mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use at a user equipment, UE, the method comprising: determining that a new radio, NR, radio access technology, RAT, is requested for a vehicle-to-everything, V2X, communication of data, wherein the determining is based, at least in part, on service information associated with data to be transmitted; determining an extended Tx Profile for the V2X communication; if the V2X communication comprises either a unicast communication or a groupcast communication and the extended Tx Profile indicates a bearer quality of service, QoS, Model, further establishing a verified Tx Profile via a link management communication process with at least one receiving device, and providing the at least a portion of the verified Tx Profile to an access stratum, AS, layer of a communication protocol stack as part of the extended Tx Profile for use in transmitting at least a portion of the data via the NR RAT, wherein determining the extended Tx Profile for the V2X communication comprises obtaining at least a portion of the verified Tx Profile at a V2X layer of the communication protocol stack from another layer of the communication protocol stack following the link management communication process; and transmitting at least the portion of the data via the NR RAT based on the extended Tx Profile. determining that a new radio, NR, radio access technology, RAT, is requested for a vehicle-to-everything, V2X, communication of data, wherein the determining is based, at least in part, on service information associated with data to be transmitted; determining an extended Tx Profile for the V2X communication; if the V2X communication comprises either a unicast communication or a groupcast communication and the extended Tx Profile indicates a bearer quality of service, QoS, Model, further establishing a verified Tx Profile via a link management communication process with at least one receiving device, and providing the at least a portion of the verified Tx Profile to an access stratum, AS, layer of a communication protocol stack as part of the extended Tx Profile for use in transmitting at least a portion of the data via the NR RAT, wherein determining the extended Tx Profile for the V2X communication comprises obtaining at least a portion of the verified Tx Profile at a V2X layer of the communication protocol stack from another layer of the communication protocol stack following the link management communication process; and transmitting at least the portion of the data via the NR RAT based on the extended Tx Profile.
A method for preparing expanded stems, characterized in that said method comprises the following steps: a. purification, wherein impurities in the stems, such as scrap iron, dirt, sand and dust, are eliminated; b. stem expansion, wherein the stems are expanded until volume of the stems is more than 180% of the original volume; c. hypoxia heat retention, wherein super-heated steam or inert gas at the temperature of 120-350 °C is used to heat the stems for 30 minutes to 20 hours; d. natural stacking, wherein the expanded stems after the hypoxia heat retention are cased or bagged and then stacked in shady, cool, ventilated, rain-proof, and moisture-proof environment for 10 days to 3 months; e. sorting, wherein the expanded stems are sorted by different size; g. packaging, wherein the sorted expanded stems are categorized and packaged by different size separately to acquire a final product of expanded stems. a. purification, wherein impurities in the stems, such as scrap iron, dirt, sand and dust, are eliminated; b. stem expansion, wherein the stems are expanded until volume of the stems is more than 180% of the original volume; c. hypoxia heat retention, wherein super-heated steam or inert gas at the temperature of 120-350 °C is used to heat the stems for 30 minutes to 20 hours; d. natural stacking, wherein the expanded stems after the hypoxia heat retention are cased or bagged and then stacked in shady, cool, ventilated, rain-proof, and moisture-proof environment for 10 days to 3 months; e. sorting, wherein the expanded stems are sorted by different size; g. packaging, wherein the sorted expanded stems are categorized and packaged by different size separately to acquire a final product of expanded stems.
Horizontal soil drilling device with a carriage that can be moved back and forth lying on a support of a frame with support elements, and a drive for the carriage for moving a rod assembly, wherein a rod moveable relative to a cylinder and traction transmission means are provided in the frame , the traction transmission means engage the carriage with one end and are fitted to the frame with the other end, wherein two traction transmission means are provided on each side of the carriage , and each of the traction transmission means is guided on one side between the end on the frame and the end on the carriage via a deflection roller on the frame and a deflection roller on the cylinder , wherein the deflection rollers are arranged on one side substantially on one level, and the ends of the traction transmission means lie on the frame and on the carriage on a level with the deflection rollers of one side, wherein the rod is connected with the frame , wherein the deflection rollers on the frame have a larger diameter than the deflection rollers on the cylinder , wherein the deflection rollers are arranged on the cylinder between the deflection rollers on the frame for guiding the traction transmission means parallel past each other, wherein the deflection rollers are provided on the cylinder within an area framed between the deflection rollers on the frame .
