first detector, characterized in that the control device further determines whether the detection target does not stand in the predetermined range from the door of the vehicle and the door can be opened or closed based on the detection signal from the second detector, and wherein the control unit is configured to output the drive signal for the opening drive or the closing drive of the door to a door drive apparatus when the control device determines that the detection target has an intention of opening or closing the door based on the detection of the foot portion by the first detector while the detection target does not stand in the predetermined range from the door of the vehicle. a first detector (101, 103, 121, 123) that is installed in a vehicle, and detects a foot portion of a detection target in the vicinity of a door of the vehicle; a second detector (102, 104, 105, 106, 122, 124, 132) that detects the detection target that stands in a predetermined range from the door of the vehicle; and a control device that includes a control unit which outputs a drive signal for an opening drive or a closing drive of the door to a door drive apparatus, wherein the control device determines whether the detection target has an intention of opening or closing the door based on whether a detection signal indicative of detecting the foot portion is input from the first detector, characterized in that the control device further determines whether the detection target does not stand in the predetermined range from the door of the vehicle and the door can be opened or closed based on the detection signal from the second detector, and wherein the control unit is configured to output the drive signal for the opening drive or the closing drive of the door to a door drive apparatus when the control device determines that the detection target has an intention of opening or closing the door based on the detection of the foot portion by the first detector while the detection target does not stand in the predetermined range from the door of the vehicle.
Fuselage element comprising a fuselage segment (1a, 1a', 1a", 1a''', 100a, 100a') comprising a skin (3a, 3a', 3a", 3a''', 300a) and joining means (6a, 6, 6', 6", 6''') that are able to connect the skin of said segment (1a, 1a', 1a", 1a''', 100a, 100a') to an adjacent segment (1b, 1b', 1b", 1b'''), said segment (1a, 1a', 1a", 1a''') extending along the longitudinal axis of the fuselage, and the skin (3a, 3a', 3a", 3a''', 300a) comprising at least one first section (10, 100), at at least one end of said segment (1a, 1a', 1a", 1a''', 100a, 100a'), the fuselage segment (1a, 1a', 1a", 1a''', 100a, 100a') comprising at least one longitudinal element (5a, 5a', 5a", 5a''', 50a') for stiffening the fuselage, said joining means (6a, 6, 6', 6", 6''') comprising a joining element (7a, 7', 7", 7''') that is designed to connect said fuselage segment to said adjacent segment, the fuselage element being characterised in that said joining element (7a, 7', 7", 7''') is placed in contact with an outer surface of said first section (10, 100) of the skin (3a, 3a', 3a", 3a''', 300a, 300a'), and in that the longitudinal stiffening element (5a, 5a', 5a", 5a''', 50a') is a stringer extending in part at the level of the joining element (7a, 7', 7", 7''') along the longitudinal axis, the respective projections, onto the longitudinal axis, of the stringer (5a, 5a', 5a", 5a''', 50a') and of the joining element (7a, 7', 7", 7''') partially overlapping.
Apparatus comprising: a brake rod; and a flexible dielectric strip wrapped around the brake rod, the strip having a plurality of substrate cutouts at locations for strain gage substrates (124a, 124b, 124c, 124d). a brake rod; and a flexible dielectric strip wrapped around the brake rod, the strip having a plurality of substrate cutouts at locations for strain gage substrates (124a, 124b, 124c, 124d).
A bioartificial implant assembly comprising: a frame structure comprising an inwardly protruding support flange and a first frame portion extending above said support flange; a first membrane having an outer circumference matching an inner circumference of said frame structure and being positioned on a first side of said support flange; a second membrane having an outer circumference matching said inner circumference of said frame structure and being positioned on a second opposite side of said support flange, at least one of said first membrane and said second membrane being a semipermeable membrane; and a first seal formed at said first frame portion, characterized in that said frame structure comprises a second frame portion extending below said support flange; and said bioartificial implant assembly comprises a second seal formed at said second frame portion to form an enclosed inner chamber defined by said first membrane, said second membrane and said frame structure. a frame structure comprising an inwardly protruding support flange and a first frame portion extending above said support flange; a first membrane having an outer circumference matching an inner circumference of said frame structure and being positioned on a first side of said support flange; a second membrane having an outer circumference matching said inner circumference of said frame structure and being positioned on a second opposite side of said support flange, at least one of said first membrane and said second membrane being a semipermeable membrane; and a first seal formed at said first frame portion, characterized in that said frame structure comprises a second frame portion extending below said support flange; and said bioartificial implant assembly comprises a second seal formed at said second frame portion to form an enclosed inner chamber defined by said first membrane, said second membrane and said frame structure.
