mhurhangee/patent-ind-claim-en huggingface dataset:
A signal strength measurement method, comprising: obtaining, by a first access point, AP, a basic service set identifier, BSSID, of a second AP and a first operating channel, wherein the first operating channel is an operating channel of the second AP, and a station, STA, is associated with the BSSID of the second AP through the operating channel; and characterised by sending , by the first AP, a measurement frame to the STA through the operating channel, wherein a BSSID value of the measurement frame is the BSSID, the measurement frame indicates the STA to send a measurement response frame including a receiver address, RA, and a BSSID value and to fill the RA and the BSSID value with the BSSID, and the measurement response frame carries a signal strength of the measurement frame measured by the STA which is a signal strength of a signal received by the STA from the first AP. obtaining, by a first access point, AP, a basic service set identifier, BSSID, of a second AP and a first operating channel, wherein the first operating channel is an operating channel of the second AP, and a station, STA, is associated with the BSSID of the second AP through the operating channel; and characterised by sending , by the first AP, a measurement frame to the STA through the operating channel, wherein a BSSID value of the measurement frame is the BSSID, the measurement frame indicates the STA to send a measurement response frame including a receiver address, RA, and a BSSID value and to fill the RA and the BSSID value with the BSSID, and the measurement response frame carries a signal strength of the measurement frame measured by the STA which is a signal strength of a signal received by the STA from the first AP.
A computer-implemented audio processing method , comprising: training, by a control system that comprises one or more processors and one or more non-transitory memory devices, an acoustic model for a far-field vocalization processing system, the acoustic model configured to map an input audio signal into linguistic or paralinguistic units, wherein the training involves imparting far-field acoustic characteristics upon near-field training vectors, wherein the near-field training vectors comprise a plurality of near-microphone vocalization signals, and wherein imparting the far-field acoustic characteristics involves: generating , by the control system, a plurality of simulated room impulse responses, wherein the generating simulated room impulse responses involves simulating diffuse room reverberation but not simulating individual early reflections from room surfaces; and imparting , via the control system, one or more of the simulated room impulse responses on the near-field training vectors, to produce a plurality of simulated far-field vocalization signals; and saving the plurality of simulated far-field vocalization signals in one or more non-transitory memory devices corresponding with the acoustic model. training, by a control system that comprises one or more processors and one or more non-transitory memory devices, an acoustic model for a far-field vocalization processing system, the acoustic model configured to map an input audio signal into linguistic or paralinguistic units, wherein the training involves imparting far-field acoustic characteristics upon near-field training vectors, wherein the near-field training vectors comprise a plurality of near-microphone vocalization signals, and wherein imparting the far-field acoustic characteristics involves: generating , by the control system, a plurality of simulated room impulse responses, wherein the generating simulated room impulse responses involves simulating diffuse room reverberation but not simulating individual early reflections from room surfaces; and imparting , via the control system, one or more of the simulated room impulse responses on the near-field training vectors, to produce a plurality of simulated far-field vocalization signals; and generating , by the control system, a plurality of simulated room impulse responses, wherein the generating simulated room impulse responses involves simulating diffuse room reverberation but not simulating individual early reflections from room surfaces; and imparting , via the control system, one or more of the simulated room impulse responses on the near-field training vectors, to produce a plurality of simulated far-field vocalization signals; and saving the plurality of simulated far-field vocalization signals in one or more non-transitory memory devices corresponding with the acoustic model.
A computer implemented method for filtering noise from an input signal, comprising: accessing, by at least one processor, the input signal having an interfering signal; first determining a length of one cycle of a frequency of interfering signa the method being further characterised in that : in response to the first determining, adjusting a length of a virtual buffer to equal the length of one cycle of the interfering signal; second determining, by the at least one processor, a quiet period in the input signal; storing, by the at least one processor, during the quiet period, samples of the interfering signal in virtual memory locations of a virtual buffer; subtracting, by the at least one processor, the samples from a single cycle of the interfering signal in the virtual buffer from the input signal to create a filtered signal, wherein the subtracting removes the interfering signal from the input signal, thereby not introducing transient responses in the filtered signal; and repeating, by the at least one processor, the first determining, adjusting, second determining, storing, and subtracting to refine the filtered signal. accessing, by at least one processor, the input signal having an interfering signal; first determining a length of one cycle of a frequency of interfering signa the method being further characterised in that : in response to the first determining, adjusting a length of a virtual buffer to equal the length of one cycle of the interfering signal; second determining, by the at least one processor, a quiet period in the input signal; storing, by the at least one processor, during the quiet period, samples of the interfering signal in virtual memory locations of a virtual buffer; subtracting, by the at least one processor, the samples from a single cycle of the interfering signal in the virtual buffer from the input signal to create a filtered signal, wherein the subtracting removes the interfering signal from the input signal, thereby not introducing transient responses in the filtered signal; and repeating, by the at least one processor, the first determining, adjusting, second determining, storing, and subtracting to refine the filtered signal. in response to the first determining, adjusting a length of a virtual buffer to equal the length of one cycle of the interfering signal; second determining, by the at least one processor, a quiet period in the input signal; storing, by the at least one processor, during the quiet period, samples of the interfering signal in virtual memory locations of a virtual buffer; subtracting, by the at least one processor, the samples from a single cycle of the interfering signal in the virtual buffer from the input signal to create a filtered signal, wherein the subtracting removes the interfering signal from the input signal, thereby not introducing transient responses in the filtered signal; and repeating, by the at least one processor, the first determining, adjusting, second determining, storing, and subtracting to refine the filtered signal.
