mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: receiving, by a terminal device, a first reference signal from a first beam of a network device; determining, by the terminal device, availability of the first beam based on one or more first thresholds and the first reference signal; and sending, by the terminal device, first feedback information to the network device, wherein the first feedback information comprises at least one piece of first indication information, and the first indication information is used to indicate the availability of the first beam; wherein: the one or more first thresholds are configured for the terminal device; if there is one first threshold, there is one piece of first indication information, and the first indication information is used to indicate the availability of the first beam according to a decision criterion of the first threshold; or if there are a plurality of first thresholds, there are a plurality of pieces of first indication information, and each piece of first indication information is used to indicate the availability of the first beam according to a decision criterion of a corresponding first threshold. receiving, by a terminal device, a first reference signal from a first beam of a network device; determining, by the terminal device, availability of the first beam based on one or more first thresholds and the first reference signal; and sending, by the terminal device, first feedback information to the network device, wherein the first feedback information comprises at least one piece of first indication information, and the first indication information is used to indicate the availability of the first beam; wherein: the one or more first thresholds are configured for the terminal device; if there is one first threshold, there is one piece of first indication information, and the first indication information is used to indicate the availability of the first beam according to a decision criterion of the first threshold; or if there are a plurality of first thresholds, there are a plurality of pieces of first indication information, and each piece of first indication information is used to indicate the availability of the first beam according to a decision criterion of a corresponding first threshold. the one or more first thresholds are configured for the terminal device; if there is one first threshold, there is one piece of first indication information, and the first indication information is used to indicate the availability of the first beam according to a decision criterion of the first threshold; or if there are a plurality of first thresholds, there are a plurality of pieces of first indication information, and each piece of first indication information is used to indicate the availability of the first beam according to a decision criterion of a corresponding first threshold.
A computer-implemented method for updating components within a computer device, the method comprising: determining that a plurality of updates includes a common grouping of updates, the common grouping of updates including a first update that is associated with a first component and is a common update to a second update and a third update, wherein the second update is associated with a second component that is dependent on the first component for being operational, and the third update is associated with a third component that is dependent on the first component for being operational, the first component being a common component for the second and third components, the common update comprising an update for the common component; performing the first update on the first component and then enabling the first component before performing the second update on the second component and before performing the third update on the third component. determining that a plurality of updates includes a common grouping of updates, the common grouping of updates including a first update that is associated with a first component and is a common update to a second update and a third update, wherein the second update is associated with a second component that is dependent on the first component for being operational, and the third update is associated with a third component that is dependent on the first component for being operational, the first component being a common component for the second and third components, the common update comprising an update for the common component; performing the first update on the first component and then enabling the first component before performing the second update on the second component and before performing the third update on the third component.
An oil-in-water emulsion comprising an oil phase dispersed in an aqueous phase, the oil-in-water emulsion comprising: from 0.05 to 0.6 wt% of a surfactant selected from the group consisting of fatty alkyl amines, ethoxylated fatty alkylamines, ethoxylated fatty alkyl monoamines, methylated fatty alkyl monoamines, methylated fatty alkyl amines, and quaternary fatty alkyl amines, or a combination thereof; and from 0.5 to 70 wt% glycerol; wherein the oil-in-water emulsion has the following characteristics: - an average droplet size (D[4,3]) of from 3 to 15 μm; - less than 3wt% of the droplets have a particle size of greater than 125 μm; and - a dynamic viscosity of up to 500 mPas at 50 °C and 100 s -1, wherein viscosity is measured on a Malvern Kinexus TM instrument. from 0.05 to 0.6 wt% of a surfactant selected from the group consisting of fatty alkyl amines, ethoxylated fatty alkylamines, ethoxylated fatty alkyl monoamines, methylated fatty alkyl monoamines, methylated fatty alkyl amines, and quaternary fatty alkyl amines, or a combination thereof; and from 0.5 to 70 wt% glycerol; wherein the oil-in-water emulsion has the following characteristics: - an average droplet size (D[4,3]) of from 3 to 15 μm; - less than 3wt% of the droplets have a particle size of greater than 125 μm; and - a dynamic viscosity of up to 500 mPas at 50 °C and 100 s -1, wherein viscosity is measured on a Malvern Kinexus TM instrument. - an average droplet size (D[4,3]) of from 3 to 15 μm; - less than 3wt% of the droplets have a particle size of greater than 125 μm; and - a dynamic viscosity of up to 500 mPas at 50 °C and 100 s -1, wherein viscosity is measured on a Malvern Kinexus TM instrument.
