mhurhangee/ep-ind-claims huggingface dataset:
An X-ray diffraction contrast tomography system comprising an X-ray source for providing an X-ray beam in a direct path, a staging device for positioning and rotating a polycrystalline material sample in the direct path of the X-ray beam, a first X-ray detector located in the direct path with the staging device positioned between the first X-ray detector and the X-ray source, allowing said first X-ray detector to be in the beam of and detect a direct X-ray beam being transmitted through the crystalline material sample, a processing device for analysing detected images and determining crystallographic grain centre-of-mass positions and grain orientations in the polycrystalline material sample, characterized in that a second X-ray detector is positioned between the staging device and the first X-ray detector in the X-ray beam of the direct transmitted X-rays for detecting diffracted X-ray beams leaving the crystalline material sample at an angle, said second X-ray detector being adapted to allow at least a fraction of the direct X-ray beam leaving the polycrystalline material sample to continue to the first X-ray detector, and the X-ray source is a laboratory X-ray source having a maximum size of less than 10 metres. an X-ray source for providing an X-ray beam in a direct path, a staging device for positioning and rotating a polycrystalline material sample in the direct path of the X-ray beam, a first X-ray detector located in the direct path with the staging device positioned between the first X-ray detector and the X-ray source, allowing said first X-ray detector to be in the beam of and detect a direct X-ray beam being transmitted through the crystalline material sample, a processing device for analysing detected images and determining crystallographic grain centre-of-mass positions and grain orientations in the polycrystalline material sample, characterized in that a second X-ray detector is positioned between the staging device and the first X-ray detector in the X-ray beam of the direct transmitted X-rays for detecting diffracted X-ray beams leaving the crystalline material sample at an angle, said second X-ray detector being adapted to allow at least a fraction of the direct X-ray beam leaving the polycrystalline material sample to continue to the first X-ray detector, and the X-ray source is a laboratory X-ray source having a maximum size of less than 10 metres.
A grain level sensor for a grain tank of a combine, said sensor comprising: an elongated closed end tube positioned within the tank and having a plurality of uniformly spaced openings along its length; a pneumatic pressure supply for pressurizing the interior of said tube; said grain level sensor characterized by: at least one pressure sensor for sensing the interior pressure of said elongated tube, said elongated tube being oriented relative to said grain tank so that grain building up therein selectively covers said plurality of openings to cause an increase of sensed pressure. an elongated closed end tube positioned within the tank and having a plurality of uniformly spaced openings along its length; a pneumatic pressure supply for pressurizing the interior of said tube; said grain level sensor characterized by: at least one pressure sensor for sensing the interior pressure of said elongated tube, said elongated tube being oriented relative to said grain tank so that grain building up therein selectively covers said plurality of openings to cause an increase of sensed pressure.
A method, comprising: determining, by a provider edge router that supports graceful restart procedures, that a first router forms a redundant group with at least a second router; detecting, by the provider edge router, a failure of the first router, wherein the provider edge router is a peer of the first router; determining, by the provider edge router, that at least the second router in the redundant group is operating while the first router is failed; when at least the second router in the redundant group is operating, overriding, by the provider edge router, graceful restart procedures of the provider edge router with respect to the failed first router, wherein overriding the graceful restart procedures comprises identifying and using, by the provider edge router, route information learned from the operational second router within the redundant group without continuing to use route information provided by the failed first router even though graceful restart procedures are supported; and forwarding, by the provider edge router, one or more data packets according to the route information provided via the second router. determining, by a provider edge router that supports graceful restart procedures, that a first router forms a redundant group with at least a second router; detecting, by the provider edge router, a failure of the first router, wherein the provider edge router is a peer of the first router; determining, by the provider edge router, that at least the second router in the redundant group is operating while the first router is failed; when at least the second router in the redundant group is operating, overriding, by the provider edge router, graceful restart procedures of the provider edge router with respect to the failed first router, wherein overriding the graceful restart procedures comprises identifying and using, by the provider edge router, route information learned from the operational second router within the redundant group without continuing to use route information provided by the failed first router even though graceful restart procedures are supported; and forwarding, by the provider edge router, one or more data packets according to the route information provided via the second router.
