mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an emulsion, the method comprising: combining a plurality of template particles with a first fluid to provide a first mixture, wherein 99% or more of the plurality of template particles vary in diameter by less than a factor of 10 and wherein the first fluid comprises a plurality of target particles; combining the first mixture with a second fluid to provide a second mixture, wherein the second fluid is immiscible with the first fluid; and shearing the second mixture by vortexing for 30 seconds, such that a plurality of the template particles are encapsulated in a plurality of droplets, ranging from 0.1 to 1000 microns in diameter in the second fluid, thereby providing a plurality of droplets comprising the first fluid, one of the template particles, and one of the plurality of target particles, wherein the plurality of droplets when examined by LED microscopy have a variation in diameter of less than a factor of 10 wherein the template particles comprise PAA, PEG, or agarose and wherein the first fluid comprises a surfactant selected from the group consisting of octylphenol ethoxylate and octylphenoxypolyethoxyethanol (IGEPAL) and the second fluid is 2-(trifluoromethyl)-3-ethoxydodecafluorohexane fluorinated oil, wherein a microfluidic device is not used in droplet formation. combining a plurality of template particles with a first fluid to provide a first mixture, wherein 99% or more of the plurality of template particles vary in diameter by less than a factor of 10 and wherein the first fluid comprises a plurality of target particles; combining the first mixture with a second fluid to provide a second mixture, wherein the second fluid is immiscible with the first fluid; and shearing the second mixture by vortexing for 30 seconds, such that a plurality of the template particles are encapsulated in a plurality of droplets, ranging from 0.1 to 1000 microns in diameter in the second fluid, thereby providing a plurality of droplets comprising the first fluid, one of the template particles, and one of the plurality of target particles, wherein the plurality of droplets when examined by LED microscopy have a variation in diameter of less than a factor of 10 wherein the template particles comprise PAA, PEG, or agarose and wherein the first fluid comprises a surfactant selected from the group consisting of octylphenol ethoxylate and octylphenoxypolyethoxyethanol (IGEPAL) and the second fluid is 2-(trifluoromethyl)-3-ethoxydodecafluorohexane fluorinated oil, wherein a microfluidic device is not used in droplet formation.
A two-cycle engine, comprising: a crankshaft having shafts (17, 18) on both ends thereof; and a crankcase that pivotally supports the shafts (17. 18) of the crankshaft through bearings (21, 26), having an inner ring and an outer ring, characterised in that a collar is circumferentially provided on the outer ring of at least one of the bearings that receives one of the shafts (17, 18), wherein the crankcase is provided with an inserting portion (22, 23, 24) into which the one of the bearings is inserted, the inserting portion penetrating the crankcase while keeping a constant diameter, wherein an engaging portion with which the collar is engaged from an inner side is provided in an inner portion of the inserting portion such that the bearing is axially positioned and held by the collar to prevent it from dropping to the outside, wherein the engaging portion having a larger diameter than the inserting portion is sequentially and circumferentially provided at an inner side of the inserting portion and wherein the collar is provided at a position in an axially inner portion of the outer ring. a crankshaft having shafts (17, 18) on both ends thereof; and a crankcase that pivotally supports the shafts (17. 18) of the crankshaft through bearings (21, 26), having an inner ring and an outer ring, characterised in that a collar is circumferentially provided on the outer ring of at least one of the bearings that receives one of the shafts (17, 18), wherein the crankcase is provided with an inserting portion (22, 23, 24) into which the one of the bearings is inserted, the inserting portion penetrating the crankcase while keeping a constant diameter, wherein an engaging portion with which the collar is engaged from an inner side is provided in an inner portion of the inserting portion such that the bearing is axially positioned and held by the collar to prevent it from dropping to the outside, wherein the engaging portion having a larger diameter than the inserting portion is sequentially and circumferentially provided at an inner side of the inserting portion and wherein the collar is provided at a position in an axially inner portion of the outer ring.
A combustor for a gas turbine engine, particularly for a gas turbine having sequential combustion, comprising, a combustor wall defining a mixing region and a combustion region, the mixing region comprising at least one first inlet for introducing combustion air into the mixing region and at least one second inlet for introducing fuel into the mixing region, the combustion region extending downstream of the mixing region, the mixing region crossing over to the combustion region in a transition region, and a combustor front panel being arranged in a region between the mixing region and the combustion region, wherein a baffle extends from the transition region generally in the downstream direction forming at least one space between the combustor wall and the baffle, wherein the cross sectional area of the combustor increases between the mixing region and the combustion region, and wherein the baffle extends in the flow direction from the combustor front panel; characterized in that the baffle is provided with holes for effusion cooling of the baffle with air or combustion gas.
