mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication by a user equipment, UE , comprising: receiving from a base station signaling indicating a number of synchronization signal blocks associated with an initial control resource set and signaling indicating an ordering of transmission configuration indication, TCI, states, within a set of TCI states, wherein the ordering is such that at least one TCI state corresponds to each synchronization signal block, SSB of the number of synchronization signal blocks associated with the initial control resource set; receiving from the base station signaling indicating a TCI state of the set of TCI states corresponding to the initial control resource set wherein the set of transmission configuration indication states includes at least one TCI state corresponding to each synchronization signal block of the number of synchronization signal blocks associated with the initial control resource set; identifying the TCI state of the set of TCI states based at least in part on the received signaling indicating TCI state ordering and the received signaling indicating the TCI state; identifying a channel state information reference signal associated with a synchronization signal block based at least in part on the TCI state; and monitoring the initial control resource set based at least in part on the TCI state. receiving from a base station signaling indicating a number of synchronization signal blocks associated with an initial control resource set and signaling indicating an ordering of transmission configuration indication, TCI, states, within a set of TCI states, wherein the ordering is such that at least one TCI state corresponds to each synchronization signal block, SSB of the number of synchronization signal blocks associated with the initial control resource set; receiving from the base station signaling indicating a TCI state of the set of TCI states corresponding to the initial control resource set wherein the set of transmission configuration indication states includes at least one TCI state corresponding to each synchronization signal block of the number of synchronization signal blocks associated with the initial control resource set; identifying the TCI state of the set of TCI states based at least in part on the received signaling indicating TCI state ordering and the received signaling indicating the TCI state; identifying a channel state information reference signal associated with a synchronization signal block based at least in part on the TCI state; and monitoring the initial control resource set based at least in part on the TCI state.
A rotating ejection type oozing hose for plant cultivation, comprising a plurality of rotation generators arranged in a row in one band formed at ejection openings ; wherein ejection openings are formed at an interval along a longitudinal direction of a hose , applying a rotational force to a flow of water ejected from an inner space of the hose to an outer space thereof, wherein the rotation generator comprises a barrel-shaped rotating space extended from the ejection opening and formed inside the hose , wherein the rotating space is defined by a side portion and a bottom portion , the side portion formed to be extended from an inner wall of the hose and having two rotational force applying passages horizontally connecting the inner space of the hose to the rotating space , and the bottom portion for closing a lower end of the side portion , and wherein the rotational force applying passages are oriented to face a point deviating from a center portion P of the rotating space , applying a rotational force to a flow of water flowing into the rotating space through the rotational force applying passages ; wherein the two rotational force applying passages are formed symmetrically with respect to the center of the rotating space , and wherein the rotation generator further comprises a filter provided with a filtering hole for filtering water flowing into the rotational force applying passages from the inner space ; and a decompressor having at least one bending path for adjusting a pressure of water flowing into the rotational force applying passages .
A method for adjusting a working assembly of an agricultural working machine by means of a lifting cylinder which is controlled by a 3/2 directional control valve with a valve slide and one solenoid , wherein the valve slide is moved backwards and forwards by energizing the one solenoid between a first end position in which a bleed port is connected to a working port and a second end position in which a pressure port is connected to the working port , characterized in that the solenoid of the 3/2 directional control valve is controlled in order to transpose the valve slide into an intermediate position between the first end position and the second end position in which all of the ports of the 3/2 directional control valve are covered over by the valve slide and to hold the valve slide in its intermediate position in order to compensate for a drift of the lifting cylinder , wherein the solenoid of the 3/2 directional control valve is controlled by means of pulse width modulation (PWM).
