mhurhangee/patent-ind-claim-en huggingface dataset:
Semiconductor component having - a semiconductor chip for generating a primary electromagnetic radiation, which is blue light, with a first peak wavelength - having a first conversion element which has a quantum structure and the quantum structure comprises a plurality of quantum layers, between which barrier layers are arranged, so that the quantum layers and the barrier layers form a multiple quantum well structure, wherein the quantum structure is formed to partially shift the primary radiation to a secondary radiation having a second peak wavelength and the secondary radiation is green light, and - a second conversion element which has a luminescent material, wherein the luminescent material has an Eu 2+ -doped nitride or an Mn 4+ -doped fluoride and is formed to shift an electromagnetic radiation to a tertiary radiation having a dominant wavelength, wherein the first conversion element is formed to generate a secondary radiation having a smaller peak wavelength than the dominant wavelength of the tertiary radiation and the tertiary radiation is red light, wherein - the second conversion element is located between the semiconductor chip and the first conversion element - the second conversion element is arranged on the semiconductor chip , - the first conversion element is arranged on the second conversion element , - the first conversion element has a transparent carrier , wherein the quantum structure is arranged on an underside of the carrier, and - the underside faces the second conversion element , and wherein the carrier consists of sapphire. - a semiconductor chip for generating a primary electromagnetic radiation, which is blue light, with a first peak wavelength - having a first conversion element which has a quantum structure and the quantum structure comprises a plurality of quantum layers, between which barrier layers are arranged, so that the quantum layers and the barrier layers form a multiple quantum well structure, wherein the quantum structure is formed to partially shift the primary radiation to a secondary radiation having a second peak wavelength and the secondary radiation is green light, and - a second conversion element which has a luminescent material, wherein the luminescent material has an Eu 2+ -doped nitride or an Mn 4+ -doped fluoride and is formed to shift an electromagnetic radiation to a tertiary radiation having a dominant wavelength, wherein the first conversion element is formed to generate a secondary radiation having a smaller peak wavelength than the dominant wavelength of the tertiary radiation and the tertiary radiation is red light, wherein - the second conversion element is located between the semiconductor chip and the first conversion element - the second conversion element is arranged on the semiconductor chip , - the first conversion element is arranged on the second conversion element , - the first conversion element has a transparent carrier , wherein the quantum structure is arranged on an underside of the carrier, and - the underside faces the second conversion element , and wherein the carrier consists of sapphire.
Heating device for locally heating of an injection mold cavity wall , comprising: - a base plate , - an actuator located on the base plate to perform a linear movement; - a heated stamp connected to the actuator and driven by the actuator, to perform a linear movement in direction to and from the injection mold cavity wall ; wherein the heated stamp is located below the base plate and the actuator, and wherein the base plate comprises an opening through which a pin extends for transferring the linear movement from the actuator to the heated stamp, characterised in that the base plate is integrally formed in a manifold of a hot runner system , so that it is part of the manifold . - a base plate , - an actuator located on the base plate to perform a linear movement; - a heated stamp connected to the actuator and driven by the actuator, to perform a linear movement in direction to and from the injection mold cavity wall ;
A method of testing a subterranean formation intersected by a well , comprising: running a test string into a well , the string including an apparatus positioned in the well to test the subterranean formation and including at least one pressure-powered tool that can be shifted between a plurality of states, the pressure-powered tool comprising: a fluid chamber containing a reservoir of a pressurized fluid; a piston energizable by the pressurized fluid to shift the tool between states; and a hydraulic control system to establish a fluid communication path between the piston and the fluid chamber in response to a command to energize the tool to perform a downhole operation characterized in that the method further comprises: providing an indication of pressure in a region associated with the piston ; and determining, based on the indication of pressure, which of the plurality of states the pressure-powered tool is in. a fluid chamber containing a reservoir of a pressurized fluid; a piston energizable by the pressurized fluid to shift the tool between states; and a hydraulic control system to establish a fluid communication path between the piston and the fluid chamber in response to a command to energize the tool to perform a downhole operation characterized in that the method further comprises: providing an indication of pressure in a region associated with the piston ; and determining, based on the indication of pressure, which of the plurality of states the pressure-powered tool is in. providing an indication of pressure in a region associated with the piston ; and determining, based on the indication of pressure, which of the plurality of states the pressure-powered tool is in.
