mhurhangee/ep-ind-claims huggingface dataset:
A polypeptide less than 44 amino acid residues in length, wherein said polypeptide comprises, in an order from amino terminus to carboxy terminus: (a) the sequence set forth in SEQ ID NO: 1 or the sequence set forth in SEQ ID NO:1 with no more than three additions, subtractions, or substitutions, (b) the sequence set forth in SEQ ID NO:2 or the sequence set forth in SEQ ID NO:2 with no more than four additions, subtractions, or substitutions, and (c) the sequence set forth in SEQ ID NO:3 or the sequence set forth in SEQ ID NO:3 with no more than three additions, subtractions, or substitutions, wherein said polypeptide comprises a natriuretic and diuretic activity, and wherein said polypeptide maintains the renal perfusion pressure of a mammal to a greater extent than human BNP. (a) the sequence set forth in SEQ ID NO: 1 or the sequence set forth in SEQ ID NO:1 with no more than three additions, subtractions, or substitutions, (b) the sequence set forth in SEQ ID NO:2 or the sequence set forth in SEQ ID NO:2 with no more than four additions, subtractions, or substitutions, and (c) the sequence set forth in SEQ ID NO:3 or the sequence set forth in SEQ ID NO:3 with no more than three additions, subtractions, or substitutions,
An onboard inert gas generation system for an aircraft, comprising a compressor configured to receive cabin waste air and to supply compressed air to an air separation module configured to separate the air into a nitrogen-enriched air fraction and an oxygen-enriched air fraction, with the compressed air passing from the compressor to the air separation module directly, without active cooling, characterized in that the onboard inert gas generation system further comprises a controller responsive to variation in the temperature of the cabin waste air, configured to adjust at least one of the operating speed and the pressure ratio of the compressor to maintain the compressed air supplied to the air separation module at said predetermined temperature, and in that the compressor is configured to be controlled by the controller as to deliver compressed air to the air separation module at said predetermined temperature.
System for determining a position of a device (202, 220, 250) insertable into tissue, comprising an optical sensing device including an optical guide with a distal end, the optical guide being arrangeable within the insertable device, and a processing unit, wherein the processing unit is configured (i) to receive tissue type information of a region of interest including different tissue types, (ii) to receive an input identifying a path through the region of interest, (iii) to determine a sequence of tissue types along the identified path, based on the received tissue type information, (iv) to receive optical information from the optical sensing device, (v) to determine a tissue type at the distal end of the optical guide based on the received optical information, (vi) to compare the determined tissue type with the sequence of tissue types along the path, (vii) to determine possible positions of the distal end of the optical guide on the path based on the comparison of the tissue types, characterised in that the processing unit is further configured (viii) to generate a signal indicative for a mismatch between the determined tissue type based on the received optical information and the possible tissue types for the possible positions along the path through the region of interest. (i) to receive tissue type information of a region of interest including different tissue types, (ii) to receive an input identifying a path through the region of interest, (iii) to determine a sequence of tissue types along the identified path, based on the received tissue type information, (iv) to receive optical information from the optical sensing device, (v) to determine a tissue type at the distal end of the optical guide based on the received optical information, (vi) to compare the determined tissue type with the sequence of tissue types along the path, (vii) to determine possible positions of the distal end of the optical guide on the path based on the comparison of the tissue types, characterised in that the processing unit is further configured (viii) to generate a signal indicative for a mismatch between the determined tissue type based on the received optical information and the possible tissue types for the possible positions along the path through the region of interest.
