mhurhangee/ep-ind-claims huggingface dataset:
A sustained release intraocular drug delivery device configured for the sulcus of the eye, comprising: (a) a polymeric matrix core into which at least one therapeutic agent is mixed, and; (b) a polymeric coating completely surrounding said polymeric matrix material; wherein said polymeric matrix core and polymeric coating are insoluble and inert in ocular fluids, and wherein said sustained release intraocular drug delivery device is formed of a compliant annular segment, preferably having a cross sectional diameter ranging from 0.10 to 0.80 mm. (a) a polymeric matrix core into which at least one therapeutic agent is mixed, and; (b) a polymeric coating completely surrounding said polymeric matrix material;
A method for heating a heat exchange medium in a fluidized bed boiler, the method comprising, at a first period of time, - burning first fuel in a first furnace of the fluidized bed boiler to produce first flue gas, - recovering heat from the first flue gas to a heat exchange medium using a first heat exchanger, - conveying the heat exchange medium from the first heat exchanger to a second heat exchanger, of which at least a part is arranged in contact with a fluidized bed of the fluidized bed boiler, - burning second fuel in a second furnace of the fluidized bed boiler to produce second flue gas, - conveying the heat exchange medium from the second heat exchanger to a third heat exchanger, and - recovering heat from the second flue gas to the heat exchange medium using the third heat exchanger, wherein - the third heat exchanger is not in contact with a fluidized bed of the fluidized bed boiler and - the second flue gas comprises less alkali and halogen than the first flue gas and/or the second fuel comprises less alkali and halogen than the first fuel. - burning first fuel in a first furnace of the fluidized bed boiler to produce first flue gas, - recovering heat from the first flue gas to a heat exchange medium using a first heat exchanger, - conveying the heat exchange medium from the first heat exchanger to a second heat exchanger, of which at least a part is arranged in contact with a fluidized bed of the fluidized bed boiler, - burning second fuel in a second furnace of the fluidized bed boiler to produce second flue gas, - conveying the heat exchange medium from the second heat exchanger to a third heat exchanger, and - recovering heat from the second flue gas to the heat exchange medium using the third heat exchanger, wherein - the third heat exchanger is not in contact with a fluidized bed of the fluidized bed boiler and - the second flue gas comprises less alkali and halogen than the first flue gas and/or the second fuel comprises less alkali and halogen than the first fuel.
An atomizer of an electronic cigarette, comprising: an atomizing sleeve defining a liquid reserving space therein; and an atomizing assembly fixed in the atomizing sleeve, the atomizing assembly comprising a fixing sleeve and a porous body arranged in the fixing sleeve, the fixing sleeve having an aerosol passage defined therein and at least one liquid opening, the porous body absorbing a tobacco liquid through the at least one liquid opening, the porous body being hollow inside and having an atomizing space defined therein, the atomizing space having a heating coil fixed therein, and the heating coil configured for heating the tobacco liquid absorbed from the porous body into tobacco aerosol, the aerosol passage in communication with the atomizing space and configured for ejecting the tobacco aerosol. an atomizing sleeve defining a liquid reserving space therein; and an atomizing assembly fixed in the atomizing sleeve, the atomizing assembly comprising a fixing sleeve and a porous body arranged in the fixing sleeve, the fixing sleeve having an aerosol passage defined therein and at least one liquid opening, the porous body absorbing a tobacco liquid through the at least one liquid opening, the porous body being hollow inside and having an atomizing space defined therein, the atomizing space having a heating coil fixed therein, and the heating coil configured for heating the tobacco liquid absorbed from the porous body into tobacco aerosol, the aerosol passage in communication with the atomizing space and configured for ejecting the tobacco aerosol.
