mhurhangee/ep-ind-claims huggingface dataset:
Device for the measurement of volatile substances comprising a containment box, having at least one inlet opening for the introduction of a gas flow, preferably chromatographic degree air, one or more outlet openings (41, 42) of said gas flow and at least one analysis opening, a plurality of detection sensors (51, 52, 53, 54, 55, 56) arranged within said containment box, and at least one probe, insertable within said containment box through said at least one analysis opening, characterized in that the port of said analysis opening is smaller than the sum of the ports of said one or more outlet openings (41, 42), so that the insertion or the extraction of said probe from said analysis opening does not change the flow of said gas that reaches said sensors (51, 52, 53, 54, 55, 56), in that said device comprises a body arranged within said containment box, said body being provided with a through channel that has a first end communicating with said analysis opening and a second end communicating with the internal of said containment box, and in that said body radially provides on its surface a plurality of channels, in a number corresponding to the number of said sensors (51, 52, 53, 54, 55, 56), said channels being realized on a lateral wall of body and being V suitable for partialization of gas flow toward every sensor, so that, when said probe is treated beforehand by a sample of a substance to be examined and it is inserted within said containment box, said gas flow uniformly carries the volatile substances from said sample to said plurality of sensors (51, 52, 53, 54, 55, 56)
A method for lubricating an internal combustion engine, comprising supplying to said engine a lubricating composition comprising: (a) an oil of lubricating viscosity; (b) 1 to 1000 parts per million by weight of titanium in the form of an oil-soluble titanium-containing material having a number average molecular weight of less than 20,000; (c) an antioxidant other than a Ti-containing antioxidant; (d) a metal containing detergent other than a Ti-containing detergent; and (e) a dispersant; wherein the dispersant is post-treated by reaction with a boron compound. (a) an oil of lubricating viscosity; (b) 1 to 1000 parts per million by weight of titanium in the form of an oil-soluble titanium-containing material having a number average molecular weight of less than 20,000; (c) an antioxidant other than a Ti-containing antioxidant; (d) a metal containing detergent other than a Ti-containing detergent; and (e) a dispersant; wherein the dispersant is post-treated by reaction with a boron compound.
A system configured to be mounted on an aircraft, the system comprising: a receiver configured to receive temperature data for a region of airspace from a data source external to the vehicle; and processing circuitry configured to: determine one or more moisture values for the region of airspace based on radar returns received by a weather radar onboard the vehicle; determine a freezing altitude for a latitude and a longitude of a location based on the temperature data received from the data source; determine a potential for icing at the location within the region of airspace based on the one or more moisture values and further based on the temperature data received from the data source and generate an output based on the determined potential for icing; characterised in that the determination of the potential for icing is performed by: determining that a difference between an altitude of the location and the freezing altitude for the location is less than a threshold altitude difference; and determining that a moisture value associated with the location is greater than a threshold level. a receiver configured to receive temperature data for a region of airspace from a data source external to the vehicle; and processing circuitry configured to: determine one or more moisture values for the region of airspace based on radar returns received by a weather radar onboard the vehicle; determine a freezing altitude for a latitude and a longitude of a location determine one or more moisture values for the region of airspace based on radar returns received by a weather radar onboard the vehicle; determine a freezing altitude for a latitude and a longitude of a location based on the temperature data received from the data source; determine a potential for icing at the location within the region of airspace based on the one or more moisture values and further based on the temperature data received from the data source and generate an output based on the determined potential for icing; determining that a difference between an altitude of the location and the freezing altitude for the location is less than a threshold altitude difference; and determining that a moisture value associated with the location is greater than a threshold level.
A system-on-chip comprising a first module and a second module (PROC), the first module comprising a first physical interface (INTP), the second module (PROC) comprising a second physical interface (INTH), the first physical interface (INTP) comprising a first number of pins, the second physical interface (INTH) comprising a second number of pins greater than or equal to the first number of pins, the second physical interface being configured to operate according to a standard communications protocol, the first physical interface being configured to operate according to a proprietary communications protocol different from the standard communications protocol, the first and second modules (PER, PROC) connected together via one or more respective pins of their respective physical interfaces (INTP, INTH), wherein the second module (PROC) is further configured to function according to the proprietary communications protocol and further to detect whether the first module is configured to operate according to the proprietary communications protocol or the standard communications protocol and to switch the second physical interface (INTH) to operate according to either the proprietary communications protocol or the standard communications protocol depending on the result of the detection, wherein the configuration of the second module to operate according to the proprietary communications protocol is achieved by re-assigning one or more of the second number of pins to operate according to the proprietary communications protocol.
