mhurhangee/ep-ind-claims huggingface dataset:
A microcatheter (10, 100, 200) having proximal (12, 14, 112) and distal (16, 116) sections that are joined at a junction (20, 22, 140), the microcatheter (10, 100, 200) comprising: an inner polymeric tube defining an inner lumen; an inner wire layer (32, 132) helically wound in a constricted state over the inner polymeric tube, the inner wire layer (32, 132) extending throughout the proximal section (12, 14, 112) and not extending into the distal section (16, 116); an outer wire layer (36, 136) helically wound over the inner wire layer (32, 132) in a constricted state within the proximal section(12, 14, 112), the outer wire layer (36, 136) having an outer diameter; and a distal wire layer helically wound in a constricted state within the distal section (16, 116) and having an outer dimeter that is substantially the same as the outer diameter of the outer wire layer (36, 136) at the junction (20, 22, 140) where the proximal (12, 14, 112) and distal (16, 116) sections are joined; and an outer polymer cover (18, 118) surrounding the inner (32, 132) and outer wire (36, 136) layers thereby securing the wire layers within the outer polymer cover (18, 118) wherein the joined proximal (12, 14, 112) and distal sections (16, 116) are characterized by the absence of a step between the outer diameter of the outer wire layer (36, 136) and the outer diameter of the distal wire layer at the junction (20, 22, 140). an inner polymeric tube defining an inner lumen; an inner wire layer (32, 132) helically wound in a constricted state over the inner polymeric tube, the inner wire layer (32, 132) extending throughout the proximal section (12, 14, 112) and not extending into the distal section (16, 116); an outer wire layer (36, 136) helically wound over the inner wire layer (32, 132) in a constricted state within the proximal section(12, 14, 112), the outer wire layer (36, 136) having an outer diameter; and a distal wire layer helically wound in a constricted state within the distal section (16, 116) and having an outer dimeter that is substantially the same as the outer diameter of the outer wire layer (36, 136) at the junction (20, 22, 140) where the proximal (12, 14, 112) and distal (16, 116) sections are joined; and an outer polymer cover (18, 118) surrounding the inner (32, 132) and outer wire (36, 136) layers thereby securing the wire layers within the outer polymer cover (18, 118) wherein the joined proximal (12, 14, 112) and distal sections (16, 116) are characterized by the absence of a step between the outer diameter of the outer wire layer (36, 136) and the outer diameter of the distal wire layer at the junction (20, 22, 140).
An assembly comprising an aerodynamic surface drive mechanism and an aerodynamic surface, the aerodynamic surface drive mechanism containing at least a drive combination (50, 50'), each drive combination (50, 50') comprising a fixed element associated to a fixed aircraft structure, a first mobile component connected pivotably by a first end to the fixed element by way of an articulation axis (e) and associated to an actuator by an opposite end, and a second mobile component rotationally associated to the first mobile component by way of primary swivel joints (24, 24') linearly disposed along a vertical axis; characterized in that the second mobile component is further rotationally connected to the aerodynamic surface by way of secondary swivel joints (25, 25') linearly disposed along a horizontal axis, the vertical axis being perpendicular to the horizontal axis; the first mobile component and the second mobile component being configured to simultaneously move the aerodynamic surface linearly and rotatively by means of the actuator and of the primary swivel joints (24, 24') and secondary swivel joints (25, 25'). a fixed element associated to a fixed aircraft structure, a first mobile component connected pivotably by a first end to the fixed element by way of an articulation axis (e) and associated to an actuator by an opposite end, and a second mobile component rotationally associated to the first mobile component by way of primary swivel joints (24, 24') linearly disposed along a vertical axis; characterized in that the second mobile component is further rotationally connected to the aerodynamic surface by way of secondary swivel joints (25, 25') linearly disposed along a horizontal axis, the vertical axis being perpendicular to the horizontal axis; the first mobile component and the second mobile component being configured to simultaneously move the aerodynamic surface linearly and rotatively by means of the actuator and of the primary swivel joints (24, 24') and secondary swivel joints (25, 25').
An electron multiplying structure (5, 70) in a vacuum tube using electron multiplying, the electron multiplying structure (5, 70) comprising an input face intended to be oriented in a facing relationship with an entrance window of the vacuum tube, an output face intended to be oriented in a facing relationship with a detection surface of the vacuum tube, wherein the electron multiplying structure (5, 70) at least is composed of a semi-conductor material layer, characterized in that the semi-conductor material layer is adjacent and directly attached to the detection surface of the vacuum tube.