A packaged hemostatic textile comprising a textile material comprising glass fibers woven or knitted with secondary fibers, wherein the secondary fibers comprise bamboo rayon fibers, wherein the textile material is within a sterilized package, and wherein the relative amounts of the glass fibers and the secondary fibers range from about 50% to about 80% by weight glass fibers and from about 20% to about 50% by weight secondary fibers, based on the total weight of the textile.
A carbonator for carbonating a beverage in a beverage container , wherein the carbonator comprises a beverage container compartment that comprises a first portion and a second portion that is rotatably mounted to the first portion , characterized in that the first portion comprises a first groove and the second portion comprises a second groove , and in that the carbonator comprises a retaining ring that is adapted to be arranged in the grooves to rotatably mount the second portion to the first portion . the carbonator comprises a beverage container compartment that comprises a first portion and a second portion that is rotatably mounted to the first portion , characterized in that the first portion comprises a first groove and the second portion comprises a second groove , and in that the carbonator comprises a retaining ring that is adapted to be arranged in the grooves to rotatably mount the second portion to the first portion .
Disposable deformable capsule comprising: ➢ a pouch containing a predetermined amount of only one of two phases which when mixed form a ready-to-use cosmetic product, ➢ a narrowing which forms a channel leading at one side to the pouch and at the other side to outside the capsule , ➢ the pouch is flattened, ∘ one of its two faces being flat, ∘ the other of its two faces being at least partly convex and flexible to allow expelling the contents of the pouch by mechanical pressure on said pouch, characterized in that : ➢ a male connector which is made of molded plastic and which is intended to mate with a female connector of another capsule , and in that : ➢ the at least partly convex face of the pouch is formed by a thermoformed shell containing said phase, the flat face of the pouch is formed by a film covering this shell . ➢ a pouch containing a predetermined amount of only one of two phases which when mixed form a ready-to-use cosmetic product, ➢ a narrowing which forms a channel leading at one side to the pouch and at the other side to outside the capsule , ➢ the pouch is flattened, ∘ one of its two faces being flat, ∘ the other of its two faces being at least partly convex and flexible to allow expelling the contents of the pouch by mechanical pressure on said pouch, ∘ one of its two faces being flat, ∘ the other of its two faces being at least partly convex and flexible to allow expelling the contents of the pouch by mechanical pressure on said pouch,
Device for use in felling work on a tree, characterized by a foldable protective screen , which is designed to at least partially surround a trunk of the tree in the spread-out state such that, while making a felling notch in a portion of the trunk of the tree below the protective screen, a worker can stand underneath said screen.
An apparatus for spatial audio encoding comprising means for: converting two or more energy ratios associated with a time frequency tile of one or more audio signals to a further energy ratio parameter which is related to the two or more energy ratios; quantizing the further energy ratio parameter using a first quantizer; determining a distribution factor of energy ratios dependent on a ratio of a first of the two or more energy ratios to the sum of the two or more energy ratios; selecting a further quantizer from a plurality of further quantizers using the quantized further energy ratio parameter; and quantizing the distribution factor of energy ratios using the selected further quantizer. converting two or more energy ratios associated with a time frequency tile of one or more audio signals to a further energy ratio parameter which is related to the two or more energy ratios; quantizing the further energy ratio parameter using a first quantizer; determining a distribution factor of energy ratios dependent on a ratio of a first of the two or more energy ratios to the sum of the two or more energy ratios; selecting a further quantizer from a plurality of further quantizers using the quantized further energy ratio parameter; and quantizing the distribution factor of energy ratios using the selected further quantizer.
