mhurhangee/ep-ind-claims huggingface dataset:
A regulatory fusion protein for regulating gene expression in the nucleus of a eukaryotic cell comprising - a DNA-binding domain, wherein said DNA binding domain is a mutant yeast GAL4 DNA binding domain comprising SEQ ID No.: 1 or SEQ ID No.: 8; - a hormone binding domain of the mutant rat glucocorticoid receptor Cs1/CD, and wherein said hormone binding domain of said mutant rat glucocorticoid receptor Cs1/CD comprises amino acids 524-795 (SEQ ID No.: 2), amino acids 504-795 (SEQ ID No.: 3), or 540-795 (SEQ ID No.: 4); and - a transactivation domain or a suppression domain. - a DNA-binding domain, wherein said DNA binding domain is a mutant yeast GAL4 DNA binding domain comprising SEQ ID No.: 1 or SEQ ID No.: 8; - a hormone binding domain of the mutant rat glucocorticoid receptor Cs1/CD, and wherein said hormone binding domain of said mutant rat glucocorticoid receptor Cs1/CD comprises amino acids 524-795 (SEQ ID No.: 2), amino acids 504-795 (SEQ ID No.: 3), or 540-795 (SEQ ID No.: 4); and - a transactivation domain or a suppression domain.
A pool cleaner comprising: a drive mechanism (30, 60) for moving the pool cleaner; a housing that has a first fluid opening and a second fluid opening; a filtering unit that comprises a filter enclosure, a cleaning element (90, 92, 100, 108, 131, 142, 143, 150, 161, 251, 252, 293, 294, 420) and a filtering element; wherein the pool cleaner is characterised by: a rotating mechanism (40, 41, 42, 101, 102, 121, 122, 281, 282) that is configured to introduce a relative rotation between the cleaning element and the filtering element thereby causing the cleaning element to clean the filtering element. a drive mechanism (30, 60) for moving the pool cleaner; a housing that has a first fluid opening and a second fluid opening; a filtering unit that comprises a filter enclosure, a cleaning element (90, 92, 100, 108, 131, 142, 143, 150, 161, 251, 252, 293, 294, 420) and a filtering element; wherein the pool cleaner is characterised by: a rotating mechanism (40, 41, 42, 101, 102, 121, 122, 281, 282) that is configured to introduce a relative rotation between the cleaning element and the filtering element thereby causing the cleaning element to clean the filtering element. a rotating mechanism (40, 41, 42, 101, 102, 121, 122, 281, 282) that is configured to introduce a relative rotation between the cleaning element and the filtering element thereby causing the cleaning element to clean the filtering element.
A detecting device for detecting a fault in a transformer of a wind turbine, wherein the transformer transforms a lower voltage, which is output from a generator of the wind turbine at a low voltage side of the transformer, to a higher voltage, which is output from the transformer at a high voltage side, wherein the detecting device comprises: a voltage detection device configured to detect a voltage at a first node at the low voltage side of the transformer, wherein the detecting device is configured to detect the fault in the transformer based on the detected voltage; wherein the detecting device comprises a logic circuit, characterized in that the detecting device is configured to detect the fault in the transformer if the logic circuit detects at least one of the following conditions: an open phase at the low voltage side if the voltage detection device detects a zero-sequence voltage and a voltage unbalance; and an open phase at the high voltage side if the voltage detection device detects no zero-sequence voltage and detects a voltage unbalance. a voltage detection device configured to detect a voltage at a first node at the low voltage side of the transformer, wherein the detecting device is configured to detect the fault in the transformer based on the detected voltage; wherein the detecting device comprises a logic circuit, characterized in that the detecting device is configured to detect the fault in the transformer if the logic circuit detects at least one of the following conditions: an open phase at the low voltage side if the voltage detection device detects a zero-sequence voltage and a voltage unbalance; and an open phase at the high voltage side if the voltage detection device detects no zero-sequence voltage and detects a voltage unbalance. an open phase at the low voltage side if the voltage detection device detects a zero-sequence voltage and a voltage unbalance; and an open phase at the high voltage side if the voltage detection device detects no zero-sequence voltage and detects a voltage unbalance.
Device (1, 21) for the artificial insemination of a mammal, in the course of which the semen, which is derived from a male breeding animal, is introduced through the vagina of the animal, into or onto the uterus of the animal to be inseminated, wherein the device (1, 21) comprises a tube, which is movable through the vagina of the animal to be inseminated to the uterus, as well as a heatable cavity for containing a straw, which contains semen, as well as a driving mechanism, by which the semen is movable out of the straw on the uterus-side opening of the tube, wherein the device (1, 21) comprises a mechanism, by which the straw can be displaced out of the cavity into the tube; characterized in that the device (1, 21) comprises an optical sensor for measuring the density of the live sperm cells.
