mhurhangee/ep-ind-claims huggingface dataset:
A cutting blade assembly operably coupleable to a fluid pump, the cutting blade assembly comprising: a cutting plate having a front axial surface, an opening, and a plurality of cutting holes, each of the plurality of cutting holes defining at least one cutting edge; a cutting hub disposed at least partially within the opening of the cutting plate and having a cutting arm and a fin, the cutting arm being adjacent to the front axial surface and defining an arcuate front surface having a leading edge, the fin being adjacent to the front axial surface and proximate to the cutting arm; and a plurality of deflection features, each deflection feature including an inner end proximate the opening and an outer end at a radial edge of the cutting plate, wherein each of the deflection features gradually widens from the inner end to the outer end, wherein the plurality of deflection features are configured to deflect debris radially outward away from the opening when the cutting hub is rotated relative to the cutting plate; wherein, when the cutting plate and the cutting hub are rotated relative to each other, the leading edge of the cutting arm passes adjacent to the plurality of cutting holes so that the relative rotation of the cutting plate and the cutting hub defines a cutting action between the leading edge and the at least one cutting edge, and the fin is configured to urge debris away from the opening of the cutting plate. a cutting plate having a front axial surface, an opening, and a plurality of cutting holes, each of the plurality of cutting holes defining at least one cutting edge; a cutting hub disposed at least partially within the opening of the cutting plate and having a cutting arm and a fin, the cutting arm being adjacent to the front axial surface and defining an arcuate front surface having a leading edge, the fin being adjacent to the front axial surface and proximate to the cutting arm; and a plurality of deflection features, each deflection feature including an inner end proximate the opening and an outer end at a radial edge of the cutting plate, wherein each of the deflection features gradually widens from the inner end to the outer end, wherein the plurality of deflection features are configured to deflect debris radially outward away from the opening when the cutting hub is rotated relative to the cutting plate; wherein, when the cutting plate and the cutting hub are rotated relative to each other, the leading edge of the cutting arm passes adjacent to the plurality of cutting holes so that the relative rotation of the cutting plate and the cutting hub defines a cutting action between the leading edge and the at least one cutting edge, and the fin is configured to urge debris away from the opening of the cutting plate.
A method of producing a liquid solution having an enhanced concentration of nanobubbles, the method comprising: (a) providing a nanobubble generator comprising an inflow portion for receiving a source liquid solution, a treatment portion for treating the source liquid solution, and an outflow portion for releasing a treated liquid solution having nanobubbles, the treatment portion comprising at least two sequential shear planes separated by cavitation spaces; and (b) passing the source liquid solution through the nanobubble generator so as to generate a level of shear and eddy currents that produces cavitation, thereby producing the treated liquid solution having nanobubbles, characterized in that the treatment portion comprises at least two disc-like elements mounted on a shaft extending axially through the housing, the disc-like elements being separated by a distance, the width of each disc-like element being one half the distance between two consecutive disc-like elements, each disc-like element having a first wall facing the inflow portion, a second wall facing the outflow portion and a peripheral wall extending between the first and second walls, and wherein each disc-like element includes a notch or groove extending from the peripheral wall, the disc-like elements being mounted along the shaft with their notches circumferentially staggered in relation to one another. (a) providing a nanobubble generator comprising an inflow portion for receiving a source liquid solution, a treatment portion for treating the source liquid solution, and an outflow portion for releasing a treated liquid solution having nanobubbles, the treatment portion comprising at least two sequential shear planes separated by cavitation spaces; and (b) passing the source liquid solution through the nanobubble generator so as to generate a level of shear and eddy currents that produces cavitation, thereby producing the treated liquid solution having nanobubbles, characterized in that
A pharmaceutical composition for use in treating or preventing learning and/or memory deficits due to age-related neurological decline or impairment in a human comprising 3α-hydroxy-5α-pregnan-20-one, or derivative thereof that exhibits substantially equivalent neuro-enhancing activity as 3α-hydroxy-5α-pregnan-20-one, and a pharmaceutically acceptable carrier, wherein the composition provides an effective amount of 3α-hydroxy-5α-pregnan-20-one, or derivative thereof to improve or ameliorate one or more symptoms of the learning and/or memory deficit; and wherein the derivative comprises 3α-oxy derivative, 3α-alkyl derivative, 3α-alkenyl derivative, 3α-ester derivative, 3a-ether derivative, 3ss-phenylethynyl derivative, or 3p-phenylethynyl derivative.