An inspection method for low-voltage defect of a lithium secondary battery, comprising: a microcurrent charging/discharging process consisting of N, N is an integer of 2 or more, charging/discharging sections, and applying a microcurrent to a battery cell in each of the charging/discharging section; measuring the change in voltage before and after each of the charging/discharging section; and a screening process of screening low-voltage defective batteries based on the change in voltage, wherein each of the charging/discharging section comprises applying a current at a current rate of 0.000001C to 0.0001C. a microcurrent charging/discharging process consisting of N, N is an integer of 2 or more, charging/discharging sections, and applying a microcurrent to a battery cell in each of the charging/discharging section; measuring the change in voltage before and after each of the charging/discharging section; and a screening process of screening low-voltage defective batteries based on the change in voltage, wherein each of the charging/discharging section comprises applying a current at a current rate of 0.000001C to 0.0001C.
A hair care device capable of drying hair and comprising: an ion generator for providing ions to hair, and a switching circuit for switching on the ion generator later than a moment when the hair care device has been switched on, characterized in that the ion generator is switched on when a moisture level of the hair is deemed to be below a predetermined moisture level. an ion generator for providing ions to hair, and a switching circuit for switching on the ion generator later than a moment when the hair care device has been switched on, characterized in that the ion generator is switched on when a moisture level of the hair is deemed to be below a predetermined moisture level.
Facility with at least one autonomously acting transport vehicle , which can be loaded with transport goods and is designed as an automated guided vehicle, and at least one manipulator device of a mobile design, which comprises a manipulator kinematic having at least one manipulator , wherein the at least one transport vehicle has a coupling device , by means of which the transport vehicle can be releasably connected to the manipulator device , characterized in that the coupling device is formed by a transport support arranged on the at least one transport vehicle , and in that the manipulator device comprises a platform with a transport holder, which can be loaded by means of the transport support .
An induction crucible furnace having a refractory cylindrical crucible, a cylindrical coil extending around the crucible, and a plurality of magnetic yokes which are formed as individual units arranged at the outer jacket surface of the coil with circumferential distance, said units each comprising an array of a plurality of longitudinal individual elements of magnetically permeable material which are electrically insulated with respect to one another and which extend parallel with respect to the furnace axis, for guiding the magnetic flux generated by the coil , characterized in that the individual elements consist at least partly of rods electrically insulated with respect to one another the longitudinal axes thereof extending parallel with respect to the furnace axis wherein the array has at least two rods not only in radial direction but also in circumferential direction of the coil .
System consisting of a container and a retaining clip , wherein the retaining clip is designed for a container , in particular for handling cans that are heatable directly above a stove, wherein the retaining clip comprises a mounting that is clampable via a handle portion , wherein an upper region of the mounting is adapted to an upper end of the container and a lower region of the mounting is adapted to a base of the container , wherein the handle portion has a upper leg and a lower leg , wherein the upper leg is connected via an upper connecting portion to the upper region of the mounting and the lower leg is connected via a lower connecting portion to the lower region of the mounting , characterized in that , in a first connection state of the system, the retaining clip is engaged with the container , and in that , in a second connection state of the system, the handle portion is pressed together, wherein the handle portion is at a smaller distance from the wall of the container in the second connection state than in the first connection state.
A device for filling a fuel tank with fuel, comprising: - a tube formed member comprising an opening at a top end thereof for receiving fuel from a fuel nozzle, the tube formed member extending in a longitudinal direction (A) of the device , - a fuel distribution member arranged to be provided inside the fuel tank and being connected to the tube formed member at a bottom end thereof, characterized in that the fuel distribution member comprises first and second plate elements which are spaced apart in the longitudinal direction (A) and extend from the tube formed member in a radial direction thereof so that a space for fuel is formed between the first and second plate elements , wherein at least one of the first and second plate elements comprises perforations located in an area radially outside of the tube formed member for allowing fuel to enter the fuel tank and wherein a surface of the device defining a bottom of the tube formed member , such as a bottom surface of the fuel distribution member which is aligned with the tube formed member , is free from perforations, such as solid, so as to prevent unauthorized removal of fuel from the fuel tank during use. - a tube formed member comprising an opening at a top end thereof for receiving fuel from a fuel nozzle, the tube formed member extending in a longitudinal direction (A) of the device , - a fuel distribution member arranged to be provided inside the fuel tank and being connected to the tube formed member at a bottom end thereof, the fuel distribution member comprises first and second plate elements which are spaced apart in the longitudinal direction (A) and extend from the tube formed member in a radial direction thereof so that a space for fuel is formed between the first and second plate elements , wherein at least one of the first and second plate elements comprises perforations located in an area radially outside of the tube formed member for allowing fuel to enter the fuel tank and wherein a surface of the device defining a bottom of the tube formed member , such as a bottom surface of the fuel distribution member which is aligned with the tube formed member , is free from perforations, such as solid, so as to prevent unauthorized removal of fuel from the fuel tank during use.
