mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid cosmetic containing a capsule in an aqueous medium, wherein - the capsule comprises agar shell consisting entirely of agar and encapsulating an oil component, and - the aqueous medium comprises a low molecular polyol having a molecular weight not greater than 8,000 g.mol -1 and at least one polymer selected from the group consisting of an alkyl (meth)acrylate copolymer, a (meth)acrylic acid-alkyl (meth)acrylate copolymer or its salt, possibly in their crosslinked forms, and a polysaccharide, the content of low molecular polyol being 7 mass% or greater based on the total liquid cosmetic mass. - the capsule comprises agar shell consisting entirely of agar and encapsulating an oil component, and - the aqueous medium comprises a low molecular polyol having a molecular weight not greater than 8,000 g.mol -1 and at least one polymer selected from the group consisting of an alkyl (meth)acrylate copolymer, a (meth)acrylic acid-alkyl (meth)acrylate copolymer or its salt, possibly in their crosslinked forms, and a polysaccharide,
At least one computer readable storage device or storage disk comprising instructions which, when executed, cause a programmable device to at least: determine, based on a first plurality of service-related metrics from a network node, upstream network nodes and downstream network nodes in a network ; query the upstream network nodes and the downstream network nodes with a multicast request for an additional plurality of service-related metrics; extrapolate a current network topology based on the plurality of service-related metrics from the network node and the additional plurality of service-related metrics from the upstream network nodes and the downstream network nodes; determine a set of critical service delivery points in the network based on the network topology, the plurality of service-related metrics, and the additional plurality of service-related metrics, wherein the plurality of service-related metrics includes a first count of packets in data, a second count of errors in the data, and a third count of volume of the data; monitor the set of critical service delivery points for a service interruption; and generate a first network service alert responsive to the service interruption. determine, based on a first plurality of service-related metrics from a network node, upstream network nodes and downstream network nodes in a network ; query the upstream network nodes and the downstream network nodes with a multicast request for an additional plurality of service-related metrics; extrapolate a current network topology based on the plurality of service-related metrics from the network node and the additional plurality of service-related metrics from the upstream network nodes and the downstream network nodes; determine a set of critical service delivery points in the network based on the network topology, the plurality of service-related metrics, and the additional plurality of service-related metrics, wherein the plurality of service-related metrics includes a first count of packets in data, a second count of errors in the data, and a third count of volume of the data; monitor the set of critical service delivery points for a service interruption; and generate a first network service alert responsive to the service interruption.
An anti-flooding method of a water-fed apparatus , comprising: a) equipping the apparatus with at least one first sensor configured to generate an alarm signal in the presence of water, and a control unit configured to process said signal; b) equipping the apparatus with means controlled by the control unit to stop the water supply to the apparatus ; c) equipping the apparatus with means for measuring the value of the volume of water entering or passing through the apparatus , or equipping the apparatus with means for measuring the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus ; d) by means of the at least one first sensor , detecting a water leak at at least one portion of the apparatus and generating the alarm signal, characterised in that e) if - the value of the volume of water entering, or passing through, the apparatus exceeds a first limit value programmed in the control unit , or if - the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus is outside a range of values programmed in the control unit , the control unit triggers the means to stop the water supply to the apparatus . a) equipping the apparatus with at least one first sensor configured to generate an alarm signal in the presence of water, and a control unit configured to process said signal; b) equipping the apparatus with means controlled by the control unit to stop the water supply to the apparatus ; c) equipping the apparatus with means for measuring the value of the volume of water entering or passing through the apparatus , or equipping the apparatus with means for measuring the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus ; d) by means of the at least one first sensor , detecting a water leak at at least one portion of the apparatus and generating the alarm signal, characterised in that e) if - the value of the volume of water entering, or passing through, the apparatus exceeds a first limit value programmed in the control unit , or if - the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus is outside a range of values programmed in the control unit , the control unit triggers the means to stop the water supply to the apparatus . - the value of the volume of water entering, or passing through, the apparatus exceeds a first limit value programmed in the control unit , or if - the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus is outside a range of values programmed in the control unit ,
