mhurhangee/ep-ind-claims huggingface dataset:
A producing method for a cylinder block, the cylinder block having at least one cylinder bore, the cylinder block including a bore inner surface, the producing method characterized by comprising: a spraying step of spraying a metallic material onto the bore inner surface of the cylinder block; a pressurizing step of applying pressure, using a pressurizing apparatus comprising a cylindrical roller, to compress a spray deposit provided on the bore inner surface in the spraying step; and a honing step of applying a honing processing to a surface of the spray deposit after the pressurizing step. a spraying step of spraying a metallic material onto the bore inner surface of the cylinder block; a pressurizing step of applying pressure, using a pressurizing apparatus comprising a cylindrical roller, to compress a spray deposit provided on the bore inner surface in the spraying step; and a honing step of applying a honing processing to a surface of the spray deposit after the pressurizing step.
A recombinant meganuclease having altered specificity for at least one recognition sequence half-site relative to a wild-type I-CreI meganuclease, comprising: a polypeptide having at least 85% sequence similarity to residues 2-153 of the I-CreI meganuclease of SEQ ID NO: 1; and having specificity for a recognition sequence half-site which differs by at least one base pair from a half-site within an I-CreI meganuclease recognition sequence selected from the group consisting of SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4 and SEQ ID NO: 5; wherein said recombinant meganuclease comprises at least one modification at position 75 selected from the group consisting of H75, R75 and/or E75.
A method of providing a neutron source, the method comprising: providing a nuclear reactor neutron source, the nuclear reactor neutron source comprising: an enclosure delimiting a chamber, a nuclear reactor core arranged inside the chamber, the nuclear reactor core is configured to produce neutrons from a nuclear fuel element inside the nuclear reactor core; installing a beam generator arranged to generate a beam directed into the chamber; removing the nuclear fuel element of the nuclear reactor core from the chamber; and installing, inside the chamber, a target arranged to eject neutrons upon impact of the beam such that neutrons are ejected from the target and emitted from the chamber, wherein the act of installing a beam generator arranged to generate a beam directed into the chamber comprises installing the beam generator to form part of a spallation neutron source for providing neutrons or to form part of a compact neutron source for providing neutrons. providing a nuclear reactor neutron source, the nuclear reactor neutron source comprising: an enclosure delimiting a chamber, a nuclear reactor core arranged inside the chamber, the nuclear reactor core is configured to produce neutrons from a nuclear fuel element inside the nuclear reactor core; installing a beam generator arranged to generate a beam directed into the chamber; removing the nuclear fuel element of the nuclear reactor core from the chamber; and installing, inside the chamber, a target arranged to eject neutrons upon impact of the beam such that neutrons are ejected from the target and emitted from the chamber, wherein the act of installing a beam generator arranged to generate a beam directed into the chamber comprises installing the beam generator to form part of a spallation neutron source for providing neutrons or to form part of a compact neutron source for providing neutrons.
An X-ray diagnostic apparatus, comprising an X-ray generating unit which is adapted to generate pulse X-rays, an X-ray detector which is adapted to detect X-rays transmitted through a subject, an image computation unit (10, 11) which is adapted to generate images based on an output from the X-ray detector, and a control unit which is adapted to control the X-ray generating unit to repeatedly generate the pulse X-rays in a radiography period and change a generation cycle of the pulse X-rays in the radiography period, characterized in that the control unit is adapted to cause the pulse X-rays to be generated in three consecutive intervals (A; B; C) such that the pulse X-rays are generated at an indefinite cycle in an ECG-gated mode in a first interval in the radiography period, the pulse X-rays are generated at a constant cycle in a second interval following the first interval in the radiography period after a lapse of a first predetermined delay time (Δt1) from a contrast medium injection start time point, and the pulse X-rays are generated at an indefinite cycle in the ECG-gated mode in a third interval following the second interval in the radiography period after a lapse of a second predetermined delay time (Δt2) from a contrast medium injection end time point, and wherein the second predetermined delay time (Δt2) is longer than the first predetermined delay time (Δt1).
Intake apparatus for an internal combustion engine, comprising: a main section defining an intake port having therein first and second regions extending longitudinally of the intake port, and a recirculating section (16, 31) defining an intake recirculation passage (16, 5B) to recirculate part of intake air from the second region in the intake port to a low pressure region provided at a flow throttling section (11, 21) at an upstream position of the intake port strengthening an intake air stream in said first region of the intake port, compared to the intake air stream in said second region. a main section defining an intake port having therein first and second regions extending longitudinally of the intake port, and a recirculating section (16, 31) defining an intake recirculation passage (16, 5B) to recirculate part of intake air from the second region in the intake port to a low pressure region provided at a flow throttling section (11, 21) at an upstream position of the intake port strengthening an intake air stream in said first region of the intake port, compared to the intake air stream in said second region.
An energy storage device comprising a spiral electrode group in which a positive electrode plate and a negative electrode plate are spirally wound with a separator interposed therebetween, wherein the negative electrode plate is opposed to an inner circumference and an outer circumference of the positive electrode plate, portions of the separator are reinforced, the spiral electrode group has a central space, the reinforced portions of the separator include a first reinforced portion formed between a winding-start end of the positive electrode plate and the negative electrode plate located on a radially outer side of the winding-start end, and a second reinforced portion formed between the winding-start end of the positive electrode plate and the negative electrode plate located on a radially inner side of the winding-start end, on the radially inner side of the winding start end of the positive electrode plate, only the negative electrode plate and the separator are wound in a same direction as the positive electrode plate, characterized in that a non-reinforced portion is formed between the first reinforced portion and the second reinforced portion in the separator, the separator opposed to neither the positive electrode plate nor the negative electrode plate is arranged in the central space, and the separator arranged in the central space includes the non-reinforced portion.
A system for transportation, separation and orientation of cuvettes in a head up position, the system comprising a. device for transportation, separation and orientation of cuvettes in a head up position, the device comprising a pipe, a motor and a vertically oriented auger, angled with respect to the vertical, and a guiding plate that is arranged parallel to the auger, wherein the motor is connected with the auger for rotating it, the auger comprising a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a center of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the thread flank diameter so that they do not fall back and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position; and b. at least one cuvette, wherein the cuvette comprises a head part and a bottom part and the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette, and wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette. a. device for transportation, separation and orientation of cuvettes in a head up position, the device comprising a pipe, a motor and a vertically oriented auger, angled with respect to the vertical, and a guiding plate that is arranged parallel to the auger, wherein the motor is connected with the auger for rotating it, the auger comprising a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a center of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the thread flank diameter so that they do not fall back and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position; and b. at least one cuvette, wherein the cuvette comprises a head part and a bottom part and the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette, and wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette.
A monoclonal antibody that specifically binds to Mcm5 which binds to an epitope having an amino acid sequence of (i) SEQ ID NO: 2; or (ii) SEQ ID NO: 1. (i) SEQ ID NO: 2; or (ii) SEQ ID NO: 1.
Use of a composition with foaming properties in enhanced oil recovery processes through sequential batches, with the first one consisting in the generation of foam, and the second in injecting a gas as the displacement fluid; wherein said composition with foaming properties contains as active component, in a % by weight ranging from 0.5 to 99.5%, supramolecular complexes with the following structural formula: wherein R and R1 are linear or branched independent alkyl chains and with the length thereof ranging from 1 to 30 carbon atoms; wherein the supremolecular complexes are obtained from the mixture of sodium alpha olefin sulfonates and alkyl amido propyl betaines; and wherein the gas used to generate the foam is selected between nitrogen, and methane. wherein said composition with foaming properties contains as active component, in a % by weight ranging from 0.5 to 99.5%, supramolecular complexes with the following structural formula: wherein R and R1 are linear or branched independent alkyl chains and with the length thereof ranging from 1 to 30 carbon atoms; wherein the supremolecular complexes are obtained from the mixture of sodium alpha olefin sulfonates and alkyl amido propyl betaines; and wherein the gas used to generate the foam is selected between nitrogen, and methane.
A data transmission method, comprising: determining, according to a maximum power value detected by performing a clear channel assessment CCA on a primary channel in one or more processing time periods, a power value interval to which the maximum power value detected by performing the CCA belongs, wherein the determined power value interval is one of one or more power value intervals that do not overlap each other; obtaining a transmit power spectral density according to the determined power value interval, wherein there is a one-to-one correspondence between the one or more power value intervals and one or more transmit power spectral densities; and when a transmit opportunity TXOP is obtained, performing data transmission on a transmission channel by using a power spectral density that is not greater than the transmit power spectral density. determining, according to a maximum power value detected by performing a clear channel assessment CCA on a primary channel in one or more processing time periods, a power value interval to which the maximum power value detected by performing the CCA belongs, wherein the determined power value interval is one of one or more power value intervals that do not overlap each other; obtaining a transmit power spectral density according to the determined power value interval, wherein there is a one-to-one correspondence between the one or more power value intervals and one or more transmit power spectral densities; and when a transmit opportunity TXOP is obtained, performing data transmission on a transmission channel by using a power spectral density that is not greater than the transmit power spectral density.
