mhurhangee/ep-ind-claims huggingface dataset:
A vesicle composition comprising the following components, and: 0.0001 to 20 mass% of an organic acid represented by general formula: wherein R 1 represents a natural sterin having a single hydroxy group or a hydrogenated product thereof or a residue which remains after a hydrogen atom is removed from the hydroxy group of bile acid, R 2 represents a divalent hydrocarbon group having 1 to 24 carbon atoms, M represents a hydrogen atom, an alkali metal, an alkali earth metal, ammonium, an alkanolammonium having 2 to 9 carbon atoms in total, an alkylammonium or alkenylammonium having 1 to 22 carbon atoms in total, pyridinium substituted with an alkyl group or alkenyl group having 1 to 18 carbon atoms or a basic amino acid, 0.0001 to 10 mass% of a sphingosine, and water, and having a pH of 2 to 11. 0.0001 to 20 mass% of an organic acid represented by general formula: wherein R 1 represents a natural sterin having a single hydroxy group or a hydrogenated product thereof or a residue which remains after a hydrogen atom is removed from the hydroxy group of bile acid, R 2 represents a divalent hydrocarbon group having 1 to 24 carbon atoms, M represents a hydrogen atom, an alkali metal, an alkali earth metal, ammonium, an alkanolammonium having 2 to 9 carbon atoms in total, an alkylammonium or alkenylammonium having 1 to 22 carbon atoms in total, pyridinium substituted with an alkyl group or alkenyl group having 1 to 18 carbon atoms or a basic amino acid, 0.0001 to 10 mass% of a sphingosine, and water, and
A method for selecting a proxy mobile station for push-to talk communication with a network resource, the method comprising, determining, by a first mobile station operating on a first network according to a first network protocol, that access to a network resource on the first network is unavailable or reduced; communicating, by the first mobile station using a third network protocol, with a plurality of mobile stations (104b, 104c) within a geographical vicinity, the plurality of mobile stations (104b, 104c) operating on a second network according to a second network protocol; examining, by the first mobile station, information received from each of the plurality of mobile stations (104b, 104c) in the geographical vicinity and selecting a mobile station of the plurality of mobile stations (104b, 104c) as a proxy mobile station based on the examined information; sending, by the first mobile station using the third network protocol, a proxy request to the proxy mobile station; and the first mobile station conducting two way push-to talk communication with the network resource, using the third network protocol, via the proxy mobile station.
A touch sensing system comprising: a touch sensing surface (201, 301) including first and second drive lines (203a, 203b, 303), and first and second sense lines (205a, 205b, 305),; a master controller that is configured to apply one or more drive signals to the first drive lines and to receive one or more sense signals from the first sense lines; a slave controller that is configured to apply one or more drive signals to the second drive lines and to receive one or more sense signals from the second sense lines; a communication link between the master controller and the slave controller; and one or more processors that are configured to process touch information of the sense signals to sense a touch on or near the touch sensing surface, characterized in that the master controller and the slave controller are configured to apply drive signals (309, 317) simultaneously to the first and second drive lines such that the drive signals on both the first and second drive lines interact with one of the first and second sense lines at the same time, resulting in a superposition sense signal. a touch sensing surface (201, 301) including first and second drive lines (203a, 203b, 303), and first and second sense lines (205a, 205b, 305),; a master controller that is configured to apply one or more drive signals to the first drive lines and to receive one or more sense signals from the first sense lines; a slave controller that is configured to apply one or more drive signals to the second drive lines and to receive one or more sense signals from the second sense lines; a communication link between the master controller and the slave controller; and one or more processors that are configured to process touch information of the sense signals to sense a touch on or near the touch sensing surface, characterized in that the master controller and the slave controller are configured to apply drive signals (309, 317) simultaneously to the first and second drive lines such that the drive signals on both the first and second drive lines interact with one of the first and second sense lines at the same time, resulting in a superposition sense signal.
