mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine in which, in operation, combustion gas generated by supplying fuel to a combustor where the fuel is combusted with compressed air compressed at a compressor is supplied to a turbine to acquire rotational power, the gas turbine comprising: pressurizing means connected to a branching channel branching from a discharge-side channel of the compressor and capable of carrying out an operation for introducing and pressurizing a temperature-control medium independently from the compressor; a temperature-control-medium supply channel for guiding pressurized temperature-control medium pressurized at the pressuring means to a turbine-cooling-medium channel (50,31a) which is provided in a stationary component of the turbine and which is a channel connecting a turbine cylinder, stator blades and a blade ring of the turbine and is used for temperature control by cooling and heating; and a temperature-control medium return channel for guiding the pressurized temperature-control medium that has passed through the turbine-cooling-medium channel (50,31a) to the discharge-side channel such that the flows are combined, wherein the pressurizing means is arranged to be operated during rated operation of the gas turbine to carry out cooling by letting the pressurized temperature-control medium flow in the turbine-cooling-medium channel (50,31a). pressurizing means connected to a branching channel branching from a discharge-side channel of the compressor and capable of carrying out an operation for introducing and pressurizing a temperature-control medium independently from the compressor; a temperature-control-medium supply channel for guiding pressurized temperature-control medium pressurized at the pressuring means to a turbine-cooling-medium channel (50,31a) which is provided in a stationary component of the turbine and which is a channel connecting a turbine cylinder, stator blades and a blade ring of the turbine and is used for temperature control by cooling and heating; and a temperature-control medium return channel for guiding the pressurized temperature-control medium that has passed through the turbine-cooling-medium channel (50,31a) to the discharge-side channel such that the flows are combined, wherein the pressurizing means is arranged to be operated during rated operation of the gas turbine to carry out cooling by letting the pressurized temperature-control medium flow in the turbine-cooling-medium channel (50,31a).
A control method of a washing machine comprising a water tub and a drum rotatably installed in the water tub, the method comprising: determining to perform a wetting stroke; rotating the drum upon determining to perform the wetting stroke; opening a water supply valve during rotation of the drum, to initially supply water into the water tub; and sensing (108, 112, 115, 120) a variation in water level due to the wetting stroke, to additionally supply water into the water tub if the variation in water level is sensed and to stop (110, 118) the additional supply of water if the variation in water level is not sensed, characterized by the further steps of: measuring a turn-on time (T SB) of the water supply valve until the initially supplied water reaches a setup water level (F WL, SB); and estimating a hydraulic pressure of water supplied to the washing machine based on the turn-on time (T SB) of the water supply valve. determining to perform a wetting stroke; rotating the drum upon determining to perform the wetting stroke; opening a water supply valve during rotation of the drum, to initially supply water into the water tub; and sensing (108, 112, 115, 120) a variation in water level due to the wetting stroke, to additionally supply water into the water tub if the variation in water level is sensed and to stop (110, 118) the additional supply of water if the variation in water level is not sensed, characterized by the further steps of: measuring a turn-on time (T SB) of the water supply valve until the initially supplied water reaches a setup water level (F WL, SB); and estimating a hydraulic pressure of water supplied to the washing machine based on the turn-on time (T SB) of the water supply valve. measuring a turn-on time (T SB) of the water supply valve until the initially supplied water reaches a setup water level (F WL, SB); and estimating a hydraulic pressure of water supplied to the washing machine based on the turn-on time (T SB) of the water supply valve.
Energy supply device for explosion-proof electronic functional units, in which the functional units are supplied from a high-frequency AC voltage which is individually output for each of the functional units via an inductor, characterized in that the inductors are in the form of substantially congruent conductor tracks of a multi-level printed circuit board which are connected to one another and are arranged vertically on a distribution printed circuit board, the number of metallization planes of the multi-level printed circuit board being greater than the number of metallization planes of the distribution printed circuit board.
A woven fabric comprising a plurality of warp elongate bodies interwoven and bonded with a plurality of transversely disposed weft elongate bodies, said warp elongate bodies and weft elongate bodies each comprising thermoplastic high tenacity elongate bodies having a tenacity of at least 14 g/denier and a tensile modulus of at least 300 g/denier, wherein adjacent warp elongate bodies are spaced apart from each other by a distance equivalent to at least 10% of the width of the warp elongate bodies and adjacent weft elongate bodies are spaced apart from each other by a distance equivalent to at least 10% of the width of the weft elongate bodies.