A peptide for use in treating or preventing a stroke or a heart attack in a subject in need thereof; in inhibiting thrombosis in a subject in need thereof; in enhancing blood clot retraction in a subject in need thereof; in inhibiting angiogenesis in a subject in need thereof; or in inhibiting metastasis of a tumor cell; wherein the peptide comprises an amino acid sequence Xaa 1 Xaa 2 Glu, wherein Xaai is Glu and Xaa 2 is Glu, Lys, Ser, or Ala, wherein the peptide is a 5-mer, 6-mer, 7-mer, 8-mer or 9-mer, and wherein the peptide inhibits a binding interaction between a β 3 integrin and a G protein subunit Gα 12 or Gα 13. Xaa 1 Xaa 2 Glu,
A pipe connection for providing a connection to a pipe, the pipe connection comprising: a sleeve which receives a pipe and has a seat; a first sealing or gripping element which is disposed adjacent the seat; an intermediate member which is disposed adjacent the first sealing or gripping element; a second sealing or gripping element which is disposed adjacent the intermediate member; an end member which is disposed adjacent the second sealing or gripping element; and at least one fixing which engages the end member and is configured to displace the same axially inwardly relative to the sleeve on torquing; wherein the pipe connection further comprises: at least one support which is located around the at least one fixing, with the at least one fixing extending through the at least one support, and disposed between one of the sleeve and the intermediate member or the intermediate member and the end member, wherein the at least one support is configured to maintain the sleeve and the intermediate member or the intermediate member and the end member with a predetermined spaced relation until application of a torquing force between the sleeve and the intermediate member or the intermediate member and the end member which exceeds a predetermined threshold, whereby the end member is displaced relative to the intermediate member to displace the second sealing or gripping element ahead of displacement of the intermediate member relative to the sleeve to displace the first sealing or gripping element or the intermediate member is displaced relative to the sleeve to displace the first sealing or gripping element ahead of displacement of the end member relative to the intermediate member to displace the second sealing or gripping element. a sleeve which receives a pipe and has a seat; a first sealing or gripping element which is disposed adjacent the seat; an intermediate member which is disposed adjacent the first sealing or gripping element; a second sealing or gripping element which is disposed adjacent the intermediate member; an end member which is disposed adjacent the second sealing or gripping element; and at least one fixing which engages the end member and is configured to displace the same axially inwardly relative to the sleeve on torquing;
A converter comprising: an input stage coupled to a power source, wherein the input stage comprises a plurality of power switches; a resonant tank coupled to the plurality of power switches; a transformer coupled to the resonant tank; an output stage coupled to the transformer; an efficiency point tracking indicator coupled to the converter; and a detector coupled to the efficiency point tracking indicator; characterized in that the converter further comprises a control circuit configured to receive an efficiency point tracking signal from the detector and adjust a switching frequency of the power switches based upon the efficiency point tracking signal; wherein the control circuit is configured to adjust the switching frequency of the power switches until a magnitude of the efficiency point tracking signal from the detector is less than a predetermined threshold; and wherein the control circuit is configured for maximum efficiency point tracking (MEPT) wherein the converter is forced to operate at a frequency close to its resonant frequency such as to achieve higher efficiency through zero voltage switching and/or zero current switching; and wherein the control circuit is further configured for maximum output voltage accuracy tracking (MOVA) wherein the switching frequency of the power switches is varied based on a load of the converter, an input voltage of the converter and/or any combinations thereof, wherein, under a full load condition, the MEPT control mechanism is dominant, and, when the load drops to 50% of the full load, the MOVA control mechanism is activated. an input stage coupled to a power source, wherein the input stage comprises a plurality of power switches; a resonant tank coupled to the plurality of power switches; a transformer coupled to the resonant tank; an output stage coupled to the transformer; an efficiency point tracking indicator coupled to the converter; and a detector coupled to the efficiency point tracking indicator; characterized in that the converter further comprises a control circuit configured to receive an efficiency point tracking signal from the detector and adjust a switching frequency of the power switches based upon the efficiency point tracking signal;
A method of electrical arc fault detection, comprising: determining if first arcing criterion is met; starting delay period if the first arcing criterion is met; during the delay period, determining if delay criterion is met; and if the delay criterion is met, determining if second arcing criterion is met; characterized in that the delay criterion comprises a delay counter being greater than a difference signal within a predefined time period, wherein the difference signal comprises a constant less a sum of a number of AFout signals, wherein the AFout signals are conditioned current waveform data samples. determining if first arcing criterion is met; starting delay period if the first arcing criterion is met; during the delay period, determining if delay criterion is met; and if the delay criterion is met, determining if second arcing criterion is met; characterized in that the delay criterion comprises a delay counter being greater than a difference signal within a predefined time period, wherein the difference signal comprises a constant less a sum of a number of AFout signals, wherein the AFout signals are conditioned current waveform data samples.
