mhurhangee/ep-ind-claims huggingface dataset:
An assembly of an aircraft passenger seat assembly and an aircraft deck, the seat assembly being mounted onto the aircraft deck, the deck comprising spaced longitudinally-extending seat tracks; the seat assembly comprising: (a) a seat frame on which is mounted at least one seat back, a seat pan and a plurality of seat legs; characterized in that the seat assembly further comprises: (b) at least one seat floor panel, the or each seat floor panel having an integrated floor panel seat track mounted therein, the at least one floor panel configured to be mounted onto the aircraft deck between the spaced longitudinally-extending deck seat tracks, each integrated floor panel seat track being laterally-offset relative to the longitudinally-extending deck seat tracks; (c) a mounting rail adapted to be mounted onto an aircraft fuselage sidewall; and (d) leg track fasteners for detachably securing the seat legs to the floor panel seat tracks and frame seat fasteners for mounting the seat frame to the sidewall mounted rail. the seat assembly being mounted onto the aircraft deck, the deck comprising spaced longitudinally-extending seat tracks; the seat assembly comprising: (a) a seat frame on which is mounted at least one seat back, a seat pan and a plurality of seat legs; (a) a seat frame on which is mounted at least one seat back, a seat pan and a plurality of seat legs; characterized in that the seat assembly further comprises: (b) at least one seat floor panel, the or each seat floor panel having an integrated floor panel seat track mounted therein, the at least one floor panel configured to be mounted onto the aircraft deck between the spaced longitudinally-extending deck seat tracks, each integrated floor panel seat track being laterally-offset relative to the longitudinally-extending deck seat tracks; (c) a mounting rail adapted to be mounted onto an aircraft fuselage sidewall; and (d) leg track fasteners for detachably securing the seat legs to the floor panel seat tracks and frame seat fasteners for mounting the seat frame to the sidewall mounted rail. (b) at least one seat floor panel, the or each seat floor panel having an integrated floor panel seat track mounted therein, the at least one floor panel configured to be mounted onto the aircraft deck between the spaced longitudinally-extending deck seat tracks, each integrated floor panel seat track being laterally-offset relative to the longitudinally-extending deck seat tracks; (c) a mounting rail adapted to be mounted onto an aircraft fuselage sidewall; and (d) leg track fasteners for detachably securing the seat legs to the floor panel seat tracks and frame seat fasteners for mounting the seat frame to the sidewall mounted rail.
A computer-implemented method for determining, in response to an event of interest, whether to perform a real-time file scan by examining the full context of the event of interest, the method comprising: detecting an event of interest that comprises an attempt by an application to access a file and that triggers a security scan of the file; identifying the file associated with the attempt; accessing contextual metadata associated with the event of interest; accessing at least one rule that comprises criteria for determining, based on the event of interest and the contextual metadata, whether to perform the security scan on the file, the rule stipulating that the file need not be scanned so long as the file is accessed by pre-approved applications; determining that the application attempting to access the file constitutes an unapproved application; determining, by applying the rule, to perform the security scan on the file. detecting an event of interest that comprises an attempt by an application to access a file and that triggers a security scan of the file; identifying the file associated with the attempt; accessing contextual metadata associated with the event of interest; accessing at least one rule that comprises criteria for determining, based on the event of interest and the contextual metadata, whether to perform the security scan on the file, the rule stipulating that the file need not be scanned so long as the file is accessed by pre-approved applications; determining that the application attempting to access the file constitutes an unapproved application; determining, by applying the rule, to perform the security scan on the file.
Thermoactive prefabricated plate consisting of two or more concrete shells (17, 20) arranged parallel to each other, between which is arranged a cavity which is filled with an insulating material, wherein in at least one of the two concrete shells (17, 20) is arranged at least one pipe system through which a temperature-controlled medium flows, characterised in that in the surface of one concrete shell directed towards the room are arranged a plurality of half-open longitudinal slots of which the openings are covered on the room side by a perforated metal sheet, wherein the pipe systems are anchored in integrated fashion in the respective prefabricated plate outside the longitudinal slots and are in heat-conducting contact with the longitudinal slots or with function elements arranged there, wherein the longitudinal slots serve as temperature-controlled air-conducting elements and comprise acoustic absorbers.
