mhurhangee/ep-ind-claims huggingface dataset:
Method for the remote management of a device connected to a local area network, said local area network being connected to an internet network by means of a residential gateway, referred to as a gateway, the method being characterised in that it comprises, when it is executed by the gateway: intercepting a first request coming from the device comprising an address of a first server for which the first request is intended, the purpose of the first request being to obtain an address of a second server with which the device must be connected; analysing said first request in order to obtain at least one identifier of the device; determining a processing operation to be applied to said first request, from among a plurality of processing operations, according to the identifier of the device and configuration information obtained from an operator, said configuration information comprising information representing a set of devices, the plurality of processing operations comprising a processing operation, called redirection, applied when the device belongs to said set of devices consisting of responding to the first request without contributing the first server; when the processing operation to be applied is a redirection, supplying to said device a response to said first request containing the address of the second server so that the device can connect with the second server. intercepting a first request coming from the device comprising an address of a first server for which the first request is intended, the purpose of the first request being to obtain an address of a second server with which the device must be connected; analysing said first request in order to obtain at least one identifier of the device; determining a processing operation to be applied to said first request, from among a plurality of processing operations, according to the identifier of the device and configuration information obtained from an operator, said configuration information comprising information representing a set of devices, the plurality of processing operations comprising a processing operation, called redirection, applied when the device belongs to said set of devices consisting of responding to the first request without contributing the first server; when the processing operation to be applied is a redirection, supplying to said device a response to said first request containing the address of the second server so that the device can connect with the second server.
A method for forming renal tubules, comprising the steps > embedding individual renal cells in a synthetic hydrogel, based on polyethylene glycol as a component, wherein the PEG hydrogel system is linked via enzymatically cleavable peptides, and wherein the PEG molecules are linked with molecules of a glycosaminoglycan, selected from heparin, heparin with adapted sulfation pattern, chondroitin sulfate and hyaluronic acid, through the peptide units under formation of a hydrogel, and > cultivating the cells up to the formation of tubule structures. > embedding individual renal cells in a synthetic hydrogel, based on polyethylene glycol as a component, wherein the PEG hydrogel system is linked via enzymatically cleavable peptides, and wherein the PEG molecules are linked with molecules of a glycosaminoglycan, selected from heparin, heparin with adapted sulfation pattern, chondroitin sulfate and hyaluronic acid, through the peptide units under formation of a hydrogel, and > cultivating the cells up to the formation of tubule structures.
A casting mould for the casting of metals, wherein a layer permeable to gas of a material which absorbs harmful substances is arranged on at least sections of gas outlet surfaces of the outer surface of the casting mould, wherein harmful substances are defined to be substances contained in the gas which is released during casting process and are environmentally harmful or harmful to health or strong smelling.
LED railway light signal comprising a signal generator for generating variously coloured light spots, wherein the signal generator has at least one LED, at least one optical sensor (15, 15.1, 15.2) and a digital evaluation device (17, 17.1) for monitoring the colour locus and the light intensity of the LED reliably in terms of signaling technology wherein the evaluation device (17, 17.1) generates a feedback signal dependent on environmental conditions and forwards said signal to a signal box, wherein the signal box generates an activation signal to be applied to the signal generator, and means for comparing the feedback signal with the activation signal are provided, characterized in that the at least one LED is an RGB LED - red /yellow /blue LED - for generating mixed colours, and the colour locus and the light intensity are the colour locus and the light intensity of the mixed colours generated.
Method for finishing a visible side of an interior part of pressed fibre material, which pressed fibre material comprises natural fibres incorporated in a plastic matrix material, characterized in that: a surface of the visible side is formed by partially protruding fibres and the matrix material, and at least two layers of differently coloured material are arranged on the visible side, wherein each layer of coloured material comprises a film (15A, 15B) pressed onto the visible side of the interior part, wherein one of the coloured films (15A, 15B) is pressed directly onto the interior part and wherein each film (15A, 15B) is at least partially translucent or transparent. a surface of the visible side is formed by partially protruding fibres and the matrix material, and at least two layers of differently coloured material are arranged on the visible side, wherein each layer of coloured material comprises a film (15A, 15B) pressed onto the visible side of the interior part, wherein one of the coloured films (15A, 15B) is pressed directly onto the interior part and wherein each film (15A, 15B) is at least partially translucent or transparent.
