mhurhangee/ep-ind-claims huggingface dataset:
A sprinkler system, comprising: a sprinkler nozzle; at least one conduit connected with the nozzle for delivering at least a fire extinguishing fluid to the nozzle, the nozzle and the conduit establishing a discharge path; a pneumatically driven pump connected with the conduit for pumping fluid into the conduit; a gas source providing pressurized gas to the pump for driving the pump, the gas source providing the gas to the discharge path to achieve a desired discharge of extinguishing fluid from the nozzle; and a controller that is adapted to selectively control an operation of two regulators (42, 44), wherein (i) the controller is adapted to vary the pressure or amount of gas that flows to the pump by controlling the first regulator, and (ii) the controller is further adapted to selectively vary the pressure or amount of gas that flows to the nozzle or conduit by controlling the second regulator, wherein the controller varies at least one of (i) and (ii) between selected values in at least one of a cyclical, continuous or intermittent manner, characterized in that the controller is configured to determine at least one of a volume or a pressure of the fluid provided to the pump and responsively adjusts at least one of (i) or (ii) to achieve a desired discharge of the fluid from the nozzle. a sprinkler nozzle; at least one conduit connected with the nozzle for delivering at least a fire extinguishing fluid to the nozzle, the nozzle and the conduit establishing a discharge path; a pneumatically driven pump connected with the conduit for pumping fluid into the conduit; a gas source providing pressurized gas to the pump for driving the pump, the gas source providing the gas to the discharge path to achieve a desired discharge of extinguishing fluid from the nozzle; and a controller that is adapted to selectively control an operation of two regulators (42, 44), wherein (i) the controller is adapted to vary the pressure or amount of gas that flows to the pump by controlling the first regulator, and (ii) the controller is further adapted to selectively vary the pressure or amount of gas that flows to the nozzle or conduit by controlling the second regulator, (i) the controller is adapted to vary the pressure or amount of gas that flows to the pump by controlling the first regulator, and (ii) the controller is further adapted to selectively vary the pressure or amount of gas that flows to the nozzle or conduit by controlling the second regulator, wherein the controller varies at least one of (i) and (ii) between selected values in at least one of a cyclical, continuous or intermittent manner, characterized in that the controller is configured to determine at least one of a volume or a pressure of the fluid provided to the pump and responsively adjusts at least one of (i) or (ii) to achieve a desired discharge of the fluid from the nozzle.
An electrically conductive composition comprising a) a nitrocellulose resin; b) electrically conductive particles comprising graphite and carbon black, wherein ratio of said graphite and said carbon black is from 1:1 to 5:1; and c) a solvent selected from isopropyl alcohol, n-propyl acetate and mixtures thereof, where in ratio of said electrically conductive particles and said resin is from 0.20:1 to 4:1. a) a nitrocellulose resin; b) electrically conductive particles comprising graphite and carbon black, wherein ratio of said graphite and said carbon black is from 1:1 to 5:1; and c) a solvent selected from isopropyl alcohol, n-propyl acetate and mixtures thereof,
A method for producing a gearing in a workpiece gear by means of skiving, in which a first cutting wheel, which is seated on a first tool spindle and features first cutting teeth, is rotationally driven about a first tool spindle axis and the cutting teeth engage into the workpiece gear, which is carried by a workpiece spindle and rotationally driven about a workpiece axis that is aligned at an axial intersection angle (a) to the tool spindle axis, in a machining fashion during an advance in the direction, in which the teeth of the gearing extend, wherein the tooth gaps between left and right flanks (7, 8) of the teeth of the gearing are deepened during several successive rough cuts by changing the axial clearance between the tool spindle axis and the workpiece spindle axis, and wherein subsequently only the left tooth flanks are during a first finishing cut machined at a machining point, which migrates from the tip of the tooth to the root of the tooth while the skiving motion takes place, and only the right tooth flanks are during a second finishing cut machined at a machining point, which migrates from the tip of the tooth to the root of the tooth while the skiving motion takes place, wherein the machining of the left tooth flanks during the first finishing cut takes place with the left cutting edges of the first cutting teeth of the first cutting wheel, characterized in that the machining of the right tooth flanks during the second finishing cut takes place with the right cutting edges of second cutting teeth of a second cutting wheel, and in that the first cutting wheel and the second cutting wheel are used for producing the rough cuts in the successive machining of multiple workpiece gears.