A circuit (115, 145, 150) for programming a non-volatile memory device having a plurality of memory cells and a timing unit to provide a clock signal which is used to synchronize all circuits of the non-volatile memory device, the circuit including a plurality of driving elements, each of the plurality of driving elements for applying a program pulse to a selected memory cell to be programmed, the driving elements being suitable to be supplied by a power supply unit (120,125), and control means (145,150) for controlling the driving elements, characterized in that the control means includes means (150,205) for determining a residual capacity of the power supply unit, and selecting means for selectively enabling ones of the plurality of driving elements at each cycle of the clock signal according to the residual capacity of the power supply unit for supplying the programming of the plurality of memory cells, the control means to monitor an actual load placed on a charge pump within the power supply unit (120, 125) to determine the residual capacity, the selecting means being configured to enable at least one driving element in succession during a program step of the selected memory cells, the selecting means further including means for disabling each driving element after a predetermined delay from the enabling of the driving element, the delay corresponding to the length of the program pulse, the control means further including means for signaling a completion of the program step when all the driving elements have been disabled.
A metallic substrate treatment method comprising: contacting a metallic substrate comprising at least one of aluminum and an aluminum alloy with a fluid to form a phosphonate functionalized layer on at least a region of the metallic substrate, the fluid comprising at least one of a phosphonate containing acid and an at least once deprotonated derivative thereof, wherein the at least one of the phosphonate containing acid and the at least once deprotonated derivative thereof comprises a pKa of a first acidic proton, and wherein the fluid comprises a pH in a range of 5.5 to 8.5 and at least 0.5 pH value greater than the pKa of the first acidic proton, and wherein: the phosphonate containing acid has the formula: wherein R 1, R 2, and R 3 are individually selected from hydrogen and an alkyl; and/or the phosphonate containing acid is at least one of phosphorous acid, ethylphosphonic acid, octylphosphonic acid, octadecylphosphonic acid, octane diphosphonic acid, and at least once deprotonated derivatives of each such compound, and characterized in that the fluid comprises 0.1 weight percent to 20 weight percent, based on the total weight of the fluid, of the at least one of the phosphonate containing acid and the at least once deprotonated derivative thereof. contacting a metallic substrate comprising at least one of aluminum and an aluminum alloy with a fluid to form a phosphonate functionalized layer on at least a region of the metallic substrate, the fluid comprising at least one of a phosphonate containing acid and an at least once deprotonated derivative thereof, wherein the at least one of the phosphonate containing acid and the at least once deprotonated derivative thereof comprises a pKa of a first acidic proton, and wherein the fluid comprises a pH in a range of 5.5 to 8.5 and at least 0.5 pH value greater than the pKa of the first acidic proton, and wherein: the phosphonate containing acid has the formula: wherein R 1, R 2, and R 3 are individually selected from hydrogen and an alkyl; and/or the phosphonate containing acid is at least one of phosphorous acid, ethylphosphonic acid, octylphosphonic acid, octadecylphosphonic acid, octane diphosphonic acid, and at least once deprotonated derivatives of each such compound, and the phosphonate containing acid has the formula: wherein R 1, R 2, and R 3 are individually selected from hydrogen and an alkyl; and/or the phosphonate containing acid is at least one of phosphorous acid, ethylphosphonic acid, octylphosphonic acid, octadecylphosphonic acid, octane diphosphonic acid, and at least once deprotonated derivatives of each such compound, and characterized in that the fluid comprises 0.1 weight percent to 20 weight percent, based on the total weight of the fluid, of the at least one of the phosphonate containing acid and the at least once deprotonated derivative thereof.
An adhesive label comprising an uniaxially oriented multilayer facestock, wherein the facestock is uniaxially oriented in machine direction and comprises a core layer, a printable skin layer adjoined to the core layer, and an adhesive receiving skin layer adjoined to the core layer opposite the printable skin layer, and wherein the core layer consists of the following components: 40 to 87 wt.% of propylene homopolymer; 5 to 20 wt.% of a modifier consisting of at least one of the following: ethylene-butene elastomer, ethylene-octene elastomer, and ethylene-octene block copolymer; low density polyethylene; and an antioxidant, and wherein the printable skin layer consists of propylene homopolymer(s); Ziegler-Natta catalysed linear low density polyethylene comprising density between 0.930 and 0.940 g/cm 3, when measured according to standard ASTM D 792; and at least one of the following: 0.05 to 0.2 wt.% of an antiblocking agent and 0.1-0.6 wt.% of an antioxidant, wherein the adhesive label further comprises a pressure sensitive adhesive layer adjacent to the adhesive receiving skin layer. 40 to 87 wt.% of propylene homopolymer; 5 to 20 wt.% of a modifier consisting of at least one of the following: ethylene-butene elastomer, ethylene-octene elastomer, and ethylene-octene block copolymer; low density polyethylene; and an antioxidant, and wherein the printable skin layer consists of propylene homopolymer(s); Ziegler-Natta catalysed linear low density polyethylene comprising density between 0.930 and 0.940 g/cm 3, when measured according to standard ASTM D 792; and at least one of the following: 0.05 to 0.2 wt.% of an antiblocking agent and 0.1-0.6 wt.% of an antioxidant, wherein the adhesive label further comprises a pressure sensitive adhesive layer adjacent to the adhesive receiving skin layer.