A method of determining an asymmetric property of a structure, the method comprising: measuring, for a grating structure, a first signal and a second, different, signal obtained by optical scatterometry; determining a difference between the first signal and the second signal; and determining an asymmetric structural parameter of the grating structure based on a calculation using the first signal, the second signal, and the difference; wherein the grating structure is composed of a first material and further comprises a first sidewall spacer composed of a second material and a second sidewall spacer composed of a third material and on an opposite sidewall from the first sidewall spacer, and wherein the asymmetric structural parameter is the composition difference between the second and third materials. measuring, for a grating structure, a first signal and a second, different, signal obtained by optical scatterometry; determining a difference between the first signal and the second signal; and determining an asymmetric structural parameter of the grating structure based on a calculation using the first signal, the second signal, and the difference; wherein the grating structure is composed of a first material and further comprises a first sidewall spacer composed of a second material and a second sidewall spacer composed of a third material and on an opposite sidewall from the first sidewall spacer, and wherein the asymmetric structural parameter is the composition difference between the second and third materials.
Attachment for a tine (12, 12') of a harrow of a soil cultivating implement, wherein the attachment is designed to change the effective range of the tine (12, 12'), wherein the attachment has a sleeve, characterised in that the attachment has a widening element which has a larger diameter than the sleeve, wherein the widening element comprises a flat projection which extends symmetrically over the sleeve.
A fixed service ladder that comprises: a body attachable to a building; rungs attachable to the body as ladder steps; and side rails; characterized in that: the fixed service ladder has a use configuration, in which the fixed service ladder is in its use configuration, and for implementing a climbing hindrance, a retracted configuration, in which the rungs are turned closer to each other and to an angle differing from horizontal; the body comprises for each rung a first joint to which the rung is arranged to join allowing vertical pivoting; the body comprises for at least two different rungs restraints (310; 810, 820) configured to restrain said rungs in the use configuration; and the rungs comprise second joints for pivotable joining with the side rails outside the body; characterized in that the body comprises two sides that are interconnected such that inner ends of the rungs can pivot between the sides. a body attachable to a building; rungs attachable to the body as ladder steps; and side rails; characterized in that: the fixed service ladder has a use configuration, in which the fixed service ladder is in its use configuration, and for implementing a climbing hindrance, a retracted configuration, in which the rungs are turned closer to each other and to an angle differing from horizontal; the body comprises for each rung a first joint to which the rung is arranged to join allowing vertical pivoting; the body comprises for at least two different rungs restraints (310; 810, 820) configured to restrain said rungs in the use configuration; and the rungs comprise second joints for pivotable joining with the side rails outside the body; the fixed service ladder has a use configuration, in which the fixed service ladder is in its use configuration, and for implementing a climbing hindrance, a retracted configuration, in which the rungs are turned closer to each other and to an angle differing from horizontal; the body comprises for each rung a first joint to which the rung is arranged to join allowing vertical pivoting; the body comprises for at least two different rungs restraints (310; 810, 820) configured to restrain said rungs in the use configuration; and the rungs comprise second joints for pivotable joining with the side rails outside the body; characterized in that the body comprises two sides that are interconnected such that inner ends of the rungs can pivot between the sides.
Integrated radio communication system with ordered hierarchical cellular coverage in which a cell of higher level coverage covers one or more cells of lower level, said integrated system comprising a first radio communication system (104; 304; 424) having a first coverage level N1 and a first relay station and a second radio communication system (106; 306; 406) having a second coverage level N2 and a second relay station, the first coverage level N1 being higher than the second coverage level N2; and a set of dual-mode terminals (114, 116) configured to selectively use the first system (104; 304; 424) or the second system (106; 306; 406); the first system (104; 304; 424) and the second system (106; 306; 406) being configured to simultaneously share a common portion Bc of a first frequency band B1 respectively on a first uplink for access to the first relay station and a second uplink for access to the second relay station, and respectively manage first shared transmission resources and second transmission resources which use the common portion Bc of the first band B1; the second transmission system (106; 306; 406) of lower level N2 being free to manage its second transmission resources without any coordination constraint with respect to the first system (104; 304; 424) of higher level N1, and the first system (104; 304; 424) of higher level N1 being configured to not disturb the second system (106; 306; 406) in the common frequency band portion Bc; the first system (104; 304; 424) being configured to transmit data packets on a first uplink random access contention channel and to manage its first resources on said random channel, characterized by time slots and/or frequency slots and/or access codes, optimally in terms of transmission capacity of the random channel, and so as to not disturb the second system (106; 306; 406) in the common frequency band portion Bc, by measuring, at the first relay station, the transmission resource occupancy of the second radio resources currently used by the second system (106; 306; 406) and of the first shared resources currently used by the first system, then by determining, as a function of the measurement of the occupancy of the second radio resources currently used by the second system (106; 306; 406) and of the first shared resources currently used by the first system (104; 304; 424), the shared first resources, in terms of time slots and/or frequency slots and/or access codes, to be used by new dual-mode terminals not located in the cellular coverage of the second system (106; 306; 406), so as to optimize the transmission capacity of the random channel; then by notifying, using a signalling channel broadcast on a downlink to the dual-mode terminals, not located in the cellular coverage of the second system (106; 306; 406), the first resources to be used and determined previously.