A socket apparatus for gripping balls of a ball grid array (BGA), comprising: a base member of electrically insulative material; an array of pairs of electrical contacts disposed in the base member in a configuration corresponding to a terminal ball configuration of said BGA to be mated with the socket apparatus ; a first plate member disposed for slidable movement on said base member and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; characterized by a second plate member disposed for slidable movement on said base member and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; the plurality of parallel extension members of said first plate member disposed between the plurality of parallel extension members of said second plate member; a plurality of insulative nodules disposed on each extension member with nodules forming an array corresponding to said array of pairs of electrical contacts; and the first plate member and second plate member being movable relative to each other on said base member whereby the plurality of insulative nodules urge the corresponding electrical contacts into electrical contact engagement with the balls of the BGA in the socket. a base member of electrically insulative material; an array of pairs of electrical contacts disposed in the base member in a configuration corresponding to a terminal ball configuration of said BGA to be mated with the socket apparatus ; a first plate member disposed for slidable movement on said base member and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; characterized by a second plate member disposed for slidable movement on said base member and having a plurality of parallel extension members extending therefrom and configured to pass through the array of pairs of electrical contacts; the plurality of parallel extension members of said first plate member disposed between the plurality of parallel extension members of said second plate member; a plurality of insulative nodules disposed on each extension member with nodules forming an array corresponding to said array of pairs of electrical contacts; and the first plate member and second plate member being movable relative to each other on said base member whereby the plurality of insulative nodules urge the corresponding electrical contacts into electrical contact engagement with the balls of the BGA in the socket.
Blade comprising : - a composite material structure comprising a fibrous reinforcement obtained by three-dimensional weaving and a matrix in which the fibrous reinforcement is embedded, the composite material structure comprising a blade part with an aerodynamic profile and a blade root part , the blade root part comprising two portions each connected to the blade part , - a blade root attachment part comprising a wall defining a cavity and an aperture formed in the wall, the composite material structure extending through the aperture such that the blade part is located outside the attachment part and the blade root part is located inside the cavity, the blade root attachment part further comprising a shoulder , extending into the cavity from the wall - a base disposed in the cavity, said base comprising a support configured to abut the shoulder of the blade root attachment part and a passage formed in the support, the portions of the blade root part of the composite structure extending through the passage , and - a locking piece disposed in the cavity between the two portions of the blade root part , so that each portion of the blade root part is pressed by the locking piece against the support. - a composite material structure comprising a fibrous reinforcement obtained by three-dimensional weaving and a matrix in which the fibrous reinforcement is embedded, the composite material structure comprising a blade part with an aerodynamic profile and a blade root part , the blade root part comprising two portions each connected to the blade part , - a blade root attachment part comprising a wall defining a cavity and an aperture formed in the wall, the composite material structure extending through the aperture such that the blade part is located outside the attachment part and the blade root part is located inside the cavity, the blade root attachment part further comprising a shoulder , extending into the cavity from the wall - a base disposed in the cavity, said base comprising a support configured to abut the shoulder of the blade root attachment part and a passage formed in the support, the portions of the blade root part of the composite structure extending through the passage , and - a locking piece disposed in the cavity between the two portions of the blade root part , so that each portion of the blade root part is pressed by the locking piece against the support.
Method for producing a structured wear protection film, comprising the process steps: a. providing a wear protection base film; b. applying a moldable lacquer-containing top layer onto at least a partial area of the wear protection base film; c. at least partially structuring the lacquer-containing top layer by use of a digital printing process to create a structure of the lacquer-containing top layer; and d. at least partially curing the lacquer-containing top layer. a. providing a wear protection base film; b. applying a moldable lacquer-containing top layer onto at least a partial area of the wear protection base film; c. at least partially structuring the lacquer-containing top layer by use of a digital printing process to create a structure of the lacquer-containing top layer; and d. at least partially curing the lacquer-containing top layer.
A method for improving the water penetration rate through hydrophobic soil surfaces comprising the application of a compound having the formula: wherein when R is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24 )alkyl, R' is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates); when R' is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24 )alkyl, R is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates), R 1 is selected from the group consisting of C 1-24 alkyl, aryl, C 1-24 alkylaryl, C 1-24 arylalkyl; A is selected from the group consisting of alkylene oxides having 4-12 carbon atoms and aryl epoxides having 8-12 carbon atoms; x= 18-21; y= 1-2; z=0-5. when R is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24 )alkyl, R' is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates); when R' is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24 )alkyl, R is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates), R 1 is selected from the group consisting of C 1-24 alkyl, aryl, C 1-24 alkylaryl, C 1-24 arylalkyl; A is selected from the group consisting of alkylene oxides having 4-12 carbon atoms and aryl epoxides having 8-12 carbon atoms; x= 18-21; y= 1-2; z=0-5.
