mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a monitoring system configured to execute computer executable instructions stored in a memory to: obtain data from a sensor system comprising a plurality of sensors , wherein one or more of the plurality of sensors comprises a temperature sensor , wherein the monitored structure comprises an aircraft propulsion system , wherein the temperature sensor is integrated into at least one structure of the aircraft propulsion system, and wherein the data indicates an operating state and is detected at a monitored structure by at least one of the plurality of sensors; obtain operational data comprising a threshold value for each of the plurality of sensors and an expected value for each of the plurality of sensors; adjust the thresholds based, at least partially, upon the operational data to obtain an adjusted threshold value , wherein adjusting the thresholds comprises obtaining an ambient temperature at the monitored structure, obtaining a thrust adjustment associated with the at least one of the plurality of sensors, and adjusting the thresholds based, at least partially, upon the ambient temperature and the thrust adjustment to obtain the adjusted threshold value ; compare the sensed data value to the adjusted threshold ; and determine if the monitored structure is operating in an alarm condition. obtain data from a sensor system comprising a plurality of sensors , wherein one or more of the plurality of sensors comprises a temperature sensor , wherein the monitored structure comprises an aircraft propulsion system , wherein the temperature sensor is integrated into at least one structure of the aircraft propulsion system, and wherein the data indicates an operating state and is detected at a monitored structure by at least one of the plurality of sensors; obtain operational data comprising a threshold value for each of the plurality of sensors and an expected value for each of the plurality of sensors; adjust the thresholds based, at least partially, upon the operational data to obtain an adjusted threshold value , wherein adjusting the thresholds comprises obtaining an ambient temperature at the monitored structure, obtaining a thrust adjustment associated with the at least one of the plurality of sensors, and adjusting the thresholds based, at least partially, upon the ambient temperature and the thrust adjustment to obtain the adjusted threshold value ; compare the sensed data value to the adjusted threshold ; and determine if the monitored structure is operating in an alarm condition.
An energy conversion and storage apparatus comprising: first and second input terminals configured to receive a voltage from a first external source; a ground providing part connected with the first and second input terminals and configured to generate a ground by using the voltage from the first external source, wherein the ground generated by the ground providing part is connected to a ground receiving node ; a ground connecting part connected with an external grounding part, wherein a ground of the ground connecting part is connected to the ground receiving node ; a current input terminal configured to receive a current from a second external source; and a converting part that is connected to the current input terminal and is connected to the ground receiving node ; characterized in that the converting part is configured to rectify and store the current received from the second external source as electric energy. first and second input terminals configured to receive a voltage from a first external source; a ground providing part connected with the first and second input terminals and configured to generate a ground by using the voltage from the first external source, wherein the ground generated by the ground providing part is connected to a ground receiving node ; a ground connecting part connected with an external grounding part, wherein a ground of the ground connecting part is connected to the ground receiving node ; a current input terminal configured to receive a current from a second external source; and a converting part that is connected to the current input terminal and is connected to the ground receiving node ; characterized in that the converting part is configured to rectify and store the current received from the second external source as electric energy.
Contact element for a plug-in connector, which contact element has a crimp region by way of which it is attached to an electrical conductor of a line, wherein the contact element has a spring-action double contact geometry for a mating contact element in a contact region in such a way that the contact region is formed by a base part from which a first spring-action contact part originates and also a second stationary base part from which a second spring-action contact part originates, wherein the two base parts are connected to one another by means of a connecting part which is oriented perpendicular thereto, characterized in that a stop is provided on the first stationary base part and a stop is provided on the second stationary base part , wherein the contact parts come to bear against the stops by way of their free end regions when the mating contact element is inserted into the contact element , and the two contact parts are designed in a wave-like manner, wherein in each case two wave crests, which each form a contact point for the mating contact element, are produced on account of this design.
A method for producing multiple balloon catheters on whose distal ends electrodes are sputtered, the method comprising: inserting into multiple hollow templates respective balloon-based distal ends of the balloon catheters ; fitting the hollow templates on multiple respective rotatable hinges that are mounted on a rotatable assembly ; rotating the distal ends of the balloon catheters by simultaneously rotating the rotatable assembly about a first axis and each of the hinges about a respective second axis; and depositing by sputtering through patterned openings in the hollow templates, electrodes on the rotated distal ends. inserting into multiple hollow templates respective balloon-based distal ends of the balloon catheters ; fitting the hollow templates on multiple respective rotatable hinges that are mounted on a rotatable assembly ; rotating the distal ends of the balloon catheters by simultaneously rotating the rotatable assembly about a first axis and each of the hinges about a respective second axis; and depositing by sputtering through patterned openings in the hollow templates, electrodes on the rotated distal ends.
