mhurhangee/ep-ind-claims huggingface dataset:
A working fluid composition for a refrigerating machine, comprising: a refrigerant comprising a hydrofluoroethane represented by the following formula, difluoromethane and tetrafluoropropene; and a refrigerating machine oil comprising at least one selected from a polyol ester as a base oil, wherein a carbon/oxygen molar ratio of the base oil is 2.5 or more and 5.8 or less, wherein the polyol ester is a polyol ester obtainable by synthesis from a fatty acid having 4 to 9 carbon atoms and a polyhydric alcohol having 4 to 12 carbon atoms, wherein Formula is as follows: C 2 H n F 5-n wherein n represents 1 or 2. a refrigerant comprising a hydrofluoroethane represented by the following formula, difluoromethane and tetrafluoropropene; and a refrigerating machine oil comprising at least one selected from a polyol ester as a base oil, wherein a carbon/oxygen molar ratio of the base oil is 2.5 or more and 5.8 or less, wherein the polyol ester is a polyol ester obtainable by synthesis from a fatty acid having 4 to 9 carbon atoms and a polyhydric alcohol having 4 to 12 carbon atoms, wherein Formula is as follows: C 2 H n F 5-n wherein n represents 1 or 2.
A device for protecting an object comprising an essentially planar ceiling part, an essentially planar floor part and at least one side wall made up of a bellows connecting said ceiling and floor parts so as to form a cartridge, in which all or part of the object to be protected can slide, characterized in that said side wall is further made up of high-resilience means allowing to adjust the distance between the ceiling and floor parts to the thickness of the object to be protected, by firmly gripping the latter.
A frangible RFID tag comprising: a substrate having at least one weakened area; an RFID chip located on the substrate; an antenna located on the substrate and electrically connected to the RFID chip; a plurality of adhesive areas applied to an underside of the substrate and configured to allow the RFID tag to be secured to an object, the plurality of adhesive areas spaced from one another, thereby forming at least one gap between the plurality of adhesive areas, the at least one gap being located under the at least one weakened area 150; characterized in that the tag further comprises a top layer located on and covering the substrate, RFID chip and antenna, the top layer being a solid layer of material and having a tensile strength lower than the force required to remove the RFID tag from the object such that the top layer is configured to tear upon removal of the RFID tag from the object. a substrate having at least one weakened area; an RFID chip located on the substrate; an antenna located on the substrate and electrically connected to the RFID chip; a plurality of adhesive areas applied to an underside of the substrate and configured to allow the RFID tag to be secured to an object, the plurality of adhesive areas spaced from one another, thereby forming at least one gap between the plurality of adhesive areas, the at least one gap being located under the at least one weakened area 150; characterized in that the tag further comprises a top layer located on and covering the substrate, RFID chip and antenna, the top layer being a solid layer of material and having a tensile strength lower than the force required to remove the RFID tag from the object such that the top layer is configured to tear upon removal of the RFID tag from the object.
Method for operating a thermal power plant, which comprises a gas turbine and a generator driven directly by the gas turbine by means of a shaft and being connected to an electrical grid having a grid frequency (F G) via an electronic decoupling apparatus and a step-up transformer, said method comprising sensing said grid frequency (F G); and is characterized by the steps of: detecting if in case of an excursion of said grid frequency (F G) additional inertial power (ΔP) is required or not; if inertial power (ΔP) is required, calculating the magnitude and duration of the additional inertial power (ΔP); and releasing additional inertial power (ΔP) to said electrical grid in accordance with said calculations via said electronic decoupling apparatus; providing as said electronic decoupling apparatus a matrix converter without a DC link, and considering initial operating conditions of the power plant at start of said grid frequency excursion in said calculations. detecting if in case of an excursion of said grid frequency (F G) additional inertial power (ΔP) is required or not; if inertial power (ΔP) is required, calculating the magnitude and duration of the additional inertial power (ΔP); and releasing additional inertial power (ΔP) to said electrical grid in accordance with said calculations via said electronic decoupling apparatus; providing as said electronic decoupling apparatus a matrix converter without a DC link, and considering initial operating conditions of the power plant at start of said grid frequency excursion in said calculations.
