mhurhangee/ep-ind-claims huggingface dataset:
A method for continuously sterilizing a liquid product comprising the following steps: a) extracting said liquid product from a storage tank at a first temperature and supplying same under pressure through a supply conduit; and heating the incoming liquid product to be sterilized putting said liquid product in contact with the already sterilized liquid through a first heat exchanger; b) preheating said liquid product in a preheating area by means of at least one preheating heat exchanger in contact with a liquid at a second temperature greater than said first temperature; c) sterilizing said preheated liquid product reaching a sterilization temperature and maintaining same for a predetermined holding time; d) cooling the sterilized liquid product in a discharge conduit by means of passage thereof through the mentioned at least one preheating heat exchanger, and by a third cooling heat exchanger wherein an exchange between the liquid product to be sterilized freshly extracted from said storage tank and the discharged sterilized product is performed; and by the subsequent passage thereof through a second cooling heat exchanger in thermal contact with water cooled below room temperature, characterized in that said step of cooling further comprises cooling the sterilized liquid product by passage thereof through a first cooling heat exchanger in thermal contact with water at room temperature previous to the third cooling heat exchanger, which is intercalated between said two cooling heat exchangers (6, 7) in thermal contact with water at room temperature and with cooled water; and wherein the first heat exchanger heating the incoming liquid product puts said incoming liquid product in contact with the already sterilized liquid product which has been cooled to a temperature close to room temperature, after passing through the preheating heat exchanger/exchangers and through the first cooling heat exchanger. a) extracting said liquid product from a storage tank at a first temperature and supplying same under pressure through a supply conduit; and heating the incoming liquid product to be sterilized putting said liquid product in contact with the already sterilized liquid through a first heat exchanger; b) preheating said liquid product in a preheating area by means of at least one preheating heat exchanger in contact with a liquid at a second temperature greater than said first temperature; c) sterilizing said preheated liquid product reaching a sterilization temperature and maintaining same for a predetermined holding time; d) cooling the sterilized liquid product in a discharge conduit by means of passage thereof through the mentioned at least one preheating heat exchanger, and by a third cooling heat exchanger wherein an exchange between the liquid product to be sterilized freshly extracted from said storage tank and the discharged sterilized product is performed; and by the subsequent passage thereof through a second cooling heat exchanger in thermal contact with water cooled below room temperature,
A processor comprising: a plurality of cores (106a,..,106n); and a cache unit reserved for a first core of the plurality of cores, the cache unit comprising a first cache slice, a second cache slice, and power logic configured to switch operation of the cache unit between a first operating mode and a second operating mode, wherein the first operating mode comprises use of both the first cache slice and the second cache slice, and wherein the second operating mode comprises use of the first cache slice and disabling the second cache slice, characterized in that each cache slice comprises a queue, a cache memory and an interface unit, and wherein the second operating mode further comprises disabling the cache memory of the first cache slice. a plurality of cores (106a,..,106n); and a cache unit reserved for a first core of the plurality of cores, the cache unit comprising a first cache slice, a second cache slice, and power logic configured to switch operation of the cache unit between a first operating mode and a second operating mode, wherein the first operating mode comprises use of both the first cache slice and the second cache slice, and wherein the second operating mode comprises use of the first cache slice and disabling the second cache slice, characterized in that each cache slice comprises a queue, a cache memory and an interface unit, and wherein the second operating mode further comprises disabling the cache memory of the first cache slice.
Naval platform equipped with diesel propulsion means, the exhaust outlet of which is associated with an exhaust line comprising gas treatment means, bypass means for bypassing the gas treatment means, and means forming a silencer, characterised in that at least the gas treatment means and the bypass means are arranged in a common casing comprising at least two parallel channels for the passage of gas (14, 15), in one of which there are situated the gas treatment means and the other of which is associated with the bypass means, in order, when the bypass means are closed, to force the exhaust gases to pass through the gas treatment means and, when the bypass means are open, to allow the gases to bypass the treatment means, and in that the two channels for the passage of gas are formed one around the other and define a tubular internal channel and an annular external channel, and in that the means forming a silencer are also arranged in the same casing as the gas treatment means and the bypass means.
