mhurhangee/ep-ind-claims huggingface dataset:
An air management device, comprising: a housing defining at least one interior space and extending from side to side, the housing being supported by a plurality of legs at a bottom of the housing, and the legs providing a space between the bottom of the housing and a floor of a livable space to allow passage of air through a bottom inlet formed at the bottom of the housing; a heat exchanger installed in the at least one interior space and configured to exchange heat between a working fluid of a heat exchange cycle and air passing through the at least one interior space; and a plurality of impellers (131, 131', 131") provided in the interior space to create an air flow from air of the livable space to pass through the bottom inlet and the heat exchanger and discharge to the livable space, characterized in that the air management device further comprises at least one retractable fan configured to protrude above an upper surface of the housing and rotate when protruding above the upper surface of the housing. a housing defining at least one interior space and extending from side to side, the housing being supported by a plurality of legs at a bottom of the housing, and the legs providing a space between the bottom of the housing and a floor of a livable space to allow passage of air through a bottom inlet formed at the bottom of the housing; a heat exchanger installed in the at least one interior space and configured to exchange heat between a working fluid of a heat exchange cycle and air passing through the at least one interior space; and a plurality of impellers (131, 131', 131") provided in the interior space to create an air flow from air of the livable space to pass through the bottom inlet and the heat exchanger and discharge to the livable space, characterized in that the air management device further comprises at least one retractable fan configured to protrude above an upper surface of the housing and rotate when protruding above the upper surface of the housing.
An air-conditioning apparatus, comprising: a main body casing (21, 22); an air-blowing fan placed inside the main body casing (21, 22); an upper air-blowing port provided in an upper part of the main body casing (21, 22) and configured to blow air for air conditioning supplied from the fan; a lower air-blowing port provided in a lower part of the main body casing (21, 22) and configured to blow air for air conditioning supplied from the fan; a shutter configured to open and close the lower air-blowing port; and a shutter driving section configured to drive the shutter, characterized in that after or immediately before operation of the fan is stopped, the shutter driving section is configured to drive the shutter to put the lower air-blowing port into a fully opened state. a main body casing (21, 22); an air-blowing fan placed inside the main body casing (21, 22); an upper air-blowing port provided in an upper part of the main body casing (21, 22) and configured to blow air for air conditioning supplied from the fan; a lower air-blowing port provided in a lower part of the main body casing (21, 22) and configured to blow air for air conditioning supplied from the fan; a shutter configured to open and close the lower air-blowing port; and a shutter driving section configured to drive the shutter, characterized in that after or immediately before operation of the fan is stopped, the shutter driving section is configured to drive the shutter to put the lower air-blowing port into a fully opened state.
Pirfenidone, including salts thereof, for use in reducing dizziness in a patient receiving pirfenidone therapy, wherein the pirfenidone or salt is for administration with food, wherein the administration comprises providing to the subject greater than 1800 mg/day to 4000 mg/day, wherein one or more unit dosage forms are administered to the subject three times per day.
A packaging machine for making filter bags with infusion products comprising a plurality of processing stations defining a processing path and configured for making filter bags and a cleaning unit configured for removing dust from the processing path; said cleaning unit comprising: - a generator device positioned above the processing path and configured for generating a flow of air, preferably a laminar flow of air downwards; said cleaning unit being characterised by - a ventilation grille coupled to the generator device and configured for conveying the flow of air towards said plurality of processing stations; and by - a suction device positioned below the processing stations and configured for sucking the flow of air conveyed by the ventilation grille in such a way as to suck the dust struck by the flow of air along the processing path. - a generator device positioned above the processing path and configured for generating a flow of air, preferably a laminar flow of air downwards; said cleaning unit being characterised by - a ventilation grille coupled to the generator device and configured for conveying the flow of air towards said plurality of processing stations; and by - a suction device positioned below the processing stations and configured for sucking the flow of air conveyed by the ventilation grille in such a way as to suck the dust struck by the flow of air along the processing path.
