mhurhangee/ep-ind-claims huggingface dataset:
A radio terminal apparatus (300, 400) in a radio distance measurement system that measures a distance between a radio base station apparatus (200, 200A, 200B) and the radio terminal apparatus using a pulse signal as transmission pulse sequence, the radio terminal apparatus comprising: a reception antenna; a detection section that detects a pulse signal received by the reception antenna and outputs a detection signal; a generation section that generates a transmission pulse signal according to the detection signal; an amplification section that amplifies the transmission pulse signal; a transmission antenna that transmits the amplified transmission pulse signal; and characterized by a timing control section that outputs a control signal that controls, based on a representative value of circuit delay time of the radio terminal apparatus (300, 400) required while the pulse signal is received and then the transmission pulse signal that is generated according to the detection signal of that pulse signal is transmitted, the amplification section on and off, so as to amplify a re-radiation pulse signal which is the transmission pulse signal generated according to the detection signal of the pulse signal which is transmitted by the radio base station apparatus and so as to amplify a re-re-radiation pulse signal which is the transmission pulse signal generated according to a detection signal of the re-radiation pulse signal which is transmitted by the radio terminal apparatus, wherein the re-re-radiation pulse signal is configured of a code sequence using the re-re-radiation pulse sequence, different from a code sequence using the re radiation pulse sequence of the re-radiation pulse signal. a reception antenna; a detection section that detects a pulse signal received by the reception antenna and outputs a detection signal; a generation section that generates a transmission pulse signal according to the detection signal; an amplification section that amplifies the transmission pulse signal; a transmission antenna that transmits the amplified transmission pulse signal; and characterized by a timing control section that outputs a control signal that controls, based on a representative value of circuit delay time of the radio terminal apparatus (300, 400) required while the pulse signal is received and then the transmission pulse signal that is generated according to the detection signal of that pulse signal is transmitted, the amplification section on and off, so as to amplify a re-radiation pulse signal which is the transmission pulse signal generated according to the detection signal of the pulse signal which is transmitted by the radio base station apparatus and so as to amplify a re-re-radiation pulse signal which is the transmission pulse signal generated according to a detection signal of the re-radiation pulse signal which is transmitted by the radio terminal apparatus, wherein the re-re-radiation pulse signal is configured of a code sequence using the re-re-radiation pulse sequence, different from a code sequence using the re radiation pulse sequence of the re-radiation pulse signal.
Locking mechanism for a movable member of an open roof construction for a vehicle, comprising a stationary part which is provided with a first guide, a locking lever movable in a first direction for driving said movable member and for locking it in a predetermined position and an operating part movable in said first direction for controlling the movement of the locking lever, wherein the locking lever comprises a first cam cooperating with the first guide, which first guide comprises a first guide part extending in a direction substantially in parallel to said first direction and a second guide part connecting to said first guide part and extending in a second direction different from the first direction and capable of receiving the first cam of the locking lever for preventing a further movement of the locking lever in said first direction, wherein the locking lever and the operating part comprise an assembly of a second cam and a second curved guide, wherein a cooperation between the second cam and the second curved guide is capable of generating a force on the locking lever in a first/second sense along the second direction when the operating part is moved in a first/second sense along said first direction, such that the first cam of the locking lever can move into/out of the second guide part of the first guide in said second direction while the second cam moves out of/into the second curved guide, such that, when the first cam is positioned in the first guide part, the locking lever moves in the first direction together with the operating part whereas, when the first cam is positioned in the second guide part and the locking lever is prevented from moving in the first direction, the operating part is capable of moving further in said first direction without the locking lever, and wherein further retaining means are provided which are capable of retaining the locking lever in the position in which the first cam is positioned in the second guide part of the first guide, characterized in that said retaining means comprise a retaining member which substantially in said first direction is movable relative to the locking lever between a retaining position, when the first cam is positioned in the second guide part, for preventing a movement of the first cam of the locking lever in the second sense along the second direction out of the second guide part, and a release position for allowing such a movement of the first cam, wherein the movement of the retaining member between the retaining and release positions and vice versa in the first direction is a result of a movement of the operating part in said first direction, and wherein the operating part, in the release position, engages the retaining member in such a manner that the retaining member in said release position is incapable of generating a force on the locking lever in said second direction that would prevent a movement of the first cam in the second direction.