System for automatic managing and controlling the use of moorings for vessels, comprising automated floating buoys, including one or more sea areas with the optional number of buoys, capable of communication with the controlling centre or operative centre and which are attached to the weights by the rope; between the buoys and at least one operation-controlling centre direct communication is carried out in both directions (a, c), via the broadband data transmission, generally via SMS messages and/or by using the means of GSM telephony, for this reason each buoy is equipped with a central computer and at least one communication module with antenna, and that the operation-controlling centre, on the other hand, is via the communication cable and through at least one server via the internet connection directly accessible to the optional number of customers; characterised in that each buoy comprises at least one movable or fixed ring eye, with or without a groove, mounted on the hollow housing and/or inside it, anywhere on the upper half-part of the buoy, that movable or fixed ring eye is managed in a remotely controlled manner through the not shown mechanism and cable; that the buoy becomes a mooring when the ring eye is closed; that the hollow housing of the buoy is preferably of the cylindrical or of the cut-conical shape with light inclination of the longer side, with cone-shaped point and is via the cable rope and intermediate tensile strength sensor attached to the weight in such a manner, that it can be taken down.
A method for manufacturing a rubber-metal composite body, comprising: surface treatment process for bringing a metal material into contact with a buffer solution; and bonding process for bonding the metal material subjected to the surface treatment process to the rubber composition, wherein said rubber composition is characterized in that it contains a cobalt compound in an amount, based on cobalt atoms, in the range of 0.0025 to 0.05 parts by mass with respect to 100 parts by mass of a rubber component. surface treatment process for bringing a metal material into contact with a buffer solution; and bonding process for bonding the metal material subjected to the surface treatment process to the rubber composition, wherein said rubber composition is characterized in that it contains a cobalt compound in an amount, based on cobalt atoms, in the range of 0.0025 to 0.05 parts by mass with respect to 100 parts by mass of a rubber component.
A control system for a power steering system, comprising: a scaling module for calculating a scale factor (65, 68) based on a wheel frequency (54, 56); and a command module that evaluates a wheel disturbance based on a wheel speed and determines a wheel disturbance cancel amount based on the wheel speed, and generates an assist command to the power steering system based on the wheel disturbance cancel amount and the scale factor (65, 68), characterized in that the scaling module determines the scale factor (65, 68) based on a current magnitude (70, 72), wherein the current magnitude (70, 72) is based on a filtered wheel speed (62, 64). a scaling module for calculating a scale factor (65, 68) based on a wheel frequency (54, 56); and a command module that evaluates a wheel disturbance based on a wheel speed and determines a wheel disturbance cancel amount based on the wheel speed, and generates an assist command to the power steering system based on the wheel disturbance cancel amount and the scale factor (65, 68), characterized in that the scaling module determines the scale factor (65, 68) based on a current magnitude (70, 72), wherein the current magnitude (70, 72) is based on a filtered wheel speed (62, 64).
A respiratory mask for use with a patient, the respiratory mask comprising: a flexible cushion arranged to interface with and deliver air to the patient's nose, the flexible cushion being configured to seal around the patient's nose; a more rigid support structure adjacent the flexible cushion; an air inlet on a left side and/or a right side of the respiratory mask, wherein the flexible cushion is pivotably supported by the support structure; and characterized in that the cushion is overmolded onto the support structure or the support structure is formed as a part of the cushion. a flexible cushion arranged to interface with and deliver air to the patient's nose, the flexible cushion being configured to seal around the patient's nose; a more rigid support structure adjacent the flexible cushion; an air inlet on a left side and/or a right side of the respiratory mask, wherein the flexible cushion is pivotably supported by the support structure; and characterized in that the cushion is overmolded onto the support structure or the support structure is formed as a part of the cushion.
