mhurhangee/ep-ind-claims huggingface dataset:
A mask apparatus comprising: a mask body including a rear body and a front body being coupled to a front surface of the rear body, and providing an inlet and an outlet; a face guard that is coupled to a rear surface of the rear body, that is configured to accommodate a portion of user's face, and that defines a respiration space at an inner side thereof; and an air cleaning module that is mounted on the rear body, that is configured to purify air introduced into the inlet, and that is configured to supply the purified air to the respiration space, wherein a portion of the rear body protrudes toward the front body and comprises an accommodate portion configured to accommodate the air cleaning module, wherein the air cleaning module includes: a fan module that is disposed at the accommodation portion and that comprises an opening at a rear surface thereof, a flow guide covering at least a portion of the opening at the rear surface of the fan module, a filter that is disposed at a rear surface of the flow guide, and a filter housing that is coupled to the rear body and that covers a rear surface of the filter, and wherein the flow guide defines a communication hole that guides air passing through the filter to an inside of the fan module. a mask body including a rear body and a front body being coupled to a front surface of the rear body, and providing an inlet and an outlet; a face guard that is coupled to a rear surface of the rear body, that is configured to accommodate a portion of user's face, and that defines a respiration space at an inner side thereof; and an air cleaning module that is mounted on the rear body, that is configured to purify air introduced into the inlet, and that is configured to supply the purified air to the respiration space, wherein a portion of the rear body protrudes toward the front body and comprises an accommodate portion configured to accommodate the air cleaning module, wherein the air cleaning module includes: a fan module that is disposed at the accommodation portion and that comprises an opening at a rear surface thereof, a flow guide covering at least a portion of the opening at the rear surface of the fan module, a filter that is disposed at a rear surface of the flow guide, and a filter housing that is coupled to the rear body and that covers a rear surface of the filter, and a fan module that is disposed at the accommodation portion and that comprises an opening at a rear surface thereof, a flow guide covering at least a portion of the opening at the rear surface of the fan module, a filter that is disposed at a rear surface of the flow guide, and a filter housing that is coupled to the rear body and that covers a rear surface of the filter, and wherein the flow guide defines a communication hole that guides air passing through the filter to an inside of the fan module.
Implement comprising a number of mowing devices (2A,2B,2C) for performing work therewith in an operative position, wherein the mowing devices each comprise a mowing member and an input drive shaft driving said mowing member, and wherein at least one first mowing device (2A,2B) of said mowing devices comprises an output shaft (3A,3B) coupled to the input drive shaft (4B,4C) of a subsequent, second mowing device (2B,2C), wherein the input drive shaft and output shaft of said first mowing device and said input drive shaft of said subsequent, second mowing device are part of a continuous shaft (3,4,5,8), characterised in that said first and second mowing devices are reel mowers that each comprise at least one mowing reel having a central drive shaft, and in that said central drive shaft of said at least one mowing reel is also part of said continuous drive shaft.
An electrospray emitter assembly for interfacing a separation column to a mass spectrometer, comprising: a. an emitter capillary having an inlet end and an outlet end; b. a union comprising an externally threaded side and a female threaded end fitting, wherein the female threaded end fitting is coupled to the inlet end of the emitter, configured to be removably connected to the separation column; c. a retractable protective sleeve for covering and supporting the emitter, wherein the retractable protective sleeve is slidably mounted around the emitter, wherein the retractable protective sleeve is moveable to an extended position wherein a tip of the emitter is covered by the protective sleeve; and d. a resilient member provided to bias the protective sleeve towards the extended position such that the tip of the emitter is covered; wherein a stop with a defined through hole is integrated into the union proximate the inlet end of the emitter to produce a path for liquid to flow from the separation column to the emitter via the through hole where a voltage is applied to the liquid entering the emitter. a. an emitter capillary having an inlet end and an outlet end; b. a union comprising an externally threaded side and a female threaded end fitting, wherein the female threaded end fitting is coupled to the inlet end of the emitter, configured to be removably connected to the separation column; c. a retractable protective sleeve for covering and supporting the emitter, wherein the retractable protective sleeve is slidably mounted around the emitter, wherein the retractable protective sleeve is moveable to an extended position wherein a tip of the emitter is covered by the protective sleeve; and d. a resilient member provided to bias the protective sleeve towards the extended position such that the tip of the emitter is covered; wherein a stop with a defined through hole is integrated into the union proximate the inlet end of the emitter to produce a path for liquid to flow from the separation column to the emitter via the through hole where a voltage is applied to the liquid entering the emitter.
