mhurhangee/ep-ind-claims huggingface dataset:
A touch panel that has a plurality of conductors (11Yi; 12Xi) arranged for a position detection area and that is configured to detect a position pointed to by an active stylus held by a user's hand holding the active stylus, the touch panel comprising: a signal transmission circuit configured to transmit, by capacitive coupling, a signal to the active stylus that is configured to receive the signal transmitted from the touch panel by capacitive coupling with the touch panel; an active stylus pointing position detection circuit configured to detect a position pointed to by the active stylus by capacitive coupling with the active stylus; a touch detection circuit configured to detect the touch by the user's hand; and a coupling control circuit configured to perform coupling control to couple at least one of the plurality of conductors and a ground of the touch panel in accordance with a touch detection result of the touch detection circuit, the at least one of the plurality of conductors being arranged in the touch panel and capacitively coupled with the user's hand whose touch was detected by the touch detection circuit. a signal transmission circuit configured to transmit, by capacitive coupling, a signal to the active stylus that is configured to receive the signal transmitted from the touch panel by capacitive coupling with the touch panel; an active stylus pointing position detection circuit configured to detect a position pointed to by the active stylus by capacitive coupling with the active stylus; a touch detection circuit configured to detect the touch by the user's hand; and a coupling control circuit configured to perform coupling control to couple at least one of the plurality of conductors and a ground of the touch panel in accordance with a touch detection result of the touch detection circuit, the at least one of the plurality of conductors being arranged in the touch panel and capacitively coupled with the user's hand whose touch was detected by the touch detection circuit.
A method for wireless communications by a wireless device (422; 424), comprising: scheduling a first antenna at the wireless device (422; 424) for communication using one of a first radio access technology, RAT, or a second RAT; scheduling one or more other antennas at the wireless device (422; 424) configured for communication using the first RAT, for communication using the second RAT in order to enable one of transmit diversity on the second RAT or simultaneous communication using the first RAT and the second RAT; and characterized by transmitting an idle-mode indication to force the first RAT to an idle mode, wherein the idle-mode indication comprises a duration for which the first RAT must maintain the idle mode and the duration of the idle mode is set such that a transmission of a subsequent idle-mode indication lies within a scheduling period of a long term evolution, LTE, uplink subframe or a LTE downlink subframe with no scheduled downlink grant. scheduling a first antenna at the wireless device (422; 424) for communication using one of a first radio access technology, RAT, or a second RAT; scheduling one or more other antennas at the wireless device (422; 424) configured for communication using the first RAT, for communication using the second RAT in order to enable one of transmit diversity on the second RAT or simultaneous communication using the first RAT and the second RAT; and characterized by transmitting an idle-mode indication to force the first RAT to an idle mode, wherein the idle-mode indication comprises a duration for which the first RAT must maintain the idle mode and the duration of the idle mode is set such that a transmission of a subsequent idle-mode indication lies within a scheduling period of a long term evolution, LTE, uplink subframe or a LTE downlink subframe with no scheduled downlink grant.
Method for manufacturing stiffened panels (71, 73), comprising the following steps: - forming a first and a second wet skin (51, 53), said first and second skins each comprising a plurality of plies of preimpregnated composite material; - forming a plurality of pairs of wet stringers (17, 19), each stringer comprising a plurality of plies of preimpregnated composite material, wherein forming each pair of wet stringers comprises: a) forming an assembly having a central web (11e, 13e) extending between opposite end flanges (11c, 13c; 11d, 13d), and b) cutting the assembly along a median plane so as to form a pair of wet stringers (17, 19), - placing the pairs of wet stringers (17, 19) on the first wet skin by means of removable supporting members on which the pairs of stringers (17, 19) have previously been arranged; - turning the second wet skin over and placing it on the pairs of stringers (17, 19) with the supporting members, so as to obtain a pair of wet panels (71, 73) arranged above each other and provided with respective wet stringers (17, 19); and - subjecting the pair of wet panels (71, 73) arranged above each other and provided with respective wet stringers (17, 19) to a same curing cycle. - forming a first and a second wet skin (51, 53), said first and second skins each comprising a plurality of plies of preimpregnated composite material; - forming a plurality of pairs of wet stringers (17, 19), each stringer comprising a plurality of plies of preimpregnated composite material, wherein forming each pair of wet stringers comprises: a) forming an assembly having a central web (11e, 13e) extending between opposite end flanges (11c, 13c; 11d, 13d), and b) cutting the assembly along a median plane so as to form a pair of wet stringers (17, 19), a) forming an assembly having a central web (11e, 13e) extending between opposite end flanges (11c, 13c; 11d, 13d), and b) cutting the assembly along a median plane so as to form a pair of wet stringers (17, 19), - placing the pairs of wet stringers (17, 19) on the first wet skin by means of removable supporting members on which the pairs of stringers (17, 19) have previously been arranged; - turning the second wet skin over and placing it on the pairs of stringers (17, 19) with the supporting members, so as to obtain a pair of wet panels (71, 73) arranged above each other and provided with respective wet stringers (17, 19); and - subjecting the pair of wet panels (71, 73) arranged above each other and provided with respective wet stringers (17, 19) to a same curing cycle.
