mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an access point, AP, the method comprising: scheduling, by the AP, first resources for a first periodic restricted access window, PRAW; generating, by the AP, a first PRAW indicator including first information associated with the scheduled first resources for the first PRAW; the method is characterized by comprising: determining, by the AP, a next PRAW indication time in accordance with the first PRAW, wherein the next PRAW indication time is prior to a last occurrence of the first PRAW; and transmitting, by the AP, the first PRAW indicator including information indicating the next PRAW indication time in a first frame. scheduling, by the AP, first resources for a first periodic restricted access window, PRAW; generating, by the AP, a first PRAW indicator including first information associated with the scheduled first resources for the first PRAW; the method is characterized by comprising: determining, by the AP, a next PRAW indication time in accordance with the first PRAW, wherein the next PRAW indication time is prior to a last occurrence of the first PRAW; and transmitting, by the AP, the first PRAW indicator including information indicating the next PRAW indication time in a first frame. determining, by the AP, a next PRAW indication time in accordance with the first PRAW, wherein the next PRAW indication time is prior to a last occurrence of the first PRAW; and transmitting, by the AP, the first PRAW indicator including information indicating the next PRAW indication time in a first frame.
A method of controlling applications in an electronic device having a touch screen, the method comprising: executing a first application in a foreground to generate a foreground execution view, and one or more background applications; detecting a number of touch points input to the foreground execution view of the touch screen; selecting from among the one or more background applications a background application which is mapped to the detected number of the touch points; detecting a touch gesture on the foreground execution view for controlling the selected application; and controlling an operation of the selected background application according to the detected touch gesture. executing a first application in a foreground to generate a foreground execution view, and one or more background applications; detecting a number of touch points input to the foreground execution view of the touch screen; selecting from among the one or more background applications a background application which is mapped to the detected number of the touch points; detecting a touch gesture on the foreground execution view for controlling the selected application; and controlling an operation of the selected background application according to the detected touch gesture.
An apparatus, comprising: a sensor assembly, including: a electrical transmission-line assembly, including: a shield assembly and a core assembly, wherein the core assembly includes a planar-shaped electrical conductor, wherein the shield assembly surrounds, at least in part, the core assembly, and an electrical transmission-line parameter including a transmission-line impedance being configured to change, at least in part, in response to reception, at least in part, of a vehicular load of a moving vehicle, the moving vehicle travelling along a vehicular roadway, and the electrical transmission-line assembly being positionable, at least in part, relative to the vehicular roadway; wherein the electrical transmission-line impedance is configured to: change, at least in part, in response to reception of the vehicular load from the moving vehicle in such a way that an aspect of an incident electrical waveform being carried, at least in part, by the electrical transmission-line assembly is reflected back to a source of the incident electrical waveform in response to the electrical transmission-line assembly receiving the vehicular load. a electrical transmission-line assembly, including: a shield assembly and a core assembly, wherein the core assembly includes a planar-shaped electrical conductor, wherein the shield assembly surrounds, at least in part, the core assembly, and an electrical transmission-line parameter including a transmission-line impedance being configured to change, at least in part, in response to reception, at least in part, of a vehicular load of a moving vehicle, the moving vehicle travelling along a vehicular roadway, and a shield assembly and a core assembly, wherein the core assembly includes a planar-shaped electrical conductor, wherein the shield assembly surrounds, at least in part, the core assembly, and an electrical transmission-line parameter including a transmission-line impedance being configured to change, at least in part, in response to reception, at least in part, of a vehicular load of a moving vehicle, the moving vehicle travelling along a vehicular roadway, and the electrical transmission-line assembly being positionable, at least in part, relative to the vehicular roadway; wherein the electrical transmission-line impedance is configured to: change, at least in part, in response to reception of the vehicular load from the moving vehicle in such a way that an aspect of an incident electrical waveform being carried, at least in part, by the electrical transmission-line assembly is reflected back to a source of the incident electrical waveform in response to the electrical transmission-line assembly receiving the vehicular load.
A flux-cored wire for arc welding, in which a steel hull is filled with flux, the flux-cored wire being characterized in that the flux contains 20 to 50 mass% of titanium and titanium oxide calculated as TiO 2 and a moisture adsorption area of the flux-cored wire is 0.020 to 0.100 m 2 /g, in that the flux-cored wire has a tensile strength of 300 to 500 N/mm 2, and in that a filling ratio of the flux is 10 to 20 mass% per total mass of the wire, and the hull has a thickness of 0.10 to 0.30 mm.
