mhurhangee/ep-ind-claims huggingface dataset:
An α + β type titanium alloy sheet for welded pipe being an α + β type titanium alloy sheet to be used for a welded pipe with a rolling direction set to a circumference direction, the α + β type titanium alloy sheet for welded pipe comprising: a composition containing, in mass%, 0.8 to 1.5% of Fe, 4.8 to 5.5% of Al, 0.020% or less of N, O in a range satisfying Q = 0.14 to 0.38 shown in Expression below, and a balance being Ti and impurities, wherein a texture in a sheet plane direction has: a first group of grains oriented in a region where of a pole figure of an α phase having a hexagonal crystal structure, an angle θ being the angle between a c axis and a sheet normal direction is 0 to 30°; and a second group of grains oriented in a region where the angle θ is 80 to 100° and of the pole figure of the α phase, an angle φ being the angle between a projection line of the c axis onto the sheet plane and a sheet width direction is -10 to 10°, and a ratio of peak values of X-ray relative intensities from a basal plane in the α phase between the first group of grains and the second group of grains (the second group of grains/the first group of grains) is 5.0 or more. Q = O + 2.77 × N In Expression above, represents the content of O [mass%] and represents the content of N [mass%]. a composition containing, in mass%, 0.8 to 1.5% of Fe, 4.8 to 5.5% of Al, 0.020% or less of N, O in a range satisfying Q = 0.14 to 0.38 shown in Expression below, and a balance being Ti and impurities, wherein a texture in a sheet plane direction has: a first group of grains oriented in a region where of a pole figure of an α phase having a hexagonal crystal structure, an angle θ being the angle between a c axis and a sheet normal direction is 0 to 30°; and a second group of grains oriented in a region where the angle θ is 80 to 100° and of the pole figure of the α phase, an angle φ being the angle between a projection line of the c axis onto the sheet plane and a sheet width direction is -10 to 10°, and a ratio of peak values of X-ray relative intensities from a basal plane in the α phase between the first group of grains and the second group of grains (the second group of grains/the first group of grains) is 5.0 or more. Q = O + 2.77 × N In Expression above, represents the content of O [mass%] and represents the content of N [mass%].
A drive device for a hand-held device for locally piercing skin, with: - a housing which can be connected to a module housing of a skin piercing device; and - an electric drive means which is disposed in the housing and has a tapping component which is configured to provide a tap for the skin piercing device for tapping a rotary drive movement generated by the electric drive means; characterized in that the electric drive means comprises an electric motor provided as an external rotor motor with a rotating rotor component, in which the tapping component is disposed on the rotor component and is eccentric with respect to a rotor axis. - a housing which can be connected to a module housing of a skin piercing device; and - an electric drive means which is disposed in the housing and has a tapping component which is configured to provide a tap for the skin piercing device for tapping a rotary drive movement generated by the electric drive means;
Mechanical seal arrangement having a rotating slide ring and a stationary slide ring, wherein at least one of the slide rings is a slide ring comprising a graphene-containing material, - wherein the material of the slide ring is a composite material comprising a ceramic material and the graphene-containing material, and - wherein the slide ring comprises exclusively the ceramic material and the graphene-containing material. - wherein the material of the slide ring is a composite material comprising a ceramic material and the graphene-containing material, and - wherein the slide ring comprises exclusively the ceramic material and the graphene-containing material.
A cranial burr hole plug, comprising: a plug base configured for being mounted around a cranial burr hole, the plug base including an aperture through which a plurality of elongated medical devices exiting the burr hole may pass; and a retainer configured for being mounted within the aperture of the plug base, the retainer including first and second slidable clamping mechanisms configured for securing the medical devices therebetween within the aperture of the plug base, and characterized in that the first and second slidable clamping mechanisms are configured for securing the medical devices along any one of a plurality of non-diametrical chords (C1-C4) of the aperture of the plug base. a plug base configured for being mounted around a cranial burr hole, the plug base including an aperture through which a plurality of elongated medical devices exiting the burr hole may pass; and a retainer configured for being mounted within the aperture of the plug base, the retainer including first and second slidable clamping mechanisms configured for securing the medical devices therebetween within the aperture of the plug base, and characterized in that the first and second slidable clamping mechanisms are configured for securing the medical devices along any one of a plurality of non-diametrical chords (C1-C4) of the aperture of the plug base.