A method of culturing a Thraustochytrid microorganism comprising the steps of (a) growing, using a fed-batch method, one or more microorganisms in a medium comprising a first carbon to nitrogen ratio from 30:1 to 60:1 in a container; (b) culturing the microorganisms until the culture reaches a threshold indicator, wherein the threshold indicator is the concentration of nutrient in the culture medium, wherein the nutrient is carbon and wherein the carbon concentration is reduced to zero or near zero; (c) harvesting a portion of the culture while maintaining the majority of the culture in the container, wherein the harvested portion comprises from 5% to 20% of the culture; and (d) adding fresh medium comprising a second carbon to nitrogen ratio from 70:1 to 95:1 to the container comprising the majority of the culture comprising the microorganisms, wherein the fresh medium comprises carbon and nitrogen. (a) growing, using a fed-batch method, one or more microorganisms in a medium comprising a first carbon to nitrogen ratio from 30:1 to 60:1 in a container; (b) culturing the microorganisms until the culture reaches a threshold indicator, wherein the threshold indicator is the concentration of nutrient in the culture medium, wherein the nutrient is carbon and wherein the carbon concentration is reduced to zero or near zero; (c) harvesting a portion of the culture while maintaining the majority of the culture in the container, wherein the harvested portion comprises from 5% to 20% of the culture; and (d) adding fresh medium comprising a second carbon to nitrogen ratio from 70:1 to 95:1 to the container comprising the majority of the culture comprising the microorganisms, wherein the fresh medium comprises carbon and nitrogen.
An immersion microscope objective lens, comprising, in order from an object: a first lens group having positive refractive power as a whole, and including a first lens component which is disposed closest to the object, and in which a meniscus lens having a concave surface facing the object and a meniscus lens having a convex surface facing an image are cemented; a second lens component constituted by a single lens having positive refractive power, and a third lens component in which a negative lens and a positive lens are cemented; a second lens group having positive refractive power as a whole, and including a lens component in which a negative lens and a positive lens are cemented; and a third lens group having negative refractive power as a whole, and comprising, in order from the object, a seventh lens component and an eighth lens component, the eighth lens component comprising a negative lens and a positive lens, the positive lens being disposed closest to the image; characterised in that an Abbe number of the positive lens is greater than 41 and a refractive index at the d-line of the positive lens is greater than 1.8.
Method for binding a book comprising the steps of: - obtaining a cover made of flexible material; - forming a book-block by joining a plurality of signatures; - covering the spine of said signatures with a glue; - coupling the book-block to the cover, thus obtaining a bound book; - rounding off the spine of the bound book, thus obtaining an outwardly convex spine; - maintaining the rounded shape of the spine for a time interval sufficient to allow the glue within the bound book to dry; - trimming the bound book. - obtaining a cover made of flexible material; - forming a book-block by joining a plurality of signatures; - covering the spine of said signatures with a glue; - coupling the book-block to the cover, thus obtaining a bound book; - rounding off the spine of the bound book, thus obtaining an outwardly convex spine; - maintaining the rounded shape of the spine for a time interval sufficient to allow the glue within the bound book to dry; - trimming the bound book.
A composite film comprising: (i) a heat-stabilised oriented polyester substrate comprising a UV-absorber in an amount of from 0.1 to 10 % based on the total weight of the polyester substrate, and (ii) on one or both surfaces of the substrate a polymeric coating layer, which has a thickness in the range of from 10 nm to 200 nm, and which comprises an ethylene acrylic acid copolymer, wherein the composite film exhibits a shrinkage at 150 °C for 30 minutes of less than 0.1 % in both the longitudinal and transverse dimensions of the film. (i) a heat-stabilised oriented polyester substrate comprising a UV-absorber in an amount of from 0.1 to 10 % based on the total weight of the polyester substrate, and (ii) on one or both surfaces of the substrate a polymeric coating layer, which has a thickness in the range of from 10 nm to 200 nm, and which comprises an ethylene acrylic acid copolymer,
A method for controlling flowering time of a plant, which comprises bringing a plant into contact with copper ions, wherein the plant has been transformed with the following DNA constructs (i) and (ii): (i) a first DNA construct comprising a nucleotide sequence encoding a chimeric transcription factor, wherein the chimeric transcription factor comprises the following a) and b) as operably linked elements: a) a DNA-binding domain and a transcriptional activation domain of a first transcription factor that is capable of being activated by copper ion, and b) a transcriptional activation domain of at least one second transcription factor that is different from the first transcription factor; and (ii) a second DNA construct encoding a heterologous gene which controls flowering time of a plant, wherein the gene is under the control of a heterologous promoter capable of being stimulated by the chimeric transcription factor of (i) in the presence of copper ion. (i) a first DNA construct comprising a nucleotide sequence encoding a chimeric transcription factor, wherein the chimeric transcription factor comprises the following a) and b) as operably linked elements: a) a DNA-binding domain and a transcriptional activation domain of a first transcription factor that is capable of being activated by copper ion, and b) a transcriptional activation domain of at least one second transcription factor that is different from the first transcription factor; and a) a DNA-binding domain and a transcriptional activation domain of a first transcription factor that is capable of being activated by copper ion, and b) a transcriptional activation domain of at least one second transcription factor that is different from the first transcription factor; and (ii) a second DNA construct encoding a heterologous gene which controls flowering time of a plant, wherein the gene is under the control of a heterologous promoter capable of being stimulated by the chimeric transcription factor of (i) in the presence of copper ion.