A method for decoding an encoded data stream representative of at least one image (I m), said image being divided into blocks, characterised in that the decoding method comprises, for a current block, the following steps: - Evaluating a plurality of value hypotheses of at least one description element of the current block, by calculating a likelihood measurement per hypothesis, said calculation being the same as that used to encode the data stream; - Calculating a disparity of the obtained likelihood measurements; - Determining at least one parameter (p) of an entropy decoder as a function of the calculated disparity, said at least one parameter belonging to a group comprising at least: - a parameter comprising a context associated with an adaptive binary arithmetic decoder; - a parameter comprising a probability associated with a complementary information for identifying at least one of these hypotheses; - a parameter comprising an identifier of a predetermined decoder; - Decoding using an entropy decoder configured by said at least one parameter, of the complementary information for identifying at least one of said hypotheses; and - Identifying at least one of the hypotheses using at least the decoded complementary information and obtaining the value of said at least one description element for the current block, from said at least one identified hypothesis. - Evaluating a plurality of value hypotheses of at least one description element of the current block, by calculating a likelihood measurement per hypothesis, said calculation being the same as that used to encode the data stream; - Calculating a disparity of the obtained likelihood measurements; - Determining at least one parameter (p) of an entropy decoder as a function of the calculated disparity, said at least one parameter belonging to a group comprising at least: - a parameter comprising a context associated with an adaptive binary arithmetic decoder; - a parameter comprising a probability associated with a complementary information for identifying at least one of these hypotheses; - a parameter comprising an identifier of a predetermined decoder; - a parameter comprising a context associated with an adaptive binary arithmetic decoder; - a parameter comprising a probability associated with a complementary information for identifying at least one of these hypotheses; - a parameter comprising an identifier of a predetermined decoder; - Decoding using an entropy decoder configured by said at least one parameter, of the complementary information for identifying at least one of said hypotheses; and - Identifying at least one of the hypotheses using at least the decoded complementary information and obtaining the value of said at least one description element for the current block, from said at least one identified hypothesis.
A composition for use in topical treatment of Gardnerella vaginalis, Haemophilus influenzae, Escherichia coli and/or Pseudomonas aeruginosa, wherein the composition comprises: R isomers, S isomers, or racemic mixtures of isomers of glycerol monolaurate with lauric acid in the 1/3-position, glycerol monolaurate with lauric acid in the 2-position, or combinations thereof, a non-aqueous gel, a vegetable oil, an accelerant, and a pharmaceutically acceptable topical carrier, wherein the accelerant is an organic acid, a chelator, an antibiotic agent, an anti-fungal agent, an antiviral agent, or a combination thereof, wherein the pH of the composition is in a range of 4-4.5. R isomers, S isomers, or racemic mixtures of isomers of glycerol monolaurate with lauric acid in the 1/3-position, glycerol monolaurate with lauric acid in the 2-position, or combinations thereof, a non-aqueous gel, a vegetable oil, an accelerant, and a pharmaceutically acceptable topical carrier, wherein the accelerant is an organic acid, a chelator, an antibiotic agent, an anti-fungal agent, an antiviral agent, or a combination thereof, wherein the pH of the composition is in a range of 4-4.5.
A blast treatment method for carrying out blast treatment of a smoke projectile that emits smoke at a time of a blast in a blast-proof container, which comprises: a blast step to blast the smoke projectile in the blast-proof container, and a dissolution step to dissolve, in the blast-proof container, a gas and fine particles, which are produced when the smoke projectile is blasted, into a liquid that comprises water in an amount larger than an amount of water produced due to the blast of the smoke projectile, and a liquid placement step to place a container holding the liquid, which comprises the water, in the blast-proof container prior to the blast step, wherein: in the blast step, the container is destroyed by blasting the smoke projectile and the water held in the container is vaporized and in the dissolution step, the gas and fine particles are dissolved into water produced through condensation of water vapor when the water vapor produced in the blast step condenses as temperature lowers. a blast step to blast the smoke projectile in the blast-proof container, and a dissolution step to dissolve, in the blast-proof container, a gas and fine particles, which are produced when the smoke projectile is blasted, into a liquid that comprises water in an amount larger than an amount of water produced due to the blast of the smoke projectile, and a liquid placement step to place a container holding the liquid, which comprises the water, in the blast-proof container prior to the blast step, wherein: in the blast step, the container is destroyed by blasting the smoke projectile and the water held in the container is vaporized and in the dissolution step, the gas and fine particles are dissolved into water produced through condensation of water vapor when the water vapor produced in the blast step condenses as temperature lowers. in the blast step, the container is destroyed by blasting the smoke projectile and the water held in the container is vaporized and in the dissolution step, the gas and fine particles are dissolved into water produced through condensation of water vapor when the water vapor produced in the blast step condenses as temperature lowers.