A refrigeration system for cooling a semi-closed air-refrigerated chamber containing air that contains water vapor, comprising: an air-cycle refrigeration loop for drawing air from the semi-closed air-refrigerated chamber and returning the air to the semi-closed air-refrigerated chamber, said air-cycle refrigeration loop including: machinery for compressing, removing heat from, and expanding the air drawn from the semi-closed air-refrigerated chamber so as to cool the air and form ice particles from the water vapor; and a positive-pressure cyclone separator (136, 200, 400), located downstream of said machinery, for removing the ice particles from the air cooled by said machinery, said positive-pressure cyclone separator (136, 200, 400) including a cyclone vessel (140, 204, 424) that includes a sidewall that defines a separation chamber, characterized by a scraper (144, 244) confronting said sidewall, said scraper (144, 244) being movable relative to said sidewall so as to scrape a buildup of ice particles from said separation chamber during operation of the air-cycle refrigeration loop. an air-cycle refrigeration loop for drawing air from the semi-closed air-refrigerated chamber and returning the air to the semi-closed air-refrigerated chamber, said air-cycle refrigeration loop including: machinery for compressing, removing heat from, and expanding the air drawn from the semi-closed air-refrigerated chamber so as to cool the air and form ice particles from the water vapor; and a positive-pressure cyclone separator (136, 200, 400), located downstream of said machinery, for removing the ice particles from the air cooled by said machinery, said positive-pressure cyclone separator (136, 200, 400) including a cyclone vessel (140, 204, 424) that includes a sidewall that defines a separation chamber, characterized by a scraper (144, 244) confronting said sidewall, said scraper (144, 244) being movable relative to said sidewall so as to scrape a buildup of ice particles from said separation chamber during operation of the air-cycle refrigeration loop. machinery for compressing, removing heat from, and expanding the air drawn from the semi-closed air-refrigerated chamber so as to cool the air and form ice particles from the water vapor; and a positive-pressure cyclone separator (136, 200, 400), located downstream of said machinery, for removing the ice particles from the air cooled by said machinery, said positive-pressure cyclone separator (136, 200, 400) including a cyclone vessel (140, 204, 424) that includes a sidewall that defines a separation chamber, characterized by a scraper (144, 244) confronting said sidewall, said scraper (144, 244) being movable relative to said sidewall so as to scrape a buildup of ice particles from said separation chamber during operation of the air-cycle refrigeration loop.
An ultrasonic surgical system, comprising: an ultrasonic transmission member; an ultrasonically actuated end-effector (18, 62) attached to the transmission member; a sheath (86, 114) that is moveable relative to the end-effector, the sheath having a first configuration in which the sheath covers the end-effector to inhibit interaction with tissue by the end-effector and a second configuration in which the end-effector is exposed beyond the sheath to interact with tissue; and a biasing member operatively connected to the sheath such that the sheath is biased toward the first configuration. an ultrasonic transmission member; an ultrasonically actuated end-effector (18, 62) attached to the transmission member; a sheath (86, 114) that is moveable relative to the end-effector, the sheath having a first configuration in which the sheath covers the end-effector to inhibit interaction with tissue by the end-effector and a second configuration in which the end-effector is exposed beyond the sheath to interact with tissue; and a biasing member operatively connected to the sheath such that the sheath is biased toward the first configuration.
A connector for two electrical power cables, wherein the connector has a plug and a receptacle, which in each case can be firmly connected to a conductor of the cables and are suitable for establishing a releasable electrical contact between the conductors, wherein the receptacle has a cavity extending in the longitudinal direction and the plug has a bolt projecting in the longitudinal direction, which can be inserted into the cavity, wherein the cavity and the bolt have truncated-cone shapes identical to each other, so that the bolt can be fixed in an operating position in the cavity by self-locking, characterized in that the connector furthermore has a pin (15, 18) as locking means, which additionally holds the connector in the operating position, wherein the pin (15, 18) is arranged so that its axis is perpendicular to a connecting axis of the connector and cooperates with a recess (17, 20) circumferentially around the diameter of the bolt.
Orthodontic apparatus with at least one orthodontically effective element (12, 12'), an adjustment element designed as prefabricated component and at least one holding element (13, 13') for holding the apparatus on the jaw, characterized in that the apparatus is designed in one piece in such a way that the apparatus has different regions which correspond to the orthodontically effective elements (12, 12') and the holding elements (13, 13') and merge directly into one another, whereby the adjustment element for adjusting the apparatus is made of a first production material, and whereby the at least one orthodontically effective element (12, 12') and the at least one holding element (13, 13') are made of a second production material, which is distributed in layers around the adjustment element and is hardened.
