mhurhangee/ep-ind-claims huggingface dataset:
A particle and intracellular organelle alignment liquid (PIOAL) for use in a combined viscosity and geometric hydrofocusing analyzer, the PIOAL directing flow of a blood sample fluid of a given viscosity that is injected into a narrowing flowcell transition zone of the visual analyzer so as to produce a sample fluid stream enveloped by the PIOAL, the PIOAL comprising: a fluid having a higher viscosity than the viscosity of the blood sample fluid, a pH adjusting agent, and sodium sulfate, sodium chloride, Procaine HCl, potassium phosphate monobasic, sodium phosphate dibasic, disodium EDTA, and deionized water, wherein the pH adjusting agent is sodium hydroxide, wherein a viscosity hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the viscosity difference, in combination with a geometric hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the narrowing flowcell transition zone, provide a target imaging state in at least some of the plurality of particles at an imaging site of the visual analyzer while a viscosity agent in the PIOAL retains viability of cells in the sample fluid stream leaving structure and content of the cells intact when the cells extend from the sample fluid stream into the flowing sheath fluid, and wherein the viscosity agent of the sheath fluid comprises glycerol at a concentration in the range from 6.5 to 30% (v/v). a fluid having a higher viscosity than the viscosity of the blood sample fluid, a pH adjusting agent, and sodium sulfate, sodium chloride, Procaine HCl, potassium phosphate monobasic, sodium phosphate dibasic, disodium EDTA, and deionized water, wherein the pH adjusting agent is sodium hydroxide, wherein a viscosity hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the viscosity difference, in combination with a geometric hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the narrowing flowcell transition zone, provide a target imaging state in at least some of the plurality of particles at an imaging site of the visual analyzer while a viscosity agent in the PIOAL retains viability of cells in the sample fluid stream leaving structure and content of the cells intact when the cells extend from the sample fluid stream into the flowing sheath fluid, and wherein the viscosity agent of the sheath fluid comprises glycerol at a concentration in the range from 6.5 to 30% (v/v).
A water turbine (1, 1') intended to be installed at the outlet of a body of water, the hydraulic turbine (1, 1') comprising a stator and a rotor intended to be connected to an electricity generating system, the stator being formed by a tube, preferably cylindrical, into which at least one water intake pipe opens, and the rotor being formed by at least one waterwheel comprising at least two rings centered on the axis of said tube and connected to one another by blades, the at least one waterwheel being mounted substantially watertightly on the outside of said tube, rotatable around the axis of the latter, with the blades overlooking the outside, characterized in that at least one passage window is provided through the wall of said tube and opens directly onto at least one blade of the waterwheel while forming, with said at least one blade, a substantially watertight path with respect to the outside at the transition between the stator and said at least one blade so as to allow the flow of water in said path, from the stator to the rotor, up to the free end of said at least one blade, the water turbine (1, 1') being intended to be installed at a height lower than the free surface of the water in said body of water such that in steady-state operation, water coming from said body of water fills the at least one water intake pipe and the stator and flows, by passing through the at least one passage window, over at least one blade where it is deflected so as to bear thereon to cause the waterwheel to rotate, before being projected to the outside at the outlet of said at least one blade.
A method for extended idle discontinuous reception, el-DRX, operation in a wireless communication system, comprising: establishing, at a user equipment, UE, a short paging configuration comprising at least one paging occasion of a short paging cycle; establishing, at the UE, an el-DRX configuration comprising an el-DRX cycle (610,730) and a plurality of el-DRX paging opportunities, the el-DRX cycle (610,730) comprising a plurality of the short paging cycles; and monitoring a downlink channel based on the el-DRX configuration and the short paging configuration, wherein the monitoring comprises monitoring, for each el-DRX cycle (610,730), the downlink channel according to the short paging cycle for the plurality of el-DRX paging opportunities. establishing, at a user equipment, UE, a short paging configuration comprising at least one paging occasion of a short paging cycle; establishing, at the UE, an el-DRX configuration comprising an el-DRX cycle (610,730) and a plurality of el-DRX paging opportunities, the el-DRX cycle (610,730) comprising a plurality of the short paging cycles; and monitoring a downlink channel based on the el-DRX configuration and the short paging configuration, wherein the monitoring comprises monitoring, for each el-DRX cycle (610,730), the downlink channel according to the short paging cycle for the plurality of el-DRX paging opportunities.