A method of recycling scraps or offcuts of uncured composite material, such as pre-impregnated or "prepreg" scraps or offcuts having reinforcing fibres and uncured polymer matrix material, comprising the steps of: introducing the scraps or offcuts into a mixing device directly; mixing the scraps or offcuts in the mixing device to blend uncured polymer matrix material and reinforcing fibres of the scraps or offcuts into a generally homogenous or consistent mixture; feeding or conveying the said mixture from the mixing device, into a shaping mechanism to form a component or semi-finished product; and applying a film layer (f1, f2) to at least one side of the mixture fed from the mixing device. introducing the scraps or offcuts into a mixing device directly; mixing the scraps or offcuts in the mixing device to blend uncured polymer matrix material and reinforcing fibres of the scraps or offcuts into a generally homogenous or consistent mixture; feeding or conveying the said mixture from the mixing device, into a shaping mechanism to form a component or semi-finished product; and applying a film layer (f1, f2) to at least one side of the mixture fed from the mixing device.
A child safety seat for a vehicle comprising a base provided with at least one Isofix connector and a child seat comprising a sitting section and a back section, the base comprising a front brace, the front brace being movable relative to the child seat through an adjustment mechanism comprising a release handle pivotable about a bolt characterised in that the adjustment mechanism further comprises a pivot element pivotable about a bolt and provided with at least one pin, the release handle and pivot element further being connected to each other through a connection element, such that in use the release handle is activating the at least one pin.
A computing device for conversational system control, the computing device comprising: a controller module to receive input text indicative of a spoken user request, wherein the spoken user request includes one or more parameters associated with a system control command; a conversational interface module to match the input text against a language model to identify a matching pattern, wherein the language model includes a plurality of patterns and wherein the matching pattern is associated with the system control command; and a context management module to determine one or more of the parameters of the system control command based on a context model in response to a match of the input text; wherein the conversational interface module is further to generate the system control command based on the language model in response to a determination of the one or more parameters; and wherein the controller module is further to perform the system control command; wherein the system control command comprises a home automation command; the one or more parameters of the home automation command include a location, a device, or a requested device state; and the context model includes conversational context data, user context data, and home automation device context data; further comprising a learning module to: observe a change in device state of a home automation system in response to performance of the home automation command; generate a new pattern based on the input text, wherein the pattern is associated with the home automation command; and update the language model to include the new pattern. a controller module to receive input text indicative of a spoken user request, wherein the spoken user request includes one or more parameters associated with a system control command; a conversational interface module to match the input text against a language model to identify a matching pattern, wherein the language model includes a plurality of patterns and wherein the matching pattern is associated with the system control command; and a context management module to determine one or more of the parameters of the system control command based on a context model in response to a match of the input text; wherein the conversational interface module is further to generate the system control command based on the language model in response to a determination of the one or more parameters; and wherein the controller module is further to perform the system control command; wherein the system control command comprises a home automation command; the one or more parameters of the home automation command include a location, a device, or a requested device state; and observe a change in device state of a home automation system in response to performance of the home automation command; generate a new pattern based on the input text, wherein the pattern is associated with the home automation command; and update the language model to include the new pattern.
