mhurhangee/patent-ind-claim-en huggingface dataset:
A latch release device for a vehicle door, comprising an electric actuator that can exert power for latch release for releasing a latched state of a door (DA, DB), a latch mechanism that releases the latched state of the door (DA, DB) in response to actuation of the electric actuator or input of a mechanical latch release operating force, and an operating member for latch release that enables normal operation by a vehicle user so as to actuate the electric actuator and emergency operation by a vehicle user so as to input a mechanical latch release operating force into the latch mechanism , wherein the latch release device comprises an operating member for restriction release that a vehicle user can operate, and emergency operation restriction means that restricts emergency operation of the operating member for latch release when the operating member for restriction release is in a non-operated state but allows emergency operation of the operating member for latch release in response to operation of the operating member for restriction release , characterized in that the operation member for latch release and the emergency operation restriction means are arranged in a grip portion of an inside handle that is provided for a vehicle user to carry out an open/close operation of the door (DA, DB) on a vehicle compartment side, such that the operation member for latch release is arranged at an upper portion of the grip portion and the operating member for restriction release is arranged at a lower portion of the grip portion , in that the operation member for latch release is a push button , and the push button is disposed in, and projects upwardly from, a button insertion hole formed on a front upper face of the grip portion , and in that an opening is provided in a lower part of the grip portion , and part of the operating member for restriction release in a non-operated state projects from the opening beneath the grip portion .
Earth-moist fresh concrete , comprising: • at least one binder ; • at least one hydrating agent ; and • foam glass lumps of broken foam glass with diameters from >0 mm to ≤16 mm as an aggregate, characterized in that the foam glass lumps are composed of 2 volume parts with diameters in the range from >0 to ≤4 mm, 1 volume part with diameters in the range from >4 mm to ≤8 mm and 1 volume part with diameters in the range from >8 mm to ≤16 mm. • at least one binder ; • at least one hydrating agent ; and • foam glass lumps of broken foam glass with diameters from >0 mm to ≤16 mm as an aggregate,
Assembly comprising a first and a second construction element , each construction element comprising: • a frame comprising a cavity opening through an upper opening and a lower opening , and • a block arranged to move in a first direction in the cavity under the action of an external pressure and to remain blocked at least partially in the cavity in the absence of external pressure, construction element wherein an upper end of the block is capable of being engaged in the upper opening of the cavity and is capable of being engaged in the lower opening of the cavity , characterised in that the frame of the second construction element is placed on the frame of the first construction element and the block of the first construction element is mechanically blocked in the cavity of the frame of the first construction element and in the cavity of the frame of the second construction element . • a frame comprising a cavity opening through an upper opening and a lower opening , and • a block arranged to move in a first direction in the cavity under the action of an external pressure and to remain blocked at least partially in the cavity in the absence of external pressure,
A device , comprising: a stack of memory dies ; a command die coupled to communicate with the stack of memory dies; a first buffer die coupled between the command die and a downstream memory die in the stack of memory dies , wherein the first buffer die is coupled to the command die through a first bypass through silicon via, wherein the bypass through silicon via does not include connections to communicate with one or more dies between the command die and the first buffer die , wherein the first buffer die is configured to communicate with the command die , and repeat a signal between the command die and a downstream memory die in the stack of memory dies , wherein the first buffer die is configured to communicate with a memory die above the first buffer die in the stack of memory dies and is configured to communicate with a memory die below the first buffer die in the stack of memory dies ; and a second buffer die coupled to another downstream memory die in the stack of memory dies , wherein the second buffer die is configured to repeat a memory signal, wherein the command die is configured to communicate in parallel with the first buffer die and the second buffer die , wherein the second buffer die is coupled to the command die through a second bypass through silicon via. a stack of memory dies ; a command die coupled to communicate with the stack of memory dies; a first buffer die coupled between the command die and a downstream memory die in the stack of memory dies , wherein the first buffer die is coupled to the command die through a first bypass through silicon via, wherein the bypass through silicon via does not include connections to communicate with one or more dies between the command die and the first buffer die , wherein the first buffer die is configured to communicate with the command die , and repeat a signal between the command die and a downstream memory die in the stack of memory dies , wherein the first buffer die is configured to communicate with a memory die above the first buffer die in the stack of memory dies and is configured to communicate with a memory die below the first buffer die in the stack of memory dies ; and a second buffer die coupled to another downstream memory die in the stack of memory dies , wherein the second buffer die is configured to repeat a memory signal, wherein the command die is configured to communicate in parallel with the first buffer die and the second buffer die , wherein the second buffer die is coupled to the command die through a second bypass through silicon via.
