mhurhangee/ep-ind-claims huggingface dataset:
Method for emptying a reactor containing at least one bed of spent catalyst particles and comprising at least one dump tube, which opens into the reactor at the bottom of the said bed of particles or underneath the latter, the method comprising the following successive steps: - a first step consisting in causing a proportion of the bed of catalyst to flow out of the reactor via the said dump tube, then - a second step of extracting the vestiges of catalyst, which is performed by sucking up the particles of catalyst remaining in the reactor at the end of the first step, using a flexible extraction sleeve introduced into the reactor via the said dump tube and connected to an extraction system situated outside the reactor, the said sleeve being provided on its external surface with protuberances and being able to move, inside the reactor, translationally and rotationally with respect to the said dump tube. - a first step consisting in causing a proportion of the bed of catalyst to flow out of the reactor via the said dump tube, then - a second step of extracting the vestiges of catalyst, which is performed by sucking up the particles of catalyst remaining in the reactor at the end of the first step, using a flexible extraction sleeve introduced into the reactor via the said dump tube and connected to an extraction system situated outside the reactor, the said sleeve being provided on its external surface with protuberances and being able to move, inside the reactor, translationally and rotationally with respect to the said dump tube.
A method of managing an offset operation of discontinuous reception, hereinafter called DRX, for a mobile device of a wireless communication system, the method comprising: separately managing a start offset operation of a long DRX cycle and a start offset operation of a short DRX cycle, said step of separately managing comprising: utilizing a long DRX Start Offset for the long DRX cycle; and utilizing a short DRX Start Offset for the short DRX cycle; characterized by: receiving a longDRX-CycleStartOffset Information Element containing a DRX Start Offset, which is the long DRX Start Offset, from a network; setting the short DRX Start Offset to a value of [(the DRX Start Offset + n) modulo (a short DRX cycle)], where n is an integer or zero; determining if a first system frame number and a first subframe number match a first equation when the short DRX cycle is used, wherein the first equation is [(the first system frame number * 10) + the first subframe number] modulo (the short DRX cycle) = the short DRX Start Offset; and starting an On Duration Timer when the first system frame number and the first subframe number match the first equation. separately managing a start offset operation of a long DRX cycle and a start offset operation of a short DRX cycle, said step of separately managing comprising: utilizing a long DRX Start Offset for the long DRX cycle; and utilizing a short DRX Start Offset for the short DRX cycle; utilizing a long DRX Start Offset for the long DRX cycle; and utilizing a short DRX Start Offset for the short DRX cycle; receiving a longDRX-CycleStartOffset Information Element containing a DRX Start Offset, which is the long DRX Start Offset, from a network; setting the short DRX Start Offset to a value of [(the DRX Start Offset + n) modulo (a short DRX cycle)], where n is an integer or zero; determining if a first system frame number and a first subframe number match a first equation when the short DRX cycle is used, wherein the first equation is [(the first system frame number * 10) + the first subframe number] modulo (the short DRX cycle) = the short DRX Start Offset; and starting an On Duration Timer when the first system frame number and the first subframe number match the first equation.
A kit for preparing a nanoparticle composition, comprising a first chamber comprising an amphiphilic block copolymer and a cationic compound; and a second chamber comprising an active ingredient selected from a nucleic acid, a polypeptide, a virus or a combination thereof; and comprising neither polylactic acid nor a salt of polylactic acid as kit components. a first chamber comprising an amphiphilic block copolymer and a cationic compound; and a second chamber comprising an active ingredient selected from a nucleic acid, a polypeptide, a virus or a combination thereof; and comprising neither polylactic acid nor a salt of polylactic acid as kit components.
Energy converter for isentropic conversion of thermal energy of a pressurized liquid working medium heated by contact with a heat source into potential energy, realizing partial flash evaporation according to a TLC2 process comprising at least the components: • A closed, thermally insulated, upward directed pipe system with an ascending pipe and a descending pipe, connected by pipe bends (110, 140) • A number of at least 10 pistons freely moving in the closed pipe system equipped with a seal, to form separate working areas above and below the pistons in the ascending pipe and a piston stack in the descending pipe • Insertion openings and an insertion device at the lower level of the pipe system for inserting the heated working medium into a working area between two pistons • Outlet openings in the pipe jacket at the upper level for discharging the remaining liquid and vaporized working medium from the pipe system • a separation device for separating the vaporized working medium from the cold working medium which has remained liquid. • A closed, thermally insulated, upward directed pipe system with an ascending pipe and a descending pipe, connected by pipe bends (110, 140) • A number of at least 10 pistons freely moving in the closed pipe system equipped with a seal, to form separate working areas above and below the pistons in the ascending pipe and a piston stack in the descending pipe • Insertion openings and an insertion device at the lower level of the pipe system for inserting the heated working medium into a working area between two pistons • Outlet openings in the pipe jacket at the upper level for discharging the remaining liquid and vaporized working medium from the pipe system • a separation device for separating the vaporized working medium from the cold working medium which has remained liquid.