A cutting machine comprising: a swarf extraction device (210, 410)having: a body (212, 412) having at least one conduit (214, 442) for receiving a flow of cutting fluid; a connector (216, 416) for connecting the conduit to a source of cutting fluid; a suction tube (218, 426) in fluid communication with the conduit, the suction tube having a suction inlet (222, 422) and a suction outlet (230, 430); and, a swarf outlet through which the swarf is ejected from the device, wherein the conduit is arranged to create a pressure drop at the suction tube inlet using the flow of cutting fluid when in use, characterised in that the source of cutting fluid is taken from the cutting machine through the tool holder in which the device is mounted. a swarf extraction device (210, 410)having: a body (212, 412) having at least one conduit (214, 442) for receiving a flow of cutting fluid; a connector (216, 416) for connecting the conduit to a source of cutting fluid; a suction tube (218, 426) in fluid communication with the conduit, the suction tube having a suction inlet (222, 422) and a suction outlet (230, 430); and, a swarf outlet through which the swarf is ejected from the device, wherein the conduit is arranged to create a pressure drop at the suction tube inlet using the flow of cutting fluid when in use, a body (212, 412) having at least one conduit (214, 442) for receiving a flow of cutting fluid; a connector (216, 416) for connecting the conduit to a source of cutting fluid; a suction tube (218, 426) in fluid communication with the conduit, the suction tube having a suction inlet (222, 422) and a suction outlet (230, 430); and, a swarf outlet through which the swarf is ejected from the device, wherein the conduit is arranged to create a pressure drop at the suction tube inlet using the flow of cutting fluid when in use, characterised in that the source of cutting fluid is taken from the cutting machine through the tool holder in which the device is mounted.
A hydraulically controlled disk brake including a hydraulically actuated parking brake, which includes: - a brake calliper which includes a casing in which a primary hydraulic cavity is formed which is open axially forwardly; - a primary piston which is axially slidingly mounted in a sealed manner in the primary hydraulic cavity of the casing in which it axially delimits a primary hydraulic chamber and which is able to cooperate with a disk brake shoe associated therewith to exert on the same an axial thrust primary strain, from rear to front, when the primary hydraulic chamber is supplied with pressurised fluid; - a piston rod which is axially movable with the primary piston with respect to the casing; - a secondary hydraulic cavity, a secondary piston which is axially slidingly mounted in a sealed manner in the secondary hydraulic cavity in which it delimits, axially forwardly, a secondary hydraulic chamber and which is able to cooperate with the piston rod to exert on the same an axial thrust secondary strain, from rear to front, when the secondary hydraulic chamber is supplied with pressurised fluid, characterised in that the piston rod includes a rear end section which extends, axially downwardly, beyond the secondary piston through which it is axially slidingly guided in a sealed manner, and a front end section which extends, axially forwardly, beyond the bottom transverse wall of the casing through which it is sealingly axially slidingly guided, and in that the primary and secondary hydraulic chambers are in hydraulic communication through an open axial passage formed through the piston rod. - a brake calliper which includes a casing in which a primary hydraulic cavity is formed which is open axially forwardly; - a primary piston which is axially slidingly mounted in a sealed manner in the primary hydraulic cavity of the casing in which it axially delimits a primary hydraulic chamber and which is able to cooperate with a disk brake shoe associated therewith to exert on the same an axial thrust primary strain, from rear to front, when the primary hydraulic chamber is supplied with pressurised fluid; - a piston rod which is axially movable with the primary piston with respect to the casing; - a secondary hydraulic cavity, a secondary piston which is axially slidingly mounted in a sealed manner in the secondary hydraulic cavity in which it delimits, axially forwardly, a secondary hydraulic chamber and which is able to cooperate with the piston rod to exert on the same an axial thrust secondary strain, from rear to front, when the secondary hydraulic chamber is supplied with pressurised fluid,
Method for machining a measurement scale of a position measuring system which, on a first surface, has a measuring graduation and which, on a second surface, is configured to be fixed to a carrier body, and in which a lateral outer side edge of the measurement scale extends between the first and second surface (11, 12) and the first and second surface (11, 12) are bounded in the region of the lateral outer side edge by a first and second edge (21, 22), wherein, when machining the measurement scale to form a defined outer contour of the measurement scale, a respective material ridge (23, 24) is formed on the first edge and the second edge of the measurement scale, which projects from the respectively associated surface (11, 12) of the measurement scale, characterized in that the measurement scale is machined differently on the first edge, on the one hand, and the second edge, on the other hand, in such a way that the extent of the material ridge on the first edge at right angles to the first surface is smaller than the extent of the material ridge on the second edge at right angles to the second surface, wherein the measurement scale is treated on the second edge in such a way that the extent of the material ridge on the second edge at right angles to the second surface is between 10 nm and 500 nm, and that the material ridge formed on the second edge extends by less than 2000 μm, in particular by less than 500 μm, from the second edge in the direction of the interior of the second surface.
