mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a duplex stainless steel pipe having a minimum yield strength of 758.3 to 965.2 MPa, comprising: preparing a duplex stainless steel material pipe for cold working, having a chemical composition consisting, by mass%, of C: 0.03% or less, Si: 1% or less, Mn: 0.1 to 4%, Cr: 20 to 35%, Ni: 3 to 10%, Mo: 0 to 6%, W: 0 to 6%, Cu: 0 to 3% and N: more than 0.17% and not more than 0.60%, and the balance being Fe and impurities, by a hot working optionally followed by a solid-solution heat treatment; and producing the duplex stainless steel pipe by subsequently subjecting the material pipe to a cold rolling, wherein the cold rolling is performed under the conditions that the working ratio Rd, in terms of the reduction of area, in the final cold rolling step falls within a range from 10 to 80%, and the following formula is satisfied: Rd = exp ln MYS − ln 14.5 × Cr + 48.3 × Mo + 20.7 × W + 6.9 × N / 0.195 wherein Rd and MYS signify the working ratio (%) in terms of the reduction of area and the targeted yield strength (MPa), respectively, and Cr, Mo, W and N signify the contents (mass%) of the individual elements, respectively. preparing a duplex stainless steel material pipe for cold working, having a chemical composition consisting, by mass%, of C: 0.03% or less, Si: 1% or less, Mn: 0.1 to 4%, Cr: 20 to 35%, Ni: 3 to 10%, Mo: 0 to 6%, W: 0 to 6%, Cu: 0 to 3% and N: more than 0.17% and not more than 0.60%, and the balance being Fe and impurities, by a hot working optionally followed by a solid-solution heat treatment; and producing the duplex stainless steel pipe by subsequently subjecting the material pipe to a cold rolling, wherein the cold rolling is performed under the conditions that the working ratio Rd, in terms of the reduction of area, in the final cold rolling step falls within a range from 10 to 80%, and the following formula is satisfied: Rd = exp ln MYS − ln 14.5 × Cr + 48.3 × Mo + 20.7 × W + 6.9 × N / 0.195
An automatic liquid dispenser, comprising a receptacle height measurer, a liquid level detector, a liquid ejector ejecting liquid into a receptacle; and a controller controlling the liquid ejector using the signals generated by the receptacle height measurer and the liquid level detector, wherein the receptacle height measurer is configured to generate a first ultrasonic wave onto an upper surface of the receptacle and to receive the first ultrasonic wave reflected from the upper surface of the receptacle to generate a signal; wherein the liquid level detector is configured to generate a second ultrasonic wave having a mutually different frequency from that of the first ultrasonic to a content inside the receptacle, and to receive the second ultrasonic wave reflected from the content to generate a signal.
Nonionic, water-soluble cellulose ethers with hydroxyalkyl groups and ω-alkynyl groups, each joined to the cellulose via an ether bond, the degree of molar substitution MS(Alkyne) being in the range from 0.001 to 0.30.
A formulation comprising: a) a compound of the formula: or a pharmaceutically-acceptable salt thereof; and b) at least one excipient, wherein the formulation is a dry powder. a) a compound of the formula: or a pharmaceutically-acceptable salt thereof; and b) at least one excipient,
A method of performing positioning, comprising: exchanging a first generic positioning protocol message comprising first information for a first positioning method and a first access type supported by a GPP, wherein the GPP supports multiple positioning methods and at least three access types; exchanging a second GPP message comprising second information for the first positioning method and the first access type; and obtaining a position estimate for a terminal based on the second information. exchanging a first generic positioning protocol message comprising first information for a first positioning method and a first access type supported by a GPP, wherein the GPP supports multiple positioning methods and at least three access types; exchanging a second GPP message comprising second information for the first positioning method and the first access type; and obtaining a position estimate for a terminal based on the second information.
