mhurhangee/patent-ind-claim-en huggingface dataset:
Control unit for controlling a camera that is carried in a vehicle ; the control unit being configured - to determine subject data relating to a subject to be captured; - to determine vehicle data relating to a state of the vehicle ; the vehicle data comprising - information relating to a tyre pressure of at least one tyre of the vehicle ; - information relating to a state of wear of a tyre of the vehicle ; and/or - information relating to a loading state of the vehicle ; and - to control the camera according to the subject data and according to the vehicle data in order to use the camera to take a photograph of the subject . - to determine subject data relating to a subject to be captured; - to determine vehicle data relating to a state of the vehicle ; the vehicle data comprising - information relating to a tyre pressure of at least one tyre of the vehicle ; - information relating to a state of wear of a tyre of the vehicle ; and/or - information relating to a loading state of the vehicle ; and - to control the camera according to the subject data and according to the vehicle data in order to use the camera to take a photograph of the subject .
A pump, in particular a vacuum pump, comprising a slide layer , wherein the slide layer comprises an oxide layer, which is in particular formed by anodic oxidation in an acidic electrolyte, and a polymer-based sealing, and wherein the oxide layer is at least partly covered by the sealing and/or impregnated with the sealing, characterized in that the sealing is a polyurethane layer that is formed from a polyurethane which has perfluorinated segments and/or in that the sealing includes a fluoroalkylsiloxane, and/or in that the sealing is formed from a polyurethane which has polyether segments and/or in that the sealing is formed from a polyurethane which has perfluorinated polyether segments. a slide layer , wherein the slide layer comprises an oxide layer, which is in particular formed by anodic oxidation in an acidic electrolyte, and a polymer-based sealing, and wherein the oxide layer is at least partly covered by the sealing and/or impregnated with the sealing, characterized in that the sealing is a polyurethane layer that is formed from a polyurethane which has perfluorinated segments and/or in that the sealing includes a fluoroalkylsiloxane, and/or in that the sealing is formed from a polyurethane which has polyether segments and/or in that the sealing is formed from a polyurethane which has perfluorinated polyether segments.
A cartridge for use in an aerosol-generating system, comprising: a liquid storage portion comprising a housing for holding a liquid aerosol-forming substrate, the housing having an opening , wherein the liquid storage portion comprises at least two parts in fluid communication to each other, the first part of the liquid storage portion comprising - a first capillary material , provided in the vicinity of the opening of the housing , - a second capillary material in fluid contact with the first capillary material , the second part of the liquid storage portion comprising a container for holding aerosol-forming substrate in liquid form and supplying the liquid to the second capillary material , characterized in that the second capillary material is spaced apart from the opening by the first capillary material . - a first capillary material , provided in the vicinity of the opening of the housing , - a second capillary material in fluid contact with the first capillary material ,
A method of streaming media file data, the method comprising the steps of: a) receiving a request for media file data for a desired time within at least one media file; b) determining whether the media file data contains an available segment of media file data that begins at the desired time and, in the event that no available segment of media file data begins exactly at the desired time, determining an available segment that includes the desired time, wherein the available segment includes a sequence of frames of media file data from a start time to an end time; c) returning a separate file that includes only the available segment of media file when the media file data is determined to contain the available segment; wherein the step of returning the available segment of media file data includes returning in a header of the returned file information indicative of the start time to end time covered by the media file data of the available segment and the desired start time that is defined in the request. a) receiving a request for media file data for a desired time within at least one media file; b) determining whether the media file data contains an available segment of media file data that begins at the desired time and, in the event that no available segment of media file data begins exactly at the desired time, determining an available segment that includes the desired time, wherein the available segment includes a sequence of frames of media file data from a start time to an end time; c) returning a separate file that includes only the available segment of media file when the media file data is determined to contain the available segment;
A device for subjecting a substance to heat treatment, the device comprising: an enclosure; a conveyor for conveying the substance between an inlet of the enclosure and an outlet of the enclosure, the conveyor comprising a screw mounted to rotate inside the enclosure about an axis of rotation and including an actuator for driving the screw in rotation about said axis, the screw itself not having a rotary shaft; Joule effect heating of the screw; wherein the enclosure comprises an envelope of refractory material having the screw extending therethrough, said envelope being shaped as a tube having a main inner surface following the outlines of the screw being characterized in that an inner radius of the envelope is greater than the outer radius of the screw by a value lying in the range 1 mm to 20 mm. an enclosure; a conveyor for conveying the substance between an inlet of the enclosure and an outlet of the enclosure, the conveyor comprising a screw mounted to rotate inside the enclosure about an axis of rotation and including an actuator for driving the screw in rotation about said axis, the screw itself not having a rotary shaft; Joule effect heating of the screw; wherein the enclosure comprises an envelope of refractory material having the screw extending therethrough, said envelope being shaped as a tube having a main inner surface following the outlines of the screw being characterized in that an inner radius of the envelope is greater than the outer radius of the screw by a value lying in the range 1 mm to 20 mm.