A method of using a temperature sensor to determine the temperature of an object, comprising the steps of; (i) bringing the temperature sensor into thermal contact with the object to be measured, (ii) using the temperature sensor to acquire a plurality of temperature readings, said plurality of temperature readings being acquired prior to the temperature sensor reaching thermal equilibrium with the object, (iii) using at least some of the plurality of temperature readings of step (ii) to determine a pseudo-stable temperature at which the rate of change of temperature readings with time is less than a predetermined rate, and (iv) predicting the temperature of the object using the pseudo-stable temperature determined in step (iii), characterised in that the method comprises the step of determining a start temperature, said start temperature being the temperature of the temperature sensor prior to thermal contact being established with the object, and the step of determining a difference temperature (ΔT) between the pseudo-stable temperature and the start temperature, wherein step (iv) comprises predicting the temperature of the object by applying a correction to the pseudo-stable temperature, the applied correction depending on the difference temperature (ΔT). (i) bringing the temperature sensor into thermal contact with the object to be measured, (ii) using the temperature sensor to acquire a plurality of temperature readings, said plurality of temperature readings being acquired prior to the temperature sensor reaching thermal equilibrium with the object, (iii) using at least some of the plurality of temperature readings of step (ii) to determine a pseudo-stable temperature at which the rate of change of temperature readings with time is less than a predetermined rate, and (iv) predicting the temperature of the object using the pseudo-stable temperature determined in step (iii),
A method for manufacturing an ester-based composition, the method comprising: a step S1 of forming a reaction mixture of a polycarboxylic acid and a first alcohol; a step S2 of performing an esterification reaction of the reaction mixture to form a first unpurified product mixture including a first ester compound; a step S3 of performing a trans-esterification reaction of the first unpurified product mixture and a second alcohol to form a second unpurified product mixture including a second ester compound; a step S4 of performing the neutralization and water separation of the second unpurified product mixture to form a water layer stream and an organic layer stream; a step S5 of distilling the organic layer stream to obtain an alcohol-rich stream and an ester-rich stream; and a step S6 of removing the first alcohol and the second alcohol remaining in the ester-rich stream to obtain a mixed alcohol stream and a product stream, wherein the steps S1 to S6 are continuously performed. a step S1 of forming a reaction mixture of a polycarboxylic acid and a first alcohol; a step S2 of performing an esterification reaction of the reaction mixture to form a first unpurified product mixture including a first ester compound; a step S3 of performing a trans-esterification reaction of the first unpurified product mixture and a second alcohol to form a second unpurified product mixture including a second ester compound; a step S4 of performing the neutralization and water separation of the second unpurified product mixture to form a water layer stream and an organic layer stream; a step S5 of distilling the organic layer stream to obtain an alcohol-rich stream and an ester-rich stream; and a step S6 of removing the first alcohol and the second alcohol remaining in the ester-rich stream to obtain a mixed alcohol stream and a product stream, wherein the steps S1 to S6 are continuously performed.
A system comprising a liquid supply system and a management server, wherein the liquid supply system comprises: a dispensing device comprising a spout, a drinking fluid pipe which comprises a supply pipe, the drinking fluid pipe extending from an outlet of a storage container to the spout, the liquid supply system being configured to apply pressure to a beverage in the storage container to supply the beverage to the dispensing device through the supply pipe, and cause the beverage to pour into a beverage container through the spout, the liquid supply system further comprising a communication unit, the liquid supply system being further configured to communicate, to the management server through the communication unit, information on whether or not washing work has been conducted on the drinking fluid pipe and information on temperature of the beverage in the storage container, and the management server being configured to output a prediction about contamination in the drinking fluid pipe based on the information on whether or not washing work has been conducted, the information on temperature, and information on liquid type of the beverage, wherein the prediction about contamination in the drinking fluid pipe is a number of days until a contamination level of the drinking fluid pipe exceeds a threshold level (Lth), or the prediction is a ratio of a current contamination level to a threshold level (Lth). the management server being configured to output a prediction about contamination in the drinking fluid pipe based on the information on whether or not washing work has been conducted, the information on temperature, and information on liquid type of the beverage, wherein the prediction about contamination in the drinking fluid pipe is a number of days until a contamination level of the drinking fluid pipe exceeds a threshold level (Lth), or the prediction is a ratio of a current contamination level to a threshold level (Lth).
