mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications, performed by an apparatus, comprising: identifying a first set of wireless resources for synchronization signal transmissions and a second set of wireless resources for broadcast channel transmissions, the second set of wireless resources comprising a first subset of time resources and a second, different, subset of time resources, wherein the broadcast channel transmissions are transmitted using a larger frequency bandwidth than the synchronization signal transmissions; identifying locations of reference signal resources within the first subset of time resources and the second subset of time resources, wherein the first subset of time resources and the second subset of time resources have different reference signal waveforms constructed by splitting a long base sequence among the first and the second subset of time resources, wherein the long base sequence comprises a Zadoff-Chu, ZC, sequence, m-sequence, or cyclic shifts thereof; receiving reference signal transmissions over the reference signal resources; determining a waveform of the reference signal transmissions based at least in part on the locations of the reference signal resources; and performing a channel estimation based at least in part on the received reference signal transmissions and the determined waveform of the reference signal transmissions. identifying a first set of wireless resources for synchronization signal transmissions and a second set of wireless resources for broadcast channel transmissions, the second set of wireless resources comprising a first subset of time resources and a second, different, subset of time resources, wherein the broadcast channel transmissions are transmitted using a larger frequency bandwidth than the synchronization signal transmissions; identifying locations of reference signal resources within the first subset of time resources and the second subset of time resources, wherein the first subset of time resources and the second subset of time resources have different reference signal waveforms constructed by splitting a long base sequence among the first and the second subset of time resources, wherein the long base sequence comprises a Zadoff-Chu, ZC, sequence, m-sequence, or cyclic shifts thereof; receiving reference signal transmissions over the reference signal resources; determining a waveform of the reference signal transmissions based at least in part on the locations of the reference signal resources; and performing a channel estimation based at least in part on the received reference signal transmissions and the determined waveform of the reference signal transmissions.
Overhead luggage compartment for an aircraft, comprising an upper luggage compartment element, comprising a lower luggage compartment element, which can be moved between a closed and an open position, comprising a holding device for holding the lower luggage compartment element in the closed position thereof, comprising a lifting spring for supporting the movement of the lower luggage compartment element from the open position to the closed position, and comprising a retaining device for securing the lifting spring in the tensioned state in the open position of the lower luggage compartment element, an operating handle for releasing the retaining device in the open position of the lower luggage compartment element being provided, characterised in that the lower luggage compartment element, irrespective of the load condition thereof, can be moved from the open position towards the closed position optionally with assistance from the lifting spring or with the lifting spring secured in the tensioned state.
A vehicle, in which positive static charges accumulate on a vehicle body insulated from a road surface during propulsion, the vehicle comprising: an ionizing material that is charged negatively during propulsion to decrease the positive potential of a separation point at which positively charged airflow flowing along a vehicle surface deviates therefrom during propulsion; and characterized in that the vehicle comprises: an inner panel that extends along an inner surface of the vehicle body while keeping a predetermined distance; wherein at least one of the ionizing material is integrated with the inner panel, or the ionizing material is attached to the inner panel an inner panel that extends along an inner surface of the vehicle body while keeping a predetermined distance; wherein at least one of the ionizing material is integrated with the inner panel, or the ionizing material is attached to the inner panel
Office chair, of the rolling frame type, incorporating a telescoping column with a gas cylinder, which can be adjusted using the corresponding lever, wherein the office chair incorporates a base body fixed to the aforementioned telescopic column, hinged to a chair seat (9 or 90) and a backrest, wherein the base body incorporates on the top front end side longitudinal lengthwise slots which allow the lengthwise shifting of flaps, located on the bottom front end side of the chair seat (9 or 90),the chair seat (9 or 90) being hinged on its back end to the backrest, the backrest being "L"-shaped, which is hinged on its front end to the base body, so that the rearwards pivoting of the backrest causes a pivoting of the chair seat (9 or 90) and rearwards lengthwise displacement of the chair seat (9, or 90) forming a deformable articulated triangle, wherein in relation to the longitudinal slots on the base body, there is also a rod which is adjustable lengthwise by passing through the flaps of the seat, (9 or 90), said rod is movable lengthwise along the slot, wherein said rod is also connected to a hydraulic cylinder and a spring which are, in turn, connected on the other end to the base body, so that the hydraulic cylinder locks the relative position of the seat (9 or 90) as regards the base body and, consequently, the inclination of the backrest.