An outer rotor motor comprising: a frame including a coupling portion extending in an axial direction and a flange portion extending in a radial direction in a rear region of the coupling portion; a stator disposed on a radially outer surface of the coupling portion; a coil disposed on the stator; a rotating shaft rotatably bearing-coupled to a radially central region of the coupling portion; a cylindrical cover coupled to the rotating shaft in a forward region of the coupling portion and surrounding the stator; and a magnet disposed on the cover, coupled to the inside of a side surface of the cover, and facing the stator, wherein the cover includes a fan bracket and a plurality of blades, both the fan bracket and the plurality of blades projecting in a radial direction from a radially outer surface of the cover, and the plurality of blades extending in the axial direction between the fan bracket and the flange portion in order to generate a flow of fluid between the fan bracket and the flange portion for improving the heat dissipation performance of the cover and inner parts of the cover. a frame including a coupling portion extending in an axial direction and a flange portion extending in a radial direction in a rear region of the coupling portion; a stator disposed on a radially outer surface of the coupling portion; a coil disposed on the stator; a rotating shaft rotatably bearing-coupled to a radially central region of the coupling portion; a cylindrical cover coupled to the rotating shaft in a forward region of the coupling portion and surrounding the stator; and a magnet disposed on the cover, coupled to the inside of a side surface of the cover, and facing the stator, wherein the cover includes a fan bracket and a plurality of blades, both the fan bracket and the plurality of blades projecting in a radial direction from a radially outer surface of the cover, and the plurality of blades extending in the axial direction between the fan bracket and the flange portion in order to generate a flow of fluid between the fan bracket and the flange portion for improving the heat dissipation performance of the cover and inner parts of the cover.
An injectable microparticle formulation comprising a microparticle including naltrexone and a biodegradable polymer, wherein the biodegradable polymer is poly(lactide-co-glycolide) with a lactide:glycolide ratio of 85:15, and wherein sustained release of naltrexone is longer than 4 weeks and up to 100 days.
An ultrasonic imaging apparatus comprising: an acquisition unit configured to acquire a volume data of an object; and a processor configured to determine whether an acquisition position of the volume data is within an allowable range by using pre-stored landmark information, and configured to acquire a plurality of reference planes from the volume data when the acquisition position of the volume data is within the allowable range, wherein the pre-stored landmark information comprises landmark information of pre-stored reference planes, and the processor is further configured to: extract a plurality of sample planes from the volume data, compare a similarity between the sample planes and the pre-stored reference planes by comparing a similarity between landmarks of the sample planes and the landmark information of the pre-stored reference planes, and determine that the acquisition position of the volume data is within the allowable range when the similarity between one of the sample planes and one of the pre-stored reference planes, and the similarity between other one of the sample planes and other one of the pre-stored reference planes are both larger than a threshold. an acquisition unit configured to acquire a volume data of an object; and a processor configured to determine whether an acquisition position of the volume data is within an allowable range by using pre-stored landmark information, and configured to acquire a plurality of reference planes from the volume data when the acquisition position of the volume data is within the allowable range, wherein the pre-stored landmark information comprises landmark information of pre-stored reference planes, and the processor is further configured to: extract a plurality of sample planes from the volume data, compare a similarity between the sample planes and the pre-stored reference planes by comparing a similarity between landmarks of the sample planes and the landmark information of the pre-stored reference planes, and extract a plurality of sample planes from the volume data, compare a similarity between the sample planes and the pre-stored reference planes by comparing a similarity between landmarks of the sample planes and the landmark information of the pre-stored reference planes, and determine that the acquisition position of the volume data is within the allowable range when the similarity between one of the sample planes and one of the pre-stored reference planes, and the similarity between other one of the sample planes and other one of the pre-stored reference planes are both larger than a threshold.
