mhurhangee/ep-ind-claims huggingface dataset:
A method for making a silicone-coated mineral wool, the method comprising: providing a mineral wool comprising a collection of mineral wool fibers; applying to the mineral wool a solvent-borne coating composition comprising a silicone, the silicone of the coating composition having a number-average molecular weight determined in accordance with the method outlined in the description of at least 25 kDa; and allowing the solvent to evaporate to provide silicone-coated mineral wool. providing a mineral wool comprising a collection of mineral wool fibers; applying to the mineral wool a solvent-borne coating composition comprising a silicone, the silicone of the coating composition having a number-average molecular weight determined in accordance with the method outlined in the description of at least 25 kDa; and allowing the solvent to evaporate to provide silicone-coated mineral wool.
Apparatus for generating pressure pulses by means of explosions, comprising a pressure-resistant container (1, 100) with a main explosion chamber (11, 31) incorporated therein and an auxiliary explosion chamber with an ignition device (10, 14), further comprising at least one supply line (9, 9') for supplying a flowable explosive material, and a discharge opening for the directed discharge of a pressure pulse generated by the ignition of the explosive material in the main explosion chamber, further comprising a closure means which closes the discharge opening and which at least partially releases the discharge opening by the pressure force of an explosion in the auxiliary explosion chamber, and having a delay means between the main and auxiliary explosion chamber for delayed ignition of a main explosion in the main explosion chamber, in such a way that at the time of the main explosion the discharge opening is at least partially open, characterized in that the pressure force of the explosion in the auxiliary explosion chamber acts on the closure means and in that the closure means is thus displaceable in its position and at least partially opens the discharge opening, wherein the main explosion chamber (11, 31) and the closure means closing the discharge opening being arranged in such a way that a gas pressure in the main explosion chamber acts on the closure means perpendicularly to the direction of movement of the closure.
A fuel injector for use in an internal combustion engine, the fuel injector comprising: a valve needle having a needle axis and being reciprocally movable within a bore in a nozzle housing towards and away from a needle seat along the needle axis; and a needle actuator comprising a force applicator and a force convertor; wherein the force applicator is configured to apply a radial force to the force convertor in a direction transverse to the needle axis, and the force convertor is configured to convert the radial force to a longitudinal force substantially parallel to the needle axis; and wherein the needle actuator is configured to apply the longitudinal force to the valve needle, thereby to effect movement of the valve needle along the needle axis; characterized in that the force applicator includes an electromagnetic coil which encircles the force convertor and the needle, such that the coil, the force convertor and the needle are coaxial with one another and, wherein the force convertor comprises a head portion that applies the longitudinal force to the needle, and wherein the head portion is coupled to the needle via a first damping means. a valve needle having a needle axis and being reciprocally movable within a bore in a nozzle housing towards and away from a needle seat along the needle axis; and a needle actuator comprising a force applicator and a force convertor; wherein the force applicator is configured to apply a radial force to the force convertor in a direction transverse to the needle axis, and the force convertor is configured to convert the radial force to a longitudinal force substantially parallel to the needle axis; and wherein the needle actuator is configured to apply the longitudinal force to the valve needle, thereby to effect movement of the valve needle along the needle axis; characterized in that the force applicator includes an electromagnetic coil which encircles the force convertor and the needle, such that the coil, the force convertor and the needle are coaxial with one another and, wherein the force convertor comprises a head portion that applies the longitudinal force to the needle, and wherein the head portion is coupled to the needle via a first damping means.
A cooling device comprising at least one freezing compartment; at least one evaporator which transfers heat with the air in the freezing compartment so as to keep the freezing compartment at a desired temperature; at least one fan which disperses the air, which is brought to the desired temperature by means of the evaporator, in the freezing compartment; at least one dehumidification apparatus which is placed into the freezing compartment and which comprises a body having at least one inlet opening, at least one outlet opening and at least one desiccant material which is placed between the inlet opening and the outlet opening and which dehumidifies humid air entering through the inlet opening, thus enabling the dehumidified air to leave through the outlet opening, characterized by the body which extends so as to narrow from the inlet opening towards the outlet opening.