Beverage maker comprising a tank which is integrated in the flow conduit system of the beverage maker and is intended to hold a descaling agent, characterised in that the tank is received in the beverage maker in such a way that it can be removed by means of a quick-release mechanism, the beverage maker comprising a connecting head, the coupling of which is suitable for receiving the tank in an interlocking and/or force-locked manner, and a water inlet and an outlet for the tank being provided in the connecting head.
A method for producing a fiber-reinforced thermally meltable epoxy resin, comprising the steps of: mixing a compound having two epoxy groups in one molecule and a compound having two phenolic hydroxyl groups in one molecule with reinforcing fibers; and linearly polymerizing the compounds and mixed with the reinforcing fibers by polyaddition reaction in the presence of a polymerization catalyst, wherein at least a part of the compound and/or at least a part of the compound are/is a compound having a fluorene skeleton, the compound and the compound are mixed in such a ratio that the number of moles of epoxy groups in the compound is 0.9 to 1.1 times the number of moles of phenolic hydroxyl groups in the compound; and the polymerization catalyst is at least one selected from the group consisting of phosphorus-based catalysts, 1,2-alkylenebenzimidazole and 2-aryl-4,5-diphenylimidazole. mixing a compound having two epoxy groups in one molecule and a compound having two phenolic hydroxyl groups in one molecule with reinforcing fibers; and linearly polymerizing the compounds and mixed with the reinforcing fibers by polyaddition reaction in the presence of a polymerization catalyst,
Device for connecting screening tubes (2, 3) of an electric high-voltage appliance having - a peripherally closed connecting piece which configures insertion sections (13, 14) which can be respectively introduced into a tube end of a screening tube (2, 3), and - fastening means for attaching the insertion sections (13, 14) to the respective screening tube (2, 3), characterized by clamping pieces (15, 16), the outer contour of which is of dimensionally complementary configuration with respect to the inner contour of the insertion section (13, 14) which is respectively assigned to the clamping piece (15, 16), with the result that each clamping piece (15, 16) can be inserted from the inside into the insertion section (13, 14) which is assigned to it, the fastening means being configured on the clamping pieces (15, 16). - a peripherally closed connecting piece which configures insertion sections (13, 14) which can be respectively introduced into a tube end of a screening tube (2, 3), and - fastening means for attaching the insertion sections (13, 14) to the respective screening tube (2, 3),
Well tool device comprising: - a housing having an inner surface defining a through bore; - a frangible glass body comprising upper and lower chamfered supporting surfaces (20a, 20b); - a seat for supporting the frangible glass body in relation to the housing; - a sealing device provided between the frangible glass body and the seat; characterized in that the frangible glass body is provided as one glass body comprising: - a barrier portion supported by the seat; - a neck portion protruding in the direction of the through bore, where the diameter (D22; D24, D25) of the neck portion is smaller than the diameter of the barrier portion, where the height of the barrier portion is substantially equal to the diameter of a lower neck portion; where the well tool device further comprises an annular compartment (A24; A25) provided radially between the neck portion and the inner surface of the housing; where the annular compartment (A24; A25) is configured to receive a disintegration tool. - a housing having an inner surface defining a through bore; - a frangible glass body comprising upper and lower chamfered supporting surfaces (20a, 20b); - a seat for supporting the frangible glass body in relation to the housing; - a sealing device provided between the frangible glass body and the seat; - a barrier portion supported by the seat; - a neck portion protruding in the direction of the through bore, where the diameter (D22; D24, D25) of the neck portion is smaller than the diameter of the barrier portion, where the height of the barrier portion is substantially equal to the diameter of a lower neck portion;
An internal combustion engine having a horizontally-opposed cylinder arrangement, including at least one pair of pistons (14, 92, 336, 344, 348, 356, 358, 366, 372, 380) associated with a respective pair of opposed cylinders of the cylinder arrangement, and an output shaft, wherein each of the pistons is arranged for reciprocating motion within a respective one of the cylinders, driven by combustion, and wherein the pistons are coupled to the output shaft by a coupling such that said reciprocating motion of the pistons drives rotation of the output shaft, wherein the coupling includes a connecting rod (86, 338, 342, 350, 354, 360, 364, 374, 378) moveably coupled to a respective pair of pistons such that each piston is permitted to centre within its associated cylinder, a slider bearing (90, 288, 300, 340, 352, 362, 376, 394) that is located for reciprocating movement relative to the connecting rod, and a crankshaft (88, 198, 512) that is rotatably mounted within the slider bearing, the crankshaft having at least one guide shoulder for supporting axial location relative to the slider bearing.
