mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a user device from a serving base station, a list of base stations including base station identities and/or respective information about their physical channels used for broadcast signaling, wherein the user device is a GSM user device, the serving base station is a GSM base station and the list of base stations is a list of GSM base stations; characterised by receiving, by the user device from the serving base station, a positioning reference identifier associated with a timing advance measurement procedure with respect to the user device and one or more base stations identified in the list; sending, by the user device to one or more of the base stations identified in the list, an access burst including a synchronization sequence and the positioning reference identifier; or sending, by the user device to one or more of the base stations identified in the list, a first access burst including a synchronization sequence and a first part of the positioning reference identifier and a second access burst including a synchronization sequence and a second part of the positioning reference identifier. receiving, by a user device from a serving base station, a list of base stations including base station identities and/or respective information about their physical channels used for broadcast signaling, wherein the user device is a GSM user device, the serving base station is a GSM base station and the list of base stations is a list of GSM base stations; characterised by receiving, by the user device from the serving base station, a positioning reference identifier associated with a timing advance measurement procedure with respect to the user device and one or more base stations identified in the list; sending, by the user device to one or more of the base stations identified in the list, an access burst including a synchronization sequence and the positioning reference identifier; or sending, by the user device to one or more of the base stations identified in the list, a first access burst including a synchronization sequence and a first part of the positioning reference identifier and a second access burst including a synchronization sequence and a second part of the positioning reference identifier.
A wind turbine comprising - a tower, - an energy conversion unit that is arranged substantially outside the upper tower cross-section and that has a generator and a rotor having at least one rotor blade (40a, 40b) connected to a hub, - a head carrier arranged on the tower and connecting the energy conversion unit to the tower, and - a lifting device having a lifting cable for lifting and lowering the energy conversion unit characterized in that the lifting device is formed by several hydraulic linear cylinders that are formed in each case from an outer hollow cylinder and an inner hollow cylinder that can be displaced relative to the outer hollow cylinder, each inner hollow cylinder having at its free end a redirecting assembly for transferring a lifting cable from a substantially horizontal plane to a vertical plane and the lifting cable being guided through the cavity formed by the outer and the inner cylinders (100, 110). - a tower, - an energy conversion unit that is arranged substantially outside the upper tower cross-section and that has a generator and a rotor having at least one rotor blade (40a, 40b) connected to a hub, - a head carrier arranged on the tower and connecting the energy conversion unit to the tower, and - a lifting device having a lifting cable for lifting and lowering the energy conversion unit characterized in that the lifting device is formed by several hydraulic linear cylinders that are formed in each case from an outer hollow cylinder and an inner hollow cylinder that can be displaced relative to the outer hollow cylinder, each inner hollow cylinder having at its free end a redirecting assembly for transferring a lifting cable from a substantially horizontal plane to a vertical plane and the lifting cable being guided through the cavity formed by the outer and the inner cylinders (100, 110).
A method for treating feed silage for ruminants, by which silage is mixed with a microorganism and the mixture of feed silage and microorganism is stored in a closed container for at least 30 days, characterized in that the feed silage is mixed with at least two microorganisms selected from the group consisting of Enterococcus faecium DSM 3530, Lactobacillus brevis DSM 19456, Lactobacillus plantarum DSM 19457, Lactobacillus kefiri DSM 19455, Trichosporon spec. nov. DSM 14153, Trichosporon mucoides DSM 14156, Trichosporon dulcitum DSM 14162 and Eubacterium DSM 11798, as well as a siliate having a large internal surface area.
A particle dispersion method for dispersing particles fixed on an inner surface of a container into a liquid in the container, the method comprising: an installation step of installing a container having a cylindrical main body part and an inclined part on a bottom side of the cylindrical main body part, the inclined part tapering toward a bottom side of the container, an inner diameter of the inclined part linearly decreasing from the bottom side of the cylindrical main body part toward the bottom side of the container and a taper angle of the inclined part with respect to a central axis of the container being constant; wherein the particles are fixed on an inner surface of a first side of the inclined part; characterized in that the method further comprises a discharge step of discharging the liquid from above a second side of the inclined part toward the second side of the inclined part, the second side being opposite the first side across the central axis of the container. an installation step of installing a container having a cylindrical main body part and an inclined part on a bottom side of the cylindrical main body part, the inclined part tapering toward a bottom side of the container, an inner diameter of the inclined part linearly decreasing from the bottom side of the cylindrical main body part toward the bottom side of the container and a taper angle of the inclined part with respect to a central axis of the container being constant; wherein the particles are fixed on an inner surface of a first side of the inclined part; characterized in that the method further comprises a discharge step of discharging the liquid from above a second side of the inclined part toward the second side of the inclined part, the second side being opposite the first side across the central axis of the container.