Ultrasonic transducer comprising: - an active element for generating and/or receiving ultrasonic waves, and - a support element located at the rear of the active element and adapted to serve as a shape reference and mechanical reinforcement for said active element, characterized in that the transducer comprises an assembly layer between said active element and said support element, said assembly layer comprising a glue layer (51, 52) adhering to the active element and to the support element, and ensuring the assembly of the active element with the support element, said assembly layer comprising gas-containing cavities and acoustically decoupling said active element and said support element by means of said gas-containing cavities present in the assembly layer, the cavities being formed by gas-containing microballoons, and a layer of microballoons being embedded in said adhesive layer. - an active element for generating and/or receiving ultrasonic waves, and - a support element located at the rear of the active element and adapted to serve as a shape reference and mechanical reinforcement for said active element,
A generator which is operable in association with a turbine engine having an engine oil system, the generator comprising: a stator with a stator winding; a rotor with a field winding supported for rotation relative to the stator; a housing enclosing the stator and the rotor and an oil circuit including a plurality of selectors (174, 176), the housing further comprising an independent system port (130, 132) configured to communicate independent source oil between the generator and an independent oil system land a shared system port (120, 122, 124) arranged to communicate shared source oil between the generator and the engine oil system; wherein the selectors (174, 176) are arranged to configure the generator to circulate oil from either the engine oil system or the independent oil system, wherein in a first generator arrangement the generator is arranged to circulate shared source oil from the engine oil system and in a second generator arrangement the generator is arranged to circulate independent source oil from the independent oil system; and wherein, when the selectors (174, 176) fluidly couple the stator and one of the independent system port (130, 132) and the shared system port (120, 122, 124), the selectors fluidly separate the stator from the other of the independent system port and the shared system port. a stator with a stator winding; a rotor with a field winding supported for rotation relative to the stator; a housing enclosing the stator and the rotor and an oil circuit including a plurality of selectors (174, 176), the housing further comprising an independent system port (130, 132) configured to communicate independent source oil between the generator and an independent oil system land a shared system port (120, 122, 124) arranged to communicate shared source oil between the generator and the engine oil system; wherein the selectors (174, 176) are arranged to configure the generator to circulate oil from either the engine oil system or the independent oil system, wherein in a first generator arrangement the generator is arranged to circulate shared source oil from the engine oil system and in a second generator arrangement the generator is arranged to circulate independent source oil from the independent oil system; and wherein, when the selectors (174, 176) fluidly couple the stator and one of the independent system port (130, 132) and the shared system port (120, 122, 124), the selectors fluidly separate the stator from the other of the independent system port and the shared system port.
A thermoformed container made substantially from polymeric material having embedded therein micro-porous particles characterised in that the polymeric material has embedded microus particles of a size greater than the thickness of the thermoformed polymeric material at its thinnest part such that at least part of an internal surface of containers made from the substantially polymeric material is rough to the touch and the presence of embedded particles can be seen and felt.
A device for fastening a handle to cookware or bakeware having a support piece protruding outward from the cookware or bakeware wall and the handle which can be detachably snapped onto the support piece, the handle having a frontal recess by means of which it can be snapped onto the support piece, and a spring element being retained in the recess of the handle, the spring element acting on a latching element of the handle, which latches onto the support piece, when the handle is snapped onto the support piece, and an actuation element being provided on the handle, and the spring element being able to be activated by means of the actuation element, characterized in that the support piece has a window-like recess in its base and a fork element is clamped in the recess of the handle at the surface parallel to the base in operating position, the fork element being made of resilient material and having a bent section and a straight section, the fork element being curved essentially like an S at the curved section, and an attachment protrusion being formed at the bent section, and the fork element engaging into the window-like recess with its curved section, and the resilient fork element being supported on a support surface in operating position, the fork element is supported on the support piece by the flat section on the one hand or by the attachment protrusion on the other hand in operating position.
Use of a belt assembly for winding electric winding units, wherein the belt assembly comprises: - a fibrous fabric composed of warp thread fibres and weft thread fibres having a smaller fibre cross section in relation to the warp thread fibres and/or having a larger warp thread spacing in relation to the warp thread spacing (k), wherein in each case two adjacent weft thread fibres are interconnected by a weft thread connecting portion (2b 1) alongside the belt assembly, and wherein the warp thread fibres and/or the weft thread fibres are made of glass fibres, aramid fibres, carbon fibres, polyester fibres and/or inorganic fibres, and - a curable resin material. - a fibrous fabric composed of warp thread fibres and weft thread fibres having a smaller fibre cross section in relation to the warp thread fibres and/or having a larger warp thread spacing in relation to the warp thread spacing (k), wherein in each case two adjacent weft thread fibres are interconnected by a weft thread connecting portion (2b 1) alongside the belt assembly, and wherein the warp thread fibres and/or the weft thread fibres are made of glass fibres, aramid fibres, carbon fibres, polyester fibres and/or inorganic fibres, and - a curable resin material.
