mhurhangee/ep-ind-claims huggingface dataset:
A method of packaging a semiconductor light emitting device, comprising: dispensing a first quantity of encapsulant material into a cavity including the light emitting device; treating the first quantity of encapsulant material in the cavity to form a hardened upper surface thereof having a selected shape, and providing a luminescent conversion element having a biconvex shape, a plano-convex shape with a convex surface extending away from the light emitting device or a concavo-convex shape on the upper surface of the treated first quantity of encapsulant material, wherein the luminescent conversion element includes a wavelength conversion material and has a thickness at a middle region of the reflective cavity greater than at a region proximate a sidewall of the cavity; characterised in that: the cavity comprises a lip having an inner edge and an outer edge, wherein the luminescent conversion element is adjacent the inner edge of the lip; and the method further comprises dispensing a second quantity of encapsulant material on the luminescent conversion element, wherein the second quantity of encapsulant material forms a convex meniscus above the luminescent conversion element by clinging to the outer edge of the lip. dispensing a first quantity of encapsulant material into a cavity including the light emitting device; treating the first quantity of encapsulant material in the cavity to form a hardened upper surface thereof having a selected shape, and providing a luminescent conversion element having a biconvex shape, a plano-convex shape with a convex surface extending away from the light emitting device or a concavo-convex shape on the upper surface of the treated first quantity of encapsulant material, wherein the luminescent conversion element includes a wavelength conversion material and has a thickness at a middle region of the reflective cavity greater than at a region proximate a sidewall of the cavity; the cavity comprises a lip having an inner edge and an outer edge, wherein the luminescent conversion element is adjacent the inner edge of the lip; and the method further comprises dispensing a second quantity of encapsulant material on the luminescent conversion element, wherein the second quantity of encapsulant material forms a convex meniscus above the luminescent conversion element by clinging to the outer edge of the lip.
A fluid pathway connection for a drug container comprising: a piercing member; a connection hub including a connection post and one or more connection prongs; a seal mount including a connection rim; and a sliding pierceable seal mounted to the seal mount, the sliding pierceable seal and seal mount being translatable upon the connection post, wherein the one or more connection prongs are configured to engage with the connection rim of the seal mount and prevent proximal translation of the sliding pierceable seal from an initial position on the connection post and to permit distal translation of the sliding pierceable seal upon the connection post to a second position where the sliding pierceable seal has been penetrated by the piercing member. a piercing member; a connection hub including a connection post and one or more connection prongs; a seal mount including a connection rim; and a sliding pierceable seal mounted to the seal mount, the sliding pierceable seal and seal mount being translatable upon the connection post, wherein the one or more connection prongs are configured to engage with the connection rim of the seal mount and prevent proximal translation of the sliding pierceable seal from an initial position on the connection post and to permit distal translation of the sliding pierceable seal upon the connection post to a second position where the sliding pierceable seal has been penetrated by the piercing member.
An inhalation device comprising a compressor, an aerosol generator and a pressure relief valve, wherein the compressor is configured to provide a compressed gas for the aerosol generator and the pressure relief valve is configured to limit a pressure in the inhalation device, the pressure relief valve comprising a hose section and an indentation in a hose connection nozzle, and being so configured that said hose seals the indentation below a limiting pressure in the interior of the hose and expands above the limiting pressure in the interior of the hose such that the indentation is opened to the surroundings in order that gas can escape from the hose into the surroundings via the indentation.
A handle for a window, a door or the like, comprising a base part which is configured for fastening the handle to the window, to the door or the like; a coupling element which is rotatable with respect to the base part about an axis of rotation and which is couplable to a control element of the window, the door or the like; a grip in connection with the coupling element for manually actuating the handle; and an actuation aid which comprises: a motor which is in connection with the coupling element to drive it in a rotating manner; a sensor device which is capable of recognizing a manual actuation of the handle; and a control device which is in connection with the sensor device and the motor and which is configured to activate the motor in the event of a recognized manual actuation of the handle to assist the manual actuation of the handle, characterized in that the grip is in connection with the coupling element via a flexible coupling device which permits a rotation of the grip with respect to the coupling element by an angular offset, with the sensor device having an angle of rotation sensor for detecting the angular offset. a motor which is in connection with the coupling element to drive it in a rotating manner; a sensor device which is capable of recognizing a manual actuation of the handle; and a control device which is in connection with the sensor device and the motor and which is configured to activate the motor in the event of a recognized manual actuation of the handle to assist the manual actuation of the handle, characterized in that the grip is in connection with the coupling element via a flexible coupling device which permits a rotation of the grip with respect to the coupling element by an angular offset, with the sensor device having an angle of rotation sensor for detecting the angular offset.
