mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a network connection of a wireless network device, the method being characterized by comprising: after the wireless network device is woken up from a sleep mode: loading a wireless network driver; utilizing the wireless network driver to scan neighboring access points to obtain a plurality of access points; utilizing the wireless network driver to compare the plurality of access points with an access point preferred list; and further comprising: when the wireless network driver receives a command from an operating system to ask for scanning the neighboring access points, and at least a portion of scanned access points are in the access point preferred list, only responding with the portion of scanned access points to the operating system; and choosing one access point from among the portion of scanned access points, and sending the chosen access point to the wireless network driver by the operating system to establish a link. after the wireless network device is woken up from a sleep mode: loading a wireless network driver; utilizing the wireless network driver to scan neighboring access points to obtain a plurality of access points; utilizing the wireless network driver to compare the plurality of access points with an access point preferred list; and further comprising: when the wireless network driver receives a command from an operating system to ask for scanning the neighboring access points, and at least a portion of scanned access points are in the access point preferred list, only responding with the portion of scanned access points to the operating system; and choosing one access point from among the portion of scanned access points, and sending the chosen access point to the wireless network driver by the operating system to establish a link. loading a wireless network driver; utilizing the wireless network driver to scan neighboring access points to obtain a plurality of access points; utilizing the wireless network driver to compare the plurality of access points with an access point preferred list; and further comprising: when the wireless network driver receives a command from an operating system to ask for scanning the neighboring access points, and at least a portion of scanned access points are in the access point preferred list, only responding with the portion of scanned access points to the operating system; and choosing one access point from among the portion of scanned access points, and sending the chosen access point to the wireless network driver by the operating system to establish a link. when the wireless network driver receives a command from an operating system to ask for scanning the neighboring access points, and at least a portion of scanned access points are in the access point preferred list, only responding with the portion of scanned access points to the operating system; and choosing one access point from among the portion of scanned access points, and sending the chosen access point to the wireless network driver by the operating system to establish a link.
A system (100, 300, 800) for validating a graphical user interface, the system comprising: one or more processors; and one or more memory devices that store program code configured to be executed by the one or more processors, the program code comprising: a test script launcher configured to: execute an application comprising the GUI; execute a test script that interacts with the GUI of the application; capture a plurality of images representing the GUI of the application at different points in time; and for each image, associate a set of tags that identify expected objects in the image; and a GUI validator configured to: for each image, apply a model that classifies one or more graphical objects in the image; and validate each image based on the associated set of tags and the classification of each of the one or more graphical objects in the image. one or more processors; and one or more memory devices that store program code configured to be executed by the one or more processors, the program code comprising: a test script launcher configured to: execute an application comprising the GUI; execute a test script that interacts with the GUI of the application; capture a plurality of images representing the GUI of the application at different points in time; and for each image, associate a set of tags that identify expected objects in the image; and a GUI validator configured to: for each image, apply a model that classifies one or more graphical objects in the image; and a test script launcher configured to: execute an application comprising the GUI; execute a test script that interacts with the GUI of the application; capture a plurality of images representing the GUI of the application at different points in time; and for each image, associate a set of tags that identify expected objects in the image; and execute an application comprising the GUI; execute a test script that interacts with the GUI of the application; capture a plurality of images representing the GUI of the application at different points in time; and for each image, associate a set of tags that identify expected objects in the image; and a GUI validator configured to: for each image, apply a model that classifies one or more graphical objects in the image; and
Water-soluble film containing a) between 25 and 60% by weight over the total weight of the film of sodium alginate as main filmogenous substance; b) between 0.1 and 20% by weight of microcrystalline cellulose over the total weight of the film, c) between 0.1 and 25% by weight of vegetable proteins, d) at least one glycosaminoglycan sulphate and/or galactosaminoglycan sulphate, as active ingredient with healing activity. a) between 25 and 60% by weight over the total weight of the film of sodium alginate as main filmogenous substance; b) between 0.1 and 20% by weight of microcrystalline cellulose over the total weight of the film, c) between 0.1 and 25% by weight of vegetable proteins, d) at least one glycosaminoglycan sulphate and/or galactosaminoglycan sulphate, as active ingredient with healing activity.
