mhurhangee/ep-ind-claims huggingface dataset:
A flow control system for dispensing liquid from a liquid-tightly sealable container into a second container to a predetermined level, the system comprising: a liquid having a viscosity; a flow control device having a liquid flow channel having a first inlet end and a first outlet end; a fluid flow channel which is independent of the liquid flow channel and which has a second inlet end and a second outlet end; and a flow control element by which flow is prevented or substantially prevented from exiting the first outlet end of the liquid flow channel, the flow control element being a slotted element having a plurality of elongate slots forming liquid flow apertures therethrough, the elongate slots having longitudinal extents which extend across a flow path defined by the liquid flow channel, characterised by the elongate slots being predeterminately dimensioned according to the said viscosity of the liquid to halt or substantially halt liquid flow along the liquid flow channel when the liquid flow channel is tilted to a flow condition and the fluid flow channel becomes at least in part filled with liquid, flow in the liquid flow channel remaining halted or substantially halted until the liquid flow channel is righted to an at rest condition.
Device for breaking off and separating finished product and waste product of a punched sheet, which are adjacent to one another on punching lines, while the sheet is moving in a conveying direction, in particular for a sheet-fed punching and embossing machine, wherein said device comprises the following: - a first conveying unit for inward conveying of sheets along the conveying direction in a first plane at a first speed, having a continuous first belt, which is guided along deflection rollers, and a holding-down means, wherein the holding-down means is pushable onto the first belt, - at least one breaking-off means for breaking off finished product from the sheet, wherein the at least one breaking-off means, in a second plane which is not parallel in relation to the first plane, is pushable onto the first belt, and - a second conveying unit, for outward conveying of finished product at a second speed in a third plane which is not parallel in relation to the second plane, having a continuous second belt which is guided along deflection rollers, wherein the breaking-off means is movable in a clocked manner between a breaking-off position and a rest position, away from the second plane and toward the second plane, characterized in that - a first drawing-off means for outward conveying of the waste product which is separated from the finished product in the second plane is provided, wherein the first drawing-off means is pushable onto the first belt, and in that a second drawing-off means is provided, wherein the second drawing-off means is pushable onto the second belt. - a first conveying unit for inward conveying of sheets along the conveying direction in a first plane at a first speed, having a continuous first belt, which is guided along deflection rollers, and a holding-down means, wherein the holding-down means is pushable onto the first belt, - at least one breaking-off means for breaking off finished product from the sheet, wherein the at least one breaking-off means, in a second plane which is not parallel in relation to the first plane, is pushable onto the first belt, and - a second conveying unit, for outward conveying of finished product at a second speed in a third plane which is not parallel in relation to the second plane, having a continuous second belt which is guided along deflection rollers, wherein the breaking-off means is movable in a clocked manner between a breaking-off position and a rest position, away from the second plane and toward the second plane, - a first drawing-off means for outward conveying of the waste product which is separated from the finished product in the second plane is provided, wherein the first drawing-off means is pushable onto the first belt, and in that a second drawing-off means is provided, wherein the second drawing-off means is pushable onto the second belt.
A counter electrode for dye-sensitized solar cell, comprising: a support; and a catalyst layer formed on or over the support, wherein the catalyst layer contains at least carbon nanotubes having a carbon monoxide desorption of 400 μmol/g to 1,000 μmol/g and a carbon dioxide desorption of 200 μmol/g to 600 μmol/g, as measured at from 150°C to 950°C in temperature programmed desorption, wherein the catalyst layer has a solid zeta-potential of +20 mV to -20 mV and contains the carbon nanotubes in an amount of 5 mg/m 2 to 1 × 10 3 mg/m 2, and the carbon nanotubes are sulfuric acid-treated carbon nanotubes. a support; and a catalyst layer formed on or over the support, wherein the catalyst layer contains at least carbon nanotubes having a carbon monoxide desorption of 400 μmol/g to 1,000 μmol/g and a carbon dioxide desorption of 200 μmol/g to 600 μmol/g, as measured at from 150°C to 950°C in temperature programmed desorption, wherein the catalyst layer has a solid zeta-potential of +20 mV to -20 mV and contains the carbon nanotubes in an amount of 5 mg/m 2 to 1 × 10 3 mg/m 2, and the carbon nanotubes are sulfuric acid-treated carbon nanotubes.
