mhurhangee/ep-ind-claims huggingface dataset:
An aerosol-generating system configured for oral or nasal delivery of a generated aerosol to a user, the system comprising: a heater element configured to heat an aerosol-forming substrate to generate an aerosol; a power source connected to the heater element; a controller connected to the heater element and to the power source, wherein the controller is configured to control operation of the heater element, the controller including or being connected to a means to detect a change in air flow past the heater element; first data storage means connected to the controller for recording detected changes in airflow past the heater element and data relating to the operation of the heater element; and second data storage means; and an indication means coupled to the second data storage means for indicating properties of the aerosol delivered to the user, characterised in that the second data storage means comprises a database relating changes in airflow and data relating to the operation of the heater element to the properties of the aerosol delivered to the user. a heater element configured to heat an aerosol-forming substrate to generate an aerosol; a power source connected to the heater element; a controller connected to the heater element and to the power source, wherein the controller is configured to control operation of the heater element, the controller including or being connected to a means to detect a change in air flow past the heater element; first data storage means connected to the controller for recording detected changes in airflow past the heater element and data relating to the operation of the heater element; and second data storage means; and an indication means coupled to the second data storage means for indicating properties of the aerosol delivered to the user, characterised in that the second data storage means comprises a database relating changes in airflow and data relating to the operation of the heater element to the properties of the aerosol delivered to the user.
A cool air supplying fan motor assembly comprising: a cover plate having a cool air suction opening for communicating with a cool air duct flow path, wherein the cool air duct flow path can be formed at an inner side of a wall surface of a refrigerator and can be combined with the wall surface of the refrigerator; and a blowing unit combined with a rear surface of the cover plate and suitable for discharging cool air which has been sucked into the cool air suction opening to the cool air duct flow path, wherein the blowing unit comprises: a centrifugal fan for discharging cool air, which has been sucked into the cool air suction opening, in a radial direction; a motor for driving the centrifugal fan; a motor mount plate positioned to be spaced apart from the cover plate, the motor being mounted on the motor mount plate; and two or more combining protrusions (121, 122) extending perpendicularly from the circumference of the motor mount plate so as to be combined with the cover plate, characterized in that power line extend holes (123, 112) are formed at the motor mount plate and the cover plate to allow a power line for supplying power to the motor to penetrate therethrough, and a power line accommodating groove is formed on an outer surface of the combining protrusions (121, 122). a cover plate having a cool air suction opening for communicating with a cool air duct flow path, wherein the cool air duct flow path can be formed at an inner side of a wall surface of a refrigerator and can be combined with the wall surface of the refrigerator; and a blowing unit combined with a rear surface of the cover plate and suitable for discharging cool air which has been sucked into the cool air suction opening to the cool air duct flow path, a centrifugal fan for discharging cool air, which has been sucked into the cool air suction opening, in a radial direction; a motor for driving the centrifugal fan; a motor mount plate positioned to be spaced apart from the cover plate, the motor being mounted on the motor mount plate; and two or more combining protrusions (121, 122) extending perpendicularly from the circumference of the motor mount plate so as to be combined with the cover plate, characterized in that power line extend holes (123, 112) are formed at the motor mount plate and the cover plate to allow a power line for supplying power to the motor to penetrate therethrough, and a power line accommodating groove is formed on an outer surface of the combining protrusions (121, 122).
A viral vector comprising a nucleotide sequence of interest to be delivered into a cell and a decorin-encoding nucleotide sequence, wherein said viral vector is a recombinant adenovirus, adeno-associated virus, retrovirus, lentivirus, herpes simplex virus, or vaccinia virus, for use in the treatment of cancer.