A purinyl derivative of Formula Ia or Ib or a pharmaceutically acceptable salt thereof, wherein n is 0; X represents NH; Y represents phenyl; which phenyl is optionally substituted with one substituent selected from halo; R 1 represents alkyl; and Het represents a pyrazolyl, which pyrazolyl is substituted two or more times with alkyl. n is 0; X represents NH; Y represents phenyl; which phenyl is optionally substituted with one substituent selected from halo; R 1 represents alkyl; and Het represents a pyrazolyl, which pyrazolyl is substituted two or more times with alkyl.
A method for communicating among a plurality of two-wire control devices (1, 1') in an AC installation, in which said two-wire control devices (1, 1') are arranged in parallel with each other and in series with a consumer, and in which said two-wire control devices (1, 1') are power supplied via said two wires during a predetermined charge period of each AC cycle in said AC installation, characterized in that the communication is effected by shortening the duration of said charge period of one of the two-wire control devices with respect to said predetermined charge period when that specific control device (1, 1') is activated, and detecting in the other control device (1, 1') said shortened charge period.
An adjustable headrest assembly attachable to a seat back, comprising: an adapter plate attachable to a seat back element; a headrest disposed forward of the adapter plate; and an adjustment mechanism movably coupling the headrest to the adapter plate, the adjustment mechanism including: i. a linear slide mounted to a back of the headrest; ii. first and second carriages (46, 48) independently slidable along the linear slide; and iii. first and second independently pivotable connecting links (50, 52), wherein the first connecting link is pivotally attached to the first carriage and pivotally attached to the adapter plate, and the second connecting link is pivotally attached to the second carriage and pivotally attached to the adapter plate, wherein the adjustable headrest assembly comprises a first linkage including the first carriage and the first connecting link; wherein the adjustable headrest assembly comprises a second linkage including the second carriage and the second connecting link; and wherein the first and second linkages are configured to move together to translate the headrest forward or aft while maintaining parallelness with the adapter plate, or independently to induce an angle in the headrest, by rotating said headrest about a vertical axis. an adapter plate attachable to a seat back element; a headrest disposed forward of the adapter plate; and an adjustment mechanism movably coupling the headrest to the adapter plate, the adjustment mechanism including: i. a linear slide mounted to a back of the headrest; ii. first and second carriages (46, 48) independently slidable along the linear slide; and iii. first and second independently pivotable connecting links (50, 52), wherein i. a linear slide mounted to a back of the headrest; ii. first and second carriages (46, 48) independently slidable along the linear slide; and iii. first and second independently pivotable connecting links (50, 52), wherein the first connecting link is pivotally attached to the first carriage and pivotally attached to the adapter plate, and the second connecting link is pivotally attached to the second carriage and pivotally attached to the adapter plate, wherein the adjustable headrest assembly comprises a first linkage including the first carriage and the first connecting link; wherein the adjustable headrest assembly comprises a second linkage including the second carriage and the second connecting link; and wherein the first and second linkages are configured to move together to translate the headrest forward or aft while maintaining parallelness with the adapter plate, or independently to induce an angle in the headrest, by rotating said headrest about a vertical axis.
A hydraulic device comprising a housing and a gerotor contained within the housing, the gerotor having an inner rotor eccentrically disposed within an outer ring, the outer ring having a central axis, the outer ring being stationary and fixed to the housing, the inner rotor having external lobes extending radially outwardly engaging the outer ring having internal lobes extending radially inwardly, the inner rotor being arranged for orbital and rotational movement relative the outer ring, wherein the orbital and rotational movement will define a plurality of expanding and contracting volume pressure chambers between the inner rotor and the outer ring, wherein the inner rotor is adapted to slide against a drive shaft cylinder, the drive shaft cylinder being connected to drive shaft having an axis of rotation aligned with the central axis, the drive shaft cylinder having a circumference which is eccentrically disposed relative the central axis, the inner rotor comprises at least one radial fluid feeder channel disposed radially from the centre of and through the inner rotor and out to at least one of the plurality of expanding and contracting volume pressure chambers; characterized in that, the hydraulic device comprises a fluid feeder tube fixed to the housing and with a central axis common with the central axis of the outer ring, the drive shaft cylinder being arranged between the fluid feeder tube and the inner rotor, the fluid feeder tube is provided with at least one fluid inlet line (8a, 8c) and at least one fluid outlet line (8b, 8d), wherein said fluid inlet line (8a, 8c) and said fluid outlet line (8b, 8d) respectively are radially connectable to said radial fluid feeder channel for fluid communication into and out from said expanding and contracting volume pressure chambers.