A method for controlling a laundry treatment apparatus which includes a drum in which a target object to be dried is put, a drum motor to drive the drum, an air duct to guide air into the drum, a heat pump provided in the air duct to dehumidify and heat the air, a blower fan to move the air of the air duct, and a blower motor to drive the blower fan, the method comprising: a drum driving step for repeatedly driving the drum by accelerating and decelerating the drum; a steam supply step for supplying steam for a predetermined time during execution of the drum driving step; and an air supply step for circulating internal air of the drum during execution of the drum driving step, characterized in that the blower fan is provided separately from the drum motor, and that the blower motor is stopped to stop the circulation of the internal air of the drum during execution of the steam supply step. a drum driving step for repeatedly driving the drum by accelerating and decelerating the drum; a steam supply step for supplying steam for a predetermined time during execution of the drum driving step; and an air supply step for circulating internal air of the drum during execution of the drum driving step, characterized in that the blower fan is provided separately from the drum motor, and that the blower motor is stopped to stop the circulation of the internal air of the drum during execution of the steam supply step.
A packaging for storage and transport of a bioreactor system, the bioreactor system having a vessel comprising a flexible material defining a chamber and a mixing system disposed in the chamber, the mixing system including a base and a shaft rotatably mounted in the base, the packaging comprising a frame comprising: a base member including a cavity configured in size to have the mixing system base securely positioned therein, vertical support members connected to the base member, and cross members (1206, 1218, 1220, 1222) connecting adjacent vertical support members; and characterized by: a support structure connected to the frame and configured to be connected to the shaft of the mixing system via a plurality of rods (1204,1208,1212,1214) connected to a hub (140;202) in which the shaft is rotatably positioned. a frame comprising: a base member including a cavity configured in size to have the mixing system base securely positioned therein, vertical support members connected to the base member, and cross members (1206, 1218, 1220, 1222) connecting adjacent vertical support members; and characterized by: a support structure connected to the frame and configured to be connected to the shaft of the mixing system via a plurality of rods (1204,1208,1212,1214) connected to a hub (140;202) in which the shaft is rotatably positioned.
A method for detecting a leaking point in a heat recovery system of an internal combustion engine of a motor vehicle, wherein the heat recovery system (12; 12a) comprises at least one particularly combustible working medium and a working medium circuit (13; 13a) having at least one evaporator (14; 14a), a pump (15; 15a) and at least one expansion machine (16; 16a), wherein the exhaust gas of the internal combustion engine flows through the evaporator (14; 14a), characterised in that at least one NH 3 sensor (20; 20a) is arranged downstream of the evaporator (14; 14a) in the exhaust gas flow path, and the exhaust gas in the exhaust gas flow path is measured by said NH 3 sensor (20; 20a), wherein after the occurrence of at least one abnormally high NH 3 measured value, preferably after carrying out a plausibility check, a conclusion is drawn on a leakage of the evaporator (14; 14a), wherein a chemical substance, which is selected as a working medium or which is added to the working medium, reacts to the NH3 sensor (20; 20a).
A method for producing a heat exchanger, notably for a motor vehicle, in which fluid flow lines are inserted into through-holes in heat-exchange fins and the fluid flow lines are expanded such as to widen a contour of said lines to ensure contact with said fins at said through-holes and, additionally, for at least one of said lines, to deform a concave portion of the contour of the line or lines, characterized in that said concave portion is deformed such as to obtain a matching deformation in said through-holes.
Crimp coupling for connecting a hose to a fitting, comprising a fitting on which an outwardly projecting stop collar and a groove are formed, which groove is circumferentially extending around the fitting at a constant axial distance to the stop collar, and a crimping ferrule which can be slid onto the fitting and which is formed by deep drawing, and in which a circular opening is stamped in the originally closed bottom side for sliding the ferrule onto the fitting, wherein the crimping ferrule at its front end comprises a flange directed towards the ferrule axis, which flange remained as a margin after stamping the front opening in the originally closed bottom side and which is oriented with its stamped wall surface parallel to the ferrule axis, and comprises in the back a cylindrical section extending over a major part of the length of the crimping ferrule, wherein the distance between the stop collar and the groove of the fitting is dimensioned such that the flange, when it is in abutment on the stop collar, is, with its rearward lower edge facing away from the stop collar, disposed above the groove, wherein between the cylindrical section and the flange a tapering hinge section is formed which is formed in a tapering manner starting at a larger radius to the ferrule axis at the adjoining cylindrical section to a smaller radius at the adjoining end of the flange in such a manner that the hinge section is, due to the diameter reduction of the cylindrical section during crimping, pivoting with its end carrying the flange in outward direction relative to the cylindrical section and is approaching a parallel orientation to the ferrule axis, whereby also the flange is pivoted such that the lower edge of the flange facing away from the stop collar is turned into the groove by the pivotal movement of the flange.
