mhurhangee/patent-ind-claim-en huggingface dataset:
A signal transmission method, comprising: sending, by a terminal device, link reconfiguration request information to a network device at a moment n (S602, S701); and detecting, by the terminal device based on first information, a physical downlink control channel, PDCCH, during a first time period after the moment n, wherein the first information comprises quasi co-location, QCL, information of a first reference signal and a second reference signal, the first reference signal is used to demodulate the PDCCH, the second reference signal is a downlink reference signal, and the channel quality of the second reference signal is higher than a first threshold and the second reference signal is received by the terminal device after a link failure occurs and before the link reconfiguration request information is sent. sending, by a terminal device, link reconfiguration request information to a network device at a moment n (S602, S701); and detecting, by the terminal device based on first information, a physical downlink control channel, PDCCH, during a first time period after the moment n, wherein the first information comprises quasi co-location, QCL, information of a first reference signal and a second reference signal, the first reference signal is used to demodulate the PDCCH, the second reference signal is a downlink reference signal, and the channel quality of the second reference signal is higher than a first threshold and the second reference signal is received by the terminal device after a link failure occurs and before the link reconfiguration request information is sent.
An automatic coupling system for connecting at least one hydraulic and/or electric and/or pneumatic line of a vehicle to at least one hydraulic and/or electric and/or pneumatic line of a piece of equipment comprising: at least one equipment-side receiving element for at least partially receiving and mounting an equipment-side line support in or on the piece of equipment , wherein the equipment-side line support supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line connected to the piece of equipment , and at least one vehicle-side line support which supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line connected to the vehicle, wherein a conveying device is provided which is designed to move the equipment-side line support out of the mounting position thereof and to bring it into a vehicle-side connection position and hold it there for the detachable connection of the two line supports in order to enable a fluid and/or electrical connection of both at least one lines , wherein the equipment-side line support is mounted in the connection position thereof free from the equipment-side receiving element and characterized in that the conveying device comprises a movable carriage which is displaceably mounted in an outer frame surrounding the same. at least one equipment-side receiving element for at least partially receiving and mounting an equipment-side line support in or on the piece of equipment , wherein the equipment-side line support supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line connected to the piece of equipment , and at least one vehicle-side line support which supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line connected to the vehicle, wherein a conveying device is provided which is designed to move the equipment-side line support out of the mounting position thereof and to bring it into a vehicle-side connection position and hold it there for the detachable connection of the two line supports in order to enable a fluid and/or electrical connection of both at least one lines , wherein the equipment-side line support is mounted in the connection position thereof free from the equipment-side receiving element and characterized in that the conveying device comprises a movable carriage which is displaceably mounted in an outer frame surrounding the same.
A wireless communication method by a user equipment, UE, comprising: being configured with one or more additional paging monitoring occasions from a base station; and if the UE receives a downlink control information, DCI, of a radio network temporary identifier, RNTI, addressed downlink channel in a downlink channel paging monitoring occasion from the base station, being indicated, by a short message comprised in the DCI of the RNTI addressed downlink channel, whether the UE needs to stop monitoring the one or more additional paging monitoring occasions, wherein one bit of the short message is used to indicate whether the UE needs to stop monitoring the one or more additional paging monitoring occasions. being configured with one or more additional paging monitoring occasions from a base station; and if the UE receives a downlink control information, DCI, of a radio network temporary identifier, RNTI, addressed downlink channel in a downlink channel paging monitoring occasion from the base station, being indicated, by a short message comprised in the DCI of the RNTI addressed downlink channel, whether the UE needs to stop monitoring the one or more additional paging monitoring occasions, wherein one bit of the short message is used to indicate whether the UE needs to stop monitoring the one or more additional paging monitoring occasions.