A polycarbonate composition, comprising the following components in parts by weight: a. 31-75 parts of polycarbonate; b. 9-35 parts of a rubber-modified graft copolymer; c. 5-24.1 parts of fire retardant; and d. 0-9.9 parts of other aids; wherein the sum of the parts by weight of the four components a, b, c, and d is 100; and a content of phosphorus oxychloride based on a total weight of the polycarbonate composition is less than or equal to 80 ppm and greater than or equal to 0.1 ppm. a. 31-75 parts of polycarbonate; b. 9-35 parts of a rubber-modified graft copolymer; c. 5-24.1 parts of fire retardant; and d. 0-9.9 parts of other aids;
Repository device for an object, in particular a tablet computer, comprising: - a base unit and a deposit surface, - a support which is borne on the base unit in a rotational manner about an axis of rotation running at right angles, preferably essentially vertically, to deposit surface of the base unit and has at least one rest for putting down the object - a stop device with a stop element (5, 9) for stopping the support on the base unit in at least one, preferably several, rotational positions - and an actuating element for actuating the stop element (5, 9) characterised in that the stop element is moved into a snapped-in state. - a base unit and a deposit surface, - a support which is borne on the base unit in a rotational manner about an axis of rotation running at right angles, preferably essentially vertically, to deposit surface of the base unit and has at least one rest for putting down the object - a stop device with a stop element (5, 9) for stopping the support on the base unit in at least one, preferably several, rotational positions - and an actuating element for actuating the stop element (5, 9) characterised in that the stop element is moved into a snapped-in state.
A seamless low-alloy steel pipe having a wall thickness of 20 mm or more, a tensile strength of 950 MPa or more and a yield strength of 850 MPa or more, and a Charpy absorbed energy at -40°C of 60 J or more, wherein the steel pipe has a quenched- and-tempered microstructure and a chemical composition that consists in percent by mass%, of C: 0.10 to 0.20%, Si: 0.05 to 1.0%, Mn: 0.05 to 1.2%, Ni: 0.02 to 1.5%, Cr: 0.50 to 1.50%, Mo: 0.50 to 1.50%, Nb: 0.002 to 0.10%, Al: 0.005 to 0.10%, and either or both of Ti: 0.003 to 0.050% and V: 0.01 to 0.20%, and optionally Cu: 0.02 to 1.0%, and optionally either or both of Ca: 0.0005 to 0.0050% and Mg: 0.0005 to 0.0050%, the balance being Fe and impurities, the impurities containing 0.025% of P or less, 0.005% or less of S, 0.007% or less of N, and less than 0.0003% of B.
A kinetic energy collector mechanism for generating electric power from passing vehicles, comprising a main axle connected to a flywheel and supported on two bearings and/or rollers, said main axle adapted to rotate in an angle ranging between 0°and 120° as the vehicle wheels pass over the main axle thus driving the attached flywheel; wherein the main axle is returned to its original resting position by means of springs; and wherein the flywheel is configured to drive a generator by mechanical means transmitting the load to said generator, which in turn generates electric power that is either delivered to a power network or charged in batteries; and wherein the flywheel is mounted so as to transmit load in only one direction and to rotate freely in the opposite direction; characterized in that the main axle has a half-cylindrical section, the flat side of which is arranged so that the vehicle wheels step thereon; and in that the flywheel is attached to an end of the main axle. wherein the main axle is returned to its original resting position by means of springs; and wherein the flywheel is configured to drive a generator by mechanical means transmitting the load to said generator, which in turn generates electric power that is either delivered to a power network or charged in batteries; and wherein the flywheel is mounted so as to transmit load in only one direction and to rotate freely in the opposite direction; characterized in that the main axle has a half-cylindrical section, the flat side of which is arranged so that the vehicle wheels step thereon; and in that the flywheel is attached to an end of the main axle.