A method of communications in a system comprising base stations and subscriber stations, comprising: transmitting a signal through a first antenna of a subscriber station; receiving feedback related to the signal transmission from a base station, wherein the feedback is a power control signal; selecting between the first antenna and a second antenna of the subscriber station as a function of the power control signal, wherein the, first or second, antenna is switched if the power control signal comprises a request to increase transmission power; transmitting the signal through the selected antenna; and monitoring whether a subsequent decrease in power is requested. transmitting a signal through a first antenna of a subscriber station; receiving feedback related to the signal transmission from a base station, wherein the feedback is a power control signal; selecting between the first antenna and a second antenna of the subscriber station as a function of the power control signal, wherein the, first or second, antenna is switched if the power control signal comprises a request to increase transmission power; transmitting the signal through the selected antenna; and monitoring whether a subsequent decrease in power is requested.
Method for jacketing an elongated item with an adhesive tape comprising a tapelike carrier provided on at least one side with a thermally curable, meltable adhesive layer, the adhesive layer comprising an epoxide-functionalized acrylonitrile/butadiene copolymer having on average more than 1.5 epoxide groups per molecule and the reaction product of phthalic anhydride and diethylenetriamine, where the adhesive tape is guided in a helical line around the elongated item or the elongated item is wrapped in an axial direction by the adhesive tape, the elongated item together with the adhesive tape wrapping is brought into the desired disposition, the elongated item is held in this disposition, and the curable adhesive is brought to cure by the supply of thermal energy at a temperature of between 60°C and 230°C.
A control apparatus for a particle therapy system comprising - a control unit by which control processes (41, 41') for controlling the particle therapy system are performable, wherein the control unit is configured to output a beam release signal; - a mobile manual control unit by which at least one controllable element of the particle therapy system is controllable by a user, wherein the control apparatus is configured such that a portion of the control processes that comprises the output of the beam release signal is only performable by the control unit when the mobile manual control unit is located at a predefined location, with the predefined location corresponding to a position in a holder apparatus for the mobile manual control unit. - a control unit by which control processes (41, 41') for controlling the particle therapy system are performable, wherein the control unit is configured to output a beam release signal; - a mobile manual control unit by which at least one controllable element of the particle therapy system is controllable by a user,
A method for limiting electromagnetic interference, EMI, at an interface between a connector port assembly and a chassis, the method comprising: affixing an outer portion of a conductive strip to an interior surface of a chassis, the chassis containing an aperture sized to receive a connector port assembly, the outer portion of the conductive strip disposed around a perimeter of the aperture; inserting the connector port assembly within the aperture of the chassis, the connector port assembly containing one or more connector ports; and manipulating an inner portion of the conductive strip in order to cover one or more gaps between the connector port assembly and the chassis, such that the inner portion of the conductive strip extends through the aperture by being folded along outer edges of the connector port assembly, and so that the inner portion of the conductive strip has a width, measured from the outer portion to the aperture, that is the same as a thickness of the chassis and is flush with the chassis. affixing an outer portion of a conductive strip to an interior surface of a chassis, the chassis containing an aperture sized to receive a connector port assembly, the outer portion of the conductive strip disposed around a perimeter of the aperture; inserting the connector port assembly within the aperture of the chassis, the connector port assembly containing one or more connector ports; and manipulating an inner portion of the conductive strip in order to cover one or more gaps between the connector port assembly and the chassis, such that the inner portion of the conductive strip extends through the aperture by being folded along outer edges of the connector port assembly, and so that the inner portion of the conductive strip has a width, measured from the outer portion to the aperture, that is the same as a thickness of the chassis and is flush with the chassis.
An elevator installation with an elevator car which is movable in an elevator shaft and which consists substantially of a car floor, side walls (5a, 5b), at least one car entrance and a car roof, wherein the car roof has an apparatus space which is integrated in the car roof and which is used for arranging parts of the car electrical system, characterized in that the apparatus space occupies a portion of the car roof which is arranged along an outer boundary of the cabin roof or along a car roof edge (7sh, 7sl, 7sr, 7sv), wherein the apparatus space is covered with a cover which can be opened or removed by means of pivoting or sliding, and wherein the cover, which is used to cover the car electrical system, forms a flat surface with the adjoining car roof surface in the closed state and/or in that the cover is constructed such that it can be walked on.
A halftone phase shift mask blank comprising a transparent substrate and a halftone phase shift film thereon having a phase shift of 150° to 200° and a transmittance of 3% to 12% with respect to ArF excimer laser light, wherein said halftone phase shift film is a single layer or a multilayer film, each layer comprising essentially silicon and nitrogen and optionally oxygen, when the halftone phase shift film is a single layer, the overall single layer is composed of a silicon base material, or when the halftone phase shift film is a multilayer film, at least 60% of its thickness is composed of a silicon base material, said silicon base material having a total content of silicon, nitrogen and oxygen of at least 90 at%, a silicon content of 30 to 70 at%, a total content of nitrogen and oxygen of 30 to 60 at%, a nitrogen content of up to 56 at%, an oxygen content of up to 30 at%, and a transition metal content of up to 1 at%, and said halftone phase shift film has a thickness of up to 70 nm.
Method of image processing for visualizing a blood flow in a vessel, the method comprising: providing a sequence of images (F, F(k), F(k+1), F(k+2), F(k+3)) including the vessel, said images having contrast modulations along said sequence; providing a reference frequency (fm, 10) related to said contrast modulations along said sequence, wherein said reference frequency (fm, 10) does not match but is close to a harmonic frequency of said contrast modulations along said image sequence; extracting blood flow information in the vessel by filtering said sequence of images depending on said reference frequency (fm, 10), wherein filtering comprises extracting a harmonic frequency component from said images at said reference frequency (fm); removing the harmonic frequency component from the images to thereby provide a sequence of modified images (128, 140, 152); providing a higher harmonic frequency of the contrast modulations along the image sequence; filtering the sequence of modified images depending on the higher harmonic frequency of the contrast modulations, wherein the reference frequency deviates between 0 % and 30% from the respective harmonic frequency; and displaying blood flow in the vessel based on the filtered image sequence. providing a sequence of images (F, F(k), F(k+1), F(k+2), F(k+3)) including the vessel, said images having contrast modulations along said sequence; providing a reference frequency (fm, 10) related to said contrast modulations along said sequence, wherein said reference frequency (fm, 10) does not match but is close to a harmonic frequency of said contrast modulations along said image sequence; extracting blood flow information in the vessel by filtering said sequence of images depending on said reference frequency (fm, 10), wherein filtering comprises extracting a harmonic frequency component from said images at said reference frequency (fm); removing the harmonic frequency component from the images to thereby provide a sequence of modified images (128, 140, 152); providing a higher harmonic frequency of the contrast modulations along the image sequence; filtering the sequence of modified images depending on the higher harmonic frequency of the contrast modulations, wherein the reference frequency deviates between 0 % and 30% from the respective harmonic frequency; and displaying blood flow in the vessel based on the filtered image sequence.
A method of preparing a particle dispersion within an uncured resin, comprising: combining one or more selected particles with an organic liquid to form a particle mixture; adding an resin mixture comprising the organic liquid and the uncured resin to the particle mixture to form a particle-resin mixture; adding a water soluble salt to the particle-resin mixture to drive the separation of organic and aqueous layers within the particle-resin mixture; and removing the organic and aqueous layers of the particle-resin mixture to yield a dispersion of the particles within the uncured resin. combining one or more selected particles with an organic liquid to form a particle mixture; adding an resin mixture comprising the organic liquid and the uncured resin to the particle mixture to form a particle-resin mixture; adding a water soluble salt to the particle-resin mixture to drive the separation of organic and aqueous layers within the particle-resin mixture; and removing the organic and aqueous layers of the particle-resin mixture to yield a dispersion of the particles within the uncured resin.
A method of detecting a complex comprising a membrane protein bound to a therapeutic agent by mass spectrometry, wherein the method comprises: (a) providing a solution comprising a detergent micelle in which said complex is contained; (b) providing a mass spectrometer comprising a nanoelectrospray ionisation source, a mass analyser and a detector; (c) vaporising the solution using the nanoelectrospray ionisation source under conditions such that the complex is released from the micelle; (d) ionising the complex; (e) resolving the ionised complex using the mass analyser; and (f) detecting the resolved complex using the detector, wherein the mass spectrometer is operated under the following condition: the cone voltage of the nanoelectrospray ionisation source is from 120 to 240 V. (a) providing a solution comprising a detergent micelle in which said complex is contained; (b) providing a mass spectrometer comprising a nanoelectrospray ionisation source, a mass analyser and a detector; (c) vaporising the solution using the nanoelectrospray ionisation source under conditions such that the complex is released from the micelle; (d) ionising the complex; (e) resolving the ionised complex using the mass analyser; and (f) detecting the resolved complex using the detector,
A method of characterizing an agent's ability to increase insulin secretion in a subject, said method comprising: (a) extracting a value of a parameter of the ABHD6-based reagent in the presence of the agent, wherein the value is obtained from combining the agent with a ABHD6- based reagent in a reaction vessel; (b) comparing the value of the parameter of the ABHD6-based reagent of step (a) to a control value; and (c) characterizing the agent as: i. having the ability to increase insulin secretion in the subject when the value of the parameter of the ABHD6-based reagent of step (a) is lower than the control value; and ii. lacking the ability to increase insulin secretion in the subject when the value of the parameter of the ABHD6-based reagent of step (a) is equal to or higher than the control value; wherein the ABHD6-based reagent is a ABHD6 polypeptide and the parameter is the ABHD6 polypeptide lipase activity, quantity or stability; or wherein the ABHD6-based reagent is a polynucleotide encoding the ABHD6 polypeptide and the parameter is the level of expression or stability of the polynucleotide. (a) extracting a value of a parameter of the ABHD6-based reagent in the presence of the agent, wherein the value is obtained from combining the agent with a ABHD6- based reagent in a reaction vessel; (b) comparing the value of the parameter of the ABHD6-based reagent of step (a) to a control value; and (c) characterizing the agent as: i. having the ability to increase insulin secretion in the subject when the value of the parameter of the ABHD6-based reagent of step (a) is lower than the control value; and ii. lacking the ability to increase insulin secretion in the subject when the value of the parameter of the ABHD6-based reagent of step (a) is equal to or higher than the control value; i. having the ability to increase insulin secretion in the subject when the value of the parameter of the ABHD6-based reagent of step (a) is lower than the control value; and ii. lacking the ability to increase insulin secretion in the subject when the value of the parameter of the ABHD6-based reagent of step (a) is equal to or higher than the control value;
An apparatus comprising: a wind turbine comprising a wind turbine generator configured to generate an alternating current power output; a transformer having a high-voltage side coupled to a load; a circuit breaker arranged to provide circuit interruption between the wind turbine generator and a low-voltage side of the transformer upon detection of a fault, the apparatus being characterised by the circuit breaker having an arc flash protection mode and a normal protection mode, wherein the arc flash protection mode and the normal protection mode are configured such that in the arc flash protection mode the circuit breaker interrupts a short circuit current over a relatively quicker time interval than in the normal protection mode and wherein the circuit breaker is configured such that, in response to a sensed condition, a respective one of the modes is automatically set so that the circuit breaker is capable of performing the circuit interruption in accordance with a protection functionality of the set mode; and by at least one sensor configured to sense a condition and being coupled to an automated mode selector of the circuit breaker for automatically setting in response to the sensed condition the arc flash protection mode or the normal protection mode. a wind turbine comprising a wind turbine generator configured to generate an alternating current power output; a transformer having a high-voltage side coupled to a load; a circuit breaker arranged to provide circuit interruption between the wind turbine generator and a low-voltage side of the transformer upon detection of a fault, the apparatus being characterised by the circuit breaker having an arc flash protection mode and a normal protection mode, wherein the arc flash protection mode and the normal protection mode are configured such that in the arc flash protection mode the circuit breaker interrupts a short circuit current over a relatively quicker time interval than in the normal protection mode and wherein the circuit breaker is configured such that, in response to a sensed condition, a respective one of the modes is automatically set so that the circuit breaker is capable of performing the circuit interruption in accordance with a protection functionality of the set mode; and by at least one sensor configured to sense a condition and being coupled to an automated mode selector of the circuit breaker for automatically setting in response to the sensed condition the arc flash protection mode or the normal protection mode.
A method comprising the steps of: obtaining monitored traffic from an S1 interface; detecting a Secondary Radio Access Technology, RAT, Data Usage Report, DUR, in the monitored traffic; determining whether the Secondary RAT DUR relates to a 5G Non-Standalone Architecture, NSA, and, if so, determining an address of a gNodeB in the Secondary RAT DUR; the method being characterized in that it further comprises: storing the address of the gNodeB in a database, for a call, updating a Call Detail Record, CDR, to reflect one of 5G NSA and 4G based on whether an address is in the database, wherein if an IP address in the CDR is a gNodeB address previously stored in the database, then the CDR is marked as 5G NSA, otherwise as 4G. obtaining monitored traffic from an S1 interface; detecting a Secondary Radio Access Technology, RAT, Data Usage Report, DUR, in the monitored traffic; determining whether the Secondary RAT DUR relates to a 5G Non-Standalone Architecture, NSA, and, if so, determining an address of a gNodeB in the Secondary RAT DUR; the method being characterized in that it further comprises: storing the address of the gNodeB in a database, for a call, updating a Call Detail Record, CDR, to reflect one of 5G NSA and 4G based on whether an address is in the database, wherein if an IP address in the CDR is a gNodeB address previously stored in the database, then the CDR is marked as 5G NSA, otherwise as 4G. storing the address of the gNodeB in a database, for a call, updating a Call Detail Record, CDR, to reflect one of 5G NSA and 4G based on whether an address is in the database, wherein if an IP address in the CDR is a gNodeB address previously stored in the database, then the CDR is marked as 5G NSA, otherwise as 4G.