mhurhangee/patent-ind-claim-en huggingface dataset:
A method , at a user equipment, UE, , of supporting location services for the UE , the method comprising: transmitting and receiving a plurality of first signaling messages with a location server function implemented in a base station or access point of a radio access network, RAN, wherein the RAN comprises a first positioning domain, the plurality of first signaling messages comprising: first assistance data received by the UE from the location server function and configured to assist the UE to obtain a first location measurement, and; the first location measurement sent by the UE, the location server function enabled to determine an estimate of a location of the UE based at least in part on the first location measurement; and transmitting and receiving one or more second signaling messages with a location server in a core network, wherein the core network comprises a second positioning domain, the one or more second signaling messages comprising: a second location measurement obtained by the UE, and; second assistance data received by the UE, the second assistance data to assist the UE to obtain the second location measurement. first assistance data received by the UE from the location server function and configured to assist the UE to obtain a first location measurement, and; the first location measurement sent by the UE, the location server function enabled to determine an estimate of a location of the UE based at least in part on the first location measurement; and transmitting and receiving one or more second signaling messages with a location server in a core network, wherein the core network comprises a second positioning domain, the one or more second signaling messages comprising: a second location measurement obtained by the UE, and; second assistance data received by the UE, the second assistance data to assist the UE to obtain the second location measurement. a second location measurement obtained by the UE, and; second assistance data received by the UE, the second assistance data to assist the UE to obtain the second location measurement.
A method comprising: providing a substrate comprising one or more electronic structures ; providing a layer of perovskite overlaying the one or more electronic structures ; coating a layer of photoresist material overlaying the layer of perovskite ; aligning a mask with the one or more electronic structures and patterning the photoresist material characterized in that the method comprises using the same etchant to remove sections of the patterned photoresist material and the perovskite underneath the sections of the photoresist material , and that the perovskite comprises a hybrid organic-inorganic perovskite with the formula ABX 3 : where A = CH 3 NH 3 , NH 2 CH=NH 2 ; B = Pb, Sn; X = CI, Br, I. providing a substrate comprising one or more electronic structures ; providing a layer of perovskite overlaying the one or more electronic structures ; coating a layer of photoresist material overlaying the layer of perovskite ; aligning a mask with the one or more electronic structures and patterning the photoresist material characterized in that the method comprises using the same etchant to remove sections of the patterned photoresist material and the perovskite underneath the sections of the photoresist material , and that the perovskite comprises a hybrid organic-inorganic perovskite with the formula ABX 3 : where A = CH 3 NH 3 , NH 2 CH=NH 2 ; B = Pb, Sn; X = CI, Br, I.
A dust collector for a vacuum cleaner, comprising: a first cyclone disposed within an outer case to filter out dust from air introduced from an outside thereof and introduce the air from which dust has been filtered out to an inside thereof; a second cyclone accommodated in the inside of the first cyclone to separate fine dust from the air introduced to the inside of the first cyclone ; a vortex finder is provided at an upper portion of the second cyclone to discharge air from which fine dust is separated, wherein an inlet of the second cyclone is defined as an annular space between an inner circumference of the second cyclone and an outer circumference of the vortex finder ; a first guide vane spirally extended into an annular shaped first space (S1) between the first and the second cyclone to induce rotational flow so as to introduce air introduced into the first space (S1) to the inlet of the second cyclone ; and at least four second guide vanes disposed at 90° intervals along an outer circumference of the vortex finder and spirally extended along an inner circumference of the inlet to enhance the rotational flow of air introduced to an inside of the second cyclone through the inlet . a first cyclone disposed within an outer case to filter out dust from air introduced from an outside thereof and introduce the air from which dust has been filtered out to an inside thereof; a second cyclone accommodated in the inside of the first cyclone to separate fine dust from the air introduced to the inside of the first cyclone ; a vortex finder is provided at an upper portion of the second cyclone to discharge air from which fine dust is separated, wherein an inlet of the second cyclone is defined as an annular space between an inner circumference of the second cyclone and an outer circumference of the vortex finder ; a first guide vane spirally extended into an annular shaped first space (S1) between the first and the second cyclone to induce rotational flow so as to introduce air introduced into the first space (S1) to the inlet of the second cyclone ; and at least four second guide vanes disposed at 90° intervals along an outer circumference of the vortex finder and spirally extended along an inner circumference of the inlet to enhance the rotational flow of air introduced to an inside of the second cyclone through the inlet .