A method for operating an electrically drivable vehicle, comprising: - determining whether, during a journey, the vehicle is in a first mode in which it is connected to an external electrical power source or in a second mode in which it is not connected to the external electrical power source; - setting a respective first value for a threshold value and/or a setpoint value of at least one parameter (T, c, p) of at least one subsystem (5, 6, 7) of the vehicle when the vehicle is in the first mode, and setting a respective second value for the threshold value and/or the setpoint value which differs from the first value for the threshold value and/or the setpoint value when the vehicle is in the second mode, wherein the at least one subsystem (5, 6, 7) comprises an interior space (5, 6) and/or a pressure reservoir, and wherein the threshold value and/or the setpoint value are set such that in the first mode more electrical energy can be used to create in the pressure reservoir and/or in the interior space (5, 6) for the second mode a corresponding buffer which can be used for a respective reduction of an energy demand in the second mode; and - controlling or regulating the at least one parameter (T, c, p) while driving using the threshold value of the at least one parameter (T, c, p) and/or the setpoint value of the at least one parameter (T, c, p). - determining whether, during a journey, the vehicle is in a first mode in which it is connected to an external electrical power source or in a second mode in which it is not connected to the external electrical power source; - setting a respective first value for a threshold value and/or a setpoint value of at least one parameter (T, c, p) of at least one subsystem (5, 6, 7) of the vehicle when the vehicle is in the first mode, and setting a respective second value for the threshold value and/or the setpoint value which differs from the first value for the threshold value and/or the setpoint value when the vehicle is in the second mode, wherein the at least one subsystem (5, 6, 7) comprises an interior space (5, 6) and/or a pressure reservoir, and wherein the threshold value and/or the setpoint value are set such that in the first mode more electrical energy can be used to create in the pressure reservoir and/or in the interior space (5, 6) for the second mode a corresponding buffer which can be used for a respective reduction of an energy demand in the second mode; and - controlling or regulating the at least one parameter (T, c, p) while driving using the threshold value of the at least one parameter (T, c, p) and/or the setpoint value of the at least one parameter (T, c, p).
A hollow-fiber membrane module for moisture exchange, comprising: a tubular outer case; a tubular inner case coaxially contained in the outer case so as to have a space therebetween, the space having both ends; plural hollow-fiber membranes filled in the space and extending in the axial direction, the hollow-fiber membranes having both ends; sealing portions provided to the both ends of the space so as to tix the plural hollow-fiber membranes and to seal the space; an inlet provided to the inner case; an outlet provided to the outer case; a first flow path (20, 21) extending from a side of the end of the hollow-fiber membranes to a side of the other end via insides of the hollow-fiber membranes; a second flow path (22, 23) extending from the inlet to the outlet via outsides of the hollow-fiber membranes in the space; and plural tubular porous members (31, 32, 33) inserted between the plural hollow-fiber membranes and extending in the space, the tubular porous members coaxially arranged with the outer case and the inner case, wherein plural tubular porous members (31, 32, 33), in which diameters differ from each other, are coaxially provided in the space at predetermined distances (A 1, A 2, A 3), and the distance (A 1) between the tubular porous member provided to the innermost and the inner case is less than each of the distances (A 2, A 3) between the other tubular porous members (32, 33). a tubular outer case; a tubular inner case coaxially contained in the outer case so as to have a space therebetween, the space having both ends; plural hollow-fiber membranes filled in the space and extending in the axial direction, the hollow-fiber membranes having both ends; sealing portions provided to the both ends of the space so as to tix the plural hollow-fiber membranes and to seal the space; an inlet provided to the inner case; an outlet provided to the outer case; a first flow path (20, 21) extending from a side of the end of the hollow-fiber membranes to a side of the other end via insides of the hollow-fiber membranes; a second flow path (22, 23) extending from the inlet to the outlet via outsides of the hollow-fiber membranes in the space; and plural tubular porous members (31, 32, 33) inserted between the plural hollow-fiber membranes and extending in the space, the tubular porous members coaxially arranged with the outer case and the inner case, wherein plural tubular porous members (31, 32, 33), in which diameters differ from each other, are coaxially provided in the space at predetermined distances (A 1, A 2, A 3), and the distance (A 1) between the tubular porous member provided to the innermost and the inner case is less than each of the distances (A 2, A 3) between the other tubular porous members (32, 33).
