mhurhangee/patent-ind-claim-en huggingface dataset:
An autonomous vehicle remote monitoring and control center (RMCC) apparatus, comprising: at least one processing device, the RMCC programmed and configured to: receive sensor data captured by a plurality of sensors distributed across a plurality of independently governed autonomous vehicles operating remotely from the RMCC, the sensor data including data of vehicles not operating under control of the RMCC; simultaneously determine an incident risk level of each of the plurality of independently governed autonomous vehicles operating remotely from the RMCC, wherein the incident risk level is determined by the RMCC as a function of sensor data independently captured from at least two different vehicles; in response to the incident risk level determined as not safe by the RMCC for one or more of the plurality of independent vehicles , take control of the one or more of the plurality of autonomous vehicles operating at the incident risk level that is not safe, to restore the vehicles operating at the incident risk level that is not safe to a safe incident risk level; and, in response to determining the incident risk has been restored to the safe incident risk level, return control to the one or more autonomous vehicle that were operating at the incident risk level that was not safe. receive sensor data captured by a plurality of sensors distributed across a plurality of independently governed autonomous vehicles operating remotely from the RMCC, the sensor data including data of vehicles not operating under control of the RMCC; simultaneously determine an incident risk level of each of the plurality of independently governed autonomous vehicles operating remotely from the RMCC, wherein the incident risk level is determined by the RMCC as a function of sensor data independently captured from at least two different vehicles; in response to the incident risk level determined as not safe by the RMCC for one or more of the plurality of independent vehicles , take control of the one or more of the plurality of autonomous vehicles operating at the incident risk level that is not safe, to restore the vehicles operating at the incident risk level that is not safe to a safe incident risk level; and, in response to determining the incident risk has been restored to the safe incident risk level, return control to the one or more autonomous vehicle that were operating at the incident risk level that was not safe.
Vehicle trailer, in particular a caravan, with a chassis which has an axle which cooperates at one end with a first wheel and at the other end with a second wheel and which is equipped with a braking device which has brake hubs of the wheels provided on the end of the axle , wherein a brake hub is arranged on one end of the axle with the interposition of a respective oscillating lever , and with an electric generator which can be driven by a movement of the trailer and is formed by magnets and at least one coil , wherein the magnets are arranged in an annular region on the outer housing circumference of a brake hub or on a separate magnet carrier positioned between a brake hub and a rim , and the coil being arranged in a stationary manner on the trailer with respect to the brake hub or magnet carrier, a voltage being induced in the coil as a result of the movement of the magnets , a coil holder being provided for the stationary arrangement of the coil , which coil holder is arranged on an axle stub of a wheel provided between the brake hub and the respectively associated oscillating lever , the coil being arranged leaving a distance from the trajectory of the magnets which forms a gap, the coil being adjustable with respect to the distance from the trajectory of the magnets .
A communications apparatus configured to provide wireless network access in accordance with a communications standard that specifies a transmit OFF power threshold requirement, which is a power level that is defined as a maximum transmit power that the communications apparatus can irradiate when it is in a non-transmitting or OFF state, the apparatus comprising: a hardware subsystem comprising a test signal control component , a duplexer component , and Radio Frequency processing components , the Radio Frequency processing components comprising: a transmitter chain portion having an output operably coupled to a transmit side port of the duplexer component ; and a receiver chain portion having a signal sensitivity threshold associated and is operably coupled to a receive side port of the duplexer component ; wherein the test signal control component is arranged to cooperate with the transmitter chain portion to generate a test signal, a portion of the test signal being leakable by the duplexer component from the transmit side port