mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications at a user equipment, UE, comprising: receiving , from a base station, a feedback monitoring opportunity configuration that identifies a set of uplink processing timelines for a plurality of autonomous uplink, AUL, transmissions, wherein the set of uplink processing timelines includes a plurality of uplink processing timelines, wherein each uplink processing timeline of the plurality of uplink processing timelines identifies a different time duration between the plurality of AUL transmissions (905a, ... 905c) and a respective downlink feedback transmission (910a, ... 910c) from the base station, and wherein the downlink feedback transmission includes feedback associated with each of the plurality of AUL transmissions; transmitting , to the base station, an indication of a first uplink processing timeline of the set of uplink processing timelines, wherein the first uplink processing timeline is selected from the set of uplink processing timelines; transmitting , to the base station, the plurality of AUL transmissions; and monitoring for the respective downlink feedback transmission from the base station associated with the plurality of AUL transmissions based at least in part on the first uplink processing timeline. receiving , from a base station, a feedback monitoring opportunity configuration that identifies a set of uplink processing timelines for a plurality of autonomous uplink, AUL, transmissions, wherein the set of uplink processing timelines includes a plurality of uplink processing timelines, wherein each uplink processing timeline of the plurality of uplink processing timelines identifies a different time duration between the plurality of AUL transmissions (905a, ... 905c) and a respective downlink feedback transmission (910a, ... 910c) from the base station, and wherein the downlink feedback transmission includes feedback associated with each of the plurality of AUL transmissions; transmitting , to the base station, an indication of a first uplink processing timeline of the set of uplink processing timelines, wherein the first uplink processing timeline is selected from the set of uplink processing timelines; transmitting , to the base station, the plurality of AUL transmissions; and monitoring for the respective downlink feedback transmission from the base station associated with the plurality of AUL transmissions based at least in part on the first uplink processing timeline.
An apparatus for decoding video signal data for an image block, the apparatus comprising: a decoder for decoding color components of the video signal data, wherein said decoder is configured to decode all of the color components of the video signal data using predictors that are independently determined for each of the color components and wherein sampling of the video signal data corresponds to a 4:4:4 format, wherein said decoder is configured to decode all of the color components of the video signal data using independently determined spatial predictors for the intra frame and using the same interpolation filters for the B and P frames for calculating reference pixels at fractional pixel locations, the decoder being configured to decode the color components of the video signal data without applying a residual color transform thereto, and the apparatus further comprising a post-decoder, inverse color transform module , in signal communication with said decoder, for selectively performing an inverse color transform on color components of the video signal data after decoding of the color components by said decoder. a decoder for decoding color components of the video signal data, wherein said decoder is configured to decode all of the color components of the video signal data using predictors that are independently determined for each of the color components and wherein sampling of the video signal data corresponds to a 4:4:4 format, wherein said decoder is configured to decode all of the color components of the video signal data using independently determined spatial predictors for the intra frame and using the same interpolation filters for the B and P frames for calculating reference pixels at fractional pixel locations, the decoder being configured to decode the color components of the video signal data without applying a residual color transform thereto, and the apparatus further comprising a post-decoder, inverse color transform module , in signal communication with said decoder, for selectively performing an inverse color transform on color components of the video signal data after decoding of the color components by said decoder.
Method of access to a radio communication medium shared between a plurality of communication terminals, the said medium being defined by a dedicated frequency time space within a TDMA frame, characterized in that it comprises the following steps by a terminal wishing to send data destined for the other terminals: - a step (2.1) of listening to the medium during a first time interval, - if the medium is free, a step (2.3) of sending a token on the medium during a second time interval, - a step (2.5) of receiving a response sent by the receivers that received this token during the time interval following the second time interval, - a step (2.1) of waiting and of listening to the medium if the response is a collision message indicating that the receiver sending the response has received several tokens; - a step (2.7) of sending data if the response received is an acknowledgement. - a step (2.1) of listening to the medium during a first time interval, - if the medium is free, a step (2.3) of sending a token on the medium during a second time interval, - a step (2.5) of receiving a response sent by the receivers that received this token during the time interval following the second time interval, - a step (2.1) of waiting and of listening to the medium if the response is a collision message indicating that the receiver sending the response has received several tokens; - a step (2.7) of sending data if the response received is an acknowledgement.