A system for evaluating a patient for stress urinary incontinence, comprising: a nebulizer (1504, 1512) containing an agent for inducing an involuntary reflex cough event within the patient that activates the nucleus ambiguous and medial motor cell column of the patient and stimulates involuntary cough activated paraspinal muscles in the pelvis of the patient; at least one electromyogram pad (1501,1516) adapted to be attached to the lumbar region of the patient's back and obtain EMG signals from the paraspinal muscles; a urine leak detect device (1506, 1514) configured to detect urine leakage; and a processing device configured to receive the EMG signals from involuntary reflex coughs activated paraspinal muscles and determine the duration of the involuntary reflex cough event, receive the urine leakage detection signal and identify a urine leakage time that occurs during the involuntary reflect cough, and correlate the EMG and duration of the involuntary reflex cough event with the urine leakage time to determine stress urinary incontinence. a nebulizer (1504, 1512) containing an agent for inducing an involuntary reflex cough event within the patient that activates the nucleus ambiguous and medial motor cell column of the patient and stimulates involuntary cough activated paraspinal muscles in the pelvis of the patient; at least one electromyogram pad (1501,1516) adapted to be attached to the lumbar region of the patient's back and obtain EMG signals from the paraspinal muscles; a urine leak detect device (1506, 1514) configured to detect urine leakage; and a processing device configured to receive the EMG signals from involuntary reflex coughs activated paraspinal muscles and determine the duration of the involuntary reflex cough event, receive the urine leakage detection signal and identify a urine leakage time that occurs during the involuntary reflect cough, and correlate the EMG and duration of the involuntary reflex cough event with the urine leakage time to determine stress urinary incontinence.
A packaging for roof window installation elements, said packaging comprising a main body formed from a sheet material, such as corrugated cardboard, and comprising a base section adapted for supporting the packaging during unpacking, where a base plane extends in parallel to the base section, where the packaging comprises at least two compartments (10, 20, 30) arranged side-by-side when seen along the base plane, and where the packaging comprises two or more lids and/or lid sections (11, 21, 31) each associated with one of these compartments, said lids and/or lid sections being configured for being opened one by one, c h a r act e r i zed in that said lids and/or lid sections are each a part of the main body, in that a first compartment is configured for containing installation elements for use in securing a frame of a roof window to a roof structure, in that a second compartment is configured for containing installation elements for weatherproofing a joint between a roof window and a roof structure, and in that the lids and/or lid sections are ranked in order of an intended opening sequence.
A method of making a statin compound, comprising contacting a LovD acyltransferase substrate with a LovD acyltransferase in the presence of a thioester donor and a precipitating agent, under conditions which yield a statin compound, wherein the reaction product is precipitated when the precipitating agent is present.
A noise detection circuit for a power supply, the noise detection circuit comprising: an impedance element connected to a line for carrying a power supply current having a noise signal component, the noise signal comprising a common mode noise signal and a differential mode noise signal; a filter element coupled to the impedance element and configured to supress the differential mode noise signal in the noise detection circuit, wherein the filter element comprises one or more of: a high-pass filter coupled to the sensing element, a band-pass filter coupled to the sensing element, an inductance arranged as a filter, and a digital filter realised by an integrated circuit; and an evaluation circuit coupled to the impedance element or the filter element and arranged to sense the common mode noise signal and provide an output representative of the common mode noise signal. an impedance element connected to a line for carrying a power supply current having a noise signal component, the noise signal comprising a common mode noise signal and a differential mode noise signal; a filter element coupled to the impedance element and configured to supress the differential mode noise signal in the noise detection circuit, wherein the filter element comprises one or more of: a high-pass filter coupled to the sensing element, a band-pass filter coupled to the sensing element, an inductance arranged as a filter, and a digital filter realised by an integrated circuit; and a high-pass filter coupled to the sensing element, a band-pass filter coupled to the sensing element, an inductance arranged as a filter, and a digital filter realised by an integrated circuit; and an evaluation circuit coupled to the impedance element or the filter element and arranged to sense the common mode noise signal and provide an output representative of the common mode noise signal.