A device for separating tissue parts , wherein the device has two clamping plates extending in parallel, wherein both clamping plates each have a guide rail and wherein a part of one clamping plate can be pivoted away from the other clamping plate for receiving a tissue part and can be pivoted back for fixing the tissue part , characterized in that the device has at least two blades which are arranged and connected to one another at an angle α of between 40°-150°, wherein the angle α is formed between the mutually inclined side surfaces of the two blades, wherein each of the two blades is insertable and displaceable in one of the two guide rails of the clamping plates and wherein a cutting edge of the blades extends between the clamping plates .
A method for recognizing at least one naturally emitted sound produced by a real-life sound source in an environment comprising at least one artificial sound source (ASSr), the method being implemented by an audio recognition device, wherein the method comprises: - simultaneously obtaining : - a first audio signal from a first microphone (MIC) located in the environment; and - a second audio signal from an audio acquisition device (AAD), said audio acquisition device being a second microphone located in the vicinity of the artificial sound source or a device connected to an audio output of the artificial sound source in an acoustical isolated way; - analyzing the first audio signal and delivering a first list of sound classes (L1) corresponding to sounds recognized in the first audio signal; - analyzing the second audio signal and delivering a second list of sound classes (L2) corresponding to sounds recognized in the second audio signal; - delivering a third list of sound classes (L3), comprising only sound classes included in the first list of sound classes (L1) which are not included in the second list of sound classes (L2). - simultaneously obtaining : - a first audio signal from a first microphone (MIC) located in the environment; and - a second audio signal from an audio acquisition device (AAD), said audio acquisition device being a second microphone located in the vicinity of the artificial sound source or a device connected to an audio output of the artificial sound source in an acoustical isolated way; - a first audio signal from a first microphone (MIC) located in the environment; and - a second audio signal from an audio acquisition device (AAD), said audio acquisition device being a second microphone located in the vicinity of the artificial sound source or a device connected to an audio output of the artificial sound source in an acoustical isolated way; - analyzing the first audio signal and delivering a first list of sound classes (L1) corresponding to sounds recognized in the first audio signal; - analyzing the second audio signal and delivering a second list of sound classes (L2) corresponding to sounds recognized in the second audio signal; - delivering a third list of sound classes (L3), comprising only sound classes included in the first list of sound classes (L1) which are not included in the second list of sound classes (L2).
A passive compound strong ionization discharging plasma lightning rejection device comprises a thundercloud charge gathering and eliminating unit for passively producing air-plasma, a passive strong-ionization discharging unit and a grounding conductor , wherein the discharging electrode of the strong-ionization unit has two electrodes , electrode A being connected with the thundercloud charge gathering and eliminating unit , electrode B being connected to the grounding conductor , and a discharging gap being kept and fixed between the two electrodes by an insulating supporter; characterized in that the strong-ionization discharging unit is connected in series between the thundercloud charge gathering and eliminating unit and the grounding conductor unit , and that the thundercloud charge gathering and eliminating unit is a lightning eliminating array, wherein the lightning-eliminating array contains an arc-shaped base and a dozen to hundreds of array rods with tips and these array rods are mounted on the outer wall of the base.
Apparatus for the hot dip coating of a metal strip with at least two layers, having a continuous furnace for conducting and heating the metal strip , having a first vessel , which is disposed downstream of the continuous furnace in the travel direction of the metal strip and is filled with a melt (11.1), and having at least one second vessel filled with a melt (12.1), having a nozzle disposed between the continuous furnace and the first vessel for conducting and introducing the metal strip into the melt (11.1) in the first vessel , having a transition (11.2) disposed between the vessels for conducting the metal strip , having at least one deflection roller disposed in the second vessel for deflecting and discharging the metal strip from the second vessel , characterized in that at the transition (11.2) at least one inductor is disposed and wherein at least one heating means is provided, which is disposed in the travel direction of the metal strip between the first and second vessels .
