mhurhangee/ep-ind-claims huggingface dataset:
A method for inspecting archive slices for malware, the method comprising: mounting, to a disk, a first slice of a plurality of slices in a backup archive, wherein the first slice is an image of user data at a first time; detecting a modified block of the mounted first slice by comparing blocks of the mounted first slice to blocks of a second slice of the plurality of slices, wherein the second slice is an image of the user data captured before the first time; identifying, on a file system of the disk, at least one file in the mounted first slice that corresponds to the detected modified block; scanning the at least one file for viruses and/or malicious software; and in response to detecting that the at least one file is infected with a virus and/or malicious software, generating a cured slice characterised in: generating a copy of the second slice; and transferring, to the copy of the second slice, all files corresponding to a plurality of modified blocks in the mounted first slice and not including the at least one file, wherein the copy of the second slice is the cured slice. mounting, to a disk, a first slice of a plurality of slices in a backup archive, wherein the first slice is an image of user data at a first time; detecting a modified block of the mounted first slice by comparing blocks of the mounted first slice to blocks of a second slice of the plurality of slices, wherein the second slice is an image of the user data captured before the first time; identifying, on a file system of the disk, at least one file in the mounted first slice that corresponds to the detected modified block; scanning the at least one file for viruses and/or malicious software; and in response to detecting that the at least one file is infected with a virus and/or malicious software, generating a cured slice characterised in: generating a copy of the second slice; and transferring, to the copy of the second slice, all files corresponding to a plurality of modified blocks in the mounted first slice and not including the at least one file, wherein the copy of the second slice is the cured slice. generating a copy of the second slice; and transferring, to the copy of the second slice, all files corresponding to a plurality of modified blocks in the mounted first slice and not including the at least one file, wherein the copy of the second slice is the cured slice.
A fluid tool working head for compressing or crimping an electrical connector onto a conductor between two die holders, said fluid tool working head comprising: - a general C shaped profile one piece metal frame comprising a first section having a fluid cylinder area, an opposite second section having an upper die holder and a middle section connecting the first and second sections to each other, wherein the frame comprise a one-piece metal member; - a ram having a one-piece lower die holder movably located in the fluid cylinder area and extending out of the first section of the frame towards the opposite second section of the frame and a slidable connection between the ram and the middle section of the frame, characterized in that the slidable connection forms an exterior T track system (figures 7 and 8) comprising a male T profile and a female T profile, whereby the slidable conection comprises (a) the middle section of the frame having two slots extending into opposite exterior sides (72,74) of the one-piece metal member at the middle section, said middle section with the two slots forming in its head section the male T profile of the exterior T track system, and (b) the lower die holder of the ram comprising two cantilevered hook sections which generally face towards each other, and wherein the hook sections of the lower die holder form the female T profile of the slidable connection, said hook sections having ends slidably respectively located in the two slots of the head section of the T-shaped section of the middle section, and in that the middle section comprises entrance slots through an interior facing side of the middle section which faces an area of movement of the ram between the first and second sections, wherein the entrance slots extend into the slots of the male T profile of the head section for allowing the passage of the ends of the hook sections of the lower die holder into the slots of the T male profile of the exterior T track, whereby the arms (71,90) of the hook sections are located along the opposite lateral sides of the head section and is wrapping around at least one exterior portion of the middle section of the one-piece second frame member. - a general C shaped profile one piece metal frame comprising a first section having a fluid cylinder area, an opposite second section having an upper die holder and a middle section connecting the first and second sections to each other, wherein the frame comprise a one-piece metal member; - a ram having a one-piece lower die holder movably located in the fluid cylinder area and extending out of the first section of the frame towards the opposite second section of the frame and a slidable connection between the ram and the middle section of the frame,
A foldable motor scooter having a seat unit and a rear frame part supporting a rear wheel and a front frame part supporting a steering unit and a front wheel, wherein the front frame part and the rear frame part are connected to one another via an acentric pivot joint in such a way that when the motor scooter is folded, at least one of the front and the rear frame part (60, 61) is pivotable in such a way that the front wheel and the rear wheel are arranged adjacent to one another, in particular congruently adjacent to one another, characterized by a mechanism locking the front frame part and the rear frame part in the unfolded state, which comprises a locking hook, which is actuatable by a pedal, wherein the pedal is formed as a portion of a foot rest of the motor scooter.