A method for preparing a ceramic composite material, characterized by comprising the following steps: preparing an aluminum salt solution and a fluorescent powder according to a mass ratio of Al 2 O 3 to fluorescent powder of (0.1 to 1):100; dispersing the fluorescent powder in a buffer solution with a pH value of 4.5 to 5.5 to obtain a suspension; titrating the suspension with the aluminum salt solution to obtain a fluorescent powder coated with an Al 2 O 3 hydrate film; calcining the fluorescent powder coated with the Al 2 O 3 hydrate film to obtain an Al 2 O 3 -coated fluorescent powder; mixing an alumina powder having a particle diameter of 0.1μm to 1μm and an alumina powder having a particle diameter of 1μm to 10μm according to a molar ratio of 100:(0.1 to 5), so as to obtain a mixed alumina powder; mixing the Al 2 O 3 -coated fluorescent powder and the mixed alumina powder to obtain a mixed powder, wherein the Al 2 O 3 -coated fluorescent powder accounts for 40% to 90% by weight of the mixed powder; and pre-pressing and sintering the mixed powder to obtain the ceramic composite material. preparing an aluminum salt solution and a fluorescent powder according to a mass ratio of Al 2 O 3 to fluorescent powder of (0.1 to 1):100; dispersing the fluorescent powder in a buffer solution with a pH value of 4.5 to 5.5 to obtain a suspension; titrating the suspension with the aluminum salt solution to obtain a fluorescent powder coated with an Al 2 O 3 hydrate film; calcining the fluorescent powder coated with the Al 2 O 3 hydrate film to obtain an Al 2 O 3 -coated fluorescent powder; mixing an alumina powder having a particle diameter of 0.1μm to 1μm and an alumina powder having a particle diameter of 1μm to 10μm according to a molar ratio of 100:(0.1 to 5), so as to obtain a mixed alumina powder; mixing the Al 2 O 3 -coated fluorescent powder and the mixed alumina powder to obtain a mixed powder, wherein the Al 2 O 3 -coated fluorescent powder accounts for 40% to 90% by weight of the mixed powder; and pre-pressing and sintering the mixed powder to obtain the ceramic composite material.
A method for communicating with implantable medical devices, the method comprising: sensing, by a first medical device, a noise signal delivered into a patient's body by a second medical device; delivering, by the first medical device, a cancelling signal into the patient's body, wherein the cancelling signal is an inverse signal of the noise signal; and while delivering the cancelling signal into the patient's body, delivering a conducted communication signal into the patient's body for reception by a second medical device. sensing, by a first medical device, a noise signal delivered into a patient's body by a second medical device; delivering, by the first medical device, a cancelling signal into the patient's body, wherein the cancelling signal is an inverse signal of the noise signal; and while delivering the cancelling signal into the patient's body, delivering a conducted communication signal into the patient's body for reception by a second medical device.
An electronic control device comprising: - a microcontroller; - a first power supply circuit, being a step-down switching regulator, that uses an onboard battery voltage as an input voltage and outputs a predetermined voltage; - a second power supply circuit, being a series regulator, that uses the first power supply output voltage from the first power supply circuit as an input voltage and outputs a predetermined voltage to the microcontroller; and - a third power supply circuit, being a series regulator, that uses the first power supply output voltage from the first power supply circuit as an input voltage and outputs a predetermined voltage to the outside of the control device, wherein a circuit operating state of the third power supply circuit is switched depending on a state of the first power supply circuit, the second power supply circuit, or the third power supply circuit, wherein the unit that detects the state of the third power supply circuit is configured to monitor an output current of the third power supply circuit, and generate an abnormal current detection signal of the third power supply circuit on the basis of the increasing output current of the third power supply circuit, when a ground failure occurs in the third power supply output voltage, to turn off the third power supply circuit and to prevent an unexpected reset signal generation to a microcontroller. - a microcontroller; - a first power supply circuit, being a step-down switching regulator, that uses an onboard battery voltage as an input voltage and outputs a predetermined voltage; - a second power supply circuit, being a series regulator, that uses the first power supply output voltage from the first power supply circuit as an input voltage and outputs a predetermined voltage to the microcontroller; and - a third power supply circuit, being a series regulator, that uses the first power supply output voltage from the first power supply circuit as an input voltage and outputs a predetermined voltage to the outside of the control device, wherein a circuit operating state of the third power supply circuit is switched depending on a state of the first power supply circuit, the second power supply circuit, or the third power supply circuit, wherein the unit that detects the state of the third power supply circuit is configured to monitor an output current of the third power supply circuit, and generate an abnormal current detection signal of the third power supply circuit on the basis of the increasing output current of the third power supply circuit, when a ground failure occurs in the third power supply output voltage, to turn off the third power supply circuit and to prevent an unexpected reset signal generation to a microcontroller.
