mhurhangee/ep-ind-claims huggingface dataset:
A method of switching at least one capacitive load that is powered by a three-phase voltage source, thus having three phases that are phase-shifted relative to one another, and the switching being performed by means of an independent pole circuit breaker that receives opening and closing orders and that is capable of performing opening and closing operations for each of the three phases during intentional switching operations, wherein • an arcing time is set for the circuit breaker; • one of the voltages of the three source phases upstream from the circuit breaker is measured; Characterized in that: • the value of an electric charge trapped in the capacitive load on each opening operation of the circuit breaker is monitored and stored, with this being done for all three phases; and • this value is taken into account when performing closing operations. • an arcing time is set for the circuit breaker; • one of the voltages of the three source phases upstream from the circuit breaker is measured; • the value of an electric charge trapped in the capacitive load on each opening operation of the circuit breaker is monitored and stored, with this being done for all three phases; and • this value is taken into account when performing closing operations.
A soldered heat exchanger network, consisting of folded multichamber flat tubes and corrugated ribs which are provided with gills, wherein the multichamber tubes have at least two chambers which are each formed by folded webs which are soldered in the interior of the multichamber tube, characterised in that the gill arrangement of one corrugated rib (13, 14) is adapted to the multichamber flat tubes in such a way that the corrugated ribs (13, 14) have non-gilled areas (17a, 17b, 18a, 18b) in the region of the web or the webs (7, 8) and gills or sets of gills (15a, 15b, 15c, 16a, 16b, 16c) are arranged in regions between the webs (7, 8), so that respective sets of gills in about the same depth are assigned to the chambers of the multichamber flat tube, so that, when the heat exchanger network is stretched after being coffered, an even contact pressure is applied to all webs (7, 8) via the corrugated ribs (13, 14), wherein the heights (h, H) of the corrugated ribs of the non-gilled areas and the sets of gills are different to such extent that the non-gilled areas have a greater height of the corrugated ribs than the sets of gills.
A damper for an axle comprising: a solid body defined by a cylindrical outside diameter surface and an elliptical inner surface configured to be inserted into a bore of the axle, the elliptical inner surface defining a void concentric with the damper, the elliptical inner surface comprising a major axis and a minor axis, wherein a first length of the major axis is greater than a second length of the minor axis, wherein the damper is configured to rotate with the axle about a center axis; and wherein the damper comprises a varying thickness including a minimum thickness along the major axis of the inner surface and a maximum thickness along the minor axis of the inner surface, the maximum thickness being greater than the minimum thickness, and wherein the varying thickness is configured to decouple a bending mode along the minor axis from the bending mode along the major axis. a solid body defined by a cylindrical outside diameter surface and an elliptical inner surface configured to be inserted into a bore of the axle, the elliptical inner surface defining a void concentric with the damper, the elliptical inner surface comprising a major axis and a minor axis, wherein a first length of the major axis is greater than a second length of the minor axis, wherein the damper is configured to rotate with the axle about a center axis; and wherein the damper comprises a varying thickness including a minimum thickness along the major axis of the inner surface and a maximum thickness along the minor axis of the inner surface, the maximum thickness being greater than the minimum thickness, and wherein the varying thickness is configured to decouple a bending mode along the minor axis from the bending mode along the major axis.
A grease packing jig for a bearing, comprising: a support table for placing a bearing which has a plurality of rolling elements arranged equidistantly on an outer circumferential surface of an inner ring by means of a retainer, with an end surface of an inner ring faced downward; a disc-shaped inner lid for placing on another end surface of the inner ring; and an upper lid which is disc-shaped, has a larger diameter than the inner lid, a grease pumping port, and a lower surface formed with an inner lid housing recess for housing the inner lid while leaving a grease pumping space between itself and an upper surface of the inner lid as well as between itself and an outer circumferential surface of the inner lid, for packing grease into a gap in the bearing from a grease packing port provided between an inner circumferential surface of the inner lid housing recess in the upper lid and the outer circumferential surface of the inner lid; wherein the support table is provided with a presser arranged to engage with an upper surface of the upper lid for pressing the upper lid downward, characterized in that the presser includes a holding rod provided at least at two locations on an upper surface of the support table in a manner to pivot outwardly with respect to the support table, and a holding plate to be engaged with the upper surface of the upper lid for pressing the upper surface of the upper lid with a spring when the rod is raised to an upright position. a support table for placing a bearing which has a plurality of rolling elements arranged equidistantly on an outer circumferential surface of an inner ring by means of a retainer, with an end surface of an inner ring faced downward; a disc-shaped inner lid for placing on another end surface of the inner ring; and an upper lid which is disc-shaped, has a larger diameter than the inner lid, a grease pumping port, and a lower surface formed with an inner lid housing recess for housing the inner lid while leaving a grease pumping space between itself and an upper surface of the inner lid as well as between itself and an outer circumferential surface of the inner lid, for packing grease into a gap in the bearing from a grease packing port provided between an inner circumferential surface of the inner lid housing recess in the upper lid and the outer circumferential surface of the inner lid; wherein the support table is provided with a presser arranged to engage with an upper surface of the upper lid for pressing the upper lid downward, characterized in that the presser includes a holding rod provided at least at two locations on an upper surface of the support table in a manner to pivot outwardly with respect to the support table, and a holding plate to be engaged with the upper surface of the upper lid for pressing the upper surface of the upper lid with a spring when the rod is raised to an upright position.
