mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a nuclear reactor pressure vessel; and a control rod assembly including at least one movable control rod comprising a neutron absorbing material, a control rod drive mechanism (CRDM) for controlling movement of the at least one control rod, and a coupling operatively connecting the at least one control rod and the CRDM, wherein the coupling includes at least one connecting rod for the control rod assembly, the connecting rod including: a hollow or partially hollow connecting rod tube comprising a first material having a first density at room temperature, a filler disposed in the hollow or partially hollow connecting rod tube, the filler comprising a second material having a second density at room temperature that is greater than the first density, and a less dense filler disposed in the hollow or partially hollow connecting rod to prevent the filler from moving inside the hollow or partially hollow connecting rod tube, the less dense filler having a third density at room temperature that is less than the first density. a nuclear reactor pressure vessel; and a control rod assembly including at least one movable control rod comprising a neutron absorbing material, a control rod drive mechanism (CRDM) for controlling movement of the at least one control rod, and a coupling operatively connecting the at least one control rod and the CRDM, wherein the coupling includes at least one connecting rod for the control rod assembly, the connecting rod including: a hollow or partially hollow connecting rod tube comprising a first material having a first density at room temperature, a filler disposed in the hollow or partially hollow connecting rod tube, the filler comprising a second material having a second density at room temperature that is greater than the first density, and a less dense filler disposed in the hollow or partially hollow connecting rod to prevent the filler from moving inside the hollow or partially hollow connecting rod tube, the less dense filler having a third density at room temperature that is less than the first density. a hollow or partially hollow connecting rod tube comprising a first material having a first density at room temperature, a filler disposed in the hollow or partially hollow connecting rod tube, the filler comprising a second material having a second density at room temperature that is greater than the first density, and a less dense filler disposed in the hollow or partially hollow connecting rod to prevent the filler from moving inside the hollow or partially hollow connecting rod tube, the less dense filler having a third density at room temperature that is less than the first density.
A method for reinforcing a stealth pole, the stealth pole comprising a plurality of canister sections, each of the plurality of canister sections comprising a spine, a first splice plate located on a first end of the spine, a second splice plate located on a second end of the spine, and a first canister cover that covers the spine, the first splice plate and the second splice plate, characterized in that the method comprises: removing the first canister cover from at least one of the plurality of canister sections; attaching a plurality of stiffener members to the first splice plate and the second splice plate; and applying tension, compression or a combination thereof to the plurality of stiffener members, wherein the plurality of stiffener members reinforce the spine of the canister section. removing the first canister cover from at least one of the plurality of canister sections; attaching a plurality of stiffener members to the first splice plate and the second splice plate; and applying tension, compression or a combination thereof to the plurality of stiffener members,
A propulsor arrangement for operation in icy as well as open water, for a marine vessel having a hull with a center line extending between a forward end and an aft end, said propulsor arrangement comprising a plurality of azimuthing thrusters (1A-1D) having a centre of rotation and a longest lateral distance R that it protrudes from said centre of rotation, preferably having at least one azimuthing thruster (1A-1D) with a propeller arranged to act in ice, where by said propulsor arrangement includes at least three azimuthing thrusters (1A, 1B, 1G) positioned substantially in V-shape close to one end (3, 4) of said hull, including at least one pair (1A, 1B) positioned substantially symmetrical in relation to said center line along a transversal line in relation to said center line a first transversal distance apart a and at least one azimuthing thruster positioned closer to said end (3,4) and said centerline and positioned a longitudinal distance away from said transversal line, characterized in that a first transversal distance for said pair (1A, 1B) positioned closest to said end (3, 4) is between 2R to 8R, and that there are at least four azimuthing thrusters (1A, 1B, 1C, 1D, 1G), wherein a second transversal distance between the pair of azimuthing thrusters (1C, 1D) further away from said end (3,4) is larger than said first transversal distance.