Cell bundle composed of two or more secondary electrochemical cells which are connected in parallel to one another or in series in the cell bundle and each have the following features: 1.1 a negative electrode comprising 1.1.1 an output conductor 1.1.2 a pulverulent carbon-based storage material that enables the storage of electrical charge in the electrode through formation of an electrical double layer (Helmholtz double layer) and 1.1.3 pulverulent iron in metallic and/or oxidized form, 1.2 a positive electrode comprising 1.2.1 an output conductor and 1.2.2 nickel hydroxide and/or nickel oxyhydroxide, 1.3 a porous separator that separates the negative and positive electrodes from one another, and 1.4 an aqueous alkaline electrolyte with which the electrodes and the separator are impregnated, and 1.5 a gas-tight housing, and the following additional features: 1.6 the negative electrode contains the carbon-based storage material in a proportion of at least 5% by weight, and 1.7 the carbon-based storage material comprises graphene and/or activated carbon, and 1.8 particles of the carbon-based storage material and the iron are in a homogeneous distribution in the negative electrode. 1.1 a negative electrode comprising 1.1.1 an output conductor 1.1.2 a pulverulent carbon-based storage material that enables the storage of electrical charge in the electrode through formation of an electrical double layer (Helmholtz double layer) and 1.1.3 pulverulent iron in metallic and/or oxidized form, 1.2 a positive electrode comprising 1.2.1 an output conductor and 1.2.2 nickel hydroxide and/or nickel oxyhydroxide, 1.1.1 an output conductor 1.1.2 a pulverulent carbon-based storage material that enables the storage of electrical charge in the electrode through formation of an electrical double layer (Helmholtz double layer) and 1.1.3 pulverulent iron in metallic and/or oxidized form, 1.2 a positive electrode comprising 1.2.1 an output conductor and 1.2.2 nickel hydroxide and/or nickel oxyhydroxide, 1.3 a porous separator that separates the negative and positive electrodes from one another, and 1.4 an aqueous alkaline electrolyte with which the electrodes and the separator are impregnated, and 1.5 a gas-tight housing, 1.6 the negative electrode contains the carbon-based storage material in a proportion of at least 5% by weight, and 1.7 the carbon-based storage material comprises graphene and/or activated carbon, and 1.8 particles of the carbon-based storage material and the iron are in a homogeneous distribution in the negative electrode.
A connector for connecting an architectural covering to a surface, comprising: an adapter plate, comprising a substantially circular plate and one or more radially outwardly projecting flanges; and a ring-shaped engagement member, having one or more openings in a front cover; wherein the adapter plate and the engagement member are configured such that the adapter plate may be inserted into the engagement member by aligning the one or more flanges of the adapter plate with a respective opening in the front cover of the engagement member; and removal of the adapter plate from the engagement member may be subsequently prevented by a partial rotation of the adapter plate relative to the engagement member such that at least a part of one of the flanges of the adapter plate is no longer aligned with an opening in the front cover of the engagement member; wherein the engagement member further comprises a locking means which, when engaged, prevents rotation of the adapter plate relative to the engagement member; characterised in that the locking means comprises a rotatably mounted locking member which, in a first position, allows free rotation of the adapter plate relative to the engagement member and, in a second position, engages with at least one flange of the adapter plate, preventing rotation of the adapter plate relative to the engagement member. an adapter plate, comprising a substantially circular plate and one or more radially outwardly projecting flanges; and a ring-shaped engagement member, having one or more openings in a front cover; wherein the adapter plate and the engagement member are configured such that the adapter plate may be inserted into the engagement member by aligning the one or more flanges of the adapter plate with a respective opening in the front cover of the engagement member; and removal of the adapter plate from the engagement member may be subsequently prevented by a partial rotation of the adapter plate relative to the engagement member such that at least a part of one of the flanges of the adapter plate is no longer aligned with an opening in the front cover of the engagement member; wherein the engagement member further comprises a locking means which, when engaged, prevents rotation of the adapter plate relative to the engagement member; characterised in that the locking means comprises a rotatably mounted locking member which, in a first position, allows free rotation of the adapter plate relative to the engagement member and, in a second position, engages with at least one flange of the adapter plate, preventing rotation of the adapter plate relative to the engagement member.
