mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method to identify malicious software, which is involved in malicious network communication, and is located in a computer system; the method comprising the following steps implemented by the computer system: receiving an indication of a detection of malicious network traffic communicated via a computer network accessed by the computer system; identifying a software component involved in the malicious network traffic at the computer system; evaluating a measure of a correlation fractal dimension,CFD, for at least a portion of the software component, which has been identified as involved in the malicious network traffic at the computer system; storing the evaluated measure of CFD for the at least a portion of the identified software component, which has been identified as involved in the malicious network traffic at the computer system; and subsequently comparing the evaluated measure of CFD for the at least a portion of the identified software component, which has been identified as involved in the malicious network traffic at the computer system with a second measure of CFD for a corresponding portion of a second software component in the computer system to identify the second software component as a software component involved in malicious network communication. receiving an indication of a detection of malicious network traffic communicated via a computer network accessed by the computer system; identifying a software component involved in the malicious network traffic at the computer system; evaluating a measure of a correlation fractal dimension,CFD, for at least a portion of the software component, which has been identified as involved in the malicious network traffic at the computer system; storing the evaluated measure of CFD for the at least a portion of the identified software component, which has been identified as involved in the malicious network traffic at the computer system; and subsequently comparing the evaluated measure of CFD for the at least a portion of the identified software component, which has been identified as involved in the malicious network traffic at the computer system with a second measure of CFD for a corresponding portion of a second software component in the computer system to identify the second software component as a software component involved in malicious network communication.
An apparatus for enrobing a product portion comprising: a. at least two polymer spray heads, each polymer spray head being adapted to create at least one flow of polymeric fibers to produce at least one polymer enrobing zone, the at least two polymer spray heads including a first polymer spray head adapted to create at least one flow of polymeric fibers to produce a first polymer enrobing zone and a second polymer spray head adapted to produce at least one flow of polymeric fibers to produce a second polymer enrobing zone; and b. a conveyor system adapted to convey one or more product portions dropped through the first polymer enrobing zone from a position below the first polymer enrobing zone to a position above the second polymer enrobing zone to drop each product portion through the second polymer enrobing zone at a different orientation than the orientation at which each product portion was dropped through said first polymer enrobing zone. a. at least two polymer spray heads, each polymer spray head being adapted to create at least one flow of polymeric fibers to produce at least one polymer enrobing zone, the at least two polymer spray heads including a first polymer spray head adapted to create at least one flow of polymeric fibers to produce a first polymer enrobing zone and a second polymer spray head adapted to produce at least one flow of polymeric fibers to produce a second polymer enrobing zone; and b. a conveyor system adapted to convey one or more product portions dropped through the first polymer enrobing zone from a position below the first polymer enrobing zone to a position above the second polymer enrobing zone to drop each product portion through the second polymer enrobing zone at a different orientation than the orientation at which each product portion was dropped through said first polymer enrobing zone.
Strip steel product characterised in that it consists of a steel alloy in having the following composition in weight-%: C 0.4-0.8 Si 0.4-1.2 Mn 0.2-0.55 Cr 3.5-4.5 W 1.5-4.0 Mo 1.0-1.8 balance Fe and normally occurring impurities and in that said steel alloy comprises carbides of tungsten and chromium, the carbides having a diameter less than 1 μm.
A feeding apparatus comprising: a food container, the food container comprising an open end and a closed end, the food container being provided on a surface thereof with one or more apertures, the food container being made of a resilient material for use with foodstuff; a first coupling member comprising an annular recess having a radially inwardly extending annular platform, and an opening in communication with the container open end, the food container being engaged with the first coupling member; a second coupling member cooperating with the first coupling member and movable between an open configuration allowing food to pass through the opening and into the food container, and a sealed configuration where the second coupling member covers the opening of the first coupling member thereby sealing the open end of the food container, the second coupling member comprising an annular projection configured to be pressable into the annular recess of the first coupling member to seal the opening of the first coupling member when the second coupling member is in the sealed configuration; and a position-fixing mechanism configured to fix the relative position of the annular flange and the annular platform, such that the food container is in a desired rotational position; wherein the open end of the food container comprises an annular flange which is adapted to be clamped between the annular platform of the first coupling member and the annular projection of the second coupling member when the second coupling member is in the sealed configuration. a food container, the food container comprising an open end and a closed end, the food container being provided on a surface thereof with one or more apertures, the food container being made of a resilient material for use with foodstuff; a first coupling member comprising an annular recess having a radially inwardly extending annular platform, and an opening in communication with the container open end, the food container being engaged with the first coupling member; a second coupling member cooperating with the first coupling member and movable between an open configuration allowing food to pass through the opening and into the food container, and a sealed configuration where the second coupling member covers the opening of the first coupling member thereby sealing the open end of the food container, the second coupling member comprising an annular projection configured to be pressable into the annular recess of the first coupling member to seal the opening of the first coupling member when the second coupling member is in the sealed configuration; and a position-fixing mechanism configured to fix the relative position of the annular flange and the annular platform, such that the food container is in a desired rotational position; wherein the open end of the food container comprises an annular flange which is adapted to be clamped between the annular platform of the first coupling member and the annular projection of the second coupling member when the second coupling member is in the sealed configuration.