A device comprising an encoder configured to: receive a reference channel and a target channel, the reference channel including a set of reference samples, and the target channel including a set of target samples; determine a variation between a first mismatch value and a second mismatch value, the first mismatch value indicative of an amount of temporal mismatch between a first reference sample of a first frame of the set of reference samples and a first target sample of a second frame of the set of target samples corresponding to the first frame of the set of reference samples, the second mismatch value indicative of an amount of temporal mismatch between a second reference sample of a third frame of the set of reference samples and a second target sample of a fourth frame of the set of target samples corresponding to the third frame of the set of reference samples; temporally shift the second frame of the set of target samples based on the first mismatch value; temporally shift the fourth frame of the set of target samples based on the second mismatch value; adjust the set of temporally shifted target samples of the fourth frame of target samples based on the variation to generate an adjusted set of target samples; and generate at least one encoded channel based on the set of reference samples of the first and third frames, the temporally shifted second frame of the set of target samples and the adjusted temporally shifted fourth frame of the set of target samples; and a network interface configured to transmit the at least one encoded channel. receive a reference channel and a target channel, the reference channel including a set of reference samples, and the target channel including a set of target samples; determine a variation between a first mismatch value and a second mismatch value, the first mismatch value indicative of an amount of temporal mismatch between a first reference sample of a first frame of the set of reference samples and a first target sample of a second frame of the set of target samples corresponding to the first frame of the set of reference samples, the second mismatch value indicative of an amount of temporal mismatch between a second reference sample of a third frame of the set of reference samples and a second target sample of a fourth frame of the set of target samples corresponding to the third frame of the set of reference samples; temporally shift the second frame of the set of target samples based on the first mismatch value; temporally shift the fourth frame of the set of target samples based on the second mismatch value; adjust the set of temporally shifted target samples of the fourth frame of target samples based on the variation to generate an adjusted set of target samples; and generate at least one encoded channel based on the set of reference samples of the first and third frames, the temporally shifted second frame of the set of target samples and the adjusted temporally shifted fourth frame of the set of target samples; and
A method for a user equipment in a dual connectivity state comprising: determining that at least one channel condition of a first carrier is below a threshold, the first carrier operating as a primary carrier and having a first bandwidth, wherein a primary carrier is for a master base station; in response to the determining, switching from the first primary carrier to a second carrier operating as a primary carrier, wherein the second carrier is determined to provide better coverage than the first carrier, and wherein the second carrier comprises a narrowband internet of things, NB-IoT, single resource block co-located within the first bandwidth; and receiving a control channel using the second carrier. determining that at least one channel condition of a first carrier is below a threshold, the first carrier operating as a primary carrier and having a first bandwidth, wherein a primary carrier is for a master base station; in response to the determining, switching from the first primary carrier to a second carrier operating as a primary carrier, wherein the second carrier is determined to provide better coverage than the first carrier, and wherein the second carrier comprises a narrowband internet of things, NB-IoT, single resource block co-located within the first bandwidth; and receiving a control channel using the second carrier.
A translucent material, comprising: a base including a glass-based material; and an oxide layer layered on a surface of the base, the oxide layer including yttrium oxide as a base material thereof and further including nitrogen and a Group 4A element; and wherein the oxide layer has low adherability for at least one of animal oil, vegetable oil, and mineral oil. a base including a glass-based material; and an oxide layer layered on a surface of the base, the oxide layer including yttrium oxide as a base material thereof and further including nitrogen and a Group 4A element; and wherein the oxide layer has low adherability for at least one of animal oil, vegetable oil, and mineral oil.
Collector and distributor unit for the heat transfer medium of a heating system with several heating boilers and at least one heating circuit whereby the collector and distributor unit is designed as a unitary constructional element and consists of a cascade area with connections for feed lines and return lines of the heating boilers, a heating circuit distribution area with connections for the feed line and return line of the heating circuit and a hydraulic separator, whereby the collector and distributor unit is fitted with a bar-shaped housing horizontally arranged in the mounted state with a feed line chamber and a return line chamber, whereby the feed line chamber comprises the connections for the feed lines (21, 31) of the heating boiler, and whereby the return line chamber comprises the return lines (22, 32) of the heating boiler, whereby in addition to the feed line chamber and the return line chamber the housing contains a separator chamber, and whereby the separator chamber is linked on the one hand to the feed line chamber and on the other hand to the return line chamber via a flow connection (16, 17), characterised in that - the collector and distributor unit is intended for the heat transfer medium of a heating system with several heating boilers, - the feed line chamber additionally comprises the connections for the feed lines of the heating circuits, - the return line chamber additionally comprises the connections for the return lines of the heating circuits, - when viewed in longitudinal direction of the housing the flow connection between the feed line chamber and the separator chamber is arranged at the height of the heating boiler feed line connection nearest to the heating circuit connections, - the flow connection between the return line chamber and the separator chamber is arranged at the height of the heating circuit return flow connection farthest from the heating boiler connections, and - the separator chamber extends only over the length between the two flow connections (16, 17). - the collector and distributor unit is intended for the heat transfer medium of a heating system with several heating boilers, - the feed line chamber additionally comprises the connections for the feed lines of the heating circuits, - the return line chamber additionally comprises the connections for the return lines of the heating circuits, - when viewed in longitudinal direction of the housing the flow connection between the feed line chamber and the separator chamber is arranged at the height of the heating boiler feed line connection nearest to the heating circuit connections, - the flow connection between the return line chamber and the separator chamber is arranged at the height of the heating circuit return flow connection farthest from the heating boiler connections, and - the separator chamber extends only over the length between the two flow connections (16, 17).
