mhurhangee/ep-ind-claims huggingface dataset:
A real-time gas turbine simulation system that simulates a gas turbine to verify a gas turbine control system (hereinafter, referred to as "GTCS") for controlling a gas fuel through an actuator/sensor module and controlling a safety integrity level (hereinafter, referred to as "SIL") protection function through a protection module for the gas turbine, the real-time gas turbine simulation system characterized in comprising: a hardwire-in-the-loop (hereinafter, referred to as "HIL") simulator connectable to the actuator/sensor module and the protection module through one or more hardwires to simulate a time critical portion of the gas turbine in real time; and a network simulator connectable to the GTCS through a network to simulate a non-time critical portion of the gas turbine in real time. a hardwire-in-the-loop (hereinafter, referred to as "HIL") simulator connectable to the actuator/sensor module and the protection module through one or more hardwires to simulate a time critical portion of the gas turbine in real time; and a network simulator connectable to the GTCS through a network to simulate a non-time critical portion of the gas turbine in real time.
A minidisk for balancing rotating assemblies, such as high pressure turbine disks or disk stacks, of gas turbine engines, comprising: a body having an annular shape and an axial surface; and a balance flange defining a hole array, the hole array comprising: a first hole having a first width at a first surface of the balance flange, the first hole configured to receive a balance weight; and a second hole and a third hole having a second width (D2, D3) at the first surface of the balance flange, the second hole and the third hole disposed adjacent to the first hole, wherein the second width (D2, D3) is greater than the first width, characterised in that the balance flange extends axially from the axial surface, the hole array further comprising: a fourth hole and a fifth hole having the same width as the first width, the second hole disposed between and adjacent to the first hole and the fourth hole, and the third hole disposed between and adjacent to the first hole and the fifth hole. a body having an annular shape and an axial surface; and a balance flange defining a hole array, the hole array comprising: a first hole having a first width at a first surface of the balance flange, the first hole configured to receive a balance weight; and a second hole and a third hole having a second width (D2, D3) at the first surface of the balance flange, the second hole and the third hole disposed adjacent to the first hole, wherein the second width (D2, D3) is greater than the first width, a first hole having a first width at a first surface of the balance flange, the first hole configured to receive a balance weight; and a second hole and a third hole having a second width (D2, D3) at the first surface of the balance flange, the second hole and the third hole disposed adjacent to the first hole, wherein the second width (D2, D3) is greater than the first width, characterised in that the balance flange extends axially from the axial surface, the hole array further comprising: a fourth hole and a fifth hole having the same width as the first width, the second hole disposed between and adjacent to the first hole and the fourth hole, and the third hole disposed between and adjacent to the first hole and the fifth hole.
A turbomachine blade with a base body having a flat first mounting surface with a first edge contour, a lid (20; 21, 22) having a flat second mounting surface with a second edge contour that is welded to the first mounting surface, and a tuning element arrangement with at least one tuning element (30; 31-33) for impact-contacting an inner wall of the lid, with the first mounting surface being arranged radially inwardly or outwardly from am airfoil for flow deflection; characterized in that a gap (s) is formed between the first and second edge contour.
An apparatus (210, 208) for a mobile station, comprising: means for, after authentication of the mobile station by an unlicensed mobile access network before communication of higher-layer messages from the mobile station to a core network, sending through the unlicensed mobile access network a request message requesting service from the core network and including a mobile subscriber identifier; means for using a key to create an authentication response in response to an authentication request from the core network; and means for sending the authentication response to the core network through the unlicensed mobile access network; and characterised by means for passing said key to a layer at which protection of traffic between the mobile station and the unlicensed mobile access network is performed, for protection of further messages sent from the mobile station with said key or keys derived from said key. means for, after authentication of the mobile station by an unlicensed mobile access network before communication of higher-layer messages from the mobile station to a core network, sending through the unlicensed mobile access network a request message requesting service from the core network and including a mobile subscriber identifier; means for using a key to create an authentication response in response to an authentication request from the core network; and means for sending the authentication response to the core network through the unlicensed mobile access network; and characterised by means for passing said key to a layer at which protection of traffic between the mobile station and the unlicensed mobile access network is performed, for protection of further messages sent from the mobile station with said key or keys derived from said key.