A method for controlling a driver assistance system that includes a brake support function of a vehicle , the method comprising the steps of: - receiving (S1) an indication of a difference in road friction between a left and a right wheel of a plurality of wheels of the vehicle ; - receiving (S2) an indication of a level of driver reaction to a braking action, the braking action performed by applying a predetermined brake pressure to the plurality of wheels of the vehicle , and - determining (S3) an adjusted brake pressure based on the difference in road friction and the driver reaction level, the method being characterized in that the predetermined brake pressure is determined based on an indication of a level of driver alertness. - receiving (S1) an indication of a difference in road friction between a left and a right wheel of a plurality of wheels of the vehicle ; - receiving (S2) an indication of a level of driver reaction to a braking action, the braking action performed by applying a predetermined brake pressure to the plurality of wheels of the vehicle , and - determining (S3) an adjusted brake pressure based on the difference in road friction and the driver reaction level,
A method of manufacturing a current sensing inductive device, comprising: securing a first end of a conductive winding to one of a plurality of segmented winding elements; continuously winding the conductive winding onto the plurality of segmented winding elements in a sequential order ; and securing a second end of the conductive winding to the one of the plurality of segmented winding elements; wherein the method is characterized in that the sequential order comprises: a first step of traversing the conductive winding from the one of the plurality of segmented winding elements over each of at least a portion of the plurality of segmented winding elements in a first direction; a second step of traversing the conductive winding over each of the plurality of segmented winding elements in a second direction, the second direction being opposite from the first direction; and a third step of traversing the conductive winding over each of the plurality of segmented winding elements in the first direction up to the one of the plurality of segmented winding elements. securing a first end of a conductive winding to one of a plurality of segmented winding elements; continuously winding the conductive winding onto the plurality of segmented winding elements in a sequential order ; and securing a second end of the conductive winding to the one of the plurality of segmented winding elements; wherein the method is characterized in that the sequential order comprises: a first step of traversing the conductive winding from the one of the plurality of segmented winding elements over each of at least a portion of the plurality of segmented winding elements in a first direction; a second step of traversing the conductive winding over each of the plurality of segmented winding elements in a second direction, the second direction being opposite from the first direction; and a third step of traversing the conductive winding over each of the plurality of segmented winding elements in the first direction up to the one of the plurality of segmented winding elements. a first step of traversing the conductive winding from the one of the plurality of segmented winding elements over each of at least a portion of the plurality of segmented winding elements in a first direction; a second step of traversing the conductive winding over each of the plurality of segmented winding elements in a second direction, the second direction being opposite from the first direction; and a third step of traversing the conductive winding over each of the plurality of segmented winding elements in the first direction up to the one of the plurality of segmented winding elements.
An apparatus for processing dough comprising a frame , a belt conveyor configured to convey a dough strand , preferably being bandlike, and a processing station configured to process the dough strand and arranged downstream of the belt conveyor , wherein the belt conveyor comprises a guiding table pivotable between an operating position (B) and a cleaning position (R) and configured to guide a conveyor belt of the belt conveyor on a side of the belt conveyor facing the processing station , characterized in that the guiding table is connected to the frame by means of two lever arms , each pivotably connected to both the frame and the guiding table .
A method of operating a user equipment, UE, comprising: establishing a radio resource control, RRC, connection with a source base station; following establishment of the RRC connection, sending an indication of a security capability of the UE to the source base station; receiving a non-access stratum, NAS, message, from the source base station, wherein the NAS message identifies a selected security algorithm; generating the access stratum security key to be used with the selected security algorithm; generating an RRC integrity token using the selected security algorithm and the access stratum security key; and in response to a link failure between the UE and the source base station, transmitting the RRC integrity token to a target base station. establishing a radio resource control, RRC, connection with a source base station; following establishment of the RRC connection, sending an indication of a security capability of the UE to the source base station; receiving a non-access stratum, NAS, message, from the source base station, wherein the NAS message identifies a selected security algorithm; generating the access stratum security key to be used with the selected security algorithm; generating an RRC integrity token using the selected security algorithm and the access stratum security key; and in response to a link failure between the UE and the source base station, transmitting the RRC integrity token to a target base station.