An image processing apparatus that generates halftone image data based on multi-valued input image data, which is used by an image forming apparatus that forms an image on a printing medium by a print head including a nozzle column in which a plurality of nozzles is arrayed ejecting ink from the nozzles while relatively moving the printing medium in a direction perpendicular to the nozzle column, the image processing apparatus comprising: an exchange unit configured to, based on positional information for specifying an abnormal nozzle in which an ejection failure has occurred among the plurality of nozzles, exchange a pixel value of a pixel on a pixel line corresponding to the abnormal nozzle and a pixel value of a pixel on a pixel line corresponding to another nozzle that is located in close proximity to the abnormal nozzle and in which no ejection failure has occurred for the input image data, characterized by a halftone processing unit configured to generate the halftone image data by performing halftone processing for the input image data for which pixel value exchange has been performed, wherein the exchange unit is configured to compare the pixel value of the pixel on the pixel line corresponding to the abnormal nozzle and the pixel value of the pixel on the pixel line corresponding to the other nozzle and perform the exchange of pixel values in a case where the pixel value of the pixel on the pixel line corresponding to the abnormal nozzle is larger than the pixel value of the pixel on the pixel line of the other nozzle. an exchange unit configured to, based on positional information for specifying an abnormal nozzle in which an ejection failure has occurred among the plurality of nozzles, exchange a pixel value of a pixel on a pixel line corresponding to the abnormal nozzle and a pixel value of a pixel on a pixel line corresponding to another nozzle that is located in close proximity to the abnormal nozzle and in which no ejection failure has occurred for the input image data, characterized by a halftone processing unit configured to generate the halftone image data by performing halftone processing for the input image data for which pixel value exchange has been performed, wherein the exchange unit is configured to compare the pixel value of the pixel on the pixel line corresponding to the abnormal nozzle and the pixel value of the pixel on the pixel line corresponding to the other nozzle and perform the exchange of pixel values in a case where the pixel value of the pixel on the pixel line corresponding to the abnormal nozzle is larger than the pixel value of the pixel on the pixel line of the other nozzle.
A lubrication arrangement for the skirt of a piston of an internal combustion engine, which lubrication arrangement comprises - a cooling oil gallery that is arranged inside the piston, - a lubrication groove that is arranged on the outer surface of the piston skirt, - at least one oil channel for supplying lubrication oil into the lubrication groove, - at least one oil chamber that is arranged inside the piston below the cooling oil gallery, and - an oil delivery duct for establishing fluid communication between the cooling oil gallery and the oil chamber, the inlet of the oil channel that supplies lubrication oil into the lubrication groove being arranged in the oil chamber above the outlet of the oil delivery duct, characterized in that the oil delivery duct is an oil delivery pipe that protrudes into the oil chamber from the upper end of the oil chamber, and the inlet of the oil channel is arranged in the wall of the oil chamber above the tip of the oil delivery pipe. - a cooling oil gallery that is arranged inside the piston, - a lubrication groove that is arranged on the outer surface of the piston skirt, - at least one oil channel for supplying lubrication oil into the lubrication groove, - at least one oil chamber that is arranged inside the piston below the cooling oil gallery, and - an oil delivery duct for establishing fluid communication between the cooling oil gallery and the oil chamber,
An optical network unit, referred to as ONU, for a passive optical network (100, 600, 610), referred to as PON, the ONU comprising - a transmitter configured to generate an optical upstream signal; wherein the optical upstream signal comprises an upstream channel at an upstream wavelength; - a local oscillator generation unit (302, 303, 304) configured to generate a local oscillator signal at the upstream wavelength using the optical upstream signal, the local oscillator generation unit (302, 303, 304) comprising a spectral line generation unit configured to attenuate a modulation component comprised within the optical upstream signal or within a signal derived thereof; and - a coherent receiver (305, 306) configured to extract a downstream channel at the upstream wavelength from an optical downstream signal using the local oscillator signal. - a transmitter configured to generate an optical upstream signal; wherein the optical upstream signal comprises an upstream channel at an upstream wavelength; - a local oscillator generation unit (302, 303, 304) configured to generate a local oscillator signal at the upstream wavelength using the optical upstream signal, the local oscillator generation unit (302, 303, 304) comprising a spectral line generation unit configured to attenuate a modulation component comprised within the optical upstream signal or within a signal derived thereof; and - a coherent receiver (305, 306) configured to extract a downstream channel at the upstream wavelength from an optical downstream signal using the local oscillator signal.
