mhurhangee/ep-ind-claims huggingface dataset:
A method for a wearable cardiovascular monitoring device comprises: receiving a pulse waveform from a pulse sensing device; using a first classifier (C 1), computer-analyzing a first data window of the pulse waveform signal, comprising a first number of samples; responsive to computer-analysis of the first data window indicating correct pulse sensing device placement, providing user feedback, via a feedback machine, indicating an initial level of confidence that the pulse sensing device is correctly placed; characterised in that the method further comprises: using a second classifier (C 2) having a lower false-positive rate than the first classifier (C 1), computer-analyzing a second data window of the pulse waveform signal, the second data window comprising a second number of samples larger than the first number of samples; and responsive to computer-analysis of the second data window indicating correct pulse sensing device placement, providing user feedback, via the feedback machine, indicating an increased level of confidence that the pulse sensing device is correctly placed. receiving a pulse waveform from a pulse sensing device; using a first classifier (C 1), computer-analyzing a first data window of the pulse waveform signal, comprising a first number of samples; responsive to computer-analysis of the first data window indicating correct pulse sensing device placement, providing user feedback, via a feedback machine, indicating an initial level of confidence that the pulse sensing device is correctly placed; characterised in that the method further comprises: using a second classifier (C 2) having a lower false-positive rate than the first classifier (C 1), computer-analyzing a second data window of the pulse waveform signal, the second data window comprising a second number of samples larger than the first number of samples; and responsive to computer-analysis of the second data window indicating correct pulse sensing device placement, providing user feedback, via the feedback machine, indicating an increased level of confidence that the pulse sensing device is correctly placed.
A method for determining respective amounts of materials in a first cell, wherein a reactor core is represented as a volume comprising many cells, said first cell including principal materials, said principal materials being fission products, the method comprising computer implemented steps of: (a) selecting a neighbor to a said principal material in said first cell, wherein said selected neighbor is one of a plurality of agent materials characterized with regard to a microscopic property representing an effective cross sectional area that an atom of the agent material presents to a particle for an interaction, said neighbor being selected from among a plurality of potential neighbors based on a comparison of a microscopic property of said principal material with a microscopic property of each of said plurality of neighbors; (b) determining a proxy amount of said selected neighbor for said first cell, wherein said proxy amount represents an amount of said selected neighbor that approximates a macroscopic property of said principal material as a function of an amount of said principal material in said first cell, a said macroscopic property being proportional to a microscopic property of a said principal material multiplied by a density of said principal material; (c) performing acts (a) and (b) for each principal material in said first cell; (d) determining a summed proxy amount of each agent material for said first cell by summing agent material proxy amounts associated with said each agent material; and (e) determining an updated amount of one of said principal or agent materials based on an amount of said one of said principal or agent materials and a flux in said first cell. (a) selecting a neighbor to a said principal material in said first cell, wherein said selected neighbor is one of a plurality of agent materials characterized with regard to a microscopic property representing an effective cross sectional area that an atom of the agent material presents to a particle for an interaction, said neighbor being selected from among a plurality of potential neighbors based on a comparison of a microscopic property of said principal material with a microscopic property of each of said plurality of neighbors; (b) determining a proxy amount of said selected neighbor for said first cell, wherein said proxy amount represents an amount of said selected neighbor that approximates a macroscopic property of said principal material as a function of an amount of said principal material in said first cell, a said macroscopic property being proportional to a microscopic property of a said principal material multiplied by a density of said principal material; (c) performing acts (a) and (b) for each principal material in said first cell; (d) determining a summed proxy amount of each agent material for said first cell by summing agent material proxy amounts associated with said each agent material; and (e) determining an updated amount of one of said principal or agent materials based on an amount of said one of said principal or agent materials and a flux in said first cell.
A wireless communication device comprising: a reception controller configured to control reception of a plurality of data frames provided by another device through repeated transmission, the plurality of data frames including the same data; and a transmission controller configured to control - transmission of a first confirmation response signal to the other device on a per-data frame basis for each of the data frames provided through the repeated transmission until a repeated transmission count has reached an upper limit and - transmission of a second confirmation response signal on a per-repeated transmission basis once the repeated transmission count has reached the upper limit, wherein the first confirmation response signal has a shorter frame length than the second confirmation response signal. a reception controller configured to control reception of a plurality of data frames provided by another device through repeated transmission, the plurality of data frames including the same data; and a transmission controller configured to control - transmission of a first confirmation response signal to the other device on a per-data frame basis for each of the data frames provided through the repeated transmission until a repeated transmission count has reached an upper limit and - transmission of a second confirmation response signal on a per-repeated transmission basis once the repeated transmission count has reached the upper limit, - transmission of a first confirmation response signal to the other device on a per-data frame basis for each of the data frames provided through the repeated transmission until a repeated transmission count has reached an upper limit and - transmission of a second confirmation response signal on a per-repeated transmission basis once the repeated transmission count has reached the upper limit, wherein the first confirmation response signal has a shorter frame length than the second confirmation response signal.