A manufacturing method for a temperature sensor, comprising: forming (S110) a plurality of trenches on a silicon wafer ; performing (S120) thermal annealing to deform the plurality of trenches , such that the plurality of trenches are in communication with each other to form a cavity , and the silicon wafer is connected together above the cavity to seal the cavity ; oxidizing (S130) silicon above the cavity to obtain a silicon oxide film ; and forming (S140) a temperature measurement unit on the silicon oxide film , and the temperature measurement unit is configured to sense an ambient temperature. forming (S110) a plurality of trenches on a silicon wafer ; performing (S120) thermal annealing to deform the plurality of trenches , such that the plurality of trenches are in communication with each other to form a cavity , and the silicon wafer is connected together above the cavity to seal the cavity ; oxidizing (S130) silicon above the cavity to obtain a silicon oxide film ; and forming (S140) a temperature measurement unit on the silicon oxide film , and the temperature measurement unit is configured to sense an ambient temperature.
A cover structure for a balcony railing structure, comprising: a cover strip for covering a gap between a vertical protective plate structure of the balcony railing structure and a vertical face of a balcony slab , and a cover plate in connection with the cover strip located lower, in an installed state, in relation to the cover strip for covering the vertical face of the balcony slab , characterized in that the cover structure further comprises a lower cover plate located, in use, at the top edge of a bottom rail of the balcony railing structure supporting the vertical protective plate structure from below, wherein the cover plate and the lower cover plate are arranged, in use, such that a bottom part of the cover plate is placed between the lower cover plate and the face of the balcony slab to a depth that is adjustable enabling a height position and/or an inclination position adjustment of the cover strip . a cover strip for covering a gap between a vertical protective plate structure of the balcony railing structure and a vertical face of a balcony slab , and a cover plate in connection with the cover strip located lower, in an installed state, in relation to the cover strip for covering the vertical face of the balcony slab , characterized in that the cover structure further comprises a lower cover plate located, in use, at the top edge of a bottom rail of the balcony railing structure supporting the vertical protective plate structure from below, wherein the cover plate and the lower cover plate are arranged, in use, such that a bottom part of the cover plate is placed between the lower cover plate and the face of the balcony slab to a depth that is adjustable enabling a height position and/or an inclination position adjustment of the cover strip .
A surgical system comprising: a surgical instrument ; an instrument carriage ; and an instrument sterile adapter for coupling the surgical instrument and the instrument carriage , the instrument sterile adapter comprising: an adapter control surface that extends control features of a control surface of the instrument carriage and that is configured to receive an instrument control surface of the surgical instrument ; and a convex curved surface substantially perpendicular to the adapter control surface, the convex curved surface being configured to receive a corresponding concave curved surface on the instrument control surface . a surgical instrument ; an instrument carriage ; and an instrument sterile adapter for coupling the surgical instrument and the instrument carriage , the instrument sterile adapter comprising: an adapter control surface that extends control features of a control surface of the instrument carriage and that is configured to receive an instrument control surface of the surgical instrument ; and a convex curved surface substantially perpendicular to the adapter control surface, the convex curved surface being configured to receive a corresponding concave curved surface on the instrument control surface . an adapter control surface that extends control features of a control surface of the instrument carriage and that is configured to receive an instrument control surface of the surgical instrument ; and a convex curved surface substantially perpendicular to the adapter control surface, the convex curved surface being configured to receive a corresponding concave curved surface on the instrument control surface .