A method for supporting molding of a pulverized material resin material, the method comprising: plasticizing and injection-molding a pulverized material resin material including a pulverized material as at least a part by rotating a screw inserted in a heating tube, the method being characterized in that before use of the pulverized material, an area of a particle shape of the pulverized material in one direction is measured, a pulverized material shape index indicating a relative size of the area with respect to a depth of a screw groove is determined by computation processing and when a size of the pulverized material shape index is equal to or greater than a preset setting value, the screw is determined to be inappropriate, and at least a result of the determination is displayed. plasticizing and injection-molding a pulverized material resin material including a pulverized material as at least a part by rotating a screw inserted in a heating tube, the method being characterized in that before use of the pulverized material, an area of a particle shape of the pulverized material in one direction is measured, a pulverized material shape index indicating a relative size of the area with respect to a depth of a screw groove is determined by computation processing and when a size of the pulverized material shape index is equal to or greater than a preset setting value, the screw is determined to be inappropriate, and at least a result of the determination is displayed.
A method for generating a transvalvular pressure quantification, the method comprising: acquiring a plurality of color Doppler ultrasound image frames, wherein the image frames comprise a view of a valve and a cavity; presenting an image frame of the plurality of color Doppler ultrasound image frames to a user; receiving a user input from the user indicating a location of the valve; tracking the location of the valve in the plurality of color Doppler ultrasound image frames based on the user input; computing a vector flow through the valve and in the cavity based on the tracked location of the valve and the plurality of color Doppler ultrasound image frames; and estimating the transvalvular pressure of the valve based on the vector flow. acquiring a plurality of color Doppler ultrasound image frames, wherein the image frames comprise a view of a valve and a cavity; presenting an image frame of the plurality of color Doppler ultrasound image frames to a user; receiving a user input from the user indicating a location of the valve; tracking the location of the valve in the plurality of color Doppler ultrasound image frames based on the user input; computing a vector flow through the valve and in the cavity based on the tracked location of the valve and the plurality of color Doppler ultrasound image frames; and estimating the transvalvular pressure of the valve based on the vector flow.
An ultrasound system comprising: an ultrasound transducer comprising a plurality of transducer elements ; a measuring system for acquiring a first series of measurements of a plurality of first anatomical regions through which the ultrasound waves emitted from the transducer elements will travel and a second series of measurements of a plurality of second anatomical regions through which the ultrasound waves emitted from the transducer elements traveled, the second anatomical regions being different from the first anatomical regions; and a processor configured to: computationally train a predictor using the second series of measurements of the plurality of second anatomical regions, second values of a plurality of characteristics associated with the second anatomical regions, and second ultrasound aberrations associated with the second values of the characteristics; determine first values of a plurality of characteristics based at least in part on the first series of measurements of the plurality of first anatomical regions; execute the predictor that has been computationally trained to predict ultrasound aberrations using the first values as input to the executing predictor, whereby the predictor predicts first aberrations of the ultrasound waves traveling through the first anatomical regions; and drive the transducer elements to compensate for the predicted aberrations. an ultrasound transducer comprising a plurality of transducer elements ; a measuring system for acquiring a first series of measurements of a plurality of first anatomical regions through which the ultrasound waves emitted from the transducer elements will travel and a second series of measurements of a plurality of second anatomical regions through which the ultrasound waves emitted from the transducer elements traveled, the second anatomical regions being different from the first anatomical regions; and a processor configured to: computationally train a predictor using the second series of measurements of the plurality of second anatomical regions, second values of a plurality of characteristics associated with the second anatomical regions, and second ultrasound aberrations associated with the second values of the characteristics; determine first values of a plurality of characteristics based at least in part on the first series of measurements of the plurality of first anatomical regions; execute the predictor that has been computationally trained to predict ultrasound aberrations using the first values as input to the executing predictor, whereby the predictor predicts first aberrations of the ultrasound waves traveling through the first anatomical regions; and drive the transducer elements to compensate for the predicted aberrations. execute the predictor that has been computationally trained to predict ultrasound aberrations using the first values as input to the executing predictor, whereby the predictor predicts first aberrations of the ultrasound waves traveling through the first anatomical regions; and drive the transducer elements to compensate for the predicted aberrations.