A doctor blade unit for an additive manufacturing system having a pulverous starting material comprising a doctor blade and a suspension to be supported horizontally movable in the additive manufacturing system, characterized in that - the suspension comprises a traverse, which is supported on one side in a fixed bearing and on the other side in a floating bearing, - the traverse via the fixed bearing and the floating bearing is connected with a guiding bracket each, and - the doctor blade via a plurality of mounting means along its length is mounted suspended under the traverse, wherein the mounting means allow a distance adjustment between doctor blade and traverse for the parallel alignment of the doctor blade in relation to a construction plane of the additive manufacturing system. - the suspension comprises a traverse, which is supported on one side in a fixed bearing and on the other side in a floating bearing, - the traverse via the fixed bearing and the floating bearing is connected with a guiding bracket each, and - the doctor blade via a plurality of mounting means along its length is mounted suspended under the traverse, wherein the mounting means allow a distance adjustment between doctor blade and traverse for the parallel alignment of the doctor blade in relation to a construction plane of the additive manufacturing system.
Heating device for an aircraft interior, having the following features: a mechanically load-bearing supporting structure; a mechanically load-bearing and heat-conducting covering structure; and a heater for converting electrical energy into thermal energy, wherein the heater is arranged between the supporting structure and the covering structure and has a heating layer of a resistance material with a positive temperature coefficient, characterized in that the heating layer has perforations at least in certain regions and, as a result of the perforations, fillable cavities are provided between the supporting structure and the covering structure. a mechanically load-bearing supporting structure; a mechanically load-bearing and heat-conducting covering structure; and a heater for converting electrical energy into thermal energy, wherein the heater is arranged between the supporting structure and the covering structure and has a heating layer of a resistance material with a positive temperature coefficient, characterized in that the heating layer has perforations at least in certain regions and, as a result of the perforations, fillable cavities are provided between the supporting structure and the covering structure.
Cosmetic use of a peptide fragment of parathyroid hormone according to formula and/or salts of the peptide fragment of parathyroid hormone according to formula R1-NH-AA-R2 (formula) where R1 is an acetyl group, where R2 is -OH, wherein AA is the sequence Gln-Asp-Val-His corresponding to position 2 to 5 of SEQ ID No. 1, for stimulating the production of matrix proteins selected from the group consisting of collagen, elastin and proteoglycans. where R1 is an acetyl group, where R2 is -OH, wherein AA is the sequence Gln-Asp-Val-His corresponding to position 2 to 5 of SEQ ID No. 1, for stimulating the production of matrix proteins selected from the group consisting of collagen, elastin and proteoglycans.
A system comprising: a first enclosure, a second enclosure and at least one hinge for movable coupling the first and second enclosures together, wherein the first enclosure is movable with respect to the second enclosure according to a predetermined range of motion; the first enclosure comprising a display and a first plurality of extremely high frequency, appreviated EHF, transceivers; the second enclosure comprising a second plurality of EHF transceivers, wherein each one of the first plurality of EHF transceivers is close proximity coupled with a respective one of the second plurality of EHF transceivers to form coupled pairs; wherein a close proximity coupling exists between the first plurality of EHF transceivers and second plurality of EHF transceivers to enable contactless data transfer between the first and second enclosures independent of a position of the first enclosure with respect to the second enclosure anywhere within the predetermined range of motion; and and at least one dielectric coupling member (262, 263) being a flexible structure physically coupling a coupled pair of EHF transceivers to enable a distance between adjacent ones of the first plurality of EHF transceivers and/or adjacent ones of the second plurality of EHF transceivers to be less than a distance between the coupled transceivers of the coupled pairs of EHF transceivers. a first enclosure, a second enclosure and at least one hinge for movable coupling the first and second enclosures together, wherein the first enclosure is movable with respect to the second enclosure according to a predetermined range of motion; the first enclosure comprising a display and a first plurality of extremely high frequency, appreviated EHF, transceivers; the second enclosure comprising a second plurality of EHF transceivers, wherein each one of the first plurality of EHF transceivers is close proximity coupled with a respective one of the second plurality of EHF transceivers to form coupled pairs; wherein a close proximity coupling exists between the first plurality of EHF transceivers and second plurality of EHF transceivers to enable contactless data transfer between the first and second enclosures independent of a position of the first enclosure with respect to the second enclosure anywhere within the predetermined range of motion; and and at least one dielectric coupling member (262, 263) being a flexible structure physically coupling a coupled pair of EHF transceivers to enable a distance between adjacent ones of the first plurality of EHF transceivers and/or adjacent ones of the second plurality of EHF transceivers to be less than a distance between the coupled transceivers of the coupled pairs of EHF transceivers.