Metering valve having a closing body and a valve seat , wherein the closing body can be moved back and forth between a closed position, in which it sits on the valve seat and closes off a material outlet , and an open position, in which it is lifted off from the valve seat and releases the material outlet , having an activation element firmly connected with the closing body and having two piezo-actuators , between which the activation element is arranged, characterized in that in the closed position, the activation element is arranged at a distance from a first one of the piezo-actuators , which distance is less than the maximal change in length of the first piezo-actuator , or lies loosely against the first piezo-actuator and is arranged at a distance from the second one of the piezo-actuators , which distance is greater than the maximal change in length of the first piezo-actuator , and in that in the open position, the activation element is arranged at a distance from the second piezo-actuator that is less than the maximal change in length of the second piezo-actuator , or lies loosely against the second piezo-actuator and is arranged at a distance from the first piezo-actuator that is greater than the maximal change in length of the second piezo-actuator .
A rotating electrical machine comprising: a three-phase coil including a U-phase coil , a V-phase coil , and a W-phase coil each formed of a flat wire; a neutral point bus bar forming a neutral point of the three-phase coil and formed of a conductive plate; and a temperature detector configured to detect a temperature of the three-phase coil , wherein the neutral point bus bar is formed in an arc shape along an outer periphery of the three-phase coil , one end of one coil in the three-phase coil is connected to a vicinity of a center of the neutral point bus bar in a circumferential direction thereof, one end of each of remaining two coils in the three-phase coil is connected to a vicinity of an end of the neutral point bus bar in the circumferential direction, the temperature detector is attached to a position facing the one end of the one coil in the vicinity of the center of the neutral point bus bar , characterized in that the neutral point bus bar includes a recess recessed radially inward, and the temperature detector is provided in the recess at a position facing the one end of the one coil with the neutral point bus bar sandwitched. a neutral point bus bar forming a neutral point of the three-phase coil and formed of a conductive plate; and a temperature detector configured to detect a temperature of the three-phase coil , wherein the neutral point bus bar is formed in an arc shape along an outer periphery of the three-phase coil , one end of one coil in the three-phase coil is connected to a vicinity of a center of the neutral point bus bar in a circumferential direction thereof, one end of each of remaining two coils in the three-phase coil is connected to a vicinity of an end of the neutral point bus bar in the circumferential direction, the temperature detector is attached to a position facing the one end of the one coil in the vicinity of the center of the neutral point bus bar , characterized in that the neutral point bus bar includes a recess recessed radially inward, and the temperature detector is provided in the recess at a position facing the one end of the one coil with the neutral point bus bar sandwitched.
Microstructure for use in a microelectromechanical device comprising a substrate having a top surface and a rear surface and a thin-film structure arranged at the top surface of the substrate , the thin-film structure comprising: - a raised portion spaced from the substrate , - a lower portion of the thin-film structure , which is in mechanical contact with the substrate , - at least one protruding portion being hollow and having at least one sidewall and a bottom part and the protruding portion mechanically connecting the raised portion to the substrate via the bottom part , the at least one protruding portion forming a hollow profile enclosing a volume and being open at its top side, the top side facing away from the substrate , wherein the volume enclosed by the protruding portion is delimited by the bottom part in a vertical direction and the at least one sidewall in all lateral directions and is connected to the environment of the thin-film structure , and - at least one further sidewall of the thin-film structure at a distance to the at least one protruding portion , wherein the further sidewall mechanically connects the lower portion with the raised portion of the thin-film structure , wherein the raised portion of the thin-film structure is a movable part of the microstructure . - a raised portion spaced from the substrate , - a lower portion of the thin-film structure , which is in mechanical contact with the substrate , - at least one protruding portion being hollow and having at least one sidewall and a bottom part and the protruding portion mechanically connecting the raised portion to the substrate via the bottom part , the at least one protruding portion forming a hollow profile enclosing a volume and being open at its top side, the top side facing away from the substrate , wherein the volume enclosed by the protruding portion is delimited by the bottom part in a vertical direction and the at least one sidewall in all lateral directions and is connected to the environment of the thin-film structure , and - at least one further sidewall of the thin-film structure at a distance to the at least one protruding portion , wherein the further sidewall mechanically connects the lower portion with the raised portion of the thin-film structure ,
A valve assembly, comprising: a valve housing having a valve hole therein; said valve housing being made by additive manufacturing with said valve hole formed by said additive manufacturing; a valve spool slidably installed directly into the valve hole of the valve housing with no sleeves or seals interposed therebetween; wherein said valve housing is modular and constructed to mount together with another valve housing ; characterized in that said valve spool is made from hardened stainless steel; wherein said valve housing is made from additive manufacturing with a section about said valve hole being made from hardened stainless steel and a remainder of the valve housing being made from a different material. a valve housing having a valve hole therein; said valve housing being made by additive manufacturing with said valve hole formed by said additive manufacturing; a valve spool slidably installed directly into the valve hole of the valve housing with no sleeves or seals interposed therebetween; wherein said valve housing is modular and constructed to mount together with another valve housing ; characterized in that said valve spool is made from hardened stainless steel; wherein said valve housing is made from additive manufacturing with a section about said valve hole being made from hardened stainless steel and a remainder of the valve housing being made from a different material.