A mobile or base station; said station for receiving radio frequency signals and comprising: a receiver for receiving a RF signal from a source of interest; means for converting said RF signal to an intermediate frequency analog signal; means for sampling said IF analog signal to generate a digital IF signal, said digital signal having a data component and an interference component that is non-orthogonal to the data component; characterized in that it further comprises: means for building (702, 802) said interference component on the basis of code, phase and Doppler offsets of at least one multipath signal from the source of interest, and on the basis of code, phase and Doppler offsets of an interfering signal from at least one other source; means for canceling cross-channel and co-channel interference (704,804) in said digital signal by projecting said digital signal onto a subspace orthogonal to a subspace of said interference component and multiplying this projection with said digital signal; and means for acquisition and tracking (712, 812) of said projected digital signal. a receiver for receiving a RF signal from a source of interest; means for converting said RF signal to an intermediate frequency analog signal; means for sampling said IF analog signal to generate a digital IF signal, said digital signal having a data component and an interference component that is non-orthogonal to the data component; characterized in that it further comprises: means for building (702, 802) said interference component on the basis of code, phase and Doppler offsets of at least one multipath signal from the source of interest, and on the basis of code, phase and Doppler offsets of an interfering signal from at least one other source; means for canceling cross-channel and co-channel interference (704,804) in said digital signal by projecting said digital signal onto a subspace orthogonal to a subspace of said interference component and multiplying this projection with said digital signal; and means for acquisition and tracking (712, 812) of said projected digital signal.
A method for producing a (meth)acrylic resin composition, the method comprising: preparing a liquid starting material which comprises methyl methacrylate, an acrylic acid alkyl ester and a chain transfer agent, has a mass ratio of the acrylic acid alkyl ester to the methyl methacrylate of 0/100 to 20/80, and has a dissolved oxygen concentration of not more than 1 ppm, preparing a liquid starting material which comprises a radical polymerization initiator, a polymerization inhibitor and methyl methacrylate, and has been maintained at a temperature of not more than 10°C in the presence of air, wherein the radical polymerization initiator has a half-life period of 0.5 to 120 seconds at a temperature inside a tank reactor during bulk polymerization and the polymerization inhibitor is capable of exhibiting an effect of inhibiting polymerization in the presence of oxygen, continuously feeding the liquid starting material and the liquid starting material into the tank reactor, allowing the bulk polymerization to proceed in the tank reactor at a polymerization conversion ratio of 40 to 70 % by mass to give a reaction product, and continuously discharging the reaction product from the tank reactor. preparing a liquid starting material which comprises methyl methacrylate, an acrylic acid alkyl ester and a chain transfer agent, has a mass ratio of the acrylic acid alkyl ester to the methyl methacrylate of 0/100 to 20/80, and has a dissolved oxygen concentration of not more than 1 ppm, preparing a liquid starting material which comprises a radical polymerization initiator, a polymerization inhibitor and methyl methacrylate, and has been maintained at a temperature of not more than 10°C in the presence of air, wherein the radical polymerization initiator has a half-life period of 0.5 to 120 seconds at a temperature inside a tank reactor during bulk polymerization and the polymerization inhibitor is capable of exhibiting an effect of inhibiting polymerization in the presence of oxygen, continuously feeding the liquid starting material and the liquid starting material into the tank reactor, allowing the bulk polymerization to proceed in the tank reactor at a polymerization conversion ratio of 40 to 70 % by mass to give a reaction product, and continuously discharging the reaction product from the tank reactor.