A housing part for an auto-injector comprising a shell form body defining inner and outer shell surfaces and comprising a relatively hard or generally incompressible material; an over-coating formed of a relatively softer or more compressible material, said over-coating covering at least part of said outer shell surface of said shell form body; and at least one window (72, 76) defined in the shell form body, characterized in that said over-coating extends into said at least one window (72, 76) beyond the depth of the inner shell surface to define an inwardly protruding element. a shell form body defining inner and outer shell surfaces and comprising a relatively hard or generally incompressible material; an over-coating formed of a relatively softer or more compressible material, said over-coating covering at least part of said outer shell surface of said shell form body; and at least one window (72, 76) defined in the shell form body, characterized in that said over-coating extends into said at least one window (72, 76) beyond the depth of the inner shell surface to define an inwardly protruding element.
A method for fitting a hearing prosthesis comprising: displaying a first user interface (250, 260, 270) comprising a first channel group controller (251, 261, 271) corresponding to a first group of channels of a hearing prosthesis configured to generate a first set of signals via the first group of channels based on a first channel profile, wherein the first channel profile defines at least one intensity level for each channel in the first group of channels; displaying within the first user interface a representative stimulus level indicator (254, 262, 272, 258) configured to display a representative stimulus level corresponding to the first group of channels, wherein the representative stimulus level is equal to one of (i) the mean stimulus level of a maximum comfort level C for all channels in the first group of channels, or (ii) a maximum stimulus level for the channels in the first group of channels, or (iii) a minimum stimulus level for the channels in the first group of channels, or (iv) a median stimulus level for the channels in the first group of channels, receiving a command via the first channel group controller (251, 261, 271) to change the representative stimulus level and thereby change the first channel profile; and instructing the hearing prosthesis to change the first channel profile in response to receiving the command via the first channel group controller (251, 261, 271). displaying a first user interface (250, 260, 270) comprising a first channel group controller (251, 261, 271) corresponding to a first group of channels of a hearing prosthesis configured to generate a first set of signals via the first group of channels based on a first channel profile, wherein the first channel profile defines at least one intensity level for each channel in the first group of channels; displaying within the first user interface a representative stimulus level indicator (254, 262, 272, 258) configured to display a representative stimulus level corresponding to the first group of channels, wherein the representative stimulus level is equal to one of (i) the mean stimulus level of a maximum comfort level C for all channels in the first group of channels, or (ii) a maximum stimulus level for the channels in the first group of channels, or (iii) a minimum stimulus level for the channels in the first group of channels, or (iv) a median stimulus level for the channels in the first group of channels, receiving a command via the first channel group controller (251, 261, 271) to change the representative stimulus level and thereby change the first channel profile; and instructing the hearing prosthesis to change the first channel profile in response to receiving the command via the first channel group controller (251, 261, 271).
A side information transmission method performed by a transmitter (11, 800), wherein the side information transmission method comprises: transmitting (201,301) side information to a receiver (12, 1400) on a physical control channel; and transmitting (202,302) a scrambled data signal to the receiver (12, 1400) on a physical data channel, wherein the side information is used to indicate a scrambling mode of the scrambled data signal, characterized in that the side information transmission method further comprises: reporting capability information to the receiver (12, 1400), wherein the capability information is at least used to indicate whether the transmitter (11, 800) supports a target mode for reducing a Peak to Average Power Ratio, PAPR, and the target mode is a mode in which the side information is transmitted on the physical control channel to reduce the PAPR. transmitting (201,301) side information to a receiver (12, 1400) on a physical control channel; and transmitting (202,302) a scrambled data signal to the receiver (12, 1400) on a physical data channel, wherein the side information is used to indicate a scrambling mode of the scrambled data signal, characterized in that the side information transmission method further comprises: reporting capability information to the receiver (12, 1400), wherein the capability information is at least used to indicate whether the transmitter (11, 800) supports a target mode for reducing a Peak to Average Power Ratio, PAPR, and the target mode is a mode in which the side information is transmitted on the physical control channel to reduce the PAPR. reporting capability information to the receiver (12, 1400), wherein the capability information is at least used to indicate whether the transmitter (11, 800) supports a target mode for reducing a Peak to Average Power Ratio, PAPR, and the target mode is a mode in which the side information is transmitted on the physical control channel to reduce the PAPR.
A magnetic carrier for an electrophotographic developer comprising spherical magnetic composite particles comprising a phenol resin as a binder and ferromagnetic iron oxide particles bonded to each other through the phenol resin, wherein the spherical magnetic composite particles have a ten-point mean roughness Rz of 0.3 to 1.9 μ m.
An apparatus for identifying and localizing objects, having a position determination device for determining object positions and having an RFID reading device for receiving an RFID signal from an RFID transponder and for reading RFID information from the RFID signal, characterized in that the apparatus comprises an RFID localization device for determining transponder positions with the aid of the RFID signal which is configured, for determining a transponder position, to determine distance information from the RFID signal of a transponder at a plurality of times, to derive probabilities of presence at a location from the distance information and to superpose them in a probability grid, wherein the probability grid has pixels of a size corresponding to a desired spatial resolution, and it is entered in the pixels how probable it is according to the distance information that a signal source is located at the location represented by the pixel, and in that the apparatus further comprises an association device which is configured to associate objects and RFID transponders with one another with reference to the object positions and the transponder positions.