A medical device, comprising: an elongate shaft having a proximal end region and a distal end region; a first lumen defined in the shaft; a second lumen defined in the shaft; wherein the distal end region includes a common lumen region in fluid communication with the first lumen and the second lumen; and a deflectable member disposed within the shaft, the deflectable member being designed to shift between a first configuration where the deflectable member directs a first medical device disposed within the common lumen region into the first lumen and a second configuration where the deflectable member allows a second medical device to move between the common lumen region and the second lumen, wherein the second medical device takes the form of a needle or trocar, wherein a wall surface along the first lumen, the second lumen, or both has a ridge or ledge that can engage a flange region of the needle or trocar. an elongate shaft having a proximal end region and a distal end region; a first lumen defined in the shaft; a second lumen defined in the shaft; wherein the distal end region includes a common lumen region in fluid communication with the first lumen and the second lumen; and a deflectable member disposed within the shaft, the deflectable member being designed to shift between a first configuration where the deflectable member directs a first medical device disposed within the common lumen region into the first lumen and a second configuration where the deflectable member allows a second medical device to move between the common lumen region and the second lumen, wherein the second medical device takes the form of a needle or trocar, wherein a wall surface along the first lumen, the second lumen, or both has a ridge or ledge that can engage a flange region of the needle or trocar.
A method comprising: executing, by a processor, an application programming interface, API, server by which to access one or more data models stored to a datastore; receiving, by the API server and from a controller, a registration request to register a new data model to the datastore, the registration request providing a resource definition specifying a semantic validation rule; registering, by the API server, the new data model to the datastore; receiving, by the API server and from a client, a create request to create a resource for the new data model having initial data that conforms to the resource definition; applying, by the API server, the semantic validation rule to the initial data in order to validate the create request; and creating, by the API server and responsive to validating the create request, the resource for the new data model in the datastore. executing, by a processor, an application programming interface, API, server by which to access one or more data models stored to a datastore; receiving, by the API server and from a controller, a registration request to register a new data model to the datastore, the registration request providing a resource definition specifying a semantic validation rule; registering, by the API server, the new data model to the datastore; receiving, by the API server and from a client, a create request to create a resource for the new data model having initial data that conforms to the resource definition; applying, by the API server, the semantic validation rule to the initial data in order to validate the create request; and creating, by the API server and responsive to validating the create request, the resource for the new data model in the datastore.
Rotary cylinder or drum for an epilation device with at least two clamping elements (5, 6) arranged adjacent to each other, of which at least one clamping element is placed under pressure by two pressure pins in turn, wherein the actuation of the pressure pins is effected by a pressure plate, which pressure plate is provided with a pressure roller, characterized in that a damping disk is attached to the pressure pins, which elastically subjects the pressure pins to a load in the direction of the attached clamping element, the damping disk is arranged between the pressure pins and the pressure plate, the damping disk is arranged rotationally fixed opposite the rotary cylinder, and the damping disk has a section, which is permanently attached to the pressure roller, and has a section, which is permanently attached to that pressure pin, which faces the respectively activated pressure pin.
A transmission device that connects a plurality of transmission devices by a ring network, the transmission device comprising: a generating unit that generates a test signal; a transmission unit that transmits the generated test signal to a first transmission device provided immediately downstream in the ring network; characterised by: a determination unit that determines whether a transmission characteristic of the own device on the basis of the test signal measured by the first transmission device is acquired from a second transmission device provided immediately upstream by rounding the ring network; and a setting unit that sets, on the basis of the acquired transmission characteristic when the transmission characteristic of the own device is acquired, the modulation level and the allocation amount of signal power for each subcarrier in the transmission unit. a generating unit that generates a test signal; a transmission unit that transmits the generated test signal to a first transmission device provided immediately downstream in the ring network; a determination unit that determines whether a transmission characteristic of the own device on the basis of the test signal measured by the first transmission device is acquired from a second transmission device provided immediately upstream by rounding the ring network; and a setting unit that sets, on the basis of the acquired transmission characteristic when the transmission characteristic of the own device is acquired, the modulation level and the allocation amount of signal power for each subcarrier in the transmission unit.
An apparatus, comprising: an oscillator circuit (110, 130, 210) having one or more capacitors (150, 242, 244) and configured and arranged to generate an oscillating signal (Clk) via repeated charging and discharging of the one or more capacitors; and a control circuit (120, 270) connected to the oscillator circuit, characterized in that: the control circuit is configured and arranged to set an oscillation frequency of the oscillator circuit to a frequency (Freq_base) scaled by a value raised by an exponent value specified by an input control signal (Freq_Ctrl). an oscillator circuit (110, 130, 210) having one or more capacitors (150, 242, 244) and configured and arranged to generate an oscillating signal (Clk) via repeated charging and discharging of the one or more capacitors; and a control circuit (120, 270) connected to the oscillator circuit, characterized in that: the control circuit is configured and arranged to set an oscillation frequency of the oscillator circuit to a frequency (Freq_base) scaled by a value raised by an exponent value specified by an input control signal (Freq_Ctrl).
