mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a transmission mode of a sidelink, comprising: sending, by a first terminal device, a first message to a network device, wherein the first message comprises group identifier information of a terminal device group where the first terminal device is located, or identification information of a second terminal device, wherein the second terminal device is a terminal device which performs unicast communication with the first terminal device, receiving, by a first terminal device, first configuration information sent by a network device, wherein the first configuration information is used for indicating a first transmission mode; determining, by the first terminal device, the first transmission mode in a plurality of transmission modes based on the first configuration information; and adopting, by the first terminal device, the first transmission mode to perform a sidelink communication with another terminal device, wherein the first configuration information comprises: type information of unicast communication, multicast communication or broadcast communication, Quality of Service (QoS) attribute information, and the group identification information of the terminal device group where the first terminal is located; wherein the transmission mode comprises: mode 1 or mode 2, wherein the mode 1 is that the network device allocates transmission resources for the first terminal device, the mode 2 is that the terminal device selects the transmission resources randomly or by sensing. sending, by a first terminal device, a first message to a network device, wherein the first message comprises group identifier information of a terminal device group where the first terminal device is located, or identification information of a second terminal device, wherein the second terminal device is a terminal device which performs unicast communication with the first terminal device, receiving, by a first terminal device, first configuration information sent by a network device, wherein the first configuration information is used for indicating a first transmission mode; determining, by the first terminal device, the first transmission mode in a plurality of transmission modes based on the first configuration information; and adopting, by the first terminal device, the first transmission mode to perform a sidelink communication with another terminal device, wherein the first configuration information comprises: type information of unicast communication, multicast communication or broadcast communication, Quality of Service (QoS) attribute information, and the group identification information of the terminal device group where the first terminal is located; wherein the transmission mode comprises: mode 1 or mode 2, wherein the mode 1 is that the network device allocates transmission resources for the first terminal device, the mode 2 is that the terminal device selects the transmission resources randomly or by sensing.
A color tunable and/or color temperature tunable light emitting diode, LED, filament (22, 24), said LED filament comprising: an elongated carrier, said elongated carrier comprising a first major surface and a second major surface arranged opposite to said first major surface, a plurality of LEDs arranged in at least one linear array on said first surface of said elongated carrier, wherein the plurality of LEDs includes LEDs of different colors and/or different color temperatures, a first elongated transparent or substantially transparent layer covering the plurality of LEDs on the first major surface and also at least partly covering said first major surface, and a first elongated light scattering layer, arranged to at least partially cover said first transparent or substantially transparent layer, wherein said second maj or surface of the elongated carrier is at least partially covered by a second elongated light scattering layer, and characterized in that said first elongated light scattering layer has a higher reflectance than said second elongated light scattering layer. an elongated carrier, said elongated carrier comprising a first major surface and a second major surface arranged opposite to said first major surface, a plurality of LEDs arranged in at least one linear array on said first surface of said elongated carrier, wherein the plurality of LEDs includes LEDs of different colors and/or different color temperatures, a first elongated transparent or substantially transparent layer covering the plurality of LEDs on the first major surface and also at least partly covering said first major surface, and a first elongated light scattering layer, arranged to at least partially cover said first transparent or substantially transparent layer, wherein said second maj or surface of the elongated carrier is at least partially covered by a second elongated light scattering layer, and characterized in that said first elongated light scattering layer has a higher reflectance than said second elongated light scattering layer.
A method for detecting an abnormally behaving unmanned aerial vehicle, UAV, comprising: receiving, by a session management function network element, an abnormal data detection request sent by a first network element; providing, by the session management functionnetwork element, a first rule for a user plane function network element based on the abnormal data detection request, wherein the first rule indicates the user plane function network element to detect, from a target transmission data packet, a data packet for transmitting non-command and control C2 data, and the target transmission data packet is a data packet between the abnormally behaving UAV and an unmanned aerial vehicle controller, UAVC; receiving, by the session management function network element, a first session report sent by the user plane function network element; and sending, by the session management function network element, an abnormal traffic report to the first network element based on the first session report, wherein the abnormal traffic report comprises one or more of identification information of the abnormally behaving UAV, identification information of the UAVC, and identification information of an unmanned aerial system, UAS, comprising the abnormally behaving UAV and the UAVC. receiving, by a session management function network element, an abnormal data detection request sent by a first network element; providing, by the session management functionnetwork element, a first rule for a user plane function network element based on the abnormal data detection request, wherein the first rule indicates the user plane function network element to detect, from a target transmission data packet, a data packet for transmitting non-command and control C2 data, and the target transmission data packet is a data packet between the abnormally behaving UAV and an unmanned aerial vehicle controller, UAVC; receiving, by the session management function network element, a first session report sent by the user plane function network element; and sending, by the session management function network element, an abnormal traffic report to the first network element based on the first session report, wherein the abnormal traffic report comprises one or more of identification information of the abnormally behaving UAV, identification information of the UAVC, and identification information of an unmanned aerial system, UAS, comprising the abnormally behaving UAV and the UAVC.