A method of synthesis of a polyprobe, comprising at least the following phases: a) selecting 10 genomic target sequences, of 10 globe artichoke's viruses, one sequence for each one of said 10 viruses, b) synthesizing 4 single-stranded oligonucleotides comprising at least 2 of said genomic target sequences joined together, c) synthesizing 4 double-stranded oligonucleotides corresponding to said 4 single-stranded oligonucleotides, d) cloning said 4 double-stranded oligonucleotides into 4 suitable vectors, which are subcloned in tandem obtaining a recombinant cloning vector comprising the entire sequence of said polyprobe, e) labeling said polyprobe. a) selecting 10 genomic target sequences, of 10 globe artichoke's viruses, one sequence for each one of said 10 viruses, b) synthesizing 4 single-stranded oligonucleotides comprising at least 2 of said genomic target sequences joined together, c) synthesizing 4 double-stranded oligonucleotides corresponding to said 4 single-stranded oligonucleotides, d) cloning said 4 double-stranded oligonucleotides into 4 suitable vectors, which are subcloned in tandem obtaining a recombinant cloning vector comprising the entire sequence of said polyprobe, e) labeling said polyprobe.
A media item storage unit for a media item recycler, the media item storage unit comprising: a first rotary media item storage device; a second rotary media item storage device aligned with the first rotary media item storage device; storage tape for storing different types of media items, the storage tape being wound around each of the first and second rotary media item storage devices (12,14), delineated into identical sets (76,78) of media item storage locations (80, 82, 84, 86, 88, 90, 92, 94) along its entire length, and marked with at least one calibration mark at each media item storage location (80, 82, 84, 86, 88, 90, 92, 94) to identify a type of media item stored at, or to be stored at, that storage location (80, 82, 84, 86, 88, 90, 92, 94); a sensor for detecting the calibration marks and ascertaining if a media item is stored at the storage location (80, 82, 84, 86, 88, 90, 92, 94) being sensed; an entry/exit port between the first and second rotary media item storage devices (12,14) through which media items can be inserted or removed; and a controller operable to rotate either the first or second rotary media item storage devices (12,14) to move the storage tape forwards or backwards while sensing the detected calibration marks to locate on the storage tape either i) a media item of a desired type for a dispense transaction, or ii) an empty media item storage location (80, 82, 84, 86, 88, 90, 92, 94) corresponding to a required type of media item for a deposit transaction. a first rotary media item storage device; a second rotary media item storage device aligned with the first rotary media item storage device; storage tape for storing different types of media items, the storage tape being wound around each of the first and second rotary media item storage devices (12,14), delineated into identical sets (76,78) of media item storage locations (80, 82, 84, 86, 88, 90, 92, 94) along its entire length, and marked with at least one calibration mark at each media item storage location (80, 82, 84, 86, 88, 90, 92, 94) to identify a type of media item stored at, or to be stored at, that storage location (80, 82, 84, 86, 88, 90, 92, 94); a sensor for detecting the calibration marks and ascertaining if a media item is stored at the storage location (80, 82, 84, 86, 88, 90, 92, 94) being sensed; an entry/exit port between the first and second rotary media item storage devices (12,14) through which media items can be inserted or removed; and a controller operable to rotate either the first or second rotary media item storage devices (12,14) to move the storage tape forwards or backwards while sensing the detected calibration marks to locate on the storage tape either i) a media item of a desired type for a dispense transaction, or ii) an empty media item storage location (80, 82, 84, 86, 88, 90, 92, 94) corresponding to a required type of media item for a deposit transaction.
A system for treating pelvic organ prolapse, the system comprising: a plug including a base opposite an apex, where the base is wider than the apex and an exterior surface of the apex is shaped to conform to an interior apical portion of a vagina; a skirt that is attachable to the plug, the skirt including multiple pores that are sized to allow tissue of the vagina to grow through the skirt; and an anchor having a proximal portion that is attachable to the apex of the plug, the anchor having a length that allows a distal portion of the anchor to be attached to a sacrum of a patient, wherein the plug is a substantially hollow hemispherical cap having a substantially uniform wall thickness, the hemispherical cap including a convex distal outside surface and a concave proximal inside surface and characterized in that the plug has hole formed through the wall thickness of the hemispherical cap in a region of the apex. a plug including a base opposite an apex, where the base is wider than the apex and an exterior surface of the apex is shaped to conform to an interior apical portion of a vagina; a skirt that is attachable to the plug, the skirt including multiple pores that are sized to allow tissue of the vagina to grow through the skirt; and an anchor having a proximal portion that is attachable to the apex of the plug, the anchor having a length that allows a distal portion of the anchor to be attached to a sacrum of a patient,