Control device (DC) for a vehicle (VA) capable of being driven by a driver during a manual driving phase and comprising a passenger compartment (H) equipped with at least one loudspeaker (HP) capable of broadcasting sound signals and an assistance device (DA) capable of driving it completely autonomously during an autonomous driving phase, the control device comprising : i) acquisition means (MA) capable of being secured to said vehicle (VA) and recording first sound signals present in the external environment of said vehicle (VA), and ii) control means (MC) capable, during an autonomous driving phase, of generating second sound signals in phase opposition with said first recorded sound signals, and supplying said loudspeaker (HP) with these second determined sound signals so that their broadcast induces in said passenger compartment (H) at least partial cancellation of said first sound signals , characterized in that said control means (MC) are suitable, at the start of an autonomous driving phase, for gradually increasing an amplitude of the second determined sound signals up to an amplitude substantially equal to an amplitude of the first sound signals recorded in said exterior environment of the vehicle (VA) , the control means (MC) are suitable for being informed by the assistance device (DA) of the driving phase in which their vehicle (VA) is located at the moment in question ( pca , pt or pcm ) , either via a direct connection between a computer (C1), which is part of the control device (DC) and which includes the control means (MC) and the assistance device (DA), either indirectly via another computer and/or a vehicle communication network (VA). characterized in that said control means (MC) are suitable, at the start of an autonomous driving phase, for gradually increasing an amplitude of the second determined sound signals up to an amplitude substantially equal to an amplitude of the first sound signals recorded in said exterior environment of the vehicle (VA) , the control means (MC) are suitable for being informed by the assistance device (DA) of the driving phase in which their vehicle (VA) is located at the moment in question ( pca , pt or pcm ) , either via a direct connection between a computer (C1), which is part of the control device (DC) and which includes the control means (MC) and the assistance device (DA), either indirectly via another computer and/or a vehicle communication network (VA).
A paper sheet storage device performing a storage operation of storing a paper sheet sent into the device and a feeding operation of feeding the paper sheet, the paper sheet storage device comprising: a first tape ; a second tape ; a first reel configured to wind the first tape from one end of the first tape ; a second reel configured to wind the second tape from one end of the second tape ; and a drum configured to wind the first tape and the second tape from other ends of the first tape and the second tape , wherein in the storage operation, the first tape and the second tape are wound around the drum with the paper sheet sandwiched therebetween to store the paper sheet, the first tape being positioned outside the paper sheet in a radial direction of the drum , in the feeding operation, the first tape is wound around the first reel and the second tape is wound around the second reel to feed the paper sheet from the drum , characterized in that in at least one of the storage operation or the feeding operation, greater tension acts on the first tape than on the second tape . a first tape ; a second tape ; a first reel configured to wind the first tape from one end of the first tape ; a second reel configured to wind the second tape from one end of the second tape ; and a drum configured to wind the first tape and the second tape from other ends of the first tape and the second tape , wherein in the storage operation, the first tape and the second tape are wound around the drum with the paper sheet sandwiched therebetween to store the paper sheet, the first tape being positioned outside the paper sheet in a radial direction of the drum , in the feeding operation, the first tape is wound around the first reel and the second tape is wound around the second reel to feed the paper sheet from the drum , characterized in that in at least one of the storage operation or the feeding operation, greater tension acts on the first tape than on the second tape .
A method for preparing tea water, comprising: deactivating enzymes of raw tea leaves by subjecting the raw tea leaves to steaming, heating or pressurization, and extracting juice therefrom to obtain tea juice, wherein tea leaves means shoots or leaves of Camellia sinensis; and removing ions from the tea juice by subjecting the tea juice to a vaporization and liquefaction process, or an osmotic filtering process to obtain tea water, wherein the tea water satisfies at least one of the following: a concentration of linalool of 5 μg/mL or less, a concentration of hexanol of 0.2 μg/mL or less, and a concentration of z-3-hexenol of 0.2 μg/mL or less, and aging the tea water at 0-120°C for 12 to 24 hours, after the tea water is obtained, wherein the raw tea leaves are non-processed tea leaves. deactivating enzymes of raw tea leaves by subjecting the raw tea leaves to steaming, heating or pressurization, and extracting juice therefrom to obtain tea juice, wherein tea leaves means shoots or leaves of Camellia sinensis; and removing ions from the tea juice by subjecting the tea juice to a vaporization and liquefaction process, or an osmotic filtering process to obtain tea water, wherein the tea water satisfies at least one of the following: a concentration of linalool of 5 μg/mL or less, a concentration of hexanol of 0.2 μg/mL or less, and a concentration of z-3-hexenol of 0.2 μg/mL or less, and aging the tea water at 0-120°C for 12 to 24 hours, after the tea water is obtained, wherein the raw tea leaves are non-processed tea leaves.