A device to increase the grip of the tread of the wheel of a vehicle comprising a base provided with appropriate means for securing it to the rim of said wheel, in correspondence with the face thereof destined to be arranged outside, and a plurality of moving spokes whose ends are connected to claws, the latter being elastically connected to each other to form a belt whose diameter progressively increases during its positioning; said moving spokes being suitable for making, upon command, said belt switch from a retracted rest configuration having the shape of an annulus, in which said claws are substantially arranged inside the perimeter represented by said base, to an extracted work configuration, so as to make its extension progressively increase up to allowing its arrangement around said tread, said claws getting in contact with the roadbed; characterized in that the means for positioning said moving spokes comprise a plate grooved according to a special spiral, rotationally connected to said base and featuring an initial and terminal development according to an arc of circle; said moving spokes comprising corresponding projecting pins inserted in said special spiral so as to result radially movable in correspondence with rotations of said plate with respect to said base and both said arcs of circle covering all sectors of circle defined by said moving spokes, but one.
Elevator, which comprises at least an elevator car arranged to move reciprocally in an elevator hoistway and fitted on guide rails, a plurality of landing doors (1a, 1b) having landing door locks openable with a service key - e.g. in connection with servicing procedures - and a safety arrangement, which comprises means, which are arranged to form a safe space, preferably a working space, in the elevator hoistway below the elevator car, access to which safe space is enabled via at least one landing door in the proximity of the base of the elevator hoistway, and/or a safe space, preferably a working space, above the elevator car, to which access is enabled via at least one landing door leading to the roof of the elevator car, and in which elevator the aforementioned safe space has a minimum height, wherein formation of each safe space is arranged to be implemented as a consequence of the opening, e.g. to be performed with a service key, occurring from a floor level of a landing door (1a, 1b) enabling access into the elevator hoistway, characterized in that the safety arrangement is mechanical and comprises at least a safety device to be fixed in a rigid location in the elevator hoistway, which safety device comprises a mounting base, in which is a spring-loaded tripping device, which comprises a locking detent to be moved in one direction with transmission means and a spring means pressing the locking detent in a second direction, and in which mounting base is also a spring-loaded transmitter means, which comprises a pin-type safety member hinged at its first end to the mounting base, which safety member is further hinged between its first and second end to the second end of a transmission rod, which transmission rod is hinged at its first end to a stopper means pressed by a spring means, which stopper means is arranged to rest on the detent surface of the locking detent during a normal run of the elevator.
A method for transmitting data in a first network device of a radio network, comprising the steps of: A. obtaining a plurality of service data from one or more terminal equipments (1a, 1b, 1c) over a radio channel; B. encapsulating the plurality of service data into a non-access stratum data packet; C. performing a transmission process on the non-access stratum data packet to generate a processed signal and transmitting the processed signal; and further comprising generating a radio resource control signaling message before the step C, wherein: the step C is performed by: - encapsulating the non-access stratum data packet and the radio resource control signaling message together into a media access control layer data packet; and - performing a physical layer process on the media access control layer data packet to generate the processed signal and transmitting the processed signal.
A method for manufacturing a high-strength cold-rolled steel sheet performed by using a manufacturing apparatus for manufacturing a high-strength cold-rolled steel sheet, the manufacturing apparatus disposed in a continuous annealing line and including a cooling facility (4a, 4b) that forms a temperature distribution in a steel sheet by spraying cooling water, the method comprising: a temperature distribution forming step of forming a temperature distribution in a width direction of a steel sheet by the cooling facility (4a, 4b) such that a temperature of the steel sheet increases from an end of the steel sheet in the width direction toward a center part of the steel sheet in the width direction; and a water quenching step of performing water quenching treatment on the steel sheet by immersing, in cooling water, the steel sheet on which the temperature distribution is formed in the width direction. a temperature distribution forming step of forming a temperature distribution in a width direction of a steel sheet by the cooling facility (4a, 4b) such that a temperature of the steel sheet increases from an end of the steel sheet in the width direction toward a center part of the steel sheet in the width direction; and a water quenching step of performing water quenching treatment on the steel sheet by immersing, in cooling water, the steel sheet on which the temperature distribution is formed in the width direction.
