mhurhangee/ep-ind-claims huggingface dataset:
A lubrication system for gas turbine engine comprising: a main lubricant passage including a main filter; a lubricant manifold configured to receive lubricant from the main lubricant passage, the lubricant manifold defining a first lubricant passage and a second lubricant passage, a first filter element for filtering lubricant flow to the first lubricant passage; and a second filter element for filtering lubricant flow to the second lubricant passage, wherein the second filter element is different than the first filter element; characterised in that: the first filter element provides a first resistance to lubricant flow and the second filter element provides a second resistance to lubricant flow that is less than the first resistance. a main lubricant passage including a main filter; a lubricant manifold configured to receive lubricant from the main lubricant passage, the lubricant manifold defining a first lubricant passage and a second lubricant passage, a first filter element for filtering lubricant flow to the first lubricant passage; and a second filter element for filtering lubricant flow to the second lubricant passage, wherein the second filter element is different than the first filter element; characterised in that: the first filter element provides a first resistance to lubricant flow and the second filter element provides a second resistance to lubricant flow that is less than the first resistance.
A method of hosting an autonomous underwater vehicle at a subsea location, the method comprising: lowering at least one AUV basket (18, 18') to a subsea location adjacent at least one pre-installed subsea structure, which structure has provision for electrical power to be provided to it; at the subsea location, connecting the, or each, basket (18, 18') to a subsea structure by extending a power cable from the, or each, basket (18, 18') toward the subsea structure to receive electrical power from the subsea structure; and using electrical power routed via the subsea structure to charge batteries of an AUV docked with the basket (18, 18'). lowering at least one AUV basket (18, 18') to a subsea location adjacent at least one pre-installed subsea structure, which structure has provision for electrical power to be provided to it; at the subsea location, connecting the, or each, basket (18, 18') to a subsea structure by extending a power cable from the, or each, basket (18, 18') toward the subsea structure to receive electrical power from the subsea structure; and using electrical power routed via the subsea structure to charge batteries of an AUV docked with the basket (18, 18').
A robotic system comprising: an end effector (6, 180) having a jaw (18, 20, 50, 70, 194) and a movable element (24, 84, 185, 195) comprising a cutting blade; a user interface display; a processor coupling the movable element to the user interface display, the processor being configured to output a visual indicator of a position of the movable element (24, 84, 185, 195) on the user interface display; and said robotic system being characterized in that it further comprises a video image capture device positioned to capture a video image of an environment of the movable element (24, 84, 185, 195) including an image of the jaw (18, 20, 50, 70, 194), wherein the video image capture device is coupled with the user interface display so as to display the video image on the user interface display; wherein the visual indicator comprises a synthetic representation of the cutting blade superimposed on the image of the jaw (18, 20, 50, 70, 194) when the cutting blade is obscured by the jaw, the synthetic representation of the cutting blade being consistent with an actual position of the cutting blade relative to the end effector (6, 180). an end effector (6, 180) having a jaw (18, 20, 50, 70, 194) and a movable element (24, 84, 185, 195) comprising a cutting blade; a user interface display; a processor coupling the movable element to the user interface display, the processor being configured to output a visual indicator of a position of the movable element (24, 84, 185, 195) on the user interface display; and said robotic system being characterized in that it further comprises a video image capture device positioned to capture a video image of an environment of the movable element (24, 84, 185, 195) including an image of the jaw (18, 20, 50, 70, 194), wherein the video image capture device is coupled with the user interface display so as to display the video image on the user interface display; wherein the visual indicator comprises a synthetic representation of the cutting blade superimposed on the image of the jaw (18, 20, 50, 70, 194) when the cutting blade is obscured by the jaw, the synthetic representation of the cutting blade being consistent with an actual position of the cutting blade relative to the end effector (6, 180).
A piston pump device with a support unit, a pump cylinder (4, 4'), and a pump piston arranged in the pump cylinder (4, 4'), the pump cylinder (4, 4') having a longitudinal center axis, and a cylinder bottom (45, 45') arranged perpendicular to the longitudinal center axis, the pump piston being movable relative to this cylinder bottom (45, 45'), and the pump cylinder (4, 4') being secured on the support unit by a securing unit, wherein this securing unit has a leaf spring, characterized in that the leaf sprin g is arranged such that it permits a pivoting movement of the longitudinal center axis of the pump cylinder (4, 4') relative to the support unit.