Reconfigurable logic circuit comprising - a first, second and third switching circuit arranged for receiving a first input bit, a second input bit and a third input bit, respectively,, and for receiving a plurality of configuration bits, said switching circuits arranged for being configured in a mode wherein the corresponding input bit is passed on or in a mode wherein a fixed logical zero or one is passed on, by setting configuration bits of said plurality, - a first exclusive OR logic block operable on the outputs of said first, second and third switching circuit and arranged to output a sum bit, - a fourth, fifth and sixth switching circuit arranged for receiving a fourth input bit, a fifth input bit and a sixth input bit and for receiving a further plurality of configuration bits and arranged for being configured in a mode wherein the corresponding input bit is passed on or in a mode wherein a fixed logical zero or one is passed on, by setting configuration bits of said further plurality, - a first, second and third AND logic block, each arranged for receiving a different pair of outputs formed from the outputs of said fourth, fifth and sixth switching circuit, - a second exclusive OR logic block operable on the outputs of said first, second and third AND logic block and arranged to produce a carry output bit (C out). - a first, second and third switching circuit arranged for receiving a first input bit, a second input bit and a third input bit, respectively,, and for receiving a plurality of configuration bits, said switching circuits arranged for being configured in a mode wherein the corresponding input bit is passed on or in a mode wherein a fixed logical zero or one is passed on, by setting configuration bits of said plurality, - a first exclusive OR logic block operable on the outputs of said first, second and third switching circuit and arranged to output a sum bit, - a fourth, fifth and sixth switching circuit arranged for receiving a fourth input bit, a fifth input bit and a sixth input bit and for receiving a further plurality of configuration bits and arranged for being configured in a mode wherein the corresponding input bit is passed on or in a mode wherein a fixed logical zero or one is passed on, by setting configuration bits of said further plurality, - a first, second and third AND logic block, each arranged for receiving a different pair of outputs formed from the outputs of said fourth, fifth and sixth switching circuit, - a second exclusive OR logic block operable on the outputs of said first, second and third AND logic block and arranged to produce a carry output bit (C out).
A position sensor adapted to sense a linearly oscillating moving element oscillating in a sinusoidal motion with a known frequency ω, the position sensor comprising a sensor arrangement (26, 28) and a processor, the sensor arrangement comprising: a photodiode; an LED; and a blade mounted to the moving element, such that a signal is output or interrupted by the photodiode when the moving element and the blade pass a pre-determined position, wherein the sensor arrangement samples non-continuously positions of the moving element and provides a sample of at least three discrete values, and the processor is adapted to calculate a second position of the moving element using the discrete sample values and to solve an equation that describes the motion of the moving element, wherein the equation is P(t) = A · sin(ωt + θ) + B, where P(t) = the position of the element; A = position waveform amplitude; B = position waveform DC Offset; t = time; and θ = position waveform phase. a photodiode; an LED; and a blade mounted to the moving element, such that a signal is output or interrupted by the photodiode when the moving element and the blade pass a pre-determined position,
A spice grinder adapted to be screwed on a glass containing the spice, wherein the glass comprises at least one outwardly projecting protrusion cooperating with an inwardly projecting protrusion provided on the part of the spice grinder which is to be screwed on, such that after the moving of the two protrusions (12, 15) past each other during the screwing of the spice grinder on the glass back-rotation is blocked, characterized in that the protrusion arranged on the part of the spice grinder which is to be screwed on is a resilient arm, so that during the screwing of the part, as the resilient arm moves past the protrusion, the arm moves about an imagined centre of rotation resiliently outward and slides over the ramp-like protrusion.
