mhurhangee/ep-ind-claims huggingface dataset:
A method for caching data on a solid-state storage device, the method comprising: maintaining, by a storage controller configured to manage a solid-state storage device, a logical address space by use of an index configured to: map logical addresses of data stored on the solid-state storage device to storage units of the solid-state storage device, and map logical addresses to corresponding access pattern metadata, wherein the logical address space is larger than a physical address space of the solid-state storage device; and accessing metadata pertaining to storage operations performed on the solid-state storage device and maintained by the storage controller to manage the data of a backing store cached on the solid-state storage device, wherein the metadata comprises discardability indicators identifying storage units of the solid-state storage device that have been stored on the backing store, the method further comprising: using the discardability indicators to select a storage division of the solid-state storage device for recovery; and using the access pattern metadata of the index to determine whether to retain data stored on the selected storage division on the solid-state storage device during a storage division recovery operation. maintaining, by a storage controller configured to manage a solid-state storage device, a logical address space by use of an index configured to: map logical addresses of data stored on the solid-state storage device to storage units of the solid-state storage device, and map logical addresses to corresponding access pattern metadata, wherein the logical address space is larger than a physical address space of the solid-state storage device; and map logical addresses of data stored on the solid-state storage device to storage units of the solid-state storage device, and map logical addresses to corresponding access pattern metadata, wherein the logical address space is larger than a physical address space of the solid-state storage device; and accessing metadata pertaining to storage operations performed on the solid-state storage device and maintained by the storage controller to manage the data of a backing store cached on the solid-state storage device, wherein the metadata comprises discardability indicators identifying storage units of the solid-state storage device that have been stored on the backing store, the method further comprising: using the discardability indicators to select a storage division of the solid-state storage device for recovery; and using the access pattern metadata of the index to determine whether to retain data stored on the selected storage division on the solid-state storage device during a storage division recovery operation.
A lighting structure comprising: an image fiber that transmits pumping light and image light therethrough; an objective optical system that is disposed at a distal-end portion of the image fiber; a wavelength conversion unit comprising a fluorescent body that receives the pumping light transmitted through the image fiber and irradiates an object with illuminating light, the wavelength conversion unit is provided on an extension line in the longitudinal direction of the image fiber; and a wavelength-selective reflective unit that selectively reflects one of a wavelength of the pumping light and a wavelength of the image light, thereby emits pumping light that is incident thereto through the image fiber into the fluorescent body and emits image light that is incident from the object into the-image fiber through the objective optical system; a first wavelength filter which allows the pumping light to transmit therethrough and to be thereby incident to the image fiber, the first wavelength filter configured to reflect the image light that is transmitted through the image fiber to an image-sensing device; and a noise removal filter provided between the first wavelength filter and the image-sensing device, the noise removal filter removing noise from the image light. an image fiber that transmits pumping light and image light therethrough; an objective optical system that is disposed at a distal-end portion of the image fiber; a wavelength conversion unit comprising a fluorescent body that receives the pumping light transmitted through the image fiber and irradiates an object with illuminating light, the wavelength conversion unit is provided on an extension line in the longitudinal direction of the image fiber; and a wavelength-selective reflective unit that selectively reflects one of a wavelength of the pumping light and a wavelength of the image light, thereby emits pumping light that is incident thereto through the image fiber into the fluorescent body and emits image light that is incident from the object into the-image fiber through the objective optical system; a first wavelength filter which allows the pumping light to transmit therethrough and to be thereby incident to the image fiber, the first wavelength filter configured to reflect the image light that is transmitted through the image fiber to an image-sensing device; and a noise removal filter provided between the first wavelength filter and the image-sensing device, the noise removal filter removing noise from the image light.