A process for the reduction of mono-nitrogen oxides (NO x) from a gaseous effluent generated in the production of fertilizer comprising the acid digestion of phosphate ore in the presence of urea, wherein said gaseous effluent generated has a NOx composition of 70 to 100 mole% NO 2 and 0 to 30 mole% NO, comprising the steps of: a) contacting said gaseous effluent for 0.5 to 15 seconds with ozone, thereby providing a resultant gas mixture wherein NO and NO 2 present in the NOx are oxidized to higher nitrogen oxides; and; b) removing higher nitrogen oxides from said resultant gas mixture; wherein urea is present during said acid digestion of phosphate ore in an amount of 0.15 wt% or less based on the weight of said phosphate ore; and; ozone is added to said gaseous effluent in an ozone/NOx ratio ranging between 0.5 and 1.4. a) contacting said gaseous effluent for 0.5 to 15 seconds with ozone, thereby providing a resultant gas mixture wherein NO and NO 2 present in the NOx are oxidized to higher nitrogen oxides; and; b) removing higher nitrogen oxides from said resultant gas mixture;
A method of producing human brown adipocytes from human pluripotent stem cells, the method comprising: step (i) forming cell aggregates by non-adhesive culture of human pluripotent stem cells in serum free environment, wherein the culture medium is a common basic medium that contains a cytokine cocktail comprising the hematopoietic cytokines VEGF, SCF, Flt3L, IGF2 and IL6, and in addition BMP4, and step preparing brown adipocytes from the cell aggregates of step by adhesion culture in serum free environment, wherein the culture medium is a common basic medium that contains a cytokine cocktail comprising the hematopoietic cytokines VEGF, SCF, Flt3L, IGF2 and IL6, and in addition BMP7. step (i) forming cell aggregates by non-adhesive culture of human pluripotent stem cells in serum free environment, wherein the culture medium is a common basic medium that contains a cytokine cocktail comprising the hematopoietic cytokines VEGF, SCF, Flt3L, IGF2 and IL6, and in addition BMP4, (i) forming cell aggregates by non-adhesive culture of human pluripotent stem cells in serum free environment, wherein the culture medium is a common basic medium that contains a cytokine cocktail comprising the hematopoietic cytokines VEGF, SCF, Flt3L, IGF2 and IL6, and in addition BMP4, and step preparing brown adipocytes from the cell aggregates of step by adhesion culture in serum free environment, wherein the culture medium is a common basic medium that contains a cytokine cocktail comprising the hematopoietic cytokines VEGF, SCF, Flt3L, IGF2 and IL6, and in addition BMP7.
Method for changing the lifting height of an elevator system of a building under construction, wherein the elevator system comprises an elevator shaft comprising a first displaceable platform that restricts the lifting height upwards, characterized in that the first displaceable platform is displaced upwards in the elevator shaft, wherein the first platform is supported on a sliding formwork during displacement.
A refrigerator, comprising a shell body divided into a refrigerating chamber and a freezing chamber and a door body selectively opening and closing the refrigerating chamber and the freezing chamber, and an ice-making chamber and movable supporting mechanisms, the movable supporting mechanisms connecting the ice-making chamber and the inner wall of the shell body; the movable supporting mechanism is a rotating shaft connecting the inner wall of the shell body and the ice-making chamber, and the ice-making chamber is rotatable relatively to the shell body around the axis of the rotating shaft, such that the storage space behind the ice-making chamber is exposed; the refrigerator being characterized in that the rotating shaft comprises an upper shaft and a lower shaft opposite to each other; and the upper shaft and lower shaft connect the inner wall of the shell body and the ice-making chamber.