A method for wireless communication, comprising: generating, by a wireless device (810a, 810b, 810c, or 810d), a scrambled payload, wherein the scrambled payload is generated using an initialization scrambling sequence that includes a Radio Network Temporary Identifier, RNTI, a preamble index, and a cell identifier, wherein the initialization scrambling sequence is in part represented by preamble-index · 2 10 + n_ID, wherein n_ID is a configurable identifier or a cell identifier; and transmitting, by the wireless device (810a, 810b, 810c, or 810d) during a random access procedure, a first message to a communication node, the first message including the scrambled payload. generating, by a wireless device (810a, 810b, 810c, or 810d), a scrambled payload, wherein the scrambled payload is generated using an initialization scrambling sequence that includes a Radio Network Temporary Identifier, RNTI, a preamble index, and a cell identifier, wherein the initialization scrambling sequence is in part represented by preamble-index · 2 10 + n_ID, wherein n_ID is a configurable identifier or a cell identifier; and transmitting, by the wireless device (810a, 810b, 810c, or 810d) during a random access procedure, a first message to a communication node, the first message including the scrambled payload.
A method for controlling uplink transmissions on discontinuous reception, DRX, operation, by a wireless device, in a wireless communication system, the method comprising: controlling the uplink transmissions not to report a channel state information, CSI, on a physical uplink control channel, PUCCH, at a second subframe if an onDurationTimer is determined, at a first subframe prior to the second subframe, to be not running at the second subframe based on i) timers for the DRX operation and ii) whether or not a physical downlink control channel, PDCCH, for radio resource allocation is received at the first subframe, wherein the CSI on the PUCCH is configured by a channel quality indicator, CQI,-masking setup to be reported when the onDurationTimer is running. controlling the uplink transmissions not to report a channel state information, CSI, on a physical uplink control channel, PUCCH, at a second subframe if an onDurationTimer is determined, at a first subframe prior to the second subframe, to be not running at the second subframe based on i) timers for the DRX operation and ii) whether or not a physical downlink control channel, PDCCH, for radio resource allocation is received at the first subframe, wherein the CSI on the PUCCH is configured by a channel quality indicator, CQI,-masking setup to be reported when the onDurationTimer is running.
A vacuum pump for exhausting gas from a target device, comprising: a plurality of temperature sensors (151, 153, and 155) arranged in different places in the vacuum pump; one or more cooling units and/or heating units, the number of heating units or the number of cooling units being fewer than the number of temperature sensors (151, 153, and 155); a temperature controller for controlling the cooling unit or the heating unit; and the temperature controller controls the cooling unit or heating unit based on a plurality of temperature signals outputted from the temperature sensors: characterised in that a temperature signal given a higher priority is settled within a predetermined acceptable range first, and when the temperature signal given the higher priority is settled within the acceptable range, a temperature signal given a lower priority is settled within a predetermined acceptable range. a plurality of temperature sensors (151, 153, and 155) arranged in different places in the vacuum pump; one or more cooling units and/or heating units, the number of heating units or the number of cooling units being fewer than the number of temperature sensors (151, 153, and 155); a temperature controller for controlling the cooling unit or the heating unit; and the temperature controller controls the cooling unit or heating unit based on a plurality of temperature signals outputted from the temperature sensors: characterised in that a temperature signal given a higher priority is settled within a predetermined acceptable range first, and when the temperature signal given the higher priority is settled within the acceptable range, a temperature signal given a lower priority is settled within a predetermined acceptable range.
A pressure support system (2, 54), comprising: a pressure generating device structured to produce a flow of gas, wherein the pressure generating device includes an RFID interrogating device; a delivery conduit coupled to the pressure generating device such that the pressure generating device is structured to deliver the flow of gas to the delivery conduit, the delivery conduit including a coupling component; a component structured to be selectively coupled to the delivery conduit, wherein the component includes an RFID chip, an antenna element operatively coupled to the RFID chip, and an open circuit portion (26, 28, 34, 38) operatively coupled to the RFID chip and the antenna element, wherein the RFID chip is unable to perform wireless communications through the antenna element when the open circuit portion is not closed, and wherein the coupling component is configured to close the open circuit portion when the component is coupled to the delivery conduit to enable the RFID chip to wirelessly communicate with the RFID interrogating device through the antenna element such that the component can be wirelessly identified by the pressure generating device. a pressure generating device structured to produce a flow of gas, wherein the pressure generating device includes an RFID interrogating device; a delivery conduit coupled to the pressure generating device such that the pressure generating device is structured to deliver the flow of gas to the delivery conduit, the delivery conduit including a coupling component; a component structured to be selectively coupled to the delivery conduit, wherein the component includes an RFID chip, an antenna element operatively coupled to the RFID chip, and an open circuit portion (26, 28, 34, 38) operatively coupled to the RFID chip and the antenna element, wherein the RFID chip is unable to perform wireless communications through the antenna element when the open circuit portion is not closed, and wherein the coupling component is configured to close the open circuit portion when the component is coupled to the delivery conduit to enable the RFID chip to wirelessly communicate with the RFID interrogating device through the antenna element such that the component can be wirelessly identified by the pressure generating device.