A composition comprising a monoclonal MASP-2 inhibitory antibody or fragment thereof which inhibits MASP-2-dependent lectin complement activation for use in the treatment of a subject suffering from, or at risk for developing non-Factor H-dependent atypical hemolytic uremic syndrome (aHUS), wherein prior to administration of the composition the subject is determined to exhibit one or more symptoms selected from the group consisting of (i) anemia, (ii) thrombocytopenia (iii) renal insufficiency and (iv) rising creatinine, and wherein said MASP-2 antibody or fragment thereof specifically binds to a portion of SEQ ID NO:6 and selectively inhibits MASP-2 dependent lectin complement pathway activation while leaving Clq-dependent classical complement pathway activation intact.
A photographing method, comprising: enabling a video recording mode when a video recording apparatus is powered on, obtaining a video segment and slowly playing a recorded video segment at a set speed on a display unit of the video recording apparatus (S101); characterized in that , a current handheld state of the video recording apparatus is detected when the video recording apparatus is powered on, and the video recording mode is enabled when the handheld state satisfies a set photographing demand (S201, S202); wherein the set photographing demand refers to a position state of the camera when the user performs normal photographing; and capturing a video image at a moment of triggering to obtain a photograph when a user triggers photographing (S102); wherein the video recording apparatus is a portable electronic apparatus with a photographing function; wherein the position state during normal photographing is a plane position of the camera of the video recording apparatus within an included angle range of -10 degrees to 10 degrees perpendicular to a ground. enabling a video recording mode when a video recording apparatus is powered on, obtaining a video segment and slowly playing a recorded video segment at a set speed on a display unit of the video recording apparatus (S101); characterized in that , a current handheld state of the video recording apparatus is detected when the video recording apparatus is powered on, and the video recording mode is enabled when the handheld state satisfies a set photographing demand (S201, S202); wherein the set photographing demand refers to a position state of the camera when the user performs normal photographing; and capturing a video image at a moment of triggering to obtain a photograph when a user triggers photographing (S102); wherein the video recording apparatus is a portable electronic apparatus with a photographing function; wherein the position state during normal photographing is a plane position of the camera of the video recording apparatus within an included angle range of -10 degrees to 10 degrees perpendicular to a ground.
A gas turbine performance testing system comprising: a remote server ; a remote transducer system configured to acquire one or more functional parameters of a gas turbine ; a remote signal converter communicatively coupled to the remote transducer system , the remote signal converter configured to convert the acquired one or more functional parameters into gas turbine operational data and configured to provide the gas turbine operational data to the remote server ; and an automated gas chromatograph communicatively coupled to the remote server , the automated gas chromatograph configured to automatically analyze a test sample of a natural gas that is used to operate the gas turbine and to provide analysis information obtained from the test sample to the remote server ; characterized in that the remote server is communicatively coupled to a local client computer via a communication network and configured to forward the gas turbine operational data and the analysis information obtained from the test sample of the natural gas to the local client computer via the communication network , the local client computer configured to combine the analysis information from the test sample with the gas turbine operational data to obtain a gas turbine performance test result. a remote server ; a remote transducer system configured to acquire one or more functional parameters of a gas turbine ; a remote signal converter communicatively coupled to the remote transducer system , the remote signal converter configured to convert the acquired one or more functional parameters into gas turbine operational data and configured to provide the gas turbine operational data to the remote server ; and an automated gas chromatograph communicatively coupled to the remote server , the automated gas chromatograph configured to automatically analyze a test sample of a natural gas that is used to operate the gas turbine and to provide analysis information obtained from the test sample to the remote server ; characterized in that the remote server is communicatively coupled to a local client computer via a communication network and configured to forward the gas turbine operational data and the analysis information obtained from the test sample of the natural gas to the local client computer via the communication network , the local client computer configured to combine the analysis information from the test sample with the gas turbine operational data to obtain a gas turbine performance test result.