An apparatus for stapling tissue comprising: (a) a body; (b) a trigger pivotably mounted to the body; (c) an actuator extending longitudinally within the body and operable to actuate longitudinally therein; (d) a lockout member pivotably mounted to the body, wherein the lockout member is pivotable from a first position, in which the lockout member is engaged with the trigger, to a second position, in which the lockout member is disengaged from the trigger; and (e) a securing feature associated with the lockout member and the actuator, wherein the securing feature is operable to restrict the longitudinal actuation of actuator, and characterised in that the securing feature comprises a brake having an engagement tab, wherein the actuator comprises a longitudinal slot, wherein the lockout member is operable to cam the brake such that the engagement tab inserts into the slot when the lockout member is pivoted to the second position. (a) a body; (b) a trigger pivotably mounted to the body; (c) an actuator extending longitudinally within the body and operable to actuate longitudinally therein; (d) a lockout member pivotably mounted to the body, wherein the lockout member is pivotable from a first position, in which the lockout member is engaged with the trigger, to a second position, in which the lockout member is disengaged from the trigger; and (e) a securing feature associated with the lockout member and the actuator, wherein the securing feature is operable to restrict the longitudinal actuation of actuator, and characterised in that the securing feature comprises a brake having an engagement tab, wherein the actuator comprises a longitudinal slot, wherein the lockout member is operable to cam the brake such that the engagement tab inserts into the slot when the lockout member is pivoted to the second position.
A rotor blade comprising: a root connector configured to engage a turbine shaft of a turbomachine; an airfoil extending from the root connector, the airfoil including an airfoil body, the airfoil body comprising a pre-existing portion and a component build surface, the airfoil body defining at least one air channel enclosed within the airfoil body and extending to the component build surface; and an additive portion from the component build surface of the airfoil body, the additive portion including an additive structure further defining the at least one air channel extending from the component build surface to an external surface of the additive portion, the airfoil including a pressure side wall and a suction side wall that define an outer surface and an outboard tip, the airfoil body terminating in the component build surface prior to the outboard tip and the additive portion including the outboard tip; wherein the additive portion further includes at least one internal air chamber having a lateral cross-section greater than a largest width of the at least one air channel and a total component density of the additive structure is less than a total component density of the airfoil body. a root connector configured to engage a turbine shaft of a turbomachine; an airfoil extending from the root connector, the airfoil including an airfoil body, the airfoil body comprising a pre-existing portion and a component build surface, the airfoil body defining at least one air channel enclosed within the airfoil body and extending to the component build surface; and an additive portion from the component build surface of the airfoil body, the additive portion including an additive structure further defining the at least one air channel extending from the component build surface to an external surface of the additive portion, the airfoil including a pressure side wall and a suction side wall that define an outer surface and an outboard tip, the airfoil body terminating in the component build surface prior to the outboard tip and the additive portion including the outboard tip; wherein the additive portion further includes at least one internal air chamber having a lateral cross-section greater than a largest width of the at least one air channel and a total component density of the additive structure is less than a total component density of the airfoil body.
A cutting tool, comprising: a substrate comprising metal carbide particles and a binder, wherein the binder comprises ruthenium; and at least one wear resistant coating comprising hafnium carbon nitride. a substrate comprising metal carbide particles and a binder, wherein the binder comprises ruthenium; and at least one wear resistant coating comprising hafnium carbon nitride.
A multiple temperature automated storage system, comprising: a rack having multiple levels of shelves defining item storage positions and an aisle at each level; a plurality of shuttles adapted to operate in said aisles for storing items to said storage positions and retrieving items from said storage positions; and a thermally insulated enclosure enclosing some of said levels of said rack to define a low temperature zone with the remaining levels of said rack defining a higher temperature zone, further comprising a refrigeration system to lower the temperature in said lower temperature zone, characterised in that some of said shuttles are limited to operation within said thermally insulated enclosure and other of said shuttles are limited to operation outside of said thermally insulated enclosure. a rack having multiple levels of shelves defining item storage positions and an aisle at each level; a plurality of shuttles adapted to operate in said aisles for storing items to said storage positions and retrieving items from said storage positions; and a thermally insulated enclosure enclosing some of said levels of said rack to define a low temperature zone with the remaining levels of said rack defining a higher temperature zone, further comprising a refrigeration system to lower the temperature in said lower temperature zone, characterised in that some of said shuttles are limited to operation within said thermally insulated enclosure and other of said shuttles are limited to operation outside of said thermally insulated enclosure.
