mhurhangee/ep-ind-claims huggingface dataset:
A method for classifying network traffic comprising: providing a framework of models configured to classify network traffic; determining whether the network traffic flow is encrypted; if the network traffic flow is encrypted: extracting encrypted flow attributes associated with a network traffic flow; deriving further flow attributes based on the extracted encrypted flow attributes; determining at least one model of the framework of models based on the derived flow attributes and extracted encrypted flow attributes; classifying the traffic flow as a category of traffic based on the at least one model; and determining a confidence level of the classification of the traffic flow; and if the network traffic flow is not encrypted: extracting non-encrypted flow attributes associated with a network traffic flow; classifying the traffic flow as a category of traffic based on the non-encrypted flow attributes. providing a framework of models configured to classify network traffic; determining whether the network traffic flow is encrypted; if the network traffic flow is encrypted: extracting encrypted flow attributes associated with a network traffic flow; deriving further flow attributes based on the extracted encrypted flow attributes; determining at least one model of the framework of models based on the derived flow attributes and extracted encrypted flow attributes; classifying the traffic flow as a category of traffic based on the at least one model; and determining a confidence level of the classification of the traffic flow; and if the network traffic flow is not encrypted: extracting non-encrypted flow attributes associated with a network traffic flow; classifying the traffic flow as a category of traffic based on the non-encrypted flow attributes. if the network traffic flow is encrypted: extracting encrypted flow attributes associated with a network traffic flow; deriving further flow attributes based on the extracted encrypted flow attributes; determining at least one model of the framework of models based on the derived flow attributes and extracted encrypted flow attributes; classifying the traffic flow as a category of traffic based on the at least one model; and extracting encrypted flow attributes associated with a network traffic flow; deriving further flow attributes based on the extracted encrypted flow attributes; determining at least one model of the framework of models based on the derived flow attributes and extracted encrypted flow attributes; classifying the traffic flow as a category of traffic based on the at least one model; and determining a confidence level of the classification of the traffic flow; and if the network traffic flow is not encrypted: extracting non-encrypted flow attributes associated with a network traffic flow; classifying the traffic flow as a category of traffic based on the non-encrypted flow attributes. extracting non-encrypted flow attributes associated with a network traffic flow; classifying the traffic flow as a category of traffic based on the non-encrypted flow attributes.
A transmission mechanism suitable for a double-rotating paint mixing machine, the transmission mechanism comprising a rotating spindle installed on a rack, a pressing spindle installed in the rotating spindle, a guide rail frame fixed at a front end of the rotating spindle, an upper supporting arm and a lower supporting arm, which are arranged on the guide rail frame and capable of oppositely moving up and down along the same, and an upper pressing disc and a lower pressing disc, which are installed on the upper supporting arm and the lower supporting arm and are capable of rotating, wherein the rotating spindle can drive the entire guide rail frame to rotate along the axis of the rotating spindle, meanwhile the upper pressing disc can be driven by a transmission system to rotate around its own axis at the same time, the rotating spindle and the pressing spindle are driven by a same motor through a same driving wheel, and the back end of the pressing spindle is fixedly connected with the driving wheel directly, wherein the rotating spindle is engaged with and disengaged from the driving wheel through a driving disc locking device, wherein the transmission mechanism on the double-rotating paint mixing machine independently accomplishes two independent tasks of separate rotation of the pressing spindle and synchronous rotation of the pressing spindle and the rotating spindle through the driving of one motor by means of the action of the driving disc locking device, characterized in that the driving disc locking device is composed of a locking block installed on the rotating spindle, a locking gear installed on the pressing spindle and a push block installed on the rack, and a gear deflector rod is arranged on the locking block; the gear deflector rod is combined with the locking gear by inserting between teeth, and the rotating spindle and the pressing spindle are synchronously connected; the push block is in press fit with the locking block, the gear deflector rod is separated from the locking gear, the rotating spindle is fixed, and the pressing spindle is in a state of rotating separately; the push block is fixed to the rack through a slide rail, and a driving mechanism is arranged on the rack and connected with the push block; and the locking gear is located at the side of the locking block, the middle of the gear deflector rod is hinged on the locking block, a reset spring is arranged between one end of the gear deflector rod and the locking block, and the other end of the gear deflector rod can be combined with the locking gear by inserting between the teeth.