Method of manufacturing a semiconductor component , comprising the successive steps of: a) forming a stack comprising a first semiconductor layer made of a III-N compound, a second conductive layer coating the first layer, and a third hard mask layer coating the second layer ; b) forming a trench crossing the third and second layers and stopping on the first layer , said trench laterally delimiting a contact metallization in the second layer ; c) forming in said trench a metal spacer made of a material different from that of the second layer , in contact with the sides of the third and second layers; and d) continuing said trench through at least a portion of the thickness of the first layer , characterized in that step c) comprises: - a step of deposition of a metal layer made of said material different from that of the second layer , on the upper surface of the third layer and on the lateral walls and at the bottom of said trench ; then - a step of vertical anisotropic etching of the metal layer , at the end of which only the vertical portions of the metal layer coating the lateral walls of said trench are kept. a) forming a stack comprising a first semiconductor layer made of a III-N compound, a second conductive layer coating the first layer, and a third hard mask layer coating the second layer ; b) forming a trench crossing the third and second layers and stopping on the first layer , said trench laterally delimiting a contact metallization in the second layer ; c) forming in said trench a metal spacer made of a material different from that of the second layer , in contact with the sides of the third and second layers; and d) continuing said trench through at least a portion of the thickness of the first layer , characterized in that step c) comprises: - a step of deposition of a metal layer made of said material different from that of the second layer , on the upper surface of the third layer and on the lateral walls and at the bottom of said trench ; then - a step of vertical anisotropic etching of the metal layer , at the end of which only the vertical portions of the metal layer coating the lateral walls of said trench are kept. - a step of deposition of a metal layer made of said material different from that of the second layer , on the upper surface of the third layer and on the lateral walls and at the bottom of said trench ; then - a step of vertical anisotropic etching of the metal layer , at the end of which only the vertical portions of the metal layer coating the lateral walls of said trench are kept.
An apparatus for a single-track or multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on one track or on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region, said apparatus comprising a material store; and a removal device which is configured for a removal of the material web from the material store, and wherein a loop store in which the material web forms a loop is provided for the material web , characterized in that at least one sensor for detecting the loop , in particular the lower loop end, and means for moving the material web toward a contact surface , into which least one part of the sensor is integrated, are provided, and in that the sensor is configured such that the loop is only detected when the material web contacts the contact surface in the region of the part of the sensor integrated into the contact surface . said apparatus comprising a material store; and a removal device which is configured for a removal of the material web from the material store, and wherein a loop store in which the material web forms a loop is provided for the material web , characterized in that at least one sensor for detecting the loop , in particular the lower loop end, and means for moving the material web toward a contact surface , into which least one part of the sensor is integrated, are provided, and in that the sensor is configured such that the loop is only detected when the material web contacts the contact surface in the region of the part of the sensor integrated into the contact surface .
A bonding wire for a semiconductor device comprising: a Cu alloy core material; and a Pd coating layer formed on a surface of the Cu alloy core material, wherein the bonding wire contains In, a concentration of In is 0.031% by mass or more and 1.2% by mass or less relative to the entire wire, wherein the Cu alloy core material contains optionally at least one element selected from Pt, Pd, Rh and Ni, and a concentration of each of the elements contained in the Cu alloy core material is 0.05 to 1.2% by mass and optionally at least one element selected from B, P, Mg, Ga and Ge, and a concentration of each of the elements is 1 to 100 ppm by mass relative to the entire wire and a balance of Cu and inevitable impurities, and a thickness of the Pd coating layer is 0.015 μm or more and 0.150 μm or less, in a measurement result when measuring crystal orientations on a surface of the bonding wire, a crystal orientation <111> angled at 15 degrees or less to a longitudinal direction of the bonding wire has a proportion of 30% or more and 100% or less among crystal orientations in the wire longitudinal direction, and when forming a free air ball (FAB), precipitates on a surface of the FAB include concentrated In. a Cu alloy core material; and a Pd coating layer formed on a surface of the Cu alloy core material, wherein the bonding wire contains In, a concentration of In is 0.031% by mass or more and 1.2% by mass or less relative to the entire wire, wherein the Cu alloy core material contains optionally at least one element selected from Pt, Pd, Rh and Ni, and a concentration of each of the elements contained in the Cu alloy core material is 0.05 to 1.2% by mass and optionally at least one element selected from B, P, Mg, Ga and Ge, and a concentration of each of the elements is 1 to 100 ppm by mass relative to the entire wire and a balance of Cu and inevitable impurities, and a thickness of the Pd coating layer is 0.015 μm or more and 0.150 μm or less, in a measurement result when measuring crystal orientations on a surface of the bonding wire, a crystal orientation <111> angled at 15 degrees or less to a longitudinal direction of the bonding wire has a proportion of 30% or more and 100% or less among crystal orientations in the wire longitudinal direction, and when forming a free air ball (FAB), precipitates on a surface of the FAB include concentrated In.