A motorcycle in which: above a rear wheel and between left and right paired rear frame, an accommodating space to accommodate an accessory, which is removable to a motorcycle body, and a canister space to accommodate a canister are disposed; and the canister space and the accommodating space are partitioned from each other by a partition wall, characterized in that a portion of a rear fender disposed above the rear wheel forms the partition wall; a recessed portion configured to be recessed upwardly is provided in an lower surface of the rear fender; the accommodating space is formed on an upper surface side of the rear fender, and the recessed portion in the lower surface of the rear fender forms the canister space; and the rear fender has a covering fitted thereto, the covering being to cover the recessed portion.
A releasable closure for connecting a first part to a second part along a predetermined length thereof, comprising: a. first element coupled to the first part and encapsulating a smart fluid and extending along the predetermined length; b. a compatible element coupled to the second part and extending along the predetermined length; c. a switch (22, 24) for selectively inducing an electromagnetic field in the smart fluid thereby changing the state of the fluid characterized by causing the first element to couple to the compatible element uniformly along the predetermined length. a. first element coupled to the first part and encapsulating a smart fluid and extending along the predetermined length; b. a compatible element coupled to the second part and extending along the predetermined length; c. a switch (22, 24) for selectively inducing an electromagnetic field in the smart fluid thereby changing the state of the fluid characterized by causing the first element to couple to the compatible element uniformly along the predetermined length.
Method for manufacturing a bag equipped with a rigid frame, from a flexible plastic film, in particular of PET/PE, with a thickness of less than 200 Microns, method wherein: - the plastic film is continuously subjected to successive folding and sealing operations to produce a bag with a bottom, two walls and joined by bellows and, - a cross cut of one of the walls and bellows and is made at a determined distance from the bottom (le) corresponding to the desired height of the bag, - the open transverse end of the cut-out wall is folded down externally so as to open the bellows and and position them flat to form a triangle (1c1) and (1d1), - the rigid frame is fixed on the edges of the inner side (1b1) of the folded-down wall, on the edges of the inner side of the bellows arranged in a triangle (1c1) and (1d1), and on the edge of the inner side of the uncut wall considered along the bottom (le) of a subsequent bag. - the plastic film is continuously subjected to successive folding and sealing operations to produce a bag with a bottom, two walls and joined by bellows and, - a cross cut of one of the walls and bellows and is made at a determined distance from the bottom (le) corresponding to the desired height of the bag, - the open transverse end of the cut-out wall is folded down externally so as to open the bellows and and position them flat to form a triangle (1c1) and (1d1), - the rigid frame is fixed on the edges of the inner side (1b1) of the folded-down wall, on the edges of the inner side of the bellows arranged in a triangle (1c1) and (1d1), and on the edge of the inner side of the uncut wall considered along the bottom (le) of a subsequent bag.
A photorefractive, polarizing glass composition consisting essentially of, in weight percent, (a)70-73% SiO 2, 13-18% B 2 O 3, 7-10% Na 2 O, 2-4% Al 2 O 3, 0.005-0.1% CuO, <0.4% Cl, 0.1-0.5% Ag, 0.1-0.3% Br, or (b) 70-73% SiO 2, 13-18% B 2 O 3, 7-10% Na 2 O, 2-4% Al 2 O 3, 0.005-0.1% CuO, <0.4% Cl, 0.1-0.5% Ag, >0 - <0.3% alkaline earth metal oxide, and 0.1-0.3% Br, wherein said composition is suitable for making an article or element that is both polarizing and photorefractive; and said glass having an R value in the range of 0.3-0.65, wherein the R value is given by the molar ratio of network modifiers minus alumina to boric oxide, R= (M - A) ÷ B. (a)70-73% SiO 2, 13-18% B 2 O 3, 7-10% Na 2 O, 2-4% Al 2 O 3, 0.005-0.1% CuO, <0.4% Cl, 0.1-0.5% Ag, 0.1-0.3% Br, or (b) 70-73% SiO 2, 13-18% B 2 O 3, 7-10% Na 2 O, 2-4% Al 2 O 3, 0.005-0.1% CuO, <0.4% Cl, 0.1-0.5% Ag, >0 - <0.3% alkaline earth metal oxide, and 0.1-0.3% Br,
A CD19xCD3 bispecific single chain antibody construct for use in a method for the treatment, amelioration or elimination of acute lymphoblastic leukemia in an adult patient, wherein said patient is Philadelphia chromosome positive (Ph+).