Scaffold comprising several spaced apart systems of construction frames present on top of each other, as well as handrail frames that extend between the construction frames and connect them together, which construction frames comprise at least a rear post and a front post that is shorter than the rear post, which front and rear posts (13,15) are connected together by a crossbar, in which the rear of the scaffold can be placed against a building and the handrail frames are at the front, and which handrail frame comprises two post sections, as well as a handrail that extends between the post sections and connects the post sections together, whereby the lower ends of the front and the rear posts (13,15) of the construction frame are on the same level, and the post sections of the handrail frame are on top of the front posts, and whereby the upper ends of the post sections of the handrail frame and of the rear posts of the construction frames are on the same level, characterised in that each construction frame comprises a further post that is present between both posts (13,15) and is just as long as the post at the rear, in which several further horizontal crossbars, which extend between the posts and are spaced apart in the vertical direction, are present between both long posts.
An identification medium (100; 200; 300) having a structure comprising, in the following order, as seen from the side of observation: a cholesteric liquid crystal layer which selectively reflects circularly polarized light of a first wavelength in a visible light band while transmitting infrared rays at a wavelength that is different from the first wavelength, and which has been subjected to hologram processing for forming a processed hologram on the cholesteric liquid crystal layer, and a code printed layer (102; 131), wherein a region which has been subjected to the hologram processing and a region (102a; 131a) in which the ink is printed on the code printed layer (102; 131), are located so as to be at least partially overlapped when they are viewed from the side of observation, characterized in that code information is printed in the code printed layer (102; 131) by an ink that absorbs or reflects the infrared rays. a cholesteric liquid crystal layer which selectively reflects circularly polarized light of a first wavelength in a visible light band while transmitting infrared rays at a wavelength that is different from the first wavelength, and which has been subjected to hologram processing for forming a processed hologram on the cholesteric liquid crystal layer, and a code printed layer (102; 131), wherein a region which has been subjected to the hologram processing and a region (102a; 131a) in which the ink is printed on the code printed layer (102; 131), are located so as to be at least partially overlapped when they are viewed from the side of observation, characterized in that code information is printed in the code printed layer (102; 131) by an ink that absorbs or reflects the infrared rays.
Movable and folding deck for boats comprising: - a support platform provided with an upper flooring surface accessible to one or more persons; - moving means, suitable to be fixed to a prefixed part of a boat, operatively connected with said support platform in such a way as to alternately position said support platform between a rest position, in which said flooring surface of said support platform is substantially placed along a vertical plane and facing and adjacent to said prefixed part of said boat, and an use position, in which said support platform protrudes from said prefixed part of said boat and said flooring surface of said support platform is substantially placed along a horizontal plane and at least partly below the free surface of the water surface which said boat is located in, characterized in that it comprises spraying and/or agitation means coupled with said support platform in such a way as to be predominantly underlying said flooring surface and operatively connected with actuating means suitable to be fed when said support platform takes said use position in order to induce a turbulent flow or an air bubbles set to said water surface above said flooring surface of said support platform, determining an hydromassage effect available to said persons. - a support platform provided with an upper flooring surface accessible to one or more persons; - moving means, suitable to be fixed to a prefixed part of a boat, operatively connected with said support platform in such a way as to alternately position said support platform between a rest position, in which said flooring surface of said support platform is substantially placed along a vertical plane and facing and adjacent to said prefixed part of said boat, and an use position, in which said support platform protrudes from said prefixed part of said boat and said flooring surface of said support platform is substantially placed along a horizontal plane and at least partly below the free surface of the water surface which said boat is located in,
A method of a network node, comprising: transmitting a first slot format information, in the following also referred to as SFI, to a User Equipment, in the following also referred to as UE, wherein the first SFI indicates transmitted direction of symbols of a first set of slots; and transmitting a second SFI carried by a group common physical downlink control channel, in the following also referred to as PDCCH, to the UE, wherein the second SFI indicates transmitted direction of symbols of a second set of slots, and characterized in that if the first set of slots and the second set of slots are partially overlapped in time domain and the second SFI is transmitted after the first SFI, transmitted direction of overlapped symbols indicated by the second SFI is aligned with transmitted direction of the overlapped symbols indicated by the first SFI. transmitting a first slot format information, in the following also referred to as SFI, to a User Equipment, in the following also referred to as UE, wherein the first SFI indicates transmitted direction of symbols of a first set of slots; and transmitting a second SFI carried by a group common physical downlink control channel, in the following also referred to as PDCCH, to the UE, wherein the second SFI indicates transmitted direction of symbols of a second set of slots, and characterized in that if the first set of slots and the second set of slots are partially overlapped in time domain and the second SFI is transmitted after the first SFI, transmitted direction of overlapped symbols indicated by the second SFI is aligned with transmitted direction of the overlapped symbols indicated by the first SFI.