A molecular sieve chamber comprising: a plurality of containers each having a solid sealed sidewall, each of the plurality of containers including: a venting passage; and, at least one molecular sieve positioned between the venting passage and the sidewall; characterised in that the venting passage comprises a hollow tube comprising a wall having a plurality of apertures allowing a refrigerant to pass through the wall of the venting passage to access the molecular sieve. a venting passage; and, at least one molecular sieve positioned between the venting passage and the sidewall;
A hot water supply apparatus, comprising: a heat source device; a tank configured to store water; a water circuit through which the water in the tank circulates; a heat exchanger having a first channel connected to the water circuit; and a controller configured to control the heat source device and the water circuit, wherein the controller is configured to perform: a first operation in which the heat source device directly or indirectly heats the water in the first channel of the heat exchanger; and a second operation in which the heat source device directly or indirectly cools the water in the first channel of the heat exchanger after the first operation ends, characterized in that the controller is configured to perform a first determination of whether to perform the second operation according to an amount of scale in the water circuit in the course of the first operation. a heat source device; a tank configured to store water; a water circuit through which the water in the tank circulates; a heat exchanger having a first channel connected to the water circuit; and a controller configured to control the heat source device and the water circuit, wherein the controller is configured to perform: a first operation in which the heat source device directly or indirectly heats the water in the first channel of the heat exchanger; and a second operation in which the heat source device directly or indirectly cools the water in the first channel of the heat exchanger after the first operation ends, a first operation in which the heat source device directly or indirectly heats the water in the first channel of the heat exchanger; and a second operation in which the heat source device directly or indirectly cools the water in the first channel of the heat exchanger after the first operation ends, characterized in that the controller is configured to perform a first determination of whether to perform the second operation according to an amount of scale in the water circuit in the course of the first operation.
A method of evaluating a dynamic system in which values output by a sensor monitoring the system vary across time, comprising a. acquiring a plurality of images representative of the dynamic system over time in two or more dimensions using at least one sensor; b. determining self-similarity among a set of said images by a method including determining pair-wise correlations between pairs of images within said set; and generating a self-similarity matrix comprising the pair-wise correlations; c. for every image, normalizing the pair-wise correlations of said image with respect to all its pair-wise correlations; and d. for every image in the set, computing a measure of entropy over the normalized pair-wise correlations of said image; thereby evaluating the variation in values output by the sensor monitoring the dynamic system over time. a. acquiring a plurality of images representative of the dynamic system over time in two or more dimensions using at least one sensor; b. determining self-similarity among a set of said images by a method including determining pair-wise correlations between pairs of images within said set; and generating a self-similarity matrix comprising the pair-wise correlations; c. for every image, normalizing the pair-wise correlations of said image with respect to all its pair-wise correlations; and d. for every image in the set, computing a measure of entropy over the normalized pair-wise correlations of said image; thereby evaluating the variation in values output by the sensor monitoring the dynamic system over time.
An antiperspirant composition comprising: a) hydrophobically modified particles selected from the group consisting of silica, metal oxide and mixtures thereof; b) amino functionalized silicone; c) water; and d) an antiperspirant active, wherein the antiperspirant active is aluminum sesquichlorohydrate. a) hydrophobically modified particles selected from the group consisting of silica, metal oxide and mixtures thereof; b) amino functionalized silicone; c) water; and d) an antiperspirant active,
Use of a saponin nano micelle as an aqueous solubilizer or a pharmaceutical carrier of a lipid-soluble compound or composition, wherein the saponin nano micelle is a positive saponin nano micelle, and comprises one or more of saponins represented by formula 1; wherein, R 1 and R 2 are independently -H or a hydrophilic group, wherein the hydrophilic group is -OH or glycosyl, and R 1 and R 2 are not -H at the same time; R 3 is -H or -OH; and R 4 is a group represented by formula 3-1 or formula 4-1; wherein, R 1 and R 2 are independently -H or a hydrophilic group, wherein the hydrophilic group is -OH or glycosyl, and R 1 and R 2 are not -H at the same time; R 3 is -H or -OH; and R 4 is a group represented by formula 3-1 or formula 4-1;
A handheld user device comprising: a first user interface; a second user interface; a sensing device for sensing an operating condition of the handheld user device; and a controller for enabling the first user interface and disabling the second user interface if the operating condition corresponds to a first condition, and for enabling the second user interface and disabling the first user interface if the operating condition corresponds to a second condition, wherein the operating condition comprises at least one of an external operating environment of the handheld user device, and a motion of the handheld user device; wherein the first user interface comprises a first set of input types and the second user interface comprises a second set of input types; wherein the first and second sets of input types are different; and wherein the controller is configured to detect an override command of a user in response to the controller enabling the first user interface or the second user interface, generate pattern data corresponding to the override command of the user and modify the first condition and the second condition based upon the pattern data. a first user interface; a second user interface; a sensing device for sensing an operating condition of the handheld user device; and a controller for enabling the first user interface and disabling the second user interface if the operating condition corresponds to a first condition, and for enabling the second user interface and disabling the first user interface if the operating condition corresponds to a second condition, wherein the operating condition comprises at least one of an external operating environment of the handheld user device, and a motion of the handheld user device; wherein the first user interface comprises a first set of input types and the second user interface comprises a second set of input types; wherein the first and second sets of input types are different; and wherein the controller is configured to detect an override command of a user in response to the controller enabling the first user interface or the second user interface, generate pattern data corresponding to the override command of the user and modify the first condition and the second condition based upon the pattern data.
