mhurhangee/ep-ind-claims huggingface dataset:
A method for running a terminal for accessing a wireless network, characterized by comprising: the terminal obtaining a terminal firmware program from a host side and storing the terminal firmware program into an expanded external Random Access Memory of the terminal, wherein the terminal firmware program is directly downloaded into the RAM for running; and the terminal running the terminal firmware program and interacting with the host side to complete a service, wherein, before the terminal obtaining a terminal firmware program from a host side, the method further comprises: the terminal obtaining a download proxy firmware program from the host side and storing the download proxy firmware program into an internal RAM of the terminal; the download proxy firmware program enumerating a download port, and the terminal obtaining the terminal firmware program from the host side by the download port. the terminal obtaining a terminal firmware program from a host side and storing the terminal firmware program into an expanded external Random Access Memory of the terminal, wherein the terminal firmware program is directly downloaded into the RAM for running; and the terminal running the terminal firmware program and interacting with the host side to complete a service, wherein, before the terminal obtaining a terminal firmware program from a host side, the method further comprises: the terminal obtaining a download proxy firmware program from the host side and storing the download proxy firmware program into an internal RAM of the terminal; the download proxy firmware program enumerating a download port, and the terminal obtaining the terminal firmware program from the host side by the download port. the terminal obtaining a download proxy firmware program from the host side and storing the download proxy firmware program into an internal RAM of the terminal; the download proxy firmware program enumerating a download port, and the terminal obtaining the terminal firmware program from the host side by the download port.
A method for noise cancellation for voice activation, comprising: determining, with a computing device (102-1, 102-2, 442), whether a background noise (104-1, 104-2, 210) received with the computing device (102-1, 102-2, 442) is recognized; creating a stored noise cancellation filter based on the background noise (104-1, 104-2, 210) when the background noise (104-1, 104-2, 210) is not recognized; receiving a signal that includes the background noise (104-1, 104-2, 210) and a voice command at the computing device (102-1, 102-2, 442); filtering out the background noise (104-1, 104-2, 210) from the signal with the stored noise cancellation filter; and processing the voice command. determining, with a computing device (102-1, 102-2, 442), whether a background noise (104-1, 104-2, 210) received with the computing device (102-1, 102-2, 442) is recognized; creating a stored noise cancellation filter based on the background noise (104-1, 104-2, 210) when the background noise (104-1, 104-2, 210) is not recognized; receiving a signal that includes the background noise (104-1, 104-2, 210) and a voice command at the computing device (102-1, 102-2, 442); filtering out the background noise (104-1, 104-2, 210) from the signal with the stored noise cancellation filter; and processing the voice command.
A method of operating a communication device, the method comprising: sending a park data signal from the communication device to a server for placing a call for the communication device to park; characterized in that the method further comprises the steps of: receiving a park reminder message from the server by the communication device, the park reminder message comprising an indication of an accumulated length of time the call has been parked; sending a park reminder message response from the communication device to the server, in response to receiving (D;> the park reminder message, the park reminder message response including a request for terminating the sending of the park reminder message, before sending an outdial request from the communication device to remove the call from park and to request the setting up of a voice communication with the un-parked caller. sending a park data signal from the communication device to a server for placing a call for the communication device to park; characterized in that the method further comprises the steps of: receiving a park reminder message from the server by the communication device, the park reminder message comprising an indication of an accumulated length of time the call has been parked; sending a park reminder message response from the communication device to the server, in response to receiving (D;> the park reminder message, the park reminder message response including a request for terminating the sending of the park reminder message, before sending an outdial request from the communication device to remove the call from park and to request the setting up of a voice communication with the un-parked caller. receiving a park reminder message from the server by the communication device, the park reminder message comprising an indication of an accumulated length of time the call has been parked; sending a park reminder message response from the communication device to the server, in response to receiving (D;> the park reminder message, the park reminder message response including a request for terminating the sending of the park reminder message, before sending an outdial request from the communication device to remove the call from park and to request the setting up of a voice communication with the un-parked caller.