A method for producing a preconditioned blood vessel, comprising: providing a biocompatible electrospun matrix made from fibers which are formed from a charged solution comprising at least one natural biological material and at least one synthetic polymer material shaped in a tubular configuration seeded with a cultured population of endothelial cells on the inside surface of the matrix; attaching a first and second end of the tubular matrix to a first and second attachment element in a preconditioning chamber, wherein the first and second attachment elements have a channel that is fluidly coupled to fluid flow system; gently rotating the preconditioning chamber such that the endothelial cells attach to the inside surface of the tubular matrix; and preconditioning the seeded tubular matrix with the flow system in which a biological fluid is moved through the seeded tubular matrix, wherein the flow-rate and pulse-rate of the biological fluid is controlled such that a preconditioned blood vessel is produced. providing a biocompatible electrospun matrix made from fibers which are formed from a charged solution comprising at least one natural biological material and at least one synthetic polymer material shaped in a tubular configuration seeded with a cultured population of endothelial cells on the inside surface of the matrix; attaching a first and second end of the tubular matrix to a first and second attachment element in a preconditioning chamber, wherein the first and second attachment elements have a channel that is fluidly coupled to fluid flow system; gently rotating the preconditioning chamber such that the endothelial cells attach to the inside surface of the tubular matrix; and preconditioning the seeded tubular matrix with the flow system in which a biological fluid is moved through the seeded tubular matrix, wherein the flow-rate and pulse-rate of the biological fluid is controlled such that a preconditioned blood vessel is produced.
A method for enabling class of service support for a cache memory of an accelerator device, the method comprising: receiving a request to cache data stored in a memory of the accelerator device coupled with a system interface of a computing device, the memory associated with a page table entry, wherein the page table entry identifies a register storing page attribute information for the page table entry; reading a class of service identifier from the register; allocating a cache way in the cache memory of the accelerator device, wherein the cache way is allocated from a set of cache ways specified as eligible to cache data for memory allocations having the class of service identified by the class of service identifier; and storing the data to the allocated cache way, wherein storing the data to the allocated cache way includes requesting a bank controller to store at least a portion of the data into a region of a memory bank associated with the allocated cache way. receiving a request to cache data stored in a memory of the accelerator device coupled with a system interface of a computing device, the memory associated with a page table entry, wherein the page table entry identifies a register storing page attribute information for the page table entry; reading a class of service identifier from the register; allocating a cache way in the cache memory of the accelerator device, wherein the cache way is allocated from a set of cache ways specified as eligible to cache data for memory allocations having the class of service identified by the class of service identifier; and storing the data to the allocated cache way, wherein storing the data to the allocated cache way includes requesting a bank controller to store at least a portion of the data into a region of a memory bank associated with the allocated cache way.
A cart, comprising: a body structure comprising a support shaft, a first frame member and a second frame member, wherein both of the first frame member and the second frame member are disposed on the support shaft; and at least one wheel connecting structure, which is disposed on one end of the support shaft and comprises: a driving assembly fitted with the support shaft and connected to the first frame member; a rotating assembly, wherein one end of the rotating assembly is disposed in correspondence with the one end of the support shaft, and the other end of the rotating assembly is mounted on a wheel member; a linking assembly fitted with the support shaft, and disposed between the driving assembly and the one end of the rotating assembly, wherein the linking assembly comprises a pushing unit, and one end of the pushing unit is pivotally connected to the rotating assembly; and an energy assembly disposed in the support shaft and connected to the linking assembly.
Window or door with a casement frame and a glazing supported in the casement frame by means of glazing chocks used in areas as an intermediate layer, wherein at least one of the glazing chocks is formed as a clamping block, wherein the at least one clamping block is either fastened to the casement frame and curved in the direction of the front side of the glazing or is fastened to the front side of the glazing and curved in the direction of the surrounding casement frame, and wherein the at least one clamping block is elastically deformed between the casement frame and the glazing such that it exerts a corresponding preloading force between the casement frame and the glazing, characterised in that the at least one clamping block is formed as a cylinder segment, wherein the axis of the imaginary cylinder of the cylinder segment is parallel to the main plane of the glazing.