mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode plate, comprising a current collector and an electrode active material layer disposed on at least one surface of the current collector, wherein the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer, a single-side thickness D2 of the conductive layer satisfies 30 nm ≤ D2 ≤ 3 μm, a conductive primer layer comprising a conductive material and a bonding agent is further disposed between the current collector and the electrode active material layer, and the bonding agent in the conductive primer layer comprises a water-based bonding agent; wherein the electrode active material layer comprises an electrode active material, a bonding agent, and a conductive agent and wherein an average particle diameter D50 of the electrode active material in the electrode active material layer is 5 μm to 15 μm; wherein D50 is the median particle diameter in volume distribution and is measured by using a laser diffraction particle diameter distribution measuring instrument. wherein the electrode active material layer comprises an electrode active material, a bonding agent, and a conductive agent and wherein an average particle diameter D50 of the electrode active material in the electrode active material layer is 5 μm to 15 μm; wherein D50 is the median particle diameter in volume distribution and is measured by using a laser diffraction particle diameter distribution measuring instrument.
A lighting device , in particular headlight for a vehicle, with a housing and housing air located therein, multiple semiconductor light sources (3, 3', 3") arranged in the housing , which are attached to multiple heat transfer devices , wherein the multiple heat transfer devices are in heat transferring contact with a heat sink device , and wherein a ventilation means for forced ventilation of the heat sink device with housing air is provided, characterized in that - the space of the housing , in which the semiconductor light sources (3, 3', 3") attached to the multiple heat transfer devices are arranged, comprises at least one first opening , via which ambient air can enter the space of the housing , - the space of the housing , in which the semiconductor light sources (3, 3', 3") attached to the multiple heat transfer devices are arranged, comprises at least one second opening , via which housing air can exit the space of the housing , - the ventilation means is configured to move the housing air of the space of the housing , in which the semiconductor light sources (3, 3', 3") attached to the multiple heat transfer devices are arranged, to the heat sink device by means of the second opening , and - the heat sink device is configured to allow at least a portion of the housing air moved to it to exit the lighting device . - the space of the housing , in which the semiconductor light sources (3, 3', 3") attached to the multiple heat transfer devices are arranged, comprises at least one first opening , via which ambient air can enter the space of the housing , - the space of the housing , in which the semiconductor light sources (3, 3', 3") attached to the multiple heat transfer devices are arranged, comprises at least one second opening , via which housing air can exit the space of the housing , - the ventilation means is configured to move the housing air of the space of the housing , in which the semiconductor light sources (3, 3', 3") attached to the multiple heat transfer devices are arranged, to the heat sink device by means of the second opening , and - the heat sink device is configured to allow at least a portion of the housing air moved to it to exit the lighting device .
A personal care composition comprising: (a) from 8 weight percent to 12 weight percent, based upon the total weight of the composition, of at least one dry emollient and one oily emollient; (b) from 85 weight percent to 90 weight percent, based upon the total weight of the composition, of water; wherein the personal care composition is free of silicone or silicone containing materials; wherein a dry emollient comprises dicaprylyl carbonate and an oily emollient includes heptyl undecylenate; and wherein said dry emollient and oily emollient are present in a weight ratio of 3:1 to 1:1. (a) from 8 weight percent to 12 weight percent, based upon the total weight of the composition, of at least one dry emollient and one oily emollient; (b) from 85 weight percent to 90 weight percent, based upon the total weight of the composition, of water;
A manufacturing method of an optical fiber cable , comprising: an SZ twisting step of twisting a plurality of optical fibers or a plurality of optical fiber units in an SZ manner by an SZ twisting device , and forming an optical fiber bundle (B); and a covering step of covering the optical fiber bundle (B) with a sheath by an extrusion molding device , the manufacturing method characterized in that : in the covering step, the optical fiber bundle (B) is covered with the sheath while pressing the optical fiber bundle (B) by a pressing portion disposed between the SZ twisting device and the extrusion molding device , and the SZ twisting step and a step of pressing the optical fiber bundle (B) by the pressing portion are operated without winding a holding member for limiting untwisting around the optical fiber bundle (B) therebetween. an SZ twisting step of twisting a plurality of optical fibers or a plurality of optical fiber units in an SZ manner by an SZ twisting device , and forming an optical fiber bundle (B); and a covering step of covering the optical fiber bundle (B) with a sheath by an extrusion molding device , the manufacturing method characterized in that : in the covering step, the optical fiber bundle (B) is covered with the sheath while pressing the optical fiber bundle (B) by a pressing portion disposed between the SZ twisting device and the extrusion molding device , and the SZ twisting step and a step of pressing the optical fiber bundle (B) by the pressing portion are operated without winding a holding member for limiting untwisting around the optical fiber bundle (B) therebetween. in the covering step, the optical fiber bundle (B) is covered with the sheath while pressing the optical fiber bundle (B) by a pressing portion disposed between the SZ twisting device and the extrusion molding device , and the SZ twisting step and a step of pressing the optical fiber bundle (B) by the pressing portion are operated without winding a holding member for limiting untwisting around the optical fiber bundle (B) therebetween.