A thrombectomy catheter, comprising: a catheter tube including a proximal portion, a distal portion, and a lumen (110, 112) extending therein; a high pressure tube extending through the catheter lumen (110, 112) from the catheter proximal portion toward the catheter distal portion, the high pressure tube having at least one jet orifice for directing at least one fluid jet through the catheter lumen; an outflow orifice; an inflow orifice; and a fluid pulse generator coupled to the proximal portion of the catheter tube; wherein the fluid pulse generator is configured to inject fluid through the thrombectomy catheter at a first frequency from 20 MHz to 30 MHz. a catheter tube including a proximal portion, a distal portion, and a lumen (110, 112) extending therein; a high pressure tube extending through the catheter lumen (110, 112) from the catheter proximal portion toward the catheter distal portion, the high pressure tube having at least one jet orifice for directing at least one fluid jet through the catheter lumen; an outflow orifice; an inflow orifice; and a fluid pulse generator coupled to the proximal portion of the catheter tube; wherein the fluid pulse generator is configured to inject fluid through the thrombectomy catheter at a first frequency from 20 MHz to 30 MHz.
A wavelength converting converter material comprising at least one wavelength converting phosphor having phosphor particles, part of the phosphor or the whole phosphor is present in the form of nanoparticles and the nanoparticles have a d 50 -value, measured in Q 3 or Q 0, greater than or equal to 1 nm and less than or equal to 100 nm, characterised in that the converter material is present as a film.
A packaged radio frequency, RF, amplifier circuit comprising: a package comprising an electrically conductive flange, an input lead, an output lead, an alumina ring being mounted on the flange and a package cover on top of the flange a semiconductor die on which an amplifying transistor is arranged, said die being mounted on the flange inside the package; a RF decoupling capacitor mounted on the flange inside the package, characterized in that the alumina ring comprises a metallized portion; a bottom surface of the package cover is covered with a top electrode layer and a bottom electrode layer with a dielectric layer sandwiched in between these electrode layers, said top electrode layer, bottom electrode layer, and dielectric layer forming a capacitor, the top electrode layer being electrically connected to the flange and the bottom electrode layer being electrically connected to the metallized portion and first bond wires connecting the metallized portion to the RF decoupling capacitor; and second bond wires connecting the RF decoupling capacitor to the output of the amplifying transistor, wherein the package-cover capacitor is formed to have a capacitance value greater than 0.5μF. a package comprising an electrically conductive flange, an input lead, an output lead, an alumina ring being mounted on the flange and a package cover on top of the flange a semiconductor die on which an amplifying transistor is arranged, said die being mounted on the flange inside the package; a RF decoupling capacitor mounted on the flange inside the package, characterized in that the alumina ring comprises a metallized portion; a bottom surface of the package cover is covered with a top electrode layer and a bottom electrode layer with a dielectric layer sandwiched in between these electrode layers, said top electrode layer, bottom electrode layer, and dielectric layer forming a capacitor, the top electrode layer being electrically connected to the flange and the bottom electrode layer being electrically connected to the metallized portion and first bond wires connecting the metallized portion to the RF decoupling capacitor; and second bond wires connecting the RF decoupling capacitor to the output of the amplifying transistor, wherein the package-cover capacitor is formed to have a capacitance value greater than 0.5μF.