A method of making a gold evaporative source with reduced surface contaminants comprising the steps of: providing a predetermined volume of gold evaporative sources, each consisting essentially of at least 99.999 wt% gold (5N Au), and further wherein each gold evaporative source is characterized by one or more surfaces extending between a first face and a second face; burnishing the gold evaporative sources against each other in the presence of a liquid slurry at ambient temperature under a controlled vibratory action, thereby loosening and removing at least a portion of contaminants along at least one of the first face, the second face and the one or more surfaces to form a partially cleaned gold evaporative source; followed by leaching the partially cleaned gold evaporative sources with boiling nitric acid to dislodge and remove contaminants along at least one of the first face, the second face or the one or more surfaces without substantially altering the surface roughness along the one or more surfaces, the first face, and the second face. providing a predetermined volume of gold evaporative sources, each consisting essentially of at least 99.999 wt% gold (5N Au), and further wherein each gold evaporative source is characterized by one or more surfaces extending between a first face and a second face; burnishing the gold evaporative sources against each other in the presence of a liquid slurry at ambient temperature under a controlled vibratory action, thereby loosening and removing at least a portion of contaminants along at least one of the first face, the second face and the one or more surfaces to form a partially cleaned gold evaporative source; followed by leaching the partially cleaned gold evaporative sources with boiling nitric acid to dislodge and remove contaminants along at least one of the first face, the second face or the one or more surfaces without substantially altering the surface roughness along the one or more surfaces, the first face, and the second face.
A fastening tool for driving fastening elements of different lengths, comprising an assembly of a tip-guide and a shear unit, to which can be fastened a charger comprising fastening elements, the fastening elements being introduced from the charger inside a bore of the tip-guide through a passing window provided inside the shear unit, the tool comprising a pivoting device for adjusting the effective length of the passing window to the length of the fastening elements to be driven, and which is submitted to return means in a partial plugging position of the window for the shortest elements, characterised in that the adjustment device comprises a flap pivotally mounted about an axis substantially parallel to the bore of the tip-guide and is adapted to provide a guiding surface for the shortest fastening elements before they enter into the partially plugged passing window.
A cutting tool insert, comprising a cemented carbide body and a coating, particularly useful for milling of stainless steels and super alloys and milling of steels in toughness demanding applications, wherein said body has a composition of 11.8-12.4 wt% Co; 1.0-1.8 wt% total amount of cubic carbides of the metals Ti, Nb and Ta and balance WC, the WC grains having a mean intercept length of 0.4-0.8 μm, the binder phase being alloyed with W corresponding to an S-value of 0.82-0.94, and said coating comprises - a first (innermost) layer of TiC x N y O z with 0.7≤x+y+z≤1, y>x and z<0.2, y>0.7, with equiaxed grains and a total thickness <1 μm, preferably >0.1 μm, - a layer of TiC x N y O z with 0.7≤x+y+z≤1, with z<0.2, x>0.4 and y>0.2, with a thickness of 1.5-3 μm, with columnar grains and - a layer of Al 2 O 3 consisting of the α-phase with a thickness of 1-3 μm. - a first (innermost) layer of TiC x N y O z with 0.7≤x+y+z≤1, y>x and z<0.2, y>0.7, with equiaxed grains and a total thickness <1 μm, preferably >0.1 μm, - a layer of TiC x N y O z with 0.7≤x+y+z≤1, with z<0.2, x>0.4 and y>0.2, with a thickness of 1.5-3 μm, with columnar grains and - a layer of Al 2 O 3 consisting of the α-phase with a thickness of 1-3 μm.