An isolated strain of probiotic gastrointestinal bacteria isolated from feces of a free ranging wolf , wherein the isolated strain is selected from Lactobacillus reuteri strain WF-1 IDAC Accession number 181218-01; Lactobacillus animalis strain WF-2 IDAC Accession number 181218-02; Enterococcus faecium strain WF-3 IDAC Accession number 181218-03; Lactobacillus plantarum strain WF-4 IDAC Accession number 181218-04; Lactobacillus brevis strain WF-5 IDAC Accession number 181218-05; Lactobacillus curvatus strain WF-6 IDAC Accession number 181218-06; Lactobacillus reuteri strain WF-7 IDAC Accession number 181218-07.
A system, comprising: one or more item detectors configured to determine a calibration value of a stowage area in a calibration mode, and determine a check value of the stowage area in a check mode; and a controller configured to: receive the calibration value and the check value from the one or more item detectors ; calculate a difference value between the calibration value and the check value; compare the difference value to a threshold value; and generate one or more found item signals if the difference value is greater than the threshold value; and characterized in that the system further comprises a user interface configured for a user to manually adjust the threshold value, and/or wherein the system further comprises one or more processors configured to automatically adjust the threshold value. one or more item detectors configured to determine a calibration value of a stowage area in a calibration mode, and determine a check value of the stowage area in a check mode; and a controller configured to: receive the calibration value and the check value from the one or more item detectors ; calculate a difference value between the calibration value and the check value; compare the difference value to a threshold value; and generate one or more found item signals if the difference value is greater than the threshold value; and characterized in that receive the calibration value and the check value from the one or more item detectors ; calculate a difference value between the calibration value and the check value; compare the difference value to a threshold value; and generate one or more found item signals if the difference value is greater than the threshold value; and characterized in that the system further comprises a user interface configured for a user to manually adjust the threshold value, and/or wherein the system further comprises one or more processors configured to automatically adjust the threshold value.
An energy storage pack or array comprising a plurality of energy storage cells and a thermal management system, wherein the thermal management system comprises one or more thermal conductive microfibrous media and one or more active cooling structures, wherein the microfibrous media are porous networks comprising sintered micron-size fibers, wherein one or more phase change materials are dispersed within the microfibrous media, and wherein the microfibrous media is machined and/or deformed to match one or more surfaces of the cells and the one or more active cooling structures, preferably wherein the energy storage cells are cylindrical.
Tanning unit comprising a drum , a separation device for separation of the tanning bath and solid waste generated in use in the drum , an electronic control unit and a plurality of sensors connected in data exchange with the control unit, characterised in that the control unit : a. is connected in data exchange with the plurality of sensors among which at least a flow sensor of the input water in the drum; a flow sensor for the output fluid discharged by the drum after the process; a meter for electric power absorbed by the drum and a solid waste weight sensor connected to a collecting device for the solid waste intercepted by the separation device ; and b. is programmed to process data received via the sensors and possible other data received via a user interface or by means of a data acquisition process; and to provide life cycle assessment data (LCA) and/ or life cycle cost data (LCC). a. is connected in data exchange with the plurality of sensors among which at least a flow sensor of the input water in the drum; a flow sensor for the output fluid discharged by the drum after the process; a meter for electric power absorbed by the drum and a solid waste weight sensor connected to a collecting device for the solid waste intercepted by the separation device ; and b. is programmed to process data received via the sensors and possible other data received via a user interface or by means of a data acquisition process; and to provide life cycle assessment data (LCA) and/ or life cycle cost data (LCC).