A method for automatically assembling an animation comprising: accepting at least one input keyword relating to a subject for the animation; accessing a set of at least two templates, wherein each template generates a different type of output, and wherein each template includes components for display time, screen location, and animation parameters; retrieving data from a plurality of data sources using an electronic search based on the at least one input keyword; determining which retrieved data to assemble into the set of at least two templates; coordinating assembly of data-populated templates to form the animation; and returning the animation for playback by a user. accepting at least one input keyword relating to a subject for the animation; accessing a set of at least two templates, wherein each template generates a different type of output, and wherein each template includes components for display time, screen location, and animation parameters; retrieving data from a plurality of data sources using an electronic search based on the at least one input keyword; determining which retrieved data to assemble into the set of at least two templates; coordinating assembly of data-populated templates to form the animation; and returning the animation for playback by a user.
Pull-out guide for pulling out an extendable furniture part from a furniture body, with a first rail and a second rail, wherein the first rail can be pulled out of the second rail in a pull-out direction starting from an inserted position into an extended position, in which a further extraction of the first rail from the second rail is limited by abutment of an abutment element of the first rail against an extraction stop of the second rail, and wherein a securing part is mounted on the second rail so as to be rotatable about an axis of rotation, which securing part is locked against the force of a spring element from a locking position, in which lifting of the front end of the first rail is blocked, into an opening direction of rotation into a release position, in which, in order to completely remove the first rail from the second rail, the front end of the first rail can be lifted starting from the extended position of the first rail and the stop element of the first rail can be moved over the extension stop of the second rail, characterized in that a holding device is provided which, in a holding state, holds the securing part twisted into the release position in the release position.
Grinding machine having a spindle housing, having a grinding spindle, having grinding tools received in a magazine which are able to be tensioned interchangeably on the grinding spindle, having disc protectors received in a magazine which are able to be tensioned interchangeably on the spindle housing, and having coolant nozzles arranged on the disc protectors, characterised in that at least one coolant nozzle is mounted adjustably in the disc protector with regard to the grinding tool; a controllable drive for the adjustment of the coolant nozzle is arranged on the spindle housing; and the drive is able to be coupled to the coolant nozzle in the case of a changed disc protector and is able to be decoupled to exchange the disc protector; the at least one coolant nozzle has a straight nozzle shaft which is mounted in the disc protector to be linearly displaceable in a tangential direction with regard to the grinding tool; the drive engages with the nozzle shaft to be able to be coupled; and the nozzle shaft flows into a nozzle head directed against the grinding tool at its end; a sliding track is arranged on the nozzle shaft; the drive has a coupling link which is brought into engagement with the sliding track to adjust the nozzle shaft and comes out of engagement from the sliding path for decoupling.
A flexible plastic film comprising: a support substrate; and an ultraviolet curable coating layer formed on at least one surface of the support substrate, wherein the film exhibits a pencil hardness of 6 H or more under a load of 750 g after moving the pencil back and forth three times at an angle of 45 degrees under a load of 750 g using a pencil hardness tester in accordance with standard JIS K5400-5-4, and wherein a crack does not occur when placing the film at an interval of 4 mm in the middle of the film and repeating 100,000 times the processes of folding and spreading both sides of the film at 90 degrees toward the bottom surface at room temperature, wherein the support substrate has an elastic modulus of 4 to 9 GPa as measured according to ASTM D882, wherein the support substrate has a thickness of 20 to 200 μm, and wherein the ultraviolet curable coating layer includes a crosslinked copolymer of a 3- to 6-functional acrylate-based binder and a 7- to 20-functional urethane acrylate-based binder; and inorganic fine particles having a bimodal particle size distribution including a first inorganic fine particle group having d 50 of 20 to 35nm and a second inorganic fine particle group having d 50 of 40 to 130 nm, wherein the particle size distribution by number is determined in the state of a dispersed solution by using dynamic laser light diffraction scattering method using Malvern Zetasizer Nano-ZS90. a support substrate; and an ultraviolet curable coating layer formed on at least one surface of the support substrate, wherein the film exhibits a pencil hardness of 6 H or more under a load of 750 g after moving the pencil back and forth three times at an angle of 45 degrees under a load of 750 g using a pencil hardness tester in accordance with standard JIS K5400-5-4, and wherein a crack does not occur when placing the film at an interval of 4 mm in the middle of the film and repeating 100,000 times the processes of folding and spreading both sides of the film at 90 degrees toward the bottom surface at room temperature,
Supply branch interfaced with a grid and designed to supply electrically operated components with AC voltage, characterized in that the supply branch comprises a quick-break device for electrically isolating the electrically operated components from the grid in the event of an overvoltage in the supply branch, wherein the quick-break device comprises an instantaneous element comprising an electronic switch that can be switched on and off and a control device, designed to control the instantaneous element, with overvoltage detection, wherein the switching time of the fast-break device that elapses between the actual occurrence of an overvoltage and the electrical isolation of the electrically operated components from the grid is less than 10 ms, wherein the fast-break device has at least one filter for adapting the characteristic of the overvoltage detection by influencing the switching characteristic of the fast-break device, wherein the input value of the filter is the absolute value of the combined voltage vector |U| of the phases of the grid.