A computer system for providing a cloud monitoring service, the computer system being communicatively coupled to a cloud monitoring point of presence and a cloud monitoring client, wherein the cloud monitoring service registers the cloud monitoring point of presence and the cloud monitoring client, the computer system comprising: a processing unit; a memory (13, 15) operatively coupled to the processing unit; and a program module including components that perform tasks comprising: managing rights of the cloud monitoring point of presence to provide information about a managed entity; providing the rights to the cloud monitoring point of presence; receiving information about the managed entity from the point of presence; managing rights of the cloud monitoring client to request the information about the managed entity; receiving a query from the cloud monitoring client; and providing the information about the managed entity to the cloud monitoring client in response to the received query being related to the managed entity. a processing unit; a memory (13, 15) operatively coupled to the processing unit; and a program module including components that perform tasks comprising: managing rights of the cloud monitoring point of presence to provide information about a managed entity; providing the rights to the cloud monitoring point of presence; receiving information about the managed entity from the point of presence; managing rights of the cloud monitoring client to request the information about the managed entity; receiving a query from the cloud monitoring client; and providing the information about the managed entity to the cloud monitoring client in response to the received query being related to the managed entity. managing rights of the cloud monitoring point of presence to provide information about a managed entity; providing the rights to the cloud monitoring point of presence; receiving information about the managed entity from the point of presence; managing rights of the cloud monitoring client to request the information about the managed entity; receiving a query from the cloud monitoring client; and providing the information about the managed entity to the cloud monitoring client in response to the received query being related to the managed entity.
A two-dimensional information code, in which a code region (20, 20a) is provided, a data region and a plurality of characteristic patterns (22a - 22c) are provided in the code region, and a plurality of light-colored modules and a plurality dark-colored modules are arranged in the data region of the code region, each of the plurality of characteristic patterns (22a - 22c) is composed of a plurality of modules composed of a combination of the light-colored modules and the dark-colored modules, characterized in that the plurality of light-colored modules exhibit reflective characteristics of light color only when light of a second wavelength band different from light of a first wavelength band is radiated, the plurality of dark-colored modules exhibiting reflective characteristics of dark color only when the light of the second wavelength band is radiated, and the information code comprising: a masked portion disposed in the code region so as to mask a predetermined region of the code region, the predetermined region including a part of the characteristic patterns, the masked portion being composed of a material which interrupts passage of the light of the first wavelength band through the masked portion and which allows passage of the light of the second wavelength band through the masked portion. a masked portion disposed in the code region so as to mask a predetermined region of the code region, the predetermined region including a part of the characteristic patterns, the masked portion being composed of a material which interrupts passage of the light of the first wavelength band through the masked portion and which allows passage of the light of the second wavelength band through the masked portion.
A packaged laundry product comprising a flowable laundry composition contained in a package, wherein (i) the flowable laundry composition has a viscosity of at least at least 100 Pa.s. preferably at least 500 Pa.s, when in rest or up to a shear stress of 10 Pa and comprising at least one surfactant and at least one enzyme; and (ii) the package comprises a compressible container in which the flowable laundry composition is stored and a dispensing device which incorporates a fabric pretreatment device and is located at the base of the compressable container and is enclosed by a dosing closure device providing a supportive base of the package characterised in that the dispensing device comprises a channel or duct providing fluid communication between the reservoir and pretreater and that the pretreater comprises a device allowing mechanical cleaning, comprising a hemispherical body with multiple projections extending radially therefrom. (i) the flowable laundry composition has a viscosity of at least at least 100 Pa.s. preferably at least 500 Pa.s, when in rest or up to a shear stress of 10 Pa and comprising at least one surfactant and at least one enzyme; and (ii) the package comprises a compressible container in which the flowable laundry composition is stored and a dispensing device which incorporates a fabric pretreatment device and is located at the base of the compressable container and is enclosed by a dosing closure device providing a supportive base of the package characterised in that the dispensing device comprises a channel or duct providing fluid communication between the reservoir and pretreater and that the pretreater comprises a device allowing mechanical cleaning, comprising a hemispherical body with multiple projections extending radially therefrom.