mhurhangee/ep-ind-claims huggingface dataset:
A method for interconnecting a vehicle and a machine, comprising: acquiring, by a mobile terminal corresponding to the machine, device information used for a wireless direct connection; wherein the device information includes a network port and a network address of a WIFI peer-to-peer, P2P, module of the mobile terminal; sending, via a near field communication, NFC, module, the device information to a NFC module of a vehicle-mounted terminal, so that the vehicle-mounted terminal acquires the device information and controls a WIFI P2P module of the vehicle-mounted terminal to send a connection request to the mobile terminal based on the device information; receiving, by the WIFI P2P module of the mobile terminal, the connection request based on the device information, and establishing a wireless direct connection with the vehicle-mounted terminal sending the connection request, acquiring to-be-transmitted data, in response to establishing the wireless direct connection with the vehicle-mounted terminal; creating a data channel corresponding to the to-be-transmitted data; sending the to-be-transmitted data based on the data channel. acquiring, by a mobile terminal corresponding to the machine, device information used for a wireless direct connection; wherein the device information includes a network port and a network address of a WIFI peer-to-peer, P2P, module of the mobile terminal; sending, via a near field communication, NFC, module, the device information to a NFC module of a vehicle-mounted terminal, so that the vehicle-mounted terminal acquires the device information and controls a WIFI P2P module of the vehicle-mounted terminal to send a connection request to the mobile terminal based on the device information; receiving, by the WIFI P2P module of the mobile terminal, the connection request based on the device information, and establishing a wireless direct connection with the vehicle-mounted terminal sending the connection request, acquiring to-be-transmitted data, in response to establishing the wireless direct connection with the vehicle-mounted terminal; creating a data channel corresponding to the to-be-transmitted data; sending the to-be-transmitted data based on the data channel.
Method for producing precomposite particles, by mixing silicon particles, polyacrylonitrile, and one or more carbon additives selected from the group encompassing graphite, fullerene, carbon fibers, glassy carbon, graphene, activated carbon, carbon blacks, carbon nanotubes, carbon nanofoams, and aerographite, optionally one or more organic pore formers, and optionally one or more inorganic adjuvants, each in the form of a powder, where before and during the mixing no solvent is added, and the inorganic adjuvants are selected from the group encompassing halides of the alkali metals and alkaline earth metals, carbonates of the alkali metals, zinc oxide, magnesium carbonate, and nickel sulfide, where the polyacrylonitrile, the silicon particles and/or the carbon additives are entirely or partially initially introduced before the mixing or entirely or partially metered in during the mixing, with the proviso that without polyacrylonitrile in the initial charge, the silicon particles and/or the carbon additives are metered in at least proportionately together with polyacrylonitrile or after addition of polyacrylonitrile. polyacrylonitrile, and one or more carbon additives selected from the group encompassing graphite, fullerene, carbon fibers, glassy carbon, graphene, activated carbon, carbon blacks, carbon nanotubes, carbon nanofoams, and aerographite, optionally one or more organic pore formers, and optionally one or more inorganic adjuvants, each in the form of a powder, where before and during the mixing no solvent is added, and the inorganic adjuvants are selected from the group encompassing halides of the alkali metals and alkaline earth metals, carbonates of the alkali metals, zinc oxide, magnesium carbonate, and nickel sulfide, where the polyacrylonitrile, the silicon particles and/or the carbon additives are entirely or partially initially introduced before the mixing or entirely or partially metered in during the mixing, with the proviso that without polyacrylonitrile in the initial charge, the silicon particles and/or the carbon additives are metered in at least proportionately together with polyacrylonitrile or after addition of polyacrylonitrile.
A mechanical vacuum dressing comprising: a first valve layer comprising a first one-way valve; a second valve layer comprising a second one-way valve; the first valve layer being joined to the second valve layer so as to define a chamber therebetween; the first one-way valve being configured to admit fluid into the chamber through the first one-way valve but prevent fluid from exiting the chamber through the first one-way valve; the second one-way valve being configured to exhaust fluid from the chamber through the second one-way valve but prevent fluid from entering the chamber through the second one-way valve; and the second valve layer comprising an elastomeric material such that (i) when the second valve layer is moved away from the first valve layer, the volume of the chamber is increased, and (ii) when the second valve layer is thereafter released, the second valve layer moves back towards the first valve layer and the volume of the chamber is decreased. a first valve layer comprising a first one-way valve; a second valve layer comprising a second one-way valve; the first valve layer being joined to the second valve layer so as to define a chamber therebetween; the first one-way valve being configured to admit fluid into the chamber through the first one-way valve but prevent fluid from exiting the chamber through the first one-way valve; the second one-way valve being configured to exhaust fluid from the chamber through the second one-way valve but prevent fluid from entering the chamber through the second one-way valve; and the second valve layer comprising an elastomeric material such that (i) when the second valve layer is moved away from the first valve layer, the volume of the chamber is increased, and (ii) when the second valve layer is thereafter released, the second valve layer moves back towards the first valve layer and the volume of the chamber is decreased.