A laminated body, comprising a rubber layer and a fluororesin layer laminated over the rubber layer, wherein the rubber layer is a layer comprising a rubber composition for vulcanization, the rubber composition for vulcanization comprises an epichlorohydrin rubber, at least one compound selected from the group consisting of salts of 1,8-diazabicyclo(5.4.0) undecene-7, salts of 1,5-diazabicyclo(4.3.0)-nonene-5,1,8-diazabicyclo(5.4.0) undecene-7, and 1,5-diazabicyclo(4.3.0)-nonene-5,an epoxy resin, and at least one water-carrying substance and the fluororesin layer is a layer comprising a fluorine-contained polymer composition and the fluorine-contained polymer composition comprises a fluorine-contained polymer having a copolymerization unit originating from chlorotrifluoroethylene, characterized in that the water-carrying substance is selected from a hydrate of a sulfate and/or acetate of a metal selected from calcium, magnesium, sodium and copper.
Gas turbine with a turbine having a rotor blade row and a ring that is arranged around the rotor blade row and is made up of multiple ring segments, wherein at least one of the ring segments comprises a ring segment body having a hot gas side which, in the mounted state, is oriented toward a hot gas path, wherein the ring segment body has, on the hot gas side, a recess and in the recess there is arranged an insert element which is designed to cover the recess, characterized in that the insert element has a concave front side and a rear side with at least one shaped portion (17, 18) for positioning on the ring segment body, such that the insert element can be introduced into the hot gas path and can then be attached to the recess of the ring segment body while the ring segment body is already mounted in the gas turbine.
A polyamide resin molding, which is formed from a polyamide resin comprising a diamine structural unit and a dicarboxylic acid structural unit or a polyamide resin composition containing the polyamide resin, wherein 70 mol % or more of the diamine structural unit is derived from xylylenediamine and 50 mol % or more of the dicarboxylic acid structural unit is derived from sebacic acid, and wherein the polyamide resin molding has a crystallinity index of 0 to 50 % and a moisture content of 0.1 to 2 % by mass, wherein the crystallinity index of the polyamide resin molding is calculated from the equation below using a differential scanning calorimeter: crystallinity index % = Q c / Q m × 100 wherein Q m represents the heat of fusion of the polyamide resin molding and Q c represents the heat of crystallization of the polyamide resin molding during heating, and wherein the moisture content of the polyamide resin molding is determined by the Karl Fischer method under vaporization conditions at a temperature of the melting point of the polyamide resin minus 5°C for 30 minutes. wherein Q m represents the heat of fusion of the polyamide resin molding and Q c represents the heat of crystallization of the polyamide resin molding during heating, and wherein the moisture content of the polyamide resin molding is determined by the Karl Fischer method under vaporization conditions at a temperature of the melting point of the polyamide resin minus 5°C for 30 minutes.
A method comprising: generating, by a receiving device comprising a mobile electronic device of a user, a key, wherein the key identifies a digital folder in a file management system; wherein the key is configured to be scanned by a merchant point-of-sale transmitting device; displaying, by the receiving device and after a transaction between the user and the merchant point-of-sale transmitting device, the key on a display of the receiving device, wherein the merchant point-of-sale transmitting device optically scans the key from the display of the receiving device; instructing, by the receiving device, the file management system to instruct the merchant point-of-sale transmitting device to transmit a receipt to the digital folder, wherein the receipt includes an item purchased and a transaction amount; wherein the transmitting device is configured to transmit the receipt to the file management system in response to scanning the key; transmitting, by the receiving device, a request to access the receipt to the file management system; and displaying, by the receiving device, the receipt. generating, by a receiving device comprising a mobile electronic device of a user, a key, wherein the key identifies a digital folder in a file management system; wherein the key is configured to be scanned by a merchant point-of-sale transmitting device; displaying, by the receiving device and after a transaction between the user and the merchant point-of-sale transmitting device, the key on a display of the receiving device, wherein the merchant point-of-sale transmitting device optically scans the key from the display of the receiving device; instructing, by the receiving device, the file management system to instruct the merchant point-of-sale transmitting device to transmit a receipt to the digital folder, wherein the receipt includes an item purchased and a transaction amount; wherein the transmitting device is configured to transmit the receipt to the file management system in response to scanning the key; transmitting, by the receiving device, a request to access the receipt to the file management system; and displaying, by the receiving device, the receipt.
A lever actuated cylinder valve assembly comprising a valve body; a lever pivotally attached to the valve body to operate a valve element; a latch mechanism for retaining the lever with respect to the valve body when the lever and valve element are in a closed position; characterised in that the latch mechanism comprises a hook integrally formed with one of the valve body or lever and a complementary spring mounted on the other of the valve body and lever, the spring mounted so as to present an elongate engagement portion to the hook, the spring being in an unlatched position without the hook engaged, the hook being arranged to displace the spring to ride up the hook thereby increasing a biasing force of the spring, such that the engagement portion passes over an apex of the hook and the spring moves to a latched position in which it is biased into the hook to hold the lever closed; and wherein the valve assembly further comprises a release member depressible by a user to lift the engagement portion off the hook to release the spring from the hook.