An electronic device comprising: a semiconductor die having first and second distinct contacts (370, 380) on a first surface thereof; and a substrate (400, 401) having first and second conductive traces on a first surface thereof, the first and second conductive traces being separated on the substrate by a gap therebetween, wherein the first and second contacts (370, 380) are adhered to and in electrical contact with, respectively, the first and second conductive traces with a pressure-activated adhesive material, and without electrically bridging the traces or the contacts (370, 380), and wherein the substrate (400, 401) is a yielding substrate (400, 401) and the yielding substrate (400, 401) is flexible and/or deformable to permit electrical coupling between the contacts (370, 380) and their corresponding traces, and characterized in that the first and second conductive traces have equal thicknesses and the yielding substrate is configured to flex and/or deform such that the distances between each of the contacts and its corresponding trace are equal and without the use of intervening stud bumps or similar conductive structures. a semiconductor die having first and second distinct contacts (370, 380) on a first surface thereof; and a substrate (400, 401) having first and second conductive traces on a first surface thereof, the first and second conductive traces being separated on the substrate by a gap therebetween, wherein the first and second contacts (370, 380) are adhered to and in electrical contact with, respectively, the first and second conductive traces with a pressure-activated adhesive material, and without electrically bridging the traces or the contacts (370, 380), and wherein the substrate (400, 401) is a yielding substrate (400, 401) and the yielding substrate (400, 401) is flexible and/or deformable to permit electrical coupling between the contacts (370, 380) and their corresponding traces, and characterized in that the first and second conductive traces have equal thicknesses and the yielding substrate is configured to flex and/or deform such that the distances between each of the contacts and its corresponding trace are equal and without the use of intervening stud bumps or similar conductive structures.
An axle assembly comprising: a differential assembly that is rotatable about an axis and that has a ring gear; a housing assembly that receives the differential assembly; a lubricant reservoir that is disposed above the differential assembly and that captures lubricant that is splashed by the ring gear; and a lubricant distribution trough that receives lubricant from the lubricant reservoir, the lubricant distribution trough including: a first trough that receives lubricant from the lubricant reservoir; a second trough that is disposed below the first trough; and a dam that separates the first trough from the second trough. a differential assembly that is rotatable about an axis and that has a ring gear; a housing assembly that receives the differential assembly; a lubricant reservoir that is disposed above the differential assembly and that captures lubricant that is splashed by the ring gear; and a lubricant distribution trough that receives lubricant from the lubricant reservoir, the lubricant distribution trough including: a first trough that receives lubricant from the lubricant reservoir; a second trough that is disposed below the first trough; and a dam that separates the first trough from the second trough. a first trough that receives lubricant from the lubricant reservoir; a second trough that is disposed below the first trough; and a dam that separates the first trough from the second trough.
Manipulation-safe valuable or security product, containing core/shell particles, of which the shell can be damaged or destroyed by mechanical action, such that at least one first chemical substance that is contained in the core/shell particles is released from the core/shell particles, wherein the first chemical substance creates, alone and/or owing to a chemical interaction with at least one second chemical substance situated in the surroundings of the core/shell particles, a visible impression, characterised in that the core/shell particles are located in the region of a security feature configured in the form of a pattern, such that the security feature overlaps with a pattern formed by the core/shell particles, or with a surface region in which the core/shell particles are arranged.
A lighting device comprising: a carrier substrate including at least a first region comprising a light-emitting module and a second region comprising a communication module configured for wireless communication; and a heat-transferring element connected with the carrier substrate, wherein the carrier substrate partly overlies the heat-transferring element such that at least a part or portion of the first region of the carrier substrate overlies the heat-transferring element and at least a part or portion of the second region of the carrier substrate does not overlie the heat-transferring element, and characterized in that the carrier substrate is flexible. a carrier substrate including at least a first region comprising a light-emitting module and a second region comprising a communication module configured for wireless communication; and a heat-transferring element connected with the carrier substrate, wherein the carrier substrate partly overlies the heat-transferring element such that at least a part or portion of the first region of the carrier substrate overlies the heat-transferring element and at least a part or portion of the second region of the carrier substrate does not overlie the heat-transferring element, and characterized in that the carrier substrate is flexible.