A mineral fiber laminate, at least comprising: a first mineral fiber mat having a high area density portion and a low area density portion, and a second mineral fiber mat having a high area density portion and a low area density portion; wherein, the high area density portion of the first mineral fiber mat and/or the second mineral fiber mat is laminated on the low area density portion of the first mineral fiber mat, and the high area density portion of the first mineral fiber mat and/or the second mineral fiber mat is laminated on the low area density portion of the second mineral fiber mat.
A hermetic package for food products including those containing or extracting fats and moisture made of a shape-forming material consisting of a structural material and a protective laminated layer applied only to the inner side of the structural material contacting food products, the package having corner elements located near the bottom between the side walls (3, 6) of the package, each of said corner elements consists of two symmetrical V-shaped segments (8a, 8b), at that one segment of the two V-shaped segments has only a laminated protective layer, whereas the other one of said two segments has both the structural material layer and the laminated protective layer, wherein for formation of the hermetic package, the corner elements and profiled outline elements located in the upper parts of both sides of the opposite side walls (3, 6) are inserted between the adjacent double wall distinctive with the fact that the outer part of the double wall is increased in size relative to the inner wall and forms the support of the entire package preventing contacts between the bottom and the surface, on which the package is placed.
A device for disinfecting at least one surface within the car of an elevator system, the device comprising: at least one UV light source which is formed to emit UV light for disinfecting the surface within the car; at least one presence detector which is formed to detect the presence of at least one living being inside the car and, in the case of detection of the presence of at least one living being inside the car, to generate a sensor signal indicating the presence of the living being; at least one acceleration sensor (4, 8) which is formed to detect when the device moves horizontally and/or vertically and to output a sensor signal indicating this movement; and at least one control unit (3, 7) connected to the at least one presence detector and the at least one acceleration sensor (4, 8) and the at least one UV light source, characterized in that, the aforementioned device is formed to control the operation of the UV light source and to prevent an initiation of an operation of the UV light source in response to both the reception of the sensor signal indicating the presence of the living being and the reception of the sensor signal indicating the movement and/or to interrupt an ongoing operation of the UV light source. at least one UV light source which is formed to emit UV light for disinfecting the surface within the car; at least one presence detector which is formed to detect the presence of at least one living being inside the car and, in the case of detection of the presence of at least one living being inside the car, to generate a sensor signal indicating the presence of the living being; at least one acceleration sensor (4, 8) which is formed to detect when the device moves horizontally and/or vertically and to output a sensor signal indicating this movement; and at least one control unit (3, 7) connected to the at least one presence detector and the at least one acceleration sensor (4, 8) and the at least one UV light source, characterized in that, the aforementioned device is formed to control the operation of the UV light source and to prevent an initiation of an operation of the UV light source in response to both the reception of the sensor signal indicating the presence of the living being and the reception of the sensor signal indicating the movement and/or to interrupt an ongoing operation of the UV light source.
An aerosol generating substrate element comprising: an aerosol generating substrate comprising homogenized tobacco material and a glycerine content of between about 10% and about 30%; and a paper layer circumscribing the aerosol generating substrate, the paper layer having a thickness in a range from about 78 micrometers to about 160 micrometers, wherein at least about 80% of the aerosol generating substrate circumference is circumscribed by less than two paper layers, wherein the least one paper layer has a ratio of paper thickness to tobacco substrate diameter in a range from about 1:120 to about 1:40, or about 1:100 to about 1:50, or from about 1:70 to about 1:50, or about 1:60 to about 1:50. an aerosol generating substrate comprising homogenized tobacco material and a glycerine content of between about 10% and about 30%; and a paper layer circumscribing the aerosol generating substrate, the paper layer having a thickness in a range from about 78 micrometers to about 160 micrometers, wherein at least about 80% of the aerosol generating substrate circumference is circumscribed by less than two paper layers, wherein the least one paper layer has a ratio of paper thickness to tobacco substrate diameter in a range from about 1:120 to about 1:40, or about 1:100 to about 1:50, or from about 1:70 to about 1:50, or about 1:60 to about 1:50.