A syringe for storing and dispensing a first and a second component of a material, comprising a first chamber containing the first component and a second chamber containing the second component, wherein the syringe further comprises an empty blank chamber that spaces the first and second chamber from each other; wherein the syringe further comprises a cartridge front wall that closes a front end of each of the blank chamber and the first and second chamber, wherein the first chamber has a first dispensing outlet and the second chamber has a second dispensing outlet, wherein the first and second dispensing outlet each extend through the cartridge front wall, and wherein the blank chamber does not comprise a dispensing outlet.
An electrode assembly for measuring the concentration of contaminants within a fluid sample, the electrode assembly comprising: a first contact electrically coupled to a reference electrode; a second contact electrically coupled to a cysteine-functionalized graphene oxide with polypyrrole nanocomposite modified working electrode; and a third contact electrically coupled to a counter electrode; wherein the cysteine-functionalized graphene oxide with polypyrrole nanocomposite is electrochemically grown on the working electrode. a first contact electrically coupled to a reference electrode; a second contact electrically coupled to a cysteine-functionalized graphene oxide with polypyrrole nanocomposite modified working electrode; and a third contact electrically coupled to a counter electrode; wherein the cysteine-functionalized graphene oxide with polypyrrole nanocomposite is electrochemically grown on the working electrode.
A plant for producing sheet material, comprising: - a parallelepiped moulding box for forming a block of viscoelastic foam from a determined quantity of viscoelastic material in fluid form; - a pantograph cutter comprising a blade with reciprocating movement, configured to perform a spiral cutting of said foam block in such a way as to form a continuous sheet from said foam block with said sheet positioned in the form of a spiral, characterised in that said reciprocating blade is movable according to a spiral path whilst said block is kept stationary. - a parallelepiped moulding box for forming a block of viscoelastic foam from a determined quantity of viscoelastic material in fluid form; - a pantograph cutter comprising a blade with reciprocating movement, configured to perform a spiral cutting of said foam block in such a way as to form a continuous sheet from said foam block with said sheet positioned in the form of a spiral, characterised in that said reciprocating blade is movable according to a spiral path whilst said block is kept stationary.
A method comprising: detecting, by a mobile device, an occurrence of unwanted content in a wireless network as indicated by receipt of a complaint about a content item provided by a source device, wherein the complaint is received as a broadcast from a remote mobile device or generated locally based on a local detection; determining a trust value for the source device based at least on the complaint and a credibility value associated with the remote mobile device, wherein the complaint indicates a likelihood that the content item is unwanted content; determining that the source device is a distrusted device based at least on a comparison between the trust value and a trust threshold value; and causing traffic from the source device to be controlled as unwanted traffic in response to determining that the source device is a distrusted device; wherein locally generating the complaint further comprises: monitoring the inbound and outbound traffic of a local device; monitoring user behavior with respect to the content item; generating an unwanted traffic indicator based on the user behavior; determining that the content item is unwanted based at least on a comparison between the unwanted traffic indicator and an unwanted traffic threshold value; generating the complaint about the content item and the source device; and causing broadcasting of the complaint. detecting, by a mobile device, an occurrence of unwanted content in a wireless network as indicated by receipt of a complaint about a content item provided by a source device, wherein the complaint is received as a broadcast from a remote mobile device or generated locally based on a local detection; determining a trust value for the source device based at least on the complaint and a credibility value associated with the remote mobile device, wherein the complaint indicates a likelihood that the content item is unwanted content; determining that the source device is a distrusted device based at least on a comparison between the trust value and a trust threshold value; and causing traffic from the source device to be controlled as unwanted traffic in response to determining that the source device is a distrusted device; wherein locally generating the complaint further comprises: monitoring the inbound and outbound traffic of a local device; monitoring user behavior with respect to the content item; generating an unwanted traffic indicator based on the user behavior; determining that the content item is unwanted based at least on a comparison between the unwanted traffic indicator and an unwanted traffic threshold value; generating the complaint about the content item and the source device; and causing broadcasting of the complaint. monitoring the inbound and outbound traffic of a local device; monitoring user behavior with respect to the content item; generating an unwanted traffic indicator based on the user behavior; determining that the content item is unwanted based at least on a comparison between the unwanted traffic indicator and an unwanted traffic threshold value; generating the complaint about the content item and the source device; and causing broadcasting of the complaint.
