mhurhangee/ep-ind-claims huggingface dataset:
An impeller manufacturing method in which a thermal cycle is performed, for bonding, on an assembly body with a brazing material interposed at a bond portion between at least two impeller constituent members (11,13), wherein the thermal cycle is characterized by including: a temperature increasing process of increasing a temperature to a retention temperature; a retaining process of retaining at the retention temperature in a temperature range equal to or higher than a melting temperature of the brazing material; and a temperature decreasing process of decreasing the temperature from the retention temperature to a room temperature, in the temperature increasing process, a temperature increasing rate is 20°C/hr. to 100°C/hr., a first intermediate retention and a second intermediate retention for keeping the temperature are included, the first intermediate retention is performed in a temperature range of 500°C to 850°C, the second intermediate retention is performed in a temperature range of 850°C to 950°C (but not including 850°C), in a temperature range exceeding 950°C after the second intermediate retention, the temperature is increased at a rate slower than a rate before the second intermediate retention, and the retention temperature in the retaining process is selected from a range of 1000°C to 1050°C. a temperature increasing process of increasing a temperature to a retention temperature; a retaining process of retaining at the retention temperature in a temperature range equal to or higher than a melting temperature of the brazing material; and a temperature decreasing process of decreasing the temperature from the retention temperature to a room temperature, in the temperature increasing process, a temperature increasing rate is 20°C/hr. to 100°C/hr., a first intermediate retention and a second intermediate retention for keeping the temperature are included, the first intermediate retention is performed in a temperature range of 500°C to 850°C, the second intermediate retention is performed in a temperature range of 850°C to 950°C (but not including 850°C), in a temperature range exceeding 950°C after the second intermediate retention, the temperature is increased at a rate slower than a rate before the second intermediate retention, and the retention temperature in the retaining process is selected from a range of 1000°C to 1050°C.
A system for remote-controlling a camera function of a mobile communication terminal, the system comprising: a mobile communication terminal, in use using a communication frequency band for communication, the terminal having an associated camera, wherein the terminal has means for disabling camera function upon receipt of a control signal through an asynchronous wireless communication; and a radio wave transmitter having means for generating the control signal in an asynchronous communication method used by the mobile communication terminal and, using a frequency band corresponding to the communication band, being operable to wirelessly transmit the control signal to the mobile communication terminal, wherein the radio wave transmitter generates a predetermined scrambling code which is different from scramble codes used in a present base station and an adjacent base station, and transmits the predetermined scrambling code as the control signal for controlling the camera function. a mobile communication terminal, in use using a communication frequency band for communication, the terminal having an associated camera, wherein the terminal has means for disabling camera function upon receipt of a control signal through an asynchronous wireless communication; and a radio wave transmitter having means for generating the control signal in an asynchronous communication method used by the mobile communication terminal and, using a frequency band corresponding to the communication band, being operable to wirelessly transmit the control signal to the mobile communication terminal, wherein the radio wave transmitter generates a predetermined scrambling code which is different from scramble codes used in a present base station and an adjacent base station, and transmits the predetermined scrambling code as the control signal for controlling the camera function.
A method of treating at least one silicon carbide fiber, the method comprising at least the following steps: a) putting at least one silicon carbide fiber presenting an oxygen content that is less than or equal to 1% in atomic percentage into contact with an oxidizing gas phase for a duration greater than or equal to 1 min and imposing a treatment temperature greater than or equal to 600°C in order to transform the surface of the fiber chemically and form a surface layer of silica; b) eliminating the resulting silica layer by putting the fiber obtained after performing step a) into contact with an acid liquid medium comprising at least hydrofluoric acid; and c) depositing an interphase layer on the surface of the fiber obtained after performing step b). a) putting at least one silicon carbide fiber presenting an oxygen content that is less than or equal to 1% in atomic percentage into contact with an oxidizing gas phase for a duration greater than or equal to 1 min and imposing a treatment temperature greater than or equal to 600°C in order to transform the surface of the fiber chemically and form a surface layer of silica; b) eliminating the resulting silica layer by putting the fiber obtained after performing step a) into contact with an acid liquid medium comprising at least hydrofluoric acid; and c) depositing an interphase layer on the surface of the fiber obtained after performing step b).
