mhurhangee/ep-ind-claims huggingface dataset:
A method for assembling multilayer strips, which are constituted by a thermoplastic polymer, with the aid of electromagnetic radiation for the production of a tube reinforced by at least one layer of strips of orientated plastic material, the strips being rolled up and welded around a support of tubular shape, characterised in that use is made of multilayer strips, comprising at least one layer of plastic material, orientated in at least one direction and transparent to this electromagnetic radiation, the strips being capable of being welded with the aid of electromagnetic radiation with a face on the preformed support of plastic material, the strips comprising at least one other layer comprising a material absorbing this electromagnetic radiation, these strips are obtained in a method of production by coextrusion followed by drawing, and these strips are either bi-layer strips produced by coextrusion in a flat die or multilayer strips which are constituted by a single layer of transparent orientated material located between two thin layers comprising the same plastic material, orientated in the same direction as the transparent layer and further comprising a radiation-absorbing material.
An elevator apparatus, comprising: a car provided in a hoistway; a motor for driving raising and lowering of the car; a brake device for braking rotation of the motor; signal generation means for generating a brake diagnosis signal relating to an operation of the brake device; an operation control section for collectively controlling an operation of the car; a motor control section for controlling the driving of the motor in response to a command from the operation control section; a brake control section for controlling an operation of the brake device in response to a command from the operation control section, the brake control section being capable of generating a brake-control-section diagnosis signal; and characterized in that a plurality of diagnosis sections (105, 106) capable of performing at least failure diagnosis for the brake device based on the brake diagnosis signal from the signal generating means among the failure diagnosis for the brake device and failure diagnosis for the brake control section based on the brake-control-section diagnosis signal from the brake control section, wherein when each of the plurality of diagnosis sections (105, 106) compares a content of diagnosis performed by the self diagnosis section with a content of diagnosis performed by another one of the plurality of diagnosis sections (105, 106) and confirms that the contents of diagnosis are not identical with each other, it is determined that a failure occurs in at least any one of the plurality of diagnosis sections (105, 106) including the self diagnosis section. a car provided in a hoistway; a motor for driving raising and lowering of the car; a brake device for braking rotation of the motor; signal generation means for generating a brake diagnosis signal relating to an operation of the brake device; an operation control section for collectively controlling an operation of the car; a motor control section for controlling the driving of the motor in response to a command from the operation control section; a brake control section for controlling an operation of the brake device in response to a command from the operation control section, the brake control section being capable of generating a brake-control-section diagnosis signal; and characterized in that a plurality of diagnosis sections (105, 106) capable of performing at least failure diagnosis for the brake device based on the brake diagnosis signal from the signal generating means among the failure diagnosis for the brake device and failure diagnosis for the brake control section based on the brake-control-section diagnosis signal from the brake control section, wherein when each of the plurality of diagnosis sections (105, 106) compares a content of diagnosis performed by the self diagnosis section with a content of diagnosis performed by another one of the plurality of diagnosis sections (105, 106) and confirms that the contents of diagnosis are not identical with each other, it is determined that a failure occurs in at least any one of the plurality of diagnosis sections (105, 106) including the self diagnosis section.
A composition comprising: from 20 to 95 weight percent of the composition of stabilized submicron silver particles, from 0.1 to 15 weight percent of the composition of a thermoplastic resin, from 0.05 to 5 weight percent of the composition of one or more capping agent and optionally an organic diluent, wherein said capping agent is polyvinyl alcohol, poly(N-vinyl-2-pyrrolidone), gum arabic, α-methacrylic acid, 11-mercaptoundecanoic acid or the disulfide derivative thereof, stearic acid, palmitic acid, decanoic acid, polyethylene glycol polyacrylic acid and aminomodified polyacrylic acid, 2-mercaptoethanol, starch, or a mixture of any two or more thereof. from 20 to 95 weight percent of the composition of stabilized submicron silver particles, from 0.1 to 15 weight percent of the composition of a thermoplastic resin, from 0.05 to 5 weight percent of the composition of one or more capping agent and optionally an organic diluent, wherein said capping agent is polyvinyl alcohol, poly(N-vinyl-2-pyrrolidone), gum arabic, α-methacrylic acid, 11-mercaptoundecanoic acid or the disulfide derivative thereof, stearic acid, palmitic acid, decanoic acid, polyethylene glycol polyacrylic acid and aminomodified polyacrylic acid, 2-mercaptoethanol, starch, or a mixture of any two or more thereof.