An orthosis part for an orthosis, comprising: - a first orthosis element - a second orthosis element, - a coupling part, by which the first orthosis element is connected to the second orthosis element in a limitedly movable manner, and - a resetting element, which is connected at one end to the first orthosis element and at the other end to the second orthosis element, which is formed from an alloy comprising titanium and nickel, and which, due to its elastic material properties, provides a restoring force when the first orthosis element is deflected relative to the second orthosis element, wherein a first pocket is formed in the first orthosis element, wherein a second pocket is formed in the second orthosis element, and wherein the resetting element is received at one end in the first pocket and at the other end in the second pocket, characterized in that a part of a second resetting element is accommodated in each of the pockets (112, 114), and in that the second resetting element consists of the same alloy as the resetting element. - a first orthosis element - a second orthosis element, - a coupling part, by which the first orthosis element is connected to the second orthosis element in a limitedly movable manner, and - a resetting element, which is connected at one end to the first orthosis element and at the other end to the second orthosis element, which is formed from an alloy comprising titanium and nickel, and which, due to its elastic material properties, provides a restoring force when the first orthosis element is deflected relative to the second orthosis element, wherein a first pocket is formed in the first orthosis element, wherein a second pocket is formed in the second orthosis element, and wherein the resetting element is received at one end in the first pocket and at the other end in the second pocket, which is connected at one end to the first orthosis element and at the other end to the second orthosis element, which is formed from an alloy comprising titanium and nickel, and which, due to its elastic material properties, provides a restoring force when the first orthosis element is deflected relative to the second orthosis element, wherein a first pocket is formed in the first orthosis element, wherein a second pocket is formed in the second orthosis element, and wherein the resetting element is received at one end in the first pocket and at the other end in the second pocket,
A method for preparing a whisker-reinforced SiC porous ceramic material, wherein raw materials for preparing such material include large-particle SiC aggregate, a sintering additive, a pore-forming agent, and a macromolecular polymer for bonding, and another macromolecular polymer used for reducing the de-molding resistance, characterized in that the blending materials also include a type of reinforcing agent, that is, SiC whiskers; and wherein the said sintering additive is zirconia, the said pore-forming agent is activated carbon, the said macromolecular polymer for bonding is polyvinyl alcohol, and the said macromolecular polymer used for reducing the de-molding resistance is liquid paraffin; and wherein the said SiC aggregate has an average particle size of 20-300 μm.
A device comprising a cap and a motion sensor, wherein: the cap is attachable to a selected part of a sport instrument, and the cap comprises a motion sensor housing, the housing is configured to be located inside a selected part of the sport instrument; wherein the housing is characterized by a locking mechanism for locking the motion sensor inside the housing, wherein the locking mechanism is configured to lock the motion sensor when pushed inside said housing and to unlock said motion sensor by tapping at the same location where the sensor was pushed in. the cap is attachable to a selected part of a sport instrument, and the cap comprises a motion sensor housing, the housing is configured to be located inside a selected part of the sport instrument; wherein the housing is characterized by a locking mechanism for locking the motion sensor inside the housing, wherein the locking mechanism is configured to lock the motion sensor when pushed inside said housing and to unlock said motion sensor by tapping at the same location where the sensor was pushed in.
A method of fabricating a structural part comprising a tubular portion from which there projects a structural element made of composite material, the method comprising the steps of: • shaping a preform (49; 59; 69; 79; 99) comprising a stack of a plurality of superposed plies such that over at least a fraction of the preform that is to form a structural portion, the plies are secured to one another, and over at least another fraction of the preform that is to form a portion for connecting to the tube, the plies are separable so as to form two facing sheets (44; 54; 64; 68; 74; 94); • inserting a tube between the sheets of the connection portion so that the sheets surround the tube at least in part; • stitching the sheets to the tube; • impregnating with resin the assembly made of the tube and the preform, the resin being subsequently hardened by polymerization, such that the tube forms the tubular portion and the preform forms the structural element of the structural part, the preform comprising two blanks cut out from a pad of superposed plies, the blanks being stitched together in at least one fraction to form the structural portion, and being left free in at least one other fraction to form the portion for connection to the tube, whereby in said portion each blank forms one of the sheets (44; 54; 64; 68; 94). • shaping a preform (49; 59; 69; 79; 99) comprising a stack of a plurality of superposed plies such that over at least a fraction of the preform that is to form a structural portion, the plies are secured to one another, and over at least another fraction of the preform that is to form a portion for connecting to the tube, the plies are separable so as to form two facing sheets (44; 54; 64; 68; 74; 94); • inserting a tube between the sheets of the connection portion so that the sheets surround the tube at least in part; • stitching the sheets to the tube; • impregnating with resin the assembly made of the tube and the preform, the resin being subsequently hardened by polymerization, such that the tube forms the tubular portion and the preform forms the structural element of the structural part,
A hair styling apparatus comprising: a plurality of heater electrodes which heat one or more hair styling heaters, the plurality of heater electrodes comprising a first subset and a second subset; a power source for powering the plurality of heater electrodes and a controller configured to control powering of the plurality of heater electrodes from the power source wherein, in a first mode of operation, the controller is configured to control the power source so that the first and second subsets of the plurality of heater electrodes are not simultaneously powered and are powered in a time interleaved manner multiple times per second. a plurality of heater electrodes which heat one or more hair styling heaters, the plurality of heater electrodes comprising a first subset and a second subset; a power source for powering the plurality of heater electrodes and a controller configured to control powering of the plurality of heater electrodes from the power source wherein, in a first mode of operation, the controller is configured to control the power source so that the first and second subsets of the plurality of heater electrodes are not simultaneously powered and are powered in a time interleaved manner multiple times per second.