A source of a gaseous, gas borne or droplet substance for mounting in a dispenser in use, said source having: an inner pressurised container for the substance, a substance-release valve device sealed across an end of the inner pressurised container and having a spring, a spout at a spout end of the inner pressurised container, which is displaceable inwards of the container against the spring of the valve device for substance release, the source also including: an outer enclosure enclosing the inner pressurised container along its length, at least partially across its end remote from the spout and partially at its spout end, the outer enclosure and the inner pressurised container being arranged to be capable of reacting to cause displacement of the spout inwards of the inner pressurised container for substance release; a counter accommodated within the outer enclosure for counting substance release displacements of the spout; and a window in the outer enclosure for viewing the count of the counter. an inner pressurised container for the substance, a substance-release valve device sealed across an end of the inner pressurised container and having a spring, a spout at a spout end of the inner pressurised container, which is displaceable inwards of the container against the spring of the valve device for substance release, the source also including: an outer enclosure enclosing the inner pressurised container along its length, at least partially across its end remote from the spout and partially at its spout end, the outer enclosure and the inner pressurised container being arranged to be capable of reacting to cause displacement of the spout inwards of the inner pressurised container for substance release; a counter accommodated within the outer enclosure for counting substance release displacements of the spout; and a window in the outer enclosure for viewing the count of the counter. an outer enclosure enclosing the inner pressurised container along its length, at least partially across its end remote from the spout and partially at its spout end, the outer enclosure and the inner pressurised container being arranged to be capable of reacting to cause displacement of the spout inwards of the inner pressurised container for substance release; a counter accommodated within the outer enclosure for counting substance release displacements of the spout; and a window in the outer enclosure for viewing the count of the counter.
A conveyor comprising: conveying means (300, 420) for conveying a belt-shaped work having a plurality of reference points arrayed discontinuously on a surface, intermittently conveying the work for each prescribed interval as a first conveying mode or continuously conveying the work as a second conveying mode; confirming means for confirming the reference points on the work from a fixed position when the work is intermittently stopped in the first conveying mode; detecting means for monitoring the work conveyed using the second conveying mode and detecting the reference points; and control means for continuing the first conveying mode when the reference points are confirmed by the confirming means during the first conveying mode and switching to the second conveying mode when the reference points are not confirmed by the confirming means, and for continuing the second conveying mode until the reference point is detected by the detecting means during the second conveying mode and switching to the first conveying mode when the reference points are detected by the detecting means. conveying means (300, 420) for conveying a belt-shaped work having a plurality of reference points arrayed discontinuously on a surface, intermittently conveying the work for each prescribed interval as a first conveying mode or continuously conveying the work as a second conveying mode; confirming means for confirming the reference points on the work from a fixed position when the work is intermittently stopped in the first conveying mode; detecting means for monitoring the work conveyed using the second conveying mode and detecting the reference points; and control means for continuing the first conveying mode when the reference points are confirmed by the confirming means during the first conveying mode and switching to the second conveying mode when the reference points are not confirmed by the confirming means, and for continuing the second conveying mode until the reference point is detected by the detecting means during the second conveying mode and switching to the first conveying mode when the reference points are detected by the detecting means.
A method of making a part from at least one elemental metal powder, the part having a near-net shape, a part volume, and a part density, the method comprising: providing a sintered preform having a sintered density; separating a portion from the sintered preform, the portion having a portion volume exceeding the part volume and a portion shape different from the near-net shape of the part; and thermally cycling the portion for a thermal-cycling time period at a thermal-cycling pressure while superplastically deforming the portion to form the part having the near net shape and the part density; wherein the at least one elemental metal powder is at least one of a titanium powder, an aluminum powder, a vanadium powder and an iron powder. providing a sintered preform having a sintered density; separating a portion from the sintered preform, the portion having a portion volume exceeding the part volume and a portion shape different from the near-net shape of the part; and thermally cycling the portion for a thermal-cycling time period at a thermal-cycling pressure while superplastically deforming the portion to form the part having the near net shape and the part density; wherein the at least one elemental metal powder is at least one of a titanium powder, an aluminum powder, a vanadium powder and an iron powder.