A solar trough collector comprising - a trough reflector which focuses the solar radiation incident thereon towards a focal line and - a receiver tube which comprises: - an absorber tube which in the mounted condition of the receiver tube extends on the focal line of the trough collector and which is in the form of part of a flow path for a heat carrier medium, and - a gas-tightly closed casing tube, in the internal space of which the absorber tube extends, wherein the flow path for the heat carrier medium is passed outwardly through the wall of the casing tube in the end regions thereof, characterized in that the casing tube includes at least two case portions (4, 5) which, in the mounted condition of the receiver tube, extend in the direction of the focal line and are gas-tightly connected together along generatrices, in that the first case portion which, in the mounted condition is towards the trough collector, comprises a material which is transmissive for the solar radiation, in that the second case portion comprises a fracture-resistant material, and in that the flow path for the heat carrier medium is passed outwardly through a part of the wall of the casing tube, that is not formed by the first case portion. - a trough reflector which focuses the solar radiation incident thereon towards a focal line and - a receiver tube which comprises: - an absorber tube which in the mounted condition of the receiver tube extends on the focal line of the trough collector and which is in the form of part of a flow path for a heat carrier medium, and - a gas-tightly closed casing tube, in the internal space of which the absorber tube extends, wherein the flow path for the heat carrier medium is passed outwardly through the wall of the casing tube in the end regions thereof, - an absorber tube which in the mounted condition of the receiver tube extends on the focal line of the trough collector and which is in the form of part of a flow path for a heat carrier medium, and - a gas-tightly closed casing tube, in the internal space of which the absorber tube extends, wherein the flow path for the heat carrier medium is passed outwardly through the wall of the casing tube in the end regions thereof,
A subglottic suctioning system comprising a tracheal tube having: a flexible cannula having a length, a distal end, and a proximal end, the cannula comprising a plurality of separate lumens including a respiratory lumen, a suction lumen and an inflation lumen; an inflatable cuff surrounding the cannula above the distal end and adapted to seal the trachea of a patient and further having the inflation lumen in fluid communication with the inflatable cuff; and a port extending through a side wall of the cannula proximal to the inflatable cuff, the port in fluid communication with the suction lumen; and a valve on the proximal end of the suction lumen, the valve being in fluid communication with the suction lumen and with a source of suction and having a source of rinsing fluid, wherein said fluid may be applied to the suction lumen at the discretion of a caregiver by manipulation of the valve, and wherein suction is re-applied upon release of said valve; characterized in that said suction lumen has a bent oval shape. a flexible cannula having a length, a distal end, and a proximal end, the cannula comprising a plurality of separate lumens including a respiratory lumen, a suction lumen and an inflation lumen; an inflatable cuff surrounding the cannula above the distal end and adapted to seal the trachea of a patient and further having the inflation lumen in fluid communication with the inflatable cuff; and a port extending through a side wall of the cannula proximal to the inflatable cuff, the port in fluid communication with the suction lumen; and a valve on the proximal end of the suction lumen, the valve being in fluid communication with the suction lumen and with a source of suction and having a source of rinsing fluid, wherein said fluid may be applied to the suction lumen at the discretion of a caregiver by manipulation of the valve, and wherein suction is re-applied upon release of said valve; characterized in that said suction lumen has a bent oval shape.