A process of producing an organic compound, the process comprising I) cultivating a genetically modified microorganism in a culture medium comprising sucrose as an assimilable carbon source to allow the genetically modified microorganism to produce the organic compound, II) recovering the organic compound from the fermentation broth obtained in process step I), wherein the genetically modified microorganism comprises A) at least one genetic modification that leads to an increased activity of the enzyme encoded by the rbsK -gene, compared to the original microorganism that has not been genetically modified, wherein the at least one genetic modification A) comprises an overexpression of the rbsK -gene, wherein the original microorganism belongs to the family Pasteurellaceae and wherein the organic compound is succinic acid. I) cultivating a genetically modified microorganism in a culture medium comprising sucrose as an assimilable carbon source to allow the genetically modified microorganism to produce the organic compound, II) recovering the organic compound from the fermentation broth obtained in process step I),
A system comprising a fan having a fan impeller with fan blades and a fan cowl, wherein the fan cowl at least partially surrounds the fan impeller and the fan cowl has a region with axial air inlets, wherein the fan blades in a first partial region of the region with axial air inlets are at a constant distance from the fan cowl, and in a second partial region of the region with axial air inlets the distance of the fan blades from the fan cowl is greater than the constant distance in the first partial region, characterised in that the fan blades are attached to a base body, the fan blades in each case having a plane of symmetry which contains the axis of rotation of the fan impeller, and in that the fan blades extend radially beyond the region with axial air inlets.
Gas purging plug for blowing gas into a metallurgical vessel comprising: (a) An elongated body made of a first refractory material and extending from a first, inlet end to a second, outlet end over a distance, H, measured along a central longitudinal axis comprising, (b) At least one gas flow path fluidly connecting a gas inlet located at said first inlet end of said elongated body to a gas outlet, located at the opposite second, outlet end; (c) A final visual wear indicator in the form of an elongated core extending from the first inlet end to a first distance, h1, measured along the central longitudinal axis, which is less than the length, H, of the elongated body, h1 < H, said final visual indicator being made of a second refractory material of different visual appearance than the first refractory material at least at a temperature comprised between 800 and 1500 °C, Characterized in that, it further comprises an intermediate visual wear indicator, partially embedded in the final visual wear indicator and extending from an initial distance, h0, to a final distance, h2, from the first, inlet end, wherein h0 < h1 < h2 < H, and wherein the intermediate visual wear indicator is made of a third material, permitting to yield a different visual appearance than the first and second refractory materials at least at a temperature comprised between 800 and 1500 °C. (a) An elongated body made of a first refractory material and extending from a first, inlet end to a second, outlet end over a distance, H, measured along a central longitudinal axis comprising, (b) At least one gas flow path fluidly connecting a gas inlet located at said first inlet end of said elongated body to a gas outlet, located at the opposite second, outlet end; (c) A final visual wear indicator in the form of an elongated core extending from the first inlet end to a first distance, h1, measured along the central longitudinal axis, which is less than the length, H, of the elongated body, h1 < H, said final visual indicator being made of a second refractory material of different visual appearance than the first refractory material at least at a temperature comprised between 800 and 1500 °C,
A method of controlling a digital communication system in a Digital Subscriber Line system using Discrete Multi-tone communications having a plurality of communication lines on which signals are transmitted and received, the signals being affected by interference during transmission, each of the communication lines being used by a user, the method comprising the steps of: during initialization, creating a model of the line, signal and interference characteristics of a communication line based on signals carried by other communication lines; after initialization, processing signals carried on the communication line using the model to remove interference from signals carried on the other communication lines by coding the signals carried on the communication line_using canceller or precoder blocks at receiver or transmitter locations, respectively, and synchronizing transmissions of signals using synchronized block transmission and reception; wherein creating a model includes performing training-based channel identification during initialization in response to the step of synchronizing, the step of processing signals using the model to remove interference from signals includes determining the parameters of the canceller or of precoder blocks based on the training-based channel identification performed during initialization and in response to the synchronized block transmission and reception, the method being characterised by including the further step of allocating energy in frequency independently within each of said communication lines being used by each said user. during initialization, creating a model of the line, signal and interference characteristics of a communication line based on signals carried by other communication lines; after initialization, processing signals carried on the communication line using the model to remove interference from signals carried on the other communication lines by coding the signals carried on the communication line_using canceller or precoder blocks at receiver or transmitter locations, respectively, and synchronizing transmissions of signals using synchronized block transmission and reception; wherein creating a model includes performing training-based channel identification during initialization in response to the step of synchronizing, the step of processing signals using the model to remove interference from signals includes determining the parameters of the canceller or of precoder blocks based on the training-based channel identification performed during initialization and in response to the synchronized block transmission and reception, the method being characterised by including the further step of allocating energy in frequency independently within each of said communication lines being used by each said user.