A method of authorization comprising: receiving an infrared input signal via a display interface; converting the infrared input signal to an electrical signal; analyzing the electrical signal; authorizing a user based on the analyzing; and wherein the step of analyzing further comprises compiling an image mapping of thermal differences induced by a surface interaction made by the user with regards to the display interface. receiving an infrared input signal via a display interface; converting the infrared input signal to an electrical signal; analyzing the electrical signal; authorizing a user based on the analyzing; and wherein the step of analyzing further comprises compiling an image mapping of thermal differences induced by a surface interaction made by the user with regards to the display interface.
A toothbrush head, comprising: a transmission housing; a substantially disk-shaped bristle carrier; a plurality of first bristle tufts arranged on the bristle carrier along a first virtual circle (ds); a plurality of second bristle tufts arranged on the bristle carrier along a second virtual circle (d 2), the second virtual circle being concentric with and having a smaller diameter than the first virtual circle(d 3), a plurality of third bristle tufts arranged on the bristle carrier along a third virtual circle, the third virtual circle being concentric with and having a smaller diameter than the second virtual circle, characterised in that each of the plurality of first bristle tufts includes a plurality of bristles of a first type, having a tapered form, a first subset of the plurality of second bristle tufts includes a plurality of bristles of a second type (B, C), having an end-rounded form, and each of the plurality of third bristle tufts includes a plurality of bristles of a third type (B, C). a transmission housing; a substantially disk-shaped bristle carrier; a plurality of first bristle tufts arranged on the bristle carrier along a first virtual circle (ds); a plurality of second bristle tufts arranged on the bristle carrier along a second virtual circle (d 2), the second virtual circle being concentric with and having a smaller diameter than the first virtual circle(d 3), a plurality of third bristle tufts arranged on the bristle carrier along a third virtual circle, the third virtual circle being concentric with and having a smaller diameter than the second virtual circle, characterised in that each of the plurality of first bristle tufts includes a plurality of bristles of a first type, having a tapered form, a first subset of the plurality of second bristle tufts includes a plurality of bristles of a second type (B, C), having an end-rounded form, and each of the plurality of third bristle tufts includes a plurality of bristles of a third type (B, C).
An SCR system, comprising: a urea aqueous solution tank configured to retain a urea aqueous solution to be injected into an exhaust pipe of an engine; a temperature sensor provided in the urea aqueous solution tank and configured to detect the temperature of the urea aqueous solution; a tank heater line inserted into the urea aqueous solution tank; a tank heater valve configured to divergently distribute cooling water of the engine to the tank heater line; a defrosting control unit configured to open the tank heater valve to defrost the frozen urea aqueous solution at the time of starting the engine and close the tank heater valve when the temperature of the urea aqueous solution detected by the temperature sensor reaches a predetermined defrosting completion determination value; and characterized in that a warm air priority control unit configured to prohibit the opening of the tank heater valve by the defrosting control unit when an ignition switch is key-on and the temperature of the cooling water is less than a predetermined defrosting permission value and permit the opening of the tank heater valve by the defrosting control unit when the temperature of the cooling water is equal to or more than the defrosting permission value. a urea aqueous solution tank configured to retain a urea aqueous solution to be injected into an exhaust pipe of an engine; a temperature sensor provided in the urea aqueous solution tank and configured to detect the temperature of the urea aqueous solution; a tank heater line inserted into the urea aqueous solution tank; a tank heater valve configured to divergently distribute cooling water of the engine to the tank heater line; a defrosting control unit configured to open the tank heater valve to defrost the frozen urea aqueous solution at the time of starting the engine and close the tank heater valve when the temperature of the urea aqueous solution detected by the temperature sensor reaches a predetermined defrosting completion determination value; and characterized in that a warm air priority control unit configured to prohibit the opening of the tank heater valve by the defrosting control unit when an ignition switch is key-on and the temperature of the cooling water is less than a predetermined defrosting permission value and permit the opening of the tank heater valve by the defrosting control unit when the temperature of the cooling water is equal to or more than the defrosting permission value.
An electrical socket apparatus comprising: a slot for receiving a pin of a corresponding electrical plug; characterized in that the electrical socket apparatus further comprises: a light sensor arranged relative to the slot and configured to receive light emitted by a light source of a said electrical plug; a proximity sensor arranged to sense proximity of an electrical plug to the apparatus; a controller in communication with the proximity sensor and configured to send control signals to an actuator to move the slot to align the slot with the pin of a said electrical plug in response to the proximity sensor detecting proximity of a said electrical plug and to send control signals to the actuator to stop moving the slot in response to determining that the slot is aligned with the pin on the basis of light emitted by a light source of a said electrical plug and received by the light sensor. a light sensor arranged relative to the slot and configured to receive light emitted by a light source of a said electrical plug; a proximity sensor arranged to sense proximity of an electrical plug to the apparatus; a controller in communication with the proximity sensor and configured to send control signals to an actuator to move the slot to align the slot with the pin of a said electrical plug in response to the proximity sensor detecting proximity of a said electrical plug and to send control signals to the actuator to stop moving the slot in response to determining that the slot is aligned with the pin on the basis of light emitted by a light source of a said electrical plug and received by the light sensor.
Detachable identification key head characterized by that it bears a socket of an irregular truncated pyramid shape with the large rectangular and parallel base at the entrance of the socket and the small rectangular and parallel base at the bottom of the socket and the lower horizontal side surface of isosceles trapezoidal shape perpendicular to the bases of the pyramid, the two equal side surfaces, right and left, are rectangular trapezoid in shape and converge with each other to the bottom of the socket, while the upper side surface is an isosceles trapezoid in shape and converges to the lower horizontal side surface to the bottom of the socket, so that the dimensions of the cross section of the socket decrease towards its depth, by that the flat lower horizontal side surface in the center and along it has a centering groove, from the center of which the axis A-A' passes through and by that the detachable identification key head has a through hole for mounting fasteners passing through the two equal lateral side surfaces, right and left, of the socket, as well as from the inclined upper side surface of the socket, creating a groove in such a position that from the center of the through hole a C-C' axis passes through perpendicular to the A-A' axis of the centering groove of the lower horizontal side surface of the socket. by that the flat lower horizontal side surface in the center and along it has a centering groove, from the center of which the axis A-A' passes through and by that the detachable identification key head has a through hole for mounting fasteners passing through the two equal lateral side surfaces, right and left, of the socket, as well as from the inclined upper side surface of the socket, creating a groove in such a position that from the center of the through hole a C-C' axis passes through perpendicular to the A-A' axis of the centering groove of the lower horizontal side surface of the socket.
Active composition for a decoy which radiates spectrally as the active composition burns up, featuring a radiation emitted during burnup of the active composition in the wavelength range from 3.7 to 5.1 μm which is stronger by a factor of at least 15 than radiation emitted during burnup of the active composition in the wavelength range from 1.9 to 2.3 μm, the active composition comprising at least one nitrate ester and/or one nitrosamine as fuel comprising carbon atoms and hydrogen atoms, and ammonium perchlorate as oxidizer, the amount of the ammonium perchlorate being such that it is not sufficient for complete oxidation of the fuel, and the active composition comprising either the nitrate ester in the form of a polymeric solid, or a binder, not more than 5 carbon atoms in the fuel being joined to one another by direct bonding, and the active composition comprising substantially no carbon source containing elemental carbon, i.e. none of the selected constituents of the active composition comprises such a carbon source, or the active composition contains at least not more than 0.2% by weight of such a carbon source, the active composition comprising at least one further fuel which undergoes endothermic decomposition at a higher temperature than a decomposition temperature of the nitrate ester and/or of the nitrosamine, with formation of at least one combustible gas, the further fuel comprising dicyandiamide, azodicarbonamide, dinitrosopentamethylenetetramine (DNPT), glyoxime, oxamide, acetamide, carbazide, or semicarbazide, or a further fuel in dust form, or a further fuel which forms a mist by atomization on burnup of the active composition.
An M-atrial natriuretic peptide (MANP) and a diuretic agent for use in a method for treating a mammal, comprising: administering to said mammal said MANP, and administering to said mammal said diuretic agent, wherein said diuretic agent is selected from the group consisting of: chlorthalidone, chlorothiazide, hydrochlorothiazide, indapamide, metolazone, amiloride, bumetanide, spironolactone, triamterene, and furosemide. administering to said mammal said MANP, and administering to said mammal said diuretic agent, wherein said diuretic agent is selected from the group consisting of: chlorthalidone, chlorothiazide, hydrochlorothiazide, indapamide, metolazone, amiloride, bumetanide, spironolactone, triamterene, and furosemide.
An equipment for providing rectangular floor panels (1, 1') having machined joint portions (4a, 4b) with a mechanical locking system which locks the floor panels vertically and horizontally on at least two opposite sides, said locking system consisting of at least one flexible tongue for vertical connection and a locking strip protruding below and beyond a displacement groove for horizontal connection, wherein flexible tongues are formed into tongue blanks consisting of at least two flexible tongues, the equipment comprising: a separation unit configured to separate the flexible tongues from the blank, a pusher that pushes an end of the flexible tongue provided with a friction connection into the displacement groove, in which the flexible tongue is displaceable during locking of the floor panels (1, 1'), and a fixing wheel that causes a gradual fixing of the whole flexible tongue into the displacement groove as the floor panel passes the fixing wheel, wherein a relative motion between the floor panel (1, 1') and the fixing wheel causes a gradual fixing of the whole tongue into the groove, as the floor panel (1, 1') passes said at least one fixing wheel. a separation unit configured to separate the flexible tongues from the blank, a pusher that pushes an end of the flexible tongue provided with a friction connection into the displacement groove, in which the flexible tongue is displaceable during locking of the floor panels (1, 1'), and a fixing wheel that causes a gradual fixing of the whole flexible tongue into the displacement groove as the floor panel passes the fixing wheel, wherein a relative motion between the floor panel (1, 1') and the fixing wheel causes a gradual fixing of the whole tongue into the groove, as the floor panel (1, 1') passes said at least one fixing wheel.