A system comprising: a power removal circuit for enabling remote triggering of a power shutdown of an equipment coupled to the power removal circuit, a monitoring circuit (107, 207) coupled to the power removal circuit, wherein the monitoring circuit (107, 207) generates an output signal indicative of circuit integrity based on one or more electrical characteristics of the power removal circuit; and a notification system coupled to the monitoring circuit (107, 207) to receive the output signal, wherein the notification system generates a notification based on the output signal. a power removal circuit for enabling remote triggering of a power shutdown of an equipment coupled to the power removal circuit, a monitoring circuit (107, 207) coupled to the power removal circuit, wherein the monitoring circuit (107, 207) generates an output signal indicative of circuit integrity based on one or more electrical characteristics of the power removal circuit; and a notification system coupled to the monitoring circuit (107, 207) to receive the output signal, wherein the notification system generates a notification based on the output signal.
Use of a purified extract of hibiscus with a titre of polyphenols of greater than or equal to 50% and a titre of organic acids of lower than or equal to 30%, for the preparation of a medicament Intended for the treatment or prevention of urinary infections linked to the presence of Escherichia coli and Candida albicans, said purified hibiscus extract being obtained after carrying out the following steps: - extraction by maceration of the entire plant in fresh or dry form or hibiscus flowers in a solvent formed by alcohol or a hydroalcoholic mixture, then - separation of the solvent and the plant to obtain a crude extract, then - purification of the crude extract by chromatography on an adsorption/desorption resin or by liquid/liquid extraction in a water-immiscible organic solvent. - extraction by maceration of the entire plant in fresh or dry form or hibiscus flowers in a solvent formed by alcohol or a hydroalcoholic mixture, then - separation of the solvent and the plant to obtain a crude extract, then - purification of the crude extract by chromatography on an adsorption/desorption resin or by liquid/liquid extraction in a water-immiscible organic solvent.
Wheel suspension suitable for connection to a body of a vehicle and comprising a first and a second wheel which together define a track width and wherein, when the wheel suspension is connected to the vehicle, the first wheel is connected to the body via a first set of actuators and the second wheel is connected to the body via a second set of actuators such that by means of operating the actuators the track width is adjustable between a narrow track and a wide track, characterized in that the first set of actuators overlaps in the transverse direction of the vehicle with the second set of actuators.
A method for performing character recognition on an input image, comprising: receiving an input image that includes at least one textual line including multiple characters; identifying candidate inter-character breaks along the textual line; classifying each of the candidate inter-character breaks as an actual break, a non-break for being removed in subsequent processing or an indeterminate break for being resolved in subsequent processing using at least in part combinations of geometrical properties of each respective candidate inter-character break and character bounding boxes adjacent thereto; and recognizing the candidate characters in the textual line based at least in part on a feature set extracted from each respective candidate character, and wherein the intermediate break is resolved based on the confidence levels of the recognized candidate characters in the character bounding boxes adjacent thereto. receiving an input image that includes at least one textual line including multiple characters; identifying candidate inter-character breaks along the textual line; classifying each of the candidate inter-character breaks as an actual break, a non-break for being removed in subsequent processing or an indeterminate break for being resolved in subsequent processing using at least in part combinations of geometrical properties of each respective candidate inter-character break and character bounding boxes adjacent thereto; and recognizing the candidate characters in the textual line based at least in part on a feature set extracted from each respective candidate character, and wherein the intermediate break is resolved based on the confidence levels of the recognized candidate characters in the character bounding boxes adjacent thereto.