Device for delivering a product by spraying, comprising: - a reservoir for storing the liquid that is to be dispensed, and - a pump comprising a pump body mounted fixedly on the reservoir, the pump body comprising an air passage orifice for the passage of air from outside to inside the reservoir, - the device comprising an air passage from outside to inside the reservoir, passing through the air passage orifice, the air passage being closed off by a member made from an air-permeable polymer material, this material being nonporous, the member being referred to as an air-permeable member, characterized in that the air-permeable member is fixed by clamping between two elements of the device which are joined together. - a reservoir for storing the liquid that is to be dispensed, and - a pump comprising a pump body mounted fixedly on the reservoir, the pump body comprising an air passage orifice for the passage of air from outside to inside the reservoir, - the device comprising an air passage from outside to inside the reservoir, passing through the air passage orifice, the air passage being closed off by a member made from an air-permeable polymer material, this material being nonporous, the member being referred to as an air-permeable member,
Treatment unit for the rotary treatment of a web-shaped or sheet-shaped substrate, the unit comprising at least two treatment cylinders (11, 12) and a machine frame, wherein a first treatment cylinder is movably supported in the machine frame and a second treatment cylinder is stationarily supported in the machine frame, wherein every treatment cylinder (11, 12, 13) is assigned a pair of support bodies (20, 30), characterized in that a respective support body of the second treatment cylinder includes a ring segment, a linear guide, a guide body fixed to the frame and a manipulator, that a respective ring segment contacts a respective support body of the first treatment cylinder, and that a respective ring segment is designed to be linearly movable along the linear guide by means of a respective manipulator.
An integrated optical module comprising: a PLC chip; a seat bonded and fixed to part of a lower surface of the PLC chip with an adhesive which is applied to an adhesion surface of the seat; and a support portion supporting the seat, characterized in that a water-repellent treatment portion is provided on an upper surface of the support portion so that adhesive overflowing from the adhesion surface of the seat does not spread over the upper surface of the support portion. a PLC chip; a seat bonded and fixed to part of a lower surface of the PLC chip with an adhesive which is applied to an adhesion surface of the seat; and a support portion supporting the seat, characterized in that a water-repellent treatment portion is provided on an upper surface of the support portion so that adhesive overflowing from the adhesion surface of the seat does not spread over the upper surface of the support portion.
A preprocessing device comprising: a rotation unit configured to acquire first coordinate information of respective vertexes of a polygon for inside/outside determination and the coordinate information of a coordinate to be determined, and reduce an area of a minimal bounding rectangle, MBR, including the polygon by rotating the polygon and the coordinate, as preprocessing of determination processing of determining whether the coordinate exists inside or outside the polygon; and an output unit configured to output coordinate information of respective vertexes of the rotated polygon and the rotated coordinate as rotated coordinate information. a rotation unit configured to acquire first coordinate information of respective vertexes of a polygon for inside/outside determination and the coordinate information of a coordinate to be determined, and reduce an area of a minimal bounding rectangle, MBR, including the polygon by rotating the polygon and the coordinate, as preprocessing of determination processing of determining whether the coordinate exists inside or outside the polygon; and acquire first coordinate information of respective vertexes of a polygon for inside/outside determination and the coordinate information of a coordinate to be determined, and reduce an area of a minimal bounding rectangle, MBR, including the polygon by rotating the polygon and the coordinate, as preprocessing of determination processing of determining whether the coordinate exists inside or outside the polygon; and an output unit configured to output coordinate information of respective vertexes of the rotated polygon and the rotated coordinate as rotated coordinate information.