A method for wireless communication performed by a user equipment, UE, the method comprising: receiving , from a base station in a first transmission time interval, a code block group comprising a plurality of code blocks associated with a plurality of codewords, each codeword of the plurality of codewords associated with one of a plurality of decoding levels of a decoding procedure for the code block group; determining that the decoding procedure of code blocks associated with a first codeword is successful and a decoding procedure of code blocks associated with a second codeword is unsuccessful, wherein the first codeword is associated with a first and lower decoding level of the plurality of decoding levels and the second codeword is associated with a second and higher decoding level; transmitting , to the base station, a feedback message comprising a first indicator that the decoding procedure was unsuccessful for the code block group and a second indicator of a lowest decoding level of the code blocks for which the decoding procedure was unsuccessful, the lowest decoding level being one of the plurality of decoding levels; and receiving , from the base station in a second transmission time interval and based at least in part on the transmitted feedback message, a retransmission of code blocks included in the failed code block group and corresponding to a codeword of the lowest failing decoding level. receiving , from a base station in a first transmission time interval, a code block group comprising a plurality of code blocks associated with a plurality of codewords, each codeword of the plurality of codewords associated with one of a plurality of decoding levels of a decoding procedure for the code block group; determining that the decoding procedure of code blocks associated with a first codeword is successful and a decoding procedure of code blocks associated with a second codeword is unsuccessful, wherein the first codeword is associated with a first and lower decoding level of the plurality of decoding levels and the second codeword is associated with a second and higher decoding level; transmitting , to the base station, a feedback message comprising a first indicator that the decoding procedure was unsuccessful for the code block group and a second indicator of a lowest decoding level of the code blocks for which the decoding procedure was unsuccessful, the lowest decoding level being one of the plurality of decoding levels; and receiving , from the base station in a second transmission time interval and based at least in part on the transmitted feedback message, a retransmission of code blocks included in the failed code block group and corresponding to a codeword of the lowest failing decoding level.
A method for monitoring exposure to a blast event, the method comprising: obtaining , by a blast dosimetry computing device , sensor readings comprising pressure readings from at least one pressure sensor and acceleration readings from at least one inertial measurement unit ; identifying , by the blast dosimetry computing device , a blast event based on at least one of one or more of the obtained sensor readings or one or more determinations based on the obtained sensor readings meeting one or more selection criteria; and storing , by the blast dosimetry computing device , the at least one of the one or more determinations or the sensor readings which meet the one or more of the selection criteria when the blast event is identified; characterised in that the blast event is identified when at least one of the pressure readings or one or more determinations based on the obtained pressure readings meet one or more stored pressure selection criteria and at least one of the acceleration readings or one or more determinations based on the obtained acceleration readings meet one or more stored acceleration selection criteria. obtaining , by a blast dosimetry computing device , sensor readings comprising pressure readings from at least one pressure sensor and acceleration readings from at least one inertial measurement unit ; identifying , by the blast dosimetry computing device , a blast event based on at least one of one or more of the obtained sensor readings or one or more determinations based on the obtained sensor readings meeting one or more selection criteria; and storing , by the blast dosimetry computing device , the at least one of the one or more determinations or the sensor readings which meet the one or more of the selection criteria when the blast event is identified; characterised in that the blast event is identified when at least one of the pressure readings or one or more determinations based on the obtained pressure readings meet one or more stored pressure selection criteria and at least one of the acceleration readings or one or more determinations based on the obtained acceleration readings meet one or more stored acceleration selection criteria.
A spray gun reservoir comprising: a container defining a containment volume; a lid defining an outlet ; and a filter disposed between the containment volume and the lid such that liquid flowing from the containment volume to the outlet interfaces with the filter ; characterized in that the filter includes a knitted fabric filter media (72; 200; 310; 320). a container defining a containment volume; a lid defining an outlet ; and a filter disposed between the containment volume and the lid such that liquid flowing from the containment volume to the outlet interfaces with the filter ; characterized in that the filter includes a knitted fabric filter media (72; 200; 310; 320).