A row sowing machine comprising at least one row of application elements, preferably in the form of sowing coulters, to at least some of which stock to be applied can be supplied from a storage space, wherein the storage space is connected with at least one distributor head via at least one feed line, from which distributor head distributor lines lead to the application elements, wherein an additional, separate storage space is provided, which is connected with at least some of the application elements via supply lines, characterized in that a grain singling device for singling the grains to be applied from the additional separate storage space is provided, with both the supply lines from the additional separate storage space and the distributor lines from the distributor head opening at the at least some application elements so that stock can selectively be applied successively or simultaneously at the at least some application elements in single-grain deposition from the additional separate storage space and in drill seed deposition from the storage space.
Infrared heating device, comprising a casing with a number of casing wall elements (3, 4, 5, 6, 7) made of plastic and a number of flexible connecting elements, wherein the casing wall elements (3, 4, 5, 6, 7) are at least detachably connectable to each other with the connecting elements, and at least one flat infrared radiant heater, wherein the casing forms with the casing wall elements (3, 4, 5, 6, 7) a heat shield of the infrared heating device.
A rigid decorative member comprising: a base; and a rigid decorative coating with plural layers containing a reaction compound of an alloy of Cr and one or two or more selected from the group consisting of Mo, W, Nb, Ta, Ti, Hf, Zr, and V, and of one or two or more non-metallic elements of nitrogen, carbon, and oxygen, stacked on the base, wherein the rigid decorative coating with the several layers comprises an adhesion layer stacked on the base, a gradient adhesion layer stacked on the adhesion layer, an abrasion-resistant layer stacked on the gradient adhesion layer, and a recolored gradient layer stacked on the abrasion-resistant layer; a non-metallic element in the adhesion layer is low-concentration oxygen; a non-metallic element in the gradient adhesion layer, the abrasion-resistant layer, and the recolored gradient layer comprises one or two or more of nitrogen, carbon, and oxygen; the content of a non-metallic element in a reaction compound included in the gradient adhesion layer is increased in a gradient manner in a thickness direction with departing from the substrate; and the content of a non-metallic element in a reaction compound included in the recolored gradient layer is increased or decreased in a gradient manner in a thickness direction with departing from the substrate. a base; and a rigid decorative coating with plural layers containing a reaction compound of an alloy of Cr and one or two or more selected from the group consisting of Mo, W, Nb, Ta, Ti, Hf, Zr, and V, and of one or two or more non-metallic elements of nitrogen, carbon, and oxygen, stacked on the base, wherein the rigid decorative coating with the several layers comprises an adhesion layer stacked on the base, a gradient adhesion layer stacked on the adhesion layer, an abrasion-resistant layer stacked on the gradient adhesion layer, and a recolored gradient layer stacked on the abrasion-resistant layer; a non-metallic element in the adhesion layer is low-concentration oxygen; a non-metallic element in the gradient adhesion layer, the abrasion-resistant layer, and the recolored gradient layer comprises one or two or more of nitrogen, carbon, and oxygen; the content of a non-metallic element in a reaction compound included in the gradient adhesion layer is increased in a gradient manner in a thickness direction with departing from the substrate; and the content of a non-metallic element in a reaction compound included in the recolored gradient layer is increased or decreased in a gradient manner in a thickness direction with departing from the substrate.