A water absorbent laminate comprising: a first fiber layer including a first fiber assembly including first hydrophilic fibers; and a second fiber layer including a second fiber assembly including wet-heat-adhesive fibers in an amount greater than or equal to 80% by mass, wherein a surface of the first fiber layer on a side opposite to the second fiber layer has a water absorption rate less than or equal to 10 seconds as determined in accordance with the dropping method defined in JIS L 1907, wherein said first fiber assembly is a nonwoven fiber assembly of said first hydrophilic fibers having an average fiber diameter less than or equal to 10 μm, wherein the measurement of the average fiber diameter of fibers forming first fiber layer is as follows: a specimen which is 5 cm (long) × 5 cm (wide) is sampled from the obtained water absorbent laminate; a photograph of a central part on a surface of the specimen which is a part with a diagonal intersection as the center is taken at a magnification of 1000 using a scanning electron microscope; with the central part which is a diagonal intersection in the obtained photograph as the center, a circle having a radius of 30 cm is drawn on the photograph; 100 fibers are randomly selected from fibers within the circle; the fiber diameter at the central part in the length direction or a part near the central part is measured by a caliper for each of the selected fibers; and the average thereof is calculated. a first fiber layer including a first fiber assembly including first hydrophilic fibers; and a second fiber layer including a second fiber assembly including wet-heat-adhesive fibers in an amount greater than or equal to 80% by mass, wherein a surface of the first fiber layer on a side opposite to the second fiber layer has a water absorption rate less than or equal to 10 seconds as determined in accordance with the dropping method defined in JIS L 1907, wherein said first fiber assembly is a nonwoven fiber assembly of said first hydrophilic fibers having an average fiber diameter less than or equal to 10 μm, wherein the measurement of the average fiber diameter of fibers forming first fiber layer is as follows: a specimen which is 5 cm (long) × 5 cm (wide) is sampled from the obtained water absorbent laminate; a photograph of a central part on a surface of the specimen which is a part with a diagonal intersection as the center is taken at a magnification of 1000 using a scanning electron microscope; with the central part which is a diagonal intersection in the obtained photograph as the center, a circle having a radius of 30 cm is drawn on the photograph; 100 fibers are randomly selected from fibers within the circle; the fiber diameter at the central part in the length direction or a part near the central part is measured by a caliper for each of the selected fibers; and the average thereof is calculated.
Hydrostatic radial piston unit comprising: - a front case part accommodating a drive shaft via shaft bearing means so that the drive shaft can rotate around a central axis relative to the front case part; - a rear case part attached on one side to the front case part and closed on another side in order to define an internal volume; - a cylinder block disposed in the internal volume and attached to the drive shaft in a torque proof manner, wherein axially disposed timing holes in the cylinder block connect radially oriented working volumes in the cylinder block with a cylinder block front face that is arranged perpendicularly to the central axis and faces away from the front case part; wherein within the rear case part internal annular flow passages connected to an inlet and an outlet of the radial piston unit and running basically in circumferential direction around the central axis, as well as internal distribution conducts configured to hydraulically connect the internal annular flow passages with the cylinder block timing holes, are formed integrally, characterized in that the hydrostatic radial piston unit comprises a park brake mechanism located on the rear side of the internal volume, wherein the brake discs of the park brake mechanism are arranged axially within the rear case part and are disposed at least partially radially inside of the internal annular flow passages. - a front case part accommodating a drive shaft via shaft bearing means so that the drive shaft can rotate around a central axis relative to the front case part; - a rear case part attached on one side to the front case part and closed on another side in order to define an internal volume; - a cylinder block disposed in the internal volume and attached to the drive shaft in a torque proof manner, wherein axially disposed timing holes in the cylinder block connect radially oriented working volumes in the cylinder block with a cylinder block front face that is arranged perpendicularly to the central axis and faces away from the front case part; wherein within the rear case part internal annular flow passages connected to an inlet and an outlet of the radial piston unit and running basically in circumferential direction around the central axis, as well as internal distribution conducts configured to hydraulically connect the internal annular flow passages with the cylinder block timing holes, are formed integrally, characterized in that the hydrostatic radial piston unit comprises a park brake mechanism located on the rear side of the internal volume, wherein the brake discs of the park brake mechanism are arranged axially within the rear case part and are disposed at least partially radially inside of the internal annular flow passages.