Process for the continuous preparation of a polyolefin in a reactor from one or more α-olefin monomers of which at least one is ethylene or propylene, wherein the reactor comprises a fluidized bed, an expanded section located at or near the top of the reactor, a distribution plate located at the lower part of the reactor and an inlet for a recycle stream located under the distribution plate wherein the process comprises - feeding a polymerization catalyst to the fluidized bed in the area above the distribution plate - feeding the one or more α-olefin monomers to the reactor - withdrawing the polyolefin from the reactor - circulating fluids from the top of the reactor to the bottom of the reactor, wherein the circulating fluids are compressed using a compressor and subsequently cooled using a heat exchanger to form a cooled recycle stream comprising liquid, and wherein the cooled recycle stream is introduced into the reactor using the inlet for the recycle stream wherein a part of the cooled recycle stream is drawn to form a liquid comprising stream, wherein the liquid comprising stream is introduced into the expanded section during at least part of the polymerization process, and wherein the liquid comprising stream is brought into contact with at least part of the interior surface of the expanded section. - feeding a polymerization catalyst to the fluidized bed in the area above the distribution plate - feeding the one or more α-olefin monomers to the reactor - withdrawing the polyolefin from the reactor - circulating fluids from the top of the reactor to the bottom of the reactor, wherein the circulating fluids are compressed using a compressor and subsequently cooled using a heat exchanger to form a cooled recycle stream comprising liquid, and wherein the cooled recycle stream is introduced into the reactor using the inlet for the recycle stream
A pharmaceutical composition comprising granules and having an intragranular and an extragranular phase, said composition comprising: eslicarbazepine acetate in an amount from 80 to 90% by weight of the total weight of the composition, wherein the eslicarbazepine acetate is present in the intragranular phase; povidone in an amount from 3 to 10% by weight of the total weight of the composition, wherein the povidone is present in the intragranular phase; croscarmellose sodium in an amount from 3 to 10% by weight of the total weight of the composition, wherein 50% of the croscarmellose sodium is present in the intragranular phase and 50% is present in the extragranular phase; and magnesium stearate in an amount from 0.1 to 3% by weight of the total weight of the composition, wherein the magnesium stearate is present in the extragranular phase, wherein the composition is in the form of a tablet and is prepared by wet granulation using a granulation liquid wherein the granulation liquid is water. eslicarbazepine acetate in an amount from 80 to 90% by weight of the total weight of the composition, wherein the eslicarbazepine acetate is present in the intragranular phase; povidone in an amount from 3 to 10% by weight of the total weight of the composition, wherein the povidone is present in the intragranular phase; croscarmellose sodium in an amount from 3 to 10% by weight of the total weight of the composition, wherein 50% of the croscarmellose sodium is present in the intragranular phase and 50% is present in the extragranular phase; and magnesium stearate in an amount from 0.1 to 3% by weight of the total weight of the composition, wherein the magnesium stearate is present in the extragranular phase, wherein the composition is in the form of a tablet and is prepared by wet granulation using a granulation liquid wherein the granulation liquid is water.
A hydraulic machine comprising a controller, a plurality of cylinders, a low pressure working fluid line, a high pressure working fluid line, and a plurality of valves (18, 28) regulating the flow of working fluid between each cylinder and the low and high pressure working fluid lines (20, 30), at least one valve associated with each cylinder being an electronically controlled valve, the controller being operable to actively control the opening and/or closing of the electronically controlled valves to select whether a cylinder undergoes an active cycle during which there is a net displacement of working fluid or an inactive cycle during which there is no net displacement of working fluid, for each cylinder on each cycle of cylinder volume, wherein the controller is configured to cause selected cylinders to undergo active cycles and the remainder of said plurality of cylinders to undergo inactive cycles, wherein the selected cylinders form one or more groups of cylinders, so that there is a correlation between cylinders in each group undergoing active cycles, characterized in that the hydraulic machine further comprises a database for storing cylinder group data which defines a plurality of cylinder groups each including correlated cylinders, and wherein the controller is configured to select one or more groups of cylinders to undergo the active cycles from the plurality of cylinder groups defined by the stored cylinder group data.