Frame structure for the construction of a commercial vehicle where several tubular profiles (1; 11; 5) meet one another at an angular spacing with respect to one another to form a node and are connected together, comprising a flat reinforcement plate which bridges the node, the outside edge region of said reinforcement plate being angled over the individual tubular profiles (1; 5) toward the same and which, at least in the angled outside edge region, has at least one recess (6; 8) which abuts against the tubular profile (1; 5) in a form-fitting manner and is fastened on the tubular profile (1; 5), characterized in that the reinforcement plate leans by way of its edges lying opposite one another in each case against a tubular profile (1; 5) and/or beads are introduced into angled regions of the reinforcement plate.
A method for transmitting Downlink Control Information, DCI, wherein the method comprises: transmitting the DCI, wherein the DCI comprises: a first information field indicating a frequency resource occupied by a data resource scheduled by the DCI, and a second information field indicating a time resource occupied by the data resource scheduled by the DCI; wherein the time resource occupied by the data resource scheduled by the DCI comprises: a quantity of symbols occupied by the data resource scheduled by the DCI; or a quantity of symbols occupied by the data resource scheduled by the DCI, and a start symbol index of the symbols; or a length of a Transmission Time Interval, TTI, for data transmission scheduled by the DCI; or a length of a Transmission Time Interval, TTI, for data transmission scheduled by the DCI, and a time domain start position of the data transmission. transmitting the DCI, wherein the DCI comprises: a first information field indicating a frequency resource occupied by a data resource scheduled by the DCI, and a second information field indicating a time resource occupied by the data resource scheduled by the DCI; wherein the time resource occupied by the data resource scheduled by the DCI comprises: a quantity of symbols occupied by the data resource scheduled by the DCI; or a quantity of symbols occupied by the data resource scheduled by the DCI, and a start symbol index of the symbols; or a length of a Transmission Time Interval, TTI, for data transmission scheduled by the DCI; or a length of a Transmission Time Interval, TTI, for data transmission scheduled by the DCI, and a time domain start position of the data transmission. a quantity of symbols occupied by the data resource scheduled by the DCI; or a quantity of symbols occupied by the data resource scheduled by the DCI, and a start symbol index of the symbols; or a length of a Transmission Time Interval, TTI, for data transmission scheduled by the DCI; or a length of a Transmission Time Interval, TTI, for data transmission scheduled by the DCI, and a time domain start position of the data transmission.
Magnesium carbonate-containing filling material for a cellulose composite, characterised in that the magnesium carbonate-containing filling material can be produced, by hydrolysis and subsequent reaction with CO 2, from a magnesium compound which is at least partially calcinated, said filling material is also at least partially fibrous, and, owing to the interaction between the fibres and between the fibres and other components of the cellulose composite, is suitable for increasing at least one mechanical property of the cellulose composite, selected from the strength and/or fracture resistance and/or tear-resistance thereof, in comparison with cellulose composites that do not comprise a magnesium carbonate-containing filling material, fibres of the magnesium carbonate-containing filling material being combined to form rod, bundle or bunch-shaped entities that are larger than the individual fibres.