A pair of ski boots, each of which includes a shell and a liner , wherein the shell includes a sole that is unitary and an upper including an upper right portion and an upper left portion , wherein the upper right portion and the upper left portion are articulated onto the sole so as to rotate relative to the sole between an opened state and a closed state, wherein the shell also includes a lock and a locking line , and wherein the locking line winds around the upper at a plurality of positions, and is able to be retracted into the lock so as to maintain the upper right portion and the upper left portion in the closed state and is able to be released from the lock so as to rotate the upper right portion and the upper left portion into the opened state.
A power system having a plurality of wind turbine generators and a power plant controller arranged to communicate with the plurality of wind turbines generators, comprising: each wind turbine generator in the plurality of wind turbine generators being related to a wind turbine controller , the wind turbine controller being arranged to control an active power output in its related wind turbine generator according to an active power set point received from the power plant controller; a first subset of wind turbine generators operating at the active power output unrestricted of the active power set point; a second subset of wind turbine generators operating according to the active power set point; and characterized in that the power plant controller communicates the active power set point to at least the second subset of wind turbine generators, in accordance with the active power output of the first subset of the plurality of wind turbines generators, so as to reduce active power fluctuation of the aggregated active power output of the first and second subset of the plurality of wind turbine generators. each wind turbine generator in the plurality of wind turbine generators being related to a wind turbine controller , the wind turbine controller being arranged to control an active power output in its related wind turbine generator according to an active power set point received from the power plant controller; a first subset of wind turbine generators operating at the active power output unrestricted of the active power set point; a second subset of wind turbine generators operating according to the active power set point; and characterized in that the power plant controller communicates the active power set point to at least the second subset of wind turbine generators, in accordance with the active power output of the first subset of the plurality of wind turbines generators, so as to reduce active power fluctuation of the aggregated active power output of the first and second subset of the plurality of wind turbine generators.
A Core Network, CN, node configured to communicate with a Radio Access Network, RAN, node , the CN node comprising processing circuitry configured to: determine, based on knowledge of network slices associated with a User Equipment, UE, information for Radio Access Technology, RAT, and/or frequency selection, wherein the knowledge of network slices comprises knowledge of slices to which the UE is allowed access based on subscription information, the slices being within the UE registration area; and send the determined information to the RAN node. determine, based on knowledge of network slices associated with a User Equipment, UE, information for Radio Access Technology, RAT, and/or frequency selection, wherein the knowledge of network slices comprises knowledge of slices to which the UE is allowed access based on subscription information, the slices being within the UE registration area; and send the determined information to the RAN node.
A method for operating a user equipment, UE, in a wireless communication network, the method comprising: transmitting , to another UE , a synchronization signal for a device-to-device, D2D, discovery; and transmitting , to the another UE , a configuration message for the D2D discovery, wherein the configuration message comprises at least one of first information indicating a frame number of a frame in which the synchronization signal is transmitted, or second information indicating a subframe number of a subframe in which the synchronization signal is transmitted. transmitting , to another UE , a synchronization signal for a device-to-device, D2D, discovery; and transmitting , to the another UE , a configuration message for the D2D discovery, wherein the configuration message comprises at least one of first information indicating a frame number of a frame in which the synchronization signal is transmitted, or second information indicating a subframe number of a subframe in which the synchronization signal is transmitted.
A monitoring device having an optical sensor , by means of which object monitoring is carried out within a protective field , wherein three contour detection fields (Kl, K2, K3) of different lengths are provided, wherein the contour detection fields (Kl, K2, K3) project beyond the protective field and do not overlap there, at least partially, and wherein an enlargement or reduction of the protective field is effected depending on the sequence of occupancy states of the contour detection fields (Kl, K2, K3), characterised in that the longest contour detection field (Kl) is arranged between the two further contour detection fields.
Device for separating and handling particles from a particle supply, consisting of a sample table with the particle supply and a pipette that can be moved in the x-y-z direction, the particles having a mass down into the μg range and grain sizes of below 150 μm, characterized in that the sample table is connected to a vibration generator for supplying mechanical vibrational energy for the forming of a gas-solid particle mixture over the sample table, in that a pipette with a perforated orifice plate for receiving particles from the gas-solid particle mixture is arranged over the gas-solid particle mixture and is connected to a device for generating a negative pressure, and in that between the pipette and the perforated orifice plate there is a pulse generator for generating electro-acoustic pulses.