Drying apparatus for motor vehicles for use in a vehicle wash installation, which drying apparatus (10; 92; 110; 133; 137; 145; 155; 161; 166; 172; 178) is movable in a treatment direction relative to the surface of a motor vehicle to be dried, wherein the drying apparatus (10; 92; 110; 133; 137; 145; 155; 161; 166; 172; 178) comprises a plurality of nozzles which are suppliable with drying air and comprises a nozzle support device for the nozzles and a holding device which holds the nozzle support device, characterized in that the nozzle support device comprises at least two nozzle supporting parts (62, 64) arranged side by side transversely to the treatment direction and at least one nozzle is held directly or indirectly on each nozzle supporting part (62, 64), and in that the drying apparatus (10; 92; 110; 133; 137; 145; 155; 161; 166; 172; 178) comprises an adjusting device for moving the at least two nozzle supporting parts (62, 64) on the holding device and transferring the nozzle supporting parts (62, 64) relative to one another between at least two relative positions in which the nozzle supporting parts (62, 64) are oriented at different angles to one another, wherein the two or more relative positions comprise at least one angular position in which air flows exiting the nozzles have or form an apex region on the side that is leading with respect to the treatment direction.
Lighting light module having light beam scanning, notably for motor vehicles, comprising a light source configured for generating a light beam which has a slow axis and a fast axis, a wavelength conversion element having a conversion surface, and scanning means arranged for scanning the conversion surface with the light beam, the light module comprising moreover a focussing system arranged for focussing the light beam onto the conversion element and for adapting the width of the light beam to the dimensions of the scanning means, the focussing system comprising a thick lens convergent along the fast and slow axes, the lens being provided with an input dioptre and an output dioptre of the light beam, characterized in that the input dioptre is substantially cylindrical in such a way as to make the light beam converge only along the fast axis until inducing a point of inversion of the image of the light source inside the lens before the beam reaches the output dioptre, and in that the input dioptre is substantially flat along the slow axis in order to avoid modifying the light beam in that direction.
A computer-implemented method of training a reconstruction neural network algorithm used to reconstruct a Magnetic Resonance Imaging, MRI, image based on MRI raw data, the method comprising: - obtaining training MRI raw data acquired using a k-space trajectory that is undersampling the k-space, - obtaining a ground truth of a training MRI image associated with the MRI raw data, - obtaining a ground truth of an object presence or absence of an object in the training MRI image, - based on the training MRI raw data and using the reconstruction neural network algorithm, determining a prediction of the training MRI image, - based on the prediction of the training MRI image and using an object-detection algorithm, determining a prediction of a presence or absence of the object in the training MRI image, - determining a loss value based on a first difference between the ground truth of the training MRI image and the prediction of the training MRI image, and further based on a second difference between the ground truth of the presence or absence of the object and the prediction of the presence or absence of the object, and - based on the loss value and using a training process, adjusting weights of the reconstruction neural network algorithm. - obtaining training MRI raw data acquired using a k-space trajectory that is undersampling the k-space, - obtaining a ground truth of a training MRI image associated with the MRI raw data, - obtaining a ground truth of an object presence or absence of an object in the training MRI image, - based on the training MRI raw data and using the reconstruction neural network algorithm, determining a prediction of the training MRI image, - based on the prediction of the training MRI image and using an object-detection algorithm, determining a prediction of a presence or absence of the object in the training MRI image, - determining a loss value based on a first difference between the ground truth of the training MRI image and the prediction of the training MRI image, and further based on a second difference between the ground truth of the presence or absence of the object and the prediction of the presence or absence of the object, and - based on the loss value and using a training process, adjusting weights of the reconstruction neural network algorithm.
A device for packaging an object, comprising: - a tube that is open at one end; - a cap making it possible to close said opening of the tube; characterized in that the packaging device comprises a flexible elongated element, called strip, said strip having a length greater than the length of the tube, said strip comprising a coupling system making it possible to couple an object, such as a medical implant, to said strip, the strip being configured with the tube to assume: - a first position in which the strip is kept compressed inside the tube by the cap, said strip having a first end in bearing contact with the bottom of the tube opposite said opening, - a second position in which, the cap being removed, the strip has a second end, opposite the first end, that protrudes from the opening of the tube. - a tube that is open at one end; - a cap making it possible to close said opening of the tube; - a first position in which the strip is kept compressed inside the tube by the cap, said strip having a first end in bearing contact with the bottom of the tube opposite said opening, - a second position in which, the cap being removed, the strip has a second end, opposite the first end, that protrudes from the opening of the tube.