A selectively quaternized hydrogenated styrenic block copolymer comprising: at least a block A derived from para-substituted vinyl aromatic monomer; at least a block B comprising a polymerized hydrogenated 1,4-isoprene unit or 1,2 and 1-4 butadiene units; a block C as a mid-block and derived from a vinyl aromatic monomer susceptible to quaternization and; wherein the selectively quaternized hydrogenated styrenic block copolymer: has a general configuration of: a pentablock; a tetrablock, or a triblock with a random structure containing B/C or C/B; has an ion exchange capacity from 0.5 to 4.0 meq/g; and block C is quaternized to have quaternary ammonium cations and a degree of quaternization from 30 mol% to 95 mol%. at least a block A derived from para-substituted vinyl aromatic monomer; at least a block B comprising a polymerized hydrogenated 1,4-isoprene unit or 1,2 and 1-4 butadiene units; a block C as a mid-block and derived from a vinyl aromatic monomer susceptible to quaternization and; wherein the selectively quaternized hydrogenated styrenic block copolymer: has a general configuration of: a pentablock; a tetrablock, or a triblock with a random structure containing B/C or C/B; has an ion exchange capacity from 0.5 to 4.0 meq/g; and block C is quaternized to have quaternary ammonium cations and a degree of quaternization from 30 mol% to 95 mol%. has a general configuration of: a pentablock; a tetrablock, or a triblock with a random structure containing B/C or C/B; has an ion exchange capacity from 0.5 to 4.0 meq/g; and block C is quaternized to have quaternary ammonium cations and a degree of quaternization from 30 mol% to 95 mol%.
A Peer-to-Peer P2P control server (P2P1; P2P2) coupled to a plurality of end-users (STB1-2; STB3-5) via at least one network-node NW element (M1; M2, M3) in a communication network, each end-user comprising storage means for storing multimedia content (A; B) and said network-node NW element being adapted to transfer such multimedia content, said P2P control server being adapted to control the storage means of said plurality of end-users, wherein said P2P control server is further adapted to control said network-node NW element (M1; M2, M3) to transfer multimedia content between the storage means of distinct end-users (STB1-2; STB3-5); characterized in that said P2P control server is coupled to another P2P control server that is coupled to at least one other end-user via another network-node NW element, and said P2P control server and the other P2P control server are adapted to interact with each other for controlling the transfer of multimedia content from the storage means of said other end-user to the storage means of at least one end-user of said plurality via said other network-node NW element and said one network-node NW element.
A set of essentially identical floor panels (1, 1', 1") each comprising long (5a, 5b) and short edges (4a, 4b) provided with a mechanical locking system comprising first and second connectors (9,10, 6,8,14,) integrated with the floor panels, wherein immediately juxtaposed upper parts of two adjacent joint edges of two joined floor panels together define a vertical plane perpendicular to the main plane of the panels, wherein the first connector comprises a locking strip with an upwardly directed locking element, at a first edge of a floor panel, configured to cooperate with a downwardly open locking groove at an adjacent second edge of another floor panel for connecting the adjacent edges horizontally in a direction perpendicular to the vertical plane, wherein the second connector comprises a tongue, either at the first or the second edge, extending horizontally perpendicular to vertical plane, configured to cooperate with a horizontally open tongue groove, at the other of said first or second edge, for connecting the adjacent edges in vertical direction parallel to the vertical plane, wherein the connectors at the long edges are configured to be locked with angling and the connectors at the short edge are configured to be locked with vertical snap folding, characterised in that the tongue at one of the short edges (4a, 4b) is formed in one piece with the panel and configured to protrude from a substantially vertical upper surface at the short edge with the tongue and that the mechanical locking system at the long edges is configured such that a new panel is displaceable vertically substantially along the vertical plane of a first panel (1") and relative to the first panel (1") when the new floor panel is in an angled position in relation to the first floor panel (1") and with the tongue being within the tongue groove, and the upper part of the locking element being within the locking groove.
A peptide consisting of the amino acid sequence SPMLVAYD as denoted by SEQ ID NO:1, also denoted as p2TA, or any functional derivative, fragment, salt or ester thereof, for use in a method for the treatment of Necrotizing Soft Tissue Infection (NSTI) or polymicrobial infection in a human subject in need of such treatment, wherein said method comprises a single administration to said subject of a therapeutically effective amount of said peptide, or any functional derivative, functional fragment, salt or ester thereof, wherein said administration is post onset of said at least one of NSTI or polymicrobial infection.