A central processing unit for control of an aircraft system provided on board an aircraft, the central processing unit being connectable to at least two remote data concentrators over a network connection so as to control a system component of an aircraft system, wherein the central processing unit is configured to: - select one of the at least two remote data concentrators so as to control the system component by considering at least one of power supply characteristics of the at least two remote data concentrators and availability of the at least two remote data concentrators ; and - instruct the selected remote data concentrator to control the system component . - select one of the at least two remote data concentrators so as to control the system component by considering at least one of power supply characteristics of the at least two remote data concentrators and availability of the at least two remote data concentrators ; and - instruct the selected remote data concentrator to control the system component .
A secondary battery comprising a positive electrode ; a negative electrode capable of allowing lithium ions to be inserted and to be extracted; and an inorganic solid-containing layer which is disposed between the positive electrode and the negative electrode and comprises: a mixed solvent; a lithium salt dissolved in the mixed solvent; and inorganic solid particles, and the mixed solvent comprising a fluorinated carbonate and a fluorinated ether.
A method comprising: receiving at least one of secure and open service signals from at least one satellite navigation system; for each of the received signals, determining a pseudo-range; and associating a statistical weighting to each respective pseudo-range based on which satellite constellation the signal from which the pseudo-range is determined originates from and whether it is an open signal or a secure signal; using the statistical weightings to determine the weight given to a determined pseudo range measurement used in a Receiver Autonomous Integrity Monitoring, RAIM, step. receiving at least one of secure and open service signals from at least one satellite navigation system; for each of the received signals, determining a pseudo-range; and associating a statistical weighting to each respective pseudo-range based on which satellite constellation the signal from which the pseudo-range is determined originates from and whether it is an open signal or a secure signal; using the statistical weightings to determine the weight given to a determined pseudo range measurement used in a Receiver Autonomous Integrity Monitoring, RAIM, step.
A method for preparing a soluble and functional telomerase complex in cell-free systems comprising at least the following steps: a) providing a reaction medium comprising at least the following components: - a nucleic acid template coding for the telomerase reverse transcriptase subunit (TERT) - a DNA template coding for the intrinsic telomerase RNA (TR), - an RNA polymerase - an eukaryotic cell lysate; b) concomitantly performing a translation reaction to synthesize the telomerase reverse transcriptase subunit (TERT) and a transcription reaction to synthesize the intrinsic telomerase RNA (TR); c) self-assembling of the TERT protein subunit and the TR RNA subunit in the reaction medium to form a functional telomerase complex; d) optionally further purifying and/or isolating the telomerase complex, characterised in that the method is carried out in a device which comprises at least two compartments separated by a dialysis membrane, wherein the translation and transcription reactions take place in at least one first compartment, the reaction compartment, and, during the translation and transcription reactions, i) reactants diffuse through the dialysis membrane out of at least one further compartment, the supply and discharge compartment, into the reaction compartment and ii) reaction by-products diffuse through the dialysis membrane out of the reaction compartment into the supply and discharge compartment. a) providing a reaction medium comprising at least the following components: - a nucleic acid template coding for the telomerase reverse transcriptase subunit (TERT) - a DNA template coding for the intrinsic telomerase RNA (TR), - an RNA polymerase - an eukaryotic cell lysate; - a nucleic acid template coding for the telomerase reverse transcriptase subunit (TERT) - a DNA template coding for the intrinsic telomerase RNA (TR), - an RNA polymerase - an eukaryotic cell lysate; b) concomitantly performing a translation reaction to synthesize the telomerase reverse transcriptase subunit (TERT) and a transcription reaction to synthesize the intrinsic telomerase RNA (TR); c) self-assembling of the TERT protein subunit and the TR RNA subunit in the reaction medium to form a functional telomerase complex; d) optionally further purifying and/or isolating the telomerase complex,
A gas measuring apparatus , comprising: at least one measuring channel , including at least one sensor unit, a core body including a first part and a second part , wherein the first part is assembled at the second part at a flat or planar interface and the at least one measuring channel is configured in the flat or planar interface , characterized in that at least one capillary is arranged in the at least one measuring channel and the at least one capillary is configured as an insert. at least one measuring channel , including at least one sensor unit, a core body including a first part and a second part , wherein the first part is assembled at the second part at a flat or planar interface and the at least one measuring channel is configured in the flat or planar interface ,