A media stream sharing method, comprising: a.) receiving, by a first terminal, a media stream in a video call which is sent by a third terminal (step 201); b.) after step a.) receiving, by the first terminal, a start instruction triggered by a user to start a service of sharing audio and video (step 201); c.) searching for, by the first terminal, according to the start instruction, a terminal capable of implementing sharing of the media stream with the first terminal, and displaying, by the first terminal, the found terminal or a terminal list (step 201); d.) when determining, by the first terminal, that a terminal selected by the user according to the displayed terminal or the terminal list is a second terminal, sending, by the first terminal, an attribute obtaining request to the second terminal, wherein the attribute obtaining request includes a bit rate, resolution, at least one of a frame rate and encoding and decoding information of the media stream currently played (step 202); e.) receiving, by the first terminal, a playing attribute sent by the second terminal, wherein the playing attribute comprises: a listening address and a port of the second terminal (step 203); f.) copying, by the first terminal, the media stream sent by the third terminal and sending the copied media stream to the listening address and the port of the second terminal (step 204). a.) receiving, by a first terminal, a media stream in a video call which is sent by a third terminal (step 201); b.) after step a.) receiving, by the first terminal, a start instruction triggered by a user to start a service of sharing audio and video (step 201); c.) searching for, by the first terminal, according to the start instruction, a terminal capable of implementing sharing of the media stream with the first terminal, and displaying, by the first terminal, the found terminal or a terminal list (step 201); d.) when determining, by the first terminal, that a terminal selected by the user according to the displayed terminal or the terminal list is a second terminal, sending, by the first terminal, an attribute obtaining request to the second terminal, wherein the attribute obtaining request includes a bit rate, resolution, at least one of a frame rate and encoding and decoding information of the media stream currently played (step 202); e.) receiving, by the first terminal, a playing attribute sent by the second terminal, wherein the playing attribute comprises: a listening address and a port of the second terminal (step 203); f.) copying, by the first terminal, the media stream sent by the third terminal and sending the copied media stream to the listening address and the port of the second terminal (step 204).
A wavelength conversion device, comprising: a wavelength conversion material layer, and a first light-filtering layer disposed on a first side of the wavelength conversion material layer, the wavelength conversion device further comprising: a first thermally-conductive dielectric layer configured between the wavelength conversion material layer and the first light-filtering layer, characterized in that the first thermally-conductive dielectric layer has a thermal conductivity greater than or equal to the wavelength conversion material layer, and has a refractivity less than the wavelength conversion material layer. a wavelength conversion material layer, and a first light-filtering layer disposed on a first side of the wavelength conversion material layer, the wavelength conversion device further comprising: a first thermally-conductive dielectric layer configured between the wavelength conversion material layer and the first light-filtering layer, characterized in that the first thermally-conductive dielectric layer has a thermal conductivity greater than or equal to the wavelength conversion material layer, and has a refractivity less than the wavelength conversion material layer.
A vehicle comprising a diesel engine and an oxidation catalyst for treating an exhaust gas produced by the diesel engine, wherein the oxidation catalyst comprises a substrate and a catalyst layer having an exposed top surface and a second surface in direct contact with a surface of the substrate, wherein the catalyst layer comprises a first support material; and only two noble metals, a first noble metal, wherein the first noble metal is palladium; and a second noble metal, wherein the second noble metal is platinum, wherein the catalyst layer is disposed on the surface of the substrate, and the catalyst layer has a non-uniform distribution of the palladium, wherein the amount of the palladium continuously decreases in a perpendicular direction toward the surface of the substrate such that at least 60 % of the total amount of the palladium as determined by Energy Dispersive X-Ray analysis using a transmission electron microscope is distributed between the first surface and a plane in the catalyst layer that is half way between the first surface and the second surface.
A variable area turbine vane row assembly, comprising: a first fixed vane; a second fixed vane proximate the first fixed vane; and a first rotatable vane asymmetrically positioned between the first and second fixed vanes, characterised in that the first rotatable vane is axially biased in a forward design direction with respect to the first and second fixed vanes. a first fixed vane; a second fixed vane proximate the first fixed vane; and a first rotatable vane asymmetrically positioned between the first and second fixed vanes, characterised in that the first rotatable vane is axially biased in a forward design direction with respect to the first and second fixed vanes.