A system for repairing an atrioventricular valve, comprising: two or more anchors (300, 400a-e); an anchor delivery device including a sheath for at least partially retaining the anchors (300, 400a-e) in a collapsed form, wherein the anchor delivery device is configured to deliver the anchors (300, 400a-e) to the atrioventricular valve (100, 200, 700); wherein one of the anchors (300, 400a-e) and an adjacent anchor (300, 400a-e) are connectable to each other in an expanded form, to link a series of anchors (300, 400a-e) implanted at least partially around the atrioventricular valve (100, 200, 700), characterized in that the anchor (300, 400a-e) and the adjacent anchor (300, 400a-e) in the expanded form comprise a bulb (310a-b; 410a-b; 450a-b; 905a-b; 910a-b) at either end. two or more anchors (300, 400a-e); an anchor delivery device including a sheath for at least partially retaining the anchors (300, 400a-e) in a collapsed form, wherein the anchor delivery device is configured to deliver the anchors (300, 400a-e) to the atrioventricular valve (100, 200, 700); wherein one of the anchors (300, 400a-e) and an adjacent anchor (300, 400a-e) are connectable to each other in an expanded form, to link a series of anchors (300, 400a-e) implanted at least partially around the atrioventricular valve (100, 200, 700), characterized in that the anchor (300, 400a-e) and the adjacent anchor (300, 400a-e) in the expanded form comprise a bulb (310a-b; 410a-b; 450a-b; 905a-b; 910a-b) at either end.
A cellulose-based bioink comprising: a dispersion of bacterial cellulose nanofibrils in a liquid media, wherein the cellulose nanofibrils have a length of about 1-100 microns and a width of about 10-30 nanometers; a viscosity of between 1 and 50 Pa's at 100 s -1; and a solids content of up to 8 % by weight of the dispersion. a dispersion of bacterial cellulose nanofibrils in a liquid media, wherein the cellulose nanofibrils have a length of about 1-100 microns and a width of about 10-30 nanometers; a viscosity of between 1 and 50 Pa's at 100 s -1; and a solids content of up to 8 % by weight of the dispersion.
A method for a gaze tracking system, said gaze tracking system being suitable for controlling a computer device associated with a visual display, said gaze tracking system comprising at least one sensor with a light-sensitive surface arranged to receive light from the head of a viewer of the visual display, the method being characterized by: in response to a gaze tracking activation signal from input means of said computer device at said gaze tracking system: leaving a low power mode of said gaze tracking system; capturing an overview picture of at least a portion of the head of the viewer and locating an eye region of the viewer in the overview picture; capturing, at a first frame rate, a plurality of pictures of at least a portion of the viewer's head using said at least one sensor, from which data are read out in restricted regions, which are positioned in accordance with the eye region location and the union of which occupies at most 10 % of the area of the light-sensitive surface; determining a first gaze point value of said viewer on the visual display based on information from said plurality of pictures and optionally on additional information from the overview picture; providing a first control signal to the computer device based on said first gaze point value; after providing said first control signal, capturing, at a second frame rate, being lower than said first frame rate, further pictures of at least a portion of the viewer's head using said at least one sensor; determining, for a further picture, a further gaze point value of said viewer on the visual display based on information from said further picture and additionally on information from at least one previous picture; and providing a further control signal to the computer device based on said further gaze point. leaving a low power mode of said gaze tracking system; capturing an overview picture of at least a portion of the head of the viewer and locating an eye region of the viewer in the overview picture; capturing, at a first frame rate, a plurality of pictures of at least a portion of the viewer's head using said at least one sensor, from which data are read out in restricted regions, which are positioned in accordance with the eye region location and the union of which occupies at most 10 % of the area of the light-sensitive surface; determining a first gaze point value of said viewer on the visual display based on information from said plurality of pictures and optionally on additional information from the overview picture; providing a first control signal to the computer device based on said first gaze point value; after providing said first control signal, capturing, at a second frame rate, being lower than said first frame rate, further pictures of at least a portion of the viewer's head using said at least one sensor; determining, for a further picture, a further gaze point value of said viewer on the visual display based on information from said further picture and additionally on information from at least one previous picture; and providing a further control signal to the computer device based on said further gaze point.