A method for determining the fouling factor of at least one filter of a ventilation and/or air processing system comprising the following steps: A. Selecting at least one filter to be analyzed B. Determining the theoretical filtration capacity of the filter selected in step A, depending on the theoretical efficiency of the filter and the maximum amount of dust that can be theoretically retained by the filter. C. Collecting pollution data of at least one air entering the ventilation system and passing through the selected filter, D. Measuring the flow rate of the air entering the ventilation system, E. Calculating the amount of dust retained by the at least one selected filter, from the pollution data of the entering air of step C and from the measurement of the entering air flow rate of step D, F. Repeating step E for each time step t. G. Determining the amount of accumulated dust retained by the selected filter from the results of steps E and F. H. Determining the fouling factor of the selected filter by comparing the accumulated dust amount determined at step G with the theoretical capacity of the filter determined in step B. A. Selecting at least one filter to be analyzed B. Determining the theoretical filtration capacity of the filter selected in step A, depending on the theoretical efficiency of the filter and the maximum amount of dust that can be theoretically retained by the filter. C. Collecting pollution data of at least one air entering the ventilation system and passing through the selected filter, D. Measuring the flow rate of the air entering the ventilation system, E. Calculating the amount of dust retained by the at least one selected filter, from the pollution data of the entering air of step C and from the measurement of the entering air flow rate of step D, F. Repeating step E for each time step t. G. Determining the amount of accumulated dust retained by the selected filter from the results of steps E and F. H. Determining the fouling factor of the selected filter by comparing the accumulated dust amount determined at step G with the theoretical capacity of the filter determined in step B.
A method of making an abrasive article comprising a body of fibrous, nonwoven abrasive material secured to a central hub, the method comprising the steps of injecting molten polymeric material into a central opening of the body of abrasive material so that it passes into the abrasive material; and allowing the polymeric material to cool and solidify whereby it forms, within the central opening, a hub that is secured to the abrasive material; characterized in that: (i) a sleeve having a plurality of spaced gateways in its wall is positioned in the central opening of the body of abrasive material; and (ii) the molten polymeric material is injected into the sleeve so that it passes through the gateways into the abrasive material, whereby the hub is formed within the sleeve. (i) a sleeve having a plurality of spaced gateways in its wall is positioned in the central opening of the body of abrasive material; and (ii) the molten polymeric material is injected into the sleeve so that it passes through the gateways into the abrasive material, whereby the hub is formed within the sleeve.
A brake fluid pressure control device for a vehicle, which includes a base including a brake fluid passage (A1-E1, A2-E2) formed therein, wherein in one face of the base, a plurality of insertion holes in which a plurality of brake lines are to be inserted are formed, and a recess for stopping turning of the plurality of brake lines is formed, characterized in that protruding parts of the plurality of brake lines are inserted into the recess.
A dual layer cured composite article comprising: an outer part having an outer part thickness composed of a first resin matrix having between 50 and 70 total weight percent of said outer part of an outer part mixed fiber filler, said mixed fiber filler having an outer part primary fiber: carbon fiber ratio of 0.05-20:1; an inner part complementary to said outer part and having an inner part thickness composed of a second resin matrix having between 40 and 60 total weight percent of said inner part of an inner mixed fiber filler, said inner mixed fiber filler having an inner part primary fiber of an epoxy coated glass fibers: carbon fiber ratio of less than said outer part primary fiber: carbon fiber ratio; and a joinder between said outer part and said inner part. an outer part having an outer part thickness composed of a first resin matrix having between 50 and 70 total weight percent of said outer part of an outer part mixed fiber filler, said mixed fiber filler having an outer part primary fiber: carbon fiber ratio of 0.05-20:1; an inner part complementary to said outer part and having an inner part thickness composed of a second resin matrix having between 40 and 60 total weight percent of said inner part of an inner mixed fiber filler, said inner mixed fiber filler having an inner part primary fiber of an epoxy coated glass fibers: carbon fiber ratio of less than said outer part primary fiber: carbon fiber ratio; and a joinder between said outer part and said inner part.
An oral care composition comprising L-serine amino acid, wherein L-serine amino acid is present in an amount effective to reduce oral malodor caused by hydrogen sulfide and indole, L-serine amino acid being present in the composition at a concentration of 0.01 to 10% w/w, and a metal-chelating agent, which is zinc lactate.