Refrigeration appliance with an inner chamber surrounded by an inner shell, an outer shell, which surrounds the inner shell in such a manner that a cavity emerges between the inner and the outer shell which can be filled with foam, and with at least one cable guide through the inner or outer shell, characterised in that the cable guide is embodied as an open half-shell which is sealed from the cavity, which in its interior has a seal and means (11, 13) for affixing a cable, between which the cable is pushed in, and that the cable guide is assembled such that the open side of the half-shell is closed off by a part of the inner or outer shell.
A train water supply device, comprising a clear water tank, a water tank I, a water tank II and an ejector, wherein the water tank I is connected with the clear water tank through a water suction pipeline, and the water tank I is connected with the water tank II through an intermediate pipeline, the water tank II is adapted to be connected with a water consumption appliance through a water supply pipeline, an upper part of the water tank I is connected with a vacuumizing opening of the ejector through a vacuumizing pipeline, and an air source interface of the ejector is adapted to be connected with an air source of a train through a vacuumizing air supply pipeline; the upper part of the water tank I is adapted to be connected with the air source of the train through a water supply and air supply pipeline I, and the upper part of the water tank II is communicated with the atmosphere through an exhaust pipeline; the water tank II is adapted to be connected with the air source of the train through a water supply and air supply pipeline II; the water tank I is provided with a liquid level switch I and a liquid level switch II from top to bottom, and the water tank II is provided with a liquid level switch III, a liquid level switch IV and a liquid level switch V from top to bottom, wherein a one-way valve I is arranged on the intermediate pipeline.
A communication device comprising: a transmitter configured to, in a first operation, distort an input signal through a digital predistortion, DPD, unit, convert the distorted input signal into an analog signal, perform frequency up-conversion on the converted analog signal to generate a first signal, amplify the generated first signal through a power amplifier, PA, and couple the amplified first signal, the DPD unit comprising a function for distorting the input signal, the function being determined based on an inverse of a model that models a first nonlinear characteristic of the PA; a receiver configured to, in the first operation, receive the coupled first signal from the transmitter, perform frequency down-conversion on the coupled first signal to generate a second signal, and convert the generated second signal into a digital signal through one or more analog-to-digital converters, ADCs, that are turned on among a plurality of ADCs (410-1, 410-2, 410-n); and a processor configured to, in the first operation, cause one or more of the plurality of ADCs (410-1, 410-2, 410-n) in the receiver to be turned on and the remaining ADCs to be turned off, characterized in that when the function is a function determined based on the inverse of a model that models a first nonlinear characteristic of the PA, the number of ADCs to be turned on in the first operation is determined based on a memory order of the model. a transmitter configured to, in a first operation, distort an input signal through a digital predistortion, DPD, unit, convert the distorted input signal into an analog signal, perform frequency up-conversion on the converted analog signal to generate a first signal, amplify the generated first signal through a power amplifier, PA, and couple the amplified first signal, the DPD unit comprising a function for distorting the input signal, the function being determined based on an inverse of a model that models a first nonlinear characteristic of the PA; a receiver configured to, in the first operation, receive the coupled first signal from the transmitter, perform frequency down-conversion on the coupled first signal to generate a second signal, and convert the generated second signal into a digital signal through one or more analog-to-digital converters, ADCs, that are turned on among a plurality of ADCs (410-1, 410-2, 410-n); and a processor configured to, in the first operation, cause one or more of the plurality of ADCs (410-1, 410-2, 410-n) in the receiver to be turned on and the remaining ADCs to be turned off, characterized in that when the function is a function determined based on the inverse of a model that models a first nonlinear characteristic of the PA, the number of ADCs to be turned on in the first operation is determined based on a memory order of the model.