A connection device for connecting and closing the space between two units of an articulated vehicle, comprising: - a plurality of inflatable tubular elements which are made of flexible material, the tubular elements in the plurality of tubular elements positioned one alongside the other and forming a tunnel structure having an upper wall and two side walls (1d, 1e), the structure having two ends (1a, 1b) which can be coupled to respective ends (3a, 3b) of said two units of the articulated vehicle, - at least one opening for introducing fluid inside at least one tubular element in the plurality of tubular elements, wherein the structure formed by the plurality of tubular elements, when inflated, is self-supporting, wherein the tunnel structure is configured to be closed in a watertight fashion and further comprising a valve that may be open for introducing and/or extracting fluid, whilst it may remain closed otherwise. - a plurality of inflatable tubular elements which are made of flexible material, the tubular elements in the plurality of tubular elements positioned one alongside the other and forming a tunnel structure having an upper wall and two side walls (1d, 1e), the structure having two ends (1a, 1b) which can be coupled to respective ends (3a, 3b) of said two units of the articulated vehicle, - at least one opening for introducing fluid inside at least one tubular element in the plurality of tubular elements,
An event message transmitting method for a control point comprising: installing an application in a controlled device via a network; transmitting from the control point to the controlled device, a first message that comprises a parameter specifying at least one service and at least one address of a device (93, 94) other than the control point itself to which information of a state change will be transmitted, from among different services included in the application, and requests the application to start, wherein a second message that represents the state change of the at least one service specified by the parameter is transmitted from the controlled device to the at least one device (93, 94) other than the control point itself. installing an application in a controlled device via a network; transmitting from the control point to the controlled device, a first message that comprises a parameter specifying at least one service and at least one address of a device (93, 94) other than the control point itself to which information of a state change will be transmitted, from among different services included in the application, and requests the application to start, wherein a second message that represents the state change of the at least one service specified by the parameter is transmitted from the controlled device to the at least one device (93, 94) other than the control point itself.
A method of laminating composite tape over a convex radius edge on a substrate, comprising: moving a material placement head over the substrate toward and around the convex radius edge; laying down a bandwidth of composite tape strips on the substrate as the material placement head moves over the substrate and around the convex radius edge, including using a compaction device to compact the composite tape strips against the substrate wherein the compaction device has a longitudinal axis and a tool center point lying along the longitudinal axis at one end of the compaction device; preventing the compaction device from lifting off composite tape strips laid near the convex radius edge by pivoting the compaction device around a trailing edge of the bandwidth in contact with the convex radius edge as the material placement head moves around the convex radius edge wherein pivoting the compaction device around the trailing edge of the bandwidth includes pivoting the compaction device about the tool center point; and folding the bandwidth as the material placement head moves around the convex radius edge. moving a material placement head over the substrate toward and around the convex radius edge; laying down a bandwidth of composite tape strips on the substrate as the material placement head moves over the substrate and around the convex radius edge, including using a compaction device to compact the composite tape strips against the substrate wherein the compaction device has a longitudinal axis and a tool center point lying along the longitudinal axis at one end of the compaction device; preventing the compaction device from lifting off composite tape strips laid near the convex radius edge by pivoting the compaction device around a trailing edge of the bandwidth in contact with the convex radius edge as the material placement head moves around the convex radius edge wherein pivoting the compaction device around the trailing edge of the bandwidth includes pivoting the compaction device about the tool center point; and folding the bandwidth as the material placement head moves around the convex radius edge.
A patient respiratory device, comprising: means for determining a first estimate of leak conductance which responds relatively quickly to changes in leak conductance, means for determining a second estimate of leak conductance which responds more slowly to changes in leak conductance, and means for determining the mask leak conductance as a function of the first and second estimates of leak conductance. means for determining a first estimate of leak conductance which responds relatively quickly to changes in leak conductance, means for determining a second estimate of leak conductance which responds more slowly to changes in leak conductance, and means for determining the mask leak conductance as a function of the first and second estimates of leak conductance.
A self-propelling road milling machine, particularly a cold-milling machine, comprising - a track assembly carrying the machine frame via lifting columns (12,13), - a milling roller supported on the machine frame for treatment of a ground or traffic surface, - height-adjustable side plates for edge protection, arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the moving direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller, - at least one measuring means detects the lifting, caused by the current milling depth, of a first sensor means resting on the ground or traffic surface to be treated, and - a control means for controlling the milling depth of the milling roller, characterized in that - the measuring means detects the lowering of a second sensor means, consisting of the stripping means, onto the surface of the milling track, the control means detecting the current exact milling depth of the milling roller from both measurement values of the sensor means relative to the machine frame or relative to each other. - a track assembly carrying the machine frame via lifting columns (12,13), - a milling roller supported on the machine frame for treatment of a ground or traffic surface, - height-adjustable side plates for edge protection, arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the moving direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller, - at least one measuring means detects the lifting, caused by the current milling depth, of a first sensor means resting on the ground or traffic surface to be treated, and - a control means for controlling the milling depth of the milling roller, - the measuring means detects the lowering of a second sensor means, consisting of the stripping means, onto the surface of the milling track, the control means detecting the current exact milling depth of the milling roller from both measurement values of the sensor means relative to the machine frame or relative to each other.