Actuator unit with an actuator element, in particular a closure drive for a motor vehicle latch, having a drive unit, a housing (18, 19), a spindle nut and a spindle, wherein the spindle nut is accommodated in the housing (18, 19) of the actuator unit and a Bowden cable, wherein the Bowden cable is connected to the spindle, wherein the spindle has a stop formed as a separate stop means which interacts with the spindle nut so that it is possible to limit the path of the spindle, characterized in that the separate stop means is a spring ring, wherein the spring ring is held on the spindle in a form-fitting manner.
A mixing machine for the mixing of a homogeneous mixture with one or more components to obtain a viscous mixture, comprising a mixing chamber which is divided in a push, a mixing and a discharge zone, and wherein the mixing chamber comprises the following parts: - an outlet mouth; - an outlet valve; - several rotors integrated in the side walls of the mixing chamber; - a self-cleaning system (16, 17) comprising a cleaning plate and a driving mechanism wherein the cleaning plate can move longitudinally through the mixing chamber characterised in that - the mixing chamber comprises multiple walls, consisting of one or more top plates with multiple inflow channels (10, 11, 12), one or more bottom plates and multiple side walls; - in and out sliding push and/or mixing blades (3, 4); and in that - the rotors are equipped with transit channels for the in and out sliding push or mixing blades (3, 4). - an outlet mouth; - an outlet valve; - several rotors integrated in the side walls of the mixing chamber; - a self-cleaning system (16, 17) comprising a cleaning plate and a driving mechanism wherein the cleaning plate can move longitudinally through the mixing chamber characterised in that - the mixing chamber comprises multiple walls, consisting of one or more top plates with multiple inflow channels (10, 11, 12), one or more bottom plates and multiple side walls; - in and out sliding push and/or mixing blades (3, 4); and in that - the rotors are equipped with transit channels for the in and out sliding push or mixing blades (3, 4).
a connector for connecting an ablation catheter with a radio frequency ablation current source the connector comprising an inductive disturbance reduction device for reducing an inductive disturbance of a signal to be transmitted via first connection conductors (25, 26) of the electrical connector, which is caused when radio frequency ablation current usable for ablating tissue flows through a second connection conductor of the electrical connector, wherein the inductive disturbance reduction device comprises: - first conductors (28, 29) for being electrically connected to the first connection conductors (25, 26) of the electrical connector for transmitting the signals, and - a second conductor for being electrically connected to the second connection conductor of the electrical connector for transmitting the current, wherein the first conductors (28, 29) and the second conductor of the inductive disturbance reduction device are arranged such that in the first conductors (28, 29) of the inductive disturbance reduction device a voltage is induced, when the current flows through the second conductor of the inductive disturbance reduction device, which at least partly compensates a voltage induced in the first connection conductors (25, 26) of the electrical connector, when the current flows through the second connection conductor of the electrical connector. - first conductors (28, 29) for being electrically connected to the first connection conductors (25, 26) of the electrical connector for transmitting the signals, and - a second conductor for being electrically connected to the second connection conductor of the electrical connector for transmitting the current, wherein the first conductors (28, 29) and the second conductor of the inductive disturbance reduction device are arranged such that in the first conductors (28, 29) of the inductive disturbance reduction device a voltage is induced, when the current flows through the second conductor of the inductive disturbance reduction device, which at least partly compensates a voltage induced in the first connection conductors (25, 26) of the electrical connector, when the current flows through the second connection conductor of the electrical connector.