A reciprocating compressor, comprising; a stationary member including a cylinder; a movable member including a piston reciprocated inside the cylinder between a top dead center and a bottom dead center so as to constitute compression space inside the cylinder; a motor for reciprocating the piston; one or a plurality of spring providing a motive power to drive the movable member to the bottom dead center from the top dead center, one part of which being fixed to the movable member and the other part of which being fixed to the stationary member; and a shell encompassing the movable member, stationary member, motor and springs, the motor comprising: an inner stator formed by stacking a plurality of laminations in the circumferential direction; an outer stator having a coil winding body, wherein the said outer stator consists of a plurality of blocks encompassing the inner stator at a predetermined interval and being separated in blocks, in the circumferential direction; and one or a plurality of permanent magnets linearly reciprocated in a gap between the inner stator and the outer stator, by a mutual electromagnetic force acting between the inner stator and the outer stator, characterized in that each block comprises an upper pole disposed near the top dead center and a lower pole disposed near the bottom dead center and spaced apart by a pole tip which is a gap between the upper pole and the lower pole, and the lengths of the upper pole and the lower pole of the adjacent blocks are different from each other. an inner stator formed by stacking a plurality of laminations in the circumferential direction; an outer stator having a coil winding body, wherein the said outer stator consists of a plurality of blocks encompassing the inner stator at a predetermined interval and being separated in blocks, in the circumferential direction; and one or a plurality of permanent magnets linearly reciprocated in a gap between the inner stator and the outer stator, by a mutual electromagnetic force acting between the inner stator and the outer stator, characterized in that each block comprises an upper pole disposed near the top dead center and a lower pole disposed near the bottom dead center and spaced apart by a pole tip which is a gap between the upper pole and the lower pole, and the lengths of the upper pole and the lower pole of the adjacent blocks are different from each other.
A food intake suppressor which comprises, as an active ingredient, a peptide consisting of an amino acid sequence Arg Cys Met Leu Gly Arg Val Tyr Arg Pro Cys Trp Gln Val or salts thereof.
A system for producing controlled vibrations within a borehole comprising: a vibration creation mechanism configured to create vibrations, wherein the vibration creation mechanism is positioned within a housing in the borehole and includes an encoder plate (606; 806; 908) and an anvil plate (600; 800; 906) positioned so that an impact between the encoder plate and the anvil plate creates the vibrations; a vibration tuning mechanism in the housing configured to alter an operation of the vibration creation mechanism to selectively create vibrations of different frequencies; characterised by: a vibration control mechanism in the housing configured to adjust an amplitude of the vibrations caused by the vibration creation mechanism. a vibration creation mechanism configured to create vibrations, wherein the vibration creation mechanism is positioned within a housing in the borehole and includes an encoder plate (606; 806; 908) and an anvil plate (600; 800; 906) positioned so that an impact between the encoder plate and the anvil plate creates the vibrations; a vibration tuning mechanism in the housing configured to alter an operation of the vibration creation mechanism to selectively create vibrations of different frequencies; characterised by: a vibration control mechanism in the housing configured to adjust an amplitude of the vibrations caused by the vibration creation mechanism.
Three-dimensional medical image anonymization method comprising: - determining a skin region of a three-dimensional medical image comprising determining, as the skin region, a region of a predefined thickness inwards into a human body with respect to a boundary portion of the human body in the three-dimensional medical image; - generating a human mask based on a human tissue region of the three-dimensional medical image, the human tissue region including bones and organs inside the human body; - generating a skin expansion region which comprises the skin region, a region expanded outwards from the skin region, and a region expanded inwards into the skin region, comprising expanding the skin region of the three-dimensional medical image in both an outward direction and an inward direction of the skin region with respect to voxels of the skin region; - generating an anonymization region obtained by removing a region corresponding to the human mask from the skin expansion region; and - changing brightness values of voxels corresponding to the anonymization region in the three-dimensional medical image to a predefined value or an arbitrary value. - determining a skin region of a three-dimensional medical image comprising determining, as the skin region, a region of a predefined thickness inwards into a human body with respect to a boundary portion of the human body in the three-dimensional medical image; - generating a human mask based on a human tissue region of the three-dimensional medical image, the human tissue region including bones and organs inside the human body; - generating a skin expansion region which comprises the skin region, a region expanded outwards from the skin region, and a region expanded inwards into the skin region, comprising expanding the skin region of the three-dimensional medical image in both an outward direction and an inward direction of the skin region with respect to voxels of the skin region; - generating an anonymization region obtained by removing a region corresponding to the human mask from the skin expansion region; and - changing brightness values of voxels corresponding to the anonymization region in the three-dimensional medical image to a predefined value or an arbitrary value.