A direct compressed pharmaceutical tablet, wherein the tablet comprises: a) from 22% to 28% by weight on a dry weight basis of a DPP-IV inhibitor which is -1-[(3-hydroxy-1-adamantyl)amino]acetyl-2-cyanopyrrolidine in free form or in acid addition salt form; b) from 45% to 50% by weight on a dry weight basis of a pharmaceutically acceptable microcrystalline cellulose; c) from 20% to 25% by weight on a dry weight basis of a pharmaceutically acceptable lactose; d) from 1.5% to 2.5% by weight on a dry weight basis of a pharmaceutically acceptable sodium starch glycolate; and e) from 0.1% to 2% by weight on a dry weight basis of magnesium stearate; wherein the dispersion contains particles comprising said DPP-IV inhibitor which is -1-[(3-hydroxy-1-adamantyl)amino]acetyl-2-cyanopyrrolidine in free form or in acid addition salt form, and wherein at least 80% of the particle size distribution of the particles comprising -1-[(3-hydroxy-1-adamantyl)amino]acetyl-2-cyanopyrrolidine in free form or in acid addition salt form in the tablet is between 10 μm and 250 μm, as determined by laser diffraction. a) from 22% to 28% by weight on a dry weight basis of a DPP-IV inhibitor which is -1-[(3-hydroxy-1-adamantyl)amino]acetyl-2-cyanopyrrolidine in free form or in acid addition salt form; b) from 45% to 50% by weight on a dry weight basis of a pharmaceutically acceptable microcrystalline cellulose; c) from 20% to 25% by weight on a dry weight basis of a pharmaceutically acceptable lactose; d) from 1.5% to 2.5% by weight on a dry weight basis of a pharmaceutically acceptable sodium starch glycolate; and e) from 0.1% to 2% by weight on a dry weight basis of magnesium stearate;
A method of configuring network elements of a telecommunications network for reporting management data to a management node, the method comprising the following steps performed by at least one of the network elements: receiving a configuration message, wherein the configuration message is indicative of a reporting mode based on a probability function,; and reporting management data to the management node depending on a condition, wherein the condition includes the probability function, wherein the result of the evaluation of the probability function determines whether the management data is i) pushed to the management node or ii) is available to be pulled by the management node, wherein the probability function (902, 904, 906, 908) is an exponential distribution function of the time elapsed since the last pushing step opportunity for the network element, wherein the exponential distribution function is parameter-ized by memory utilization of the network element in that the higher the utilization of the memory occupied by measurement data buffered for transfer, the higher the exponential distribution function for the activation of the management data pushing step is. receiving a configuration message, wherein the configuration message is indicative of a reporting mode based on a probability function,; and reporting management data to the management node depending on a condition, wherein the condition includes the probability function, wherein the result of the evaluation of the probability function determines whether the management data is i) pushed to the management node or ii) is available to be pulled by the management node, i) pushed to the management node or ii) is available to be pulled by the management node, wherein the probability function (902, 904, 906, 908) is an exponential distribution function of the time elapsed since the last pushing step opportunity for the network element, wherein the exponential distribution function is parameter-ized by memory utilization of the network element in that the higher the utilization of the memory occupied by measurement data buffered for transfer, the higher the exponential distribution function for the activation of the management data pushing step is.
An ENS cell cryopreservation composition comprising nutrient medium, serum, D-glucose, L-glutamine, an antibiotic, one mitotic inhibitor, and one cryopreservative.
An authentication apparatus operative to determine the authenticity of a polymer film, comprising an optically-based birefringence measuring apparatus operative to: • expose the film to a first light source of a first wavelength or range of wavelengths; • expose the film to a second light source of a second wavelength or range of wavelengths, the first wavelength or range of wavelengths being different from the second wavelength or range of wavelengths; • measure a first retardation of light transmitted and/or reflected from the film responsive to said first light source; • measure a second retardation of light transmitted and/or reflected from the film responsive to said second light source; • characterized in that it compares a value or range of values representative of a comparison between the first and second retardations with a value or range of values representative of a comparison between a specified first retardation and a specified second retardation of light transmitted and/or reflected from an authentic polymer film responsive to the first and second light sources; and • output an authenticity signal indicative of authenticity or otherwise of the film based upon one or more of the comparisons. • expose the film to a first light source of a first wavelength or range of wavelengths; • expose the film to a second light source of a second wavelength or range of wavelengths, the first wavelength or range of wavelengths being different from the second wavelength or range of wavelengths; • measure a first retardation of light transmitted and/or reflected from the film responsive to said first light source; • measure a second retardation of light transmitted and/or reflected from the film responsive to said second light source; • characterized in that it compares a value or range of values representative of a comparison between the first and second retardations with a value or range of values representative of a comparison between a specified first retardation and a specified second retardation of light transmitted and/or reflected from an authentic polymer film responsive to the first and second light sources; and • output an authenticity signal indicative of authenticity or otherwise of the film based upon one or more of the comparisons.