A portable radio-controlled watch comprising: a watch glass; an antenna (10a, 10b) that is disposed on an one surface of the watch glass along a circumference of the watch glass; a feeder electrode that is adjacent to the antenna (10a, 10b) in a direction perpendicular to a thickness direction of the antenna (10a, 10b); a receiving circuit; an antenna connecting line that is at least a part of a connection circuit connecting the feeder electrode with the receiving circuit, the antenna connecting line being electrically connected to the feeder electrode and extending in a direction away from the watch glass; and a dielectric that is disposed near the antenna and covers at least a part of the antenna in a plan view. a watch glass; an antenna (10a, 10b) that is disposed on an one surface of the watch glass along a circumference of the watch glass; a feeder electrode that is adjacent to the antenna (10a, 10b) in a direction perpendicular to a thickness direction of the antenna (10a, 10b); a receiving circuit; an antenna connecting line that is at least a part of a connection circuit connecting the feeder electrode with the receiving circuit, the antenna connecting line being electrically connected to the feeder electrode and extending in a direction away from the watch glass; and a dielectric that is disposed near the antenna and covers at least a part of the antenna in a plan view.
A method for producing a single-walled carbon nanotube, which comprises: synthesizing a single-walled carbon nanotube by a gas-phase flow CVD method using at least a first carbon source and a second carbon source, wherein the first carbon source comprises a saturated aliphatic hydrocarbon which is liquid at ordinary temperature, and the second carbon source comprises an unsaturated aliphatic hydrocarbon which is a gas at ordinary temperature, wherein the saturated aliphatic hydrocarbon which is liquid at ordinary temperature is at least one selected from the group consisting of a non-cyclic saturated aliphatic hydrocarbon represented by the formula C n H 2n+2 (n = 6 to 17) and a cyclic aliphatic hydrocarbon selected from the group consisting of cyclohexane, decalin and tetradecahydrophenanthrene, and wherein the unsaturated aliphatic hydrocarbon which is a gas at ordinary temperature is selected from the group consisting of ethylene, propylene and acetylene. synthesizing a single-walled carbon nanotube by a gas-phase flow CVD method using at least a first carbon source and a second carbon source, wherein the first carbon source comprises a saturated aliphatic hydrocarbon which is liquid at ordinary temperature, and the second carbon source comprises an unsaturated aliphatic hydrocarbon which is a gas at ordinary temperature, wherein the saturated aliphatic hydrocarbon which is liquid at ordinary temperature is at least one selected from the group consisting of a non-cyclic saturated aliphatic hydrocarbon represented by the formula C n H 2n+2 (n = 6 to 17) and a cyclic aliphatic hydrocarbon selected from the group consisting of cyclohexane, decalin and tetradecahydrophenanthrene, and wherein the unsaturated aliphatic hydrocarbon which is a gas at ordinary temperature is selected from the group consisting of ethylene, propylene and acetylene.
A wind turbine comprising a nacelle, said nacelle being installed on top of a generally vertical tower, said nacelle comprising a main frame suitable for installation of a number of components such as a generator, a main shaft, and a hub comprising a number of blades, said nacelle further comprising a nacelle cover extending over said main frame from the hub and to a rear end, covering components (7, 8) installed on the main frame, said nacelle cover comprising at least a first part and a second part, said second part having an interface for engagement with a corresponding interface on said first part, where said second part of the nacelle cover is housing the generator, and where said generator and said second part of the nacelle cover is construed as one unit, where said first part of the nacelle cover is a central part and the second part of the nacelle cover is a rear part of said nacelle cover characterised in, that the interface on the second part is smaller than the corresponding interface of the first part of the nacelle cover, thus enabling the interface to be installed inside the corresponding interface, where sealing means are arranged on the circumference of the interface on the second part and where said sealing means are abutting the corresponding interface on the first part.