A method of wireless communication of a user equipment , UE, comprising: determining, by a processor of the UE , to transmit a preamble sequence to a base station at a random access occasion in a random access procedure when the UE is in a radio resource control, RRC, connected state; and determining, by the processor , that the random access occasion is in a same predetermined time period as an uplink channel that is scheduled to be transmitted to the base station or as a sounding reference signal that is scheduled to be transmitted to the base station ; characterized by determining, by the processor , that a first timing advance value is to be applied to transmission of the preamble sequence and that a second timing advance value is to be applied to transmission of the uplink channel or sounding reference signal, wherein the first timing advance value and the second timing advance value being different; and refraining, by the processor , from transmitting the preamble sequence or the uplink channel when the processor determines that the random access occasion is in the same predetermined time period as the uplink channel, or refraining, by the processor , from transmitting the preamble sequence or the sounding reference signal when the processor determines that the random access occasion is in the same predetermined time period as the sounding reference signal. determining, by a processor of the UE , to transmit a preamble sequence to a base station at a random access occasion in a random access procedure when the UE is in a radio resource control, RRC, connected state; and determining, by the processor , that the random access occasion is in a same predetermined time period as an uplink channel that is scheduled to be transmitted to the base station or as a sounding reference signal that is scheduled to be transmitted to the base station ; characterized by determining, by the processor , that a first timing advance value is to be applied to transmission of the preamble sequence and that a second timing advance value is to be applied to transmission of the uplink channel or sounding reference signal, wherein the first timing advance value and the second timing advance value being different; and refraining, by the processor , from transmitting the preamble sequence or the uplink channel when the processor determines that the random access occasion is in the same predetermined time period as the uplink channel, or refraining, by the processor , from transmitting the preamble sequence or the sounding reference signal when the processor determines that the random access occasion is in the same predetermined time period as the sounding reference signal.
A wireless transmission device , intended to transmit measurements taken by a thermal probe housed on or in the body of a mould used to form a glass container, comprising - a base plate having an external side opposite to an internal side , the external side of the base plate being intended to face an external side of a mould used to form a glass container; and - a thermoelectric generator comprising a hot side opposite to a cold side , the hot side being positioned facing the inner side of the base plate ; and - a passive radiator positioned facing the cold side of the thermoelectric generator ; and - a heat-conducting via connecting the cold side of the thermoelectric generator to the passive radiator and - a thermal insulator interposed between the base plate and the passive radiator , the thermal insulator extending beyond the contours of the passive radiator in such a way as to protect or substantially protect the passive radiator from an infrared radiation coming from a source of heat located in front of the external side of the base plate ; and - a wireless transmission module positioned opposite the hot side of the thermoelectric generator , the wireless transmission module being powered by the thermoelectric generator , the wireless transmission module being adapted to be connected to a thermal probe and to transmit the measurements taken by the thermal probe to a control module via radio waves; characterized in that the passive radiator comprises a hollow body and in that the wireless transmission module is housed inside the hollow body of the passive radiator . - a base plate having an external side opposite to an internal side , the external side of the base plate being intended to face an external side of a mould used to form a glass container; and - a thermoelectric generator comprising a hot side opposite to a cold side , the hot side being positioned facing the inner side of the base plate ; and - a passive radiator positioned facing the cold side of the thermoelectric generator ; and - a heat-conducting via connecting the cold side of the thermoelectric generator to the passive radiator and - a thermal insulator interposed between the base plate and the passive radiator , the thermal insulator extending beyond the contours of the passive radiator in such a way as to protect or substantially protect the passive radiator from an infrared radiation coming from a source of heat located in front of the external side of the base plate ; and - a wireless transmission module positioned opposite the hot side of the thermoelectric generator , the wireless transmission module being powered by the thermoelectric generator , the wireless transmission module being adapted to be connected to a thermal probe and to transmit the measurements taken by the thermal probe to a control module via radio waves;
A flexible printed circuit board, comprising a circuit board body ; wherein the flexible printed circuit board further comprises: a plurality of protruding interfaces arranged on the circuit board body , wherein the protruding interfaces comprise an electronic tag read/write interface for reading electronic tag information on a head of an optical fiber; components , arranged to monitor reading/writing information of the electronic tag read/write interface , wherein the components are fixed on the upper surface of the circuit board body ; and an uplink interface , located on the circuit board body and arranged to perform information interaction with the components ; wherein, the components are connected to the electronic tag read/write interface and the uplink interface , characterised in that the printed circuit board further comprises an adhesive layer , covering an upper surface of the circuit board body and provided with an open window region in the middle of the adhesive layer , and in that the plurality of protruding interfaces further comprise an indication light , wherein the components are located in the open window region of the adhesive layer , are connected to the indication light and are arranged to control on/off switching of the indication light .