A heat tracing device, comprising: one or more heating elements positioned adjacent to a heatable surface; characterised by an aerogel higher temperature insulation layer adjacent to the one or more heating elements; a lower temperature insulation layer adjacent to the aerogel higher temperature insulation layer; and a locking mechanism disposed over the lower temperature layer, the locking mechanism configured to fix the position of the lower temperature insulation layer and the aerogel higher temperature insulation layer with respect to the heatable surface. one or more heating elements positioned adjacent to a heatable surface; characterised by an aerogel higher temperature insulation layer adjacent to the one or more heating elements; a lower temperature insulation layer adjacent to the aerogel higher temperature insulation layer; and a locking mechanism disposed over the lower temperature layer, the locking mechanism configured to fix the position of the lower temperature insulation layer and the aerogel higher temperature insulation layer with respect to the heatable surface.
An autoclave apparatus used during a high-pressure acid leaching process which advances leaching by stirring heated and pressurized material slurry and sulfuric acid by stirrers provided in respective compartments partitioned into a plurality by partition walls in the autoclave, and transfers slurry from an upstream side compartment to a downstream side compartment to sequentially advance leaching, wherein liquid flow ports for slurry transfer which can be opened and closed freely by doors of the liquid flow port for slurry transfer, respectively, are provided on the respective partition walls, and the liquid flow ports for slurry transfer are installed at positions where the heights from the lowermost portion of the autoclave to the center of gravity of the liquid flow port doors for slurry transfer are 0.1 times to 0.3 times an autoclave diameter and distances from the center lines of the partition walls to the center of gravity of the liquid flow port doors for slurry transfer are 0.05 times to 0.25 times the autoclave diameter, and the liquid flow ports for slurry transfer have shapes which do not reach end portions of the partition walls.
Method for removing contaminants from wastewater by means of electrocoagulation, the method comprising the following steps: a) passing wastewater to be purified through an electrolytic cell which is provided with two metal electrodes (2, 3) with different electronegativities, consisting of coaxial pipes, the inner pipe comprising the more electronegative electrode, b) performing electrolysis between the two electrodes (2, 3), such that the more electronegative electrode, which does not wear in a cleaning process, is used to produce hydrogen gas and hydroxyl ions from water, and that the less electronegative electrode, which is an active, wearing electrode in a cleaning process, is used to produce metal ions in a solution to be cleaned, c) producing an electric field in the electrolytic cell, whereby desired redox reactions take place to isolate one or more contaminants from the wastewater in the form of flakes, d) passing the wastewater with said flakes from the electrolytic cell to a separation device for flakes and purified water, characterised by the step of, e) producing axial waves in the wastewater along the inner surface of the outer electrode intermittently, wherein the mechanical production of axial waves is produced by rotation of a ring provided with vane-shaped brushes, said vane-shaped brushes consisting of brush bristles, wherein said brush bristles do not touch the surface of the wearing electrode. a) passing wastewater to be purified through an electrolytic cell which is provided with two metal electrodes (2, 3) with different electronegativities, consisting of coaxial pipes, the inner pipe comprising the more electronegative electrode, b) performing electrolysis between the two electrodes (2, 3), such that the more electronegative electrode, which does not wear in a cleaning process, is used to produce hydrogen gas and hydroxyl ions from water, and that the less electronegative electrode, which is an active, wearing electrode in a cleaning process, is used to produce metal ions in a solution to be cleaned, c) producing an electric field in the electrolytic cell, whereby desired redox reactions take place to isolate one or more contaminants from the wastewater in the form of flakes, d) passing the wastewater with said flakes from the electrolytic cell to a separation device for flakes and purified water, characterised by the step of, e) producing axial waves in the wastewater along the inner surface of the outer electrode intermittently, wherein the mechanical production of axial waves is produced by rotation of a ring provided with vane-shaped brushes, said vane-shaped brushes consisting of brush bristles, wherein said brush bristles do not touch the surface of the wearing electrode.
