mhurhangee/ep-ind-claims huggingface dataset:
A component supply device comprising: a component support section configured to support multiple components in a scattered state on a support surface of the component support section; a component housing apparatus configured to house the components and to discharge the components from a discharge section towards the support surface of the component support section; characterized by: a mounting section on which the component housing apparatus is removably mounted, wherein the component housing apparatus includes a housing section configured to house the components, and a conveyor belt configured to demarcate the housing section and the discharge section and arranged extending from the housing section diagonally upwards to a side on which the discharge section is provided, and the components housed in the housing section are discharged from the discharge section towards the support surface of the component support section by being conveyed by the conveyor belt. a component support section configured to support multiple components in a scattered state on a support surface of the component support section; a component housing apparatus configured to house the components and to discharge the components from a discharge section towards the support surface of the component support section; a mounting section on which the component housing apparatus is removably mounted, wherein the component housing apparatus includes a housing section configured to house the components, and a conveyor belt configured to demarcate the housing section and the discharge section and arranged extending from the housing section diagonally upwards to a side on which the discharge section is provided, and a housing section configured to house the components, and a conveyor belt configured to demarcate the housing section and the discharge section and arranged extending from the housing section diagonally upwards to a side on which the discharge section is provided, and the components housed in the housing section are discharged from the discharge section towards the support surface of the component support section by being conveyed by the conveyor belt.
A tau aggregation inhibitor for use in prevention and/or treatment of tauopathy, wherein the tau aggregation inhibitor includes a catechol structure-containing compound or a salt thereof, and the catechol structure-containing compound is droxidopa; wherein the tauopathy excludes Alzheimer's disease.
A system for detecting and treating sleep apnea, said system comprising: one or more non-contact physiological motion sensors configured to generate a signal; a sensor processing unit coupled with the one or more non-contact physiological motion sensors, the sensor processing unit configured to process the signal of the one or more non-contact physiological motion sensors and to extract information related to an apneic or snoring state of a subject to obtain a signal relating to an apnea event; the sensor processing unit including a communications module; and the system further comprising a therapeutic device configured to communicate with the communications module and comprising a bio-feedback mechanism configured to stimulate an anatomical region of the subject when an apnea event is detected, wherein the therapeutic device is configured to stimulate a nerve or muscle in the region of a neck that is associated with breathing, wherein the therapeutic device is configured to perform at least one action related to a sleep apnea state of the subject, wherein the therapeutic device comprises electrical, electromechanical or purely mechanical devices, characterized in that the therapeutic device is configured to generate a vibratory stimulus of progressively increasing pulse width and pulse repetition rate with the electrical, electromechanical or purely mechanical devices. one or more non-contact physiological motion sensors configured to generate a signal; a sensor processing unit coupled with the one or more non-contact physiological motion sensors, the sensor processing unit configured to process the signal of the one or more non-contact physiological motion sensors and to extract information related to an apneic or snoring state of a subject to obtain a signal relating to an apnea event; the sensor processing unit including a communications module; and the system further comprising a therapeutic device configured to communicate with the communications module and comprising a bio-feedback mechanism configured to stimulate an anatomical region of the subject when an apnea event is detected, wherein the therapeutic device is configured to stimulate a nerve or muscle in the region of a neck that is associated with breathing, wherein the therapeutic device is configured to perform at least one action related to a sleep apnea state of the subject, wherein the therapeutic device comprises electrical, electromechanical or purely mechanical devices, characterized in that the therapeutic device is configured to generate a vibratory stimulus of progressively increasing pulse width and pulse repetition rate with the electrical, electromechanical or purely mechanical devices.
A saddle-type vehicle including a fender that covers at least part of a rear wheel and is attached to an upper part of a swing arm that supports the rear wheel, wherein opening planes (120, 130) that accept a relative wind from a front side and cause the relative wind to flow rearward are made in side surfaces (108b, 109b) of the fender; a brake caliper is disposed on an extended line of a straight line that extends to pass through the opening plane and is parallel to an upper surface of the swing arm in side view; characterised in that a brake hose connected to the brake caliper is provided to pass through inside of the fender, and the fender is provided to cover the brake hose disposed inside from an upper side, and at least part of the brake hose is supported by a hose support part provided on the fender.