An aircraft nacelle comprising: - at least one panel of stationary inner half-structure, and - a 12 hour structure for thrust reverser, comprising: - at least one half-beam formed in part in composite material and supporting a half-cowl of thrust reverser, - a plurality of clevises (9a to 9d) of hinges for the mounting in rotation of this half-beam on a nacelle supporting mast, said nacelle being characterized in that said half-beam comprises: - a foam core enveloped in the skin of said panel, or - a compartment in composite material enveloped in the skin of said panel, or - a core comprising a part in foam and a tube in composite material, said core (18, 33) being enveloped in the skin of said panel. - at least one panel of stationary inner half-structure, and - a 12 hour structure for thrust reverser, comprising: - at least one half-beam formed in part in composite material and supporting a half-cowl of thrust reverser, - a plurality of clevises (9a to 9d) of hinges for the mounting in rotation of this half-beam on a nacelle supporting mast, - at least one half-beam formed in part in composite material and supporting a half-cowl of thrust reverser, - a plurality of clevises (9a to 9d) of hinges for the mounting in rotation of this half-beam on a nacelle supporting mast, - a foam core enveloped in the skin of said panel, or - a compartment in composite material enveloped in the skin of said panel, or - a core comprising a part in foam and a tube in composite material, said core (18, 33) being enveloped in the skin of said panel.
A connected impeller and shaft, wherein the shaft has a first part which provides a threaded portion carrying a thread which screws onto a corresponding threaded portion of the impeller, and a second part which provides an abutment surface for engaging a corresponding abutment surface of the impeller when the threaded portions are screwed together thereby tightening the threads to provide a rotationally fixed connection between the impeller and the shaft, the first part being rotationally fixed relative to the second part at a joint, the threaded portion of the shaft being axially spaced a first distance (d 1) from the abutment surface of the shaft, the threaded portion of the shaft being axially spaced from the joint by a second distance (d 2) which is greater than the first distance, and the threaded portion of the shaft and the joint being on the same side of the impeller; wherein the impeller has a connector which provides the corresponding threaded portion and the corresponding abutment surface, the connector being rotationally fixed relative to the rest of the impeller; and wherein the impeller has a shaft-side hub extension having a central recess, an insertion part of the connector is inserted into the central recess, the threaded portion of the connector is within the central recess, and an inwardly facing surface of the connector frictionally connects with a radially outer surface of the hub extension; characterised in that: a clearance is provided between the insertion part of the connector and the side of the central recess, such that the frictional connection between the inwardly facing surface of the connector and the radially outer surface of the hub extension transmits, in use, substantially all of the torque between the shaft and the impeller. a clearance is provided between the insertion part of the connector and the side of the central recess, such that the frictional connection between the inwardly facing surface of the connector and the radially outer surface of the hub extension transmits, in use, substantially all of the torque between the shaft and the impeller.
Device for regulating a heating and/or cooling system serving a building, said system comprising a management system and a generation system, said device being adapted to: - receive a main signal from said management system; - receive at least one reference signal representative of a desired parameter for said building; - receive at least one environmental signal representative of at least one parameter related to said building, - receive a control unit signal representative of a parameter related to the generation system, - output a control signal for said generation system, said control signal being determined on the basis of said main signal, said reference signal, said at least one environmental signal and said control unit signal, said device being characterised in that it comprises processing means adapted to generate two or more fuzzy values (f1(t), f2(t)) based on at least one fuzzy logic implication, as a function of said main signal, said reference signal, said at least one environmental signal and said control unit signal and in that said processing means are configured to make a selection of one fuzzy value among said two or more fuzzy values (f1(t), f2(t)) according to a predefined criterion and to output the control signal for the generation system. - receive a main signal from said management system; - receive at least one reference signal representative of a desired parameter for said building; - receive at least one environmental signal representative of at least one parameter related to said building, - receive a control unit signal representative of a parameter related to the generation system, - output a control signal for said generation system, said control signal being determined on the basis of said main signal, said reference signal, said at least one environmental signal and said control unit signal, said device being characterised in that it comprises processing means adapted to generate two or more fuzzy values (f1(t), f2(t)) based on at least one fuzzy logic implication, as a function of said main signal, said reference signal, said at least one environmental signal and said control unit signal and in that said processing means are configured to make a selection of one fuzzy value among said two or more fuzzy values (f1(t), f2(t)) according to a predefined criterion and to output the control signal for the generation system.