A method of replacing a transformer of a wind power installation, wherein the transformer is provided in the interior of a pylon of the wind power installation and the pylon has a door opening, comprising the steps: - coupling an exchanging cross beam by way of a first fastening point to a crane hook of a crane, - introducing a first end of the cross beam with a second fastening point through the door opening into the pylon, - fastening the transformer to be replaced to the second fastening point of the first end, - fixing a compensating weight to the second fastening point at the second end of the cross beam, - tilting or inclining the second end of the cross beam until the transformer is at the height of the door opening, and - moving the crane hook until the transformer to be replaced is outside the door opening, characterized in that a new transformer is provided as the compensating weight and the cross beam is rotated through 180o and the new transformer is guided at the second fastening point at the second end into the door opening. - coupling an exchanging cross beam by way of a first fastening point to a crane hook of a crane, - introducing a first end of the cross beam with a second fastening point through the door opening into the pylon, - fastening the transformer to be replaced to the second fastening point of the first end, - fixing a compensating weight to the second fastening point at the second end of the cross beam, - tilting or inclining the second end of the cross beam until the transformer is at the height of the door opening, and - moving the crane hook until the transformer to be replaced is outside the door opening, characterized in that
Treatment device for treating food products with conditioned air, comprising a housing with a product inlet and a product outlet, which housing defines at least one treatment chamber (26, 28), a helical conveyor comprising a drum and an endless conveyor belt which is guided in a helical path having windings around the drum and has a partially open surface for carrying the products for conveying the products in a helical conveying path within and through the treatment chamber from the product inlet to the product outlet, wherein a spiral formed by the helical conveyor belt has a circumference, air-circulation means (44, 46) for causing an air stream to flow through the treatment chamber, which air-circulation means comprise an air-circulation passage having an open entry side which extends over part of said circumference of the spiral formed by the helical conveyor belt and comprises a fan that is arranged in said air-circulation passage, wherein the air-circulation passage has a discharge side that is in communication with an interior of the drum so that, during operation, conditioned air is distributed from a circumference of the drum over the windings of the helical conveyor, and air-conditioning means (36, 38) for conditioning the air stream, which air-conditioning means at least comprise heating means and moisture-feed means, characterized in that the treatment device also is provided with controllable air-discharge means (48, 50) for discharging air from the treatment device, which air discharge means comprise an air-discharge passage connected to the air-circulation passage downstream of the fan in said air-circulation passage and embodied to discharge air from the treatment device, in which discharge passage there is a controllable flap, wherein the moisture-feed means are arranged downstream of the connection of the air-discharge passage to the air-circulation passage, and with a control device for controlling the moisture content of the conditioned air in the treatment chamber to within a range defined by a predetermined lower limit and upper limit, comprising a measurement device for measuring at least one physical variable related to the moisture content, which measurement device is arranged in the air-circulation passage at a position downstream of the connection with the air-discharge passage, which measurement device is connected to a control unit for controlling the moisture-feed means and the controllable flap of the air-discharge means on the basis of a signal originating from the measurement device, which control unit is connected to the moisture-feed means and the controllable flap of the air-discharge means (48, 50), wherein in the control unit, a signal originating from the measurement device is compared with said range for the moisture content of the conditioned air, and wherein, depending on the result of this comparison, if desired moisture is introduced by actuating the moisture feed means or moisture is discharged by opening the flap.
A building system comprising: - an inner wall and an outer wall or a façade separated by a cavity having a cavity isolation; and - a thermally insulating moulded article having a rear side which abuts against the inner wall, and an elevation for the cavity; wherein the cavity insulation rests on the upper side of the elevation which is arranged such that moisture from the cavity cannot reach the inner wall, and the outer wall or a façade is provided with openings where through said moisture can issue to the exterior characterized in that the thermally insulating moulded article further has a supporting surface whereon the outer wall or the façade rests. - an inner wall and an outer wall or a façade separated by a cavity having a cavity isolation; and - a thermally insulating moulded article having a rear side which abuts against the inner wall, and an elevation for the cavity;
An aqueous composition capable of providing a chromium-free conversion coating on an aluminum or aluminum alloy substrate that is observable by exposing the treated substrate to UV light, the aqueous composition comprising: a) a pH adjuster; b) a source of zirconium ions; c) an acrylic resin; and d) an optical brightener; wherein the pH adjuster is hydrofluoric acid present at a concentration of between 315 ppm to 700ppm; wherein the optical brightener is a water soluble optical brightener and comprises a 4,4'-bis-(2-sulfostyryl)-biphenyl disodium salt present at a concentration of between 35 and 100 ppm, wherein the source of zirconium ions is zirconium acetate present at a concentration of between 170 and 400 ppm, and wherein the acrylic resin comprises a water soluble polyacrylic acid, having a molecular weight of between 50,000 to 75,000, and present at a concentration of between 700 and 2000 ppm. a) a pH adjuster; b) a source of zirconium ions; c) an acrylic resin; and d) an optical brightener;
Process for the production of biogas from fermentation substrate in at least one fermenter, wherein fermentation substrate is separated out during the residence time of the fermentation substrate in the fermenter and pumped through a first heat exchanger in a closed circuit and heated up to 110°C in the process, and subsequently fed to an additional, second heat exchanger and thereafter heated up to 180°C, and the heated fermentation substrate is pumped into a closed vessel or separator, wherein ammonia in said vessel or separator is expelled, and ammonia-reduced fermentation substrate is removed from the vessel or separator and returned to the fermentation substrate in the fermenter, characterized in that the ammonia concentration in the fermentation substrate in the fermenter is monitored and the ammonia content in the fermentation substrate during fermentation is between 0.6 and 0.9 g/l and is separated out when a limit value of 1 g/l fermentation substrate is reached, the fermentation substrate separated out is heated and compressed to a pressure of 1.5 to 10 bar before being conducted into the closed vessel or separator and the hot compressed fermentation substrate is conducted into the closed vessel or separator, wherein, with the pressure maintained or released, CO 2, traces of H 2 S and water vapor are released from the fermentation substrate in addition to ammonia and are removed as a gas mixture via an exhaust gas line integrated in the vessel or separator and purified, wherein ammonia and H 2 S are chemically bound as a fertilizer in a scrubber.