A neuromodulation customization system for use with a neuromodulation device having neuromodulation output circuitry to generate a modulation field via a set of electrodes, comprising: a field definition user interface to facilitate entry of a customized electrotherapy field definition the field definition user interface including a set of input controls for defining a shape, field intensity, and field steering parameters of the of the customized electrotherapy field; a neuromodulation signaling engine to produce commands for the neuromodulation output circuitry to control generation of a customized electrotherapy field via the set of electrodes based on the customized electrotherapy field definition, including generating a neuromodulation parameter set for controlling current at individual ones of a set of electrodes to collectively produce the defined shape of the modulation field; and a supervisor engine to determine that the customized electrotherapy field to be generated is in compliance with applicable predefined criteria, and to use the generated neuromodulation parameter set to produce the modulation field with the defined field shape when the assessment indicates compliance of the defined field shape with the applicable predefined criteria. a field definition user interface to facilitate entry of a customized electrotherapy field definition the field definition user interface including a set of input controls for defining a shape, field intensity, and field steering parameters of the of the customized electrotherapy field; a neuromodulation signaling engine to produce commands for the neuromodulation output circuitry to control generation of a customized electrotherapy field via the set of electrodes based on the customized electrotherapy field definition, including generating a neuromodulation parameter set for controlling current at individual ones of a set of electrodes to collectively produce the defined shape of the modulation field; and a supervisor engine to determine that the customized electrotherapy field to be generated is in compliance with applicable predefined criteria, and to use the generated neuromodulation parameter set to produce the modulation field with the defined field shape when the assessment indicates compliance of the defined field shape with the applicable predefined criteria.
A method comprising: authenticating (300, 400) a submitting user when the user submits a message to have an application perform an action; using (316, 412) the application to determine if the submitting user is authorized to submit messages on behalf of a source endpoint stored in the message; and invoking (318, 416) a method in the application to perform the action in the application while impersonating (304, 406) a source endpoint user stored in the message, wherein impersonating the source endpoint user comprises logging into the application as the source endpoint user. authenticating (300, 400) a submitting user when the user submits a message to have an application perform an action; using (316, 412) the application to determine if the submitting user is authorized to submit messages on behalf of a source endpoint stored in the message; and invoking (318, 416) a method in the application to perform the action in the application while impersonating (304, 406) a source endpoint user stored in the message, wherein impersonating the source endpoint user comprises logging into the application as the source endpoint user.
Process for the production of carbon nanotubes by decomposition of a gaseous hydrocarbon on an optionally supported heterogeneous catalyst, especially on the basis of manganese and cobalt and optionally molybdenum, in a fluidized bed reactor, characterized in that the catalyst particles fed to the fluidized bed reactor have an external diameter in the range of from 30 μm to 600 μm, the particle sizes of catalyst and carbon nanotube agglomerates are chosen such that the ratio of gas empty tube speed to minimum fluidization speed for all the catalyst and agglomerate particles present in the fluidized bed reactor is between 1.1 and 60, and at the same time the gas speed in the reactor is set below the sinking speed of the particles, or a device for recycling discharged particles is employed, and wherein the carbon nanotubes formed are removed from the reactor by means of a sifting device which removes from the reactor only carbon nanotube agglomerates above a defined minimum diameter.
A computer-implemented method for eliminating redundant security analyses on network data packets, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: intercepting, at a networking device, at least one network data packet destined for a target computing device; identifying security system installed on the target computing device; determining that the security system installed on the target computing device does not satisfy a predefined security standard; performing security analysis that satisfies the predefined security standard on the network data packet at the networking device based at least in part on determining that the security system installed on the target computing device does not satisfy the predefined security standard. intercepting, at a networking device, at least one network data packet destined for a target computing device; identifying security system installed on the target computing device; determining that the security system installed on the target computing device does not satisfy a predefined security standard; performing security analysis that satisfies the predefined security standard on the network data packet at the networking device based at least in part on determining that the security system installed on the target computing device does not satisfy the predefined security standard.