A medical fluid delivery machine comprising: a medical fluid pump including a pneumatically actuated pump chamber and first and second pneumatically actuated medical fluid valve chambers located respectively upstream and downstream of the pneumatically actuated pump chamber; at least one of a positive air pressure source or a negative air pressure source for supplying positive or negative pressure air, respectively, to at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber; a pneumatic manifold including an air passageway in fluid communication with (i) at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber and (ii) the at least one positive or the negative air pressure source, the pneumatic manifold defining a manifold aperture; and a pneumatic valve defining a valve aperture sized and arranged such that when the pneumatic valve is abutted against the pneumatic manifold, the valve aperture mates with the manifold aperture, the pneumatic valve including a gasket that extends around the valve aperture; and a bracket configured to clamp the pneumatic valve to the pneumatic manifold, compressing the gasket to seal the pneumatic valve to the manifold. a medical fluid pump including a pneumatically actuated pump chamber and first and second pneumatically actuated medical fluid valve chambers located respectively upstream and downstream of the pneumatically actuated pump chamber; at least one of a positive air pressure source or a negative air pressure source for supplying positive or negative pressure air, respectively, to at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber; a pneumatic manifold including an air passageway in fluid communication with (i) at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber and (ii) the at least one positive or the negative air pressure source, the pneumatic manifold defining a manifold aperture; and a pneumatic valve defining a valve aperture sized and arranged such that when the pneumatic valve is abutted against the pneumatic manifold, the valve aperture mates with the manifold aperture, the pneumatic valve including a gasket that extends around the valve aperture; and a bracket configured to clamp the pneumatic valve to the pneumatic manifold, compressing the gasket to seal the pneumatic valve to the manifold.
A composition comprising a polythiol comprising more than one thiol group, a polyepoxide comprising more than one epoxide group, a catalytic amount of a second amine, and a photolatent base catalyst, wherein the photolatent base catalyst can photochemically generate a first amine, different from the second amine, wherein the second amine is a tertiary amine, wherein the first amine comprises at least one of tetramethylguanidine, diphenylguanidine, 1,4-diazabicyclo[2.2.2]octane, quinuclidine, 1,8-diazabicyclo[5.4.0]undec-7-ene, or 1,5-diazabicyclo[4.3.0]non-5-ene.
A method for adjusting the burn-through point in a sintering machine, in which the material to be sintered is charged onto a conveying path, ignited and transported past wind boxes arranged in conveying direction up to a material dump, wherein at at least three measurement points consecutively arranged in conveying direction along the conveying path the temperature is measured and the conveying speed of the sintering machine is adjusted in dependence on the position of the maximum measured temperature (D(i)) relative to the position of the selected burn-through point on the conveying path, characterized in that the profile of the temperature of three consecutively arranged measurement points is compared, wherein a maximum of the temperature is assumed when the first and third measurement points in conveying direction have a lower temperature value than the second measurement point, and wherein no maximum of the temperature is assumed when all measurement points form an ascending series of temperature values, and that with an assumed maximum of the temperature the conveying speed is adjusted in dependence on a deviation between the position of the measurement point with the maximum temperature value (D(i)) and the position of the selected burn-through point and that with no assumed maximum of the temperature the conveying speed is reduced by a specified value.
A device (100, 200, 300) for closing a container, in particular a piston, for a liquid for determining evaporation properties of the liquid according to at least one standardized test, comprising: at least one temperature measuring system, in particular for measuring a vapor temperature of the liquid, with a temperature sensor with a lower end; a closure part with a, in particular conically formed, outer surface, designed for contacting a, in particular inner, surface of an opening of the container for closing the container with a through opening, through which a part of the temperature sensor is guided such that the lower end of the temperature sensor is arranged inside the container; a mechanism, in particular a screw mechanism, for adjusting a position of the lower end of the temperature sensor along a longitudinal direction of the temperature sensor; a support part projecting above the closure part transversely to the longitudinal direction of the temperature sensor over the closure part and/or over a central part, which support part is telescopable into one another with a counterpart of an auxiliary device, wherein the support part or the counterpart are formed as plug element and the support part or the counterpart are formed as sleeve shaped element. at least one temperature measuring system, in particular for measuring a vapor temperature of the liquid, with a temperature sensor with a lower end; a closure part with a, in particular conically formed, outer surface, designed for contacting a, in particular inner, surface of an opening of the container for closing the container with a through opening, through which a part of the temperature sensor is guided such that the lower end of the temperature sensor is arranged inside the container; a mechanism, in particular a screw mechanism, for adjusting a position of the lower end of the temperature sensor along a longitudinal direction of the temperature sensor; a support part projecting above the closure part transversely to the longitudinal direction of the temperature sensor over the closure part and/or over a central part, which support part is telescopable into one another with a counterpart of an auxiliary device, wherein the support part or the counterpart are formed as plug element and the support part or the counterpart are formed as sleeve shaped element.