An ophthalmological imaging device comprising: an objective lens; an interference optical system that is configured to divide light from a light source into measurement light and reference light, to cause the measurement light to become incident on a subject's eye via the objective lens, and to detect interference light between the reference light and return light of the measurement light that has exited from the subject's eye and passed through the objective lens; an image forming unit that is configured to form an image of the subject's eye based on a detection result of the interference light which are acquired by the interference optical system; an optical member that is capable of being disposed in an optical path of the measurement light, and absorbs the measurement light; and an analyzer that analyzes a first detection result of the interference light which are acquired by the interference optical system while the optical member is in a state of being disposed in the optical path, and a second detection result of the interference light which are acquired by the interference optical system while the optical member is in a state of having been removed from the optical path, characterised in that the analyzer is configured to eliminate noise in the second detection result or in an image based on the second detection result by analyzing the second detection result and the first detection result and subtracting the first detection result from the second detection result. an objective lens; an interference optical system that is configured to divide light from a light source into measurement light and reference light, to cause the measurement light to become incident on a subject's eye via the objective lens, and to detect interference light between the reference light and return light of the measurement light that has exited from the subject's eye and passed through the objective lens; an image forming unit that is configured to form an image of the subject's eye based on a detection result of the interference light which are acquired by the interference optical system; an optical member that is capable of being disposed in an optical path of the measurement light, and absorbs the measurement light; and an analyzer that analyzes a first detection result of the interference light which are acquired by the interference optical system while the optical member is in a state of being disposed in the optical path, and a second detection result of the interference light which are acquired by the interference optical system while the optical member is in a state of having been removed from the optical path, characterised in that the analyzer is configured to eliminate noise in the second detection result or in an image based on the second detection result by analyzing the second detection result and the first detection result and subtracting the first detection result from the second detection result.
A method for providing a data communication channel within a communication network having a plurality of network elements accommodating a forwarding-plane flow of Ethernet protocol data units between at least two end users, at least some of the network elements being associated with different Ethernet Operation and Maintenance domains, the method comprising: generating, by a maintenance entity at a first network element of the plurality of network elements, an Ethernet protocol data unit having a first symbol (340, 344, 740) signifying that the Ethernet protocol data unit includes a message related to a data communication channel; identifying within the Ethernet protocol data unit a maintenance entity level (318, 718) associated with a termination maintenance entity that is to process the Ethernet protocol data unit; forwarding the Ethernet protocol data unit along the forwarding plane; and processing the Ethernet protocol data unit by the termination maintenance entity at a second network element of the plurality of network elements in response to the first symbol and the maintenance entity level identified in the Ethernet protocol data unit, the data communication channel being established between the maintenance entities at the first and second network elements by the processing of the Ethernet protocol data unit. generating, by a maintenance entity at a first network element of the plurality of network elements, an Ethernet protocol data unit having a first symbol (340, 344, 740) signifying that the Ethernet protocol data unit includes a message related to a data communication channel; identifying within the Ethernet protocol data unit a maintenance entity level (318, 718) associated with a termination maintenance entity that is to process the Ethernet protocol data unit; forwarding the Ethernet protocol data unit along the forwarding plane; and processing the Ethernet protocol data unit by the termination maintenance entity at a second network element of the plurality of network elements in response to the first symbol and the maintenance entity level identified in the Ethernet protocol data unit, the data communication channel being established between the maintenance entities at the first and second network elements by the processing of the Ethernet protocol data unit.
A method of forming an array of separated homogenous aqueous fluid microdroplets of a desired shape and size in a desired spatial pattern, comprising the steps of: (a) providing a patterned substrate with a solid support coated with a porous polymer layer or film comprising (i) superhydrophilic areas having static, advancing and receding water contact angles (WCAs) of less than 20°, and having the desired shape and size; surrounded by (ii) superhydrophobic areas having a WCA of greater than 130° and a width of 200 μm or less, and separating the superhydrophilic areas into the desired spatial pattern; and (b) applying the aqueous fluid to a multitude of the superhydrophilic areas at the same time, wherein step (b) comprises spreading or rolling an amount of the aqueous fluid along the surface of the patterned substrate. (a) providing a patterned substrate with a solid support coated with a porous polymer layer or film comprising (i) superhydrophilic areas having static, advancing and receding water contact angles (WCAs) of less than 20°, and having the desired shape and size; surrounded by (ii) superhydrophobic areas having a WCA of greater than 130° and a width of 200 μm or less, and separating the superhydrophilic areas into the desired spatial pattern; and (i) superhydrophilic areas having static, advancing and receding water contact angles (WCAs) of less than 20°, and having the desired shape and size; surrounded by (ii) superhydrophobic areas having a WCA of greater than 130° and a width of 200 μm or less, and separating the superhydrophilic areas into the desired spatial pattern; and (b) applying the aqueous fluid to a multitude of the superhydrophilic areas at the same time, wherein step (b) comprises spreading or rolling an amount of the aqueous fluid along the surface of the patterned substrate.