A boosting gas turbine system for providing combined cooling, heating, and electrical power (CCHP), comprising: a pressure booster in fluid communication with a gas turbine engine, and comprising a fuel inlet, a fuel outlet, and a piston; the pressure booster further comprising a coolant inlet, a coolant chamber, and a coolant outlet, and in fluid communication with a closed pressurized coolant flow; a turbo-compressor comprising a compressor and a turbine, and in fluid communication with the closed pressurized coolant flow; a coolant flow control valve controlling the closed pressurized coolant flow; and an exhaust valve; characterized in that the system is configured to provide a cold water flow for a first position of the coolant flow control valve and of the exhaust valve and to provide a hot water flow for a second position of the coolant flow control valve and of the exhaust valve. a pressure booster in fluid communication with a gas turbine engine, and comprising a fuel inlet, a fuel outlet, and a piston; the pressure booster further comprising a coolant inlet, a coolant chamber, and a coolant outlet, and in fluid communication with a closed pressurized coolant flow; a turbo-compressor comprising a compressor and a turbine, and in fluid communication with the closed pressurized coolant flow; a coolant flow control valve controlling the closed pressurized coolant flow; and an exhaust valve;
Composition comprising (i) Vitamin A, a reaction product, a metabolite or a precursor of it selected from Vitamin A, retinoic acid, all-trans-retinoic acid, 13-cis-retinoic acid, esters of Vitamin A, particularly retinyl palmitate, retinol, retinal, retinyl acetate, alitretinoin, beta-carotene, alpha-carotene, gamma-carotene, beta-cryptoxanthine and provitamin A, and (ii) a plant extract of chamomile selected from an aqueous extract, an ethanolic liquid extract and a waterfree ethanolic liquid extract, for use in the prevention, treatment or amelioration of cancer or tumour disease, wherein components (i) and (ii) represent the only active ingredients. (i) Vitamin A, a reaction product, a metabolite or a precursor of it selected from Vitamin A, retinoic acid, all-trans-retinoic acid, 13-cis-retinoic acid, esters of Vitamin A, particularly retinyl palmitate, retinol, retinal, retinyl acetate, alitretinoin, beta-carotene, alpha-carotene, gamma-carotene, beta-cryptoxanthine and provitamin A, and (ii) a plant extract of chamomile selected from an aqueous extract, an ethanolic liquid extract and a waterfree ethanolic liquid extract, for use in the prevention, treatment or amelioration of cancer or tumour disease, wherein components (i) and (ii) represent the only active ingredients.
An edge fastening profile for a roller door shutter having lamellae that run vertically and said roller door shutter is opened and closed by winding said lamellae onto a drum, comprising: • a front sidewall (3.1) and back sidewall (3.2) that are able to grip at least one edge of the mentioned lamellae on two sides, • at least one guide protrusion (3.3) provided on the body of one of the mentioned front sidewall (3.1) or back sidewall (3.2), • at least one guide recess (3.4) that is provided on the body of the other one of the mentioned front sidewall (3.1) or back sidewall (3.2) and that is able to prevent said edge fastening profile from sliding laterally by housing the at least one guide protrusion (3.3) when the edge fastening profile is wound onto the drum, characterized in that: • said edge fastening profile has a U-form, • the mentioned U-form comprises the said at least one guide protrusion (3.3) and the said at least one guide recess (3.4). • a front sidewall (3.1) and back sidewall (3.2) that are able to grip at least one edge of the mentioned lamellae on two sides, • at least one guide protrusion (3.3) provided on the body of one of the mentioned front sidewall (3.1) or back sidewall (3.2), • at least one guide recess (3.4) that is provided on the body of the other one of the mentioned front sidewall (3.1) or back sidewall (3.2) and that is able to prevent said edge fastening profile from sliding laterally by housing the at least one guide protrusion (3.3) when the edge fastening profile is wound onto the drum, • said edge fastening profile has a U-form, • the mentioned U-form comprises the said at least one guide protrusion (3.3) and the said at least one guide recess (3.4).
Method for the automatic creation of two- or three-dimensional building models from at least one digital aerial photograph and for the automatic provision of semantic building information, embodied such that - depth information is determined from the aerial photograph, - the aerial photograph is assigned a georeference, - the land registry data and/or geoinformation data, which comprises semantic information, is obtained for the area represented on the aerial photograph, - training data based on the land registry data and/or geoinformation data is generated as a two-dimensional first vector model comprising semantic information and a classifier is thus trained, - the aerial photograph is segmented pixel by pixel and the segments are classified into at least two different classes by means of the trained classifier, wherein one class represents buildings, - a second two- or three-dimensional vector model is generated from the segmented and classified aerial photograph, - semantic information from the first vector model is carried over into the second vector model by comparison herewith, - in the case of a desired three-dimensional building model, a three-dimensional vector model of the building with semantic information is created with the aid of the depth information and the footprint of the building known from the two-dimensional second vector model. - depth information is determined from the aerial photograph, - the aerial photograph is assigned a georeference, - the land registry data and/or geoinformation data, which comprises semantic information, is obtained for the area represented on the aerial photograph, - training data based on the land registry data and/or geoinformation data is generated as a two-dimensional first vector model comprising semantic information and a classifier is thus trained, - the aerial photograph is segmented pixel by pixel and the segments are classified into at least two different classes by means of the trained classifier, wherein one class represents buildings, - a second two- or three-dimensional vector model is generated from the segmented and classified aerial photograph, - semantic information from the first vector model is carried over into the second vector model by comparison herewith, - in the case of a desired three-dimensional building model, a three-dimensional vector model of the building with semantic information is created with the aid of the depth information and the footprint of the building known from the two-dimensional second vector model.