Condensational recuperation system for the energy output of a nuclear power station, comprising a nuclear power plant, an air intake means, a compressor, a condenser, a water chamber provided with a sprinkler, an electric current generator, a pure water pump station, a cooling water pump station for cooling water supply to condenser, a condensate pool, and a turbo expander, an outlet of the air intake means being connected to an inlet of the compressor by a pipeline, an outlet of the compressor being connected to an inlet of the condenser by a pipeline, an outlet of the condenser being connected to an inlet of the turbo expander provided with the electric current generator by a pipeline, an outlet of the turbo expander being connected to an inlet of the water chamber by a pipeline, an outlet of the water chamber being connected to an inlet of the condensate pool by a pipeline, an outlet of the condensate pool being connected to a pump station of pure water, the condenser being connected to an outlet of the pump station of cooling water, all of the connections being made in the form of pressure pipelines, wherein the air intake means is arranged in a waste water channel for supplying air by bubbling pipes into the waste water channel, characterized in that the waste water channel is the waste water channel of the nuclear power plant connected to an outlet of the nuclear power plant, and the waste water channel is provided with a sealed roof, and the condensational recuperation system is further provided with a droplet separator and an additional condensate pool, a moist steam outlet of the condenser is connected by a pressure pipeline to the inlet of the droplet separator, the outlet of which is connected to the inlet of the turbo expander by a pressure pipeline, and another outlet of said droplet separator is connected to the inlet of the additional condensate pool, a moisture outlet of the condenser is connected by a pressure pipeline to the inlet of the additional condensate pool, and the outlet of the additional condensate pool is connected to the inlet of the water chamber sprinkler and to the inlet of the pure water pump station by pressure pipelines.
A machine for separating elements, comprising: - a plurality of paths, each forming a feed path and each adapted to convey the elements lined up along the feed path, each path including an outlet opening through which the elements can exit, characterized in that it comprises - a plurality of shaking devices, each of which is connected to only one of the paths and is capable of transmitting mechanical vibrations to the connected path to cause the advancement of the elements along the advancement path, the machine further comprising either - means for detecting elements leaving the path, adapted to detect the passage of the elements through the outlet opening, and - control means of the separating machine, functionally connected to the detection means and to the shaking devices and adapted to command the stop of one of the shaking devices when the detection means detect the passage of an element through the exit opening of the connected path, or - means for detecting elements leaving the path, in particular for detecting the passage of an element through an outlet opening, and for generating a corresponding signal, and - means for controlling the separating machine, functionally connected to the detection means and to the shaking devices and adapted to regulate and/or control the vibrations of the shaking devices as a function of the signal generated by the means. - a plurality of paths, each forming a feed path and each adapted to convey the elements lined up along the feed path, each path including an outlet opening through which the elements can exit, characterized in that it comprises - a plurality of shaking devices, each of which is connected to only one of the paths and is capable of transmitting mechanical vibrations to the connected path to cause the advancement of the elements along the advancement path, the machine further comprising either the machine further comprising either - means for detecting elements leaving the path, adapted to detect the passage of the elements through the outlet opening, and - control means of the separating machine, functionally connected to the detection means and to the shaking devices and adapted to command the stop of one of the shaking devices when the detection means detect the passage of an element through the exit opening of the connected path, or - means for detecting elements leaving the path, in particular for detecting the passage of an element through an outlet opening, and for generating a corresponding signal, and - means for controlling the separating machine, functionally connected to the detection means and to the shaking devices and adapted to regulate and/or control the vibrations of the shaking devices as a function of the signal generated by the means.
A compressed tampon characterized in that it comprises: a pledget, wherein when uncompressed the pledget has a length, a width and two side edges, wherein the pledget comprises at least one physical discontinuity having the form of a slit, a slot or a notch which physically severs the absorbent material, the physical discontinuity originating in one of the side edges and extending toward the other side edge and defining a first portion and a second portion, and wherein the second portion is nearer the insertion end and the first portion is nearer the withdrawal end, characterized in that the tampon comprises absorbent material that is at least one of synthetic fibers, natural fibers, or combinations thereof, wherein the first portion and second portion comprise different absorbent materials, and wherein the absorbent material of the first portion and the absorbent material of the second portion have different basis weights.