A method comprising: (a) using a Voltage Controlled Oscillator, VCO, to generate two signals of frequency FVCO, wherein the two signals together are a first differential signal; (b) supplying the first differential signal to a first divide-by-two circuit local to the VCO such that the first divide-by-two circuit outputs four signals of frequency FVCO/2, wherein the four signals together are a first quadrature signal; (c) supplying two of the four signals of the first quadrature signal to a second divide-by-two circuit local to a first mixer of a first device such that the second divide-by-two circuit outputs four signals of frequency FVCO/4 to the first mixer, wherein the four signals output to the first mixer together are a second quadrature signal, wherein the first device is taken from the group consisting of: a transmitter and a receiver; and (d) supplying the first quadrature signals to a first phase mismatch correction circuit (190-193, 195-198) such that the first phase mismatch correction circuit (190-193, 195-198) outputs a first phase-corrected version of the first quadrature signal to a second mixer of a second device, wherein the second device is taken from the group consisting of: a transmitter and a receiver, and wherein the VCO, the first divide-by-two circuit, the second divide-by-two circuit, the first device, the first phase mismatch correction circuit (190-193, 195-198), and the second device are all parts of an integrated circuit. (a) using a Voltage Controlled Oscillator, VCO, to generate two signals of frequency FVCO, wherein the two signals together are a first differential signal; (b) supplying the first differential signal to a first divide-by-two circuit local to the VCO such that the first divide-by-two circuit outputs four signals of frequency FVCO/2, wherein the four signals together are a first quadrature signal; (c) supplying two of the four signals of the first quadrature signal to a second divide-by-two circuit local to a first mixer of a first device such that the second divide-by-two circuit outputs four signals of frequency FVCO/4 to the first mixer, wherein the four signals output to the first mixer together are a second quadrature signal, wherein the first device is taken from the group consisting of: a transmitter and a receiver; and (d) supplying the first quadrature signals to a first phase mismatch correction circuit (190-193, 195-198) such that the first phase mismatch correction circuit (190-193, 195-198) outputs a first phase-corrected version of the first quadrature signal to a second mixer of a second device, wherein the second device is taken from the group consisting of: a transmitter and a receiver, and wherein the VCO, the first divide-by-two circuit, the second divide-by-two circuit, the first device, the first phase mismatch correction circuit (190-193, 195-198), and the second device are all parts of an integrated circuit.
A method for peer-to-peer, P2P, authorization by a mobile entity, comprising: sending a registration message to a core network, the registration message comprising a P2P authorization request; and receiving a registration accept message from the core network, the registration accept message comprising an initial context setup request and a P2P authorization response; wherein the P2P authorization response comprises an authorization of the mobile entity for discovery of another peer mobile entity for prospective P2P communication. sending a registration message to a core network, the registration message comprising a P2P authorization request; and receiving a registration accept message from the core network, the registration accept message comprising an initial context setup request and a P2P authorization response; wherein the P2P authorization response comprises an authorization of the mobile entity for discovery of another peer mobile entity for prospective P2P communication.
Apparatus for the leveling of casting compounds, such as flow screed or pumped concrete, comprising - a buoyancy body, which floats on the casting compound intended for leveling, - a marking segment, which is implemented as a marking body attached to the buoyancy body or which is formed by the buoyancy body, and - a marking arranged on the marking segment, by means of which the level of the casting compound can be determined. - a buoyancy body, which floats on the casting compound intended for leveling, - a marking segment, which is implemented as a marking body attached to the buoyancy body or which is formed by the buoyancy body, and - a marking arranged on the marking segment, by means of which the level of the casting compound can be determined.
Liquid composition consisting of: a) at least one ceramide b) at least one palmitic acid amide of formula CH 3 (CH 2) 14 CONHR 1 and c) di-(phytosteryl-2-octyldodecyl)-N-lauroyl-L-glutamate wherein R 1 is a straight or branched alkyl selected from the group consisting of a C1-C6 straight or branched alkyl optionally substituted with a hydroxyl group, a C4-C6 cycloalkyl, and wherein said components a) and b) are dissolved in said component c). a) at least one ceramide b) at least one palmitic acid amide of formula CH 3 (CH 2) 14 CONHR 1 and c) di-(phytosteryl-2-octyldodecyl)-N-lauroyl-L-glutamate wherein R 1 is a straight or branched alkyl selected from the group consisting of a C1-C6 straight or branched alkyl optionally substituted with a hydroxyl group, a C4-C6 cycloalkyl, and wherein said components a) and b) are dissolved in said component c).