A method of transmitting a reference signal to a base station , the method comprising: receiving a configuration message from the base station , wherein the configuration message comprises an indication of a set of candidate resources for transmitting the reference signal; detecting a future downlink transmission from the base station ; and transmitting, in response to detecting the future downlink transmission , the reference signal utilizing a first resource of the set of candidate resources prior to receiving the future downlink transmission via a second resource in the set of candidate resources. receiving a configuration message from the base station , wherein the configuration message comprises an indication of a set of candidate resources for transmitting the reference signal; detecting a future downlink transmission from the base station ; and transmitting, in response to detecting the future downlink transmission , the reference signal utilizing a first resource of the set of candidate resources prior to receiving the future downlink transmission via a second resource in the set of candidate resources.
Tooth coupling of the double cardanic type, comprising - a first internally toothed coupling part for the torque-proof connection with a driving shaft , - a second internally toothed coupling part for the torque-proof connection with a driven shaft , and - a hollow-cylindrical connecting element , which has an external toothing on its two end regions in each case, of which the one engages into the internal toothing of the first coupling part and the other engages into the internal toothing of the second coupling part , wherein - at least one of the two internally toothed coupling parts has a flange for forming a torque-proof screw connection with the corresponding shaft, characterised in that the externally toothed connecting element is embodied in one piece and the end regions with the external toothings of the hollow cylindrical connecting element are embodied to be externally covered and to face one another. - a first internally toothed coupling part for the torque-proof connection with a driving shaft , - a second internally toothed coupling part for the torque-proof connection with a driven shaft , and - a hollow-cylindrical connecting element , which has an external toothing on its two end regions in each case, of which the one engages into the internal toothing of the first coupling part and the other engages into the internal toothing of the second coupling part , wherein - at least one of the two internally toothed coupling parts has a flange for forming a torque-proof screw connection with the corresponding shaft, characterised in that the externally toothed connecting element is embodied in one piece and the end regions with the external toothings of the hollow cylindrical connecting element are embodied to be externally covered and to face one another.
A wearable user device comprising: at least one sensor configured to sense one or more health parameters from the user wearing the device; a communications interface configured to communicate wirelessly with a nearby reader device ; a memory ; and a processor in communication with the communications interface, the at least one sensor and the memory, wherein the processor is configured to receive health parameters of the user obtained from the at least one sensor, characterized in that the processor is configured to: receive an identification of a medical event to be monitored for alerting third parties with respect to the user, identify as a medical alert the occurrence of the monitored medical event based on the received health parameters, store the medical alert in the memory, and repeatedly transmit, via the communications interface, at least one of the medical alert and an indication of the availability of the medical alert. at least one sensor configured to sense one or more health parameters from the user wearing the device; a communications interface configured to communicate wirelessly with a nearby reader device ; a memory ; and a processor in communication with the communications interface, the at least one sensor and the memory, wherein the processor is configured to receive health parameters of the user obtained from the at least one sensor, characterized in that the processor is configured to: receive an identification of a medical event to be monitored for alerting third parties with respect to the user, identify as a medical alert the occurrence of the monitored medical event based on the received health parameters, store the medical alert in the memory, and repeatedly transmit, via the communications interface, at least one of the medical alert and an indication of the availability of the medical alert. receive an identification of a medical event to be monitored for alerting third parties with respect to the user, identify as a medical alert the occurrence of the monitored medical event based on the received health parameters, store the medical alert in the memory, and repeatedly transmit, via the communications interface, at least one of the medical alert and an indication of the availability of the medical alert.