A method of upgrading an activated sludge process in a wastewater biological treatment process based on suspended carriers in the wastewater biological treatment process, wherein the method comprises the following steps: first, dividing an activated sludge reactor into an anaerobic zone, an anoxic zone, an aerobic zone 1 and an aerobic zone 2 by partition wall; second, adding biofilm carriers to the anaerobic zone, adding electrophilic suspended biofilm carriers to the anoxic zone, the aerobic zone 1 and the aerobic zone 2; third, influent diversion, feeding the wastewater from the front of the anaerobic zone and the anoxic zone respectively, adopting to lead some wastewater into the anoxic zone, and avoiding excessive consumption of influent carbon sources in the anaerobic zone due to feeding wastewater only from the anaerobic zone, and providing more carbon sources for heterotrophic denitrifying bacteria and denitrifying phosphorus accumulating bacteria, thus improving the performance of denitrifying phosphorus removal; wherein, refluxing nitrate from the end of the aerobic zone 2 to the front of the anoxic zone, and the nitrate reflux ratio is more than 50%; refluxing reflux sludge from the biochemical secondary settling tank to the front of the anaerobic zone, and the reflux sludge ratio is more than 100%; the way of influent diversion: the influent diversion ratio, feeding to the anaerobic zone and the anoxic zone,is1:0.25 - 4; wherein the biofilm carriers added to the anaerobic zone are made of graphene oxide and/or biochar as materials and polyethylene as basic raw material by physical blending and screw extrusion. first, dividing an activated sludge reactor into an anaerobic zone, an anoxic zone, an aerobic zone 1 and an aerobic zone 2 by partition wall; second, adding biofilm carriers to the anaerobic zone, adding electrophilic suspended biofilm carriers to the anoxic zone, the aerobic zone 1 and the aerobic zone 2; third, influent diversion, feeding the wastewater from the front of the anaerobic zone and the anoxic zone respectively, adopting to lead some wastewater into the anoxic zone, and avoiding excessive consumption of influent carbon sources in the anaerobic zone due to feeding wastewater only from the anaerobic zone, and providing more carbon sources for heterotrophic denitrifying bacteria and denitrifying phosphorus accumulating bacteria, thus improving the performance of denitrifying phosphorus removal; wherein, refluxing nitrate from the end of the aerobic zone 2 to the front of the anoxic zone, and the nitrate reflux ratio is more than 50%; refluxing reflux sludge from the biochemical secondary settling tank to the front of the anaerobic zone, and the reflux sludge ratio is more than 100%; the way of influent diversion: the influent diversion ratio, feeding to the anaerobic zone and the anoxic zone,is1:0.25 - 4; wherein the biofilm carriers added to the anaerobic zone are made of graphene oxide and/or biochar as materials and polyethylene as basic raw material by physical blending and screw extrusion.
