mhurhangee/ep-ind-claims huggingface dataset:
A CRIg polypeptide, or a CRIg immunoadhesin comprising a CRIg polypeptide fused to an immunoglobulin sequence, for use in the prevention or treatment of a complement-associated eye condition, wherein the CRIg polypeptide or CRIg immunoadhesin is a selective inhibitor of the alternative complement pathway.
A device (210, 220, 300), comprising: one or more processors to: detect or emulate a sequence of keystrokes to be used to detect a keystroke logger application; determine a sequence of characters associated with the sequence of keystrokes, the sequence of characters corresponding to the sequence of keystrokes or a portion of the sequence of keystrokes; apply an obfuscation technique to the sequence of characters, to obtain a modified sequence of characters; search a memory for the modified sequence of characters; determine that the modified sequence of characters is stored in the memory based on searching the memory for the modified sequence of characters; and perform an action to counteract the keystroke logger application based on determining that the modified sequence of characters is stored in the memory. one or more processors to: detect or emulate a sequence of keystrokes to be used to detect a keystroke logger application; determine a sequence of characters associated with the sequence of keystrokes, the sequence of characters corresponding to the sequence of keystrokes or a portion of the sequence of keystrokes; apply an obfuscation technique to the sequence of characters, to obtain a modified sequence of characters; search a memory for the modified sequence of characters; determine that the modified sequence of characters is stored in the memory based on searching the memory for the modified sequence of characters; and perform an action to counteract the keystroke logger application based on determining that the modified sequence of characters is stored in the memory. detect or emulate a sequence of keystrokes to be used to detect a keystroke logger application; determine a sequence of characters associated with the sequence of keystrokes, the sequence of characters corresponding to the sequence of keystrokes or a portion of the sequence of keystrokes; apply an obfuscation technique to the sequence of characters, to obtain a modified sequence of characters; search a memory for the modified sequence of characters; determine that the modified sequence of characters is stored in the memory based on searching the memory for the modified sequence of characters; and perform an action to counteract the keystroke logger application based on determining that the modified sequence of characters is stored in the memory.
A combination of: (a) a therapeutically effective amount of ibudilast or a pharmaceutically acceptable salt thereof, and (b) a therapeutically effective amount of interferon-beta, for use in a method of treating, alleviating the negative effects of, or slowing the progression of a progressive multiple sclerosis in a human patient in need thereof, wherein the method comprises administering the combination to the human patient, wherein prior to the method the patient was administered interferon-beta in a dosing regimen that excluded co-administration of ibudilast. (a) a therapeutically effective amount of ibudilast or a pharmaceutically acceptable salt thereof, and (b) a therapeutically effective amount of interferon-beta, for use in a method of treating, alleviating the negative effects of, or slowing the progression of a progressive multiple sclerosis in a human patient in need thereof, wherein the method comprises administering the combination to the human patient, wherein prior to the method the patient was administered interferon-beta in a dosing regimen that excluded co-administration of ibudilast.
A secondary battery comprising: a positive electrode; a negative electrode including negative electrode active material particles that occlude and release Li ions; and a composite electrolyte layer that is arranged between the positive electrode and the negative electrode, wherein the electrolyte layer includes inorganic solid particles including an inorganic compound having an Li ion conductivity of 1×10 -10 S/cm or more at 25 °C and having an average particle diameter of 0.05 μm or more and less than 8 μm; and_an organic electrolyte comprising a gel-like polymer electrolyte, wherein the weight ratio between the organic electrolyte and the inorganic compound is 0.1% or more and 20% or less, wherein, when a mobile Li ion concentration at a contact interface between the inorganic compound and the organic electrolyte is set as C Li(surface), a lithium ion concentration at the center of particles of the inorganic compound is set as C Li(bulk), and a mobile Li ion concentration in the organic electrolyte is set as C Li(organic). C Li(surface) >C Li(organic) ≥C Li(bulk) is satisfied, wherein the average thickness of the electrolyte layer is 0.1 μm or more and less than 8 μm, and wherein the average particle diameter is determined by a laser diffraction method. a positive electrode; a negative electrode including negative electrode active material particles that occlude and release Li ions; and a composite electrolyte layer that is arranged between the positive electrode and the negative electrode, wherein the electrolyte layer includes inorganic solid particles including an inorganic compound having an Li ion conductivity of 1×10 -10 S/cm or more at 25 °C and having an average particle diameter of 0.05 μm or more and less than 8 μm; and_an organic electrolyte comprising a gel-like polymer electrolyte, wherein the weight ratio between the organic electrolyte and the inorganic compound is 0.1% or more and 20% or less, wherein, when a mobile Li ion concentration at a contact interface between the inorganic compound and the organic electrolyte is set as C Li(surface), a lithium ion concentration at the center of particles of the inorganic compound is set as C Li(bulk), and a mobile Li ion concentration in the organic electrolyte is set as C Li(organic). C Li(surface) >C Li(organic) ≥C Li(bulk) is satisfied, wherein the average thickness of the electrolyte layer is 0.1 μm or more and less than 8 μm, and wherein the average particle diameter is determined by a laser diffraction method.