Trailed agricultural machine for harvesting a plant product such as grass, the said machine comprising a chassis on which are mounted, on the one hand, an axle device connecting two wheels to the chassis , and, on the other hand, two processing units each equipped with a respective grouping element , each processing unit being articulated with the chassis at least around a folding axis so as to be able to selectively occupy at least i) a work position in which it extends transversely to a direction of advance (A) and rests at least partially on the ground (S), ii) a maneuvering position in which its weight is entirely supported by the chassis and in which its outer end is further away from the chassis than the outer end of each wheel , and iii) a transport position in which it extends transversely to the rolling axis (AR, AR') of the respective wheel , agricultural machine characterized in that the axle device is configured in such a way that the distance (EV) between wheels is adjustable, at least between a tight configuration and a spaced configuration, and in that the wheels occupy the spaced configuration in the maneuvering position and in the work position of at least one processing unit . agricultural machine characterized in that the axle device is configured in such a way that the distance (EV) between wheels is adjustable, at least between a tight configuration and a spaced configuration, and in that the wheels occupy the spaced configuration in the maneuvering position and in the work position of at least one processing unit .
System comprising: - a trolley comprising a platform and wheels attached beneath the platform , - an air intake for an aircraft engine, the air intake resting on the platform so as to have its narrowest part at the top and its widest part of the bottom, and characterized in that the system further comprises - an inflatable protection element in the form of a closed envelope that is installed around the widest part of the air intake . - a trolley comprising a platform and wheels attached beneath the platform , - an air intake for an aircraft engine, the air intake resting on the platform so as to have its narrowest part at the top and its widest part of the bottom, and - an inflatable protection element in the form of a closed envelope that is installed around the widest part of the air intake .
Device for determining the mass of at least one particle in suspension or in solution in a fluid, comprising: - a first device for the nebulization of the fluid , to obtain a flux comprising at least said at least one particle, - a second device for the guidance and the focusing of the flux, the second device comprising an inlet to receive the flux, and an outlet , and - a third device for determining the mass of said at least one particle by a frequency measurement, the third device comprising at least one gravimetric detector , arranged opposite the outlet of the second device, to receive said at least one particle, - a zone at a given pressure, containing the first device , and - at least one vacuum enclosure , or first enclosure, provided to be at a first pressure, below the pressure of said zone, the first enclosure communicating with the zone and containing at least one part of the second device, the device being characterized in that the second device comprises an aerodynamic lens arranged in the first enclosure . - a first device for the nebulization of the fluid , to obtain a flux comprising at least said at least one particle, - a second device for the guidance and the focusing of the flux, the second device comprising an inlet to receive the flux, and an outlet , and - a third device for determining the mass of said at least one particle by a frequency measurement, the third device comprising at least one gravimetric detector , arranged opposite the outlet of the second device, to receive said at least one particle, - a zone at a given pressure, containing the first device , and - at least one vacuum enclosure , or first enclosure, provided to be at a first pressure, below the pressure of said zone, the first enclosure communicating with the zone and containing at least one part of the second device,
A method comprising: at a network controller in a network : in response to a packet drop occurring in the network, sending to a first intermediate node (30 ) among a plurality of intermediate nodes (30 -30(N)) in a path in the network, a command that causes the first intermediate node to include a flag in an In-situ Operations, Administration, and Maintenance, IOAM, header of a packet to trigger a plurality of further intermediate nodes after that node to export metadata accumulated in the packet; at each of the plurality of further intermediate nodes (30 -30(N)) that receive the packet having the flag set: receiving the packet, the packet header including metadata that has been accumulated as the packet travels along the path in the network; detecting whether a trigger condition has occurred, wherein the trigger condition comprises presence of the flag in the header; and in response to detecting that the trigger condition has occurred, exporting, to the network controller, at least a portion of the metadata that has been accumulated in the header so that the portion of the metadata is removed from the header after it has been exported; and at the network controller, correlating the exported metadata received from the plurality of further intermediate nodes to isolate the cause and/or location of the packet drop, at a network controller in a network : in response to a packet drop occurring in the network, sending to a first intermediate node (30 ) among a plurality of intermediate nodes (30 -30(N)) in a path in the network, a command that causes the first intermediate node to include a flag in an In-situ Operations, Administration, and Maintenance, IOAM, header of a packet to trigger a plurality of further intermediate