A semiconductor device or a crystal comprising: a base substrate (3, 6, 10, 15); a semiconductor layer (2, 5, 8, 13); and an insulating film (1, 4, 7, 11), wherein the semiconductor layer (2, 5, 8, 13) and the insulating film (1, 4, 7, 11) are disposed on the base substrate (3, 6, 10, 15) in this order or in an order reverse to this order, and all the base substrate (3, 6, 10, 15), the semiconductor layer (2, 5, 8, 13), and the insulating film (1, 4, 7, 11) have a corundum crystal structure, and the semiconductor layer (2, 5, 8, 13) includes In and/or Ga. a base substrate (3, 6, 10, 15); a semiconductor layer (2, 5, 8, 13); and an insulating film (1, 4, 7, 11), wherein the semiconductor layer (2, 5, 8, 13) and the insulating film (1, 4, 7, 11) are disposed on the base substrate (3, 6, 10, 15) in this order or in an order reverse to this order, and all the base substrate (3, 6, 10, 15), the semiconductor layer (2, 5, 8, 13), and the insulating film (1, 4, 7, 11) have a corundum crystal structure, and
A method of encoding a sequence of sets of image region modeling coefficients into a sequence of reordered sets of image region modeling coefficients, wherein the encoding of a set of image region modeling coefficients into a reordered set of image region modeling coefficients is performed according to a scan order, wherein the method comprises a scan order determination in which for a set of image region modeling coefficients a scan order is determined based on information comprised in a number of sets of image region modeling coefficients preceding within an image the said set of image region modeling coefficients and characterized in that coefficients having the value zero at common positions in the preceding sets of image region modeling coefficients are identified and the scan order for a following set of image region modeling coefficients is determined such that said coefficients are grouped or pushed back in the scan order.
Oil mist separator, in particular of a device for a crankcase ventilation, in particular of an internal combustion engine, in particular of a motor vehicle, for separating oil particles from a gaseous fluid, in particular blow-by gas, having at least one nozzle plate, which is arranged in a flow way of the gaseous fluid and which has at least one aperture (26; 126) for the gaseous fluid, having at least one impact surface (32; 132), which is arranged downstream of the nozzle plate relating to the flow of the gaseous fluid and which can be moved away from the at least one nozzle plate in an opening direction against a pretension force by influence and dependent on a flow of the gaseous fluid through at least one aperture (26; 126), characterized in that at least one aperture is formed as a nozzle aperture, only one aperture is formed as a valve aperture and a control protrusion for controlling a flow cross-section of said valve aperture is attached to at least one impact surface, wherein the control protrusion is realized as a convexity in the centre of a valve plate, wherein the control protrusion is formed as a valve body, wherein the control protrusion is acting together with the aperture which is formed as a valve aperture, wherein the control protrusion and the valve aperture are coaxial to a separator axis, wherein the control protrusion and the valve aperture act together as a valve, wherein an edge surrounding the valve aperture facing the control protrusion is acting as a valve seat, wherein the at least one nozzle aperture has no related control protrusion, wherein said control protrusion comprises or forms at least one impact surface section, said control protrusion is in the center of the at least one impact surface, wherein the at least one nozzle aperture is realized in such a way that it is not to be sealed by said at least one impact surface and/or by said control protrusion in any regular operating condition, wherein said control protrusion extends at least partly into said aperture at least in an initial state, wherein a gap is realized between said control protrusion and the radial inner circumferential side of said valve aperture, wherein this gap defines the flow cross-section of said valve aperture.
A method of dynamically representing loading conditions on a mobility management entity, MME, implemented on a gateway in an LTE network, the method comprising the steps of: monitoring, at the gateway, load conditions in real time on the mobility management entity, MME,; determining, at the gateway, a relative MME load capacity value representing the load conditions of the MME and updating the relative MME load capacity value when load conditions change for the MME; storing the relative MME load capacity value in a memory on the gateway; sending, from the gateway, the relative MME load capacity value for the MME to an eNodeB; and sending, from the gateway, the relative MME load capacity value for the MME to a network management element comprising at least one of a network management system and at least one other MME. monitoring, at the gateway, load conditions in real time on the mobility management entity, MME,; determining, at the gateway, a relative MME load capacity value representing the load conditions of the MME and updating the relative MME load capacity value when load conditions change for the MME; storing the relative MME load capacity value in a memory on the gateway; sending, from the gateway, the relative MME load capacity value for the MME to an eNodeB; and sending, from the gateway, the relative MME load capacity value for the MME to a network management element comprising at least one of a network management system and at least one other MME.