Artificial grass tufted from slit film or monofilaments prepared with a polyethylene prepared with a bistetrahydroindenyl or bisindenyl metallocene catalyst complex having (a) a density in the range of 0.910 to 0.937 g/cm 3 as determined by ISO 1183 at a temperature of 23 °C and (b) a melt index MI2 in the range of 0.5 to 5 g/10 min as determined by ISO 1133/D at a temperature of 190° C and at a load of 2.16 kg, wherein said polyethylene has a g rheo of less than 0.9 or an LCBI of greater than 0.08, and wherein the polyethylene has a Vicat Softening Temperature T v , measured according to ISO 306 conditions A120, according to the following equation: T v > − 41234 d 2 + 77500 d − 36295 wherein T v is the Vicat Softening Temperature in °C and d is the density of the polyethylene in g/cm 3 .
A method implemented by a processor of an electro-anatomical mapping system utilizing a catheter having a basket distal assembly comprising a plurality of splines and having multiple electrodes distributed over the splines, the method comprising: receiving active current locations, ACL, of said electrodes ; calculating a center of mass of said distal assembly from the ACL locations of said electrodes by generating an average value of said ACL locations; using a sensor having a sensor longitudinal axis aligned along a shaft longitudinal axis of a shaft to which said distal assembly is attached and configured to generate a position of the shaft in six degrees of freedom, checking whether or not said shaft longitudinal axis extends through said center of mass; if not, calculating a tilt angle of said center of mass from said sensor longitudinal axis and a line extending from a position of said sensor and said center of mass; and correcting said ACL locations according to said tilt angle. receiving active current locations, ACL, of said electrodes ; calculating a center of mass of said distal assembly from the ACL locations of said electrodes by generating an average value of said ACL locations; using a sensor having a sensor longitudinal axis aligned along a shaft longitudinal axis of a shaft to which said distal assembly is attached and configured to generate a position of the shaft in six degrees of freedom, checking whether or not said shaft longitudinal axis extends through said center of mass; if not, calculating a tilt angle of said center of mass from said sensor longitudinal axis and a line extending from a position of said sensor and said center of mass; and correcting said ACL locations according to said tilt angle.
A method of avoiding unnecessary safety brake actuation in an elevator system , the method comprising: determining whether a true overspeed or overacceleration condition of an elevator car is present; and activating the electronic safety actuator if a true overspeed or overacceleration condition of the elevator car ; characterized by : obtaining data with at least one sensor associated with an electronic safety actuator ; monitoring various operating conditions of the elevator car ; determining if the electronic safety actuator was activated during the various operating conditions; determining if activation of the electronic safety actuator was a false trip; and updating a data model based on the determination of whether the activation was a false trip. determining whether a true overspeed or overacceleration condition of an elevator car is present; and activating the electronic safety actuator if a true overspeed or overacceleration condition of the elevator car ; characterized by : obtaining data with at least one sensor associated with an electronic safety actuator ; monitoring various operating conditions of the elevator car ; determining if the electronic safety actuator was activated during the various operating conditions; determining if activation of the electronic safety actuator was a false trip; and updating a data model based on the determination of whether the activation was a false trip. obtaining data with at least one sensor associated with an electronic safety actuator ; monitoring various operating conditions of the elevator car ; determining if the electronic safety actuator was activated during the various operating conditions; determining if activation of the electronic safety actuator was a false trip; and updating a data model based on the determination of whether the activation was a false trip.
A suspension bumper for the suspension of a motor vehicle, comprising a moulded part made of elastomer being essentially symmetrical in revolution about a main axis of compression, this bumper including one end forming a crown comprising bearing faces designed to receive pressure from a moving part, the end crown comprising protuberances that are separated from one another by notches distributed over the perimeter of this crown, characterized in that the protuberances have bearing faces arranged at various heights, and in that the protuberances have vertical grooves on their exterior surface.
Measuring system comprising at least two electrodes on the inner wall of a pipe for conducting a multiphase fluid flow , the flow having an essentially constant water liquid ratio (WLR) over a time span, the electrodes being positioned on the inner surface of the pipe and being connected to a measuring instrument for measuring the electric impedance between the electrodes , the system also comprising a flow density sensor measuring in essentially the same volume as the electrodes , the system being characterised in that it includes an analyzing unit configured to sample said density and electric impedance at a predetermined rate, and configured to calculate a best fit linear curve representing the sampled data as a function between the corresponding density and electric impedance data and configured to determine the water liquid ratio (WLR) from WLR = β × ρ Oil − ρ gas 1 − β × ρ water − ρ Oil where ρ water is water density, ρ oil is oil density, ρ gas is gas density and β is the slope of this linear curve . the system also comprising a flow density sensor measuring in essentially the same volume as the electrodes , the system being characterised in that it includes an analyzing unit configured to sample said density and electric impedance at a predetermined rate, and configured to calculate a best fit linear curve representing the sampled data as a function between the corresponding density and electric impedance data and configured to determine the water liquid ratio (WLR) from WLR = β × ρ Oil − ρ gas 1 − β × ρ water − ρ Oil where ρ water is water density, ρ oil is oil density, ρ gas is gas density and β is the slope of this linear curve .