An electric power measurement method, comprising: providing an electric device in a house, which device is a target whose electric power consumption is to be measured, with an electric power measurement unit that has electric power detection means that measures the amount of electric power consumed by the electric device and information communication means that transmits a measurement value of said electric power detection means; providing an electric power meter that measures a total amount of electric power consumed indoors with information communication means that transmits the measurement value; and causing a computer to store the measurement value measured by said electric power detection means and transmitted from said electric power measurement unit and the measurement value of said total amount of consumed electric power transmitted from said electric power meter in every predetermined sampling period, if a difference α of two measurement values of said electric power detection means is a finite value, calculate and store both a difference β of two measurement values of said electric power meter corresponding to the two measurement values and β/α, and calibrate the amount of electric power that is consumed by said electric device and that is measured by said electric power detection means using a median of a plurality of values of β/α obtained in a predetermined measurement period or a median of a predetermined number of values of β/α. providing an electric device in a house, which device is a target whose electric power consumption is to be measured, with an electric power measurement unit that has electric power detection means that measures the amount of electric power consumed by the electric device and information communication means that transmits a measurement value of said electric power detection means; providing an electric power meter that measures a total amount of electric power consumed indoors with information communication means that transmits the measurement value; and causing a computer to store the measurement value measured by said electric power detection means and transmitted from said electric power measurement unit and the measurement value of said total amount of consumed electric power transmitted from said electric power meter in every predetermined sampling period, if a difference α of two measurement values of said electric power detection means is a finite value, calculate and store both a difference β of two measurement values of said electric power meter corresponding to the two measurement values and β/α, and calibrate the amount of electric power that is consumed by said electric device and that is measured by said electric power detection means using a median of a plurality of values of β/α obtained in a predetermined measurement period or a median of a predetermined number of values of β/α.
A conjugate for use in the diagnosing/monitoring of a disease state mediated by activated monocytes or activated macrophages having accessible binding sites for a vitamin, the conjugate having the general formula L-X wherein L is folic acid, and the group X comprises a radiophore comprising a radioisotope, wherein the radioisotope is 18 F.
A process for the polymerisation of monomer in a reactor, which process comprises contacting a first stream comprising vapour derived from the effluent withdrawn from the reactor with a feed stream to the reactor, said first stream comprising the majority of the vaporised components of the liquid medium in the effluent withdrawn from the reactor, and wherein at least 80% by weight of the first stream is in vapour form when brought into contact with the feed stream.
Motor vehicle headlight featuring a light module, which comprises a light source, a primary optics that focuses the light from the light source and a plurality of micro projectors, each of which comprising an input lens, an output lens and an aperture that is arranged between the input lens and the output lens, wherein the input lens, the aperture and the output lens define, when the headlight is used as intended, a width (b) that extends parallel to a horizontal direction and a height (h) that extends parallel to a vertical direction, wherein the primary optics, the input lens, the aperture and the output lens of a respective micro projector are arranged in such a way that light from the light source that leaves the primary optics illuminates the input lens, and the light from the light source that leaves the input lens illuminates the output lens, characterized in that the motor vehicle headlight comprises micro projectors (46, 48, 50), whose widths (b) are different and whose heights (h1, h2, h3) are different.
An antenna structure, comprising: a linear antenna conductor connected to a printed circuit board, wherein the linear antenna conductor hangs off an edge of the printed circuit board; a parasitic element directly connected to a ground plane of the printed circuit board through a grounded leg, wherein the parasitic element is spaced from and parallel to the linear antenna conductor in a position that is off the edge of the printed circuit board; and a digital variable capacitor connected between the parasitic element and the printed circuit board, wherein the digital variable capacitor is spaced from the grounded leg, wherein the parasitic element is also connected to the ground plane of the printed circuit board through the digital variable capacitor, and wherein the digital variable capacitor is a MEMS digital variable capacitor. a linear antenna conductor connected to a printed circuit board, wherein the linear antenna conductor hangs off an edge of the printed circuit board; a parasitic element directly connected to a ground plane of the printed circuit board through a grounded leg, wherein the parasitic element is spaced from and parallel to the linear antenna conductor in a position that is off the edge of the printed circuit board; and a digital variable capacitor connected between the parasitic element and the printed circuit board, wherein the digital variable capacitor is spaced from the grounded leg, wherein the parasitic element is also connected to the ground plane of the printed circuit board through the digital variable capacitor, and wherein the digital variable capacitor is a MEMS digital variable capacitor.
Pneumatic vehicle tyre of radial construction vulcanized in a vulcanization mould, having a tread, sidewalls, bead regions and having at least one fabric ply, in particular having two fabric plies, in the radial carcass, which has an overlapping region in each sidewall region, wherein at least one hatching area (4c, 10) is formed on each sidewall, said hatching area (4c, 10) being formed with ridges that extend at least substantially parallel to one another, wherein, compared with the smooth regions of the sidewall, the ridges have a height (h 1) of 0.2 mm to 0.6 mm, wherein the hatching area (4c, 10) is bounded at least in part by a raised frame (5, 11) that has a smooth surface and a constant height (h 2) over its width and longitudinal extent, corresponding at least to the height (h 1) of the ridges, characterized in that at least one hatching area (4c, 10) is formed on each sidewall close to the bead region and in the overlapping region of the fabric ply/plies, said hatching area (4c, 10) having two side edges extending substantially in a radial direction and an edge extending in the bead region, a radial extent of at least 3 cm and, in the circumferential direction of the sidewall, an extent of at least 3 cm and in particular up to 7 cm, wherein at least one side edge and the edge extending in the bead region are bounded by the frame (5, 11) or by frame parts that at least regionally have a width of at least 4 mm, wherein the frame (5, 11) is formed by a recess in the vulcanization mould, in which ventilation bores having ventilation inserts are positioned.