A wind or water turbine comprising at least two or more blades and a rotating shaft whereto the said blades are connected, each blade being connected to the rotating shaft through a system of rods , so that such system of rods can pass from an extended position and a retracted position, thereby enabling a radial distance variation of the blade placement with respect to the rotating shaft, each system of rods being hinged to the corresponding blade in at least one point so as to further enable a rotation of the blade in order to vary its angle of incidence, the said system of rods being further configured to modify the angle of incidence of the blades as a function of the specific extended or retracted position adopted by the said system of rods so that each blade adopts a specific angle of incidence according to its radial distance from the rotating shaft wherein the turbine further comprises an actuating system controlling the said rotation of the said blade so as to position it as per a specific angle of incidence, the said actuating system being synchronized so that the said actuating system modifies the angle of incidence of the blades as a function of the specific extended or retracted position adopted by the said system of rods, each system of rods being made up of at least two rods which are slidingly connected by one of their ends to the shaft along a first sliding guide developing along at least one section of the rotating shaft length and by the opposite end being hinged, at least one of them, to the blade so that the sliding of such ends of the rods along the rotating shaft determines an extension or a retraction of such system of rods causing a moving away or a moving close of the blades from/to the shaft and with the said hinge enabling a modification of the angle of incidence; Characterized in that the said actuating system comprises a second sliding guide which develops along at least one section of the rotating shaft length according to an inclined direction with respect to the development line of the first sliding guide so that the development line of the second sliding guide is incident with respect to the development line of the first sliding guide and wherein it is comprised at least one rod with a predetermined length slidingly connected by one of its ends along the said second sliding guide and by the opposite end being connected to the blade in a point, the said rod end being configured so as to move integrally with at least one rod end sliding along the first sliding guide so that, in correspondence with a contextual sliding of the rod end and of the rod end relative to the system of rods articulated along the respective sliding guides, the incident paths determine a translation of the rod with respect to the rod with a consequent transmission of the rod force on the blade at its connection point thereby causing, contextually to the articulated extension or retraction motion of the system of rods, a contextual rotation of the blade around its hinge with the at least one rod thereby modifying the incidence of the blade according to the extended or retracted position the blade adopts .
A sprinkler device for a condenser of a washer-dryer , characterized by comprising: a body defining a water input passage , a water output passage , and an anti-siphon chamber therein, the anti-siphon chamber being communicated between the water input passage and the water output passage , and the body being provided with a spout in communication with the water output passage ; a water dividing member provided in the anti-siphon chamber , and defining a plurality of flow passages configured to be communicated with the water input passage and the water output passage ; an anti-siphon diaphragm provided in the anti-siphon chamber , located at a side of the water dividing member facing the water input passage , and configured to move to an open position under the impact of an influent water flow, wherein the flow passages are communicated with the water input passage when the anti-siphon diaphragm is in the open position, and the flow passages are disconnected from the water input passage when the anti-siphon diaphragm is in a closed position; and wherein the body comprises a plurality of spouts provided and spaced apart along a circumferential direction of the water output passage . a body defining a water input passage , a water output passage , and an anti-siphon chamber therein, the anti-siphon chamber being communicated between the water input passage and the water output passage , and the body being provided with a spout in communication with the water output passage ; a water dividing member provided in the anti-siphon chamber , and defining a plurality of flow passages configured to be communicated with the water input passage and the water output passage ; an anti-siphon diaphragm provided in the anti-siphon chamber , located at a side of the water dividing member facing the water input passage , and configured to move to an open position under the impact of an influent water flow, wherein the flow passages are communicated with the water input passage when the anti-siphon diaphragm is in the open position, and the flow passages are disconnected from the water input passage when the anti-siphon diaphragm is in a closed position; and wherein the body comprises a plurality of spouts provided and spaced apart along a circumferential direction of the water output passage .