A method of controlling the colour of the light output of a lamp, which method comprises electronically collecting colour data pertaining to a first colour (C 1), said colour data representing said first colour in electrical terms, and translating said colour data into a first colour description (D 1), said first colour description representing said first colour in a RGB value; electronically collecting colour data pertaining to a second colour (C 2), said colour data representing said second colour in electrical terms, and translating said colour data into a second colour description (D 2), said second colour description representing said second colour in a RGB value; combining the first colour description (D 1) with the second colour description (D 2) to obtain a target colour description (D T), the target colour description representing a target colour in a RGB value; transmitting the target colour description (D T) to a control unit of the lamp; driving the lamp according to the target colour description (D T) to provide a light output having the target colour.
A printed circuit board assembly, comprising: a first layer and a second layer wherein the first layer has a first side and a second side, and wherein the second layer has a first side and a second side; one or more sensors formed on or embedded in at least one of the first layer and the second layer, wherein the one or more sensors are configured to measure a temperature of the printed circuit board assembly; at least one thermoelectric device having a first side and a second side, wherein the at least one thermoelectric device is configured to adjust the temperature of the printed circuit board assembly based on the measurements of the one or more sensors, wherein a thermal epoxy couples the first side of the thermoelectric device to the second side of the first layer, and thermal epoxy couples the second side of the at least one thermoelectric device to the first side of the second layer; and a control circuit coupled to the at least one thermoelectric device and the one or more sensors, wherein the control circuit is configured to control the at least one thermoelectric device, wherein the control circuit is configured to monitor a temperature set point at one or more target locations in the printed circuit board assembly. a first layer and a second layer wherein the first layer has a first side and a second side, and wherein the second layer has a first side and a second side; one or more sensors formed on or embedded in at least one of the first layer and the second layer, wherein the one or more sensors are configured to measure a temperature of the printed circuit board assembly; at least one thermoelectric device having a first side and a second side, wherein the at least one thermoelectric device is configured to adjust the temperature of the printed circuit board assembly based on the measurements of the one or more sensors, wherein a thermal epoxy couples the first side of the thermoelectric device to the second side of the first layer, and thermal epoxy couples the second side of the at least one thermoelectric device to the first side of the second layer; and a control circuit coupled to the at least one thermoelectric device and the one or more sensors, wherein the control circuit is configured to control the at least one thermoelectric device, wherein the control circuit is configured to monitor a temperature set point at one or more target locations in the printed circuit board assembly.
A cryosurgical probe comprising: a shaft; a vacuum tube at least partially housed within the shaft and repositionable relative to the shaft; a slider assembly mechanically connected to the vacuum tube for repositioning the vacuum tube as desired relative to the shaft; characterised in that the cryosurgical probe further comprises a button assembly mechanically connected to the slider assembly and adapted to move the vacuum tube relative to the shaft. a shaft; a vacuum tube at least partially housed within the shaft and repositionable relative to the shaft; a slider assembly mechanically connected to the vacuum tube for repositioning the vacuum tube as desired relative to the shaft; characterised in that the cryosurgical probe further comprises a button assembly mechanically connected to the slider assembly and adapted to move the vacuum tube relative to the shaft.
An infrared transmitting glass containing, in % by mole, 2 to 18% Ge, 5 to 40% Sb, 1 to 20% Bi, 50 to 80% S+Se+Te, 0 to 20% Sn, 0 to 20% Zn, 0 to 20% In, 0 to 20% Ga, and 0 to 20% P.
A device for collecting particles in a gaseous flow comprising: - a collecting chamber, comprising a collecting electrode of tubular form, - intake means of the gaseous flow in the collecting chamber, said collecting device also comprising - at least one capillary tube comprising a first end (12.1) and a second end (12.2) intended to be connected to a liquid tank, - polarisation means of said liquid in the capillary tube so as to make a difference in potential between the liquid at said first end (12.1) of the capillary tube and the collecting electrode to cause corona discharge and spraying of the liquid by electrospray in the direction of the collecting electrode, characterized in that the first end (12.1) of the capillary tube terminates upstream of the collecting electrode in the direction of flow of the gaseous flow through the collecting chamber. - a collecting chamber, comprising a collecting electrode of tubular form, - intake means of the gaseous flow in the collecting chamber, - at least one capillary tube comprising a first end (12.1) and a second end (12.2) intended to be connected to a liquid tank, - polarisation means of said liquid in the capillary tube so as to make a difference in potential between the liquid at said first end (12.1) of the capillary tube and the collecting electrode to cause corona discharge and spraying of the liquid by electrospray in the direction of the collecting electrode, characterized in that the first end (12.1) of the capillary tube terminates upstream of the collecting electrode in the direction of flow of the gaseous flow through the collecting chamber.