A fluid complex coacervate for use in reducing or inhibiting blood flow in a blood vessel of a subject, wherein the fluid complex coacervate comprises at least one polycation, at least one polyanion, and a monovalent salt which is sodium chloride, wherein the concentration of the monovalent salt in the complex coacervate is greater than the concentration of the monovalent salt in the subject; and wherein reducing or inhibiting blood flow in the blood vessel of the subject comprises introducing the fluid complex coacervate into the blood vessel; and wherein upon introduction of the fluid complex coacervate into the blood vessel an adhesive solid or gel is produced in situ that creates an artificial embolus within the blood vessel. and wherein reducing or inhibiting blood flow in the blood vessel of the subject comprises introducing the fluid complex coacervate into the blood vessel; and wherein upon introduction of the fluid complex coacervate into the blood vessel an adhesive solid or gel is produced in situ that creates an artificial embolus within the blood vessel.
An impact tool, comprising: a motor comprising a drive shaft rotating about a first axis ; an output shaft for outputting torque externally to operate a fastener; an impact mechanism for applying an impact force to the output shaft; a switching portion configured to set a direction of rotation of the motor to a forward rotation direction in which the fastener is tightened or a reverse rotation direction in which the fastener is loosened; and a controller for controlling the motor; characterised in that the controller is configured to: when the direction of rotation of the motor is set to the reverse rotation direction, the drive shaft rotates at a first speed, and after the impact mechanism applies the impact force to the output shaft for a preset time, control the drive shaft to rotate at a second speed when it is determine that the fastener is in a tightened state according to a load parameter of the output shaft, wherein the second speed is greater than the first speed. a motor comprising a drive shaft rotating about a first axis ; an output shaft for outputting torque externally to operate a fastener; an impact mechanism for applying an impact force to the output shaft; a switching portion configured to set a direction of rotation of the motor to a forward rotation direction in which the fastener is tightened or a reverse rotation direction in which the fastener is loosened; and a controller for controlling the motor; characterised in that the controller is configured to: when the direction of rotation of the motor is set to the reverse rotation direction, the drive shaft rotates at a first speed, and after the impact mechanism applies the impact force to the output shaft for a preset time, control the drive shaft to rotate at a second speed when it is determine that the fastener is in a tightened state according to a load parameter of the output shaft, wherein the second speed is greater than the first speed.
A method for access control performed by a User Equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, a system information block, SIB, including an application category to be barred and a value related to a timer corresponding to the application category to be barred; identifying that a service request based on an application is triggered; identifying a category of the application; checking whether the category of the application belongs to the application category to be barred; determining whether the UE holds the service request based on the checking result; and holding the service request until the timer is expired. receiving, from a base station, a system information block, SIB, including an application category to be barred and a value related to a timer corresponding to the application category to be barred; identifying that a service request based on an application is triggered; identifying a category of the application; checking whether the category of the application belongs to the application category to be barred; determining whether the UE holds the service request based on the checking result; and holding the service request until the timer is expired.
A system for manufacturing at least one structural thermoplastic piece , for being integrated into a primary structure of a plane, said structural thermoplastic piece being formed from a blank (P) comprising reinforcing fibres embedded in a thermoplastic matrix, the structural thermoplastic piece to be manufactured comprising an external face and an internal face , opposite to the external face , the manufacturing system comprising: - a first mould , comprising an internal cavity for forming the external face of the thermoplastic piece to be manufactured , - a first counter-mould comprising an external cavity for forming the internal face of the thermoplastic piece to be manufactured , the blank (P) being to be mounted between the first mould and the first counter-mould , - a second mould configured to be mounted facing the first mould , - a device for closing the moulds so as to prohibit spacing thereof, - a device for heating the blank (P) to a heating temperature greater than the melting temperature of the thermoplastic matrix so as to make it malleable, - at least one inflatable pressure member made of a material having a thermal resistance greater than the heating temperature, the inflatable pressure member being mounted between the first counter-mould and the second mould , - the inflatable pressure member being configured to move between a deflated rest state and an inflated stress state in which the inflatable pressure member is configured to press the blank (P) between the cavity of the first mould and the cavity of the first counter-mould so as to strengthen the blank (P) and form the structural thermoplastic piece . - a first mould , comprising an internal cavity for forming the external face of the thermoplastic piece to be manufactured , - a first counter-mould comprising an external cavity for forming the internal face of the thermoplastic piece to be manufactured , the blank (P) being to be mounted between the first mould and the first counter-mould , - a second mould configured to be mounted facing the first mould , - a device for closing the moulds so as to prohibit spacing thereof, - a device for heating the blank (P) to a heating temperature greater than the melting temperature of the thermoplastic matrix so as to make it malleable, - at least one inflatable pressure member made of a material having a thermal resistance greater than the heating temperature, the inflatable pressure member being mounted between the first counter-mould and the second mould , - the inflatable pressure member being configured to move between a deflated rest state and an inflated stress state in which the inflatable pressure member is configured to press the blank (P) between the cavity of the first mould and the cavity of the first counter-mould so as to strengthen the blank (P) and form the structural thermoplastic piece .