A non-transitory computer-readable storage medium storing instructions to cause computing hardware to perform a method of extracting a signal feature based on an estimation of a superposition of Gaussian functions from a photoplethysmogram, PPG, signal, the method comprising: estimating element signals forming an input signal being the PPG signal using a signal model to be determined by parameters; and extracting (220, 780) a signal feature using the estimated element signals, wherein the estimating of the element signals comprises calculating derivative functions of different order by differentiating the waveform of the input signal, determining time values corresponding to peak points of the derivative functions and amplitude values of the input signal at the determined time values, estimating a mean and a standard deviation of the signal model by applying the determined time values and estimating an amplitude coefficient and an offset of the signal model by applying the determined amplitude values, determining a first element signal of the input signal by applying the estimated mean, standard deviation, amplitude coefficient and offset to the signal model, setting, as a new input signal, an intermediate signal in which the first element signal is removed from the input signal, and repeating the steps of calculating, determining, estimating, determining and setting for estimating a second element signal (520, 530) based on a waveform of the set new input signal as long as an increased index has a value below or equal to a preset index value. estimating element signals forming an input signal being the PPG signal using a signal model to be determined by parameters; and extracting (220, 780) a signal feature using the estimated element signals, wherein the estimating of the element signals comprises calculating derivative functions of different order by differentiating the waveform of the input signal, determining time values corresponding to peak points of the derivative functions and amplitude values of the input signal at the determined time values, estimating a mean and a standard deviation of the signal model by applying the determined time values and estimating an amplitude coefficient and an offset of the signal model by applying the determined amplitude values, determining a first element signal of the input signal by applying the estimated mean, standard deviation, amplitude coefficient and offset to the signal model, setting, as a new input signal, an intermediate signal in which the first element signal is removed from the input signal, and repeating the steps of calculating, determining, estimating, determining and setting for estimating a second element signal (520, 530) based on a waveform of the set new input signal as long as an increased index has a value below or equal to a preset index value.
A method for preparing a spinning solution of ultra-high molecular weight polyethylene fiber, characterized in comprising the steps of: mixing a dissolved solution of ultra-high molecular weight polyethylene with a swollen solution of ultra-high molecular weight polyethylene at a weight ratio of 0.42-2.5, to obtain a spinning solution in which the content of the ultra-high molecular weight polyethylene is 10%∼15% by weight; the content of the ultra-high molecular weight polyethylene in the swollen solution of the ultra-high molecular weight polyethylene is 15-40% by weight; and the weight ratio of the ultra-high molecular weight polyethylene in the swollen solution of ultra-high molecular weight polyethylene to the ultra-high molecular weight polyethylene in the dissolved solution of ultra-high molecular weight polyethylene is 2.5-70. mixing a dissolved solution of ultra-high molecular weight polyethylene with a swollen solution of ultra-high molecular weight polyethylene at a weight ratio of 0.42-2.5, to obtain a spinning solution in which the content of the ultra-high molecular weight polyethylene is 10%∼15% by weight; the content of the ultra-high molecular weight polyethylene in the swollen solution of the ultra-high molecular weight polyethylene is 15-40% by weight; and the weight ratio of the ultra-high molecular weight polyethylene in the swollen solution of ultra-high molecular weight polyethylene to the ultra-high molecular weight polyethylene in the dissolved solution of ultra-high molecular weight polyethylene is 2.5-70.
A composite label web roll for use in a hand-held labeler capable of printing and dispensing labels, the composite web roll comprising: a longitudinally extending carrier web wound into a roll and having feed-tooth engageable feed apertures along the length of the carrier web, a release coating on the carrier web, and labels having a coating of pressure sensitive adhesive releasably adhered to the release coating along the carrier web, characterised in that each of the labels has a set of seven printed zones representative of seven days of the week, and each zone of each label being visually distinguishable by color from the other six zones, and in said set of zones on each label, the zones are disposed in a transverse or lateral line extending across the longitudinally extending web such that each zone is over-printable by the labeler so as to be obliterated. a longitudinally extending carrier web wound into a roll and having feed-tooth engageable feed apertures along the length of the carrier web, a release coating on the carrier web, and labels having a coating of pressure sensitive adhesive releasably adhered to the release coating along the carrier web, characterised in that each of the labels has a set of seven printed zones representative of seven days of the week, and each zone of each label being visually distinguishable by color from the other six zones, and in said set of zones on each label, the zones are disposed in a transverse or lateral line extending across the longitudinally extending web such that each zone is over-printable by the labeler so as to be obliterated.