A charge transfer image sensor, the sensor comprising N adjacent rows of P pixels, the adjacent pixels of same rank belonging to two consecutive rows each comprising an alternation of at least one photodiode (PH1 i, PH2 i) and one storage gate (G1 i, G2 i) adjacent to the photodiode, the gates covering an active layer region of a first type of conductivity and the photodiodes being formed within the active layer by an individual region of a second type of conductivity, itself covered by an individual surface region of the first type connected to a reference potential of the active layer, characterized in that the gates comprise a main body and, on the upstream side in the direction of the transfer of the charges but not on the downstream side, a series of narrow fingers extending from the main body toward the upstream side, the ends of the fingers on the upstream side being adjacent to a photodiode situated upstream of the gate, the narrow fingers being separated from one another by doped insulating regions of the first type of conductivity, with a higher doping than the surface regions, connected, as they are, to the reference potential of the active layer, these insulating regions being interposed between the main body of the gate and the photodiode.
A method of detecting and identifying arcing comprising converting a current from a load to a proportional voltage, characterized in that said method further comprises: converting the current to a digitized current by an analog-to-digital current converter at a sample frequency; converting the proportional voltage to a digitized voltage by an analog-to-digital voltage converter at the sample frequency; determining a waveform of a cycle of a primary load current as a substantially periodic portion of the digitized current; determining a noise signal by subtracting the determined waveform of a cycle of the primary load current from a cycle of the digitized current; setting by an arc window comparator circuit a time window within a cycle of the digitized voltage by determining a time interval associated with a peak voltage portion of the waveform of the cycle of the digitized voltage; determining a probability density of the noise signal according to the time window set by the arc window comparator circuit; comparing the probability density of the noise signal with at least one model probability density; and generating an output indicative a positive arc detection based on the comparing. converting the current to a digitized current by an analog-to-digital current converter at a sample frequency; converting the proportional voltage to a digitized voltage by an analog-to-digital voltage converter at the sample frequency; determining a waveform of a cycle of a primary load current as a substantially periodic portion of the digitized current; determining a noise signal by subtracting the determined waveform of a cycle of the primary load current from a cycle of the digitized current; setting by an arc window comparator circuit a time window within a cycle of the digitized voltage by determining a time interval associated with a peak voltage portion of the waveform of the cycle of the digitized voltage; determining a probability density of the noise signal according to the time window set by the arc window comparator circuit; comparing the probability density of the noise signal with at least one model probability density; and generating an output indicative a positive arc detection based on the comparing.
An apparatus for wireless communication, comprising: one or more antennas; at least one carrier board; at least one radio frequency, RF, module disposed on the at least one carrier board and coupled to the one or more antennas; a mother board; a baseband module disposed on the mother board; and a flexible printed circuit board, PCB, coupled between the at least one carrier board and the mother board; the flexible PCB being configured to route signals between the baseband module and the RF module; the one or more antennas being disposed on the flexible PCB. one or more antennas; at least one carrier board; at least one radio frequency, RF, module disposed on the at least one carrier board and coupled to the one or more antennas; a mother board; a baseband module disposed on the mother board; and a flexible printed circuit board, PCB, coupled between the at least one carrier board and the mother board; the flexible PCB being configured to route signals between the baseband module and the RF module; the one or more antennas being disposed on the flexible PCB.
Method for ascertaining a position of an object in the surroundings of a vehicle, wherein the method comprises the following steps: - reading in of a light signal by an optical sensor, wherein the light signal ∘ represents a brightness and a degree of reflection of light which has been emitted by a headlamp of the vehicle, of an object and/or ∘ a brightness and a sharpness of a boundary line of the object which is illuminated by the light from the headlamp; and - determining a distance of the object from the vehicle using the light signal, in order to determine the position of the object in the surroundings of the vehicle. - reading in of a light signal by an optical sensor, wherein the light signal ∘ represents a brightness and a degree of reflection of light which has been emitted by a headlamp of the vehicle, of an object and/or ∘ a brightness and a sharpness of a boundary line of the object which is illuminated by the light from the headlamp; and ∘ represents a brightness and a degree of reflection of light which has been emitted by a headlamp of the vehicle, of an object and/or ∘ a brightness and a sharpness of a boundary line of the object which is illuminated by the light from the headlamp; and - determining a distance of the object from the vehicle using the light signal, in order to determine the position of the object in the surroundings of the vehicle.