A gas sensor comprising: a conductive material comprising a carbon-carbon multiple bond moiety, the conductive material being in electrical communication with at least two electrodes, wherein the conductive material includes a plurality of single-walled carbon nanotubes; and a transition metal complex coordinately or covalently bound to the carbon-carbon multiple bond moiety in the nanotube framework of the conductive material, and wherein the transition metal complex is capable of forming a stable complex with ethylene, wherein the gas sensor is an ethylene sensor. a conductive material comprising a carbon-carbon multiple bond moiety, the conductive material being in electrical communication with at least two electrodes, wherein the conductive material includes a plurality of single-walled carbon nanotubes; and a transition metal complex coordinately or covalently bound to the carbon-carbon multiple bond moiety in the nanotube framework of the conductive material, and wherein the transition metal complex is capable of forming a stable complex with ethylene, wherein the gas sensor is an ethylene sensor.
Built-in kitchen appliance comprising a main appliance body having at least one processing chamber and at least one door device mounted on the main appliance body for closing the processing chamber , the built-in kitchen appliance comprising at least one opening device , and the opening device being suitable and designed for moving the door device forwards in a first movement sequence , and upwards in a second movement sequence , characterised in that at least one operating device for the opening device is arranged on the door device , and in that the operating device comprises at least one operating element arranged in a lower door portion and at least one further operating element arranged in an upper door portion .
Hanging system for an extractor hood comprising a frame structure with one or more profiles for supporting an extractor hood , and the hanging system comprising hanging cables for hanging the frame structure from an overlying structure, characterized in that the hanging system comprises, in addition to said profiles, at least three encasement profiles , wherein each encasement profile is a hollow profile that extends in a longitudinal direction and comprises a passage for encasing one of said hanging cables , wherein this passage extends from a first end to a second end in the longitudinal direction of the encasement profile , wherein each hanging cable is connected to the frame structure and at least partially extends through the passage of the respective encasement profile and that each encasement profile is coupled by its second end to the frame structure and this is achieved with the aid of a coupling piece that, in use, allows movement between the encasement profile and the frame structure between a rest position of the hanging system, wherein the longitudinal direction of the encasement profile extends virtually vertically in a first rest direction (A) and the longitudinal direction of a profile of the frame structure, which extends at the location of the coupling of the encasement profile and the frame structure, extends in a second rest direction (B) and one or more other positions, wherein at least the longitudinal direction of the encasement profile or the longitudinal direction of the last said profile of the frame structure extends in a direction (A', B') that differs from the respective rest direction (A, B),_wherein the coupling piece comprises an intermediate piece that is intended to extend between the encasement profile and an opening for the hanging cable , which opening opens out at the top in use and provides access to an interior space of said profile of the frame structure.
A data interface arrangement for vehicle sensor data analysis by an external analysis device , the data interface arrangement comprising a first data connection arranged to transport sampled sensor signal data and a second data connection arranged to transport electronic control unit, ECU, status data, wherein the ECU comprises a plurality of signal processing functions, such as filtering and tracking functions, wherein the sampled sensor signal data comprises sampled radar or lidar signal data, and the sampled sensor signal data comprises a noise component, wherein the second data connection is configured to transport synchronization segments interleaved with the ECU status data, wherein the synchronization segments correspond to respective segments of the sampled sensor signal data, thereby enabling time synchronization between the sampled sensor signal data and the ECU status data by the external device based on the interleaved synchronization segments.