A method for use in operating a radar system that is capable of performing a plurality of different types of radar missions, comprising: loading a re-configurable radar control software program (30, 40) into a digital processor, wherein the re-configurable radar control software program (30, 40) includes code for performing radar functions without regard to radar mission type, the digital processor operative to control the operation of components of the radar system; loading a mission determination code into the digital processor; loading a configuration information retrieval code into the digital processor; determining, with the mission determination code, a mission type to be performed by the radar system; retrieving, with the configuration information retrieval code, a configuration file from a configuration database that is associated with the identified mission type, the configuration database including configuration files associated with a plurality of different mission types; and using configuration information from the retrieved configuration file to configure, with the configuration information retrieval code, the re-configurable radar control software program (30, 40) associated with the radar system to perform a mission having the identified mission type including using the configuration information to adapt one or more common radar functions in the radar control software program (30, 40) for use with the identified mission type. loading a re-configurable radar control software program (30, 40) into a digital processor, wherein the re-configurable radar control software program (30, 40) includes code for performing radar functions without regard to radar mission type, the digital processor operative to control the operation of components of the radar system; loading a mission determination code into the digital processor; loading a configuration information retrieval code into the digital processor; determining, with the mission determination code, a mission type to be performed by the radar system; retrieving, with the configuration information retrieval code, a configuration file from a configuration database that is associated with the identified mission type, the configuration database including configuration files associated with a plurality of different mission types; and using configuration information from the retrieved configuration file to configure, with the configuration information retrieval code, the re-configurable radar control software program (30, 40) associated with the radar system to perform a mission having the identified mission type including using the configuration information to adapt one or more common radar functions in the radar control software program (30, 40) for use with the identified mission type.
Hydraulic accumulator, in the form of a piston accumulator, in which a piston part separates two media chambers (23, 25) inside an accumulator housing from one another, the piston part being guided in a hollow tube or track inside the accumulator housing in each of its possible movement positions, and the track being fixed with its upper end on a lid part of the accumulator housing, characterised in that the piston part is designed as a deep-drawn part, and in that, to fix the track, the inside of the end edge of the lid part comprises a seat for the track with a tolerance sleeve and an O-ring seal.
A method for strengthening a thin walled pipe comprising the steps of: extruding a base portion of a cylindrical pipe wall and co-extruding continuous axially extending rib-like bulge members (1, 2) upon the base portion, the rib-like bulge members (1, 2) being circumferentially spaced apart, characterised by attaching drip emitters to an inner side of the pipe wall, wherein at least some of the bulge members (1, 2) are extruded generally along lateral sides of the drip emitters, possibly along inner and/or outer sides of the pipe wall. extruding a base portion of a cylindrical pipe wall and co-extruding continuous axially extending rib-like bulge members (1, 2) upon the base portion, the rib-like bulge members (1, 2) being circumferentially spaced apart, characterised by attaching drip emitters to an inner side of the pipe wall, wherein at least some of the bulge members (1, 2) are extruded generally along lateral sides of the drip emitters, possibly along inner and/or outer sides of the pipe wall.