Coupling head assembly for a pneumatic and electric connection between a trailer and a towing vehicle, the coupling head assembly comprising: - a pneumatic trailer coupling head and an electric trailer connection, which are mounted on the vehicle chassis of the trailer, - a pneumatic towing vehicle coupling head and an electric towing vehicle connection, which are mounted on the vehicle chassis of the towing vehicle, these being arranged opposite the said pneumatic trailer coupling head and the said electric trailer connection, - fastening means which are arranged on a common mounting plate in such a way that the pneumatic towing vehicle coupling head, together with the electric towing vehicle connection, is secured to the vehicle chassis of the towing vehicle, characterised in that the pneumatic towing vehicle coupling head is connected via a pneumatic line to the mounting plate, which comprises, on a side directed towards the trailer, the receptacle for an end of the pneumatic line directed towards the towing vehicle, as well as the electric towing vehicle connection, which is combined into a multi-pin plug. - a pneumatic trailer coupling head and an electric trailer connection, which are mounted on the vehicle chassis of the trailer, - a pneumatic towing vehicle coupling head and an electric towing vehicle connection, which are mounted on the vehicle chassis of the towing vehicle, these being arranged opposite the said pneumatic trailer coupling head and the said electric trailer connection, - fastening means which are arranged on a common mounting plate in such a way that the pneumatic towing vehicle coupling head, together with the electric towing vehicle connection, is secured to the vehicle chassis of the towing vehicle, characterised in that the pneumatic towing vehicle coupling head is connected via a pneumatic line to the mounting plate, which comprises, on a side directed towards the trailer, the receptacle for an end of the pneumatic line directed towards the towing vehicle, as well as the electric towing vehicle connection, which is combined into a multi-pin plug.
A sensor controller for use in a position detector for detecting a position of a position indicator on a touch surface, comprising: a controller which, in operation, is arranged to output a value of a symbol to be sent to the position indicator; and a transmitter coupled to the controller and characterised in that in operation the transmitter is arranged to generate a transmission signal including a first chip string produced by cyclically shifting a spread code having autocorrelation characteristics by a shift quantity based on the value of the symbol to be sent, and is arranged to send the generated transmission signal to the position indicator via the touch surface, wherein the symbol takes multiple values, and wherein the symbol represents a bit string, which has a predetermined bit length of 2 bits or more and forms a command indicating a content of an instruction for the position indicator. a controller which, in operation, is arranged to output a value of a symbol to be sent to the position indicator; and a transmitter coupled to the controller and characterised in that in operation the transmitter is arranged to generate a transmission signal including a first chip string produced by cyclically shifting a spread code having autocorrelation characteristics by a shift quantity based on the value of the symbol to be sent, and is arranged to send the generated transmission signal to the position indicator via the touch surface, wherein the symbol takes multiple values, and wherein the symbol represents a bit string, which has a predetermined bit length of 2 bits or more and forms a command indicating a content of an instruction for the position indicator.
A method of executing an application performed by a display device, the method comprising: transmitting a first signal so as to recognize existence of one or more external devices; receiving a second signal comprising a plurality of pieces of ID information from the one or more external devices in response to the first signal; pairing with the one or more external devices; detecting a first motion that bends the display device so that a screen of the display device is convex; executing a first application, based on the first motion; detecting a second motion that bends the display device so that the screen of the display device is concave; and executing a second application related to the first application, based on the second motion, wherein the executing the first application comprises: generating an external device list by using the plurality of pieces of ID information about the paired one or more external devices; displaying the external device list on a screen of the display device, based on the first motion; and receiving a selection of at least one external device comprised in the external device list, and wherein the executing the second application comprises: transmitting predetermined content to the selected at least one external device using the second application. transmitting a first signal so as to recognize existence of one or more external devices; receiving a second signal comprising a plurality of pieces of ID information from the one or more external devices in response to the first signal; pairing with the one or more external devices; detecting a first motion that bends the display device so that a screen of the display device is convex; executing a first application, based on the first motion; detecting a second motion that bends the display device so that the screen of the display device is concave; and executing a second application related to the first application, based on the second motion, wherein the executing the first application comprises: generating an external device list by using the plurality of pieces of ID information about the paired one or more external devices; displaying the external device list on a screen of the display device, based on the first motion; and receiving a selection of at least one external device comprised in the external device list, and generating an external device list by using the plurality of pieces of ID information about the paired one or more external devices; displaying the external device list on a screen of the display device, based on the first motion; and receiving a selection of at least one external device comprised in the external device list, and wherein the executing the second application comprises: transmitting predetermined content to the selected at least one external device using the second application.
A low viscosity energy curable epoxy resin composition essentially free of solvent for preparing an ink composition comprising: (a) at least one divinylarene dioxide compound, (b) at least one cycloaliphatic epoxy resin, (c) at least one vinyl ether compound, (d) at least one cationic photoinitiator, and (e) at least colorant compound; wherein (i) the viscosity of the curable composition is less than or equal to mPa•s at 25 °C.