An earphone, comprising: a first speaker element and a second speaker element extending from the first speaker element, wherein the second speaker element is sized and configured to fit at least partially into a cavum concha of a listener's ear, and wherein the second speaker element is connected to the first speaker element by a pivotable joint; a bridge comprising a first end and a second end, wherein the first speaker element is pivotably connected to the first end of the bridge; and a hanger bar comprising a first portion and a second portion, wherein the first portion is threadingly connected to the second end of the bridge, wherein the second portion of the hanger bar is configured to rest upon a part of the listener's ear when the earphone is worn by the listener; the first end of the bridge defining a first axis, wherein the first speaker element may rotate about the first axis, wherein the second end of the bridge defines a second axis, and wherein the first portion of the hanger bar is threadingly connected to the second end of the bridge such that the hanger bar may rotate about the second axis. a first speaker element and a second speaker element extending from the first speaker element, wherein the second speaker element is sized and configured to fit at least partially into a cavum concha of a listener's ear, and wherein the second speaker element is connected to the first speaker element by a pivotable joint; a bridge comprising a first end and a second end, wherein the first speaker element is pivotably connected to the first end of the bridge; and a hanger bar comprising a first portion and a second portion, wherein the first portion is threadingly connected to the second end of the bridge, wherein the second portion of the hanger bar is configured to rest upon a part of the listener's ear when the earphone is worn by the listener; the first end of the bridge defining a first axis, wherein the first speaker element may rotate about the first axis, wherein the second end of the bridge defines a second axis, and wherein the first portion of the hanger bar is threadingly connected to the second end of the bridge such that the hanger bar may rotate about the second axis.
Food storage container for a household refrigeration appliance, having a tray for receiving the food, having a cover which is separate therefrom and can be attached to the tray in order to close the tray, and having a ventilation apparatus, with which air can be exchanged between the surroundings and the interior of the food storage container, wherein in an opened position the ventilation apparatus releases a ventilation opening and in the closed position closes off the ventilation opening, wherein the ventilation apparatus has a slider, which is mounted in a displaceable manner on the tray in the depth direction (z) of the food storage container so that in a first displacement position the opened position is set and in a second displacement position the closed position is set, characterised in that in the opened position the ventilation apparatus releases, at least in regions, a clearance between the rear edge region of the upper edge of the tray and the front edge of the cover by means of the slider and wherein in the closed state of the slider a rear edge region of the slider rests against a front edge of the cover.
A rotor blade (26, 30) for a turbomachine, the rotor blade (26, 30) comprising: a main body comprising a shank and an airfoil extending radially outwardly from the shank; a damping passage defined in the main body, the damping passage extending radially through the main body; and a damper stack disposed within the damping passage, the damper stack comprising a plurality of damper pins, each of the plurality of damper pins in contact with a neighboring damper pin, wherein the plurality of damper pins comprises a first damper pin and a second damper pin (72"), wherein each of the plurality of damper pins extends between a first end and a second end, wherein the first end of the first damper pin contacts the second end of the second damper pin (72"), characterized in that the first end of the first damper pin has an outward spherical shape and the second end of the second damper pin (72") has an inward spherical shape. a main body comprising a shank and an airfoil extending radially outwardly from the shank; a damping passage defined in the main body, the damping passage extending radially through the main body; and a damper stack disposed within the damping passage, the damper stack comprising a plurality of damper pins, each of the plurality of damper pins in contact with a neighboring damper pin, wherein the plurality of damper pins comprises a first damper pin and a second damper pin (72"), wherein each of the plurality of damper pins extends between a first end and a second end, wherein the first end of the first damper pin contacts the second end of the second damper pin (72"), characterized in that the first end of the first damper pin has an outward spherical shape and the second end of the second damper pin (72") has an inward spherical shape.