A server-client system comprising: a server (12, 32) configured to provide a Web site and record access logs using Web beacon technology; and a client terminal (13-1.. 13-N) communicable with the server via a network (14, 37) and including a browser configured to execute JavaScript by dynamically embedding a single-pixel image file that is dynamically added with a random parameter to a source of a <img> tag element in a <div> tag element, wh erein the random parameter includes current time data acquired in the client terminal (13-1.. 13-N), wherein the browser is further configured to make a request for the single-pixel image file to the server by a GET command responsive to an input event generated from the client terminal (13-1.. 13-N), wherein the server is further configured to read the requested single-pixel image file from the Web site, and to transfer the read single-pixel image file in HTML to the client terminal (13-1.. 13-N), and to concurrently record a log of the access made from the client terminal (13-1.. 13-N), wherein the log to be recorded at the server (12, 32) to include the random parameter added to the single-pixel image file in the request for the single-pixel image file, in addition to information recordable by the Web beacon technology, and wherein the random parameter further includes information necessary to reconstruct input events associated with the access made at the client terminal (13-1.. 13-N) and to guarantee causality of the input events. a server (12, 32) configured to provide a Web site and record access logs using Web beacon technology; and to provide a Web site and record access logs using Web beacon technology; and a client terminal (13-1.. 13-N) communicable with the server via a network (14, 37) and including a browser configured to execute JavaScript by dynamically embedding a single-pixel image file that is dynamically added with a random parameter to a source of a <img> tag element in a <div> tag element, wh erein the random parameter includes current time data acquired in the client terminal (13-1.. 13-N), wherein the browser is further configured to make a request for the single-pixel image file to the server by a GET command responsive to an input event generated from the client terminal (13-1.. 13-N), wherein the server is further configured to read the requested single-pixel image file from the Web site, and to transfer the read single-pixel image file in HTML to the client terminal (13-1.. 13-N), and to concurrently record a log of the access made from the client terminal (13-1.. 13-N), wherein the log to be recorded at the server (12, 32) to include the random parameter added to the single-pixel image file in the request for the single-pixel image file, in addition to information recordable by the Web beacon technology, and wherein the random parameter further includes information necessary to reconstruct input events associated with the access made at the client terminal (13-1.. 13-N) and to guarantee causality of the input events.
A method of diagnosing a process control loop comprising a plurality of process control loop devices, wherein the process control loop is controlled based on adaptive process loop parameters calculated from an adapted model of the process control loop for each parameter of the process control loop, the method comprising: evaluating a performance of the process control loop; evaluating a condition of a process control loop device within the process control loop; evaluating a quality of the adapted model of the process control loop; evaluating a stability of the process control loop; generating a diagnostic index from each of the evaluations; evaluating a condition of the process control loop from one or more of the diagnostic indices; and automatically adjusting a process variable filter based on evaluating a condition of the process control loop from one or more of the diagnostic indices. evaluating a performance of the process control loop; evaluating a condition of a process control loop device within the process control loop; evaluating a quality of the adapted model of the process control loop; evaluating a stability of the process control loop; generating a diagnostic index from each of the evaluations; evaluating a condition of the process control loop from one or more of the diagnostic indices; and automatically adjusting a process variable filter based on evaluating a condition of the process control loop from one or more of the diagnostic indices.
Compounds of formula: in which: X denotes an oxygen atom O, a sulfur atom S or a radical NR a; R 1 and R 2 independently denote: - a hydrogen atom H, - a linear or branched, saturated C 1 -C 6 hydrocarbon-based radical, optionally substituted with one or more hydroxyl radicals, - a linear or branched, unsaturated C 2 -C 6 hydrocarbon-based radical, optionally substituted with one or more hydroxyl radicals, or R 1 and R 2 form, together with each carbon atom that bears them, a phenyl group optionally substituted with one or more radicals -OR b, R a and R b independently denote: - a hydrogen atom H, - a linear or branched saturated C 1 -C 6 hydrocarbon-based radical, or - an acetyl radical; and also the salts thereof, the solvates thereof and the optical and/or geometrical isomers thereof, including enantiomers and diastereoisomers, and the racemic mixtures thereof, alone or as a mixture. X denotes an oxygen atom O, a sulfur atom S or a radical NR a; R 1 and R 2 independently denote: - a hydrogen atom H, - a linear or branched, saturated C 1 -C 6 hydrocarbon-based radical, optionally substituted with one or more hydroxyl radicals, - a linear or branched, unsaturated C 2 -C 6 hydrocarbon-based radical, optionally substituted with one or more hydroxyl radicals, or - a hydrogen atom H, - a linear or branched, saturated C 1 -C 6 hydrocarbon-based radical, optionally substituted with one or more hydroxyl radicals, - a linear or branched, unsaturated C 2 -C 6 hydrocarbon-based radical, optionally substituted with one or more hydroxyl radicals, or R 1 and R 2 form, together with each carbon atom that bears them, a phenyl group optionally substituted with one or more radicals -OR b, R a and R b independently denote: - a hydrogen atom H, - a linear or branched saturated C 1 -C 6 hydrocarbon-based radical, or - an acetyl radical; - a hydrogen atom H, - a linear or branched saturated C 1 -C 6 hydrocarbon-based radical, or - an acetyl radical; and also the salts thereof, the solvates thereof and the optical and/or geometrical isomers thereof, including enantiomers and diastereoisomers, and the racemic mixtures thereof, alone or as a mixture.