Heating appliance having a water heating system comprising at least - a heat exchanger connected to a water inlet, adapted to transfer a heat flow from a heating circuit to a water flow for water heating, characterised in that the heating appliance further comprises: - a heat exchanger connected to a water inlet, adapted to transfer a heat flow from a heating circuit to a water flow for water heating: - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water, wherein a controllable hot water bypass valve is arranged between an extraction line and a supply line of the storage tank and is set up so that hot water can be conducted from the heat exchanger past the storage tank directly to the hot water outlet when the bypass valve is in an open position. - a heat exchanger connected to a water inlet, adapted to transfer a heat flow from a heating circuit to a water flow for water heating, characterised in that the heating appliance further comprises: - a heat exchanger connected to a water inlet, adapted to transfer a heat flow from a heating circuit to a water flow for water heating: - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water, wherein a controllable hot water bypass valve is arranged between an extraction line and a supply line of the storage tank and is set up so that hot water can be conducted from the heat exchanger past the storage tank directly to the hot water outlet when the bypass valve is in an open position. - a heat exchanger connected to a water inlet, adapted to transfer a heat flow from a heating circuit to a water flow for water heating: - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water, wherein a controllable hot water bypass valve is arranged between an extraction line and a supply line of the storage tank and is set up so that hot water can be conducted from the heat exchanger past the storage tank directly to the hot water outlet when the bypass valve is in an open position. - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water,
A vehicle storage system, comprising: a tank adapted to contain vapour or liquid and vapour, and; a gas convertor for chemically converting at least one part of the vapour contained in the tank into liquid reaction product(s), wherein the gas convertor is configured to contain, in use, a biological catalyst for the conversion of the vapour, wherein the conversion of the vapour into liquid reaction product(s) is controlled such that the pressure in the tank does not exceed a prescribed limit or is reduced. a tank adapted to contain vapour or liquid and vapour, and; a gas convertor for chemically converting at least one part of the vapour contained in the tank into liquid reaction product(s), wherein the gas convertor is configured to contain, in use, a biological catalyst for the conversion of the vapour, wherein the conversion of the vapour into liquid reaction product(s) is controlled such that the pressure in the tank does not exceed a prescribed limit or is reduced.
An actively cooled component of a gas turbine engine, comprising: a body comprising at least one internal channel adapted for a flow of a cooling media therein, said internal channel comprising first and second side walls (250, 252) separating a cold inner surface and a hot inner surface, wherein the cold inner surface comprises a first impingement hole and a second impingement hole both in fluid communication with a cooling media source for ingress of the cooling media into the internal channel, wherein the hot inner surface comprises an angled film hole in fluid communication with a hot outer surface for egress of the cooling media out of the internal channel, and wherein the first and second side walls (250, 252) enclose a length of the channel along which the angled film hole is located between the first and second impingement holes (231, 232) and characterised in that the first side wall has first and second concave portions relative to the internal channel that intersect with one another to form a convex intersection point. a body comprising at least one internal channel adapted for a flow of a cooling media therein, said internal channel comprising first and second side walls (250, 252) separating a cold inner surface and a hot inner surface, wherein the cold inner surface comprises a first impingement hole and a second impingement hole both in fluid communication with a cooling media source for ingress of the cooling media into the internal channel, wherein the hot inner surface comprises an angled film hole in fluid communication with a hot outer surface for egress of the cooling media out of the internal channel, and wherein the first and second side walls (250, 252) enclose a length of the channel along which the angled film hole is located between the first and second impingement holes (231, 232) and wherein the cold inner surface comprises a first impingement hole and a second impingement hole both in fluid communication with a cooling media source for ingress of the cooling media into the internal channel, wherein the hot inner surface comprises an angled film hole in fluid communication with a hot outer surface for egress of the cooling media out of the internal channel, and wherein the first and second side walls (250, 252) enclose a length of the channel along which the angled film hole is located between the first and second impingement holes (231, 232) and characterised in that the first side wall has first and second concave portions relative to the internal channel that intersect with one another to form a convex intersection point.