Shed forming device for a weaving machine comprising a number of motion systems consisting of a plurality of elements, each comprising, - at least one carrier movable up and down by a driving element, to position one or more warp threads in a shed, and - transmission elements to transmit the motion of each driving element, to a carrier, wherein each motion system comprises a first force element that is connected on the one hand to a carrier and on the other hand to a fixed point to exert a downward-directed first force on the carrier, and wherein each motion system comprises a second force element,, (63a, 63b),,,, and an energy buffer the first force exerted by the first force element bringing about the build-up of a supply of energy in the energy buffer by deformation or displacement of at least one part of an element of the motion system, each motion system comprising stopping means,,, (63d, 63e),,, to prevent the displacement or deformation caused by the first force from exceeding a predetermined maximum, the second force element,, (63a, 63b),,,, being provided to transform the energy stored in the energy buffer into a tensioning force that is exerted on an element of the motion system and resulting in an upward-directed second force on the carrier, at least one part of the latter element being so deformable or displaceable under the influence of the tensioning force that the elements of the motion system are kept under tension, characterized in that the tensioning force exerted by the second force element,, (63a, 63b),,,, is independent of the position of the driving elements,. - at least one carrier movable up and down by a driving element, to position one or more warp threads in a shed, and - transmission elements to transmit the motion of each driving element, to a carrier,
A bleed valve, comprising: a housing with an inlet coupled to an outlet by a duct; a guide tube with a guide tube orifice fixed in the housing between the inlet and the outlet; a piston having a piston orifice, the piston slideably supported on the guide tube and movable between an open position and a closed position, the duct fluidly coupling the inlet to the outlet in the open position, the duct fluidly separating the inlet from the outlet in the closed position, wherein the guide tube orifice and piston orifice fluidly couple the inlet with the outlet in the open position and the closed position to move piston between the open position and the closed position according to differential pressure between the inlet and the outlet of the bleed valve; and a baffle slideably supported by the guide tube to set the differential pressure at which the piston moves between the open position and the closed position. a housing with an inlet coupled to an outlet by a duct; a guide tube with a guide tube orifice fixed in the housing between the inlet and the outlet; a piston having a piston orifice, the piston slideably supported on the guide tube and movable between an open position and a closed position, the duct fluidly coupling the inlet to the outlet in the open position, the duct fluidly separating the inlet from the outlet in the closed position, wherein the guide tube orifice and piston orifice fluidly couple the inlet with the outlet in the open position and the closed position to move piston between the open position and the closed position according to differential pressure between the inlet and the outlet of the bleed valve; and a baffle slideably supported by the guide tube to set the differential pressure at which the piston moves between the open position and the closed position.
A surgical suture comprising: an elongated core including a first leg and a second leg; a first set of barbs projecting from said first leg; and a second set of barbs projecting from said second leg, wherein said first and second sets of barbs are flexible, characterised in that a stop projects from said elongated core between said first and second legs, in that said stop is integrally formed with the core and projects from a central region of said elongated core located between said first and second sets of barbs, and in that said stop is less flexible than said first and second sets of barbs. an elongated core including a first leg and a second leg; a first set of barbs projecting from said first leg; and a second set of barbs projecting from said second leg, wherein said first and second sets of barbs are flexible, characterised in that a stop projects from said elongated core between said first and second legs, in that said stop is integrally formed with the core and projects from a central region of said elongated core located between said first and second sets of barbs, and in that said stop is less flexible than said first and second sets of barbs.
A kerb ramp comprising a ramp body, a stop member depending downwardly from the ramp body, an upper lip secured to an upper edge part of the ramp body that, in use, is supported upon a kerb or footpath surface, and a lower lip secured to a lower edge part of the ramp body that, in use, is supported upon a road surface, wherein the upper and lower lips are of a rubber or rubber-like plastics material, are of ramped form and extend beneath the ramp body to engage, respectively, the kerb or footpath surface and the road surface to thereby be able to resist, in use, sliding movement of the kerb ramp, and wherein the stop member is engageable, in use, with an upright wall of the kerb.
An energy storage module comprising a plurality of energy storage assemblies electrically connected to one another, the module comprising an external casing in which are arranged the storage assemblies and at least one heat exchanger, the module being characterised in that: - the energy storage assemblies are disposed side by side on at least two distinct levels (N1, N2), the or at least one of the heat exchangers being positioned between two adjacent levels so as to be in thermal contact with at least one storage assembly of each of the two adjacent levels on two opposite respective contact faces (26A, 26B) of the exchanger, - said or at least one of said exchangers is fixed to the casing of the module at least at a securing wall that is distinct from the contact faces (26A, 26B), the securing walls of the exchanger and of the casing being configured in such a way that the module has a space between the corresponding securing walls (28; 44) of the exchanger and of the casing, at least at a location distinct from a securing site. - the energy storage assemblies are disposed side by side on at least two distinct levels (N1, N2), the or at least one of the heat exchangers being positioned between two adjacent levels so as to be in thermal contact with at least one storage assembly of each of the two adjacent levels on two opposite respective contact faces (26A, 26B) of the exchanger, - said or at least one of said exchangers is fixed to the casing of the module at least at a securing wall that is distinct from the contact faces (26A, 26B), the securing walls of the exchanger and of the casing being configured in such a way that the module has a space between the corresponding securing walls (28; 44) of the exchanger and of the casing, at least at a location distinct from a securing site.