The process for preparation of deoxycholic acid or a pharmaceutically acceptable salt thereof, comprising the following steps: i) providing a compound of the general formula SM-a: ii) reducing the compound of the general formula SM-a to obtain an intermediate of the general formula Int A1: iii) converting the intermediate of the general formula Int A1 into an intermediate of the general formula Int A2: iv) reducing the intermediate of the general formula Int A2 into an intermediate of the general formula Int A3: v) oxidising the intermediate of the general formula Int A3 into an intermediate of the general formula Int A5: vi) reducing the intermediate of the general formula Int A5 into an intermediate of the general formula Int A6: vii) reducing the intermediate of the general formula Int A6 into an intermediate of the general formula Int A7: viii) reducing the compound of the general formula Int A7 into an intermediate of the general formula Int A8: or elongating the carbon chain of the intermediate of the general formula Int A7 into an intermediate of the general formula Int B2: wherein R 2 is a linear or branched C 1 -C 6 -alkyl group, ix) elongating the carbon chain of the compound of the general formula Int A8 or converting the intermediate of the general formula Int B2 to obtain deoxycholic acid: x) optionally converting deoxycholic acid to a pharmaceutically acceptable salt thereof, wherein R 2 is H or a linear or branched C 1 -C 6 -alkyl group; R3 is H, R 2 or an alcohol protection group. i) providing a compound of the general formula SM-a: ii) reducing the compound of the general formula SM-a to obtain an intermediate of the general formula Int A1: iii) converting the intermediate of the general formula Int A1 into an intermediate of the general formula Int A2: iv) reducing the intermediate of the general formula Int A2 into an intermediate of the general formula Int A3: v) oxidising the intermediate of the general formula Int A3 into an intermediate of the general formula Int A5: vi) reducing the intermediate of the general formula Int A5 into an intermediate of the general formula Int A6: vii) reducing the intermediate of the general formula Int A6 into an intermediate of the general formula Int A7: viii) reducing the compound of the general formula Int A7 into an intermediate of the general formula Int A8: or elongating the carbon chain of the intermediate of the general formula Int A7 into an intermediate of the general formula Int B2: wherein R 2 is a linear or branched C 1 -C 6 -alkyl group, ix) elongating the carbon chain of the compound of the general formula Int A8 or converting the intermediate of the general formula Int B2 to obtain deoxycholic acid: x) optionally converting deoxycholic acid to a pharmaceutically acceptable salt thereof, wherein R 2 is H or a linear or branched C 1 -C 6 -alkyl group; R3 is H, R 2 or an alcohol protection group. R 2 is H or a linear or branched C 1 -C 6 -alkyl group; R3 is H, R 2 or an alcohol protection group.
A motor-vehicle comprising: - a structural connecting element rigidly connected to a front portion of a platform, - an engine elastically supported on a structure of the motor-vehicle, - an engine suspension elastic device elongated in a direction substantially parallel to the longitudinal direction of said motor-vehicle, with a first end connected to said structural connecting element and a second end connected to said engine, in such a way that, during operation of said motor-vehicle, said engine suspension elastic device reduces the stresses to which said engine is subjected in the longitudinal direction of the vehicle, whereby said engine suspension elastic device has a main body of metal and/or composite material including an elastically deformable portion with a serpentine wavy conformation defining a plurality of loops with concavities alternately facing in opposite directions, in such a way that said body portion is able to be elastically deformed in said longitudinal direction, - said body of metal and/or composite material being provided with a number of elements of elastomeric material, each element of elastomeric material being received and vulcanized within the concavity of a respective loop of said elastically deformable portion, for providing elastic and shock-absorbing functions, - said elements of elastomeric material having at least one hollow portion, to modulate the stiffness of said device. - a structural connecting element rigidly connected to a front portion of a platform, - an engine elastically supported on a structure of the motor-vehicle, - an engine suspension elastic device elongated in a direction substantially parallel to the longitudinal direction of said motor-vehicle, with a first end connected to said structural connecting element and a second end connected to said engine, in such a way that, during operation of said motor-vehicle, said engine suspension elastic device reduces the stresses to which said engine is subjected in the longitudinal direction of the vehicle, - said body of metal and/or composite material being provided with a number of elements of elastomeric material, each element of elastomeric material being received and vulcanized within the concavity of a respective loop of said elastically deformable portion, for providing elastic and shock-absorbing functions, - said elements of elastomeric material having at least one hollow portion, to modulate the stiffness of said device.