A method implemented in a user equipment for enabling operations related specifically to individual channels in a wireless communication network comprising the user equipment (16, 100) and a network node (12, 14a, 14b) being in connectivity with each other, the method comprising: obtaining information that indicates a subset of time-frequency resource elements of radio resource elements in a time-frequency grid on which the user equipment should perform signal quality measurements, where the subset of the radio resource elements is less than a total number of the radio resource elements in the time-frequency grid and corresponds to an individual radio channel; receiving a radio signal which includes the time-frequency grid of radio resource elements; measuring by the user equipment a signal quality parameter associated with the indicated subset of the radio resource elements in the time-frequency grid; and reporting to a network node the signal quality parameter measured for the subset of the radio resource elements in the time-frequency grid to enable at least one operation related specifically to the individual radio channel, wherein the time-frequency grid corresponds to one subframe, and wherein the subset of the radio resource elements is a subset of symbols within the one subframe, wherein the time-frequency grid includes multiple radio channels in addition to the individual radio channel, where each of the multiple radio channels includes a different subset of the radio resource elements, wherein one of the multiple radio channels is a control channel and another of the multiple radio channels is a shared data channel, wherein the time-frequency grid includes a reference signal assigned to a subset of the radio resource elements different from those radio resource elements corresponding to the multiple radio channels, and wherein the user equipment measures and reports a signal quality parameter specific to just the subset of the radio resource elements in the time-frequency grid corresponding to the reference signal. obtaining information that indicates a subset of time-frequency resource elements of radio resource elements in a time-frequency grid on which the user equipment should perform signal quality measurements, where the subset of the radio resource elements is less than a total number of the radio resource elements in the time-frequency grid and corresponds to an individual radio channel; receiving a radio signal which includes the time-frequency grid of radio resource elements; measuring by the user equipment a signal quality parameter associated with the indicated subset of the radio resource elements in the time-frequency grid; and reporting to a network node the signal quality parameter measured for the subset of the radio resource elements in the time-frequency grid to enable at least one operation related specifically to the individual radio channel,
A solid state imaging device comprising photoelectric conversion devices which are arranged two-dimensionally; color filters each disposed corresponding to each of the photoelectric conversion devices; and a plurality of transfer lenses each disposed directly or indirectly on the color filter; wherein the gap between neighboring transfer lenses among said plurality of transfer lenses is not more than 0.035 μm, and the contact length between neighboring transfer lenses disposed at a gap of not more than 0.035 μm is confined within the range of 3-80% of the pitch of said plurality of transfer lenses, each of the transfer lenses has a peripheral portion which is constituted by an upper portion of the respective color filter, and the transfer lenses have a surface roughness of 50 nm or less, and contain not less than 0.2% by weight of a compound having a refractive index of 1.47 or less.
A fluorescence photometer comprising: a photometer unit including at least a light source, an excitation-side spectroscope that separates light emitted from the light source to generate excitation light, and a fluorescence-side spectroscope that separates fluorescent light emitted from a sample that is irradiated with the excitation light to generate monochromatic light; and a light-guiding member configured to guide the excitation light to the sample placed outside the photometer unit and to guide the fluorescent light emitted from the sample to the photometer unit, wherein the light-guiding member comprises an imaging unit to capture an image of the sample, an excitation light-guiding member arranged around the imaging unit and configured to guide the excitation light such that the excitation light is incident on the sample (s), and a fluorescent light-guiding member arranged around the imaging unit and configured to guide the fluorescent light emitted from the sample to the photometer unit, and the excitation light-guiding member and the fluorescent light-guiding member are arranged to surround the imaging unit, characterized in that the excitation-side spectroscope is configured to continuously separate the generated light into arbitrary monochromatic lights in order to vary a wavelength of the excitation light. a photometer unit including at least a light source, an excitation-side spectroscope that separates light emitted from the light source to generate excitation light, and a fluorescence-side spectroscope that separates fluorescent light emitted from a sample that is irradiated with the excitation light to generate monochromatic light; and a light-guiding member configured to guide the excitation light to the sample placed outside the photometer unit and to guide the fluorescent light emitted from the sample to the photometer unit, wherein the light-guiding member comprises an imaging unit to capture an image of the sample, an excitation light-guiding member arranged around the imaging unit and configured to guide the excitation light such that the excitation light is incident on the sample (s), and a fluorescent light-guiding member arranged around the imaging unit and configured to guide the fluorescent light emitted from the sample to the photometer unit, and the excitation light-guiding member and the fluorescent light-guiding member are arranged to surround the imaging unit, characterized in that the excitation-side spectroscope is configured to continuously separate the generated light into arbitrary monochromatic lights in order to vary a wavelength of the excitation light.