A fire suppression device comprising: a nozzle body disposed about a central axis ; a bulb cage operatively coupled to the nozzle body ; and an antenna integrally formed with at least one structural component of the fire suppression device; characterized in that the antenna is formed in the bulb cage , the antenna being formed in a helical spiral shape. a nozzle body disposed about a central axis ; a bulb cage operatively coupled to the nozzle body ; and an antenna integrally formed with at least one structural component of the fire suppression device; characterized in that the antenna is formed in the bulb cage , the antenna being formed in a helical spiral shape.
A method of producing a multilayered printed indicia or stencil, comprising the steps of: providing a release coating on a substrate; optionally providing a printing ink layer onto said release coating; providing a coating of a curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the substrate or a thereon previously applied layer or coating; heating the curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide a gelled curable coating; optionally providing a printing ink layer onto said gelled polymer coating, providing a coating of another curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the previously applied layer or coating; heating the other curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide second gelled curable coating; before crosslinking is performed, the multilayer-coated substrate formed is heated to a temperature of 130-160°C, preferably 140-160°C; and crosslinking the heated multilayer-coated substrate, by irradiation and/or subjection to heat at a temperature of 165-190°C, preferably 170-180°C; wherein optionally a pressure sensitive adhesive composition coating is provided to the release coating on the substrate before further coatings are applied, or is provided to the gelled polymer coating which was last formed, if more than one is present. providing a release coating on a substrate; optionally providing a printing ink layer onto said release coating; providing a coating of a curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the substrate or a thereon previously applied layer or coating; heating the curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide a gelled curable coating; optionally providing a printing ink layer onto said gelled polymer coating, providing a coating of another curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the previously applied layer or coating; heating the other curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide second gelled curable coating; before crosslinking is performed, the multilayer-coated substrate formed is heated to a temperature of 130-160°C, preferably 140-160°C; and crosslinking the heated multilayer-coated substrate, by irradiation and/or subjection to heat at a temperature of 165-190°C, preferably 170-180°C; wherein optionally a pressure sensitive adhesive composition coating is provided to the release coating on the substrate before further coatings are applied, or is provided to the gelled polymer coating which was last formed, if more than one is present.
A system for detecting a fluid characteristic in a medication fluid communication system comprising: a fluid reservoir ; a fluid path connected between the fluid reservoir and a patient; a fluid delivery mechanism that controls the flow of fluid from the fluid reservoir to the patient via the fluid path; characterized by a planar base that supports the fluid delivery mechanism , the fluid path comprising at least one channel embedded on a surface of the planar base; and at least one sensor provided relative to the at least one embedded channel such that the sensor is in direct contact with fluid in a portion of the embedded channel , or has an intermediate element in direct contact with fluid in a portion of the embedded channel to separate a sensing element of the sensor from fluid in the embedded channel ; the at least one sensor selected from the group consisting of a pressure sensor configured to measure pressure of the fluid within the fluid path based on a force corresponding to pressure exerted by the fluid in the fluid path flowing directly or indirectly over a designated surface area of the pressure sensor, and a flow sensor configured to measure a characteristic of fluid flow within the fluid path to determine flow rate. a fluid reservoir ; a fluid path connected between the fluid reservoir and a patient; a fluid delivery mechanism that controls the flow of fluid from the fluid reservoir to the patient via the fluid path; a planar base that supports the fluid delivery mechanism , the fluid path comprising at least one channel embedded on a surface of the planar base; and at least one sensor provided relative to the at least one embedded channel such that the sensor is in direct contact with fluid in a portion of the embedded channel , or has an intermediate element in direct contact with fluid in a portion of the embedded channel to separate a sensing element of the sensor from fluid in the embedded channel ; the at least one sensor selected from the group consisting of a pressure sensor configured to measure pressure of the fluid within the fluid path based on a force corresponding to pressure exerted by the fluid in the fluid path flowing directly or indirectly over a designated surface area of the pressure sensor, and a flow sensor configured to measure a characteristic of fluid flow within the fluid path to determine flow rate.