A photovoltaic module comprising: a glass panel, a back panel, and a cell string including a plurality of cells encapsulated between the glass panel and the back panel; wherein the photovoltaic module further comprises a first film containing metal oxides and/or silicon oxides disposed between the glass panel and the cell string, wherein each of the cells has a part of the first film deposited thereon, characterized in that the glass panel also has a part of the first film deposited thereon. a glass panel, a back panel, and a cell string including a plurality of cells encapsulated between the glass panel and the back panel; wherein the photovoltaic module further comprises a first film containing metal oxides and/or silicon oxides disposed between the glass panel and the cell string, wherein each of the cells has a part of the first film deposited thereon, characterized in that the glass panel also has a part of the first film deposited thereon.
An axle assembly comprising: a housing assembly; an input pinion mounted to the housing assembly for rotation about a first axis; a ring gear mounted to the housing assembly for rotation about a second axis that is not parallel to the first axis; a differential assembly having an internal gear, a planet carrier, a plurality of planet gears, and a sun gear, the internal gear being coupled to the ring gear for rotation therewith, the planet carrier having a carrier body and a plurality of carrier pins that are fixedly coupled to the carrier body, each of the planet gears being journally mounted on a corresponding one of the carrier pins, at least a first portion of the planet gears being meshed with the internal gear, at least a second portion of the planet gears being meshed with the sun gear; a first output member; a second output member; characterized in that the second output member is coupled to the sun gear for rotation therewith; and in that the axle assembly further comprises a clutch that is operable for selectively coupling the first output member to the carrier body, wherein the clutch comprises a coupling member that is axially slidably mounted on the first output member, and wherein the carrier body has a first set of external teeth, wherein the first output member has a second set of external teeth, and wherein the coupling member has at least one set of internal teeth that are engageable to the first and second sets of external teeth (170, 172). a housing assembly; an input pinion mounted to the housing assembly for rotation about a first axis; a ring gear mounted to the housing assembly for rotation about a second axis that is not parallel to the first axis; a differential assembly having an internal gear, a planet carrier, a plurality of planet gears, and a sun gear, the internal gear being coupled to the ring gear for rotation therewith, the planet carrier having a carrier body and a plurality of carrier pins that are fixedly coupled to the carrier body, each of the planet gears being journally mounted on a corresponding one of the carrier pins, at least a first portion of the planet gears being meshed with the internal gear, at least a second portion of the planet gears being meshed with the sun gear; a first output member; a second output member; characterized in that the second output member is coupled to the sun gear for rotation therewith; and in that the axle assembly further comprises a clutch that is operable for selectively coupling the first output member to the carrier body, wherein the clutch comprises a coupling member that is axially slidably mounted on the first output member, and wherein the carrier body has a first set of external teeth, wherein the first output member has a second set of external teeth, and wherein the coupling member has at least one set of internal teeth that are engageable to the first and second sets of external teeth (170, 172).
Thermoelectric module comprising at least one thermoelectric element with thermoelectric properties, the thermoelectric element comprising a first reference face (1.1) and a second reference face (1.2) arranged opposite one another, and at least one dividing groove (3; 3.1, 3.2) dividing said thermoelectric element into two reference segments (Sref) joined together by means of an intermediate segment (1.0) and extending from one of said reference faces (1.1, 1.2) to the other reference face (1.1, 1.2), both reference segments (Sref) comprising part of the first reference face (1.1) and part of the second reference face (1.2) of the thermoelectric element, all the segments (Sref, 1.0) being electrically connected in series, characterized in that at least one of the reference segments (Sref) comprises a neutral short-circuited area of a given length between the corresponding parts of the two reference faces (1.1, 1.2), such that said neutral area thereby causes the possible voltage drop between the corresponding parts of the two opposite reference faces (1.1, 1.2) not to be the same in both reference segments (Sref), which allows having a voltage difference between both reference segments (Sref).