A virus-inactivating composition with pH of 3.8 to 5.5, comprising 0.02 to 0.3 M arginine and a component selected from the group consisting of: (B-1) 0.01 to 10 mM flavonoid, polyphenol or ascorbic acid derivative, wherein the flavonoid is selected from the group consisting of (-)epicatechin gallate, (-)epigallocatechin gallate, (-)epigallocatechin, (-)epicatechin and (-)gallocatechin gallate, the polyphenol is selected from the group consisting of caffeic acid, caffeic acid phenethyl ester, and their salts with bases, the ascorbic acid derivative is selected from the group consisting of dehydroascorbic acid, L-ascorbic acid phosphate, and their salts with bases, and (B-2) 0.005 to 5 mass% of an arginine derivative selected from the group consisting of acyl arginine having an acyl chain with 8 to 16 carbon atoms and the salts thereof with acids or bases. 0.02 to 0.3 M arginine and a component selected from the group consisting of: (B-1) 0.01 to 10 mM flavonoid, polyphenol or ascorbic acid derivative, wherein the flavonoid is selected from the group consisting of (-)epicatechin gallate, (-)epigallocatechin gallate, (-)epigallocatechin, (-)epicatechin and (-)gallocatechin gallate, the polyphenol is selected from the group consisting of caffeic acid, caffeic acid phenethyl ester, and their salts with bases, the ascorbic acid derivative is selected from the group consisting of dehydroascorbic acid, L-ascorbic acid phosphate, and their salts with bases, and (B-2) 0.005 to 5 mass% of an arginine derivative selected from the group consisting of acyl arginine having an acyl chain with 8 to 16 carbon atoms and the salts thereof with acids or bases. (B-1) 0.01 to 10 mM flavonoid, polyphenol or ascorbic acid derivative, wherein the flavonoid is selected from the group consisting of (-)epicatechin gallate, (-)epigallocatechin gallate, (-)epigallocatechin, (-)epicatechin and (-)gallocatechin gallate, the polyphenol is selected from the group consisting of caffeic acid, caffeic acid phenethyl ester, and their salts with bases, the ascorbic acid derivative is selected from the group consisting of dehydroascorbic acid, L-ascorbic acid phosphate, and their salts with bases, and (B-2) 0.005 to 5 mass% of an arginine derivative selected from the group consisting of acyl arginine having an acyl chain with 8 to 16 carbon atoms and the salts thereof with acids or bases.
A gas turbine combustor adapted to mix liquid fossil fuel with combustion air led from a compressor, burn the mixture and supply combustion gas generated to a gas turbine, the gas turbine combustor comprising: a fuel injection nozzle that atomizes the liquid fossil fuel into fine liquid droplets, the fuel injection nozzle including a first system adapted to supply the liquid fossil fuel, and a second system that, is adapted to supply alcohol fuel as a fluid for atomizing the liquid fuel, wherein the second system, for supplying the alcohol fuel separately from the liquid fossil fuel, has a supply system including an alcohol fuel tank for storing alcohol fuel therein, a pump and a supply pipe; and means for heating the alcohol fuel, characterized in that the fuel injection nozzle includes a third system adapted to supply atomization air for atomizing the liquid fuel, and the means for heating the alcohol fuel supplied to the second system is adapted to use heat of the atomization air to be supplied to the third system to heat the alcohol fuel. a fuel injection nozzle that atomizes the liquid fossil fuel into fine liquid droplets, the fuel injection nozzle including a first system adapted to supply the liquid fossil fuel, and a second system that, is adapted to supply alcohol fuel as a fluid for atomizing the liquid fuel, wherein the second system, for supplying the alcohol fuel separately from the liquid fossil fuel, has a supply system including an alcohol fuel tank for storing alcohol fuel therein, a pump and a supply pipe; and means for heating the alcohol fuel,
A centrifuge comprising a rotary perforated basket on whose inner peripheral wall a liquids/solids slurry is caused to collect in use, with separated liquid being collected via the basket perforations, in which the depth of liquids/solids slurry on the basket wall is calculated from measurements taken by a laser.