A method for producing the protein/polypeptide complex, in which nerve and skin tissues of hoofed farm embryos of gestation stage from the middle of the first third to the middle of the last third of pregnancy are stepwise: - homogenized in a buffer at the buffer: tissue ratio of at least 1:0.5, with a simultaneous extraction in presence of nonionic detergents at minimum pH 5.2 and maximum pH 8.5, with further centrifugation at g ranging from 10 000 - 28 000 during 90 - 30 min; - the resulting supernatant is filtered; - the filtrate undergoes anion-exchange chromatography on a column with an anion-exchange carrier and separating proteins and polypeptides associated with the carrier, using for a mobile phase a buffer solution initially having ionic strength not exceeding 0.1 mmol/L increasing it smoothly or stepwise with 0.025 mmol/L increment and starting to collect target fractions with eluent ionic strength ranging from 0.125 to 0.15 mmol/L at pH from 5.2 to 8; - the resulting fractions are associated and undergo sterilization filtration. - homogenized in a buffer at the buffer: tissue ratio of at least 1:0.5, with a simultaneous extraction in presence of nonionic detergents at minimum pH 5.2 and maximum pH 8.5, with further centrifugation at g ranging from 10 000 - 28 000 during 90 - 30 min; - the resulting supernatant is filtered; - the filtrate undergoes anion-exchange chromatography on a column with an anion-exchange carrier and separating proteins and polypeptides associated with the carrier, using for a mobile phase a buffer solution initially having ionic strength not exceeding 0.1 mmol/L increasing it smoothly or stepwise with 0.025 mmol/L increment and starting to collect target fractions with eluent ionic strength ranging from 0.125 to 0.15 mmol/L at pH from 5.2 to 8; - the resulting fractions are associated and undergo sterilization filtration.
A method for preparing a concentrate of human polyvalent immunoglobulins from an initial solution of blood plasma or a fraction of plasma enriched with immunoglobulins, characterized in that the method comprises: (a) a step for removing protein contaminants with caprylic acid in order to obtain a solution free of proteases, wherein the concentration of caprylic acid used ranges from 0.5 to 1.5 %, expressed in grams of caprylic acid per volume of solution to be treated, (b) a clarification step by depth filtration at acid pH, (c) followed by a fluidized bed chromatography step for the solution free of proteases, said method allowing a concentrate of human polyvalent immunoglobulins with a yield of more than 4.5 g of immunoglobulins per liter of blood plasma applied to be obtained. (a) a step for removing protein contaminants with caprylic acid in order to obtain a solution free of proteases, wherein the concentration of caprylic acid used ranges from 0.5 to 1.5 %, expressed in grams of caprylic acid per volume of solution to be treated, (b) a clarification step by depth filtration at acid pH, (c) followed by a fluidized bed chromatography step for the solution free of proteases, said method allowing a concentrate of human polyvalent immunoglobulins with a yield of more than 4.5 g of immunoglobulins per liter of blood plasma applied to be obtained.
A use of a system to concentrate and separate particulates from a mixture of a host medium and particulates, the system comprising: a flow chamber through which the mixture flows, the flow chamber comprising one or more flow inlets and flow outlets, wherein the dimensions of the cross-section of the flow chamber are larger than the wavelength corresponding to the generated sound; an ultrasonic transducer in a wall of the flow chamber or located outside of the flow chamber and a reflector located opposite the ultrasonic transducer, wherein the ultrasonic transducer is configured to be driven by an oscillating voltage signal of ultrasonic frequencies with a frequency sweep pattern or step pattern to translate the particulates into a collection pocket and to generate an acoustic standing wave in the host medium perpendicular to a direction of mean flow in the flow chamber; and the collection pocket positioned on the wall of the flow chamber opposite the ultrasonic transducer, wherein the collection pocket has one or more butterfly valves for removing a slurry containing the host medium with a high particulate concentration from the flow chamber; wherein the system is configured so that an acoustic field exerts an acoustophoretic force on the particulates, such that the particulates are trapped in the acoustic field against the host medium drag force, resulting in large scale collection of the particulate over time. a flow chamber through which the mixture flows, the flow chamber comprising one or more flow inlets and flow outlets, wherein the dimensions of the cross-section of the flow chamber are larger than the wavelength corresponding to the generated sound; an ultrasonic transducer in a wall of the flow chamber or located outside of the flow chamber and a reflector located opposite the ultrasonic transducer, wherein the ultrasonic transducer is configured to be driven by an oscillating voltage signal of ultrasonic frequencies with a frequency sweep pattern or step pattern to translate the particulates into a collection pocket and to generate an acoustic standing wave in the host medium perpendicular to a direction of mean flow in the flow chamber; and the collection pocket positioned on the wall of the flow chamber opposite the ultrasonic transducer, wherein the collection pocket has one or more butterfly valves for removing a slurry containing the host medium with a high particulate concentration from the flow chamber; wherein the system is configured so that an acoustic field exerts an acoustophoretic force on the particulates, such that the particulates are trapped in the acoustic field against the host medium drag force, resulting in large scale collection of the particulate over time.