A rotating cutting tool comprising: a tool body comprising a shank and a cutter opposite said shank, said tool body defining a length from a shank end to an end face opposite said shank end, a central axis extends along said length of said body; at least one tooth having a cutting edge, said cutting edge extending along said tooth from said shank to said end face; a flute formed adjacent said at least one tooth; and at least one cooling channel formed in said tooth proximate said at least one cutting edge, said at least one cooling channel having an elongated cross sectional shape with an elliptical portion and a circular portion opposite said elliptical portion, wherein said elliptical portion is located proximate said cutting edge, characterised in that said at least one cooling channel comprises a major axis of the elliptical portion which is aligned with a direction of resultant cutting force of said at least one cutting edge. a tool body comprising a shank and a cutter opposite said shank, said tool body defining a length from a shank end to an end face opposite said shank end, a central axis extends along said length of said body; at least one tooth having a cutting edge, said cutting edge extending along said tooth from said shank to said end face; a flute formed adjacent said at least one tooth; and at least one cooling channel formed in said tooth proximate said at least one cutting edge, said at least one cooling channel having an elongated cross sectional shape with an elliptical portion and a circular portion opposite said elliptical portion, wherein said elliptical portion is located proximate said cutting edge, characterised in that said at least one cooling channel comprises a major axis of the elliptical portion which is aligned with a direction of resultant cutting force of said at least one cutting edge.
A cable (400, 500, 600) having a tensile armour (410, 510, 610) comprising a plurality of elongated polymeric tensile elements (11, 411, 511a, 511b, 611), wherein at least one of the elongated polymeric tensile elements (11, 411, 511a, 511b, 611) comprises a bundle of high tensile fibres and a jacket, wherein the bundle comprises unidirectional high tensile fibres, extending substantially along a longitudinal axis of the elongated polymeric tensile element (11, 411, 511a, 511b, 611), characterized in that the jacket tightly retains the bundle of high tensile fibres and in that the elongated polymeric tensile elements (11, 411, 511a, 511b, 611) are arranged with a lay loss of from 0.4% to 1.0%, wherein lay loss is a percent difference between a lay length of an elongated polymeric tensile element and the actual path length of the stranded elongated polymeric tensile element along its helix.
An electronic device, comprising: an energy storage device; and a control system configured to determine and monitor a level of charge stored within the energy storage device, the control system configured to detect, upon the charge level of the energy storage device dropping below a threshold amount, one or more wireless chargers within a detectable region for charging the energy storage device; the control system further configured to perform a charging analysis based on a charging speed of the one or more detected wireless chargers and the level of charge of the electronic device; and automatically implement, based on the charging analysis, a charging scheme for the energy storage device wherein automatically implementing the charging scheme comprises determining whether to receive wireless power and determining from which wireless charger of the one or more wireless chargers to receive the wireless power. an energy storage device; and a control system configured to determine and monitor a level of charge stored within the energy storage device, the control system configured to detect, upon the charge level of the energy storage device dropping below a threshold amount, one or more wireless chargers within a detectable region for charging the energy storage device; the control system further configured to perform a charging analysis based on a charging speed of the one or more detected wireless chargers and the level of charge of the electronic device; and automatically implement, based on the charging analysis, a charging scheme for the energy storage device wherein automatically implementing the charging scheme comprises determining whether to receive wireless power and determining from which wireless charger of the one or more wireless chargers to receive the wireless power.