An occupant restraining device that restrains an occupant sitting on a seat of a vehicle, comprising: a pair of airbags (120a, 120b) that are stowed in both the left and right sides of a seatback portion of the seat and expands and deploys to a side of an occupant sitting on the seat; and the pair of airbags (120a, 120b) stowed in the seatback of the seat that inflate and deploy respectively on both sides of an occupant seated in the seat; a pair of tensile cloths (130a, 130b) stowed from within the seatback of the seat to within the seat cushion along the side of the pair of airbags (120a, 120b), on the side opposite the occupant respectively; wherein the pair of tensile cloths (130a, 130b) are deployed along the side of the seat on the side opposite the occupant by the expansion and deployment of the pair of airbags (120a, 120b), and are stretched from the seatback to the seat cushion to retain the surface of the pair of airbags (120a, 120b), characterized by an inner bag that is stowed inside at least a first airbag of the pair of airbags (120a, 120b) and is connected to at least the first airbag and expands and deploys to the side of the torso of the occupant inside at least the first airbag; wherein the inner bag completes expansion and deployment prior to at least a first airbag, wherein the front end of the inner bag is arranged at or behind a position overlapping at least a first of the pair of tensile cloths (130a, 130b) in a side view when at least a first airbag is expanded and deployed. a pair of airbags (120a, 120b) that are stowed in both the left and right sides of a seatback portion of the seat and expands and deploys to a side of an occupant sitting on the seat; and the pair of airbags (120a, 120b) stowed in the seatback of the seat that inflate and deploy respectively on both sides of an occupant seated in the seat; a pair of tensile cloths (130a, 130b) stowed from within the seatback of the seat to within the seat cushion along the side of the pair of airbags (120a, 120b), on the side opposite the occupant respectively; wherein the pair of tensile cloths (130a, 130b) are deployed along the side of the seat on the side opposite the occupant by the expansion and deployment of the pair of airbags (120a, 120b), and are stretched from the seatback to the seat cushion to retain the surface of the pair of airbags (120a, 120b), an inner bag that is stowed inside at least a first airbag of the pair of airbags (120a, 120b) and is connected to at least the first airbag and expands and deploys to the side of the torso of the occupant inside at least the first airbag; wherein the inner bag completes expansion and deployment prior to at least a first airbag, wherein the front end of the inner bag is arranged at or behind a position overlapping at least a first of the pair of tensile cloths (130a, 130b) in a side view when at least a first airbag is expanded and deployed.
A fixing assembly for a battery module, comprising: an end plate, the end plate being configured to abut against an outer sidewall of the battery module and provided with a limiting member protruding from a surface of the end plate; a fixing member, the fixing member being configured to connect a plurality of battery modules and abut against the surface of the end plate provided with the limiting member, such that the fixing member, the limiting member, and the end plate cooperatively define a positioning region; and a first band, the first band being configured to abut against the surface of the end plate provided with the limiting member to bind the battery module, and the first band abutting against the positioning region, such that both the fixing member and the limiting member abut against the first band. an end plate, the end plate being configured to abut against an outer sidewall of the battery module and provided with a limiting member protruding from a surface of the end plate; a fixing member, the fixing member being configured to connect a plurality of battery modules and abut against the surface of the end plate provided with the limiting member, such that the fixing member, the limiting member, and the end plate cooperatively define a positioning region; and a first band, the first band being configured to abut against the surface of the end plate provided with the limiting member to bind the battery module, and the first band abutting against the positioning region, such that both the fixing member and the limiting member abut against the first band.
A fan casing arrangement for a gas turbine engine of a type having a propulsive fan, the fan casing arrangement having a fan case and a fan track liner and being configured to circumscribe the fan, wherein the fan track liner is provided around the inside of the fan case so as to adopt a radial position between the fan and the fan case, the fan track liner including an elongate member which is helically-wound against the inside of the fan case in a plurality of turns the arrangement characterised in that the radially innermost region of the elongate member comprises a plurality of radially inwardly projecting, spaced-apart fins, the spaces between the fins being filled with an abradable filler material.
Cleaning implement, comprising a mop-head plate with a central element which is connected in an articulated manner to a handle and with a first pivot wing and a second pivot wing, wherein the first pivot wing and the second pivot wing are attached in an articulated manner to the central element, and wherein the first pivot wing and the second pivot wing can be pivoted between a mopping position, in which the first pivot wing bears against a first main side of the central element and the second pivot wing bears against a second main side of the central element, and a receiving position in which the first pivot wing and the second pivot wing hang down from the central element, wherein the central element is equipped with locking means for locking the first pivot wing and the second pivot wing in the mopping position, wherein positive-locking elements for positively receiving a mop-head cover are arranged on the edges, spaced apart from the central element, of the first pivot wing and the second pivot wing, characterized in that, in the mopping position, the positive-locking elements of the first pivot wing and the second pivot wing engage in the locking means of the central element.
A sport ball comprising: a casing that forms at least a portion of an exterior surface of the ball; and a bladder located within the casing, the bladder being formed from a plurality of polymer bladder elements joined along abutting edges to form a sealed and valveless structure that encloses a pressurized gas, wherein the bladder elements include alternating layers of polyurethane and ethylene-vinyl alcohol copolymer, and wherein the abutting edges of the bladder elements are bonded to each other to define seams between the bladder elements, and a sealed fill inlet is bonded to one of the seams. a casing that forms at least a portion of an exterior surface of the ball; and a bladder located within the casing, the bladder being formed from a plurality of polymer bladder elements joined along abutting edges to form a sealed and valveless structure that encloses a pressurized gas, wherein the bladder elements include alternating layers of polyurethane and ethylene-vinyl alcohol copolymer, and wherein the abutting edges of the bladder elements are bonded to each other to define seams between the bladder elements, and a sealed fill inlet is bonded to one of the seams.