A method for producing a metal-fixing material feedthrough, comprising a base body having a thickness of between 1.5 mm and 3.5 mm and a glass plug accommodated in a passage opening in the base body, and means arranged between the front side and the rear side of the base body for preventing a relative movement of the glass plug in the direction of the rear side of the base body, which has a metal pin, comprising the following steps: - a sheet metal part is provided; - the outer basic geometry describing the final geometry of the base body is obtained from the sheet metal part by a separation process free of machining; - a basic geometry describing the initial shape of the passage opening is provided by punching out of the base body with the aid of a punching process; - a metal pin is melted on a portion of its length into the glass plug cooled from a molten glass; characterized in that - the metal pin is arranged in the passage opening such that the metal pin projects beyond the base body and the front side of the base body; - after melting in the metal pin, a grinding of the metal pin and a protruding cooled part of the glass plug is carried out, wherein the metal pin and the protruding cooled glass plug are flush as a result of the grinding with the front side and the end face of the glass plug is flush with the front side of the base body, and the ratio between the thickness D of the base body after grinding and the extension perpendicular to the axial direction of the passage opening lies in the range 0.8 to 1.6, preferably 0.8 to 1.4, more preferably 0.9 to 1.3, most preferably 1.0 to 1.2. - a sheet metal part is provided; - the outer basic geometry describing the final geometry of the base body is obtained from the sheet metal part by a separation process free of machining; - a basic geometry describing the initial shape of the passage opening is provided by punching out of the base body with the aid of a punching process; - a metal pin is melted on a portion of its length into the glass plug cooled from a molten glass; - the metal pin is arranged in the passage opening such that the metal pin projects beyond the base body and the front side of the base body; - after melting in the metal pin, a grinding of the metal pin and a protruding cooled part of the glass plug is carried out, wherein the metal pin and the protruding cooled glass plug are flush as a result of the grinding with the front side and the end face of the glass plug is flush with the front side of the base body, and the ratio between the thickness D of the base body after grinding and the extension perpendicular to the axial direction of the passage opening lies in the range 0.8 to 1.6, preferably 0.8 to 1.4, more preferably 0.9 to 1.3, most preferably 1.0 to 1.2.
Aqueous basecoat material comprising at least one hydroxyl-functional polymer as a binder component, at least one binder component which is different from component and comprises at least one carbonyl group-containing polyurethane poly(meth)acrylate and also at least one organic compound having at least two hydrazine, hydrazide and/or hydrazone groups, and also at least one branched and/or secondary aliphatic monoalcohol having at least four carbon atoms. at least one hydroxyl-functional polymer as a binder component, at least one binder component which is different from component and comprises at least one carbonyl group-containing polyurethane poly(meth)acrylate and also at least one organic compound having at least two hydrazine, hydrazide and/or hydrazone groups, and also at least one carbonyl group-containing polyurethane poly(meth)acrylate and also at least one organic compound having at least two hydrazine, hydrazide and/or hydrazone groups, at least one branched and/or secondary aliphatic monoalcohol having at least four carbon atoms.