A computer implemented method of assessing reading ability of a user, comprising: presenting a reading stimulus comprising letters to the user on a display of a handheld digital device; determining a working distance between the handheld digital device and eyes of the user by using a camera of the handheld digital device; saving at least the working distance to memory, reporting out the determined working distance on the display or both; making a record of font size of letters on the display of the handheld digital device, brightness of the display or both; and characterised by transmitting the working distance and font size to a health care practitioner. presenting a reading stimulus comprising letters to the user on a display of a handheld digital device; determining a working distance between the handheld digital device and eyes of the user by using a camera of the handheld digital device; saving at least the working distance to memory, reporting out the determined working distance on the display or both; making a record of font size of letters on the display of the handheld digital device, brightness of the display or both; and characterised by transmitting the working distance and font size to a health care practitioner.
Method for extending the frequency band of an audio-frequency signal during a decoding or improvement process, comprising a step of obtaining the decoded signal in a first frequency band, referred to as a low band, the method comprising the following steps performed in the frequency domain: • extraction of tonal components and of an ambient signal from a signal originating from the decoded low band signal; • combination of the tonal components and the ambient signal by adaptive mixing using energy-level control factors to obtain a combined signal; • extension (E401a) on at least one second frequency band greater than the first frequency band the decoded low band signal before the extraction step or the combined signal after the combination step • synthesis (E404b) of an audio signal to bring into the time domain: - the combined signal if the extension step (E401a) is performed before the extraction step, or - the extended combined signal if the extension step (E401a) is performed after the combination step; the method being characterised in that the step of extracting the tonal components and the ambient signal is performed according to the following steps: • obtaining the ambient signal by calculating an average value of the spectrum of the decoded or decoded and extended low band signal; • obtaining the tonal components by subtracting the calculated ambient signal from the decoded or decoded and extended low band signal. • extraction of tonal components and of an ambient signal from a signal originating from the decoded low band signal; • combination of the tonal components and the ambient signal by adaptive mixing using energy-level control factors to obtain a combined signal; • extension (E401a) on at least one second frequency band greater than the first frequency band the decoded low band signal before the extraction step or the combined signal after the combination step • synthesis (E404b) of an audio signal to bring into the time domain: - the combined signal if the extension step (E401a) is performed before the extraction step, or - the extended combined signal if the extension step (E401a) is performed after the combination step; - the combined signal if the extension step (E401a) is performed before the extraction step, or - the extended combined signal if the extension step (E401a) is performed after the combination step; • obtaining the ambient signal by calculating an average value of the spectrum of the decoded or decoded and extended low band signal; • obtaining the tonal components by subtracting the calculated ambient signal from the decoded or decoded and extended low band signal.
A method of producing a composite panel, which comprises more than one wood-based material layer (1, 3) and at least two functional layers (2, 4, 5, 7), wherein all the layers (1, 2, 3, 4, 5, 7) are stacked one upon the other in a predetermined order, and between the layers are arranged layers of adhesive in order to attach the layers to each other, and wherein the wood-based material layers are wood-based veneer layers, wherein more than one layer of wood-based veneer and at least two functional layers are stacked one upon the other, and at least two functional layers are arranged in at least one space between two wood-based veneer layers (1, 3), the at least two functional layers between the veneer layers being selected from the following group: a sound-proof layer, a thermal insulation layer, a moisture-barrier layer, a reinforcement layer, and a flame-proof layer, and combinations thereof, and said layers of adhesive are arranged between the layers in order to attach the layers to each other, characterized in that at least one of the two functional layers (2, 4, 5) is a sound-proof layer or thermal insulation layer formed of cellular board, cork material or cork composite material and all the layers are compressed together by using a single compression.
A method in a mobile electronic device, the method comprising: receiving, at a feed reader, a uniform resource indicator, URI, to a content feed; retrieving parameters from the URI which is related to a content feed server, the content feed server being configured to provide for optimized reception of the content feed; determining, from the parameters retrieved from the URI, whether the content feed is a syndicated feed reception 'SFR' feed as distinguished from a legacy ATOM or Really Simple Syndication 'RSS' feed; and, when the content feed is an SFR feed, subscribing to the content feed at the content feed server according to an address and data connection details determined from the parameters retrieved from the URI, said address being one of: an address of the content feed server, an SFR server address, a content address and a proxy address. receiving, at a feed reader, a uniform resource indicator, URI, to a content feed; retrieving parameters from the URI which is related to a content feed server, the content feed server being configured to provide for optimized reception of the content feed; determining, from the parameters retrieved from the URI, whether the content feed is a syndicated feed reception 'SFR' feed as distinguished from a legacy ATOM or Really Simple Syndication 'RSS' feed; and, when the content feed is an SFR feed, subscribing to the content feed at the content feed server according to an address and data connection details determined from the parameters retrieved from the URI, said address being one of: an address of the content feed server, an SFR server address, a content address and a proxy address.