Method for generating a digital key in a first communication device and in a second communication device, wherein the method has the following method steps: - transmitting a first electromagnetic signal from the first communication device to the second communication device; - extracting the digital key from the received first electromagnetic signal by means of the second communication device; - transmitting a second electromagnetic signal from the second communication device to the first communication device; and - extracting the digital key from the received second electromagnetic signal by means of the first communication device; characterized in that a direct signal component of the first electromagnetic signal and of the second electromagnetic signal, transmitted on a direct signal path between the first communication device and the second communication device, is attenuated by arranging a portion of a scattering object, arranged swivelably on the first or second communication device, on the direct signal path. - transmitting a first electromagnetic signal from the first communication device to the second communication device; - extracting the digital key from the received first electromagnetic signal by means of the second communication device; - transmitting a second electromagnetic signal from the second communication device to the first communication device; and - extracting the digital key from the received second electromagnetic signal by means of the first communication device;
Spinning unit for an air jet spinning machine - with a spinning nozzle, which is used to manufacture a yarn from a fiber strand fed to a spinning nozzle, - wherein the spinning nozzle has an inlet for the fiber strand, - an internally located vortex chamber, - a yarn forming element protruding into the vortex chamber having a draw-off channel for the yarn and - an outlet for the yarn produced inside the spinning nozzle, and - wherein an additive supply is assigned to the spinning nozzle designed to supply the spinning nozzle with an additive, characterized in that, - the yarn forming element has at least one additive duct that ends in the vortex chamber or the draw-off channel, - wherein the additive supply encompasses at least one additive supply line that is fluidically connected to the additive duct, so that an additive introduced through the additive supply line into the additive duct can be introduced into the draw-off channel and/or the vortex chamber. - with a spinning nozzle, which is used to manufacture a yarn from a fiber strand fed to a spinning nozzle, - wherein the spinning nozzle has an inlet for the fiber strand, - an internally located vortex chamber, - a yarn forming element protruding into the vortex chamber having a draw-off channel for the yarn and - an outlet for the yarn produced inside the spinning nozzle, and - wherein an additive supply is assigned to the spinning nozzle designed to supply the spinning nozzle with an additive, - the yarn forming element has at least one additive duct that ends in the vortex chamber or the draw-off channel, - wherein the additive supply encompasses at least one additive supply line that is fluidically connected to the additive duct, so that an additive introduced through the additive supply line into the additive duct can be introduced into the draw-off channel and/or the vortex chamber.
A lung volume reduction system, comprising an implantable device adapted to be delivered to a lung airway of a patient in a delivery configuration that is resiliently bendable into a plurality of shapes and to change to a deployed configuration to bend the lung airway, wherein the device is elastically strainable into a deliverable shape whereby elastic recoil drives the device to recover back to its original manufactured shape that provides a load on lung tissue; wherein the manufactured shape is a C-shape, an S-shape, or a spiral; wherein the device is made from Nitinol metal wire, being shaped like a French horn and having ends formed into a shape that maximises surface area to minimise scraping and gouging of lung tissue, and whereby elastic recoil drives the device to recover to a desired shape, characterized in that the desired shape is as shown in Figure 37:
A pulse width modulation, hereinafter PWM, circuit having two refresh rates, comprising: a first PWM signal generator; and a second PWM signal generator; wherein the first PWM signal generator generates a first PWM signal and the second PWM signal generator generates a second PWM signal to control different refresh rates in different dimensions of frames generated from a light processing device, respectively, characterized in that the first PWM signal generator controls a first part of each of the frames, and the second PWM signal generator controls a second part of each of the frames, such that the frames have two different refresh rates. a first PWM signal generator; and a second PWM signal generator; wherein the first PWM signal generator generates a first PWM signal and the second PWM signal generator generates a second PWM signal to control different refresh rates in different dimensions of frames generated from a light processing device, respectively, the first PWM signal generator controls a first part of each of the frames, and the second PWM signal generator controls a second part of each of the frames, such that the frames have two different refresh rates.