A method implemented in a wireless transmit/receive unit, WTRU, the method comprising: receiving configuration information indicating i) a set of resources for phase measurements and ii) a line-of-sight condition for reporting the phase measurements; obtaining line-of-sight values associated with the set of resources for phase measurements; determining, based on the line-of-sight values, one or more resources from the set of resources for which the line-of-sight condition is satisfied; and transmitting reporting information indicating one or more phase measurements associated with the one or more resources for which the line-of-sight condition is satisfied. receiving configuration information indicating i) a set of resources for phase measurements and ii) a line-of-sight condition for reporting the phase measurements; obtaining line-of-sight values associated with the set of resources for phase measurements; determining, based on the line-of-sight values, one or more resources from the set of resources for which the line-of-sight condition is satisfied; and transmitting reporting information indicating one or more phase measurements associated with the one or more resources for which the line-of-sight condition is satisfied.
Ejector pump, particularly for a vehicle air conditioner, with a main inlet, a lateral inlet and an output, the ejector pump having, at the main inlet, a nozzle with a nozzle outlet and a diffuser situated downstream of the nozzle with a diffuser inlet, the nozzle extending at least as far as the inlet of the diffuser, characterized in that the nozzle is similar in a first nozzle zone to part of a Laval nozzle, the nozzle being similar in a second nozzle zone to part of a tube.
Apparatus for coating containers having an inlet, where containers are handed over to the apparatus, and an outlet, where the containers leave the apparatus having at least one vacuum device for producing a vacuum having at least one treatment station for coating containers with a plasma, wherein the treatment station is in fluid connection with the vacuum device and wherein the treatment station has at least one treatment device which is able to be introduced into a container, wherein the apparatus has a first and a second transport device for transporting containers, wherein the first transport device feeds the containers at least indirectly to a treatment station, characterized in that the first transport device is at least temporarily able to be switched off resulting in the feeding of containers to the treatment stations being interrupted, and the second transport device is an at least sectionally linear transport device, which is suitable to transport the containers from the inlet to the outlet also while a first transport device is switched off, and wherein the apparatus comprises at least two handling devices (4a, 4b) for handing over a predefined number of containers from the first transport device in a handover area (Xa, Xb) and for submitting these containers to the first transport device in a submission area (Ya, Yb), wherein several stationary treatment stations (8a, 8b) are assigned to each handling device, wherein the handling devices (4a, 4b) respectively have a moveable carrier (6a, 6b) by way of which the containers being removed are able to be moved on a transport path (Pa, Pb), and wherein at least one treatment station (8a, 8b) respectively is assigned to the handling devices (4a, 4b). the first transport device is at least temporarily able to be switched off resulting in the feeding of containers to the treatment stations being interrupted, and the second transport device is an at least sectionally linear transport device, which is suitable to transport the containers from the inlet to the outlet also while a first transport device is switched off, and wherein the apparatus comprises at least two handling devices (4a, 4b) for handing over a predefined number of containers from the first transport device in a handover area (Xa, Xb) and for submitting these containers to the first transport device in a submission area (Ya, Yb), wherein several stationary treatment stations (8a, 8b) are assigned to each handling device, wherein the handling devices (4a, 4b) respectively have a moveable carrier (6a, 6b) by way of which the containers being removed are able to be moved on a transport path (Pa, Pb), and wherein at least one treatment station (8a, 8b) respectively is assigned to the handling devices (4a, 4b).