mhurhangee/patent-ind-claim-en huggingface dataset:
A hearing apparatus comprising: a battery ; a coil ; a coil operation mode selector configured to select either a communicating mode for communicating using the coil , the communicating mode being a first coil operation mode for communicating with a wireless communication terminal or a charging mode for charging using the coil , the charging mode being a second coil operation mode for wirelessly charging the battery of the hearing apparatus ; a sensor configured to sense recognition information indicating whether the hearing apparatus has remained motionless for a predetermined time and whether wireless charging of the hearing apparatus is to be performed; and a processor configured to generate a control signal to control the coil operation mode selector to select the charging mode, based on the recognition information. a battery ; a coil ; a coil operation mode selector configured to select either a communicating mode for communicating using the coil , the communicating mode being a first coil operation mode for communicating with a wireless communication terminal or a charging mode for charging using the coil , the charging mode being a second coil operation mode for wirelessly charging the battery of the hearing apparatus ; a sensor configured to sense recognition information indicating whether the hearing apparatus has remained motionless for a predetermined time and whether wireless charging of the hearing apparatus is to be performed; and a processor configured to generate a control signal to control the coil operation mode selector to select the charging mode, based on the recognition information.
A method executed by a microprocessor for optimizing a plurality of gains of a controller , the method comprising: defining a first gain of a control parameter; defining a second gain of the control parameter, wherein the first and second gains and the control parameter are used by the controller to generate a command signal for a device; selecting a low point and a high point for the first gain; selecting a low point and a high point for the second gain; carrying out a combination for each of the low and high points of the first gain with each of the low and high points of the second gain; calculating an error between an actual system parameter of the device and a desired system parameter for each combination, wherein the actual system parameter is a function of the command signal; selecting the combination that yields the lowest error; utilizing values of the first and second gains of the selected combination in a subsequent iteration. defining a first gain of a control parameter; defining a second gain of the control parameter, wherein the first and second gains and the control parameter are used by the controller to generate a command signal for a device; selecting a low point and a high point for the first gain; selecting a low point and a high point for the second gain; carrying out a combination for each of the low and high points of the first gain with each of the low and high points of the second gain; calculating an error between an actual system parameter of the device and a desired system parameter for each combination, wherein the actual system parameter is a function of the command signal; selecting the combination that yields the lowest error; utilizing values of the first and second gains of the selected combination in a subsequent iteration.
An aircraft monument , comprising - a desk , and - a movable part that is mounted to the aircraft monument by means of an attachment device such that the movable part is pivotable about an axis (A) between a first position in which the movable part covers a first area of the desk and is essentially arranged inside of the aircraft monument such that its front faces in a first direction (X) towards the back of the aircraft monument , and a second position in which the movable part is at least partially arranged outside of the aircraft monument and its front faces in a second direction (Y) that crosses the first direction (X), wherein the movable part , in its second position, covers a second area of the desk that is less than the first area; wherein the axis (A) is aligned perpendicularly to the desk ; characterized in that the axis (A) intersects a plane of a surface of the desk at a front edge of the desk ; and the movable part comprises at least one of the following elements: a bun warmer, a galley insert, a galley electrical insert, a galley non-electrical insert, a cooling device, a steam oven, a convection oven, a touchpad, a flight attendant panel, a remote control center, a display, a self-service machine, and a vending machine. - a desk , and - a movable part that is mounted to the aircraft monument by means of an attachment device such that the movable part is pivotable about an axis (A) between a first position in which the movable part covers a first area of the desk and is essentially arranged inside of the aircraft monument such that its front faces in a first direction (X) towards the back of the aircraft monument , and a second position in which the movable part is at least partially arranged outside of the aircraft monument and its front faces in a second direction (Y) that crosses the first direction (X), wherein the movable part , in its second position, covers a second area of the desk that is less than the first area; a first position in which the movable part covers a first area of the desk and is essentially arranged inside of the aircraft monument such that its front faces in a first direction (X) towards the back of the aircraft monument , and a second position in which the movable part is at least partially arranged outside of the aircraft monument and its front faces in a second direction (Y) that crosses the first direction (X), wherein the movable part , in its second position, covers a second area of the desk that is less than the first area; the axis (A) intersects a plane of a surface of the desk at a front edge of the desk ; and the movable part comprises at least one of the following elements: a bun warmer, a galley insert, a galley electrical insert, a galley non-electrical insert, a cooling device, a steam oven, a convection oven, a touchpad, a flight attendant panel, a remote control center, a display, a self-service machine, and a vending machine.