A dense phase powder pump for conveying coating powder from a first powder reservoir to a second downstream powder reservoir or a downstream powder spray coating gun or similar device for spraying coating powder, wherein the dense phase powder pump has at least one powder conveying chamber which is fluidly connected or connectable to the first powder reservoir via a powder inlet and to the second powder reservoir, or the powder spray coating gun or similar device for spraying coating powder respectively, via a powder outlet , wherein at least one powder inlet valve is provided at the powder inlet and at least one powder outlet valve is provided at the powder outlet , characterized in that the at least one powder inlet valve and/or the at least one powder outlet valve exhibit(s) an effective flow cross section in the respective open state which corresponds to at least 35% of the effective flow cross section of the at least one powder conveying chamber ; and the dense phase powder pump is configured as a single-chamber dense phase powder pump and has only one single powder conveying chamber for conveying coating powder.
Reinforced concrete structure, in particular reinforced concrete slab or reinforced concrete bending beam, comprising: a reinforced concrete structure ; an adhesive ; an elongate fibre composite material , which is applied untensioned to a tension side of the reinforced concrete structure by means of the adhesive ; wherein the elongate fibre composite material has two end regions and a centre region , wherein the reinforced concrete structure has at least one respective groove underneath the end regions of the fibre composite material , and wherein the grooves are filled with the adhesive , with the result that the end regions of the fibre composite material are anchored in the grooves in the reinforced concrete structure by way of the adhesive ; characterized in that the reinforced concrete structure comprises at least two and at most ten respective mutually parallel grooves underneath each end region of the fibre composite material ; in that the grooves have a length of 200 to 2000 mm; in that the grooves have a depth of 10 to 30 mm; in that the grooves have a width of 10 to 30 mm; and in that the grooves have a triangular or a trapezoidal cross section. a reinforced concrete structure ; an adhesive ; an elongate fibre composite material , which is applied untensioned to a tension side of the reinforced concrete structure by means of the adhesive ; wherein the elongate fibre composite material has two end regions and a centre region , wherein the reinforced concrete structure has at least one respective groove underneath the end regions of the fibre composite material , and wherein the grooves are filled with the adhesive , with the result that the end regions of the fibre composite material are anchored in the grooves in the reinforced concrete structure by way of the adhesive ; characterized in that the reinforced concrete structure comprises at least two and at most ten respective mutually parallel grooves underneath each end region of the fibre composite material ; in that the grooves have a length of 200 to 2000 mm; in that the grooves have a depth of 10 to 30 mm; in that the grooves have a width of 10 to 30 mm; and in that the grooves have a triangular or a trapezoidal cross section.
Compressor for an air-conditioning installation of a motor vehicle, the compressor extending along a longitudinal axis (X) and comprising at least one casing which houses at least: - a mechanism for compression of a coolant fluid, - a drive unit arranged inside the casing and that drives the compression mechanism , - a module for control of the drive unit , - at least one electric connector intended to connect the control module electrically to an energy source outside the compressor , and - a cover comprising a metallic part and a synthetic part arranged one against the other along the longitudinal axis (X) and traversed by the electric connector , characterised in that at least one sealing device is arranged between the metallic part and the synthetic part , the sealing device extending around the at least one electric connector . - a mechanism for compression of a coolant fluid, - a drive unit arranged inside the casing and that drives the compression mechanism , - a module for control of the drive unit , - at least one electric connector intended to connect the control module electrically to an energy source outside the compressor , and - a cover comprising a metallic part and a synthetic part arranged one against the other along the longitudinal axis (X) and traversed by the electric connector , characterised in that at least one sealing device is arranged between the metallic part and the synthetic part , the sealing device extending around the at least one electric connector .