A digital engine control system for an aircraft engine comprising: - two redundant electronic control units (32, 34) to control the engine of the aircraft, each electronic control unit (32, 34) being adapted to determine a speed measurement of the engine from an output signal from a respective speed sensor (14, 16) representative of the speed of the engine, - a selection unit to select one or the other of the electronic control units (32, 34) to control the engine as a function of an operating state of the electronic control units (32, 34), - an electronic overspeed protection system to protect the engine of the aircraft from overspeeds, from the output signal from at least one respective protection speed sensor (18, 20) representative of the speed of the engine, characterized in that the selection unit comprises a monitoring module adapted to determine a speed measurement of the engine from the output signal from the or each protection speed sensor (18, 20) and compare the or each speed measurement determined by the monitoring module with the speed measurements supplied by each electronic control unit (32, 34) to determine an operating state of each electronic control unit (32, 34). - two redundant electronic control units (32, 34) to control the engine of the aircraft, each electronic control unit (32, 34) being adapted to determine a speed measurement of the engine from an output signal from a respective speed sensor (14, 16) representative of the speed of the engine, - a selection unit to select one or the other of the electronic control units (32, 34) to control the engine as a function of an operating state of the electronic control units (32, 34), - an electronic overspeed protection system to protect the engine of the aircraft from overspeeds, from the output signal from at least one respective protection speed sensor (18, 20) representative of the speed of the engine, characterized in that the selection unit comprises a monitoring module adapted to determine a speed measurement of the engine from the output signal from the or each protection speed sensor (18, 20) and compare the or each speed measurement determined by the monitoring module with the speed measurements supplied by each electronic control unit (32, 34) to determine an operating state of each electronic control unit (32, 34).
A closed system for the transfer of a substance between the closed system (G, G/Z, Z, G+G/Z) and at least one further closed system, wherein the systems (G, G/Z, Z, G+G/Z) can be connected to one another in a sterile manner and separated from one another in a sterile manner and have means for transferring the substance, characterized in that the system (G, G/Z, Z, G+G/Z) comprises a vessel, the vessel has at least one attachment for sterile connection to at least one attachment of the further system (G, G/Z, Z, G+G/Z) that can be connected in a sterile manner, the vessel comprises a pressure-equalizing mechanism to equalize the pressure differences during the transfer within the closed systems connected to one another in a sterile manner, said mechanism being flow-connected to the vessel, the substance is transferable from the system particularly under the action of gravitational force into the other closed system (Z, G/Z), wherein a receiving means in the form of a bottle or an ampoule is contained in the vessel of the system, within which receiving means the substance is located and the closure thereof points to the bottom in the operating position, wherein the means for transferring the substance comprise a short cannula for transferring the substance, in particular a liquid, and a long cannula for the air or inert gas supply and wherein the cannulas (18, 19) penetrate the closure of the receiving means in the operating position and project into the receiving means and wherein the short cannula is flow-connected to the attachment and the long cannula opens into the vessel and is therefore also flow-connected to the pressure-equalizing mechanism.
A chain transfer agent comprising: an ingredient (a) that comprises a compound comprising one or more pieces of at least one kind selected from the group consisting of a urethane bond, a urea bond, and an isocyanate group; and an ingredient (b) that comprises a metal-containing compound comprising at least one kind of metal selected from the group consisting of copper, zinc, cobalt, and nickel. an ingredient (a) that comprises a compound comprising one or more pieces of at least one kind selected from the group consisting of a urethane bond, a urea bond, and an isocyanate group; and an ingredient (b) that comprises a metal-containing compound comprising at least one kind of metal selected from the group consisting of copper, zinc, cobalt, and nickel.
A method for creating a second image of a target image size from a first image having a plurality of visual elements displayed thereon, comprising: providing the first image; scaling a first group of the visual elements in the first image to correspond to a target image size, wherein the first group of visual elements are scaled using a scaling algorithm; characterised in that the method further comprises the steps of: for each of a second group of the visual elements in the first image, selecting a corresponding element from a set of different-sized pre-drawn images corresponding to the respective element in the second group of visual elements; and combining the scaled visual elements of the first group with the selected pre-drawn images corresponding to the second group of visual elements to form the second image. providing the first image; scaling a first group of the visual elements in the first image to correspond to a target image size, wherein the first group of visual elements are scaled using a scaling algorithm; characterised in that the method further comprises the steps of: for each of a second group of the visual elements in the first image, selecting a corresponding element from a set of different-sized pre-drawn images corresponding to the respective element in the second group of visual elements; and combining the scaled visual elements of the first group with the selected pre-drawn images corresponding to the second group of visual elements to form the second image. for each of a second group of the visual elements in the first image, selecting a corresponding element from a set of different-sized pre-drawn images corresponding to the respective element in the second group of visual elements; and combining the scaled visual elements of the first group with the selected pre-drawn images corresponding to the second group of visual elements to form the second image.