A control assembly for a catheter having at least one working component (22, 24, 26), the control assembly comprising: a housing extending along an axis between a proximal housing end and a distal housing end to define a housing compartment therebetween; a control case disposed within said housing compartment adjacent said proximal housing end; a catheter shaft extending within said housing compartment from said control case to a distal tip and rotatable about the axis during operation of the control assembly; at least one channel component (22, 24) of the catheter extending from a static portion (22', 24') disposed adjacent said proximal housing end in coupled and stationary relationship relative to said control case to a dynamic portion (22", 24") extending along and rotatable about the axis simultaneously with said catheter shaft; and a lumen interruption mechanism disposed in said control case and extending from a proximal mechanism end disposed in communication with said static portion (22', 24') of said at least one channel component (22, 24) to a distal mechanism end disposed in communication with said dynamic portion (22", 24") of said at least one channel component (22, 24) for transitioning said at least one channel component (22, 24) from said static portion (22', 24') to said dynamic portion (22", 24"). a housing extending along an axis between a proximal housing end and a distal housing end to define a housing compartment therebetween; a control case disposed within said housing compartment adjacent said proximal housing end; a catheter shaft extending within said housing compartment from said control case to a distal tip and rotatable about the axis during operation of the control assembly; at least one channel component (22, 24) of the catheter extending from a static portion (22', 24') disposed adjacent said proximal housing end in coupled and stationary relationship relative to said control case to a dynamic portion (22", 24") extending along and rotatable about the axis simultaneously with said catheter shaft; and a lumen interruption mechanism disposed in said control case and extending from a proximal mechanism end disposed in communication with said static portion (22', 24') of said at least one channel component (22, 24) to a distal mechanism end disposed in communication with said dynamic portion (22", 24") of said at least one channel component (22, 24) for transitioning said at least one channel component (22, 24) from said static portion (22', 24') to said dynamic portion (22", 24").
An attenuated Mycoplasma hyopneumoniae (Mhp) strain AN306, which is deposited in China Center for Type Culture Collection (CCTCC) with an accession number: CCTCC NO. M2012431.
A process for the bioreactive extraction of produced oxygen from a reaction chamber, comprising the following steps: - irradiating at least one phototrophic microorganism under anaerobic conditions in a reaction chamber and - in situ binding of developing oxygen by means of the microorganism through oxidation of an oxygen-utilizing substrate, wherein the at least one phototrophic microorganism has or produces at least one oxygen-converting enzyme. - irradiating at least one phototrophic microorganism under anaerobic conditions in a reaction chamber and - in situ binding of developing oxygen by means of the microorganism through oxidation of an oxygen-utilizing substrate, wherein the at least one phototrophic microorganism has or produces at least one oxygen-converting enzyme.
An achromatic scanning device comprising a light source, a scanning unit formed with a rotatable polygon mirror (3.1) having a polygon angle (W p), prescan optics arranged upstream of the polygon mirror (3.1) for shaping and guiding a light beam (1.1) emitted by the light source onto the polygon mirror (3.1), the light beam (1.1) having a first beam portion (1.1.1) with a first wavelength (λ 1) and a second beam portion (1.1.2) having a second wavelength (λ 2), and postscan optics arranged downstream of the polygon mirror (3.1) and formed by an F-Theta objective for shaping and guiding the light beam (1.1) deflected by the polygon mirror (3.1) in a scanning direction onto a target surface which, for the two beam portions (1.1.1), (1.1.2), is arranged in an image plane of the postscan optics (BE post), the postscan optics being monochromatic, i.e. imaging into an ideal image position takes place only for a light beam with one wavelength, and the prescan optics and the postscan optics being designed and arranged with respect to one another in such a way that, for a light beam (1.1) imaged onto the target surface, a first image plane of the prescan optics (BE preλ1) in a first image-side cut width (s' preλ1) coincides with a first object plane of the postscan optics (OE postλ1) for the first beam portion (1.1.1) and a second image plane of the prescan optics (BE preλ2) in a second image-side cut width (s' preλ2) coincides with a second object plane of the postscan optics (OE postλ1) for the second beam portion (1.1.2), the image plane of the postscan optics (BE post) being assigned to the first object plane of the postscan optics (OE postλ1) and the second object plane of the postscan optics (OE postλ2), so that the longitudinal chromatic aberration is corrected for the two beam portions (1.1.1), (1.1.2), characterised in that the postscan optics have a first image-side focal length (f' postλ1) for the first beam portion (1.1.1) and a second image-side focal length (f' postλ2) for the second beam portion (1.1.2), which satisfy the following equation: 2 f ‵ post ⁢ λ 1 W p + f ‵ post ⁢ λ 1 W s 1 W p; s ‵ pre ⁢ λ 1 = 2 f ‵ post ⁢ λ 2 W p + f ‵ post ⁢ λ 2 W s 2 W p; s ‵ pre ⁢ λ 2, where W s1 is an angular portion of the first beam portion (1.1.1) and W s2 is an angular portion of the second beam portion (1.1.2) and tan (W s1) ≈ Sw / 2 * sin (W p) / S' preλ1 and tan (W s2) ≈ Sw/2 * sin (W p) / S' preλ2, where Sw is the key size of the polygon mirror (3.1), whereby the transverse chromatic aberration is also corrected for the two beam portions (1.1.1), (1.1.2).