Use of a cooling apparatus (20, 20', 30) of a hot-rolled steel sheet in a manufacturing apparatus of a hot-rolled steel sheet, the manufacturing apparatus comprising a final stand (llg) of a row of hot finish rolling mills, wherein the cooling apparatus (20, 20', 30) of a hot-rolled steel sheet is disposed on a downstream side of a rolling reduction point in the final stand of a row of hot finish rolling mills, and comprises headers (21, 31, 22, 32) provided with a plurality of cooling nozzles (21a, 22a, 31a, 32a) capable of spraying high-pressure water over an upper surface and a lower surface of a steel sheet being transported on a pass line, characterized in that the cooling apparatus (20, 20', 30) sprays the high-pressure water from the cooling nozzles (21a, 22a, 31a, 32a), in a transporting direction of the steel sheet, over the upper surface and the lower surface of the steel sheet in a zone from the rolling reduction point in the final stand to an exit side of a housing post in the final stand such that, when defining as L1, a length in the transporting direction of the steel sheet, of the zone from the rolling reduction point in the final stand to the exit side of the housing post in the final stand; defining as L2, a length in the transporting direction of the steel sheet, of a zone of a high-pressure water jet in which the high-pressure water is continuously sprayed over the steel sheet, within the zone from the rolling reduction point in the final stand to the exit side of the housing post in the final stand (llg); and defining a ratio of L2/L1 as X, an average value Ps [kPa], in the transporting direction of the steel sheet, of an impact pressure of the high-pressure water on the surface of the steel sheet, in the zone of the high-pressure water jet satisfies a below formula on the above upper surface and lower surface of the steel sheet: Ps ≥ 2.5 X − 1 / 0.6
A digital radiology system comprising a movable cassette and a fixed base station, said cassette comprising means for acquiring an image as a function of X-rays to which said cassette is exposed, said system further comprising means (12, 13) for communicating between said cassette and said base station allowing data, such as the image, to be transferred between said cassette and said base station, characterised in that said communication means comprise a detachable wired link and a wireless link both capable of transferring the data, and in that said system comprises means for deactivating said wireless link as soon as said wired link is established, in that said movable cassette comprises a first radio module and a first data management module comprising a first processor and a first network interface module connected to a port of said first processor, in that said base station comprises a second radio module and a second data management module comprising a second processor and a second network interface module connected to a port of said second processor, in that said wired link comprises a cable intended to be connected between said network interface modules (24, 25), in that said first data management module of said movable cassette allows the data received or originating from a control module of said movable cassette to be routed towards one of said wired or wireless links (12, 13), and in that said second data management module of said base station allows the routing of the data received or originating from one of said wired or wireless links (12, 13).
Combination of a vehicle and an assembly with a carrier housing which is arranged in an aperture of an outer panelling of the vehicle and is fastened there and comprises a through hole, an actuator unit which is applied to the rear of the carrier housing, a movably borne camera unit which by means of the actuator unit is moveable at least between a retracted rest position and an active position in which at least the lens of the camera unit protrudes outwards from the through hole of the carrier housing and is aligned at an angle to the direction of movement of the camera unit, a protective lid, borne moveably on the carrier housing, wherein the protective lid is moveable between a closing position in which it closes the through hole of the carrier housing and in which the camera unit is arranged behind the protective lid shown from the outside, and an open position in which the protective lid uncovers the through hole, wherein an operating element movably connected to the actuating unit is provided which when the vehicle is travelling in reverse and in the active position of the camera unit forces the protective lid into its open position, characterised in that when the vehicle is travelling forwards the camera unit assumes a collision monitoring position in which the protective lid is arranged in its closing position and in which the camera unit is arranged in a monitoring opening formed in the protective lid for filming the following or preceding traffic, wherein in the collision monitoring position the lens of the camera unit is horizontally aligned in the direction of movement of the camera unit.
A method of loading articles in cartons comprising: moving a carton in a generally flat configuration in a downstream direction with a carton opening carousel; at least partially opening the carton while moving the carton in the downstream direction with the carton opening carousel; transferring the carton from the carton opening carousel to a carton loading carousel in a transfer region, the transferring the carton comprising engaging the carton with a carrier flight of the carton loading carousel while moving the carton in an upstream direction, the upstream direction is opposite the downstream direction; and loading a plurality of articles into the carton while moving the carton in the downstream direction with the carton loading carousel, the carrier flight at least partially retaining the carton in an upright orientation during the loading of the plurality of articles into the carton. moving a carton in a generally flat configuration in a downstream direction with a carton opening carousel; at least partially opening the carton while moving the carton in the downstream direction with the carton opening carousel; transferring the carton from the carton opening carousel to a carton loading carousel in a transfer region, the transferring the carton comprising engaging the carton with a carrier flight of the carton loading carousel while moving the carton in an upstream direction, the upstream direction is opposite the downstream direction; and loading a plurality of articles into the carton while moving the carton in the downstream direction with the carton loading carousel, the carrier flight at least partially retaining the carton in an upright orientation during the loading of the plurality of articles into the carton.