A composition comprising a compound that is present as a structure represented by a formula: or pharmaceutically acceptable salt thereof, or combination of one or more thereof for use in the treatment of autism or one or more autism spectrum disorders, wherein said composition is a pharmaceutical composition, a medical food or a dietary composition.
System for feeding a coating material from a modular unit to a coating device, which modular unit is provided for storing and supplying preferably roll-shaped or coil-shaped coating material units, in particular edge bands for application to a narrow side of planar workpieces, comprising: a feed portion for receiving and transporting the coating material, a magazine unit for guiding the coating material supplied by the feed portion, at least one movable modular unit, a coupling portion for coupling the movable modular unit to the feed portion, which modular unit receives coating material units, characterised in that the coupling portion comprises a latching socket, for example an opening, which can be brought into engagement with a latching element of a modular unit, wherein the coupling portion comprises an electric interface for electrically coupling the modular unit to the feed portion. a feed portion for receiving and transporting the coating material, a magazine unit for guiding the coating material supplied by the feed portion, at least one movable modular unit, a coupling portion for coupling the movable modular unit to the feed portion, which modular unit receives coating material units, characterised in that the coupling portion comprises a latching socket, for example an opening, which can be brought into engagement with a latching element of a modular unit, wherein the coupling portion comprises an electric interface for electrically coupling the modular unit to the feed portion.
An assembly comprising: a boiling water reactor sparger end assembly including a bracket and a sparger pin configured to pass through the bracket, the sparger pin including a head with a hole therethrough, and a clamp, characterized in that the clamp comprises: a base defining a chamber configured to fit over and around the sparger pin head, said base including a top wall having a first hole therethrough and a side wall having a second hole therethrough; a bolt configured to fit through said first hole, said bolt including an abutment surface; a reaction arm configured to fit through said second hole and having a first surface configured to engage a top surface of the sparger pin and a second surface opposite said first surface and configured to engage said abutment surface; and a cross pin configured to fit through said second hole and the sparger pin head hole; wherein the clamp is configured in such a manner that rotation of said bolt imparts a force through said reaction arm to the sparger pin and said cross pin to join said base and the sparger pin. a boiling water reactor sparger end assembly including a bracket and a sparger pin configured to pass through the bracket, the sparger pin including a head with a hole therethrough, and a clamp, characterized in that the clamp comprises: a base defining a chamber configured to fit over and around the sparger pin head, said base including a top wall having a first hole therethrough and a side wall having a second hole therethrough; a bolt configured to fit through said first hole, said bolt including an abutment surface; a reaction arm configured to fit through said second hole and having a first surface configured to engage a top surface of the sparger pin and a second surface opposite said first surface and configured to engage said abutment surface; and a cross pin configured to fit through said second hole and the sparger pin head hole; wherein the clamp is configured in such a manner that rotation of said bolt imparts a force through said reaction arm to the sparger pin and said cross pin to join said base and the sparger pin. a base defining a chamber configured to fit over and around the sparger pin head, said base including a top wall having a first hole therethrough and a side wall having a second hole therethrough; a bolt configured to fit through said first hole, said bolt including an abutment surface; a reaction arm configured to fit through said second hole and having a first surface configured to engage a top surface of the sparger pin and a second surface opposite said first surface and configured to engage said abutment surface; and a cross pin configured to fit through said second hole and the sparger pin head hole; wherein the clamp is configured in such a manner that rotation of said bolt imparts a force through said reaction arm to the sparger pin and said cross pin to join said base and the sparger pin.