A mobile terminal for bandwidth extension to the LTE band B42, comprising: an RF circuit configured to support LTE downlink three-carrier MIMO in a 1.7 to 2.7 GHz band and a 3.4 to 3.6 GHz LTE B42 band and a 256 QAM coding, wherein the LTE downlink three-carrier MIMO comprises dual carrier 4x4 MIMO plus single carrier 2x2 MIMO; a B42 transmitting path located on the RF circuit; and a receiving path located on the RF circuit; wherein the B42 transmitting path is connected to a primary antenna of the RF circuit, and the receiving path is connected to four antennas of the RF circuit; the B42 transmitting path comprises: a B42 RF power amplifier and a B42 power coupler, which are connected to a transmission terminal of the primary antenna on the RF circuit; and wherein the mobile terminal is characterized in that the receiving path comprises: a B42 transceiving filter and a diplexer that are connected to the four antennas of the RF circuit, the receiving path comprises: a first receiving path (B42 RX0) connected to the primary antenna in the four antennas of the RF circuit; a second receiving path (B42 RX1) connected to a secondary antenna in the four antennas of the RF circuit; a third receiving path (B42 RX2) connected to a first MIMO antenna in the four antennas of the RF circuit; and a fourth receiving path (B42 RX3) connected to a second MIMO antenna in the four antennas of the RF circuit. an RF circuit configured to support LTE downlink three-carrier MIMO in a 1.7 to 2.7 GHz band and a 3.4 to 3.6 GHz LTE B42 band and a 256 QAM coding, wherein the LTE downlink three-carrier MIMO comprises dual carrier 4x4 MIMO plus single carrier 2x2 MIMO; a B42 transmitting path located on the RF circuit; and a receiving path located on the RF circuit; wherein the B42 transmitting path is connected to a primary antenna of the RF circuit, and the receiving path is connected to four antennas of the RF circuit; the B42 transmitting path comprises: a B42 RF power amplifier and a B42 power coupler, which are connected to a transmission terminal of the primary antenna on the RF circuit; and wherein the mobile terminal is characterized in that the receiving path comprises: a B42 transceiving filter and a diplexer that are connected to the four antennas of the RF circuit, the receiving path comprises: a first receiving path (B42 RX0) connected to the primary antenna in the four antennas of the RF circuit; a second receiving path (B42 RX1) connected to a secondary antenna in the four antennas of the RF circuit; a third receiving path (B42 RX2) connected to a first MIMO antenna in the four antennas of the RF circuit; and a fourth receiving path (B42 RX3) connected to a second MIMO antenna in the four antennas of the RF circuit.
Check valve for an internal combustion engine comprising a housing having at least one flow cross-section, at least one valve seat surface that surrounds the flow cross-section, at least one valve closing element, by which the flow cross-section is closed or opened as a function of pressure and which is designed as a leaf spring element, and at least one valve stop element by which an opening movement of the valve closing element is limited, characterized in that the housing is a plastic injection molded part and that, during injection molding, the leaf spring element is overmolded at one end with the plastic material forming the housing having the flow cross-section such that this overmolded end of the leaf spring element is fastened to the housing by the plastic material.
An aircraft comprising a gas turbine engine comprising an engine bleed control system, the engine bleed control system comprising: an engine bleed tap coupled to a fan-air source of the gas turbine engine or a compressor source of a lower pressure compressor section before a highest pressure compressor section of the gas turbine engine; wherein said engine bleed tap is installed at a lower temperature engine stage such that, in use, the source of engine air is already pressurized greater than ambient whilst also having a temperature that is less than an auto-ignition point of a fuel-air mix; a motorized compressor in fluid communication with the engine bleed tap; and a controller operable to selectively drive the motorized compressor to boost a bleed air pressure from the engine bleed tap as pressure augmented bleed air and control delivery of the pressure augmented bleed air to an aircraft use, and thereby hold said maximum temperature of the pressure augmented bleed air below an auto-ignition point of a fuel-air mixture of the aircraft at all flight conditions of the aircraft and gas turbine engine. an engine bleed tap coupled to a fan-air source of the gas turbine engine or a compressor source of a lower pressure compressor section before a highest pressure compressor section of the gas turbine engine; wherein said engine bleed tap is installed at a lower temperature engine stage such that, in use, the source of engine air is already pressurized greater than ambient whilst also having a temperature that is less than an auto-ignition point of a fuel-air mix; a motorized compressor in fluid communication with the engine bleed tap; and a controller operable to selectively drive the motorized compressor to boost a bleed air pressure from the engine bleed tap as pressure augmented bleed air and control delivery of the pressure augmented bleed air to an aircraft use, and thereby hold said maximum temperature of the pressure augmented bleed air below an auto-ignition point of a fuel-air mixture of the aircraft at all flight conditions of the aircraft and gas turbine engine.