A piloting system for an unmanned marine vessel having a first thruster and a second thruster attached to the vessel, the first thruster and second thruster spaced apart from each other; wherein the system is configured to pilot the vessel in a straight line mode of operation in which the vessel autonomously tracks a line between two waypoints and a circling mode of operation in which the vessel autonomously tracks a circle around a waypoint; wherein when the vessel is piloted in said straight line mode, the system is configured to control the overall thrust level applied to the first and second thrusters and the thrust differential between the first and second thrusters to maintain the vessel on the line; characterised in that : when the vessel is piloted in said circling mode, the system is configured to control the overall thrust level applied to the first and second thrusters and the thrust differential between the first and second thrusters to maintain the vessel on the circle; and the system is configured to calculate the thrust differential using cross track error, in the circling mode the cross track error is the distance between the vessel and the waypoint minus the radius of the circle. wherein the system is configured to pilot the vessel in a straight line mode of operation in which the vessel autonomously tracks a line between two waypoints and a circling mode of operation in which the vessel autonomously tracks a circle around a waypoint; wherein when the vessel is piloted in said straight line mode, the system is configured to control the overall thrust level applied to the first and second thrusters and the thrust differential between the first and second thrusters to maintain the vessel on the line; characterised in that : when the vessel is piloted in said circling mode, the system is configured to control the overall thrust level applied to the first and second thrusters and the thrust differential between the first and second thrusters to maintain the vessel on the circle; and the system is configured to calculate the thrust differential using cross track error, in the circling mode the cross track error is the distance between the vessel and the waypoint minus the radius of the circle. when the vessel is piloted in said circling mode, the system is configured to control the overall thrust level applied to the first and second thrusters and the thrust differential between the first and second thrusters to maintain the vessel on the circle; and the system is configured to calculate the thrust differential using cross track error, in the circling mode the cross track error is the distance between the vessel and the waypoint minus the radius of the circle.
An image capturing assembly comprising: an image sensing device comprising at least one electrical connecting component ; a first circuit board comprising at least one first contact , the image sensing device being mounted on the first circuit board , and the at least one electrical connecting component being electrically connected to the at least one first contact ; a second circuit board comprising at least one second contact , the second circuit board being affixed with the first circuit board and perpendicular to the first circuit board , and the at least one second contact being electrically connected to the at least one first contact , so that the at least one second contact is electrically connected to the at least one electrical connecting component by the at least one first contact ; and a lens assembly assembled with the image sensing device ; characterized in that the image capturing assembly further comprises; a flexible auxiliary circuit board affixed with and electrically connected to the second circuit board ; and at least one light emitting component disposed on the flexible auxiliary circuit board and configured to emit light. an image sensing device comprising at least one electrical connecting component ; a first circuit board comprising at least one first contact , the image sensing device being mounted on the first circuit board , and the at least one electrical connecting component being electrically connected to the at least one first contact ; a second circuit board comprising at least one second contact , the second circuit board being affixed with the first circuit board and perpendicular to the first circuit board , and the at least one second contact being electrically connected to the at least one first contact , so that the at least one second contact is electrically connected to the at least one electrical connecting component by the at least one first contact ; and a lens assembly assembled with the image sensing device ; characterized in that the image capturing assembly further comprises; a flexible auxiliary circuit board affixed with and electrically connected to the second circuit board ; and at least one light emitting component disposed on the flexible auxiliary circuit board and configured to emit light.
Opening system for an auxiliary door of an airplane in a fuselage, the door and the fuselage having skins in the extension of one another, said system comprising a lintel , for framing the auxiliary door, integrated into the fuselage, and an upper door structure beam arranged facing the lintel , characterized in that said system comprises a set of at least three lever links extending transversely with respect to the door skin and fuselage skin to form a coupling of the door to the lintel , in that each link is connected, on the one hand, to said lintel by a lever articulation fixed relative to the fuselage and, on the other hand, to said upper beam by a lever articulation pivotally mobile with the door when it opens, the articulations (5a, 5b; 6a, 6b) being formed at the end of the levers (4A, 4C; 4B) and connected respectively to the lintel and to the upper beam by fixing means (41, 43; 42, 44), and in that the set of links comprises a first and a second successive type of link mounted alternately, in which the pivotally mobile articulations and the fixed articulations are positioned head to tail, so that the mobile and fixed articulations (5b, 5a; 6b, 6a) of two adjacent levers (4A, 4B; 4B, 4C) form an evolving quadrilateral which controls the kinematics of opening the door maintaining flexibility of articulation between the lintel and the upper beam .
A method for operating a virtual assistant, the method comprising: at an electronic device: initiating a virtual assistant session responsive to receiving user input, wherein initiating the virtual assistant session includes displaying a user interface associated with the virtual assistant session; in accordance with initiating the virtual assistant session, determining, based on data obtained using one or more sensors of the electronic device, whether one or more criteria representing expressed user engagement are satisfied, wherein determining that the one or more criteria representing expressed user engagement are satisfied includes determining that a direction of a user gaze is directed to the electronic device; in accordance with determining that the one or more criteria representing expressed user engagement are satisfied prior to a first time, forgoing deactivating the virtual assistant session at the first time, wherein the first time is a predetermined duration after a second time at which a final result for the virtual assistant session is presented, and in accordance with determining that the one or more criteria representing expressed user engagement are not satisfied prior to the first time, deactivating the virtual assistant session at the first time, wherein deactivating the virtual assistant session includes ceasing the display of the user interface associated with the virtual assistant session. initiating a virtual assistant session responsive to receiving user input, wherein initiating the virtual assistant session includes displaying a user interface associated with the virtual assistant session; in accordance with initiating the virtual assistant session, determining, based on data obtained using one or more sensors of the electronic device, whether one or more criteria representing expressed user engagement are satisfied, wherein determining that the one or more criteria representing expressed user engagement are satisfied includes determining that a direction of a user gaze is directed to the electronic device; in accordance with determining that the one or more criteria representing expressed user engagement are satisfied prior to a first time, forgoing deactivating the virtual assistant session at the first time, wherein the first time is a predetermined duration after a second time at which a final result for the virtual assistant session is presented, and in accordance with determining that the one or more criteria representing expressed user engagement are not satisfied prior to the first time, deactivating the virtual assistant session at the first time, wherein deactivating the virtual assistant session includes ceasing the display of the user interface associated with the virtual assistant session.