A camera apparatus, comprising: a plurality of optical elements (311-312; 411-412; 511, 514-516) organized into a plurality of lens subsystems each providing an optical path for forming a separate image (321-322; 421-422) from light entering the camera apparatus, each lens subsystem including multiple lens elements and a prism, wherein the optical axes in the object space of at least two of the lens subsystems are disposed at substantially 90° angles; a lens barrel being a molded plastic part and having bores formed therein, each bore enclosing one of the lens subsystems; a plurality of sensor arrays (530; 611-614) fabricated on a common substrate, each sensor array being positioned to capture the image formed on a single image plane in a corresponding one of the lens subsystems; and one or more readout circuits coupled to the sensor arrays for reading from the sensor array electrical signals representing the images captured at the coupled sensor arrays. a plurality of optical elements (311-312; 411-412; 511, 514-516) organized into a plurality of lens subsystems each providing an optical path for forming a separate image (321-322; 421-422) from light entering the camera apparatus, each lens subsystem including multiple lens elements and a prism, wherein the optical axes in the object space of at least two of the lens subsystems are disposed at substantially 90° angles; a lens barrel being a molded plastic part and having bores formed therein, each bore enclosing one of the lens subsystems; a plurality of sensor arrays (530; 611-614) fabricated on a common substrate, each sensor array being positioned to capture the image formed on a single image plane in a corresponding one of the lens subsystems; and one or more readout circuits coupled to the sensor arrays for reading from the sensor array electrical signals representing the images captured at the coupled sensor arrays.
A method for changing, by a user equipment, UE, packet data convergence protocol, PDCP, version, the method comprising: receiving (S1010, S1110, S1210) a security mode command message, which includes a first security algorithm configuration for a PDCP of a first system and a second security algorithm configuration for a PDCP of a second system, from a base station, BS; deriving (S1020, S1120, S1220) a first security key for the PDCP of the first system, based on the first security algorithm configuration; based on the security mode command message being passed an integrity protection check based on the first security key, changing (S1030, S1130, S1230) the PDCP version from the PDCP of the first system to the PDCP of the second system; deriving (S1040, S1140, S1240) a second security key for the PDCP of the second system, based on the second security algorithm configuration; and transmitting (S1050, S1150, S1250) a security mode complete message, based on the second security key, to the BS. receiving (S1010, S1110, S1210) a security mode command message, which includes a first security algorithm configuration for a PDCP of a first system and a second security algorithm configuration for a PDCP of a second system, from a base station, BS; deriving (S1020, S1120, S1220) a first security key for the PDCP of the first system, based on the first security algorithm configuration; based on the security mode command message being passed an integrity protection check based on the first security key, changing (S1030, S1130, S1230) the PDCP version from the PDCP of the first system to the PDCP of the second system; deriving (S1040, S1140, S1240) a second security key for the PDCP of the second system, based on the second security algorithm configuration; and transmitting (S1050, S1150, S1250) a security mode complete message, based on the second security key, to the BS.
Unit for collecting at least one sample of animal material, formed by a package comprising at least one collecting set comprising: - a collecting set of pliers comprising a first arm and a second arm; - a collecting component for collecting said sample, said collecting component comprising a cutting component; - a storage component for storing said sample; characterized in that: - the first arm comprises a first support on which the storage component and the collecting component is pre-mounted, said first support being configured to position said collecting component in a collecting position, said second arm comprises a recess configured to act as a support for the cutting component of the collecting component, in order to perforate said animal material during the collection, in that the collecting set of pliers also comprises - a return means configured to push back the perforated animal material and to bring back the collecting set of pliers into an initial position once the collection is done, and in that said collecting component is through and inserted at least partially in said storage component. - a collecting set of pliers comprising a first arm and a second arm; - a collecting component for collecting said sample, said collecting component comprising a cutting component; - a storage component for storing said sample; characterized in that: - the first arm comprises a first support on which the storage component and the collecting component is pre-mounted, said first support being configured to position said collecting component in a collecting position, said second arm comprises a recess configured to act as a support for the cutting component of the collecting component, in order to perforate said animal material during the collection, in that the collecting set of pliers also comprises - a return means configured to push back the perforated animal material and to bring back the collecting set of pliers into an initial position once the collection is done, and in that said collecting component is through and inserted at least partially in said storage component. - the first arm comprises a first support on which the storage component and the collecting component is pre-mounted, said first support being configured to position said collecting component in a collecting position, - a return means configured to push back the perforated animal material and to bring back the collecting set of pliers into an initial position once the collection is done,
A reservoir tank that is formed by welding together an upper half body and a lower half body and stores hydraulic fluid inside, wherein the upper half body has at least a tubular neck section having a hydraulic fluid inlet and a trunk section disposed integrally on this neck section, and a hydraulic fluid movement deterring wall that controls the movement of the hydraulic fluid toward the hydraulic fluid inlet at a time when the reservoir tank is tilted is molded integrally with the upper half body on an inner peripheral surface of the neck section or on a boundary portion between the inner peripheral surface of the neck section and an inner surface of the trunk section, characterized in that the hydraulic fluid movement deterring wall has a triangular longitudinal section shape, an undersurface of the hydraulic fluid movement deterring wall has a gradient inclined so as to become lower toward a vehicle rear side and an upper surface of the hydraulic fluid movement deterring wall has a gradient inclined so as to become higher toward a vehicle rear side in a state where the reservoir tank is attached to a vehicle body.