A survey system, comprising: a photographing unit provided in a movable body and taking a plurality of images for photogrammetry, each image partially overlapping with another image adjacent thereto; a surveying unit provided in a known position, having a known point coordinates, tracking the photographing unit, and determining a position of the photographing unit; and a photographing control unit controlling the movable body and the photographing unit to take at least one image containing the surveying unit in taking the plurality of images for photogrammetry, characterized in that the survey system further comprises: a photogrammetry analysis unit associating a survey result obtained by the surveying unit with a photographing position of each image taken by the photographing unit, recognizing the surveying unit from the image containing the surveying unit, correcting the photographing position based on the known point coordinates of the surveying unit, and generating data for photogrammetry. a photographing unit provided in a movable body and taking a plurality of images for photogrammetry, each image partially overlapping with another image adjacent thereto; a surveying unit provided in a known position, having a known point coordinates, tracking the photographing unit, and determining a position of the photographing unit; and a photographing control unit controlling the movable body and the photographing unit to take at least one image containing the surveying unit in taking the plurality of images for photogrammetry, characterized in that the survey system further comprises: a photogrammetry analysis unit associating a survey result obtained by the surveying unit with a photographing position of each image taken by the photographing unit, recognizing the surveying unit from the image containing the surveying unit, correcting the photographing position based on the known point coordinates of the surveying unit, and generating data for photogrammetry.
A polymer composition comprising, based on the total weight of the composition: - at least 30 wt. % and at most 85 wt. % of at least one semi-aromatic polyamide; - at least 1 wt. % and at most 20 wt. % of at least one aliphatic polyamide selected from PA 6 and PA 6,6, and - at least 0.1 wt. % and at most 10 wt. % of elemental iron having a weight average particle size of at least 10 μm, the weight average particle size being determined as D m according to ASTM standard D1921-89, method A. - at least 30 wt. % and at most 85 wt. % of at least one semi-aromatic polyamide; - at least 1 wt. % and at most 20 wt. % of at least one aliphatic polyamide selected from PA 6 and PA 6,6, and - at least 0.1 wt. % and at most 10 wt. % of elemental iron having a weight average particle size of at least 10 μm, the weight average particle size being determined as D m according to ASTM standard D1921-89, method A.
A system for assessing sleep quality of a user, the system comprising: a sensor strip comprising at least one sensor configured to detect data indicative of sleep disturbances of a user, wherein the sensor includes at least EEG, EOG or EMG electrodes, the sensor strip being configured to be positioned on the user's forehead; a wearable data acquisition unit coupled to the sensor strip; and a headband for encircling the rear of the user's head, and a top strap configured to extend over the back of the patient's head, to hold the wearable data acquisition unit on or above the user's forehead and to join the headband for additional stability, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is removably coupled to the wearable data acquisition unit via a socket connection on the wearable data acquisition unit that electrically couples traces included in the sensor strip with the wearable data acquisition unit; and wherein the wearable data acquisition unit is configured to receive and collect data from the sensors in the sensor strip, and wherein the wearable data acquisition unit includes an accelerometer configured to measure a full range of head positions, including both sleep and wake conditions, as well as behavioural arousals defined by subtle head movements. a sensor strip comprising at least one sensor configured to detect data indicative of sleep disturbances of a user, wherein the sensor includes at least EEG, EOG or EMG electrodes, the sensor strip being configured to be positioned on the user's forehead; a wearable data acquisition unit coupled to the sensor strip; and a headband for encircling the rear of the user's head, and a top strap configured to extend over the back of the patient's head, to hold the wearable data acquisition unit on or above the user's forehead and to join the headband for additional stability, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is removably coupled to the wearable data acquisition unit via a socket connection on the wearable data acquisition unit that electrically couples traces included in the sensor strip with the wearable data acquisition unit; and wherein the wearable data acquisition unit is configured to receive and collect data from the sensors in the sensor strip, and wherein the wearable data acquisition unit includes an accelerometer configured to measure a full range of head positions, including both sleep and wake conditions, as well as behavioural arousals defined by subtle head movements.
A composition comprising: a. a surfactant system or surfactant, comprising: i. at least one nonionic surfactant; ii. at least one anionic surfactant; and iii. at least one amphoteric surfactant, b. a foam enhancing agent which is carrageenan, c. a suspending agent which is gellan gum and d. a liquid carrier, wherein the surfactant system comprises a combination of alkyl sarcosines, alkyl polyglucosides and alkylamidopropyl betaine surfactants; and wherein foams generated by the composition using the foam generation and screening test described herein have bubble size distribution such that for each 0.005 grams of foam, at least 150 bubbles have a diameter of less than 50 microns. a. a surfactant system or surfactant, comprising: i. at least one nonionic surfactant; ii. at least one anionic surfactant; and iii. at least one amphoteric surfactant, i. at least one nonionic surfactant; ii. at least one anionic surfactant; and iii. at least one amphoteric surfactant, b. a foam enhancing agent which is carrageenan, c. a suspending agent which is gellan gum and d. a liquid carrier,