A submerged arc welding method of 5Ni steel for shipbuilding, comprising using 5Ni steel with a tensile strength of 630-670 MPa as base material for splicing, wherein the to-be-spliced base material has a transverse impact toughness value of ≥ 180 J at -130 °C; a matching welding material is, a welding material with a tensile strength of 630-710 MPa, wherein a welding wire has a diameter of Φ2.4 mm or more and belongs to a product model of INCO-WELD Filler Metal C-276, and a flux is INCOFLUX 9; wherein the welding wire has following chemical composition in mass percentage, C: ≤0.03%, Si: 0.10-0.40%, Mn: 0.2-1.0%, P: 0.020%, S: ≤0.030%, Cr: 14-18%, Ni: 53-60%, W: 3.0-4.5%, Fe: 4.0-7.0%, Mo: 15.0-17.0%, and the balance is unavoidable impurity elements; the to-be-spliced material uses a K-shaped groove as groove for the submerged arc welding; welding parameters: welding current is 410±10 A, welding voltage is 32±1 V, welding speed is 27±2 cm/min, welding energy is 30±3 KJ/cm; continuously welding abutting joints of to-be-spliced base materials wherein the base materials have the same plate thickness, until the weld seam is filled; after each pass of welding, using a wire brush to clean weld bead; a flux baking is performed at 350°C×1h; an interpass temperature is controlled to be ≤ 80°C. using 5Ni steel with a tensile strength of 630-670 MPa as base material for splicing, wherein the to-be-spliced base material has a transverse impact toughness value of ≥ 180 J at -130 °C; a matching welding material is, a welding material with a tensile strength of 630-710 MPa, wherein a welding wire has a diameter of Φ2.4 mm or more and belongs to a product model of INCO-WELD Filler Metal C-276, and a flux is INCOFLUX 9; wherein the welding wire has following chemical composition in mass percentage, C: ≤0.03%, Si: 0.10-0.40%, Mn: 0.2-1.0%, P: 0.020%, S: ≤0.030%, Cr: 14-18%, Ni: 53-60%, W: 3.0-4.5%, Fe: 4.0-7.0%, Mo: 15.0-17.0%, and the balance is unavoidable impurity elements; the to-be-spliced material uses a K-shaped groove as groove for the submerged arc welding; welding parameters: welding current is 410±10 A, welding voltage is 32±1 V, welding speed is 27±2 cm/min, welding energy is 30±3 KJ/cm; continuously welding abutting joints of to-be-spliced base materials wherein the base materials have the same plate thickness, until the weld seam is filled; after each pass of welding, using a wire brush to clean weld bead; a flux baking is performed at 350°C×1h; an interpass temperature is controlled to be ≤ 80°C.
An organosilane compound having a bulky substituent group, represented by the general formula: wherein R 1 is a C 4 -C 10 tertiary hydrocarbon group, R 2 is a C 1 -C 10 straight or branched alkyl group, and LG is halogen or trifluoromethanesulfonyloxy.