A heat exchanger, in particular a condensation heat exchanger, having: - a heat-exchanger unit that includes a plurality of substantially coaxial coiled tubes for a first fluid, which comprise at least one first tube and one second tube having turns of different diameter, such that the second tube forms a helix that extends within a helix formed by the first tube; and - a casing for housing the heat-exchanger unit, the casing having a first end wall, a second end wall, and a peripheral part between the two end walls (3, 4), the casing being designed to receive a second fluid that is designed for heat exchange with the first fluid, the first wall having at least one through opening, in particular for a burner, wherein each tube of the plurality of coiled tubes has a first end (22a; 21a, 22a, 23a) and a second end (22b; 21b, 22b, 23b), wherein the heat-exchanger unit is supported by the first end wall of the casing and the first end (22a; 21a-23a) of each tube of the plurality of coiled tubes is located substantially at the first end wall of the casing, wherein also the second end (22b; 21b-23b) of each tube of the plurality of coiled tubes is located substantially at the first end wall of the casing, the heat exchanger further comprising a first connection member and a second connection member on the first end wall of the casing in an external part thereof, wherein the first end (21a-23a) of each tube of the plurality of coiled tubes is connected into the first connection member, the heat exchanger being characterized in that the second end (21b-23b) of each tube of the plurality of coiled tubes is connected into the second connection member externally of the casing. - a heat-exchanger unit that includes a plurality of substantially coaxial coiled tubes for a first fluid, which comprise at least one first tube and one second tube having turns of different diameter, such that the second tube forms a helix that extends within a helix formed by the first tube; and - a casing for housing the heat-exchanger unit, the casing having a first end wall, a second end wall, and a peripheral part between the two end walls (3, 4), the casing being designed to receive a second fluid that is designed for heat exchange with the first fluid, the first wall having at least one through opening, in particular for a burner,
A covering device for vehicles having a covering tarp which, in a working position, at least partially covers the vehicle and having a number of supports bearing the covering tarp (4, 40) which are swivelably mounted, wherein the covering device is connected with a chassis component of the vehicle via an attachment means and the supports are formed as retaining arms (5, 5', 5") which are arranged to be movable between a non-working position of the covering tarp (4, 40) in which the retaining arms (5, 5', 5") are arranged coaxially and/or in parallel to each other and a working position of the covering tarp (4, 40) in which the retaining arms (5, 5', 5") are arranged to be displaced in the longitudinal direction and/or swiveled in the transverse direction to cover the vehicle, wherein the retaining arms (5, 5', 5") are, laterally to a chassis component of the vehicle, extendably movable into a side position in which the retaining arms (5, 5', 5") are arranged laterally to the vehicle, wherein the retaining arms (5, 5', 5") are linearly displaceable in the longitudinal direction of the vehicle in the side position of the covering device, wherein longitudinal retaining arms are linearly displaceable up to a front side and/or back side of the vehicle and wherein transverse arms (5") are swivelably arranged in the driving direction and/or transversely to the driving direction, characterized in that the covering tarp (4, 40) is completely or partially raisable into a curtain position in which the covering tarp (4, 40) runs along a vertical extension plane. the covering device is connected with a chassis component of the vehicle via an attachment means and the supports are formed as retaining arms (5, 5', 5") which are arranged to be movable between a non-working position of the covering tarp (4, 40) in which the retaining arms (5, 5', 5") are arranged coaxially and/or in parallel to each other and a working position of the covering tarp (4, 40) in which the retaining arms (5, 5', 5") are arranged to be displaced in the longitudinal direction and/or swiveled in the transverse direction to cover the vehicle, wherein the retaining arms (5, 5', 5") are, laterally to a chassis component of the vehicle, extendably movable into a side position in which the retaining arms (5, 5', 5") are arranged laterally to the vehicle, wherein the retaining arms (5, 5', 5") are linearly displaceable in the longitudinal direction of the vehicle in the side position of the covering device, wherein longitudinal retaining arms are linearly displaceable up to a front side and/or back side of the vehicle and wherein transverse arms (5") are swivelably arranged in the driving direction and/or transversely to the driving direction, characterized in that the covering tarp (4, 40) is completely or partially raisable into a curtain position in which the covering tarp (4, 40) runs along a vertical extension plane.
Processed cheese composition comprising a homogeneous melt or blend of at least natural cheese or a concentrated milk protein composition; water; one or more emulsifying agents and potassium lactate; wherein the amount of potassium lactate in the homogeneous melt or blend is within the range of 0.2-5 wt.%, based on the total weight of the melt or blend, and wherein the processed cheese composition comprises less than 1.0 wt.% of sodium cations, based on the total weight of the melt or blend.