A method of a mobility manager, the method comprising: receiving a mobile network request for registering with a mobile network; and responsive to the mobile network request, sending a response including an area identity list and an identifier indicating whether an area identified in the area identity list supports a service, characterized in that the identifier indicates that a first area in the area identity list supports the service and the identifier indicates that a second area in the area identity list does not support the service. receiving a mobile network request for registering with a mobile network; and responsive to the mobile network request, sending a response including an area identity list and an identifier indicating whether an area identified in the area identity list supports a service, characterized in that the identifier indicates that a first area in the area identity list supports the service and the identifier indicates that a second area in the area identity list does not support the service.
A method for printing graphics on nonwovens, the method comprising the steps of: providing a nonwoven substrate extending in a machine direction, the nonwoven substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; operating a printhead at a firing frequency that is equal to or less than 20 kHz; advancing the nonwoven substrate at a speed in the machine direction under the printhead; ejecting drops of an ink from the printhead onto the first surface of the substrate to define a printed region comprising a print resolution extending the machine direction, MDR (dpi), and a print resolution extending in the cross direction, CDR (dpi), the drops comprising a drop mass, DM (g); wherein the printed region comprises an ink basis weight, IBW (gsm), that is equal to or greater than 0.5 (gsm); and wherein IBW (gsm) = × [(MDR (dpi)] × [CDR (dpi)] × [DM (g)], and characterised in that MDR (dpi) is equal to or less than 80 (dpi). providing a nonwoven substrate extending in a machine direction, the nonwoven substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; operating a printhead at a firing frequency that is equal to or less than 20 kHz; advancing the nonwoven substrate at a speed in the machine direction under the printhead; ejecting drops of an ink from the printhead onto the first surface of the substrate to define a printed region comprising a print resolution extending the machine direction, MDR (dpi), and a print resolution extending in the cross direction, CDR (dpi), the drops comprising a drop mass, DM (g); wherein the printed region comprises an ink basis weight, IBW (gsm), that is equal to or greater than 0.5 (gsm); and wherein IBW (gsm) = × [(MDR (dpi)] × [CDR (dpi)] × [DM (g)], and characterised in that MDR (dpi) is equal to or less than 80 (dpi).
A disaster shelter for tsunami and other disasters, comprising: a bottom plate foundation which is provided on an installation surface; a side foundation which rises from a peripheral edge of the bottom plate foundation; a shelter main body which is installed inside the side foundation and on an upper portion of the bottom plate foundation, characterised in that the shelter main body is fixed to the side foundation with a fixing anchor which is extended in a lateral direction so as to connect a side wall of the shelter main body and the side foundation. a bottom plate foundation which is provided on an installation surface; a side foundation which rises from a peripheral edge of the bottom plate foundation; a shelter main body which is installed inside the side foundation and on an upper portion of the bottom plate foundation, characterised in that the shelter main body is fixed to the side foundation with a fixing anchor which is extended in a lateral direction so as to connect a side wall of the shelter main body and the side foundation.