A primer pair for amplifying all or a portion of a CCG repeat tract in the 5'-untranslated region (5'-UTR) of fragile X related mental retardation gene 2, comprising an upstream primer and a downstream primer wherein: (i) the downstream primer comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats and hybridizes to the junction between the 3' end of the CCG repeat tract in the FMR2 gene and sequence directly 3' thereto, wherein the CGG repeat segment of the downstream primer comprises a sequence of any of SEQ ID Nos: 96-113; and/or (ii) the upstream primer comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and hybridizes to the junction between the 5' end of the CCG repeat tract in the FMR2 gene and sequence directly 5' thereto, wherein the CCG repeat segment of the upstream primer comprises a sequence of any of SEQ ID Nos: 78-95. (i) the downstream primer comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats and hybridizes to the junction between the 3' end of the CCG repeat tract in the FMR2 gene and sequence directly 3' thereto, wherein the CGG repeat segment of the downstream primer comprises a sequence of any of SEQ ID Nos: 96-113; and/or (ii) the upstream primer comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and hybridizes to the junction between the 5' end of the CCG repeat tract in the FMR2 gene and sequence directly 5' thereto, wherein the CCG repeat segment of the upstream primer comprises a sequence of any of SEQ ID Nos: 78-95.
Traveling farm vehicle characterized in that it comprises at least one seat that can be converted between at least one sitting position and a kneeling work position, this seat comprising: - a cushion for supporting the chest and head, - a cushion for supporting the knees in the kneeling work position, - a cushion, called the central cushion, pivoting transversely between a lowered position for supporting the pelvis in the kneeling work position and a raised position forming a sitting part in the sitting position, the farm vehicle further comprising a supporting slideway structure, allowing at least one translational movement of the seat either in the direction of travel of the vehicle or in a direction transverse to the direction of travel of the vehicle, or in both of said directions (A, T), the seat being mounted on a base of the farm vehicle, the base being mounted pivotably on the supporting slideway structure to allow the three cushions (C1, C2, C3) to pivot about a vertical pivot axis (Pv) of the farm vehicle. - a cushion for supporting the chest and head, - a cushion for supporting the knees in the kneeling work position, - a cushion, called the central cushion, pivoting transversely between a lowered position for supporting the pelvis in the kneeling work position and a raised position forming a sitting part in the sitting position,
A method of manufacturing a screen cylinder, said screen cylinder being formed of at least a number of screen wires with a screening slot therebetween, and substantially circular support rings, said support rings having a first rim area provided with notches into which said screen wires are installed, and a second rim area opposite to said first rim area, the method comprising the steps of a) heating at least one of said support rings at its second rim area essentially evenly and uniformly, i.e. symmetrically in relation to a radial centreline plane of the support ring after the assembly of the screen cylinder such that the temperature of the first rim area remains substantially lower than the temperature of the second rim area, whereby the second rim area is deformed, and b) allowing said at least one support ring to cool down to decrease its diameter, whereby the first rim area is deformed and the screen wires are clamped in said notches. a) heating at least one of said support rings at its second rim area essentially evenly and uniformly, i.e. symmetrically in relation to a radial centreline plane of the support ring after the assembly of the screen cylinder such that the temperature of the first rim area remains substantially lower than the temperature of the second rim area, whereby the second rim area is deformed, and b) allowing said at least one support ring to cool down to decrease its diameter, whereby the first rim area is deformed and the screen wires are clamped in said notches.
An aqueous antiperspirant/deodorant composition comprising, based on the total weight of the composition, 3 % or less by weight of aluminium cations, one or more glycols or polyglycols, and at least 5 % by weight of one or more ionizable halide salts soluble in water, wherein the one or more halide salts are antimicrobial agents, and wherein the composition has a pH range of 2 to 8.