A device for applying heat treatment to a substance, the device comprising: • an enclosure; • conveyor means for conveying the substance between an inlet of the enclosure and an outlet of the enclosure, the conveyor means comprising a screw mounted to rotate inside the enclosure about an axis of rotation and comprising drive means for driving the screw in rotation; and • heater means (20, 21) for heating the screw by the Joule effect; the device being characterized in that the screw presents electrical resistance that varies along the axis of rotation. • an enclosure; • conveyor means for conveying the substance between an inlet of the enclosure and an outlet of the enclosure, the conveyor means comprising a screw mounted to rotate inside the enclosure about an axis of rotation and comprising drive means for driving the screw in rotation; and • heater means (20, 21) for heating the screw by the Joule effect;
A method of fabricating a device, comprising: forming (S1, S2, S3) a multilayer stack on a substrate which has a principal surface, the multilayer stack comprising: a first layer formed on the principal surface of the substrate, wherein the first layer is a first polymeric material; a supporting layer formed on the first layer, wherein the supporting layer is a second polymeric material; and a photoresist layer formed on the supporting layer; patterning (S4, S5, S6) the multilayer stack to form at least one opening such that the photoresist layer is undercut by the supporting layer and the supporting layer is overcut by the first layer; and anisotropically dry etching the substrate. forming (S1, S2, S3) a multilayer stack on a substrate which has a principal surface, the multilayer stack comprising: a first layer formed on the principal surface of the substrate, a first layer formed on the principal surface of the substrate, wherein the first layer is a first polymeric material; a supporting layer formed on the first layer, wherein the supporting layer is a second polymeric material; and a photoresist layer formed on the supporting layer; a supporting layer formed on the first layer, wherein the supporting layer is a second polymeric material; and a photoresist layer formed on the supporting layer; patterning (S4, S5, S6) the multilayer stack to form at least one opening such that the photoresist layer is undercut by the supporting layer and the supporting layer is overcut by the first layer; and anisotropically dry etching the substrate.
Use of a copper alloy which in wt.% (mass fractions of the melt analysis in %) consists of: silver (Ag) 0.020-0.50 zirconium (Zr) 0.050-0.50 phosphorus maximum 0.060 chromium (Cr) maximum 0.005 The remainder is copper (Cu) and other alloy elements including unavoidable impurities, wherein the proportion of other alloy elements is equal to or less than (≤) 0.50, as a material for casting moulds or casting mould components selected from the following group comprising: mould plates, mould tubes, casting wheels, casting rollers, casting rolls, crucibles.
Composition comprising alkoxylation product mixtures with intrinsically reduced viscosity, obtainable by alkoxylation of epoxy-functional compounds in the presence of at least two different OH-functional starters, starter and starter, characterized in that the starter has a molar mass of greater than 400 g/mol, wherein in the case of average values the number average is given, and starter has a molar mass of less than or equal to 400 g/mol, wherein the alkoxylation products from starter are constructed from alkylene oxide, from at least one epoxide carrying alkoxysilyl groups, and optionally from further monomers, and the alkoxylation products from starter are constructed from alkylene oxide and optionally from at least one epoxide carrying alkoxysilyl groups, and/or from further monomers.
Method for stainless steel production, without electrical energy supply, on the basis of liquid pig iron and FeCr solids, wherein the liquid pig iron after pre-treatment in a blast furnace and a DDD treatment (dephosphorisation, desiliconisation, desulphurisation) in a DDD device is heated, refined or alloyed, reduced in an AOD converter (3, 4) and subsequently an adaptation/setting of the treated steel melt is carried out in a ladle furnace, characterised in that for stainless steel production of all stainless qualities not only in the austenitic, but also in the ferritic range the slag-free liquid pig iron quantity pre-treated in the blast furnace and a DDD device is separated and introduced into two classic 'twin' AOD-L converters (3, 4), in which by parallel contrary sequence the required chemical process steps (the heating V8, and the decarbonising and alloying V9) are then carried out with use of autogenic chemical energy, wherein the charging and heating is initially carried out in the first twin AOD-L converter and the decarbonisation is initially carried out in the second twin AOD-L converter.
An oil agent for carbon-fiber precursor acrylic fiber, comprising: compound A obtained through reactions of a hydroxybenzoic acid and a monohydric aliphatic alcohol having 8∼20 carbon atoms, wherein compound A is represented by formula where R 1a indicates a hydrocarbon group having 8∼20 carbon atoms: compound A obtained through reactions of a hydroxybenzoic acid and a monohydric aliphatic alcohol having 8∼20 carbon atoms, wherein compound A is represented by formula where R 1a indicates a hydrocarbon group having 8∼20 carbon atoms: