mhurhangee/patent-ind-claim-en huggingface dataset:
A system , comprising: an engine defining a water jacket ; a heat exchanger in coolant fluid receiving communication with the water jacket, the heat exchanger structured to remove heat from the coolant fluid; an exhaust manifold in exhaust gas receiving communication with the engine, the exhaust manifold defining an exhaust manifold cooling passage ; a pump in coolant fluid providing communication with the water jacket, the pump in coolant fluid receiving communication with each of the heat exchanger and the exhaust manifold cooling passage; an engine cooling circuit comprising the water jacket, the heat exchanger, and the pump; an exhaust cooling circuit in coolant fluid receiving communication with the engine cooling circuit, the exhaust cooling circuit comprising the water jacket, the exhaust manifold cooling passage, and the pump; and a control valve , comprising: an inlet in coolant fluid receiving communication with a first portion of the water jacket, a first outlet in coolant fluid providing communication with a second portion of the water jacket, and a second outlet in coolant fluid providing communication with the exhaust cooling circuit, the control valve structured to selectively control flow of coolant fluid through the second outlet. an engine defining a water jacket ; a heat exchanger in coolant fluid receiving communication with the water jacket, the heat exchanger structured to remove heat from the coolant fluid; an exhaust manifold in exhaust gas receiving communication with the engine, the exhaust manifold defining an exhaust manifold cooling passage ; a pump in coolant fluid providing communication with the water jacket, the pump in coolant fluid receiving communication with each of the heat exchanger and the exhaust manifold cooling passage; an engine cooling circuit comprising the water jacket, the heat exchanger, and the pump; an exhaust cooling circuit in coolant fluid receiving communication with the engine cooling circuit, the exhaust cooling circuit comprising the water jacket, the exhaust manifold cooling passage, and the pump; and a control valve , comprising: an inlet in coolant fluid receiving communication with a first portion of the water jacket, a first outlet in coolant fluid providing communication with a second portion of the water jacket, and a second outlet in coolant fluid providing communication with the exhaust cooling circuit, the control valve structured to selectively control flow of coolant fluid through the second outlet. an inlet in coolant fluid receiving communication with a first portion of the water jacket, a first outlet in coolant fluid providing communication with a second portion of the water jacket, and a second outlet in coolant fluid providing communication with the exhaust cooling circuit, the control valve structured to selectively control flow of coolant fluid through the second outlet.
A machining system for electromachining a workpiece , the machining system comprising: a machine tool ; a cutting tool for performing the electromachining; and a tool holding apparatus for conductively holding the cutting tool and coupled to the machine tool , the tool holding apparatus comprising: a holding element for holding the cutting tool such that the cutting tool extends longitudinally from the tool holding apparatus ; and at least one solution releasing element receiving machining solution and releasing the machining solution onto a predetermined area of the cutting tool through groups of channels , each group of channels comprising at least three channels characterized by the three channels being configured to respectively release the machining solution onto at least two longitudinally adjacent sections in the predetermined area of the cutting tool , and by wherein the channels of each group are arranged as a V-shape. a machine tool ; a cutting tool for performing the electromachining; and a tool holding apparatus for conductively holding the cutting tool and coupled to the machine tool , the tool holding apparatus comprising: a holding element for holding the cutting tool such that the cutting tool extends longitudinally from the tool holding apparatus ; and at least one solution releasing element receiving machining solution and releasing the machining solution onto a predetermined area of the cutting tool through groups of channels , each group of channels comprising at least three channels characterized by a holding element for holding the cutting tool such that the cutting tool extends longitudinally from the tool holding apparatus ; and at least one solution releasing element receiving machining solution and releasing the machining solution onto a predetermined area of the cutting tool through groups of channels , each group of channels comprising at least three channels characterized by the three channels being configured to respectively release the machining solution onto at least two longitudinally adjacent sections in the predetermined area of the cutting tool , and by wherein the channels of each group are arranged as a V-shape.
An effective amount of a compound having binding specificity for a p75 NTR receptor molecule, wherein the compound is a small molecule mimetic of a neurotrophin β-turn loop, wherein the β-turn loop is loop 1 of a nerve growth factor (NGF) for use in a method of treating a neurodegenerative disorder in a subject, wherein the compound has the following structure: or a pharmaceutically acceptable salt thereof.
An AlNiCo-based magnetic particle which is a hard magnetic particle comprising: a core particle which is an AlNiCo-based alloy containing 4 to 12% of Al, 10 to 20% of Ni, 15 to 25% of Co, 1 to 10% of Ti, 0.5 to 5% of Cu, a remainder of Fe, and other inevitable impurities, based on a % by weight; and an inorganic shell covering the core particle, wherein the core particle is an ultrafine particle having D 50 of 12 μm or less, the D 50 being a particle size corresponding to 50% in a particle size cumulative distribution of the core particles, and characterised in that the core particle has a composition uniformity of the following Equations 1, 2, and 3: 10 ≤ UNF Al ≤ 200 10 ≤ UNF Ni ≤ 200 10 ≤ UNF Co ≤ 200 wherein UNF (Al) is a value obtained by dividing an average Al composition among the core particles by a standard deviation of an Al composition, based on a % by weight of the composition, UNF (Ni) is a value obtained by dividing an average Ni composition among the core particles by a standard deviation of a Ni composition, based on the % by weight of the composition, and UNF (Co) is a value obtained by dividing an average Co composition among the core particles by a standard deviation of a Co composition, based on the % by weight of the composition, the average composition and the standard deviation for each element being calculated from at least 50 core particles. the core particle is an ultrafine particle having D 50 of 12 μm or less, the D 50 being a particle size corresponding to 50% in a particle size cumulative distribution of the core particles, and characterised in that the core particle has a composition uniformity of the following Equations 1, 2, and 3: 10 ≤ UNF Al ≤ 200 10 ≤ UNF Ni ≤ 200 10 ≤ UNF Co ≤ 200 wherein UNF (Al) is a value obtained by dividing an average Al composition among the core particles by a standard deviation of an Al composition, based on a % by weight of the composition, UNF (Ni) is a value obtained by dividing an average Ni composition among the core particles by a standard deviation of a Ni composition, based on the % by weight of the composition, and UNF (Co) is a value obtained by dividing an average Co composition among the core particles by a standard deviation of a Co composition, based on the % by weight of the composition, the average composition and the standard deviation for each element being calculated from at least 50 core particles.
Fairground ride passenger unit comprising a passenger space and a passenger restraint device , wherein the passenger restraint device comprises a position-adjustable restraint element and a lockable hydraulic adjuster acting thereon, which in turn comprises a cylinder-piston unit and a hydraulic accumulator , characterized in that the hydraulic accumulator and the cylinder-piston unit form a structural unit in that the cylinder of the cylinder-piston unit and a cylinder of the hydraulic accumulator which is arranged next to and parallel to the cylinder of the cylinder-piston unit are part of an integrated cylinder assembly which comprises a common closure cover on both end faces respectively.
A system for monitoring the amount of fluid in a hydration unit , having a fluid outlet , comprising: a monitoring unit including a fluid chamber , an inlet port attachable to a fluid outlet of a hydration unit , an outlet port for attachment to a feed tube , and a user interface for providing an indication of volume of fluid in the hydration unit; the system being characterised by : a pressure sensor mounted to the monitoring unit and in pressure communication with the fluid chamber , a tilt sensor operable to determine an angle of tilt of the hydration unit; a controller coupled to the pressure sensor and to the tilt sensor, for obtaining a pressure sensor signal therefrom, the controller being operable to determine from the pressure sensor signal an indication of volume of fluid in the hydration unit, and to compensate for deviations in pressure measurements caused by tilt of the hydration unit; the user interface being coupled to the controller and operable to provide an indication of volume of fluid in the hydration unit. a monitoring unit including a fluid chamber , an inlet port attachable to a fluid outlet of a hydration unit , an outlet port for attachment to a feed tube , and a user interface for providing an indication of volume of fluid in the hydration unit; the system being characterised by : a pressure sensor mounted to the monitoring unit and in pressure communication with the fluid chamber , a tilt sensor operable to determine an angle of tilt of the hydration unit; a controller coupled to the pressure sensor and to the tilt sensor, for obtaining a pressure sensor signal therefrom, the controller being operable to determine from the pressure sensor signal an indication of volume of fluid in the hydration unit, and to compensate for deviations in pressure measurements caused by tilt of the hydration unit; the user interface being coupled to the controller and operable to provide an indication of volume of fluid in the hydration unit. a pressure sensor mounted to the monitoring unit and in pressure communication with the fluid chamber , a tilt sensor operable to determine an angle of tilt of the hydration unit; a controller coupled to the pressure sensor and to the tilt sensor, for obtaining a pressure sensor signal therefrom, the controller being operable to determine from the pressure sensor signal an indication of volume of fluid in the hydration unit, and to compensate for deviations in pressure measurements caused by tilt of the hydration unit; the user interface being coupled to the controller and operable to provide an indication of volume of fluid in the hydration unit.
Food impaling and fixing device for cooking purposes characterized in that it comprises a clap-fork in the form of a blade having an elongated rectangular shape, equipped on a side with multiple teeth parallelly aligned to it, said clap-fork being at one end permanently or temporarily mounted on a rotating jag , on which the products for being prepared are strung, by means of a connecting arm , having it hinged by means of an axis , so that it may rotate around this axis, the other end of the clap-fork being equipped with a spacer , ended with a positioning element leaning on the jag , when the clap-fork is closed and a hole used for inserting a ring being located at the end of a coiled spring , another immobilizing ring at the opposite end of said spring is being used for inserting the jag's peak.
A display (700; 800) comprising a layer of electro-optic material, a first, light-transmissive electrode and a backplane disposed on the opposed side of the layer of electro-optic material from the first electrode, and voltage control means, the display (700; 800) being characterized in that the backplane comprises: a first plurality of conductive lines (710; 810); a layer of insulating material (720; 820) applied over the first plurality of conductive lines (710; 810); a second plurality of conductive lines (740; 840) applied to the opposed side of the layer of insulating material (720; 820) from the first plurality of conductive lines (710; 810), the second plurality of conductive lines (740; 840) being equal in number to the first plurality of conductive lines (710; 810), and each of the second plurality of conductive lines (740; 840) being associated with a different one of the first plurality of conductive lines (710; 810); and a layer of resistive material (760; 860) in electrical contact with the second plurality of conductive lines (740; 840), the layer of insulating material (720; 820) having a plurality of apertures (730; 830) extending therethrough such that each of the first plurality of conductive lines (710; 810) is electrically connected to its associated second conductive line (740; 840) via a different one of the apertures (730; 830), and the voltage control means being arranged to vary the potential differences among the first plurality of conductive lines (710; 810) and between the first electrode and the first plurality of conductive lines (710; 810). a first plurality of conductive lines (710; 810); a layer of insulating material (720; 820) applied over the first plurality of conductive lines (710; 810); a second plurality of conductive lines (740; 840) applied to the opposed side of the layer of insulating material (720; 820) from the first plurality of conductive lines (710; 810), the second plurality of conductive lines (740; 840) being equal in number to the first plurality of conductive lines (710; 810), and each of the second plurality of conductive lines (740; 840) being associated with a different one of the first plurality of conductive lines (710; 810); and a layer of resistive material (760; 860) in electrical contact with the second plurality of conductive lines (740; 840), the layer of insulating material (720; 820) having a plurality of apertures (730; 830) extending therethrough such that each of the first plurality of conductive lines (710; 810) is electrically connected to its associated second conductive line (740; 840) via a different one of the apertures (730; 830), and the voltage control means being arranged to vary the potential differences among the first plurality of conductive lines (710; 810) and between the first electrode and the first plurality of conductive lines (710; 810).
A cryogenic disc or ball milling vessel for a laboratory mill for milling reactive samples, comprising a cylindrical milling compartment , containing grinding members such as disc , rings or balls and being closed at the top with a tight lid , the milling compartment being surrounded by cooling space being adapted to be filled with cooling medium, characterised in that the milling compartment is placed inside a cryostatic unit to create the cooling space therebetween, and the milling compartment is separable from the cryostatic unit , and dimensioned such that a gap is created between a flange on said cryostatic unit and the surrounding wall of said milling compartment , in order to allow at least partial filling with a cooling medium.