A method to control the movement of a mobile system in an electrically conductive medium, said system including at least two electrodes (E 11, E 21), called receiving electrodes, in contact with said medium and located on either side of a movement axis of said system, said method being characterized in that it can be applied without knowledge of the medium or of the obstacles located therein, said method further being characterized in that it includes: - a step for measuring an electrical characteristic (S R) of said medium via said receiving electrodes, said electrical characteristic (S R) includes an axial current and a lateral current respectively obtained by obtaining the sum and the difference of the intensities of the currents at said receiving electrodes; - a step for generating a setpoint (V, ω) for movement of the mobile system by using a feedback law calculated directly from said electrical characteristic in order to move said mobile system further from or closer to a conductive object or an insulating object, the feedback law being modified based on said measured electrical characteristic (S R). - a step for measuring an electrical characteristic (S R) of said medium via said receiving electrodes, said electrical characteristic (S R) includes an axial current and a lateral current respectively obtained by obtaining the sum and the difference of the intensities of the currents at said receiving electrodes; - a step for generating a setpoint (V, ω) for movement of the mobile system by using a feedback law calculated directly from said electrical characteristic in order to move said mobile system further from or closer to a conductive object or an insulating object, the feedback law being modified based on said measured electrical characteristic (S R).
A composition comprising a) one or more film forming resins which is an oligomer or prepolymer having at least one functional group capable of polymerization selected from vinyl, acrylate, styrenic, diene, methacrylate, allyl, vinyl ether, unsaturated ester, N-vinyl, acrylamide containing moieties, and mixtures thereof; b) one or more reactive diluents which is a monofunctional or a polyfunctional compound capable of reacting with the film forming resin containing functional moieties selected from vinyl, acrylate, styrenic, diene, methacrylate, allyl, acrylamide, methacrylamide, cycloaliphatic epoxide, alpha epoxide, acrylonitrile, and methacrylonitrile containing moieties; c) one or more Michael addition products capable of promoting adhesion of the composition to glass, wherein the said Michael addition product is the Michael addition product of a siloxane further containing one or more active hydrogen containing functional moieties, with a compound having two or more acrylate groups, wherein the hydrogen containing functional moieties are amines, such that all of the amines present in the addition product are tertiary amines, and wherein the said Michael addition product has four or greater siloxy groups and contains at least one unsaturated group capable of reacting in the presence of free radicals; d) one or more fillers capable of imparting abrasion resistance to the composition when polymerized; and e) one or more strong acids selected from carboxylic acids, phosphoric acids, sulfuric acids and sulfonic acids. a) one or more film forming resins which is an oligomer or prepolymer having at least one functional group capable of polymerization selected from vinyl, acrylate, styrenic, diene, methacrylate, allyl, vinyl ether, unsaturated ester, N-vinyl, acrylamide containing moieties, and mixtures thereof; b) one or more reactive diluents which is a monofunctional or a polyfunctional compound capable of reacting with the film forming resin containing functional moieties selected from vinyl, acrylate, styrenic, diene, methacrylate, allyl, acrylamide, methacrylamide, cycloaliphatic epoxide, alpha epoxide, acrylonitrile, and methacrylonitrile containing moieties; c) one or more Michael addition products capable of promoting adhesion of the composition to glass, wherein the said Michael addition product is the Michael addition product of a siloxane further containing one or more active hydrogen containing functional moieties, with a compound having two or more acrylate groups, wherein the hydrogen containing functional moieties are amines, such that all of the amines present in the addition product are tertiary amines, and wherein the said Michael addition product has four or greater siloxy groups and contains at least one unsaturated group capable of reacting in the presence of free radicals; d) one or more fillers capable of imparting abrasion resistance to the composition when polymerized; and e) one or more strong acids selected from carboxylic acids, phosphoric acids, sulfuric acids and sulfonic acids.