to the receive side port thereof; characterised in that the test signal control component is configured to ensure that any irradiated power of the test signal complies with the transmit OFF power threshold requirement and the portion of the test signal leaked is above the signal sensitivity threshold of the receiver chain portion . a hardware subsystem comprising a test signal control component , a duplexer component , and Radio Frequency processing components , the Radio Frequency processing components comprising: a transmitter chain portion having an output operably coupled to a transmit side port of the duplexer component ; and a receiver chain portion having a signal sensitivity threshold associated and a transmitter chain portion having an output operably coupled to a transmit side port of the duplexer component ; and a receiver chain portion having a signal sensitivity threshold associated and is operably coupled to a receive side port of the duplexer component ; wherein the test signal control component is arranged to cooperate with the transmitter chain portion to generate a test signal, a portion of the test signal being leakable by the duplexer component from the transmit side port to the receive side port thereof;
A method for enhanced indication of network support of Voice-over-IMS for an User Equipment UE, UE, in an Evolved Packet System EPS network, said method comprising taking into account support of SRVCC and/or Voice-over-IMS by Radio Access Network RAN nodes, said method comprising: - an eNodeB, eNB, serving said UE signalling to a Mobility Management Entity MME (MME) serving said UE, information as to said Voice-over-IMS support by RAN nodes, referred to as Radio Access Network RAN-level-support information, - said MME sending to said UE, in an Attach, or Tracking Area Update TAU, Accept message, a Voice-over-IMS support indication, indicating Voice-over-IMS supported or Voice-over-IMS not supported, taking into account said RAN-level support information received from said eNodeB. - an eNodeB, eNB, serving said UE signalling to a Mobility Management Entity MME (MME) serving said UE, information as to said Voice-over-IMS support by RAN nodes, referred to as Radio Access Network RAN-level-support information, - said MME sending to said UE, in an Attach, or Tracking Area Update TAU, Accept message, a Voice-over-IMS support indication, indicating Voice-over-IMS supported or Voice-over-IMS not supported, taking into account said RAN-level support information received from said eNodeB.
A cell comprising a vector construct encoding one or more co-stimulatory molecules wherein the vector construct comprises a nucleotide sequence as set forth in SEQ ID NO.: 1, and wherein the vector construct further comprises a polynucleotide encoding one or more selected from co-stimulatory molecule CD28, co-stimulatory molecule CD137 (4-1BB), co-stimulatory molecule CD247 (T3 Zeta chain), co-stimulatory molecule CD278 (ICOS), or wherein co-stimulatory molecules are receptors selected from one or more of CD28, CD137L (4-1BB), and ICOS.
A reader (2; 100), comprising: a computer configured to analyze an image created by a camera module and read information from a symbol included in the image, wherein the computer comprises the camera module , and wherein the computer is a smartphone ; a unit including a light source to display a marker (62; 162; 262; 362) indicating a range photographed by the camera module , the unit being configured to be externally attachable to the computer , characterized in that the light source is configured to emit light in accordance with an instruction from the computer , the marker (62; 162; 262; 362) includes a range marker (162; 262) indicating a specific range, the specific range being in the photographing range by the camera module , and the computer is further configured to analyze only an image in the specific range and to omit analyzing an image other than the specific range. a computer configured to analyze an image created by a camera module and read information from a symbol included in the image, wherein the computer comprises the camera module , and wherein the computer is a smartphone ; a unit including a light source to display a marker (62; 162; 262; 362) indicating a range photographed by the camera module , the unit being configured to be externally attachable to the computer , characterized in that the light source is configured to emit light in accordance with an instruction from the computer , the marker (62; 162; 262; 362) includes a range marker (162; 262) indicating a specific range, the specific range being in the photographing range by the camera module , and the computer is further configured to analyze only an image in the specific range and to omit analyzing an image other than the specific range.