A method for screening for candidate agents that promote myelination, the method comprising: incubating a candidate agent with a substrate comprising a plurality of micropillars and oligodendrocyte precursor cells (OPCs); and determining presence or absence of myelination on the plurality of micropillars by visualization of myelin rings around a circumference of the micropillars, wherein the presence of myelination of the plurality of micropillars indicates that the candidate agent promotes myelination, wherein the plurality of micropillars comprise micropillars that project vertically from the substrate and comprise a shape that tapers in diameter from a base of the micropillars attached to the substrate to a tip of the micropillars projecting away from the substrate. incubating a candidate agent with a substrate comprising a plurality of micropillars and oligodendrocyte precursor cells (OPCs); and determining presence or absence of myelination on the plurality of micropillars by visualization of myelin rings around a circumference of the micropillars, wherein the presence of myelination of the plurality of micropillars indicates that the candidate agent promotes myelination, wherein the plurality of micropillars comprise micropillars that project vertically from the substrate and comprise a shape that tapers in diameter from a base of the micropillars attached to the substrate to a tip of the micropillars projecting away from the substrate.
Double-deck car for a rail vehicle, comprising an upper deck and a lower deck separated by an intermediate floor, wherein: - the intermediate floor comprises a frame defining a passage opening for one person, - the passage opening is closed at least in part by a removable hatch, - the removable hatch comprises at least one latch which is movable between a position projecting from a relevant edge of the hatch and a retracted position, and a mechanism for moving the latch, and - the frame comprises, for each movable latch, a complementary striker, characterised in that the latch movement mechanism comprises a lock and a key corresponding to the lock, such that actuation of the key in the lock causes movement of the latch, and in that, with the lower deck being equipped with seats, each comprising a backrest and a seat portion, the passage opening is arranged at least partly above the seat portion of at least one of the seats. - the intermediate floor comprises a frame defining a passage opening for one person, - the passage opening is closed at least in part by a removable hatch, - the removable hatch comprises at least one latch which is movable between a position projecting from a relevant edge of the hatch and a retracted position, and a mechanism for moving the latch, and - the frame comprises, for each movable latch, a complementary striker, characterised in that the latch movement mechanism comprises a lock and a key corresponding to the lock, such that actuation of the key in the lock causes movement of the latch, and in that, with the lower deck being equipped with seats, each comprising a backrest and a seat portion, the passage opening is arranged at least partly above the seat portion of at least one of the seats.
Make-up product, comprising a rigid base to which a cover is associated and at least a first and a second make-up element constrained to the base by constraining means, the first make-up element comprising a first sponge soaked with a first make-up fluid, the second make-up element comprising a second sponge soaked with a second make-up fluid different from the first make-up fluid, the first and the second make-up element being mutually arranged side by side on said base, the first and second make-up element (3,4), during the use, being fixed to the base with a dispensing surface facing the cover so that, upon removal of the cover, a user can withdraw a part of the make-up fluid by pressing a dispensing surface of the make-up elements (3,4) while the make-up elements (3,4) are on the rigid base, the first sponge and the second sponge having at least one common contact side at least when one of them is subjected to a pressure in an area adjacent to the contact side, wherein at least one sponge (3A, 4A), at at least said contact side, has a coating intended for obstructing the migration of the fluid astride said contact side.
A method comprising: obtaining data from one or more sensors through a processing device including a measured rate of descent of an aircraft and a measured distance of the aircraft from at least one of an obstacle and the ground; processing, by the processing device, the data, including a sensed weight of the aircraft, to generate a flight envelope including a predetermined deceleration profile; and applying a tactile cue to an inceptor operatively associated with the aircraft to encourage manipulation of the inceptor to a desired position to maintain the predetermined deceleration profile within the flight envelope to automate landing of the aircraft. obtaining data from one or more sensors through a processing device including a measured rate of descent of an aircraft and a measured distance of the aircraft from at least one of an obstacle and the ground; processing, by the processing device, the data, including a sensed weight of the aircraft, to generate a flight envelope including a predetermined deceleration profile; and applying a tactile cue to an inceptor operatively associated with the aircraft to encourage manipulation of the inceptor to a desired position to maintain the predetermined deceleration profile within the flight envelope to automate landing of the aircraft.
Storage box comprising a container having a peripheral side wall, and a removable lid, the container comprising an upper peripheral rim and the lid lying on the upper peripheral rim when in its closed position and resting in a sealing manner on a part of the interior wall by means of a wall portion of the lid, the lid being able to be placed on the container in either a sealed position or a closure position when in the closed position, the side wall comprising one or more ventilation openings in a portion in which the lid, when in the sealed position, extends downwards by the wall portion such as to be in sealing contact, characterised in that, in the wall portion of the lid, one or more venting ducts are formed, which extend from the interior of the container as far as to the side wall of the container when the lid is in the closure position and open into the ventilation opening(s) when a wall portion of the lid is not in sealing contact in the region of the venting duct.