Inspection chamber for a pipe structure for drainage or sewerage, the chamber having an inspection entrance at a first side for connecting up with an inspection shaft, the chamber further being provided with a feet-structure at a second side , the first side and the second side being opposite sides of the inspection chamber , the feet-structure comprising at least two feet which are in combination configured for: • stabilizing the inspection chamber when positioned on a supporting ground in such a way that the inspection entrance is at an upper position, therewith hindering sideways falling of the inspection chamber; and • maintaining the manufactured shape of the inspection entrance of another one of such an inspection chamber when the feet-structure is placed in a mating position with the inspection entrance of that other one of such an inspection chamber , for instance during storage and/or transport thereof; and of which each foot itself is configured for: resisting sinking of the inspection chamber into a sandy ground when positioned on such a sandy ground in such a way that the inspection entrance is at an upper position, wherein the inspection entrance for connecting up with an inspection shaft lies in an imaginary plane, characterized in that each of the feet comprises a base plate extending in a direction that is parallel to that imaginary plane, and wherein at least one of the base plates extends over an area that corresponds to 5 to 40% of an area defined by the inspection entrance and/or at least one of the base plates has an edge that would cover a part of an inner periphery of the inspection entrance of that other one of such an inspection chamber , when in mating position. • stabilizing the inspection chamber when positioned on a supporting ground in such a way that the inspection entrance is at an upper position, therewith hindering sideways falling of the inspection chamber; and • maintaining the manufactured shape of the inspection entrance of another one of such an inspection chamber when the feet-structure is placed in a mating position with the inspection entrance of that other one of such an inspection chamber , for instance during storage and/or transport thereof;
A sliding contact device , in particular for supplying power to vehicles via an overhead wire, the sliding contact device comprising a contact-strip carrier device and a contact strip disposed thereon, characterized in that the contact-strip carrier device comprises a lightning protection device for electric arcs , the lightning protection device being disposed on a long side of a carrier profile of the contact-strip carrier device, the lightning protection device being formed from several lightning protection elements disposed along the long side.
An automatic analysis device equipped with a consumable-item supply device to supply a consumable-item rack which has an upper side on which consumable items are held and has flanges provided in a lower place, comprising: a platform that is capable of holding a plurality of the consumable-item racks in a state in which the consumable-item racks are stacked; a driving unit that is capable of moving, in a vertical direction, the platform holding the consumable-item racks in a horizontal position; a controller that is capable of controlling operation of the driving unit ; and a pair of separation mechanisms that are placed to be spaced at a certain distance apart in a horizontal direction, the pair of separation mechanisms being capable of separating an uppermost consumable-item rack from the consumable-item racks which are stacked, wherein each one of the pair of separation mechanisms has a fixed end and a support portion that is movable relative to the fixed end and abuts on the underside of one of the flanges to support a consumable-item rack , and characterized in that each one of the pair of separation mechanisms has a stationary correction portion that is coupled to the fixed end and abuts on a side face of the flange to correct a position of the consumable-item rack , and the spacing between the correction portions of the pair of separation mechanisms is fixed to fit the width of the consumable-item racks . a platform that is capable of holding a plurality of the consumable-item racks in a state in which the consumable-item racks are stacked; a driving unit that is capable of moving, in a vertical direction, the platform holding the consumable-item racks in a horizontal position; a controller that is capable of controlling operation of the driving unit ; and a pair of separation mechanisms that are placed to be spaced at a certain distance apart in a horizontal direction, the pair of separation mechanisms being capable of separating an uppermost consumable-item rack from the consumable-item racks which are stacked, wherein each one of the pair of separation mechanisms has a fixed end and a support portion that is movable relative to the fixed end and abuts on the underside of one of the flanges to support a consumable-item rack , and characterized in that each one of the pair of separation mechanisms has a stationary correction portion that is coupled to the fixed end and abuts on a side face of the flange to correct a position of the consumable-item rack , and the spacing between the correction portions of the pair of separation mechanisms is fixed to fit the width of the consumable-item racks .