A method for selecting best radio signal in air traffic control, comprising the following steps: - Determining a respective latency of at least two receiving channels , wherein each receiving channel is provided between a corresponding receiver and a measurement and analysis module , - Setting a time threshold of the measurement and analysis module by using the respective latency of the at least two receiving channels , wherein the time threshold of the measurement and analysis module determines the time span used for receiving individual radio signals received by respective receivers such that all radio signals received by all receiving channels are taken into consideration when determining the best quality of the radio signals received since the time threshold is adapted based on the respective latency of the receiving channels determined previously, - Measuring a respective arrival time of at least two radio signals received via the at least two receiving channels by means of the measurement and analysis module , - Determining the delay time between the at least two radio signals based on their arrival times, - Aligning the at least two radio signals with each other by taking the delay time determined into account, thereby obtaining at least two aligned signals, - Determining the quality of the at least two aligned signals, and - Switching to the receiving channel that processes the respective radio signal with the best quality determined. - Determining a respective latency of at least two receiving channels , wherein each receiving channel is provided between a corresponding receiver and a measurement and analysis module , - Setting a time threshold of the measurement and analysis module by using the respective latency of the at least two receiving channels , wherein the time threshold of the measurement and analysis module determines the time span used for receiving individual radio signals received by respective receivers such that all radio signals received by all receiving channels are taken into consideration when determining the best quality of the radio signals received since the time threshold is adapted based on the respective latency of the receiving channels determined previously, - Measuring a respective arrival time of at least two radio signals received via the at least two receiving channels by means of the measurement and analysis module , - Determining the delay time between the at least two radio signals based on their arrival times, - Aligning the at least two radio signals with each other by taking the delay time determined into account, thereby obtaining at least two aligned signals, - Determining the quality of the at least two aligned signals, and - Switching to the receiving channel that processes the respective radio signal with the best quality determined.
A phototherapy system device comprising: a plurality of therapeutic lamps ; a first wall ; a second wall spaced from the first wall and including a reflective surface and a plurality of light apertures substantially aligned with the lamps for communicating lamp radiation to a user wherein the lamps are interposed between the first and second walls ; and a radiation absorbing layer interposed between the lamps and the first wall and wherein the radiation absorbing layer has a peripheral edge spaced from a terminal peripheral edge of the first wall for accommodating a visible radiation ring about the first wall terminal peripheral edge. a plurality of therapeutic lamps ; a first wall ; a second wall spaced from the first wall and including a reflective surface and a plurality of light apertures substantially aligned with the lamps for communicating lamp radiation to a user wherein the lamps are interposed between the first and second walls ; and a radiation absorbing layer interposed between the lamps and the first wall and wherein the radiation absorbing layer has a peripheral edge spaced from a terminal peripheral edge of the first wall for accommodating a visible radiation ring about the first wall terminal peripheral edge.
A method of generating video clips from a sequence of video data for delivery and playback on demand, wherein the sequence is made up of discrete elements (1-13) of video data, wherein each clip is identified by an event marker and a pre/post event ratio, the event marker defining one of the discrete elements in the sequence, and the pre/post event ratio, PPER, determines the relative proportions of the duration of the clip before the element defined by the event marker and the duration of the clip after the element defined by the event marker, characterised in that , in response to a request for video clip data, identified with reference to the event marker, the discrete elements of video data making up each clip are allocated to a sequence for transmission (step 70), different from the sequence in which they are to be played, starting with the element associated with the event marker and following in an order determined by the PPER, the order of these elements beginning with the element corresponding to the event marker and proceeding chronologically away from it with elements taken before the event marker and elements taken after the event marker based on the PPER, this order being specified in a manifest file.
A method for preparing a royal jelly fraction comprising: eluting a royal jelly with water to obtain a residue; eluting the obtained residue with 50% ethanol to obtain a residue, and eluting the obtained residue with 99.5% ethanol to obtain an elution fraction. eluting a royal jelly with water to obtain a residue; eluting the obtained residue with 50% ethanol to obtain a residue, and eluting the obtained residue with 99.5% ethanol to obtain an elution fraction.