A walking aid comprising a body which is attachable to a crutch, wherein said body comprises a top surface adapted to support at least a part of a user's leg, and an elongate ground contacting sole extending the underside of the body, characterised in that the ground contacting sole comprises a substantially planar central portion and two substantially planar end portions, each end portion extending upwardly and outwardly from each end of the central portion wherein, in use, the sole engages the ground with either the central portion to cause the body to be in an upright position, or with one of the end portions to cause the body to lean towards the user.
A variable displacement lubricant pump for providing pressurized lubricant, comprising - a static pump housing, - a shiftable control ring arranged within the pump housing and radially confining a substantially cylindrical pumping chamber, - an inlet chamber and an outlet chamber both being partially confined by the control ring and located at opposite lateral sides of the control ring, and - a lateral slide bearing located at the outlet-chamber-sided lateral side of the control ring and comprising • a first lateral slide bearing surface defined by the pump housing, • a second lateral slide bearing surface being opposite of the first lateral slide bearing surface and being defined by the control ring, and • a lateral slide bearing gap defined between the two lateral slide bearing surfaces (36,38), characterized in that the control ring is provided with a drainage channel fluidically connecting the lateral slide bearing gap with the inlet chamber. - a static pump housing, - a shiftable control ring arranged within the pump housing and radially confining a substantially cylindrical pumping chamber, - an inlet chamber and an outlet chamber both being partially confined by the control ring and located at opposite lateral sides of the control ring, and - a lateral slide bearing located at the outlet-chamber-sided lateral side of the control ring and comprising • a first lateral slide bearing surface defined by the pump housing, • a second lateral slide bearing surface being opposite of the first lateral slide bearing surface and being defined by the control ring, and • a lateral slide bearing gap defined between the two lateral slide bearing surfaces (36,38), characterized in that the control ring is provided with a drainage channel fluidically connecting the lateral slide bearing gap with the inlet chamber. • a first lateral slide bearing surface defined by the pump housing, • a second lateral slide bearing surface being opposite of the first lateral slide bearing surface and being defined by the control ring, and • a lateral slide bearing gap defined between the two lateral slide bearing surfaces (36,38),
Method to deposit a layer of inorganic material on a substrate surface, comprising one or more cycles, each cycle comprising the steps of: a) contacting the substrate surface with a first aqueous liquid solution comprising an organic compound having a functional group permitting its adsorption on the substrate, followed by b) contacting the substrate surface having the organic compound adsorbed thereon with a second liquid aqueous solution comprising an inorganic ion or an ion complex suitable for oxidizing the organic compound and having an insoluble reduction product which is the inorganic material; and wherein each cycle deposits from 0.1 to 1.5 monolayer. a) contacting the substrate surface with a first aqueous liquid solution comprising an organic compound having a functional group permitting its adsorption on the substrate, followed by b) contacting the substrate surface having the organic compound adsorbed thereon with a second liquid aqueous solution comprising an inorganic ion or an ion complex suitable for oxidizing the organic compound and having an insoluble reduction product which is the inorganic material; and wherein each cycle deposits from 0.1 to 1.5 monolayer.
A process for the removal of liquid from lyocell type-cellulose filament bundles or yarns from a lyocell spinning solution of cellulose in an aqueous tertiary amine oxide, wherein the lyocell type-cellulose filament bundles or yarns are guided around a roller under conditions so that equation is fulfilled, with the proviso that a_sp is at least 296 m/s 2: a _ sp = r x ω 2 x titer / 40 with r being the radius of the roller (m), ω being the angular speed (1/s), and titer (dtex) being the bundle/yarn titer, with the proviso that same is at least 20.
Combination of substances for use in the treatment of patients with hypercholesterolemia or of patients with hypercholesterolemic syndrome, cardiovascular diseases and/or altered lipid metabolism, as well as for the prevention of such diseases characterized in that comprises: Xanthan gum, Chitosan, Lycopene and Monascus purpureus.