An actuator comprising a body extending along a central axis (X) and at least a first offset connection port (4.1) that is connected to the body by a first duct (5.1) projecting from said body , the first connection port (4.1) being mechanically connected to the body at least by a first strut and a second strut , characterized in that the first strut and the second strut extending from the first connection port respectively to a first segment of the body and to a second segment of the body that is axially spaced apart from the first segment.
Method for determining the dryness of a fibrous web , in particular a tissue web , during the production of the fibrous web in a machine , wherein the machine comprises a drying cylinder , in particular a Yankee cylinder , to which at least one, preferably two, dryer hoods are assigned, and a reel-up for winding up the fibrous web , characterized in that the determination of the dryness of the fibrous web is carried out before the drying cylinder on the basis of measured values which describe the following variables: a) the amount of solids in the fibrous web at the reel-up, b) the amount of water in the fibrous web at the reel-up, c) the amount of water which is evaporated in the dryer hood or hoods. a) the amount of solids in the fibrous web at the reel-up, b) the amount of water in the fibrous web at the reel-up, c) the amount of water which is evaporated in the dryer hood or hoods.
A resetting lead screw drive , comprising: a first brake component ; a second brake component ; a plunger coupling component ; a lead screw positioned through the second brake component and coupled to the first brake component and the plunger coupling component ; a tilt nut coupled to the lead screw ; and a ratchet gear coupled to the tilt nut , characterised in that in a first cycle of operation as the second brake component is stationary, rotation of the ratchet gear in a first direction is configured to advance the first brake component , the lead screw , and the plunger coupling component toward a plunger positioned within a drug container to expel a portion of a stored liquid drug for delivery to a user, and wherein the first brake component , the lead screw , and the plunger coupling component are configured to remain stationary as the second brake component is advanced in a second cycle of operation. a first brake component ; a second brake component ; a plunger coupling component ; a lead screw positioned through the second brake component and coupled to the first brake component and the plunger coupling component ; a tilt nut coupled to the lead screw ; and a ratchet gear coupled to the tilt nut , characterised in that in a first cycle of operation as the second brake component is stationary, rotation of the ratchet gear in a first direction is configured to advance the first brake component , the lead screw , and the plunger coupling component toward a plunger positioned within a drug container to expel a portion of a stored liquid drug for delivery to a user, and wherein the first brake component , the lead screw , and the plunger coupling component are configured to remain stationary as the second brake component is advanced in a second cycle of operation.
Plant tray made of a plastics material, comprising a plurality of compartments for receiving at least one plant pot , at least one of the compartments having a base which is provided with at least one base hole and of which the edge transitions into a wall of the plant tray , the lower face forms a contact surface for the planting tray and the top forms at least one support for the plant pot , characterised in that the base forms base regions of various heights with respect to a lower installation plane by means of at least one channel on the lower face that is designed as an irrigation and/or drainage channel, and a compartment region located directly above the lower base region which forms the contact surface can be irrigated and/or drained by means of the base hole , the lower base region forming at least part of the support.
A pipe mixer for an aftertreatment system , the pipe mixer comprising: a hollow body having a first end and a second end , the body surrounding a mixing channel ; an injector mount positioned at the first end of the body ; perforations provided on the body for entry of exhaust flow into the mixing channel ; characterized in that it further comprises directional elements positioned on the body for directing exhaust flow towards the injector mount , the directional elements being positioned between the first end and the perforations wherein each directional element comprises an inlet formed on the body for entry of exhaust flow and a guide provided on an internal surface of the body , the guide having an outlet for exit of exhaust flow. a hollow body having a first end and a second end , the body surrounding a mixing channel ; an injector mount positioned at the first end of the body ; perforations provided on the body for entry of exhaust flow into the mixing channel ; characterized in that it further comprises directional elements positioned on the body for directing exhaust flow towards the injector mount , the directional elements being positioned between the first end and the perforations wherein each directional element comprises an inlet formed on the body for entry of exhaust flow and a guide provided on an internal surface of the body , the guide having an outlet for exit of exhaust flow.
A process for the microbial in-chain hydroxylation of C12 to C16 fatty acids, alchohols and alkanes at position ω-7, including culturing a microorganism expressing a recombinant cytochrome P450 monooxygenase which have an amino acid sequence with at least 70% sequence identity to SEQ ID Nos: 1, 2, 3, 4, 5, 6 or 7; on a culture medium including an exogenous substrate; and isolating a hydroxylated product or secondary product formed thereof from the medium, wherein the exogenous substrate is selected from the group consisting of C12 to C16 fatty acids, alcohols and alkanes.