A method of moving a molecular hopper along a track; wherein: (a) the track comprises a plurality of primary functional groups aligned along a substrate which is an organic or inorganic surface; (b) the hopper comprises a secondary functional group capable of forming a chemical bond to each of the plurality of primary functional groups on the track; and (c) the hopper comprises a charged polymeric cargo moiety; the method comprising the steps of: (i) contacting the hopper with the track such that the secondary functional group of the hopper binds to a first primary functional group on the track; (ii) applying a driving force so as to cause the hopper to be directionally transferred from the first primary functional group to a second primary functional group on the track thereby causing the hopper to move along the track; wherein the driving force is an electrical potential; and wherein the direction of the driving force relative to the track determines the direction of the movement of the hopper along the track. (a) the track comprises a plurality of primary functional groups aligned along a substrate which is an organic or inorganic surface; (b) the hopper comprises a secondary functional group capable of forming a chemical bond to each of the plurality of primary functional groups on the track; and (c) the hopper comprises a charged polymeric cargo moiety; (i) contacting the hopper with the track such that the secondary functional group of the hopper binds to a first primary functional group on the track; (ii) applying a driving force so as to cause the hopper to be directionally transferred from the first primary functional group to a second primary functional group on the track thereby causing the hopper to move along the track;
Method of producing a ball lock pin, wherein the ball lock pin comprises a sleeve component with an axial guide retainer in which a plunger is displaceably supported, and wherein the sleeve component has a bore which extends transversely with respect to the guide retainer and in which at least one retaining ball (12a, 12b) is arranged, wherein the at least one retaining ball (12a, 12b) is pressed in an outward direction towards a narrowing (10a, 10b) at the outer end of the bore in a locked position of the plunger such that the retaining ball (12a, 12b) projects beyond the narrowing (10a, 10b), and in an unlocked position, the at least one retaining ball (12a, 12b) can fall back into a thin portion, in particular a circumferential recess, on the plunger such that the retaining ball (12a, 12b) does not project beyond the narrowing (10a, 10b), the method comprising the following steps: a) a sleeve component is provided with a bore which extends in a transverse direction with respect to its guide retainer and extends at least to the guide retainer, wherein the diameter of the bore is smaller than the diameter of the at least one retaining ball (12a, 12b); b) by removing material, the bore is widened in an inner section to a diameter which is larger than the diameter of the at least one retaining ball (12a, 12b), wherein a narrowing (10a, 10b) remains at least at one outer end of the bore; c) the at least one retaining ball (12a, 12b) is inserted into the bore, in particular through the guide retainer, and through application of an underpressure to the at least one narrowing (10a, 10b) relative to the guide retainer the at least one retaining ball (12a, 12b) is drawn against the narrowing (10a, 10b); d) a plunger is inserted into the guide retainer while the at least one retaining ball (12a, 12b) is drawn by the underpressure against the narrowing (10a, 10b). a) a sleeve component is provided with a bore which extends in a transverse direction with respect to its guide retainer and extends at least to the guide retainer, wherein the diameter of the bore is smaller than the diameter of the at least one retaining ball (12a, 12b); b) by removing material, the bore is widened in an inner section to a diameter which is larger than the diameter of the at least one retaining ball (12a, 12b), wherein a narrowing (10a, 10b) remains at least at one outer end of the bore; c) the at least one retaining ball (12a, 12b) is inserted into the bore, in particular through the guide retainer, and through application of an underpressure to the at least one narrowing (10a, 10b) relative to the guide retainer the at least one retaining ball (12a, 12b) is drawn against the narrowing (10a, 10b); d) a plunger is inserted into the guide retainer while the at least one retaining ball (12a, 12b) is drawn by the underpressure against the narrowing (10a, 10b).