A heat not burn (HNB) consumable comprising a solid plant product interspersed with a first thermally conductive material , wherein a transverse cross-sectior through the consumable comprises circumferentially alternating layers of the plant product and the thermally conductive material ; further comprising a longitudinally-extending conductive element at the axial centre of the consumable formed of the first or a second thermally conductive material; characterised in that the conductive element is a solid rod. further comprising a longitudinally-extending conductive element at the axial centre of the consumable formed of the first or a second thermally conductive material; characterised in that the conductive element is a solid rod.
Clasp of the folding buckle type for a watch, the clasp having a device for adjusting the usable length of the bracelet (102, 103, 105, 106, 107; 202, 203, 205, 207) of the watch, said device for adjusting the usable length having: - a mobile part ; - a support ; the mobile part being arranged to be able to move relative to said support during a length adjustment; - an activation member arranged so as to be able to pivot relative to said support , one of said mobile part and said activation member having a locking member and the other having an indexing member , said locking member being intended to be positioned in a notch of the indexing member , in order to determine a discrete and stable value of the length of the bracelet, characterized in that the clasp has an actuation member of a closure mechanism of the clasp, the actuation member being arranged to allow the clasp to be opened, the clasp comprising a pivot pin allowing said activation member to pivot relative to said support , said pivot pin being part of at least said actuation member . - a mobile part ; - a support ; the mobile part being arranged to be able to move relative to said support during a length adjustment; - an activation member arranged so as to be
A blank for a heat-transfer device , the blank comprising: a vapor chamber enclosed by a body of the heat-transfer device , and a charging tube connected to the vapor chamber , wherein a part of the charging tube protruding from the body has at least one unsealed sealing zone with an oblong flow area , where a width of the charging tube exceeds a height of the charging tube , and characterised in that the oblong flow area of the unsealed sealing zone is biconcave or oval. a vapor chamber enclosed by a body of the heat-transfer device , and a charging tube connected to the vapor chamber , wherein a part of the charging tube protruding from the body has at least one unsealed sealing zone with an oblong flow area , where a width of the charging tube exceeds a height of the charging tube , and characterised in that the oblong flow area of the unsealed sealing zone is biconcave or oval.
Pendulum support with a support arm formed by a profile element, extending in an axial direction (a) corresponding to its longitudinal extension between two axial ends , which has, at at least one axial end , a section adjoining a shoulder with a reduced cross-sectional area , onto which at least one elastic bearing element extending in the axial direction (a) between two stop surfaces is pushed, wherein a stop surface is formed at the shoulder and a stop washer with a stop surface is formed by a disc-shaped metal element arranged on the axially opposite side of the cross-sectionally reduced section to the shoulder , characterised in that the support arm has a non-rotationally symmetrical cross-sectional surface in its cross-sectionally reduced section and that the stop washer is directly attached to the cross-sectionally reduced section or is fixed to it in the axial direction (a) by means of means attached directly to the section .
A method for determining whether to treat a patient having cancer with an Aurora A kinase inhibitor, wherein the Aurora A kinase inhibitor is 4-{[9-chloro-7-(2-fluoro-6-methoxyphenyl)-5 H -pyrimido[5,4- d ] benzazepin-2-yl]amino}-2-methoxybenzoic acid, or a pharmaceutically acceptable salt thereof, the method comprising the steps of: a) determining in a cancer cell sample obtained from the patient whether any of the WNT pathway genes listed in Table 9 and/or any of the Hippo pathway genes listed in Table 10 contain mutations in comparison to each of the genes' respective wild type sequence; and b) determining whether to treat the patient with the Aurora A kinase inhibitor based on the mutation analysis in step a), wherein if at least one gene from Table 9 and/or 10 is found to be mutated, the patient may favorably respond to the Aurora A kinase inhibitor. a) determining in a cancer cell sample obtained from the patient whether any of the WNT pathway genes listed in Table 9 and/or any of the Hippo pathway genes listed in Table 10 contain mutations in comparison to each of the genes' respective wild type sequence; and b) determining whether to treat the patient with the Aurora A kinase inhibitor based on the mutation analysis in step a), wherein if at least one gene from Table 9 and/or 10 is found to be mutated, the patient may favorably respond to the Aurora A kinase inhibitor.