Addition-crosslinking silicone compositions selected from the group comprising - in each case at least one compound,, and, - in each case at least one compound,, and and - in each case at least one compound,,, and wherein is an organic compound or an organosilicon compound comprising at least two radicals having aliphatic carbon-carbon multiple bonds, is an organosilicon compound comprising at least two Si-bonded hydrogen atoms, is an organosilicon compound comprising SiC-bonded radicals having aliphatic carbon-carbon multiple bonds and Si-bonded hydrogen atoms, is a noble metal catalyst, wherein the noble metal is in an oxidation stage of greater than 0, and is an at least bidentate chelate ligand, with the proviso that the compound and have been pre-mixed, or the compound is mixed into the composition simultaneously with compound, and with the proviso that the compound remains in the silicone composition. - in each case at least one compound,, and, - in each case at least one compound,, and and - in each case at least one compound,,, and wherein is an organic compound or an organosilicon compound comprising at least two radicals having aliphatic carbon-carbon multiple bonds, is an organosilicon compound comprising at least two Si-bonded hydrogen atoms, is an organosilicon compound comprising SiC-bonded radicals having aliphatic carbon-carbon multiple bonds and Si-bonded hydrogen atoms, is a noble metal catalyst, wherein the noble metal is in an oxidation stage of greater than 0, and is an at least bidentate chelate ligand, is an organic compound or an organosilicon compound comprising at least two radicals having aliphatic carbon-carbon multiple bonds, is an organosilicon compound comprising at least two Si-bonded hydrogen atoms, is an organosilicon compound comprising SiC-bonded radicals having aliphatic carbon-carbon multiple bonds and Si-bonded hydrogen atoms, is a noble metal catalyst, wherein the noble metal is in an oxidation stage of greater than 0, and is an at least bidentate chelate ligand,
A method of operating a network, the method comprising the steps of: a) analysing a first datastore comprising data representing historical network performance; b) creating one or more indices within the first datastore; c) creating one or more probability networks in accordance with one or more of the indices created in step b), wherein the or each probability networks comprise a plurality of nodes, each of the nodes corresponding to a network element comprised within the network; d) determining from the one or more probability networks a conditional probability associated with a second network element generating an alarm event within a predetermined time period of a first network element generating an alarm event; and e) if the conditional probability determined in step d) is less than a threshold value, disregarding the associated alarm event; or f) if the conditional probability determined in step d) is greater than a threshold value, using the associated alarm event in conjunction with other historical network data to predict future alarm events. a) analysing a first datastore comprising data representing historical network performance; b) creating one or more indices within the first datastore; c) creating one or more probability networks in accordance with one or more of the indices created in step b), wherein the or each probability networks comprise a plurality of nodes, each of the nodes corresponding to a network element comprised within the network; d) determining from the one or more probability networks a conditional probability associated with a second network element generating an alarm event within a predetermined time period of a first network element generating an alarm event; and e) if the conditional probability determined in step d) is less than a threshold value, disregarding the associated alarm event; or f) if the conditional probability determined in step d) is greater than a threshold value, using the associated alarm event in conjunction with other historical network data to predict future alarm events.
An octane-enhancing composition comprising a mixed butanol composition, sec-butyl ether, methanol, methyl tert-butyl ether, and a C4-dimer, the mixed butanol composition comprising sec-butanol and tert-butanol, and the C4-dimer comprising at least one of di-isobutylene, 2,2,4 trimethylpentane, or 2,3,3 trimethylpentane, wherein methanol is present in an amount of 0.55 to 0.80 volume percent of the octane-enhancing composition; wherein methyl tert-butyl ether is present in an amount of 70 to 95 volume percent of the octane-enhancing composition; wherein the mixed butanol composition is present in an amount of 3 to 29 volume percent of the octane-enhancing composition; and wherein sec-butyl ether is present in the range of 0.4 to 4 volume percent of the octane-enhancing composition. the mixed butanol composition comprising sec-butanol and tert-butanol, and the C4-dimer comprising at least one of di-isobutylene, 2,2,4 trimethylpentane, or 2,3,3 trimethylpentane, wherein methanol is present in an amount of 0.55 to 0.80 volume percent of the octane-enhancing composition; wherein methyl tert-butyl ether is present in an amount of 70 to 95 volume percent of the octane-enhancing composition; wherein the mixed butanol composition is present in an amount of 3 to 29 volume percent of the octane-enhancing composition; and wherein sec-butyl ether is present in the range of 0.4 to 4 volume percent of the octane-enhancing composition.
A method implemented in a first transmit/receive unit, comprising: a) generating a set of random numbers; b) generating a set of random data by sampling a random public stream for a session period using the set of random numbers; c) upon completion of the session period, transmitting the set of random numbers to a second transmit/receive unit; d) generating a secret key based on the set of random data, whereby the second transmit/receive unit extracts the same secret key by sampling the random public stream for the session period using the set of random numbers; and e) transmitting encrypted data to the second transmit/receive unit using the secret key for encryption. a) generating a set of random numbers; b) generating a set of random data by sampling a random public stream for a session period using the set of random numbers; c) upon completion of the session period, transmitting the set of random numbers to a second transmit/receive unit; d) generating a secret key based on the set of random data, whereby the second transmit/receive unit extracts the same secret key by sampling the random public stream for the session period using the set of random numbers; and e) transmitting encrypted data to the second transmit/receive unit using the secret key for encryption.