A method for screening of E2 EPF -UCP ubiquitination activity regulator comprising the following steps: 1) Treating a sample compound to an experimental group cell line expressing E2 EPF -UCP and VHL(Von-Hippel-Lindau) and a control group cell line expressing E2 EPF -UCP but not VHL; 2) Measuring VHL ubiquitination activity of the experimental group and the control group cell lines of step 1); and 3) Selecting a compound significantly changing VHL ubiquitination activity of the experimental group cell line by comparing the result of step 2) with the result of the control group cell line. 1) Treating a sample compound to an experimental group cell line expressing E2 EPF -UCP and VHL(Von-Hippel-Lindau) and a control group cell line expressing E2 EPF -UCP but not VHL; 2) Measuring VHL ubiquitination activity of the experimental group and the control group cell lines of step 1); and 3) Selecting a compound significantly changing VHL ubiquitination activity of the experimental group cell line by comparing the result of step 2) with the result of the control group cell line.
A charging apparatus with dynamical charging power configured to charge an electric vehicle, the charging apparatus comprising: a main power conversion unit configured to receive an AC power (Vac) and convert the AC power (Vac) into a main output power (Pm); an auxiliary power conversion unit configured to receive an auxiliary DC power (Vdca) and convert the auxiliary DC power (Vdca) into an auxiliary output power (Pa); and a control unit configured to control maximum output power of the main output power (Pm) to be an upper-limit output power value (Pu); and a main switch unit (Sm) connected to an output side of the main power conversion unit; and an auxiliary switch unit (Sa) connected between an input side of the auxiliary power conversion unit and the output side of the main power conversion unit, wherein the control unit is configured to dynamically control the auxiliary output power (Pa) according to a power difference value between a charging power value (Pc) and the upper-limit output power value (Pu) when the charging power value (Pc) of charging the electric vehicle is greater than the upper-limit output power value (Pu). a main power conversion unit configured to receive an AC power (Vac) and convert the AC power (Vac) into a main output power (Pm); an auxiliary power conversion unit configured to receive an auxiliary DC power (Vdca) and convert the auxiliary DC power (Vdca) into an auxiliary output power (Pa); and a control unit configured to control maximum output power of the main output power (Pm) to be an upper-limit output power value (Pu); and a main switch unit (Sm) connected to an output side of the main power conversion unit; and an auxiliary switch unit (Sa) connected between an input side of the auxiliary power conversion unit and the output side of the main power conversion unit, wherein the control unit is configured to dynamically control the auxiliary output power (Pa) according to a power difference value between a charging power value (Pc) and the upper-limit output power value (Pu) when the charging power value (Pc) of charging the electric vehicle is greater than the upper-limit output power value (Pu).
Active chassis with a first actuator, to the output of which there is coupled a left-hand torsion bar which is configured to be coupled to a left-hand wheel suspension of a vehicle axle, and with a second actuator, to the output of which there is coupled a right-hand torsion bar which is configured to be coupled to a right-hand wheel suspension of a vehicle axle, wherein the outputs (3, 6) or the torsion bars (4, 7) are connected rotationally conjointly to a connecting torsion bar, and/or wherein the outputs (3, 6) are connected mechanically in parallel, characterized in that the right-hand and the left-hand torsion bar (4, 7) each have a greater torsional stiffness than the connecting torsion bar.
A rectangular substrate which is to be provided with a topological pattern for use as a mold, the substrate having A-side and B-side opposed surfaces, the A-side surface being to be provided with the topological pattern, wherein the A-side surface includes a central rectangular region which is 1 to 50 mm by 1 to 50 mm in size and to be provided with the topological pattern, the central rectangular region having a flatness up to 350 nm; characterised in that a distance t1' between the central rectangular region of the A-side surface and the B-side surface is greater than a distance t1 between a peripheral region of the A-side surface, excluding the central rectangular region, and the B-side surface, i.e. t1' > t1; and the value of t1'-t1 is 10 μm to 3 mm.
The salt cyclopropanecarboxylic acid 4-(6-chloro-3-methyl-4,10-dihydro-3H-2,3,4,9-tetraazabenzo[f]azulene-9-carbonyl)-2-fluoro-benzylamide para-toluenesulphonate, wherein the salt exhibits at least the following characteristic X-ray powder diffraction peaks (Cu Kα radiation, expressed in degrees 2θ) at approximately 8.2, 12.2, 17.2, 21.4, 23.3 and 25.8, or the salt is characterised by an IR spectrum having characteristic peaks expressed in cm -1 at approximately 3359, 3281, 3197, 3067, 2926, approx. 1682 (shoulder), 1651, 1573, 1033 and 1009. the salt exhibits at least the following characteristic X-ray powder diffraction peaks (Cu Kα radiation, expressed in degrees 2θ) at approximately 8.2, 12.2, 17.2, 21.4, 23.3 and 25.8, or the salt is characterised by an IR spectrum having characteristic peaks expressed in cm -1 at approximately 3359, 3281, 3197, 3067, 2926, approx. 1682 (shoulder), 1651, 1573, 1033 and 1009.