A device for flushing liquid conduits, in particular conduits for drinking water and/or process water in buildings, said device being formed from at least one flushing module , which includes a housing and can be linked to the respective liquid conduit, and from a control module , which also includes a housing and serves to connect and detect, to evaluate and/or control shut-off and detection components of the at least one flushing module of the device , characterised in that the flushing module and the control module form two separate units whose housings can be installed separately or in a way linked to each other and in that the links between the flushing module (39 and the control module which are necessary for the functioning of the device can be established via contact elements and/or connector sockets which are provided at the flushing module and the control module .
Drainage tube for use in wound drainage, particularly in deep drainage, having a drainage lumen surrounded by a tube jacket and extending parallel to the tube axis, wherein the tube jacket has at least one perforation which, starting at an outer boundary area of the tube jacket , extends in a transverse direction, in particular approximately perpendicular to the tube axis and opens out into the drainage lumen and the tube jacket is penetrated by at least one aeration lumen , which extends parallel to the tube axis and is separated, at least in sections, from the drainage lumen by a tube jacket area situated radially inside, wherein two, three or more than three aeration lumens that are offset against each other in the circumferential direction of the tube jacket and penetrate the tube jacket are provided, characterized in that the offset between two adjacent aeration lumens in the circumferential direction of the drainage tube is greater than 360°/n, where n denotes the number of aeration lumens .
A method for removing a rotor blade from atop a tower of a wind turbine , the method comprising: installing at least one up-tower pulley at an up-tower location of the wind turbine; attaching a pulley cable from a first ground winch over the up-tower pulley to the rotor blade; attaching a guide line from a second ground winch to an up-tower location of the wind turbine; attaching a guide pulley to the guide line , wherein the guide pulley is configured to move along the guide line; attaching a guide cable from the guide line over the guide pulley to the rotor blade so as to control an orientation of the rotor blade relative to the tower as the rotor blade is being lowered; and lowering the rotor blade by coordinated winch operation to a location on or adjacent to a support surface of the wind turbine . installing at least one up-tower pulley at an up-tower location of the wind turbine; attaching a pulley cable from a first ground winch over the up-tower pulley to the rotor blade; attaching a guide line from a second ground winch to an up-tower location of the wind turbine; attaching a guide pulley to the guide line , wherein the guide pulley is configured to move along the guide line; attaching a guide cable from the guide line over the guide pulley to the rotor blade so as to control an orientation of the rotor blade relative to the tower as the rotor blade is being lowered; and lowering the rotor blade by coordinated winch operation to a location on or adjacent to a support surface of the wind turbine .
A method for determining at least one material property of a workpiece arranged in a punching/laser combination machine , for determining workpiece material and/or workpiece thickness, with the following method steps: - machining of the workpiece by performing at least one lifting movement of a tool of the punching/laser combination machine , - recording the machining noises generated during machining of the workpiece using at least one microphone , and - determining the at least one material property of the workpiece by comparing the recorded machining noises with reference machining noises that have been recorded during the machining of reference workpieces with known material properties, characterised in that , with a workpiece arranged in the punching/laser combination machine , at least one workpiece material and/or one workpiece thickness is determined before the laser machining of the workpiece by comparing the machining noises generated with a tool of the punching/laser combination machine with the reference machining noises, wherein, for the laser machining of the workpiece , at least one laser machining parameter, in particular a technology table , is automatically selected or adjusted based on the specific workpiece material and/or the workpiece thickness of the workpiece . - machining of the workpiece by performing at least one lifting movement of a tool of the punching/laser combination machine , - recording the machining noises generated during machining of the workpiece using at least one microphone , and - determining the at least one material property of the workpiece by comparing the recorded machining noises with reference machining noises that have been recorded during the machining of reference workpieces with known material properties, characterised in that , with a workpiece arranged in the punching/laser combination machine , at least one workpiece material and/or one workpiece thickness is determined before the laser machining of the workpiece by comparing the machining noises generated with a tool of the punching/laser combination machine with the reference machining noises, wherein, for the laser machining of the workpiece , at least one laser machining parameter, in particular a technology table , is automatically selected or adjusted based on the specific workpiece material and/or the workpiece thickness of the workpiece .