A power converter comprising: a cascode circuit including a depletion mode field effect transistor and an enhancement mode field effect transistor electrically coupled in cascode, the cascode circuit configured to provide a cascode node voltage (VDL, 301); and an overcurrent detection circuit, wherein the overcurrent detection circuit comprises a comparator electrically coupled to the cascode node voltage to compare the cascode node voltage with a threshold voltage (HS_TH), and a controller configured to monitor a time duration of a plateau in the cascode node voltage (VDL, 301) during turn-on, wherein the overcurrent detection circuit is configured to detect an overcurrent fault condition during the turn-on when the time duration exceeds a threshold time duration. a cascode circuit including a depletion mode field effect transistor and an enhancement mode field effect transistor electrically coupled in cascode, the cascode circuit configured to provide a cascode node voltage (VDL, 301); and an overcurrent detection circuit, wherein the overcurrent detection circuit comprises a comparator electrically coupled to the cascode node voltage to compare the cascode node voltage with a threshold voltage (HS_TH), and a controller configured to monitor a time duration of a plateau in the cascode node voltage (VDL, 301) during turn-on, a comparator electrically coupled to the cascode node voltage to compare the cascode node voltage with a threshold voltage (HS_TH), and a controller configured to monitor a time duration of a plateau in the cascode node voltage (VDL, 301) during turn-on, wherein the overcurrent detection circuit is configured to detect an overcurrent fault condition during the turn-on when the time duration exceeds a threshold time duration.
A modular mask assembly for use as part of an apparatus for supplying a flow of respiratory gases to a user, the modular mask assembly comprising: a mask body adapted for use with a plurality of mask seal assemblies of different sizes, the mask body having an inlet through which said flow of respiratory gases are provided to the interior of said mask body, the inlet adapted to be connected to a gases conduit, and a plurality of mask seal assemblies, each mask seal assembly comprising a seal of flexible material and a clip of rigid material, the seal having a first side and a second side, the first side of the seal being shaped to approximately match the contours of a user's face and in use substantially seal against a user's face, the second side attached to said clip, the clip providing an interface extending substantially the full perimeter or periphery of the mask seal assembly for releasably attaching the mask seal assembly to the mask body, wherein the clip comprises a bridging portion spanning outwards from the perimeter or periphery of the mask body to space at least a portion of the second side of the seal outwards from the perimeter or periphery of the mask body, wherein the bridging portion and the seal of each mask seal assembly are sized according to a series of sizes, each one of the series of sizes suitable for sealing against a differently sized user's face, and wherein the seal is attached to a first side of the clip and a second side of the clip is releasably attachable to the mask body, and the bridging portion spans between the first and second sides of the clip. a mask body adapted for use with a plurality of mask seal assemblies of different sizes, the mask body having an inlet through which said flow of respiratory gases are provided to the interior of said mask body, the inlet adapted to be connected to a gases conduit, and a plurality of mask seal assemblies, each mask seal assembly comprising a seal of flexible material and a clip of rigid material, the seal having a first side and a second side, the first side of the seal being shaped to approximately match the contours of a user's face and in use substantially seal against a user's face, the second side attached to said clip, the clip providing an interface extending substantially the full perimeter or periphery of the mask seal assembly for releasably attaching the mask seal assembly to the mask body, wherein the clip comprises a bridging portion spanning outwards from the perimeter or periphery of the mask body to space at least a portion of the second side of the seal outwards from the perimeter or periphery of the mask body, wherein the bridging portion and the seal of each mask seal assembly are sized according to a series of sizes, each one of the series of sizes suitable for sealing against a differently sized user's face, and wherein the seal is attached to a first side of the clip and a second side of the clip is releasably attachable to the mask body, and the bridging portion spans between the first and second sides of the clip.
A method for controlling/commanding a hydraulic module equipping a hybrid motor vehicle, the hydraulic module including two hydraulic engines (14, 15) housed respectively in a right-hand or left-hand part, each engine including at least one piston and a cylinder with one of these two elements being a floating element and secured to a plate, each engine (14, 15) being connected to at least one selectively low pressure or high pressure circuit and converting the energy originating from the fluid under pressure into mechanical energy in the form of a drive torque transmitted to at least one drive wheel with which it is associated, the method carrying out, on a respective torque setpoint request emitted by the control/command of the powertrain, a torque regulation of the hydraulic engines (14, 15), characterized in that the torque regulation is carried out independently for the right-hand and left-hand parts, this regulation being a function of the measurements of high pressure and low pressure difference of the hydraulic circuit, of the angular position (51, 54) of the respective part and of the speed (52, 55) of the drive wheel associated with the part.