Mixing set comprising a mixing apparatus for mixing a lumpy, gelatinous, pasty, powdery or liquid product, received in a film bag soluble in a liquid, with the liquid and optionally at least one further component, within a closable mixing container having a reception space for the product received in the film bag and the liquid and the optionally present further components, characterised in that the mixing container includes, in the area of the reception space, mountings (6, 6') for mechanically disrupting the film bag, wherein the mixing set comprises a. a film bag soluble in a liquid and containing a product such as powder, granulate, paste, gel, liquid or tablets, which film bag on at least one surface of the film bag has a three-dimensional structure, preferably an embossed three-dimensional structure, which enlarges the three-dimensional macroscopic film bag surface relative to the two-dimensional geometric film bag surface, b. optionally a reception container filled with the liquid, as well as c. optionally a reception container filled with a further component. a. a film bag soluble in a liquid and containing a product such as powder, granulate, paste, gel, liquid or tablets, which film bag on at least one surface of the film bag has a three-dimensional structure, preferably an embossed three-dimensional structure, which enlarges the three-dimensional macroscopic film bag surface relative to the two-dimensional geometric film bag surface, b. optionally a reception container filled with the liquid, as well as c. optionally a reception container filled with a further component.
An apparatus for processing aggregate material comprising a chassis, a trough mounted on the chassis at an inclined angle, at least one shaft (6,8) rotatably mounted within the trough and extending from a lower to an upper end of the trough, said at least one shaft having blades (11,12) mounted thereon, wherein the blades are angled so that they carry material within the trough towards an upper end of the trough when the at least one shaft is in a normal direction of rotation, a discharge opening being provided in a base of the trough adjacent said upper end of the trough, a weir being provided in the trough upstream of said discharge opening over which processed material must pass to reach said discharge opening, wherein the weir extends transversely across the width of the trough, characterised by said weir being adapted to be adjusted in height by adjusting the angle of the weir with respect to the base of the trough.
A semiconductor device comprising: an underlying substrate; a first interlayer insulating film formed over the underlying substrate and made of insulating material; a via hole formed through the first interlayer insulating film; a conductive plug filled in the via hole and made of copper or alloy mainly consisting of copper; a second interlayer insulating film formed over the first interlayer insulating film and made of insulating material; a wiring groove formed in the second interlayer insulating film, passing over the conductive plug and exposing an upper surface of the conductive plug; and a wiring filled in the wiring groove and made of copper or alloy mainly consisting of copper, wherein a total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the conductive plug is lower than a total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the wiring, characterized in that the total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the conductive plug is equal to or lower than one tenth of the total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the wiring. an underlying substrate; a first interlayer insulating film formed over the underlying substrate and made of insulating material; a via hole formed through the first interlayer insulating film; a conductive plug filled in the via hole and made of copper or alloy mainly consisting of copper; a second interlayer insulating film formed over the first interlayer insulating film and made of insulating material; a wiring groove formed in the second interlayer insulating film, passing over the conductive plug and exposing an upper surface of the conductive plug; and a wiring filled in the wiring groove and made of copper or alloy mainly consisting of copper, wherein a total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the conductive plug is lower than a total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the wiring, characterized in that the total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the conductive plug is equal to or lower than one tenth of the total atom concentration of carbon, oxygen, nitrogen, sulfur and chlorine in the wiring.
A saccharide syrup composition for preventing oligosaccharide decomposition, comprising raw material saccharide syrup comprising allulose syrup and an oligosaccharide; and an organic acid or its salt, wherein the organic acid or its salt is contained in an amount of 0.001 to 1.0 wt%, wherein the raw material saccharide syrup comprises 20 to 90 wt% of the oligosaccharide and 10 to 80 wt% of allulose syrup, based on 100 wt% of the raw material saccharide syrup, wherein the allulose syrup has an electrical conductivity of 1 to 50 μS/cm, and wherein the saccharide syrup composition has a pH of 5.5 to 6.5, an electrical conductivity of 100 to 1000 μS/cm and a content of the oligosaccharide of 80% or more, based on 100% of the initial content of the oligosaccharide under storage conditions of a temperature of 45 °C and 42 days. wherein the organic acid or its salt is contained in an amount of 0.001 to 1.0 wt%, wherein the raw material saccharide syrup comprises 20 to 90 wt% of the oligosaccharide and 10 to 80 wt% of allulose syrup, based on 100 wt% of the raw material saccharide syrup, wherein the allulose syrup has an electrical conductivity of 1 to 50 μS/cm, and wherein the saccharide syrup composition has a pH of 5.5 to 6.5, an electrical conductivity of 100 to 1000 μS/cm and a content of the oligosaccharide of 80% or more, based on 100% of the initial content of the oligosaccharide under storage conditions of a temperature of 45 °C and 42 days.