Method for coupling a rotational device, in particular a steam turbine, and a shaft device, in particular a gas turbine, comprising the following steps: - accelerating the rotational device up to an initial rotational speed which lies below the rotational speed of the shaft device; - detecting a differential angle between the shaft device and rotational device; characterized by the acceleration of the rotational device with an acceleration value, which is derived from an intended rotational speed difference between the shaft device and rotational device, provided for the start of the input coupling process, said intended rotational speed difference being formed as a function of the detected differential angle, the acceleration up to the initial rotational speed and a desired target coupling angle. - accelerating the rotational device up to an initial rotational speed which lies below the rotational speed of the shaft device; - detecting a differential angle between the shaft device and rotational device;
A dental imaging apparatus for obtaining a radiographic image of teeth of a patient, the apparatus comprising: a movable mount comprising a radiation source and a digital imaging sensor; an actuator that is energizable to move the movable mount in a horizontal scanning plane in a scan pattern about an imaging area; a computer in signal communication with the digital imaging sensor and configured to acquire one or more of two-dimensional images of the digital imaging sensor positioned relative to the radiation source for the scan pattern; and a patient support structure (16, 17, 18, 19, 20) comprising a chin rest and a bite stick connected to the chin rest, characterized in that the bite stick comprises a fixed horse-shoe shaped flat bite wing selectively tilted with a 6-10 degrees angle relative to the horizontal scanning plane, which is configured to - when fixed between the occlusal surfaces of the upper and lower teeth of the patient - orient the occlusal plane of the patient in the imaging area. a movable mount comprising a radiation source and a digital imaging sensor; an actuator that is energizable to move the movable mount in a horizontal scanning plane in a scan pattern about an imaging area; a computer in signal communication with the digital imaging sensor and configured to acquire one or more of two-dimensional images of the digital imaging sensor positioned relative to the radiation source for the scan pattern; and a patient support structure (16, 17, 18, 19, 20) comprising a chin rest and a bite stick connected to the chin rest, characterized in that the bite stick comprises a fixed horse-shoe shaped flat bite wing selectively tilted with a 6-10 degrees angle relative to the horizontal scanning plane, which is configured to - when fixed between the occlusal surfaces of the upper and lower teeth of the patient - orient the occlusal plane of the patient in the imaging area.
A particulate water absorbing agent comprising a water-absorbing resin obtained by crosslinking polymerization of an unsaturated monomer containing an acid group and/or a salt thereof, wherein said water-absorbing resin is further surface crosslinked, and wherein said water absorbing agent satisfies the following (a) to (d) and: (a) centrifuge retention capacity of the water absorbing agent in a physiological saline solution being not lower than 32 g/g; (b) mass median particle size of the water absorbing agent being in the range of 200 to 400 μ m; (c) ratio of particles of the water absorbing agent having diameter of smaller than 150 μ m being in the range of 0 to 2% by weight; (d) increased extractables of the water absorbing agent by deterioration expressed by the following formula of 0 to 15% by weight and extractables of the water absorbing agent for one hour in deterioration test liquid of 0.1 to 30% by weight, wherein the deterioration test liquid means a physiological saline solution containing 0.05% by weight of L-ascorbic acid; Increased extractables by deterioration % by weight = extractables for one hour in deterioration test liquid % by weight - extractables for one hour in a physiological saline solution % by weight; and (l) logarithmic standard deviation of particle size distribution being in the range of 0.20 to 0.40. (a) centrifuge retention capacity of the water absorbing agent in a physiological saline solution being not lower than 32 g/g; (b) mass median particle size of the water absorbing agent being in the range of 200 to 400 μ m; (c) ratio of particles of the water absorbing agent having diameter of smaller than 150 μ m being in the range of 0 to 2% by weight; (d) increased extractables of the water absorbing agent by deterioration expressed by the following formula of 0 to 15% by weight and extractables of the water absorbing agent for one hour in deterioration test liquid of 0.1 to 30% by weight, wherein the deterioration test liquid means a physiological saline solution containing 0.05% by weight of L-ascorbic acid; Increased extractables by deterioration % by weight = extractables for one hour in deterioration test liquid % by weight - extractables for one hour in a physiological saline solution % by weight; and (l) logarithmic standard deviation of particle size distribution being in the range of 0.20 to 0.40.
An oven comprising a body; an oven cavity wherein the foodstuffs to be cooked are placed; a casing that is disposed in the body and that is in the form of a box with front side open and that surrounds the oven cavity; a heater that is disposed in the casing; a cooling unit that is disposed on the body and that enables the foodstuffs placed into the oven cavity to be cooled, and a control unit that controls the heater and the cooling unit, an air duct that is arranged between the cooling unit and the oven cavity and that enables the hot air in the oven cavity to be delivered to the cooling unit, a shutter that is disposed on the air duct, and the control unit that controls the opening/closing of the shutter characterized by a temperature sensor that is disposed on the cooling unit and the control unit that controls the shutter according to the data received from the temperature sensor.
A parking assist device comprising: a detector configured to detect a target parking position from a captured image obtained from an imager, the target parking position indicating an area allowing a vehicle to park, the imager imaging a surrounding area of the vehicle while the vehicle is moving; and a display unit configured to display the captured image on a display device; characterized by a position identifier configured to identify, during a period while the vehicle is moving after the captured image was displayed on the display device and before a captured image captured next by the imager is displayed, relative coordinates of the target parking position with respect to a current position of the vehicle, based on a first moving amount by which the vehicle has moved since the captured image was displayed on the display device and on a positional relation between the vehicle and the target parking position at the time when the captured image was captured, and a parking assist unit configured to calculate a guide path to the relative coordinates of the target parking position with respect to the current position of the vehicle, identified based on the first moving amount, and guide the vehicle during the period to the target parking position when a request for guiding the vehicle to the target parking position is made. a detector configured to detect a target parking position from a captured image obtained from an imager, the target parking position indicating an area allowing a vehicle to park, the imager imaging a surrounding area of the vehicle while the vehicle is moving; and a display unit configured to display the captured image on a display device; characterized by a position identifier configured to identify, during a period while the vehicle is moving after the captured image was displayed on the display device and before a captured image captured next by the imager is displayed, relative coordinates of the target parking position with respect to a current position of the vehicle, based on a first moving amount by which the vehicle has moved since the captured image was displayed on the display device and on a positional relation between the vehicle and the target parking position at the time when the captured image was captured, and a parking assist unit configured to calculate a guide path to the relative coordinates of the target parking position with respect to the current position of the vehicle, identified based on the first moving amount, and guide the vehicle during the period to the target parking position when a request for guiding the vehicle to the target parking position is made.
A method for machining the tooth edges formed between a face side and the tooth flanks of toothing, wherein a machining tool provided with a blade removes material from the tooth edges of the toothing by means of a cutting action, which toothing rotates about its toothing axis and thus produces a bevel on the tooth edges, the machining tool being toothed and, for the material removal, rotating about its toothing axis (Z w), being brought into rolling engagement with the toothing that is to be machined at an axis-crossing angle (Σ) different from zero between the rotary axes (Z, Z w) of the machining tool and the toothing that is to be machined, characterised in that the cutting direction (s) of the cutting movement has a directional component running orthogonally to the tooth flank resulting from an angle of inclination (η) of the rotary axis of the machining tool which is different from zero relative to a plane extending orthogonally to the connecting direction between the centres of the toothing and the machining tool.
An assembly method for a prosthetic heart valve, the method comprising: disposing tabs of adjacent leaflets together, each leaflet having a pair of tabs on opposite sides with respect to a centerline thereof; stitching together the tabs of the adjacent leaflets via a first suture spaced from ends of the tabs to form a commissure tab assembly; conveying the commissure tab assembly through a closed window of a support member of an expandable annular frame of the prosthetic heart valve, the conveying being along a radial direction of the expandable annular frame from a radially-inner side of the closed window to a radially-outer side of the closed window; and inserting a wedge between the tabs of the commissure tab assembly at a first location along the radial direction between the first suture and the radially-outer side of the closed window, a width along a circumferential direction of the annular frame for a portion of the commissure tab assembly being increased by the wedge, wherein the increased width of the commissure tab assembly portion is greater than a width along the circumferential direction for a corresponding portion of the radially-outer side of the closed window, wherein movement of the commissure tab assembly inward along the radial direction is restrained by interaction of the increased width portion of the commissure tab assembly with the corresponding portion of the closed window of the support member. disposing tabs of adjacent leaflets together, each leaflet having a pair of tabs on opposite sides with respect to a centerline thereof; stitching together the tabs of the adjacent leaflets via a first suture spaced from ends of the tabs to form a commissure tab assembly; conveying the commissure tab assembly through a closed window of a support member of an expandable annular frame of the prosthetic heart valve, the conveying being along a radial direction of the expandable annular frame from a radially-inner side of the closed window to a radially-outer side of the closed window; and inserting a wedge between the tabs of the commissure tab assembly at a first location along the radial direction between the first suture and the radially-outer side of the closed window, a width along a circumferential direction of the annular frame for a portion of the commissure tab assembly being increased by the wedge, wherein the increased width of the commissure tab assembly portion is greater than a width along the circumferential direction for a corresponding portion of the radially-outer side of the closed window, wherein movement of the commissure tab assembly inward along the radial direction is restrained by interaction of the increased width portion of the commissure tab assembly with the corresponding portion of the closed window of the support member.