A radius end mill comprising: a tool body; a cutting edge composed of an end cutting edge disposed at a front end of the tool body, an outer peripheral cutting edge disposed on an outer periphery of the tool body, and a corner R cutting edge which extends between the end cutting edge and the outer peripheral cutting edge; a rake face of the end cutting edge, the corner R cutting edge and the outer peripheral cutting edge, said rake face disposed to be continuous with the cutting edge; and a chip removal flute which extends at the back of the rake face, wherein the rake face comprises a corner gash disposed adjacent to the corner R cutting edge, wherein an edge of the corner gash is in contact with the corner R cutting edge, the radius end mill being characterized in that the edge of the corner gash has a first end located at a first position at an inside relative to an interface of the corner R cutting edge and the end cutting edge and a second end located at a second position at an inside relative to an interface of the corner R cutting edge and the outer peripheral cutting edge, wherein the corner gash is in contact with an intermediate position of the corner R cutting edge which does not overlap any of the interfaces (P, Q), and wherein an axial rake (α) at the first end position is in the range of 5 to 20 degrees. a tool body; a cutting edge composed of an end cutting edge disposed at a front end of the tool body, an outer peripheral cutting edge disposed on an outer periphery of the tool body, and a corner R cutting edge which extends between the end cutting edge and the outer peripheral cutting edge; a rake face of the end cutting edge, the corner R cutting edge and the outer peripheral cutting edge, said rake face disposed to be continuous with the cutting edge; and a chip removal flute which extends at the back of the rake face, wherein the rake face comprises a corner gash disposed adjacent to the corner R cutting edge, wherein an edge of the corner gash is in contact with the corner R cutting edge, the radius end mill being characterized in that the edge of the corner gash has a first end located at a first position at an inside relative to an interface of the corner R cutting edge and the end cutting edge and a second end located at a second position at an inside relative to an interface of the corner R cutting edge and the outer peripheral cutting edge, wherein the corner gash is in contact with an intermediate position of the corner R cutting edge which does not overlap any of the interfaces (P, Q), and wherein an axial rake (α) at the first end position is in the range of 5 to 20 degrees.
A medical system comprising: an analysis means for analyzing a layer structure of a three-dimensional tomographic image of a retina acquired by an optical coherence tomography apparatus and extracting a boundary of each layer; a layer selection means for selecting at least one of layers in the three-dimensional tomographic image of the retina by using boundaries of layers of the retina extracted by said analysis means based on a tissue as a display target in the three-dimensional tomographic image of the retina; a generation means for generating an opacity function indicating an opacity of each voxel of a plurality of voxels constituting the at least one layer selected by the layer selection means, based on the display target and a frequency distribution of luminance values of the plurality of voxels; a volume rendering means for performing volume rendering of the tomographic image of the retina based on the opacity function; and a display control means for causing a display means to display an image having undergone the volume rendering. an analysis means for analyzing a layer structure of a three-dimensional tomographic image of a retina acquired by an optical coherence tomography apparatus and extracting a boundary of each layer; a layer selection means for selecting at least one of layers in the three-dimensional tomographic image of the retina by using boundaries of layers of the retina extracted by said analysis means based on a tissue as a display target in the three-dimensional tomographic image of the retina; a generation means for generating an opacity function indicating an opacity of each voxel of a plurality of voxels constituting the at least one layer selected by the layer selection means, based on the display target and a frequency distribution of luminance values of the plurality of voxels; a volume rendering means for performing volume rendering of the tomographic image of the retina based on the opacity function; and a display control means for causing a display means to display an image having undergone the volume rendering.
A rotary or scroll compressor, wherein a resin layer (44a-44c) is formed on a whole area or a portion of sliding surface of one of sliding members sliding when compressing a refrigerant; and an arithmetic mean surface roughness Ra of the resin layer is 0.3 or higher, or an area opposing to the resin layer is entirely or partially harder than the resin layer and has an arithmetic mean surface roughness Ra of 0.3 or higher, characterized in that each protrusion constituting the surface roughness of the resin layer has a tapered shape.