Luminaire with - a support rail which defines a contact surface for a circuit board, - a circuit board which rests on the contact surface and, on a side opposite the contact surface, carries a plurality of LEDs as illuminants of the luminaire, - a reflective and a transparent optical component (30, 40) which influence a light radiation emitted by the LEDs, and - at least one positioning element, characterized in that the positioning element is arranged to simultaneously position and mechanically hold the circuit board, the reflective optical component and the transparent optical component against each other on the support rail. - a support rail which defines a contact surface for a circuit board, - a circuit board which rests on the contact surface and, on a side opposite the contact surface, carries a plurality of LEDs as illuminants of the luminaire, - a reflective and a transparent optical component (30, 40) which influence a light radiation emitted by the LEDs, and - at least one positioning element,
A system, comprising: a clock generating a timing signal; a magnetometer coupled to the clock and configured to receive the timing signal and to generate a first series of heading data; a gyroscope coupled to the clock and configured to receive the timing signal and to generate a second series of heading data; a first adder coupled to the magnetometer and gyroscope and configured to determine a series of instantaneous difference signals as a function of corresponding values of the first series of heading data and the second series of heading data; a constrain data system configured to apply a limit to changes between consecutive signals in the series of instantaneous difference signals, wherein the known worst-case drift error and reading errors for the gyroscope and the magnetometer are used to determine how the changes are limited; an average data system coupled to the constrain data system and configured to average two or more of the limited difference signals to generate an average; a decision system configured to determine whether the most recent value in the second series of heading data is not less than a predetermined value; and a second adder coupled to the gyroscope and the average data system and configured to, in response to the decision system determining that the most recent value in the second series of heading data is not less than the predetermined value, subtract the average from the most recent value in the second series of heading data. a clock generating a timing signal; a magnetometer coupled to the clock and configured to receive the timing signal and to generate a first series of heading data; a gyroscope coupled to the clock and configured to receive the timing signal and to generate a second series of heading data; a first adder coupled to the magnetometer and gyroscope and configured to determine a series of instantaneous difference signals as a function of corresponding values of the first series of heading data and the second series of heading data; a constrain data system configured to apply a limit to changes between consecutive signals in the series of instantaneous difference signals, wherein the known worst-case drift error and reading errors for the gyroscope and the magnetometer are used to determine how the changes are limited; an average data system coupled to the constrain data system and configured to average two or more of the limited difference signals to generate an average; a decision system configured to determine whether the most recent value in the second series of heading data is not less than a predetermined value; and a second adder coupled to the gyroscope and the average data system and configured to, in response to the decision system determining that the most recent value in the second series of heading data is not less than the predetermined value, subtract the average from the most recent value in the second series of heading data.
Apparatus for feeding items of laundry to a laundry treatment device, in particular a mangle, with at least one loading station, a feed conveyor transporting the items of laundry in a feeding direction to the laundry treatment device, and a spreading device, arranged upstream of said feed conveyor, for spreading out the respective item of laundry upstream of the feed conveyor, wherein the at least one loading station is located upstream of the spreading device, wherein each loading station has a loading conveyor with two belt conveyors (27, 28) arranged one above the other, an upper belt conveyor leaves free a front part of a lower belt conveyor in order to form a placing-on region, and the front part of the lower belt conveyor forming the exposed placing-on region is adjustable.
Compound selected from: α-hydroxy- cis -Δ9-hexadecenoic acid (OHHD), α-hydroxy- cis -Δ9-octadecenoic acid (OHOD), α-methyl- cis -Δ9-octadecenoic acid, α-amino- cis -Δ9-octadecenoic acid, α-fluoro- cis -Δ9-octadecenoic acid, α-trifluoromethyl- cis -Δ9-octadecenoic acid (TFMOD), α-methoxy- cis -Δ9-octadecenoic acid (MOOD), α-mercapto- cis -Δ9-octadecenoic acid (SHOD), α-methyl- cis -Δ11-octadecenoic acid, α-hydroxy- cis -Δ 1 1-octadecenoic acid (OHOD11), α-hydroxy- cis -Δ11-eicosenoic acid (OHEE) and α-hydroxy- cis -Δ13-docosenoic acid (OHDE), or salts thereof, for use, independently or in combination with at least other compound, as medicament or nutraceutical, in the induction of neuroregeneration; and/or prevention and/or treatment of nerve fibre lesions; and/or prevention and/or treatment of pain in humans or animals.