Organic peroxide composition that is solid at room temperature, said composition comprising: - at least 40 wt% - based on the weight of the entire composition - of an organic peroxide that is solid at room temperature, said organic peroxide being selected from peroxydicarbonates and diacylperoxides, - 0.001-5 wt% - based on the weight of organic peroxide in the composition - of an HCI scavenger that is solid at room temperature. - at least 40 wt% - based on the weight of the entire composition - of an organic peroxide that is solid at room temperature, said organic peroxide being selected from peroxydicarbonates and diacylperoxides, - 0.001-5 wt% - based on the weight of organic peroxide in the composition - of an HCI scavenger that is solid at room temperature.
A positive displacement rotary machine comprising: a tubular enclosure having an oval section; a crankshaft rotationally mounted in the enclosure; and three pistons inside the enclosure, each piston centrally articulated to the crankshaft and configured to have two opposite ends in continuous contact with the enclosure as the crankshaft rotates with respect to the enclosure, whereby each piston undergoes alternative rocking about its articulation to the crankshaft; characterised in that each piston has two intrados surfaces extending radially on either side of the corresponding articulation to the crankshaft, each intrados surface having a profile complementary to the profile of the outer surface of the crankshaft, whereby each piston fits the outer surface of the crankshaft in an alternating to and fro motion while rocking. a tubular enclosure having an oval section; a crankshaft rotationally mounted in the enclosure; and three pistons inside the enclosure, each piston centrally articulated to the crankshaft and configured to have two opposite ends in continuous contact with the enclosure as the crankshaft rotates with respect to the enclosure, whereby each piston undergoes alternative rocking about its articulation to the crankshaft; characterised in that each piston has two intrados surfaces extending radially on either side of the corresponding articulation to the crankshaft, each intrados surface having a profile complementary to the profile of the outer surface of the crankshaft, whereby each piston fits the outer surface of the crankshaft in an alternating to and fro motion while rocking.
Hydraulic hose comprising a tube, a first reinforcement layer directly applied on the tube, a helical wire reinforcement directly applied on the first reinforcement layer, a first insulation layer directly applied on the helical wire reinforcement, a second reinforcement layer directly applied on the first insulation layer, a second insulation layer directly applied on the second reinforcement layer and a cover layer directly applied on the second insulation layer, wherein the cover layer comprises a rubber composition comprising ethylene vinyl acetate copolymer and ethylene-propylene-diene terpolymer (EPDM), and wherein the tube comprises a material being halogen free, wherein the material comprises an acrylonitrile butadiene rubber.
A method for manufacturing flexible containers of the type comprising a lower base of essentially parallelogram configuration and four side faces (4, 5, 6a, 6b), the method comprising the operations of - supplying a continuous web folded upon itself around longitudinal fold lines forming a W-shaped pleated area determining an inverted "V" shaped bottom, a central fold being distinguished, which remains arranged between two opposite walls (4', 5') of the web - inserting folded sheets into the web between its opposite walls (4 ', 5') so that, at least, one bonding portion (20a, 20b) in each folded sheet is attached to the opposite walls (4', 5') and to the inverted "V" shaped bottom of the web, and - bonding said folded sheets to the web in said bonding portion or portions (20a, 20b) to determine dividing walls (6a', 6b') on the web prior to performing transverse cuts on the web to individualise a container, the cuts being distanced so that each container includes, at least, two of said dividing walls (6a', 6b'), which will form the two respective side walls (6a, 6b) in each container. - supplying a continuous web folded upon itself around longitudinal fold lines forming a W-shaped pleated area determining an inverted "V" shaped bottom, a central fold being distinguished, which remains arranged between two opposite walls (4', 5') of the web - inserting folded sheets into the web between its opposite walls (4 ', 5') so that, at least, one bonding portion (20a, 20b) in each folded sheet is attached to the opposite walls (4', 5') and to the inverted "V" shaped bottom of the web, and - bonding said folded sheets to the web in said bonding portion or portions (20a, 20b) to determine dividing walls (6a', 6b') on the web prior to performing transverse cuts on the web to individualise a container, the cuts being distanced so that each container includes, at least, two of said dividing walls (6a', 6b'), which will form the two respective side walls (6a, 6b) in each container.
A washing machine comprising: a tub; a bearing housing is formed by insert-injection molding into the tub and having a fastening member; a stator, wherein the fastening member is exposed from a rear wall of the tub and the stator is mounted to the fastening member, characterized in that the fastening member is provided as a separate component to be fastened to the bearing housing and has a thread formed on an outer circumference thereof for easy coupling to other members, and in that the washing machine further comprises a nut member coupled to the fastening member to force the stator to come into close contact with a rear wall of the tub. a tub; a bearing housing is formed by insert-injection molding into the tub and having a fastening member; a stator, wherein the fastening member is exposed from a rear wall of the tub and the stator is mounted to the fastening member, characterized in that the fastening member is provided as a separate component to be fastened to the bearing housing and has a thread formed on an outer circumference thereof for easy coupling to other members, and in that the washing machine further comprises a nut member coupled to the fastening member to force the stator to come into close contact with a rear wall of the tub.