A method of manufacturing a packaged garment having an outer surface , an inner surface opposite the outer surface , a torso portion , two sleeve portions coupled to the torso portion at respective arm accesses , and two leg portions coupled to the torso portion at respective leg accesses , the method comprising: folding the two sleeve portions onto the torso portion ; folding the two leg portions onto the torso portion ; turning the folded garment inside-out after folding the two leg portions onto the torso portion so that the inner surface of the torso portion faces outward and the outer surface of the torso portion faces inward, thereby preventing contamination of the outer surface of the garment, and the accesses of the two sleeve portions and the two leg portions are accessible and unobstructed at peripheral edges of the folded garment; and placing the folded garment in a bag . folding the two sleeve portions onto the torso portion ; folding the two leg portions onto the torso portion ; turning the folded garment inside-out after folding the two leg portions onto the torso portion so that the inner surface of the torso portion faces outward and the outer surface of the torso portion faces inward, thereby preventing contamination of the outer surface of the garment, and the accesses of the two sleeve portions and the two leg portions are accessible and unobstructed at peripheral edges of the folded garment; and placing the folded garment in a bag .
An inverter control device that controls an inverter of a rotating electrical machine driving device , the inverter control device comprising: the inverter that is connected to a direct-current power supply through contactors and connected to an alternating-current rotating electrical machine to convert electric power between direct current and alternating current of a plurality of phases; and a smoothing capacitor that is disposed between the contactors and the inverter to smooth a direct-current link voltage, the direct-current link voltage being a voltage on a direct-current side of the inverter, wherein when the contactors are in an open state and the rotating electrical machine is in a rotating state, full active short circuit control is performed, the full active short circuit control bringing an upper-stage-side switching element and a lower-stage-side switching element for at least one phase among switching elements for a plurality of phases in the inverter into an on state to allow current to flow back between the rotating electrical machine and the inverter, wherein the full active short circuit control is performed after performing discharge control that discharges the smoothing capacitor, and wherein the full active short circuit control is performed only when the direct-current link voltage is less than or equal to a defined voltage defined in advance. the inverter that is connected to a direct-current power supply through contactors and connected to an alternating-current rotating electrical machine to convert electric power between direct current and alternating current of a plurality of phases; and a smoothing capacitor that is disposed between the contactors and the inverter to smooth a direct-current link voltage, the direct-current link voltage being a voltage on a direct-current side of the inverter, wherein when the contactors are in an open state and the rotating electrical machine is in a rotating state, full active short circuit control is performed, the full active short circuit control bringing an upper-stage-side switching element and a lower-stage-side switching element for at least one phase among switching elements for a plurality of phases in the inverter into an on state to allow current to flow back between the rotating electrical machine and the inverter, wherein the full active short circuit control is performed after performing discharge control that discharges the smoothing capacitor, and wherein the full active short circuit control is performed only when the direct-current link voltage is less than or equal to a defined voltage defined in advance.
A cork plug for plugging a bottle, comprising two opposite faces and a side surface so as to be able to be inserted by force into the neck of the bottle, and wherein is formed at least one channel pierced between the two faces opposite faces of the plug , so as to communicate the interior and exterior of the bottle, characterised in that the at least one channel is filled with a material impermeable to liquids, having a permeability to gases greater than that of the plug so as to control the amount of gas circulating through the plug, the plug having a controlled permeability to oxygen and/or carbon dioxide, and the material filling the at least one channel being of the crosslinkable silicone-based elastomer type.