Electromagnetic braking device configured to block a rotary shaft , comprising a friction disc which is mounted so as to be movable in translation and rotation and configured to be secured to the rotary shaft , an outer part and an intermediate part which is mounted so as to be movable in translation between the friction disc and the outer part , at least one of the outer part or the intermediate part being magnetic, at least one electromagnetic actuating member and at least one mechanical actuating member which are housed in the other of the outer part or the intermediate part , the intermediate part being configured to move in a first direction , referred to as braking towards the friction disc , when it is under the action of the at least one mechanical actuating member , and in a second direction opposite the first direction towards the outer part when the intermediate part is under the action of the at least one electromagnetic actuating member ; the electromagnetic braking device being characterised in that it further comprises a plurality of magnetic sheets which are independent of each other and movable in translation between the intermediate part and the outer part when they are under the action of the at least one mechanical actuating member and/or under the action of the at least one electromagnetic actuating member .
A fibrous texture having the shape of a strip extending in a longitudinal direction (X) over a determined length (L 100 ) between a proximal portion and a distal portion and in a lateral direction (Y) over a determined width (l 100 ) between a first lateral edge and a second lateral edge , the fibrous texture having a three-dimensional or multi-layer weaving between a plurality of layers of warp strands extending in the longitudinal direction and a plurality of layers of weft strands extending in the lateral direction, the fibrous texture comprising first and second longitudinal sections each extending over the determined length of the fibrous texture along the longitudinal direction (X) and over a width from the first or second lateral edge smaller than the determined width of the fibrous texture along the lateral direction (Y), the first and second longitudinal sections each comprising warp strands and weft strands constituted by carbon fibers, the fibrous texture further comprising an intermediate section present between the first and second sections , characterized in that at least a portion of the warp strands present in the intermediate section are hybrid warp strands constituted by both carbon fiber filaments and glass fibers filaments .
A method of regenerating an acrylic resin (B2), comprising (A) providing a collection of particles of acrylic resin (B2) that has calculated Hansch parameter of -0.2 to 0.5, wherein one or more humic acid, one or more fulvic acid, or a mixture thereof, is adsorbed onto said acrylic resin (B2), and (B) bringing said collection of particles of acrylic resin (B2) into contact with an aqueous solution (RA) having pH of 4 or lower, to form a mixture B2RA, (C) then separating acrylic resin (B3) from said mixture B2RA, and wherein the salt ratio, which is the mole ratio of all dissolved metal ions to all dissolved non-hydroxide anions, in aqueous solution (RA), is less than 0.1:1. (A) providing a collection of particles of acrylic resin (B2) that has calculated Hansch parameter of -0.2 to 0.5, wherein one or more humic acid, one or more fulvic acid, or a mixture thereof, is adsorbed onto said acrylic resin (B2), and (B) bringing said collection of particles of acrylic resin (B2) into contact with an aqueous solution (RA) having pH of 4 or lower, to form a mixture B2RA, (C) then separating acrylic resin (B3) from said mixture B2RA, and wherein the salt ratio, which is the mole ratio of all dissolved metal ions to all dissolved non-hydroxide anions, in aqueous solution (RA), is less than 0.1:1.