An ex vivo method of isolating viable circulating metastatic tumor cells of a solid tumor comprising: (a) obtaining a blood sample including viable circulating metastatic tumor cells from a patient; (b) incubating the sample with an antibody or antigen binding fragment thereof that specifically binds to cell surface vimentin of said cells with high affinity, whereby the bound cells remain viable; and (c) separating the antibody- or antigen binding fragment-bound circulating tumor cells, to thereby isolating viable circulating metastatic tumor cells of a solid tumor. (a) obtaining a blood sample including viable circulating metastatic tumor cells from a patient; (b) incubating the sample with an antibody or antigen binding fragment thereof that specifically binds to cell surface vimentin of said cells with high affinity, whereby the bound cells remain viable; and (c) separating the antibody- or antigen binding fragment-bound circulating tumor cells, to thereby isolating viable circulating metastatic tumor cells of a solid tumor.
A beverage tap installation comprising: • a tap housing defining an inner cavity; • a tap head defining a liquid channel having an inlet and an outlet and a valve receiving slot defined in said liquid channel, the tap head comprising a valve actuator and a valve actuator operating mechanism; • a removable flexible dispense tube having a beverage inlet and a beverage outlet, the flexible dispense tube comprising a liquid valve lodged in the valve receiving slot and cooperates with the valve actuator of the tap head, • a locking mechanism allowing removably mounting the tap head on the tap housing, wherein the flexible dispense tube comprises an abutment surface in proximity of the valve and the tap installation comprises an engaging member provided on the tap head or the tap installation and abuts the abutment surface of the dispense tube when the valve is lodged in the valve receiving slot and the tap head is mounted on the tap housing characterised in that the engaging member is provided on the tap housing. • a tap housing defining an inner cavity; • a tap head defining a liquid channel having an inlet and an outlet and a valve receiving slot defined in said liquid channel, the tap head comprising a valve actuator and a valve actuator operating mechanism; • a removable flexible dispense tube having a beverage inlet and a beverage outlet, the flexible dispense tube comprising a liquid valve lodged in the valve receiving slot and cooperates with the valve actuator of the tap head, • a locking mechanism allowing removably mounting the tap head on the tap housing,
A method of controlling a mobile robot, the method comprising: monitoring a first system of the mobile robot to detect a first error associated with the first system; and monitoring a second system of the mobile robot to detect a second error associated with the second system, wherein when the first error and the second error are detected at the same time, determining that a third error has occurred. monitoring a first system of the mobile robot to detect a first error associated with the first system; and monitoring a second system of the mobile robot to detect a second error associated with the second system,
A hydraulic control apparatus having a plurality of pilot chambers, comprising: a plurality of spools extending along respective axes and incorporated into a valve main body; a cap provided on the valve main body; the pilot chambers being provided in the cap to correspond to the respective spools; a maximum pressure introduction passage which is provided in the cap, and to which a maximum pressure of the pilot chambers is led; connecting passages connecting the maximum pressure introduction passage to a plurality of prescribed pilot chambers; and selection valves provided in the connecting passages, wherein the maximum pressure of the plurality of prescribed pilot chambers is selected by the selection valves and led to the maximum pressure introduction passage, the valve main body is provided on one side of the pilot chambers, and the maximum pressure introduction passage is provided on an opposite side of the pilot chambers to the valve main body, characterised in that the selection valves are incorporated on a side face of the cap in a direction that intersects the axes of the spools. a plurality of spools extending along respective axes and incorporated into a valve main body; a cap provided on the valve main body; the pilot chambers being provided in the cap to correspond to the respective spools; a maximum pressure introduction passage which is provided in the cap, and to which a maximum pressure of the pilot chambers is led; connecting passages connecting the maximum pressure introduction passage to a plurality of prescribed pilot chambers; and selection valves provided in the connecting passages, wherein the maximum pressure of the plurality of prescribed pilot chambers is selected by the selection valves and led to the maximum pressure introduction passage, the valve main body is provided on one side of the pilot chambers, and the maximum pressure introduction passage is provided on an opposite side of the pilot chambers to the valve main body, characterised in that the selection valves are incorporated on a side face of the cap in a direction that intersects the axes of the spools.