An RhtB (homoserine/homoserine lactone export transporter) protein variant having enhanced O-phosphoserine exporting activity, wherein the protein variant has an amino acid sequence of SEQ ID NO: 2, 3, 4 or 5.
A hot rolled high tensile strength steel sheet, comprising a chemical composition consisting of, by mass%, C: 0.04 % to 0.08 %, Si: 0.50 % or less, Mn: 0.8 % to 2.2 %, P: 0.02 % or less, S: 0.006 % or less, Al: 0.1 % or less, N: 0.008 % or less, and Cr: 0.05 % to 0.8 % further Nb: 0.01 % to 0.08 %, V: 0.001 % to 0.12 %, and Ti: 0.005 % to 0.04 %, the contents of Nb, V, and Ti being adjusted so as to satisfy Formula below further optionally at least one of Mo: 0.3 % or less, Cu: 0.5 % or less, Ni: 0.5 % or less, and B: 0.001 % or less, and/or at least one of Zr: 0.04 % or less and Ta: 0.07 % or less, and/or at least one of Ca: 0.005 % or less and REM: 0.005 % or less, the balance being Fe and incidental impurities, characterised in that the steel sheet has a surface layer having a microstructure containing bainite as a main phase, martensite as a second phase in a volume fraction of 0.5 % to 4 %, and at least one of ferrite phase, pearlite, cementite as a third phase in a total volume fraction of 10 % or less: 0.05 ≤ Nb + V + Ti ≤ 0.20 where Nb, V, and Ti each represent the content (mass%) of niobium, vanadium, and titanium in steel, respectively, wherein the term "surface layer" refers to a region extending to a depth of 2 mm in the sheet thickness direction below the surface of the steel sheet.
A computer-implemented method for performing potentially malicious activity detection, the method comprising: receiving data associated with a plurality of authentication messages associated with a ticket requesting client, wherein at least some of the received data includes secure ticket data, the authentication messages having been communicated over a network in accordance with an authentication protocol; analyzing the received data associated with the plurality of authentication messages; determining, based on the analyzing, a plurality of characteristics of the data associated with the authentication messages, wherein a characteristic from the plurality of characteristics includes the secure ticket data and information identifying the ticket requesting client; receiving data associated with a new authentication message communicated over the network; determining a plurality of characteristics of the data associated with the new authentication message wherein a characteristic from the plurality of characteristics includes information identifying a client associated with the new authentication message; comparing at least one determined characteristic of the new authentication message data with the determined characteristic of the plurality of authentication messages data to determine whether the client associated with the new authentication message is the same as the ticket requesting client; and generating, based on the comparison, an assessment of whether the new authentication message is indicative of the potentially malicious activity in the network. receiving data associated with a plurality of authentication messages associated with a ticket requesting client, wherein at least some of the received data includes secure ticket data, the authentication messages having been communicated over a network in accordance with an authentication protocol; analyzing the received data associated with the plurality of authentication messages; determining, based on the analyzing, a plurality of characteristics of the data associated with the authentication messages, wherein a characteristic from the plurality of characteristics includes the secure ticket data and information identifying the ticket requesting client; receiving data associated with a new authentication message communicated over the network; determining a plurality of characteristics of the data associated with the new authentication message wherein a characteristic from the plurality of characteristics includes information identifying a client associated with the new authentication message; comparing at least one determined characteristic of the new authentication message data with the determined characteristic of the plurality of authentication messages data to determine whether the client associated with the new authentication message is the same as the ticket requesting client; and generating, based on the comparison, an assessment of whether the new authentication message is indicative of the potentially malicious activity in the network.