A solid-liquid separation device that performs dehydration or deoiling from an object to be treated that is a mixture of water and a solid, a mixture of oil and a solid, or a mixture of water, oil, and a solid, as the object to be treated, using a substance A capable of dissolving water and oil, the solid-liquid separation device comprising: a substance B that is circulated while generating phase change in a closed system; a compressor that compresses the substance B; a first heat exchanger (A3) that exchanges heat of condensation of the substance B and heat of evaporation of the substance A; expansion means that decompresses the condensed substance B; a second heat exchanger (B4) that exchanges heat of evaporation of the substance B and heat of condensation of the substance A; and a treatment tank in which the substance A is mixed with the object to be treated, the substance A having been evaporated while separated from the water or the oil in the first heat exchanger, and condensed in the second heat exchanger, wherein a center of gravity of the first heat exchanger is installed in a lower portion than a center of gravity of the second heat exchanger in a vertical direction, wherein the device is configured so that a flow path of the substance B is installed below a liquid level of the substance A in the first heat exchanger, and a flow path of the substance B is installed above a liquid level of the substance A in the second heat exchanger, and wherein the device is configured so that, in a steady state, a liquid level of substance A in the first heat exchanger and a liquid level of substance A in the second heat exchanger are nearly equal. a substance B that is circulated while generating phase change in a closed system; a compressor that compresses the substance B; a first heat exchanger (A3) that exchanges heat of condensation of the substance B and heat of evaporation of the substance A; expansion means that decompresses the condensed substance B; a second heat exchanger (B4) that exchanges heat of evaporation of the substance B and heat of condensation of the substance A; and a treatment tank in which the substance A is mixed with the object to be treated, the substance A having been evaporated while separated from the water or the oil in the first heat exchanger, and condensed in the second heat exchanger, wherein a center of gravity of the first heat exchanger is installed in a lower portion than a center of gravity of the second heat exchanger in a vertical direction, wherein the device is configured so that a flow path of the substance B is installed below a liquid level of the substance A in the first heat exchanger, and a flow path of the substance B is installed above a liquid level of the substance A in the second heat exchanger, and wherein the device is configured so that, in a steady state, a liquid level of substance A in the first heat exchanger and a liquid level of substance A in the second heat exchanger are nearly equal.
A composition for amplifying a polynucleotide, the composition comprising: a substrate comprising a first region and a second region; a first plurality of capture primers coupled to the first region of the substrate; a second plurality of capture primers coupled to the second region of the substrate, the capture primers of the second plurality of capture primers being longer than the capture primers of the first plurality of capture primers; a first plurality of orthogonal capture primers coupled to the first region of the substrate; and a second plurality of orthogonal capture primers coupled to the second region of the substrate, the orthogonal capture primers of the second plurality of orthogonal capture primers being shorter than the orthogonal capture primers of the first plurality of orthogonal capture primers, the composition further comprising a fluid comprising target polynucleotides, each of the target polynucleotides comprising a first adapter that is complementary to the orthogonal capture primers of the first and second pluralities of orthogonal capture primers, and a second adapter that is complementary to the capture primers of the first and second pluralities of capture primers. a substrate comprising a first region and a second region; a first plurality of capture primers coupled to the first region of the substrate; a second plurality of capture primers coupled to the second region of the substrate, the capture primers of the second plurality of capture primers being longer than the capture primers of the first plurality of capture primers; a first plurality of orthogonal capture primers coupled to the first region of the substrate; and a second plurality of orthogonal capture primers coupled to the second region of the substrate, the orthogonal capture primers of the second plurality of orthogonal capture primers being shorter than the orthogonal capture primers of the first plurality of orthogonal capture primers, the composition further comprising a fluid comprising target polynucleotides, each of the target polynucleotides comprising a first adapter that is complementary to the orthogonal capture primers of the first and second pluralities of orthogonal capture primers, and a second adapter that is complementary to the capture primers of the first and second pluralities of capture primers.
Use of a push button device according to one of the subsequent claims as a door actuator of a motor vehicle side door.