A user equipment, UE, comprising: means for transmitting, to a base station, an indication indicating that Physical Uplink Shared Channel, PUSCH, transmission using two resource block sets is supported at the UE, wherein the two resource block sets are separated in frequency by at least one subcarrier which is not allocated to the UE; means for receiving, from the base station, information for scheduling including uplink resource allocation information for indicating to the UE the two resource block sets which are allocated to the UE for the PUSCH transmission, wherein the information for scheduling is according to the indication; and means for transmitting, to the base station, a demodulation reference signal for use in demodulation of PUSCH, wherein a sequence length of the demodulation reference signal matches a transmit bandwidth which consists of the two resource block sets, and each of the two resource block sets consists of one or more consecutive resource blocks. means for transmitting, to a base station, an indication indicating that Physical Uplink Shared Channel, PUSCH, transmission using two resource block sets is supported at the UE, wherein the two resource block sets are separated in frequency by at least one subcarrier which is not allocated to the UE; means for receiving, from the base station, information for scheduling including uplink resource allocation information for indicating to the UE the two resource block sets which are allocated to the UE for the PUSCH transmission, wherein the information for scheduling is according to the indication; and means for transmitting, to the base station, a demodulation reference signal for use in demodulation of PUSCH, wherein a sequence length of the demodulation reference signal matches a transmit bandwidth which consists of the two resource block sets, and each of the two resource block sets consists of one or more consecutive resource blocks. a sequence length of the demodulation reference signal matches a transmit bandwidth which consists of the two resource block sets, and each of the two resource block sets consists of one or more consecutive resource blocks.
A leaf installation, including • an element (3, 20) which is stationary with regard to the installation, and at which at least one radiating element (42, 51) is affixed, which emits and/or receives radiation, and • a leaf, which - seen in a passage direction, with a border area (14, 15), in at least one position with regard to the stationary element (3, 20), intersects at least a fraction of the radiation emitted from, respectively received by the radiating element (42, 51), and - at least in the overlapping area with the at least one fraction of the radiation, is configured to be transparent in such a way that, seen at least along the passage direction, at least the one fraction of the radiation is able to pass through the leaf in the overlapping area, characterized in that the leaf installation comprises an actuating element, which is affixed in such a manner to the stationary element (3, 20) that, upon an actuation, it is brought into engagement with or out of engagement from the leaf and/or exerts an influence on the movement condition of the leaf, wherein the actuation element consists of an interlocking system, which includes an interlocking element, which, in the interlocking position engages into a corresponding interlocking reception of the leaf in such a manner that the leaf is prevented from a movement in at least one direction of displacement, wherein the radiation element (42, 51) is configured by means of a display, and the content represented by the display is composed by means of radiation emitted by the display, radiation being composed as the at least one fraction of the emitted, respectively the received radiation, and wherein the display and the actuation element are regrouped to one structural unit and thereby form a combined display and actuation module. • an element (3, 20) which is stationary with regard to the installation, and at which at least one radiating element (42, 51) is affixed, which emits and/or receives radiation, and • a leaf, which - seen in a passage direction, with a border area (14, 15), in at least one position with regard to the stationary element (3, 20), intersects at least a fraction of the radiation emitted from, respectively received by the radiating element (42, 51), and - at least in the overlapping area with the at least one fraction of the radiation, is configured to be transparent in such a way that, seen at least along the passage direction, at least the one fraction of the radiation is able to pass through the leaf in the overlapping area, - seen in a passage direction, with a border area (14, 15), in at least one position with regard to the stationary element (3, 20), intersects at least a fraction of the radiation emitted from, respectively received by the radiating element (42, 51), and - at least in the overlapping area with the at least one fraction of the radiation, is configured to be transparent in such a way that, seen at least along the passage direction, at least the one fraction of the radiation is able to pass through the leaf in the overlapping area,
A method in a first user equipment for transmitting a beacon signal to be detected by at least one second user equipment (122; 123) for Device-to-Device, D2D, communication in a wireless telecommunications network, said method comprising transmitting the beacon signal in transmission bursts with a first energy level, wherein the transmission bursts are transmitted repeatedly over time with breaks in between in order to enable detection of the beacon signal by the at least one second user equipment (122; 123), said method further comprises: increasing the energy of the transmission bursts at one or more intervals to a second energy level such that transmission bursts with the first energy level is alternated with transmission bursts with the second energy level, and such that transmission bursts with the first energy level recur more frequently overtime than transmission bursts with a second energy level, characterized in that the one or more intervals comprises one or more periodic intervals such that, for each interval, every n th transmission burst is a transmission burst with the second energy level, wherein n = 3, 4, 5..., N and N is an integer and any of the (n+1) th to the (2n-1) th transmission burst is a transmission burst with the first energy level. transmitting the beacon signal in transmission bursts with a first energy level, wherein the transmission bursts are transmitted repeatedly over time with breaks in between in order to enable detection of the beacon signal by the at least one second user equipment (122; 123), said method further comprises: increasing the energy of the transmission bursts at one or more intervals to a second energy level such that transmission bursts with the first energy level is alternated with transmission bursts with the second energy level, and such that transmission bursts with the first energy level recur more frequently overtime than transmission bursts with a second energy level, characterized in that the one or more intervals comprises one or more periodic intervals such that, for each interval, every n th transmission burst is a transmission burst with the second energy level, wherein n = 3, 4, 5..., N and N is an integer and any of the (n+1) th to the (2n-1) th transmission burst is a transmission burst with the first energy level.