Cable drum with a supporting frame with at least two feet, a carrying handle and a bearing journal on which a cable reel with a hub is rotatably mounted, the cable reel having a technical space which is closed by a cover having at least one socket, - wherein the technical space is sealed relative to the bearing journal and relative to the cover so as to be resistant to pressurised water, - wherein an angled cable gland is provided via which a cable is guided into the technical space so as to be resistant to pressurised water, characterised in that - the at least one socket and one plug on a cable connecting them are designed to be resistant to pressurised water, - the cable reel has a first annular groove formed coaxially with the hub on an end face pointing into the technical space, - a second annular groove, in which an O-ring seal is arranged, is provided on a radially inner groove flank of the first annular groove, - a cover cap is provided and is pushed into the first annular groove in such a way that the O-ring seal is clamped between the cover cap and the groove flank and seals the technical space. - wherein the technical space is sealed relative to the bearing journal and relative to the cover so as to be resistant to pressurised water, - wherein an angled cable gland is provided via which a cable is guided into the technical space so as to be resistant to pressurised water, characterised in that - the at least one socket and one plug on a cable connecting them are designed to be resistant to pressurised water, - the cable reel has a first annular groove formed coaxially with the hub on an end face pointing into the technical space, - a second annular groove, in which an O-ring seal is arranged, is provided on a radially inner groove flank of the first annular groove, - a cover cap is provided and is pushed into the first annular groove in such a way that the O-ring seal is clamped between the cover cap and the groove flank and seals the technical space.
Use of a sensor material for a potentiometric electrode for the determination of ionic or non-ionic surfactants in two-phase media, wherein the sensor material comprises a polymer material that swells in organic solvents, having a Shore hardness in the range of 74A to 93A, and an ionophore, wherein the polymer material is an aliphatic or aromatic polyurethane ether, polyurethane ester or polyurethane carbonate.
A method for producing a microelectromechanical systems (MEMS) device comprising: providing a substrate; forming a first dielectric layer overlying said substrate; forming a first structural layer overlying said first dielectric layer, wherein said forming said first structural layer comprises producing a sense plate in said first structural layer; forming a second dielectric layer over said first structural layer to produce a base structure in which a portion of said first dielectric layer is exposed from both of said first structural layer and said second dielectric layer; forming a sacrificial layer overlying said portion of said first dielectric layer and said second dielectric layer of said base structure; forming a second structural layer overlying said sacrificial layer, wherein said forming said second structural layer comprises forming a conductive proof mass in said second structural layer; and selectively removing said sacrificial layer and said portion of said first dielectric layer to expose a top surface of said substrate underlying said portion of said first dielectric layer and to release said proof mass such that said proof mass is spaced apart from said base structure and is movable relative to said base structure for capacitive sensing of movement of the proof mass by said sense plate, said selectively removing operation producing a first gap between said proof mass and said top surface of said substrate and a second gap between said proof mass and said sense plate, a first width of said first gap being greater than a second width of said second gap. providing a substrate; forming a first dielectric layer overlying said substrate; forming a first structural layer overlying said first dielectric layer, wherein said forming said first structural layer comprises producing a sense plate in said first structural layer; forming a second dielectric layer over said first structural layer to produce a base structure in which a portion of said first dielectric layer is exposed from both of said first structural layer and said second dielectric layer; forming a sacrificial layer overlying said portion of said first dielectric layer and said second dielectric layer of said base structure; forming a second structural layer overlying said sacrificial layer, wherein said forming said second structural layer comprises forming a conductive proof mass in said second structural layer; and selectively removing said sacrificial layer and said portion of said first dielectric layer to expose a top surface of said substrate underlying said portion of said first dielectric layer and to release said proof mass such that said proof mass is spaced apart from said base structure and is movable relative to said base structure for capacitive sensing of movement of the proof mass by said sense plate, said selectively removing operation producing a first gap between said proof mass and said top surface of said substrate and a second gap between said proof mass and said sense plate, a first width of said first gap being greater than a second width of said second gap.