A mounting base for positioning on an inner side of a door, on the opposing side from a door handle, a door handle sensor for locking/unlocking a mechanism of the door handle, the mounting base comprising: a unitary moulded body having: an inner surface shaped to conform with an inner side of a door; a first mounting aperture formed at a first end; a second mounting aperture formed at a second end; a central portion; a first flexural hinge formed between the first mounting aperture and the central portion; and a second flexural hinge formed between the second mounting aperture and the central portion. an inner surface shaped to conform with an inner side of a door; a first mounting aperture formed at a first end; a second mounting aperture formed at a second end; a central portion; a first flexural hinge formed between the first mounting aperture and the central portion; and a second flexural hinge formed between the second mounting aperture and the central portion.
A method for wireless communication at a transmitting network device in a listen-before-talk, LBT, session, comprising: determining multiple input multiple output, MIMO, configuration information for the transmitting network device; performing a contention-based access protocol procedure comprising a clear channel assessment, CCA, procedure or an enhanced CCA, eCCA, procedure to determine whether a wireless transmission channel is clear for transmitting data to a target network device, wherein the CCA or eCCA procedure is based on the determined MIMO configuration information; and transmitting a broadcast message, prior to transmitting data to the target network device, the broadcast message including at least part of the MIMO configuration information, when the contention-based access protocol procedure indicates that the wireless transmission channel is clear. determining multiple input multiple output, MIMO, configuration information for the transmitting network device; performing a contention-based access protocol procedure comprising a clear channel assessment, CCA, procedure or an enhanced CCA, eCCA, procedure to determine whether a wireless transmission channel is clear for transmitting data to a target network device, wherein the CCA or eCCA procedure is based on the determined MIMO configuration information; and transmitting a broadcast message, prior to transmitting data to the target network device, the broadcast message including at least part of the MIMO configuration information, when the contention-based access protocol procedure indicates that the wireless transmission channel is clear.
Electric toothbrush handpiece with at least one interface (24a; 24b) for a coupling with a plug-on brush (10a; 10b), with at least one housing (46a; 46b), with at least one drive unit (48a; 48b) accommodated in the housing (46a; 46b) for driving the interface (24a; 24b), with at least one energy storage (50.1a, 50.2a; 50.1b) for a supply of the drive unit (48a; 48b) with energy, and with at least one fix frame unit (52a; 52b), which is arranged in the housing (46a; 46b), which is in particular implemented integrally and which at least partly accommodates the drive unit (48a; 48b) and the energy storage (50.1a, 50.2a; 50.1b), characterised in that the drive unit (48a; 48b) includes at least one stator (76a; 76b) comprising an integrally implemented carrier (78a; 78b), a metal-sheet package (80a; 80b) that is inserted in the carrier (78a; 78b) and a coil (82a; 82b) encompassing the metal-sheet package (80a; 80b), wherein the carrier (78a; 78b) of the drive unit (48a; 48b) is directly connected to the frame unit (52a; 52b) and covers a rotor (58a; 58b) of the drive unit (48a; 48b) from at least one side, wherein the stator (76a; 76b) is realized as a module. characterised in that the drive unit (48a; 48b) includes at least one stator (76a; 76b) comprising an integrally implemented carrier (78a; 78b), a metal-sheet package (80a; 80b) that is inserted in the carrier (78a; 78b) and a coil (82a; 82b) encompassing the metal-sheet package (80a; 80b), wherein the carrier (78a; 78b) of the drive unit (48a; 48b) is directly connected to the frame unit (52a; 52b) and covers a rotor (58a; 58b) of the drive unit (48a; 48b) from at least one side, wherein the stator (76a; 76b) is realized as a module.
A switch, comprising: a ground plane layer; an electrochromic region adjacent to the ground plane layer; an electrolyte region adjacent to the ground plane layer; a voltage inactive region adjacent to the ground plane layer and between the electrochromic region and the electrolyte region; a microstrip line adjacent to the electrochromic region; and a voltage-controlled bias line coupling the microstrip line to the electrolyte region, wherein applying a voltage to the bias line causes the microstrip line to be short circuited to the ground plane. a ground plane layer; an electrochromic region adjacent to the ground plane layer; an electrolyte region adjacent to the ground plane layer; a voltage inactive region adjacent to the ground plane layer and between the electrochromic region and the electrolyte region; a microstrip line adjacent to the electrochromic region; and a voltage-controlled bias line coupling the microstrip line to the electrolyte region, wherein applying a voltage to the bias line causes the microstrip line to be short circuited to the ground plane.