Clutch device (2; 2'; 202) for arranging in a motor vehicle drive train between a drive unit and a driven arrangement; comprising an input region (6; 206) which is assigned to the drive unit, and at least one output region (8; 208) which is assigned to the driven arrangement; it being possible for a drive torque which is introduced into the clutch device (2; 2'; 202) at the input region (6; 206) to be transferred to the output region (8; 208) via at least one wet-running clutch arrangement (14; 214) which is arranged in an interior space (12; 212) of a clutch housing (10; 210) of the clutch device (2; 2'; 202) and which has at least one input region-side clutch region (16; 216) and at least one output region-side clutch region (18; 218) which can be brought into frictionally locking torque transmission engagement with the input region-side clutch region (16; 216); and a coupling device (4; 204) being provided between the output region-side clutch region (18; 218) of the wet-running clutch arrangement (14; 214) and the output region (8; 208), which coupling device (4; 204), in a coupling state, establishes a torque transmission connection between the output region-side clutch region (18; 218) and the output region (8; 208) for the transmission of the drive torque to the output region (8; 208), and which coupling device (4; 204), in a decoupling state, decouples the output region (8; 208) from the output region-side clutch region (18; 218) with interruption of the torque transmission connection; characterized in that an operating medium (100; 300) for the wet-running operation of the clutch arrangement (14; 214) can be fed into the clutch housing selectively via a first connector arrangement (32; 232) into the interior space (12; 212) and can be discharged via a second connector arrangement (36; 236) from the interior space (12; 212) for the realization of a first operating medium flow direction (40; 240), or can be fed via the second connector arrangement (36; 236) into the interior space (12; 212) and can be discharged via the first connector arrangement (32; 232) from the interior space (12; 212) for the realization of a second operating medium flow direction (42; 242); and in that the coupling device (4; 204) can be transferred, by means of the operating medium (100; 300), between the coupling state and the decoupling state by way of reversing of the operating medium flow through the interior space (12; 212) between the first (40; 240) and the second operating medium flow direction (42; 242).
Pallet for transported goods, said pallet having a pallet body on which at least one item is fixable by way of a fastening means, and at least one corner column and a base are disposed, wherein the pallet body at least at the base is formed by a circumferential tubular frame of which the longitudinal and end-side frame parts are telescopic, and fixing means for the transported goods are replaceably disposed on the base, characterized in that the fixing means comprise an adjustable V-shaped rest for fixing dissimilar diameters of the transported goods, wherein legs of the V-shaped rest have T-shaped grooves for further fixing means and in relation to the base are supported by means of adjustably fastened stays.
A process for cladding a substrate comprising the steps of: (i) directing an energy beam onto an area of a surface of the substrate to create a pool of molten material at the area of the surface, (ii) directing a stream of particles toward the pool of molten material so that at least a first portion of the particles enters the pool of molten material, (iii) allowing the pool of molten material to cool and solidify thus trapping a second portion of the particles in the solidified pool of material to form trapped particles, wherein the energy beam directed at the area of the surface is in the form of a energy pulse, characterized in that the stream of particles is in the form of a pulse of particles, wherein the energy pulse is ended or the energy beam is redirected or the energy beam is reduced in power before the particles enter the path of the energy beam and before the particles enter the pool of molten material, and wherein the ending of the energy pulse or the redirection of the energy beam or the reduction in power of the energy beam is embodied such that a substantial melting, fusing together or change in shape of the particles by the energy beam is avoided. (i) directing an energy beam onto an area of a surface of the substrate to create a pool of molten material at the area of the surface, (ii) directing a stream of particles toward the pool of molten material so that at least a first portion of the particles enters the pool of molten material, (iii) allowing the pool of molten material to cool and solidify thus trapping a second portion of the particles in the solidified pool of material to form trapped particles,