A method for controlling an input mode of a touch screen for an electronic device comprising at least one condition detection system, wherein the method comprises: - monitoring humidity in the surrounding of the electronic device by means of the condition detection system, characterized by - monitoring humidity in the surrounding of the electronic device by means of the condition detection system detecting signals resulting from input on the touch screen and detecting signals from a humidity sensor, the signals being separate from the signals resulting from input on the touch screen, - determining, based on the monitored humidity in relation to predetermined values, if a first input mode using only a capacitive sensing for the touch screen is to be used, or if a second input mode using only a Z-force touch sensing for the touch screen is to be used for pressure detection, or if a third input mode being a combination of the first and second input modes for the touch screen is to be used, and - using the determined input mode (I, II, III) for the touch screen. - monitoring humidity in the surrounding of the electronic device by means of the condition detection system, - monitoring humidity in the surrounding of the electronic device by means of the condition detection system detecting signals resulting from input on the touch screen and detecting signals from a humidity sensor, the signals being separate from the signals resulting from input on the touch screen, - determining, based on the monitored humidity in relation to predetermined values, if a first input mode using only a capacitive sensing for the touch screen is to be used, or if a second input mode using only a Z-force touch sensing for the touch screen is to be used for pressure detection, or if a third input mode being a combination of the first and second input modes for the touch screen is to be used, and - using the determined input mode (I, II, III) for the touch screen.
A process for die casting a metal, said process comprising: (a) die casting said metal using a die coated with a water-soluble die release fluid and hydraulic equipment comprising water-insoluble hydraulic fluid, wherein said water-insoluble hydraulic fluid comprises: (i) canola oil, corn oil, cottonseed oil, sunflower oil, peanut oil, soybean oil, coconut oil, Jojoba oil, castor oil, palm oil, palm kernel oil, or a blend of one or more of these oils; or (ii) one or more synthetic fatty acid ester, a phosphate ester, or a blend of animal and vegetable oil with a synthetic fatty acid ester or a polyol ester; wherein said die release fluid and said hydraulic fluid are at least 99% immiscible; (b) collecting from the hydraulic equipment the die release fluid admixed with the hydraulic fluid; (c) subjecting the admixed die release fluid and hydraulic fluid to phase separation; (d) returning the phase separated die release fluid into the die casting process without further separation; and (e) repeating the steps of (a) through (d) multiple times without reducing the effectiveness and efficiency of die release fluid or adversely impacting the condition of the die cast metal. (a) die casting said metal using a die coated with a water-soluble die release fluid and hydraulic equipment comprising water-insoluble hydraulic fluid, wherein said water-insoluble hydraulic fluid comprises: (i) canola oil, corn oil, cottonseed oil, sunflower oil, peanut oil, soybean oil, coconut oil, Jojoba oil, castor oil, palm oil, palm kernel oil, or a blend of one or more of these oils; or (ii) one or more synthetic fatty acid ester, a phosphate ester, or a blend of animal and vegetable oil with a synthetic fatty acid ester or a polyol ester; wherein said die release fluid and said hydraulic fluid are at least 99% immiscible; (i) canola oil, corn oil, cottonseed oil, sunflower oil, peanut oil, soybean oil, coconut oil, Jojoba oil, castor oil, palm oil, palm kernel oil, or a blend of one or more of these oils; or (ii) one or more synthetic fatty acid ester, a phosphate ester, or a blend of animal and vegetable oil with a synthetic fatty acid ester or a polyol ester; (b) collecting from the hydraulic equipment the die release fluid admixed with the hydraulic fluid; (c) subjecting the admixed die release fluid and hydraulic fluid to phase separation; (d) returning the phase separated die release fluid into the die casting process without further separation; and (e) repeating the steps of (a) through (d) multiple times without reducing the effectiveness and efficiency of die release fluid or adversely impacting the condition of the die cast metal.
Reactor for obtaining gas from organic waste, having a columnar, upright reactor housing that encloses a reaction chamber that incorporates a section that is described as a collection chamber and can be filled with organic waste and that incorporates above the collection chamber a gas chamber to receive the gas obtained from the organic waste, wherein the reaction chamber is thermally insulated against the outside, that is, against the surrounding atmosphere, and wherein a cleaning chamber connects upwards to the reaction chamber, wherein the inner space of the cleaning chamber adjoins a cooling surface and a gas outlet line to conduct the obtained gas out of the reactor feeds into the cleaning chamber, and wherein a condensate separator that incorporates a condensation surface that projects into the gas flow and a condensate collection chamber under the condensate separator is provided for in the gas outlet line, characterised in that a second gas line, described as a bypass, to also conduct the obtained gas out of the reactor feeds into the gas chamber and wherein the bypass feeds into the gas outlet line.
A welding-type helmet comprising a cover comprising a light source, characterized in that a channel (108, 110, 112, 114, 121, 123, 131) is recessed from an external surface of the cover, the channel (108, 110, 112, 114, 121, 123, 131) being configured to house a removable light source within the channel (108, 110, 112, 114, 121, 123, 131).