A formwork panel for concrete-work shutterings , comprising: a supporting structure consisting substantially of plastics material and having at least one double wall (12; 14; 16; 18) the two partial walls of which are connected to each other on the rear side of the supporting structure ; and a separate formwork skin constituted by a single formwork skin element substantially of plastics material or by several formwork skin elements substantially of plastics material each; wherein the formwork skin is releasably connected to the supporting structure, characterized in that the supporting structure is substantially in the form of a grating having openings that are open both to the front side of the supporting structure and to the rear side of the supporting structure, with the front side of the supporting structure being directed towards the formwork skin and the rear side of the supporting structure being directed away from the formwork skin , and that the at least one double wall (12; 14; 16; 18) is open on the front side of the supporting structure , with the two partial walls of the double wall (12; 14; 16; 18), on the rear side of the supporting structure , being connected to each other in substantially continuous manner by a material portion or in sections by material portions, such that a U-shaped or a hat-shaped cross-section of the double wall (12; 14; 16; 18) results with the continuous material portion or the material portion sections. a supporting structure consisting substantially of plastics material and having at least one double wall (12; 14; 16; 18) the two partial walls of which are connected to each other on the rear side of the supporting structure ; and a separate formwork skin constituted by a single formwork skin element substantially of plastics material or by several formwork skin elements substantially of plastics material each; wherein the formwork skin is releasably connected to the supporting structure, characterized in that the supporting structure is substantially in the form of a grating having openings that are open both to the front side of the supporting structure and to the rear side of the supporting structure, with the front side of the supporting structure being directed towards the formwork skin and the rear side of the supporting structure being directed away from the formwork skin , and that the at least one double wall (12; 14; 16; 18) is open on the front side of the supporting structure , with the two partial walls of the double wall (12; 14; 16; 18), on the rear side of the supporting structure , being connected to each other in substantially continuous manner by a material portion or in sections by material portions, such that a U-shaped or a hat-shaped cross-section of the double wall (12; 14; 16; 18) results with the continuous material portion or the material portion sections.
A rotary abrasive machining tool comprising: an abrading surface concentric around on a hub , the hub having a plurality of axially-oriented radial slots (701 ;702) in the outer circumference thereof, the plurality of axially-oriented radial slots having a plurality of radial supports between the slots; the abrading surface being provided by a plurality of abrasive segments (201;202), each one of which has a tab which is located in a respective slot (701;702) in the hub , and has an abrading edge with a plurality of abrasive elements thereon; characterised in that the geometry of the abrading edge of a first abrasive segment is different to the geometry of the abrading edge of a second abrasive segment , the difference being an axial offset between the abrasive elements of the first abrasive segment and the second abrasive segment . an abrading surface concentric around on a hub , the hub having a plurality of axially-oriented radial slots (701 ;702) in the outer circumference thereof, the plurality of axially-oriented radial slots having a plurality of radial supports between the slots; the abrading surface being provided by a plurality of abrasive segments (201;202), each one of which has a tab which is located in a respective slot (701;702) in the hub , and has an abrading edge with a plurality of abrasive elements thereon; characterised in that the geometry of the abrading edge of a first abrasive segment is different to the geometry of the abrading edge of a second abrasive segment , the difference being an axial offset between the abrasive elements of the first abrasive segment and the second abrasive segment .
A method implemented by a virtual edge network function, VENF, to establish a communication session between a residential gateway and the VENF in a network function virtualization infrastructure, NFVI, over an access network where a plurality of residential gateways are connected to the access network through a plurality of access nodes that tunnel edge network function requests to the NFVI via a NFVI gateway that broadcasts initial service requests to a plurality of VENF in the NFVI, where the VENF self-selects to service an initial service session request from the residential gateway, the method comprising the steps of: receiving the initial service session request from the NFVI gateway via a broadcast domain or emulation of a broadcast domain; determining via criteria received as part of the service session request that the VENF is a candidate to service the session; sending a service session request response to the residential gateway identifying an address of the VENF to service the session; and exchanging data traffic with the residential gateway over the session between the residential gateway and the VENF upon completion of session establishment confirmation. receiving the initial service session request from the NFVI gateway via a broadcast domain or emulation of a broadcast domain; determining via criteria received as part of the service session request that the VENF is a candidate to service the session; sending a service session request response to the residential gateway identifying an address of the VENF to service the session; and exchanging data traffic with the residential gateway over the session between the residential gateway and the VENF upon completion of session establishment confirmation.