An assembly for use in treating gaseous emissions comprising a first substrate body (34, 60) having a first plurality of linear passages extending the length of the first substrate body for the passage of emissions gas from one end to the other end of the first substrate body, a second substrate body (34, 64) having a second plurality of linear passages for receiving emissions gas exiting from the other end of the first substrate body, the first substrate body generally aligned with, but separated from, the second substrate body, one of the substrate bodies having an elongate metal body in each of a subset of the plurality of passages of the one substrate body with concentration of metal per unit volume in the one substrate body increasing towards one end of said one substrate body, and an electromagnetic field generator configured to inductively heat the metal bodies and thereby to heat said one substrate body, wherein the first substrate body is separated from the second substrate body by a distance of the order of 2 to 6 mm.
An inflator for an airbag assembly for protecting a vehicle occupant from injury, the inflator comprising: an exterior wall comprising a first aperture; a gas source contained within a chamber defined within the exterior wall, wherein, in response to receipt by the inflator of a first activation signal, the gas source provides a gas; and a filter module comprising a first layer and a second layer, wherein: the first layer comprises a first plurality of holes, wherein the first layer is positioned such that the gas passes through the first plurality of holes to reach the second layer; and the second layer comprises a second plurality of holes, each of which is not aligned with each hole of the first plurality of holes, wherein the second layer is positioned such that the gas passes through the second plurality of holes to reach the first aperture; characterised in that one of the first layer and the second layer comprises a first plurality of dimples that protrudes toward the other of the first layer and the second layer to maintain a gap between the first layer and the second layer, wherein each dimple of the plurality of dimples is separate from each hole of the corresponding plurality of holes. an exterior wall comprising a first aperture; a gas source contained within a chamber defined within the exterior wall, wherein, in response to receipt by the inflator of a first activation signal, the gas source provides a gas; and a filter module comprising a first layer and a second layer, wherein: the first layer comprises a first plurality of holes, wherein the first layer is positioned such that the gas passes through the first plurality of holes to reach the second layer; and the second layer comprises a second plurality of holes, each of which is not aligned with each hole of the first plurality of holes, wherein the second layer is positioned such that the gas passes through the second plurality of holes to reach the first aperture; characterised in that one of the first layer and the second layer comprises a first plurality of dimples that protrudes toward the other of the first layer and the second layer to maintain a gap between the first layer and the second layer, wherein each dimple of the plurality of dimples is separate from each hole of the corresponding plurality of holes. the first layer comprises a first plurality of holes, wherein the first layer is positioned such that the gas passes through the first plurality of holes to reach the second layer; and the second layer comprises a second plurality of holes, each of which is not aligned with each hole of the first plurality of holes, wherein the second layer is positioned such that the gas passes through the second plurality of holes to reach the first aperture; characterised in that one of the first layer and the second layer comprises a first plurality of dimples that protrudes toward the other of the first layer and the second layer to maintain a gap between the first layer and the second layer, wherein each dimple of the plurality of dimples is separate from each hole of the corresponding plurality of holes.
An energy receiver comprising: - a power reception coil configured to wirelessly receive power from an energy transmitter; - a foreign object detector (46A, 46B) configured to detect a foreign object within a range of a wireless energy transmission of the energy transmitter; - an energy storage element configured to store power received from the energy transmitter after receiving a command related to detection of the foreign object, and - a control unit, characterized in that - the control unit is configured to supply power to the foreign object detector (46A, 46B) from the energy storage element when the energy transmitter is not transmitting power, and to supply the power to the foreign object detector from the energy storage element after receiving data corresponding to identification information of the energy receiver. - a power reception coil configured to wirelessly receive power from an energy transmitter; - a foreign object detector (46A, 46B) configured to detect a foreign object within a range of a wireless energy transmission of the energy transmitter; - an energy storage element configured to store power received from the energy transmitter after receiving a command related to detection of the foreign object, and - a control unit, - the control unit is configured to supply power to the foreign object detector (46A, 46B) from the energy storage element when the energy transmitter is not transmitting power, and to supply the power to the foreign object detector from the energy storage element after receiving data corresponding to identification information of the energy receiver.
Enzymes for transforming, in particular hydrolytically cleaving at the C3'-atom of the cyclol ring, ergopeptines, characterized in that said enzymes are α/β-hydrolases having at least 96 % sequence identity with a sequence ID No. 1.