A combustor for a gas turbine engine having a longitudinal centre line axis extending longitudinally therethrough comprising a) a liner (16/18) having a forward end (36/82) and an aft end; b) an annular dome having an outer portion and an inner portion; c) a cowl (24/26) located forward of the dome outer portion and the dome inner portion and having a forward portion and an aft portion (38/84), wherein said cowl aft portion (38/84) and said dome inner and outer portions (40/86) have separate end points, and d) a mounting assembly (35/80) mounting said liner (16/18) to said cowl (24/26) and said dome inner and outer portion (40/86) and comprising:- e) a pin member (48/94) extending through each one of a plurality of circumferentially spaced openings (42/88,44/90,46/92) formed in said forward end (36/82) of said liner (16/18), said aft portion (38/84) of said cowl (24/26), and said inner and outer portions (40/86) of said dome, each said pin member (48/94) including a head portion (50/96) at one end thereof; f) a nut (54/100) adjustably connected to an end of each said pin member (48/94) opposite said head portion (50/96); and characterized by g) a bushing (60/106) located on each said pin member (48/94) at a position intermediate said head portion (50/96) and said nut (54/100), wherein said openings (42/88) in said liner forward end (36/82) are sized to fit around said bushings (60/106); wherein said cowl aft portion (38/84) and said dome outer and inner portion (40/86) are fixedly connected together in an overlapping fashion between said bushing (60/106) and said nut (54/100) so that said bushings (60/106) are able to slide radially through said openings (42/88) in said liner forward end (36/82) as said cowl (24/26) and said dome experience thermal growth greater than said liner (16/18). a) a liner (16/18) having a forward end (36/82) and an aft end; b) an annular dome having an outer portion and an inner portion; c) a cowl (24/26) located forward of the dome outer portion and the dome inner portion and having a forward portion and an aft portion (38/84), wherein said cowl aft portion (38/84) and said dome inner and outer portions (40/86) have separate end points, and d) a mounting assembly (35/80) mounting said liner (16/18) to said cowl (24/26) and said dome inner and outer portion (40/86) and comprising:- e) a pin member (48/94) extending through each one of a plurality of circumferentially spaced openings (42/88,44/90,46/92) formed in said forward end (36/82) of said liner (16/18), said aft portion (38/84) of said cowl (24/26), and said inner and outer portions (40/86) of said dome, each said pin member (48/94) including a head portion (50/96) at one end thereof; f) a nut (54/100) adjustably connected to an end of each said pin member (48/94) opposite said head portion (50/96); and characterized by g) a bushing (60/106) located on each said pin member (48/94) at a position intermediate said head portion (50/96) and said nut (54/100),
A method of generating a nucleic acid library for sequencing, said method comprising the steps of: (i) fragmenting a nucleic acid composition to generate fragmented nucleic acid molecules with blunt ends; (ii) introducing dideoxy nucleotides at internal nick sites present in the fragmented nucleic acid molecules with blunt ends and tailing to generate tailed nucleic acid fragments; and (iii) adding sequencing adaptors to the tailed nucleic acid fragments to generate a nucleic acid library. (i) fragmenting a nucleic acid composition to generate fragmented nucleic acid molecules with blunt ends; (ii) introducing dideoxy nucleotides at internal nick sites present in the fragmented nucleic acid molecules with blunt ends and tailing to generate tailed nucleic acid fragments; and (iii) adding sequencing adaptors to the tailed nucleic acid fragments to generate a nucleic acid library.