A method for foreign object detection in a system having a relay (200; 300) adapted to inductively transfer power for charging a device and a transmitter having a controller configured to control a power driver for inductively transmit to the relay (200; 300) the power for charging the device , wherein the transmitter and the relay (200; 300) are separated by a medium , wherein the controller is configured to communicate with the device , characterized in that the method comprises operations by the controller : determining power consumed by the transmitter ; determining power loss on the transmitter according to continuous measurements of AC output current; obtaining coupling factor between the transmitter and the relay (200; 300); determining power loss on the relay (200; 300) based on continuous measurements of AC output current and coupling factor; subtracting from the power consumed by the transmitter the power loss on the transmitter and power loss on the relay (200; 300); obtaining from the device a value of an actual power delivered to the device ; comparing a result of said subtracting to said consumed power of the device ; determining foreign object presence if power loss of the relay (200; 300) exceeds a predetermined power loses threshold. determining power consumed by the transmitter ; determining power loss on the transmitter according to continuous measurements of AC output current; obtaining coupling factor between the transmitter and the relay (200; 300); determining power loss on the relay (200; 300) based on continuous measurements of AC output current and coupling factor; subtracting from the power consumed by the transmitter the power loss on the transmitter and power loss on the relay (200; 300); obtaining from the device a value of an actual power delivered to the device ; comparing a result of said subtracting to said consumed power of the device ; determining foreign object presence if power loss of the relay (200; 300) exceeds a predetermined power loses threshold.
A device comprising a plastic laminated film as a cover film, the plastic laminated film comprising: a first layer comprising a polyamideimide copolymer; and a second layer provided on at least one surface of the first layer and comprising a polyimide copolymer, wherein ΔYI represented by the following Mathematical Formula 1 is 2.0 or less: Δ YI = YI 1 − YI 0 wherein, in Mathematical Formula 1, YI 0 and YI 1 are yellowness indexes of the film measured according to ASTM D1925, where YI 1 is an initial yellowness index of the film, and YI 1 is a yellowness index of the film exposed to ultraviolet light and moisture for 96 hours according to ASTM G53; wherein the device is a flexible or foldable display. a first layer comprising a polyamideimide copolymer; and a second layer provided on at least one surface of the first layer and comprising a polyimide copolymer, wherein ΔYI represented by the following Mathematical Formula 1 is 2.0 or less: Δ YI = YI 1 − YI 0 wherein, in Mathematical Formula 1, YI 0 and YI 1 are yellowness indexes of the film measured according to ASTM D1925, where YI 1 is an initial yellowness index of the film, and YI 1 is a yellowness index of the film exposed to ultraviolet light and moisture for 96 hours according to ASTM G53; wherein the device is a flexible or foldable display. wherein, in Mathematical Formula 1, YI 0 and YI 1 are yellowness indexes of the film measured according to ASTM D1925, where YI 1 is an initial yellowness index of the film, and YI 1 is a yellowness index of the film exposed to ultraviolet light and moisture for 96 hours according to ASTM G53; wherein the device is a flexible or foldable display.
A method of processing a sequence of images of a retina acquired by an ophthalmic device to generate retinal position tracking information that is indicative of a movement of the retina during the acquisition of the sequence of images, the method comprising: (i) receiving (S10) one or more images of the retina from the sequence; (ii) calculating (S20) a cross-correlation between a reference image and an image based on the one or more received images to acquire an offset between the image and the reference image; and repeating processes (i) and (ii) to acquire, as the retinal position tracking information, respective offsets for further images that are based on further respective one or more received images from the sequence; and modifying the reference image while processes (i) and (ii) are being repeated, by determining a measure of similarity between correspondingly located regions (6-1, 6-2) of pixels in two or more of the received images and accentuating features in the reference image representing structures of the imaged retina in relation to other features in the reference image based on the determined measure of similarity. (i) receiving (S10) one or more images of the retina from the sequence; (ii) calculating (S20) a cross-correlation between a reference image and an image based on the one or more received images to acquire an offset between the image and the reference image; and