A method of making a flexible sheet assembly for a booklet, the method comprising providing an inlay sheet, which comprises two leaves and a spine region; providing a cover sheet, which is foldable about a spine region and which, on folding, forms two leaves; forming at least one aperture in the spine region of the inlay sheet by removal of at least 75% of the area of spine region (13, 14); and attaching respective leaves of the inlay sheet and cover sheet to each other. providing an inlay sheet, which comprises two leaves and a spine region; providing a cover sheet, which is foldable about a spine region and which, on folding, forms two leaves; forming at least one aperture in the spine region of the inlay sheet by removal of at least 75% of the area of spine region (13, 14); and attaching respective leaves of the inlay sheet and cover sheet to each other.
A detecting device for detecting and monitoring a body posture or a movement sequence or a training sequence of a body part with a strain measuring device, which comprises a carrier element which is formed in the shape of a tape and has an adhesive layer on one side for adhering to the skin of a user, wherein the strain measuring device is arranged on or in the carrier element, which detects measuring signals in at least one direction of extension of the carrier element by an extension and/or compression of the carrier element and the strain measuring device is contacted with a circuit designed as a transponder and is fastened to the carrier element, wherein the strain measuring device, the circuit, a storage element for the signals detected by the strain measuring device and an acceleration sensor being applied to the carrier material and covered with a protective layer applied to the carrier material, and the carrier element with the strain measuring device and the circuit being designed as a disposable product.
Control valve for controlling a medium, in particular a fuel, comprising: - a sealing seat, - a valve member which opens up and closes a passage at the sealing seat, - a housing which has the passage as low-pressure region and has a high-pressure region which is separated from the low-pressure region by the control valve, - an actuator which is arranged in an actuator region of the housing and which serves for operating the valve member, and - a corrugated bellows which is fixed to the valve member and which is designed for sealing off the actuator region with respect to the high-pressure region, - wherein the valve member is arranged in the interior of the corrugated bellows, and - wherein an outermost diameter of the sealing seat is equal to a mean diameter of the corrugated bellows, characterized in that - the valve member is hollow and has two equalizing openings (30, 31), wherein the one equalizing opening opens into the passage and the other equalizing opening opens into the actuator region. - a sealing seat, - a valve member which opens up and closes a passage at the sealing seat, - a housing which has the passage as low-pressure region and has a high-pressure region which is separated from the low-pressure region by the control valve, - an actuator which is arranged in an actuator region of the housing and which serves for operating the valve member, and - a corrugated bellows which is fixed to the valve member and which is designed for sealing off the actuator region with respect to the high-pressure region, - wherein the valve member is arranged in the interior of the corrugated bellows, and - wherein an outermost diameter of the sealing seat is equal to a mean diameter of the corrugated bellows, characterized in that - the valve member is hollow and has two equalizing openings (30, 31), wherein the one equalizing opening opens into the passage and the other equalizing opening opens into the actuator region.
A metatarsal correction system comprising: a bone preparation guide comprising a body defining a guide surface (160, 164) configured to be positioned over an end of a bone, the guide surface (160, 164) being configured to guide a tissue removing instrument for cutting the end of the bone, wherein the bone is at least one of a first metatarsal and a medial cuneiform; a bone positioning guide configured to be positioned on a medial side of the first metatarsal and on a lateral side of a metatarsal (292, 294) other than the first metatarsal, the bone positioning guide comprising a mechanism that is configured to be operated to move the first metatarsal in at least a transverse plane to close an intermetatarsal angle between the first metatarsal and a second metatarsal; and a fixation device (310, 320) positionable across a tarsal-metatarsal joint separating the first metatarsal from the medial cuneiform, the fixation device being configured to fixate a moved position of the first metatarsal relative to the medial cuneiform for fusion. a bone preparation guide comprising a body defining a guide surface (160, 164) configured to be positioned over an end of a bone, the guide surface (160, 164) being configured to guide a tissue removing instrument for cutting the end of the bone, wherein the bone is at least one of a first metatarsal and a medial cuneiform; a bone positioning guide configured to be positioned on a medial side of the first metatarsal and on a lateral side of a metatarsal (292, 294) other than the first metatarsal, the bone positioning guide comprising a mechanism that is configured to be operated to move the first metatarsal in at least a transverse plane to close an intermetatarsal angle between the first metatarsal and a second metatarsal; and a fixation device (310, 320) positionable across a tarsal-metatarsal joint separating the first metatarsal from the medial cuneiform, the fixation device being configured to fixate a moved position of the first metatarsal relative to the medial cuneiform for fusion.