A computer peripheral, comprising: a flexible stylus , comprising: a capacitive stylus nib , a rigid portion extending from the capacitive stylus nib , a flexible portion extending from the rigid portion distal to the capacitive stylus nib , an earpiece dock at the flexible portion distal to the rigid portion , and a stylus battery ; an earpiece , removably dockable at the earpiece dock , the earpiece comprising: a microphone , a speaker , an earpiece battery , and a wireless radio configured to communicatively couple with a host device ; one or more magnetically attractive elements configured to magnetically hold the computer peripheral to the host device ; and an inductive charger configured to wirelessly receive power via an inductive coupling with the host device and to use the power to charge the earpiece battery and the stylus battery . a flexible stylus , comprising: a capacitive stylus nib , a rigid portion extending from the capacitive stylus nib , a flexible portion extending from the rigid portion distal to the capacitive stylus nib , an earpiece dock at the flexible portion distal to the rigid portion , and a stylus battery ; a capacitive stylus nib , a rigid portion extending from the capacitive stylus nib , a flexible portion extending from the rigid portion distal to the capacitive stylus nib , an earpiece dock at the flexible portion distal to the rigid portion , and a stylus battery ; an earpiece , removably dockable at the earpiece dock , the earpiece comprising: a microphone , a speaker , an earpiece battery , and a wireless radio configured to communicatively couple with a host device ; a microphone , a speaker , an earpiece battery , and a wireless radio configured to communicatively couple with a host device ; one or more magnetically attractive elements configured to magnetically hold the computer peripheral to the host device ; and an inductive charger configured to wirelessly receive power via an inductive coupling with the host device and to use the power to charge the earpiece battery and the stylus battery .
An adapter device for fastening an information carrier to a support rail provided with two retaining means , wherein the adapter device includes a first leg and a second leg , each of which is supportable on one of the two retaining means , wherein the first leg and the second leg are connected to one another via a joint , wherein in a mounting state of the adapter device , in which the information carrier is not connected to the adapter device , the first and the second leg are freely pivotable about the joint , and wherein in a blockage state of the adapter device , in which the information carrier is connectable to the adapter device , the joint may be blocked, characterized in that the first leg includes a first connection means for connecting the information carrier to the first leg , and the second leg includes a second connection means for connecting the information carrier to the second leg in such a way that in the blockage state the information carrier is connectable to the first and the second leg via the first and the second connection means and the joint may be blocked by the information carrier itself.
An electronic smoking device comprising a liquid supply , an air inlet , an inhalation port , and an atomizer , wherein the liquid supply comprises a housing having a container , having an outlet for directing a liquid held within the container out to the atomizer and at least one inlet sealed by a sealing agent to impede movement of the liquid; and an air channel between the air inlet and the inhalation port for carrying an aerosol generated at the atomizer to the inhalation port , wherein the air channel is a center passage, characterized in that the sealing agent is movable with the liquid in the container under capillary action during generation of aerosol, and in that the container comprises a spiral container winding around the center passage. a liquid supply , an air inlet , an inhalation port , and an atomizer , wherein the liquid supply comprises a housing having a container , having an outlet for directing a liquid held within the container out to the atomizer and at least one inlet sealed by a sealing agent to impede movement of the liquid; and an air channel between the air inlet and the inhalation port for carrying an aerosol generated at the atomizer to the inhalation port , wherein the air channel is a center passage, characterized in that the sealing agent is movable with the liquid in the container under capillary action during generation of aerosol, and in that the container comprises a spiral container winding around the center passage.