An aqueous coating compound, comprising - at least one starch, - 0-70% by weight of at least one plasticizer, wherein the plasticizer portion is based on starch plus plasticizer, - 0-50% by weight of at least one polymeric additive, wherein the portion of the polymeric additive(s) is based on starch plus polymeric additive, - 0-5% by weight of an additive or of an additive mixture, based on the dry mixture, and - water, characterized in that the starch of the coating compound is present in dissolved form and has a weight average of the molecular weight distribution M w in g/mol in the range of 0.8 million to 50 million, preferably in the range of 0.8 million to 20 million, and the lower limit as well as the upper limit for the portion of the starch in the coating compound in % by weight, based on starch and plasticizer and water, is provided in dependence on the molecular weight M w of the starch by: M w million g/mol 0.8 1 1.5 2 2.3 2.5 2.8 3 6 7 8 9 10 12 15 20 lower limit 14.4 14.1 13.3 12.6 12.2 11.9 11.5 11.1 6.7 5.2 3.7 2.5 2.4 2.2 2.1 1.7 upper limit 40.6 40.3 39.6 38.8 38.5 38.1 37.7 37.4 32.9 31.4 30.0 28.5 27.0 24.0 19.6 12.2 wherein the lower and upper limits for the portion of the starch comprising a weight average of the molecular weight distribution M w, which lie between the values or outside of the values of the above Table, are obtained by means of linear interpolation or by means of linear extrapolation. - at least one starch, - 0-70% by weight of at least one plasticizer, wherein the plasticizer portion is based on starch plus plasticizer, - 0-50% by weight of at least one polymeric additive, wherein the portion of the polymeric additive(s) is based on starch plus polymeric additive, - 0-5% by weight of an additive or of an additive mixture, based on the dry mixture, and - water, characterized in that
A method of transmitting a sequence of data packets in a network, the method comprising the steps of: selecting a send rate with which the sequence is to be transmitted; transmitting a first set of data packets of the sequence back-to-back; associating the transmission of the first set of data packets with a time stamp, the time stamp indicating a time at which a first data packet of the first set of data packets was transmitted; and transmitting a last data packet of the sequence after a predetermined time interval has elapsed from the time stamp associated with the first set of data packets, where said predetermined time interval is the time required for transmitting the sequence of data packets with the selected send rate. selecting a send rate with which the sequence is to be transmitted; transmitting a first set of data packets of the sequence back-to-back; associating the transmission of the first set of data packets with a time stamp, the time stamp indicating a time at which a first data packet of the first set of data packets was transmitted; and transmitting a last data packet of the sequence after a predetermined time interval has elapsed from the time stamp associated with the first set of data packets, where said predetermined time interval is the time required for transmitting the sequence of data packets with the selected send rate.
A clock screw, comprising: a screw base material made of steel containing carbon at 0.5 % by weight to 1.0 % by weight, an oxide layer of the steel on the screw base material having a thickness of 60 nm to 80 nm, and a fluorine coating film on the oxide layer.
Radiation source suitable for a projection exposure system or a metrology system comprising 1.1. a free electron laser, FEL,, which emits illumination radiation having a wavelength of at most 30 nm and 1.2. a device designed for feeding back emitted illumination radiation to the FEL comprising 1.2.1.at least one optical component designed for coupling out illumination radiation from a beam path, and 1.2.2.at least one optical component for coupling at least one portion of the coupled-out illumination radiation as seed pulse into the FEL, 1.3. wherein the at least one optical component for coupling out illumination radiation from the beam path comprises a diffractive optical element. 1.1. a free electron laser, FEL,, which emits illumination radiation having a wavelength of at most 30 nm and 1.2. a device designed for feeding back emitted illumination radiation to the FEL comprising 1.2.1.at least one optical component designed for coupling out illumination radiation from a beam path, and 1.2.2.at least one optical component for coupling at least one portion of the coupled-out illumination radiation as seed pulse into the FEL, 1.2.1.at least one optical component designed for coupling out illumination radiation from a beam path, and 1.2.2.at least one optical component for coupling at least one portion of the coupled-out illumination radiation as seed pulse into the FEL, 1.3. wherein the at least one optical component for coupling out illumination radiation from the beam path comprises a diffractive optical element.
A gypsum product comprising a gypsum core sandwiched between two glass fiber mats: a first glass fiber mat saturated with salt crystals and a second glass fiber mat saturated with salt crystals, wherein the salt crystals are selected from the group consisting of gypsum crystals, calcium sulfate, sodium chloride and any combination thereof, wherein each of the two glass fiber mats comprises glass fibers and a binder and wherein the salt crystals are bound to the glass fibers, and wherein the binder is a styrene acrylic binder.
An aqueous synthetic acid composition comprising: - lysine and hydrogen chloride in a molar ratio ranging from 1:6 to 1: 12.5. - lysine and hydrogen chloride in a molar ratio ranging from 1:6 to 1: 12.5.
A method for inducing permanent sterility in a non-human animal comprising administering to said animal within weeks after birth before puberty an effective amount of estradiol, estradiol benzoate, estradiol dipropionate, estradiol valerate, estradiol cypionate or a combination thereof so as to render the animal sterile, the estradiol, estradiol benzoate, estradiol dipropionate, estradiol valerate, estradiol cypionate or a combination thereof being formulated in an extended release formulation that releases the estradiol, estradiol benzoate, estradiol dipropionate, estradiol valerate, estradiol cypionate or a combination thereof over 15 to 20 days.