A process of preparing a suspension comprising the steps a) dissolving a protective colloid, which is a gelatine, a ligninsulfonate or a modified food starch, and sugar in deionised water at 60°C; b) adding resveratrol crystals; c) stirring; d) wet-milling of the stirred suspension for 1 to 6 hours by a ball mill to yield an average particle size of resveratrol of between 0.05 and 2 microns.; and where an antioxidant is added with resveratrol or after the wet-milling. a) dissolving a protective colloid, which is a gelatine, a ligninsulfonate or a modified food starch, and sugar in deionised water at 60°C; b) adding resveratrol crystals; c) stirring; d) wet-milling of the stirred suspension for 1 to 6 hours by a ball mill to yield an average particle size of resveratrol of between 0.05 and 2 microns.; and where an antioxidant is added with resveratrol or after the wet-milling.
A bogie for a railway vehicle, comprising: - a first half-frame carrying a first set of wheels and a second half-frame carrying a second set of wheels, said first and second half-frames (10, 20) being movably connected to each other at least along a first axis transversal with respect to a travelling direction of the bogie along a railway line; - a transverse bolster movable between a lowered position where it rests on and it is locked to the first and second half-frames (10, 20), the first and second half-frames being at a first mutual distance corresponding to a first rail gauge, and a raised position where it is unlocked from and lifted above the first and second half-frames (10, 20); - a gauge varying system suitable to interact with a gauge varying installation which is positioned along the railway line and comprises a first supporting rail and a second supporting rail, and a plurality of guiding rails (4, 5, 6, 7) interposed there between; characterized in that said gauge varying system comprises at least actuating means and a plurality of movable guided elements (201, 202, 203, 204), wherein the movement of the transverse bolster from the lowered position to the raised position triggers said actuating means which then actuate said plurality of movable guided elements to move from a rest position to a working position at which each guided element slides inside and is guided by a corresponding guiding rail of said plurality of guiding rails (4, 5, 6, 7), the guided sliding of the plurality of movable guided elements inside the corresponding guiding rails causing the displacement of at least one of the first and second half-frames (10,20) along said first axis transversal to the travelling direction up to reaching a second mutual distance between the first and second half-frames corresponding to a second rail gauge. - a first half-frame carrying a first set of wheels and a second half-frame carrying a second set of wheels, said first and second half-frames (10, 20) being movably connected to each other at least along a first axis transversal with respect to a travelling direction of the bogie along a railway line; - a transverse bolster movable between a lowered position where it rests on and it is locked to the first and second half-frames (10, 20), the first and second half-frames being at a first mutual distance corresponding to a first rail gauge, and a raised position where it is unlocked from and lifted above the first and second half-frames (10, 20); - a gauge varying system suitable to interact with a gauge varying installation which is positioned along the railway line and comprises a first supporting rail and a second supporting rail, and a plurality of guiding rails (4, 5, 6, 7) interposed there between;