An image forming apparatus to which an optional device can be attached, the image forming apparatus comprising: a main-unit storage for storing main-unit firmware for overall control of the image forming apparatus, an interface for communication with the optional device when the optional device is attached to the image forming apparatus ; and an updater for rewriting the main-unit firmware with latest-version firmware to store the rewritten main-unit firmware in the main-unit storage , the updater , on an occasion of rewriting the main-unit firmware , storing the rewriting firmware in the main-unit storage , transmitting the rewriting firmware stored in the main-unit storage via the interface to the optional device attached to the image forming apparatus , and making the optional device perform a rewriting process to rewrite the option firmware with firmware corresponding to the version of the main-unit firmware , characterized in that the optional device is a post-processing device , and the main-unit storage also stores, even when the optional device is not attached to the image forming apparatus , rewriting firmware for rewriting, with firmware corresponding to a version of the main-unit firmware , option firmware which is firmware for operating the optional device and which is stored in the optional device . a main-unit storage for storing main-unit firmware for overall control of the image forming apparatus, an interface for communication with the optional device when the optional device is attached to the image forming apparatus ; and an updater for rewriting the main-unit firmware with latest-version firmware to store the rewritten main-unit firmware in the main-unit storage , the updater , on an occasion of rewriting the main-unit firmware , storing the rewriting firmware in the main-unit storage , transmitting the rewriting firmware stored in the main-unit storage via the interface to the optional device attached to the image forming apparatus , and making the optional device perform a rewriting process to rewrite the option firmware with firmware corresponding to the version of the main-unit firmware , characterized in that storing the rewriting firmware in the main-unit storage , transmitting the rewriting firmware stored in the main-unit storage via the interface to the optional device attached to the image forming apparatus , and making the optional device perform a rewriting process to rewrite the option firmware with firmware corresponding to the version of the main-unit firmware , characterized in that the optional device is a post-processing device , and the main-unit storage also stores, even when the optional device is not attached to the image forming apparatus , rewriting firmware for rewriting, with firmware corresponding to a version of the main-unit firmware , option firmware which is firmware for operating the optional device and which is stored in the optional device .
A method of detecting the presence or absence of a target nucleic acid sequence in a sample comprising: a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, wherein the amplification reagents comprise a modified nucleoside polyphosphate having a structure of: where R = purine or pyrimidine base or an analog, and n = 2, and wherein the amplification reagents further comprise a thermostable inorganic pyrophosphatase enzyme, wherein the amplification reagents further comprise a nucleic acid polymerase. a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, wherein the amplification reagents comprise a modified nucleoside polyphosphate having a structure of: where R = purine or pyrimidine base or an analog, and n = 2, and wherein the amplification reagents further comprise a thermostable inorganic pyrophosphatase enzyme, wherein the amplification reagents further comprise a nucleic acid polymerase.
Method for producing a technical mask, wherein the mask consists at least of a plate-shaped substrate and the plate-shaped substrate is transparent at least to a laser wavelength and at least one aperture of the mask was produced by means of laser-induced deep etching, characterized in that the mask consists of at least one further component besides the plate-shaped substrate material, said at least one further component being provided with at least one device for clamping the plate-shaped substrate material, and in that the plate-shaped substrate material is provided at least partly with expansion structures and/or in particular slotted load relieving apertures are introduced in particular into the marginal region of the plate-shaped substrate .
A trapped vortex combustor for use in a gas turbine engine , the trapped vortex combustor defining a radial direction, an axial direction, and a circumferential direction, the trapped vortex combustor comprising: an outer vortex chamber wall defining a forward end ; and a dome attached to, or formed integrally with, the outer vortex chamber wall at the forward end of the outer vortex chamber wall , the dome and outer vortex chamber wall defining at least in part a combustion chamber having an outer trapped vortex chamber , the dome comprising an air chute defining an airflow direction , the radial direction extending through the air chute and the axial direction of the trapped vortex combustor defining a reference plane extending through the air chute , the airflow direction of the air chute defining an angle greater than zero with the reference plane ; wherein the air chute defines a height and a width , wherein the height is greater than the width , wherein the width is defined generally along the circumferential direction. an outer vortex chamber wall defining a forward end ; and a dome attached to, or formed integrally with, the outer vortex chamber wall at the forward end of the outer vortex chamber wall , the dome and outer vortex chamber wall defining at least in part a combustion chamber having an outer trapped vortex chamber , the dome comprising an air chute defining an airflow direction , the radial direction extending through the air chute and the axial direction of the trapped vortex combustor defining a reference plane extending through the air chute , the airflow direction of the air chute defining an angle greater than zero with the reference plane ; wherein the air chute defines a height and a width , wherein the height is greater than the width , wherein the width is defined generally along the circumferential direction.