A windmill component conveyance system for delivering at least one component of a windmill to a location, the system comprising a transporter adapted to transport at least one windmill component to a base at the location; the system further comprising a transfer system; the transfer system comprising: a plurality of rails (273, 277a, 277b) positionable on the transporter and comprising upper rails, first lower rails and second lower rails, and a plurality of rails positionable on the base; an upper support slidably disposed on the first lower rails of the plurality of rails (273, 277a, 277b) disposed on a surface of the transporter, the support being slidably movable between a retracted and an extended position whereby the support is selectively positionable adjacent the base, the upper support comprising the upper rails; at least one slider for carrying the at least one component of the windmill, the at least one slider being slidably movable along the upper rails whereby the at least one component is slidably transferable between the transporter and the base. a plurality of rails (273, 277a, 277b) positionable on the transporter and comprising upper rails, first lower rails and second lower rails, and a plurality of rails positionable on the base; an upper support slidably disposed on the first lower rails of the plurality of rails (273, 277a, 277b) disposed on a surface of the transporter, the support being slidably movable between a retracted and an extended position whereby the support is selectively positionable adjacent the base, the upper support comprising the upper rails; at least one slider for carrying the at least one component of the windmill, the at least one slider being slidably movable along the upper rails whereby the at least one component is slidably transferable between the transporter and the base.
A display electrode for electrochromic display device comprising an electrode and a color developing layer formed on the electrode, wherein the color developing layer comprises an organic-inorganic composite material comprising: a metal oxide wherein the average primary particle diameter of the metal oxide is 200 nm or less; and a functional organic material located on the metal oxide, wherein the functional organic material has electrochromic properties, and the functional organic material and the metal oxide are bound via a silanol bond. a metal oxide wherein the average primary particle diameter of the metal oxide is 200 nm or less; and a functional organic material located on the metal oxide, wherein the functional organic material has electrochromic properties, and the functional organic material and the metal oxide are bound via a silanol bond.
A method for producing OSB panels comprising the steps: (a) producing coarse chips, which includes drying the coarse chips, (b) arranging the coarse chips on a transport belt, thus obtaining a coarse chipboard layer, (c) applying a flame retardant solution to the coarse chips on the transport belt, (d) applying a pressure difference to the coarse chips wetted with the flame retardant solution for the introduction of flame retardant solution into the coarse chips, thus obtaining coarse chips containing flame retardant, by applying a negative pressure to a lower side of the transport belt and/or an overpressure to an upper side of the coarse chipboard layer, (e) subsequently applying glue to the coarse chips containing flame retardant, thus obtaining glued coarse chips, and (f) pressing the coarse chips, thus obtaining the OSB panel, (g) wherein the coarse chips are dried before the flame retardant solution is applied. (a) producing coarse chips, which includes drying the coarse chips, (b) arranging the coarse chips on a transport belt, thus obtaining a coarse chipboard layer, (c) applying a flame retardant solution to the coarse chips on the transport belt, (d) applying a pressure difference to the coarse chips wetted with the flame retardant solution for the introduction of flame retardant solution into the coarse chips, thus obtaining coarse chips containing flame retardant, by applying a negative pressure to a lower side of the transport belt and/or an overpressure to an upper side of the coarse chipboard layer, (e) subsequently applying glue to the coarse chips containing flame retardant, thus obtaining glued coarse chips, and (f) pressing the coarse chips, thus obtaining the OSB panel, (g) wherein the coarse chips are dried before the flame retardant solution is applied.
A high performance computing system having a plurality of computing blades, at least one computing blade comprising: two computing boards, each computing board having a top surface and a bottom surface, wherein each computing board has a plurality of components mounted to its top surface; and two side rails disposed at either side of the computing boards, each side rail having a board alignment element configured to hold the two computing boards within the computing blade, wherein each board alignment element comprises: upper and lower board attachment portions, wherein each computing board is attached to either of the upper or lower board attachment portions; and mounting sections that extend beyond the upper and lower board attachment portions and are configured to couple said board alignment element to a respective side rail in a snap-fit configuration. upper and lower board attachment portions, wherein each computing board is attached to either of the upper or lower board attachment portions; and mounting sections that extend beyond the upper and lower board attachment portions and are configured to couple said board alignment element to a respective side rail in a snap-fit configuration.