Method for controlling a vehicle cruise control comprising the steps of: - driving said vehicle with said cruise control active and set to maintain a vehicle set target speed (v cc set target speed); - registering a first vehicle position when driving in an uphill slope of a hill where vehicle retardation has decreased vehicle speed to a first vehicle speed (v min) below said vehicle set target speed and where said retardation has decreased to zero or the vehicle has just started to accelerate in order to increase vehicle speed to said vehicle set target speed; - registering a desired vehicle speed (v bcc overspeed) in a second position (C 1, C 2) downhill of a crest of said hill at a first distance (y 1, y 2) after said crest; - based on said desired vehicle speed calculating a minimum vehicle speed (v min1, v min2, v min3) at said crest with which said vehicle has to pass said crest in order to be able to reach said desired vehicle speed with a minimized or zero fuel consumption during said first distance (y 1, y 2); characterised by the step of - controlling vehicle speed during a second distance (x) between said first vehicle position and said crest so that said vehicle reaches said minimum vehicle speed (v min1, v min2, v min3) when passing said crest, and maintaining a vehicle speed below said vehicle set target speed during said second distance. - driving said vehicle with said cruise control active and set to maintain a vehicle set target speed (v cc set target speed); - registering a first vehicle position when driving in an uphill slope of a hill where vehicle retardation has decreased vehicle speed to a first vehicle speed (v min) below said vehicle set target speed and where said retardation has decreased to zero or the vehicle has just started to accelerate in order to increase vehicle speed to said vehicle set target speed; - registering a desired vehicle speed (v bcc overspeed) in a second position (C 1, C 2) downhill of a crest of said hill at a first distance (y 1, y 2) after said crest; - based on said desired vehicle speed calculating a minimum vehicle speed (v min1, v min2, v min3) at said crest with which said vehicle has to pass said crest in order to be able to reach said desired vehicle speed with a minimized or zero fuel consumption during said first distance (y 1, y 2); - controlling vehicle speed during a second distance (x) between said first vehicle position and said crest so that said vehicle reaches said minimum vehicle speed (v min1, v min2, v min3) when passing said crest, and maintaining a vehicle speed below said vehicle set target speed during said second distance.
A stroller comprising: a frame convertible between an operating position for use and a collapsed position for storage, the frame comprising at least one front leg (30, 32), at least one rear leg (34, 46), at least one wheel (40, 42, 44, 46) mounted on each leg (30, 32, 34, 36), and a handlebar connected to the at least one rear leg (34, 46), the frame defining front and rear portions (14, 16) and right and left sides (18, 20), and a seat having a seat base and a seat back mounted to the frame, the seat base having an upper surface and a lower surface and the seat back having a front surface and a rear surface, when the frame is in the operating position, the seat back being rotatable relative to the frame between at least one back support position and a travel seat support position where the seat back is rotatable towards the seat base to a position substantially parallel to and above the seat base, the front surface of the seat back being adjacent the upper surface of the seat base in the travel seat support position, characterized in that at least one travel seat attachment (118, 120) is mounted to the rear surface of the seat back and engageable with a complementary attachment on a travel seat when the seat is in the travel seat support position. a frame convertible between an operating position for use and a collapsed position for storage, the frame comprising at least one front leg (30, 32), at least one rear leg (34, 46), at least one wheel (40, 42, 44, 46) mounted on each leg (30, 32, 34, 36), and a handlebar connected to the at least one rear leg (34, 46), the frame defining front and rear portions (14, 16) and right and left sides (18, 20), and a seat having a seat base and a seat back mounted to the frame, the seat base having an upper surface and a lower surface and the seat back having a front surface and a rear surface, when the frame is in the operating position, the seat back being rotatable relative to the frame between at least one back support position and a travel seat support position where the seat back is rotatable towards the seat base to a position substantially parallel to and above the seat base, the front surface of the seat back being adjacent the upper surface of the seat base in the travel seat support position, characterized in that at least one travel seat attachment (118, 120) is mounted to the rear surface of the seat back and engageable with a complementary attachment on a travel seat when the seat is in the travel seat support position.