A high-strength steel sheet comprising a composition containing, by mass, C: 0.02% or more and less than 0.10%, Si: less than 0.10%, Mn: 0.2% or more and less than 1.0%, P: 0.10% or less, S: 0.020% or less, Al: 0.01% or more and 0.10% or less, N: 0.010% or less, Nb: 0.005% or more and less than 0.070%, optionally one or more elements selected from Cr: 0.3% or less, Mo: 0.3% or less, B: 0.005% or less, Cu: 0.3% or less, and Ni: 0.3% or less, and the balance being Fe and inevitable impurities, and a microstructure including, by area, ferrite: 90% or more, pearlite: 0% to 10%, and the total of martensite, retained austenite, and cementite: 0% to 3%, wherein an average crystal grain diameter d c of the ferrite at the center of the steel sheet in the width direction is 15.0 μm or less, wherein a difference between an average crystal grain diameter d E of the ferrite at a position 100 mm from an edge of the steel sheet in the width direction toward the center of the steel sheet and the average crystal grain diameter d c is 5.0 μm or less, wherein the area fraction of each microstructure is determined by a point-count method described in ASTM E562-05, and wherein the average diameter of the ferrite crystal grains is determined by SEM observation. a microstructure including, by area, ferrite: 90% or more, pearlite: 0% to 10%, and the total of martensite, retained austenite, and cementite: 0% to 3%, wherein an average crystal grain diameter d c of the ferrite at the center of the steel sheet in the width direction is 15.0 μm or less, wherein a difference between an average crystal grain diameter d E of the ferrite at a position 100 mm from an edge of the steel sheet in the width direction toward the center of the steel sheet and the average crystal grain diameter d c is 5.0 μm or less, wherein the area fraction of each microstructure is determined by a point-count method described in ASTM E562-05, and wherein the average diameter of the ferrite crystal grains is determined by SEM observation.
A composition comprising (i) an engineered Newcastle disease virus vector and (ii) a pharmaceutically or veterinary acceptable carrier, excipient or vehicle; wherein said engineered NDV vector comprises a polynucleotide having at least 99% sequence identity to a polynucleotide having the sequence as set forth in SEQ ID NO: 1 or a polynucleotide complementary to a polynucleotide having at least 99% sequence identity to the polynucleotide having the sequence as set forth in SEQ ID NO:1, and wherein the engineered NDV vector further comprises a heterologous polynucleotide encoding an avian influenza hemagglutin antigen, and wherein the HA antigen has at least 80% amino acid sequence identity to the polypeptide having the sequence as set forth in SEQ ID NO:15, 17, 19,21 or 23.
A COMPENSATION NUT, for fixing together of two parts which may be joined together at a slightly variable distance while maintaining said distance separating them, useable in motor vehicles in order to fix the supports of dashboards to the vehicle structure, the compensation nut being formed by a combination of a top part, any number of intermediate nuts and a base clip or nut, said parts are provided with threads which allow mutual mating thereof and mutual retraction or extension thereof by means of a single screwing operation, CHARACTERIZED in that said top nut has an outer surface with a central through-hole continuously communicating with a cylinder having an external thread and a number of stops at its distal end, and in that said intermediate nuts have a double thread, i.e. external thread and internal thread, said external thread having stops at the bottom.
A liner comprising: a) an elastomeric liner body comprising an open proximal end, a closed distal end, a distal apex and an inner and outer surface; b) at least one cylindrically symmetrical buttress element; c) a sweat port;; d) a pin attached to the sweat port of c); e) a vent, characterized in that the liner further comprises f) at least one channel in the distal end of the liner which penetrates the elastomeric liner body and the at least one buttress element, and the sweat port is in communication with the channel and comprises a one-way valve oriented such that said valve can conduct air, gases and perspiration from within the liner body to the exterior of the liner body. a) an elastomeric liner body comprising an open proximal end, a closed distal end, a distal apex and an inner and outer surface; b) at least one cylindrically symmetrical buttress element; c) a sweat port;; d) a pin attached to the sweat port of c); e) a vent, characterized in that the liner further comprises f) at least one channel in the distal end of the liner which penetrates the elastomeric liner body and the at least one buttress element, and the sweat port is in communication with the channel and comprises a one-way valve oriented such that said valve can conduct air, gases and perspiration from within the liner body to the exterior of the liner body.
A peptide a) consisting of the amino acid sequence of SEQ ID NO: 24 or b) comprising the amino acid sequence of SEQ ID NO: 24 wherein said peptide has an overall length of up to 14 amino acids, and has the ability to bind to a molecule of the human major histocompatibility complex class-I, or a pharmaceutically acceptable salt of a) or b).