A method performed by a wireless device for operating in reliable mode, the method comprising: obtaining an indication of a subset of all possible control format indicator, CFI, and physical downlink control channel, PDCCH, combinations for the wireless device to search to locate a PDCCH; and locating the PDCCH by searching one or more of the subset of possible CFI and PDCCH combinations, characterized in that: obtaining the indication comprises determining the wireless device is operating in reliable mode and obtaining a pre-configured CFI value and determining the wireless device is operating in reliable mode comprises determining a downlink control information, DCI, format. obtaining an indication of a subset of all possible control format indicator, CFI, and physical downlink control channel, PDCCH, combinations for the wireless device to search to locate a PDCCH; and locating the PDCCH by searching one or more of the subset of possible CFI and PDCCH combinations, characterized in that: obtaining the indication comprises determining the wireless device is operating in reliable mode and obtaining a pre-configured CFI value and determining the wireless device is operating in reliable mode comprises determining a downlink control information, DCI, format. obtaining the indication comprises determining the wireless device is operating in reliable mode and obtaining a pre-configured CFI value and determining the wireless device is operating in reliable mode comprises determining a downlink control information, DCI, format.
Electric power-assist device for bicycles, said device comprising: - an electrical machine comprising a rotor, - means for fixing the electrical machine, - a drive pinion driven by the rotor of the electrical machine, and - a supporting structure, - the fixing means being borne by the supporting structure, said device being characterized in that the drive pinion is able to mesh tangentially with a complementary toothing integral to a tyre of a rear wheel of the bicycle, and in that, the fixing means together with the electrical machine form a sub-assembly which can be separated manually from the supporting structure, the supporting structure comprising a framework extending in a substantially horizontal plane and the sub-assembly is carried by the framework and being characterised by a rapid fixing realised in a manner that the sub-assembly can be slid horizontally in the framework and be fixed there via the rapid fixing at the front of the latter, and the rear end of the sub-assembly is blocked in the framework by a fixed stop. - an electrical machine comprising a rotor, - means for fixing the electrical machine, - a drive pinion driven by the rotor of the electrical machine, and - a supporting structure, - the fixing means being borne by the supporting structure, said device being characterized in that the drive pinion is able to mesh tangentially with a complementary toothing integral to a tyre of a rear wheel of the bicycle, and in that, the fixing means together with the electrical machine form a sub-assembly which can be separated manually from the supporting structure, the supporting structure comprising a framework extending in a substantially horizontal plane and the sub-assembly is carried by the framework and being characterised by a rapid fixing realised in a manner that the sub-assembly can be slid horizontally in the framework and be fixed there via the rapid fixing at the front of the latter, and the rear end of the sub-assembly is blocked in the framework by a fixed stop.
A method comprising: providing to a wireless communication access point a request for receipt of information associated with the wireless communication access point; receiving a response to the request prior to at least one of authentication of a device providing the request by the wireless communication access point or association of the device with the wireless communication access point in which the response includes the information; receiving an indication from the wireless communication access point indicative of an availability of the information from the wireless communication access point prior to providing the request, receiving the response as a direct response without proxying the request to a server, and wherein the information comprises local time information, local date information and local time zone information. providing to a wireless communication access point a request for receipt of information associated with the wireless communication access point; receiving a response to the request prior to at least one of authentication of a device providing the request by the wireless communication access point or association of the device with the wireless communication access point in which the response includes the information; receiving an indication from the wireless communication access point indicative of an availability of the information from the wireless communication access point prior to providing the request, receiving the response as a direct response without proxying the request to a server, and wherein the information comprises local time information, local date information and local time zone information.
A pneumatic engine, comprising: a rotating outer ring, an intermediate shaft and a direct drive power core, wherein the rotating outer ring and the direct drive power core are coaxially provided on the intermediate shaft, the rotating outer ring is rotatable relative to the intermediate shaft and the direct drive power core, the intermediate shaft is provided with a master air inlet and a master air outlet, the direct drive power core is provided with an inlet runner and an outlet runner, multiple drive grooves are provided on an inner ring surface of the rotating outer ring, compressed gas enters from the master air inlet of the intermediate shaft and is ejected via the inlet runner of the direct drive power core to act on a drive surface of the outer ring so that a propulsive force is generated to propel the rotating outer ring, and finally the compressed gas returns back to the master air outlet via the outlet runner of the direct drive power core to achieve continuous output of speed and torque; characterized in that two or more drive grooves are provided on the inner ring surface of the rotating outer ring, each of the drive grooves has a contour bottom surface and a drive surface, and a contour line of the contour bottom surface is a logarithmic spiral line with its pole provided on the axis line of the intermediate shaft.