A method of harvesting plants comprising: a. providing an article for germinating seeds and growing plants, the article comprising (i) a soilless growth medium (L3) that supports seed germination and penetration of roots from developing plants therethrough, (ii) a light barrier layer (L4) with a plurality of openings, a shape of the openings accommodates one or more seeds in each opening, un-opened portions of the light barrier layer have a light transmittance that is less than the amount of the light transmittance through any opening in the light barrier layer, the light barrier layer is separable from, positioned atop, and structurally distinct from the soilless growth medium, and (iii) an upper layer (L5) that is separable from and positioned atop the light barrier layer, the upper layer has a plurality of openings; b. moving the openings of the light barrier layer, the upper layer, or a combination of these relative to the soilless growth medium; and c. cutting the plant stems that grow through the plurality of openings in the light barrier layer. a. providing an article for germinating seeds and growing plants, the article comprising (i) a soilless growth medium (L3) that supports seed germination and penetration of roots from developing plants therethrough, (ii) a light barrier layer (L4) with a plurality of openings, a shape of the openings accommodates one or more seeds in each opening, un-opened portions of the light barrier layer have a light transmittance that is less than the amount of the light transmittance through any opening in the light barrier layer, the light barrier layer is separable from, positioned atop, and structurally distinct from the soilless growth medium, and (iii) an upper layer (L5) that is separable from and positioned atop the light barrier layer, the upper layer has a plurality of openings; b. moving the openings of the light barrier layer, the upper layer, or a combination of these relative to the soilless growth medium; and c. cutting the plant stems that grow through the plurality of openings in the light barrier layer.
An embryonic development analysis system , comprising: circuitry configured to: obtain a plurality of embryonic development images captured in a time series; determine, for at least one of the plurality of embryonic development images, a time series of evaluation values for each of a plurality of evaluation items associated with the plurality of embryonic development images; characterised by circuitry configured to: J predict, based on the determined time series of evaluation values for the plurality of evaluation items, future values for the plurality of evaluation items; and evaluate a characteristic of cells represented in one or more of the plurality of embryonic development images based, at least in part, on the predicted future values for the plurality of evaluation items. obtain a plurality of embryonic development images captured in a time series; determine, for at least one of the plurality of embryonic development images, a time series of evaluation values for each of a plurality of evaluation items associated with the plurality of embryonic development images; characterised by circuitry configured to: J predict, based on the determined time series of evaluation values for the plurality of evaluation items, future values for the plurality of evaluation items; and evaluate a characteristic of cells represented in one or more of the plurality of embryonic development images based, at least in part, on the predicted future values for the plurality of evaluation items. J predict, based on the determined time series of evaluation values for the plurality of evaluation items, future values for the plurality of evaluation items; and evaluate a characteristic of cells represented in one or more of the plurality of embryonic development images based, at least in part, on the predicted future values for the plurality of evaluation items.
A method for producing a stickpack-type packaging comprising the steps of a) forming an elongate foil tube preferably by joining mutually opposite longitudinal edges of a flexible flat web , b) sealing the foil tube by first and second heat-sealed transverse joints provided on the longitudinal ends of the foil tube , thereby providing a closed fill space for storing a product, c) providing a disposable test strip having a chemistry pad for detecting an analyte in a sample, characterized by d) providing the first transverse sealing joint prior to the test strip in the foil tube , e) introducing the test strip into the fill space before closing the second transverse joint , f) placing the test strip in step e) such that the chemistry pad is arranged at a distance from the second transverse joint . a) forming an elongate foil tube preferably by joining mutually opposite longitudinal edges of a flexible flat web , b) sealing the foil tube by first and second heat-sealed transverse joints provided on the longitudinal ends of the foil tube , thereby providing a closed fill space for storing a product, c) providing a disposable test strip having a chemistry pad for detecting an analyte in a sample, characterized by d) providing the first transverse sealing joint prior to the test strip in the foil tube , e) introducing the test strip into the fill space before closing the second transverse joint , f) placing the test strip in step e) such that the chemistry pad is arranged at a distance from the second transverse joint .