A tamper-resistant pharmaceutical dosage form comprising a pharmacologically active ingredient embedded in a prolonged release matrix, which comprises a prolonged release matrix material selected from nonionic acrylic polymers derived from a monomer mixture comprising a first C 1-4 -alkyl (meth)acrylate and a second C 1-4 -alkyl (meth)acrylate differing from said first C 1-4 -alkyl (meth)acrylate, and which provides prolonged release of the pharmacologically active ingredient, resistance against solvent extraction, resistance against grinding, and resistance against dose-dumping in aqueous ethanol; wherein the pharmaceutical dosage form is monolithic, has a breaking strength of at least 300 N, and an extension in any direction of at least 2.0 mm; or is oligoparticulate or multiparticulate, wherein at least a fraction of the individual particulates have a breaking strength of at least 300 N, and wherein the individual drug-containing particulates have an extension in any direction of at least 2.0 mm.
A cable-type secondary battery comprising, an electrode assembly; and the electrode assembly including: first and second electrodes of an elongated shape, each electrode including a current collector having a cross section of a circular, asymmetrical oval or polygonal shape perpendicular to the lengthwise direction thereof, and an electrode active material applied onto the surface of the current collector, and a separator or an electrolyte layer interposed between the first and second electrodes, characterized in that a cover member surrounds the electrode assembly, wherein the cover member has at least partially a predetermined concavo-convex pattern in the direction of the electrode assembly, wherein the electrode assembly includes a first current collector, a first active material layer formed from a first active material spaced away at a predetermined interval on the first current collector, an electrolyte layer surrounding the first active material layer, a second active material layer formed from a second active material corresponding to the first active material on the electrolyte layer, and a second current collector surrounding the second active material layer, and the cover member has a shape corresponding to those of the first and second active material layers. an electrode assembly; and the electrode assembly including: first and second electrodes of an elongated shape, each electrode including a current collector having a cross section of a circular, asymmetrical oval or polygonal shape perpendicular to the lengthwise direction thereof, and an electrode active material applied onto the surface of the current collector, and a separator or an electrolyte layer interposed between the first and second electrodes, characterized in that a cover member surrounds the electrode assembly, first and second electrodes of an elongated shape, each electrode including a current collector having a cross section of a circular, asymmetrical oval or polygonal shape perpendicular to the lengthwise direction thereof, and an electrode active material applied onto the surface of the current collector, and a separator or an electrolyte layer interposed between the first and second electrodes, characterized in that a cover member surrounds the electrode assembly, wherein the cover member has at least partially a predetermined concavo-convex pattern in the direction of the electrode assembly, wherein the electrode assembly includes a first current collector, a first active material layer formed from a first active material spaced away at a predetermined interval on the first current collector, an electrolyte layer surrounding the first active material layer, a second active material layer formed from a second active material corresponding to the first active material on the electrolyte layer, and a second current collector surrounding the second active material layer, and the cover member has a shape corresponding to those of the first and second active material layers.
Method for decoding a signal representative of at least one image, characterized in that it implements at least one iteration of the following steps, for at least one block to be decoded of said image: - determination of at least one selection parameter, on the basis of at least one characteristic associated with at least one reference pixel of a reference region of said image, said reference region comprising at least one previously coded/decoded block and/or at least one pixel predicted at a previous iteration, - selection of at least one pixel to be predicted in said block to be decoded, on the basis of said at least one selection parameter; - for at least one selected pixel to be predicted, termed the anchor pixel, prediction of said anchor pixel on the basis of at least one reference pixel of said reference region, delivering a predicted pixel. - determination of at least one selection parameter, on the basis of at least one characteristic associated with at least one reference pixel of a reference region of said image, - selection of at least one pixel to be predicted in said block to be decoded, on the basis of said at least one selection parameter; - for at least one selected pixel to be predicted, termed the anchor pixel, prediction of said anchor pixel on the basis of at least one reference pixel of said reference region, delivering a predicted pixel.
The use of at least one plastically deformable sealing mass containing at least one hydrophobic agent and solvent for sealing a leak in a container in which oil, oil-containing or chemical liquids are stored, wherein the sealing mass consists of a stearate in a quantity of 40.0 to 50.0, preferably 50.0, organic solvent/white oil 10.0 to 20, preferably 16.0, water 30 to 40.0, preferably 31.7, cellulose ether 1 to 5, preferably 2.3, in respective mass-%, and at least one regulating agent and/or fibres for setting the consistency.