A catheter for recanalizing a blood vessel having an occlusion therein, the catheter comprising: a catheter shaft having a proximal end, a distal end, and a distal end portion proximate the distal end; an expandable member coupled to the distal end portion of the catheter shaft; and a flexible tubular member extending from the catheter shaft and along an exterior of the expandable member; wherein expansion of the expandable member deflects the flexible tubular member into a deflected configuration away from a longitudinal axis of the catheter shaft; wherein in a delivery configuration the flexible tubular member has a central longitudinal axis generally parallel to the longitudinal axis of the catheter shaft; wherein the expandable member is an inflatable balloon secured to the distal end portion of the catheter shaft; characterized in that with the balloon deflated in the delivery configuration, the balloon is folded around the flexible tubular member. a catheter shaft having a proximal end, a distal end, and a distal end portion proximate the distal end; an expandable member coupled to the distal end portion of the catheter shaft; and a flexible tubular member extending from the catheter shaft and along an exterior of the expandable member; wherein expansion of the expandable member deflects the flexible tubular member into a deflected configuration away from a longitudinal axis of the catheter shaft; wherein in a delivery configuration the flexible tubular member has a central longitudinal axis generally parallel to the longitudinal axis of the catheter shaft; wherein the expandable member is an inflatable balloon secured to the distal end portion of the catheter shaft; characterized in that with the balloon deflated in the delivery configuration, the balloon is folded around the flexible tubular member.
A first server comprising: a network communicator configured to receive, from a second server, a second gateway associated with the second server and to receive a request for data from the second server; a gateway deployment logic unit configured to deploy the second gateway on the first server, wherein the second gateway is configured to translate, on the first server, the data into a second protocol associated with the second server; and a gateway logic unit configured to transfer, in response to receiving the request, the data into the second gateway for translation, on the first server, into the second protocol. a network communicator configured to receive, from a second server, a second gateway associated with the second server and to receive a request for data from the second server; a gateway deployment logic unit configured to deploy the second gateway on the first server, wherein the second gateway is configured to translate, on the first server, the data into a second protocol associated with the second server; and a gateway logic unit configured to transfer, in response to receiving the request, the data into the second gateway for translation, on the first server, into the second protocol.
A zinc-nickel alloy electroplated steel sheet, comprising: a base steel sheet; and a zinc-nickel plating layer located on at least one surface of the base steel sheet, and having a hairline pattern formed thereon, wherein surface roughness R a of the base steel sheet forming an interface with the zinc-nickel plating layer is 0.7 to 1.0 μm on the basis of center line average roughness, wherein the zinc-nickel plating layer is composed of a single gamma phase, which is Ni 5 Zn 21. a base steel sheet; and a zinc-nickel plating layer located on at least one surface of the base steel sheet, and having a hairline pattern formed thereon, wherein surface roughness R a of the base steel sheet forming an interface with the zinc-nickel plating layer is 0.7 to 1.0 μm on the basis of center line average roughness, wherein the zinc-nickel plating layer is composed of a single gamma phase, which is Ni 5 Zn 21.
A method to compensate for audio channel down-mixing when embedding watermarks in a multichannel audio signal, the method comprising: obtaining a watermark to be embedded in respective ones of a plurality of audio channels of the multichannel audio signal; and embedding the watermark in a first one of the plurality of audio channels and a second one of the plurality of audio channels, characterised in that the embedding of watermark is based on a compensation factor that is to reduce perceptibility of the watermark when the first one of the plurality of audio channels is down-mixed with the second one of the plurality of audio channels after the watermark has been applied to the first and second ones of the plurality of audio channels, the compensation factor corresponding to at least one of an attenuation factor to be applied to the watermark when the watermark is embedded in the first one of the plurality of audio channels and the second one of the plurality of audio channels, the attenuation factor to be determined for a first audio band based on a ratio of a first energy and a second energy determined for the first audio band, the first energy corresponding to an energy in the first audio band for a first block of down-mixed audio samples formed by down-mixing the first one of the plurality of audio channels with the second one of the plurality of audio channels, the second energy corresponding to a maximum of a plurality of energies determined for a respective plurality of blocks of down-mixed audio samples including the first block of down-mixed audio samples, or a decision factor indicating whether the watermark is permitted to be embedded in a first block of audio samples from the first one of the plurality of audio channels, the decision factor determined based on a delay between the first block of audio samples from the first one of the plurality of audio channels and a second block of audio samples from the second one of the plurality of audio channels, the first and second blocks of audio samples corresponding to a same interval of time. obtaining a watermark to be embedded in respective ones of a plurality of audio channels of the multichannel audio signal; and embedding the watermark in a first one of the plurality of audio channels and a second one of the plurality of audio channels,