An aircraft runway comprising a vehicle arresting system, said vehicle arresting system comprising: a plurality of cores formed of a polymeric foam material, wherein the plurality of cores are installed at the end of the aircraft runway; characterised in that: the polymeric foam material comprises polystyrene, polyurethane, polyester, or polypropylene, and does not include a phenolic foam, a coating is formed around each individual core such that each individual core is fully encapsulated, wherein said coating is flame retardant. a plurality of cores formed of a polymeric foam material, wherein the plurality of cores are installed at the end of the aircraft runway; characterised in that: the polymeric foam material comprises polystyrene, polyurethane, polyester, or polypropylene, and does not include a phenolic foam, a coating is formed around each individual core such that each individual core is fully encapsulated, wherein said coating is flame retardant. the polymeric foam material comprises polystyrene, polyurethane, polyester, or polypropylene, and does not include a phenolic foam, a coating is formed around each individual core such that each individual core is fully encapsulated, wherein said coating is flame retardant.
Adapter for a smoke alarm, with a top side and a bottom side and for use with ceiling- or wall-mounted bases of smoke alarms, wherein the top side is coupled to the base of a smoke alarm in the state of use, characterized in that provided on the top side of the adapter for a smoke alarm are rings and grooves and notches, which are formed such that they can be coupled to at least two different bases of different smoke alarms, wherein arranged on the adapter for the smoke alarm is a securing element which, after the smoke alarm has been fitted onto the base by the fitted-on adapter, enters into a connection with said base that is fixed or can only be released with a special tool.
A kit comprising: - a polymeric medical device having a plurality of reactive members of a specific binding pair attached to a surface of the device, the polymeric medical device being a mesh or a patch; and - a container containing a mixture including complementary reactive members of the specific binding pair, the complementary reactive members having a functionality adapted to adhere them to biological tissue upon contact, wherein the members of the specific binding pair are intended to bind to one another via a reaction selected from the group consisting of Huisgen cycloaddition reaction, a Diels-Alder reaction and a thiol-ene reaction. - a polymeric medical device having a plurality of reactive members of a specific binding pair attached to a surface of the device, the polymeric medical device being a mesh or a patch; and - a container containing a mixture including complementary reactive members of the specific binding pair, the complementary reactive members having a functionality adapted to adhere them to biological tissue upon contact, wherein the members of the specific binding pair are intended to bind to one another via a reaction selected from the group consisting of Huisgen cycloaddition reaction, a Diels-Alder reaction and a thiol-ene reaction.
A method of preparing a composition comprising neopentasilane, the method comprising: (i) treating a hexahalodisilane having the formula X 3 SiSiX 3, wherein X is -Cl or -Br, with a tertiary amine catalyst to produce a first mixture comprising a tetrakis(trihalosilyl)-silane and a silicon tetrahalide; (ii) separating the tetrakis(trihalosilyl)silane and the silicon tetrahalide; (iii) treating the separated tetrakis(trihalosilyl)silane with diisobutylaluminum hydride to produce a second mixture comprising neopentasilane; and (iv) distilling the second mixture to remove the neopentasilane. (i) treating a hexahalodisilane having the formula X 3 SiSiX 3, wherein X is -Cl or -Br, with a tertiary amine catalyst to produce a first mixture comprising a tetrakis(trihalosilyl)-silane and a silicon tetrahalide; (ii) separating the tetrakis(trihalosilyl)silane and the silicon tetrahalide; (iii) treating the separated tetrakis(trihalosilyl)silane with diisobutylaluminum hydride to produce a second mixture comprising neopentasilane; and (iv) distilling the second mixture to remove the neopentasilane.
A medical imaging device that includes a first capturing state for capturing a lesion in a regular capturing state and a second capturing state for capturing a lesion in a capturing state that is different from the regular capturing state and captures an image for assisting in diagnosis of the lesion, the medical imaging device comprising: a camera body, a first light source, a second light source (211, 212, 215), an imaging element, a lens unit that is situated on the optical axis that connects the imaging element and an object, and a cover, wherein the cover comprises a cover member at its leading edge, said cover member covering the second light source (211, 212, 215) and configured to contact the object, at least the first light source is used as a light source that emits light to the object in the first capturing state, and at least the second light source (211, 212, 215) is used as a light source that emits light to the object in the second capturing state, an emission direction of the first light source is set to a direction that is parallel to or recedes from an optical axis, an emission direction of the second light source (211, 212, 215) is set to a direction of approaching the optical axis, and an illuminated region at which the object contacting the cover member is illuminated with light from the second light source (211, 212, 215) passing through the cover member in the second capturing state is made smaller than an illuminated region at which the object is illuminated with light from the first light source not passing through the cover member in the first capturing state in accordance with setting of the emission direction of the first light source and the emission direction of the second light source (211, 212, 215). a camera body, a first light source, a second light source (211, 212, 215), an imaging element, a lens unit that is situated on the optical axis that connects the imaging element and an object, and a cover, wherein the cover comprises a cover member at its leading edge, said cover member covering the second light source (211, 212, 215) and configured to contact the object, at least the first light source is used as a light source that emits light to the object in the first capturing state, and at least the second light source (211, 212, 215) is used as a light source that emits light to the object in the second capturing state, an emission direction of the first light source is set to a direction that is parallel to or recedes from an optical axis, an emission direction of the second light source (211, 212, 215) is set to a direction of approaching the optical axis, and an illuminated region at which the object contacting the cover member is illuminated with light from the second light source (211, 212, 215) passing through the cover member in the second capturing state is made smaller than an illuminated region at which the object is illuminated with light from the first light source not passing through the cover member in the first capturing state in accordance with setting of the emission direction of the first light source and the emission direction of the second light source (211, 212, 215).