A device comprising a device composition comprising: a ceramic composition comprising: silica; and cristobalite in an amount greater than 2.5% and less than 10% by weight of the device composition; a cycloaliphatic epoxy binder composition present in the device composition in an amount up to 30% by weight of the device composition; and a silicone composition comprising a siloxane resin, the silicone composition present in the device composition in an amount up to 30% by weight of the device composition, wherein the device defines a plurality of wall surfaces, a wall surface from the plurality of wall surfaces comprising a plurality of 3-dimensional microfeatures comprising at least one protruding undercut, the plurality of wall surfaces defining a periphery of a layer-less volume. a ceramic composition comprising: silica; and cristobalite in an amount greater than 2.5% and less than 10% by weight of the device composition; silica; and cristobalite in an amount greater than 2.5% and less than 10% by weight of the device composition; a cycloaliphatic epoxy binder composition present in the device composition in an amount up to 30% by weight of the device composition; and a silicone composition comprising a siloxane resin, the silicone composition present in the device composition in an amount up to 30% by weight of the device composition, wherein the device defines a plurality of wall surfaces, a wall surface from the plurality of wall surfaces comprising a plurality of 3-dimensional microfeatures comprising at least one protruding undercut, the plurality of wall surfaces defining a periphery of a layer-less volume.
An electronic cigarette, comprising a housing and a suction nozzle , the housing is provided with a support , wherein the electronic cigarette further comprises a top cover capable of covering an opening of the housing , the suction nozzle is disposed at the top of the top cover , at least one end of the top cover is rotatably connected to the support , a clamping rib is disposed at the bottom of the top cover , and a locking mechanism connected to the clamping rib by locking is also disposed in the housing ; the electronic cigarette further comprises an atomization assembly , wherein the support is provided with a receiving chamber for placing the atomization assembly , a first electrode electrically connected to one pole of the atomization assembly is disposed in the receiving chamber , and a second electrode electrically connected to the other pole of the atomization assembly is disposed in the receiving chamber ; the top cover abuts against the first electrode and the second electrode through the atomization assembly ; a third spring is also disposed in the housing , one end of the third spring abuts against the first electrode , characterized in that the first electrode and the second electrode are disposed at the bottom of the receiving chamber and in that the other end of the third spring abuts against the support . the electronic cigarette further comprises an atomization assembly , wherein the support is provided with a receiving chamber for placing the atomization assembly , a first electrode electrically connected to one pole of the atomization assembly is disposed in the receiving chamber , and a second electrode electrically connected to the other pole of the atomization assembly is disposed in the receiving chamber ; the top cover abuts against the first electrode and the second electrode through the atomization assembly ; a third spring is also disposed in the housing , one end of the third spring abuts against the first electrode , characterized in that the first electrode and the second electrode are disposed at the bottom of the receiving chamber and in that the other end of the third spring abuts against the support .
Method for conveying and handling waste material in the channel section of a pneumatic wastes conveying system, in which method solid waste material or recycleable material fed into a conveying pipe is conveyed in the conveying pipe of the pneumatic pipe transport system for material along with the transporting air flow to the delivery end of the material conveying system, where the material is separated from the transporting air, wherein in the method the material (w) is acted upon in the conveying pipe by stopping the speed of movement of the material being conveyed in the conveying pipe by means of a stopper means arranged in the conveying pipe between the separating device of the delivery end and the material (w) being handled, or against the stopper means, in a compacting chamber that is a section in the conveying pipe that is before the stopper means , in the material direction, in the delivery end of the material, at the delivery end of the material conveying system and by bringing about in the channel space of the conveying pipe volumetric compression in at least a part of the material (w) being conveyed by means of the stopper means arranged between the separating device of the delivery end and the material (w) being handled, or against the stopper means, by means of a pressure difference acting on the different sides of the material being handled, such as by the combined effect of suction and replacement air, before transportation of the material onwards in the conveying pipe into a container of the separating device arranged at the delivery end of the pneumatic transport system for wastes, and wherein a pathway for the air flow to bypass the stopper means is arranged by arranging a bypass channel for transporting air, which starts in the conveying pipe at a distance from the stopper means before the stopper means in the material conveying direction and connects to the conveying pipe after the stopper means.
A powder composition for use in manufacturing three-dimensional shaped bodies in a production in layers, the composition containing at least one powder made of a thermoplastic polypropylene (PP), and the powder having the following parameters: melting temperature: 125-155°C melt flow index, 160°C, 2,16 kg: 2 - 30 g/10min mean particle size d50: 40-70 μm particle size: 0-80 μm. melting temperature: 125-155°C melt flow index, 160°C, 2,16 kg: 2 - 30 g/10min mean particle size d50: 40-70 μm particle size: 0-80 μm.