nodes after that node to export metadata accumulated in the packet; at each of the plurality of further intermediate nodes (30 -30(N)) that receive the packet having the flag set: receiving the packet, the packet header including metadata that has been accumulated as the packet travels along the path in the network; detecting whether a trigger condition has occurred, wherein the trigger condition comprises presence of the flag in the header; and in response to detecting that the trigger condition has occurred, exporting, to the network controller, at least a portion of the metadata that has been accumulated in the header so that the portion of the metadata is removed from the header after it has been exported; and receiving the packet, the packet header including metadata that has been accumulated as the packet travels along the path in the network; detecting whether a trigger condition has occurred, wherein the trigger condition comprises presence of the flag in the header; and in response to detecting that the trigger condition has occurred, exporting, to the network controller, at least a portion of the metadata that has been accumulated in the header so that the portion of the metadata is removed from the header after it has been exported; and at the network controller, correlating the exported metadata received from the plurality of further intermediate nodes to isolate the cause and/or location of the packet drop,
Method for operating an autonomously operable motor vehicle which is performed by a control unit of the motor vehicle , comprising: - obtaining a location information item relating to a planned location of the motor vehicle ; - ascertaining whether the location is situated in a security zone for which not any persons have access authorization; - ascertaining whether the motor vehicle is authorized to travel to the location planned according to the location information item on the basis of at least one person-related information item (P) relating to at least one person using the motor vehicle ; wherein the ascertainment of the authorization is further performed on the basis of location-dependent authorization information items which are stored in a database and define the persons authorized to travel to a location , and, if the control device ascertains that a person is not authorized to travel to the location , at least travel through the location is allowed, wherein the control device then arranges for a door locking system of the motor vehicle to remain locked. - obtaining a location information item relating to a planned location of the motor vehicle ; - ascertaining whether the location is situated in a security zone for which not any persons have access authorization; - ascertaining whether the motor vehicle is authorized to travel to the location planned according to the location information item on the basis of at least one person-related information item (P) relating to at least one person using the motor vehicle ;
A method for obtaining information, the method comprising: receiving , by a terminal device, information carried on a physical downlink control channel, PDCCH, from a network device, wherein the information comprises first indication information and second indication information, the first indication information and second indication information are 2 bits and are used to jointly indicate that the PDCCH carries a short message or scheduling information of a paging message, wherein: 01 indicates that the scheduling information of the paging message is carried on the PDCCH, 10 indicates that the short message is carried on the PDCCH; and obtaining , by the terminal device based on the PDCCH, one or more types of the information carried on the PDCCH, wherein downlink control information, DCI, is carried on the PDCCH, and the one or more types of the first indication information, the second indication information, the short message, and the scheduling information of the paging message are carried in the DCI, wherein N bits of a first field in the DCI are reused in the first indication information, K bits of a second field in the DCI are reused in the second indication information, and the first field and the second field are the same or different, wherein N ≥ 1 and N is an integer, and K ≥ 1 and K is an integer; and wherein the short message comprises a system update message, an earthquake and tsunami warning system, ETWS, message, or a commercial mobile alert service, CMAS, information. receiving , by a terminal device, information carried on a physical downlink control channel, PDCCH, from a network device, wherein the information comprises first indication information and second indication information, the first indication information and second indication information are 2 bits and are used to jointly indicate that the PDCCH carries a short message or scheduling information of a paging message, wherein: 01 indicates that the scheduling information of the paging message is carried on the PDCCH, 10 indicates that the short message is carried on the PDCCH; and obtaining , by the terminal device based on the PDCCH, one or more types of the information carried on the PDCCH, wherein downlink control information, DCI, is carried on the PDCCH, and the one or more types of the first indication information, the second indication information, the short message, and the scheduling information of the paging message are carried in the DCI, wherein N bits of a first field in the DCI are reused in the first indication information, K bits of a second field in the DCI are reused in the second indication information, and the first field and the second field are the same or different, wherein N ≥ 1 and N is an integer, and K ≥ 1 and K is an integer; and wherein the short message comprises a system update message, an earthquake and tsunami warning system, ETWS, message, or a commercial mobile alert service, CMAS, information.