A Wi-Fi network connection method, comprising: acquiring, by a first Wi-Fi device, at least one packet broadcasted by a second Wi-Fi device, wherein each packet comprises channel information; determining, by the first Wi-Fi device, target channel information according to the channel information of the at least one packet; and performing, by the first Wi-Fi device according to the target channel information, Wi-Fi network access or providing a hotspot service for a user equipment; wherein the channel information comprises a channel list and the at least one packet comprises multiple packets; and the determining target channel information according to the channel information of the at least one packet comprises: acquiring multiple channel lists of the multiple packets; and determining a target channel list according to the multiple channel lists and using the target channel list as the target channel information; wherein the determining a target channel list according to the multiple channel lists comprises: comparing channels of the multiple channel lists; counting a quantity of channel lists having the same channel; and when the quantity reaches a first set value, determining that the channel lists having a same channel are the target channel list. acquiring, by a first Wi-Fi device, at least one packet broadcasted by a second Wi-Fi device, wherein each packet comprises channel information; determining, by the first Wi-Fi device, target channel information according to the channel information of the at least one packet; and performing, by the first Wi-Fi device according to the target channel information, Wi-Fi network access or providing a hotspot service for a user equipment; wherein the channel information comprises a channel list and the at least one packet comprises multiple packets; and the determining target channel information according to the channel information of the at least one packet comprises: acquiring multiple channel lists of the multiple packets; and determining a target channel list according to the multiple channel lists and using the target channel list as the target channel information; acquiring multiple channel lists of the multiple packets; and determining a target channel list according to the multiple channel lists and using the target channel list as the target channel information; wherein the determining a target channel list according to the multiple channel lists comprises: comparing channels of the multiple channel lists; counting a quantity of channel lists having the same channel; and when the quantity reaches a first set value, determining that the channel lists having a same channel are the target channel list. comparing channels of the multiple channel lists; counting a quantity of channel lists having the same channel; and when the quantity reaches a first set value, determining that the channel lists having a same channel are the target channel list.
Film composite configured to be arranged in a building cladding element or a solar glass composite, wherein the film composite comprises: - a cover laminating film, - a carrier laminating film, - a number of spangles arranged between the carrier laminating film and the cover laminating film, characterized in that - the spangle has a light-permeable spangle carrier film, which has a partially reflective coating, such that a portion of the incidental light radiation is transmitted as transmitted light radiation and a portion of the incidental light radiation is reflected as reflected light radiation, wherein - the partially reflective coating has an optical density, and - the optical density is between 0.1 and 0.7, and - the partially reflective coating of the spangle is configured to produce a reflective effect by means of the reflected light radiation, and - the spangles in the film composite cover an area such that a degree of area coverage is less than 0.7. - a cover laminating film, - a carrier laminating film, - a number of spangles arranged between the carrier laminating film and the cover laminating film, characterized in that - the spangle has a light-permeable spangle carrier film, which has a partially reflective coating, such that a portion of the incidental light radiation is transmitted as transmitted light radiation and a portion of the incidental light radiation is reflected as reflected light radiation, wherein - the partially reflective coating has an optical density, and - the optical density is between 0.1 and 0.7, and - the partially reflective coating of the spangle is configured to produce a reflective effect by means of the reflected light radiation, and - the spangles in the film composite cover an area such that a degree of area coverage is less than 0.7.
Membrane pump for fluidizing and conveying dusts, whereby the membrane pump has a pressure-resistant housing which consists of two pressure-resistant half shells (1,12) which are connected to one another in a gas-tight manner via a flange connection and into which a membrane is flanged, wherein the membrane has a first elastic layer and a second elastic layer between which a medium lies, the two elastic layers with the medium which lies in between forming a double membrane, and the medium being operatively connected to a pressure sensor Δp for leakage monitoring, characterised in that a loosening face is flanged in via the flange connection, the loosening face being constructed in layers from porous material in the lower region and from solid material in the region of the flange connection, the loosening face being constructed as a half-shell and a gas space existing between the pressure-resistant lower half-shell and the loosening face.