An automatic analyser comprising: a specimen dispensing mechanism that includes a specimen nozzle dispensing a specimen to be analyzed in a specimen chamber to a reaction chamber by suctioning and ejecting the specimen; and a control unit that controls the specimen dispensing mechanism so as to perform a specimen suctioning process of inserting the specimen nozzle into the specimen chamber and suctioning the specimen in the specimen chamber, a liquid suctioning process of suctioning a liquid by the specimen nozzle after the specimen suctioning process, and an ejection process of ejecting the liquid and a portion of the specimen in this order from the specimen nozzle to the empty reaction chamber, wherein the liquid is a liquid having a lower viscosity than the specimen, and the control unit controls the specimen dispensing mechanism so as to perform an air suctioning process of suctioning air by the specimen nozzle after the liquid suctioning process, characterized in that the control unit controls the ejection process so that the air, the liquid, and the portion of the specimen are ejected in this order from the specimen nozzle in the ejection process. a specimen dispensing mechanism that includes a specimen nozzle dispensing a specimen to be analyzed in a specimen chamber to a reaction chamber by suctioning and ejecting the specimen; and a control unit that controls the specimen dispensing mechanism so as to perform a specimen suctioning process of inserting the specimen nozzle into the specimen chamber and suctioning the specimen in the specimen chamber, a liquid suctioning process of suctioning a liquid by the specimen nozzle after the specimen suctioning process, and an ejection process of ejecting the liquid and a portion of the specimen in this order from the specimen nozzle to the empty reaction chamber, wherein the liquid is a liquid having a lower viscosity than the specimen, and the control unit controls the specimen dispensing mechanism so as to perform an air suctioning process of suctioning air by the specimen nozzle after the liquid suctioning process, characterized in that the control unit controls the ejection process so that the air, the liquid, and the portion of the specimen are ejected in this order from the specimen nozzle in the ejection process.
Immobilizing projectile firing device comprising a body further comprising a crown or ring in a first end arranged to be magnetically attached to a weapon, wherein the body incorporates a series of fins expandable when the body has been fired in order to slow it down, the body internally presents a series of strips or fibres of a ballistic material lodged in an internal cavity and configured to stop the propulsion of a primary projectile fired by the weapon and activating the body, and a secondary projectile is located in the body at an end opposite of the crown or ring, the device being configured such that, when the fibres of the ballistic material have completely contracted by the kinetic energy of the primary projectile impacting the ballistic material, the propulsion of the secondary projectile is activated and the secondary projectile is released due to the compression of air in the internal cavity to be able to act against a target.
A method comprising: providing a light emitting diode; providing a wavelength converting element with a height H and width W ratio H/W that is selected to produce a desired non-uniform angular color distribution in light emitted from the wavelength converting element with a uniformity of Δu'v' >0.015 within an angular distribution from 0° to 90°; coupling the wavelength converting element to the light emitting diode to produce a light source with the desired non-uniform angular color distribution; and translating the desired non-uniform angular color distribution from the light source into a uniform spatial color distribution in a light based application with a uniformity of Δu'v' <0.015. providing a light emitting diode; providing a wavelength converting element with a height H and width W ratio H/W that is selected to produce a desired non-uniform angular color distribution in light emitted from the wavelength converting element with a uniformity of Δu'v' >0.015 within an angular distribution from 0° to 90°; coupling the wavelength converting element to the light emitting diode to produce a light source with the desired non-uniform angular color distribution; and translating the desired non-uniform angular color distribution from the light source into a uniform spatial color distribution in a light based application with a uniformity of Δu'v' <0.015.