A transceiver, comprising: a receive part configured to receive and detect a first signal carried on an optical carrier, wherein the first signal is in a part of a RF spectrum, means to generate a second signal in a part of the baseband spectrum by encoding a data signal and low pass filtering the encoded signal, a modulator configured to modulate the same optical carrier with said second signal a transmit part configured to transmit the optical carrier modulated with the second signal, wherein the part of the RF spectrum is separate to the part of the baseband spectrum, wherein the first and second signals are spectrally compressed binary modulation format signals, wherein the first and second signals have a bandwidth below the respective Nyquist frequency, and wherein the first signal is upshifted in the radio frequency domain so that its spectrum lies entirely above a threshold frequency and the second signal is below the threshold frequency such that the first signal and second signal are in a separate part of the frequency spectrum. a receive part configured to receive and detect a first signal carried on an optical carrier, wherein the first signal is in a part of a RF spectrum, means to generate a second signal in a part of the baseband spectrum by encoding a data signal and low pass filtering the encoded signal, a modulator configured to modulate the same optical carrier with said second signal a transmit part configured to transmit the optical carrier modulated with the second signal, wherein the part of the RF spectrum is separate to the part of the baseband spectrum, wherein the first and second signals are spectrally compressed binary modulation format signals, wherein the first and second signals have a bandwidth below the respective Nyquist frequency, and wherein the first signal is upshifted in the radio frequency domain so that its spectrum lies entirely above a threshold frequency and the second signal is below the threshold frequency such that the first signal and second signal are in a separate part of the frequency spectrum.
Electrochemical cell for rechargeable lithium-ion battery, comprising a positive electrode comprising a first active material optionally initially containing a quantity Q1 of active lithium, a negative electrode comprising a second active material and on the surface of which an SEI (Solid Electrolyte Interphase) passivation layer is capable of being formed, and an electrolyte for the lithium ions, the positive electrode comprising, facing the negative electrode, a perforated lithium foil having a thickness and a pattern of perforations chosen to constitute a quantity Q2 of lithium, the quantity Q2 of lithium provided by the perforated lithium foil and the quantity Q1 of active lithium provided by the first active material of the positive electrode when said first active material initially comprises active lithium, constituting the quantity of lithium that is necessary and sufficient for balancing the electrochemical cell, the pattern of perforations of the lithium foil forming perforations having dimensions, shapes, arrangements, centre-to-centre distances, and aperture ratios that are chosen in combination with the thickness of said perforated lithium foil in order to provide the quantity Q2 of lithium, characterised in that the dimensions of the perforations are such that the distance between the centre of the perforation and the edge of the perforation is less than 2 mm and in that the thickness and the pattern of perforations of the perforated lithium foil are chosen such that the quantity Q2 of lithium provided by the perforated lithium foil allows a capacity of lithium provided by the perforated lithium foil to be obtained such that: the capacity of the lithium provided by the perforated lithium foil + the capacity of the active lithium optionally initially contained in the first active material of the positive electrode = the capacity trapped in the SEI + 1 + z × the capacity of the second active material of the negative electrode, where z lies in the range 0.02 to 0.1.
A method for providing a proxy server feature in a communications network comprising a plurality of user endpoints, wherein the proxy server feature comprises executable feature logic for mediating communications between user endpoints; and wherein the user endpoints are communications devices having user interfaces for exchange of information with users of the endpoints, characterised in that: a first user endpoint of the plurality of user endpoints is operable to provide the proxy server feature to one or more other user endpoints (12b, 12c) of the plurality of user endpoints, the method comprising: initiating the proxy server feature at the first user endpoint; receiving at the first user endpoint, from the other user endpoints, registration information corresponding to the other user endpoints, the registration information corresponding to an endpoint comprising an address for the endpoint; storing the registration information in a routing table at the first user endpoint; receiving, at the first user endpoint, an invite message from a caller endpoint of the other user endpoints to initiate a session with a callee endpoint; in response to receiving the invite message, locating, by the first user endpoint, the callee endpoint using the routing table; and forwarding the invite message to the callee endpoint in order to establish the session with the callee endpoint. initiating the proxy server feature at the first user endpoint; receiving at the first user endpoint, from the other user endpoints, registration information corresponding to the other user endpoints, the registration information corresponding to an endpoint comprising an address for the endpoint; storing the registration information in a routing table at the first user endpoint; receiving, at the first user endpoint, an invite message from a caller endpoint of the other user endpoints to initiate a session with a callee endpoint; in response to receiving the invite message, locating, by the first user endpoint, the callee endpoint using the routing table; and forwarding the invite message to the callee endpoint in order to establish the session with the callee endpoint.