Device for filling a thin-walled transport container, which has an opening, with notes of value, having a feed unit for the feed of the notes of value, having a stacking unit for stacking the fed notes of value, and having a closing unit for closing a closure unit for closure of the opening of the thin-walled transport container , comprising a first pressure-exerting element and a second pressure-exerting element which is arranged parallel to the first pressure-exerting element , wherein, during the closing of the closure unit , the first pressure-exerting element exerts a force on a first closure element of the closure unit , and the second pressure-exerting element exerts a force on a second closure element of the closure unit and/or supports the second closure element , and wherein the first pressure-exerting element is mounted such that, for the closing of the closure unit , said first pressure-exerting element is movable in the direction of the second pressure-exerting element to such an extent that the closure unit is closed as a result of the two closure elements being brought together.
A water outlet valve structure, comprising: a control structure, open or close of the water outlet valve structure being controlled by the control structure; a flow channel comprising an inlet and an outlet, the control structure being capable of sealing or opening the outlet of the flow channel; a housing and a valve core assembly , wherein the flow channel is located in the housing , the valve core assembly is capable of moving between an open position and a closed position to open or close the flow channel, the control structure is capable of controlling the valve core assembly through controlling the valve core assembly to move from the closed position to the open position; and the control structure comprises a floating portion ; the floating portion is capable of rising or descending with a liquid level; characterized in that the control structure is capable of controlling the valve core assembly in a non-contact manner, and in that the water outlet valve structure further comprises a water outflow structure disposed at the outlet of the flow channel, wherein the water outflow structure has a sealing portion ; the sealing portion has a water outlet; the sealing portion is capable of abutting against the control structure, thereby having the water outlet sealed by the control structure; when the liquid level rises to a seal location, the floating portion is in contact with the sealing portion , thereby sealing the outlet of the flow channel; and when the liquid level descends, the floating portion descends, and the outlet of the flow channel is open. a control structure, open or close of the water outlet valve structure being controlled by the control structure; a flow channel comprising an inlet and an outlet, the control structure being capable of sealing or opening the outlet of the flow channel; a housing and a valve core assembly , wherein the flow channel is located in the housing , the valve core assembly is capable of moving between an open position and a closed position to open or close the flow channel, the control structure is capable of controlling the valve core assembly through controlling the valve core assembly to move from the closed position to the open position; and the control structure comprises a floating portion ; the floating portion is capable of rising or descending with a liquid level; characterized in that the control structure is capable of controlling the valve core assembly in a non-contact manner, and in that the water outlet valve structure further comprises a water outflow structure disposed at the outlet of the flow channel, wherein the water outflow structure has a sealing portion ; the sealing portion has a water outlet; the sealing portion is capable of abutting against the control structure, thereby having the water outlet sealed by the control structure; when the liquid level rises to a seal location, the floating portion is in contact with the sealing portion , thereby sealing the outlet of the flow channel; and when the liquid level descends, the floating portion descends, and the outlet of the flow channel is open.
Back-contact photovoltaic cell of crystalline silicon of the type called Metal Wrap Through or MWT, for a dedicated conductive backsheet , said cell being intended to be supported and electrically contacted only on the back face by means of said conductive backsheet which, acting as a support and back completion of a photovoltaic panel with a back-contact architecture comprising multiple cells , integrates on the face facing the cells a contacting conductive layer which is electrically connected to N through-holes and to back contacting P points of said cells , called N holes and P points respectively, in such a way as to complete the electrical circuit of said photovoltaic panel up to the contacting blocks of the junction box; said cell being of square configuration and having a width (L1) of 156 mm with a tolerance of +/- 0.5 mm; said cell having said N holes aligned along 4 parallel rows called N rows and said P points aligned along 3 parallel rows called P rows , wherein said P rows are interposed to said N rows with the second P row positioned centrally like a centre line of said back face of the cell ; said N rows and P rows being in their turn parallel to each other; said cell being characterised in that it has said back face having said N rows formed by 6 N holes each, for a total of 24 N holes, and having said P rows formed by 5 P points each, for a total of 15 P points, wherein the centre-to-centre distance (NI1) between said N rows is constant and is of 38.5 mm, there remaining a space from the side edge (NL1) which is complementary and symmetrical with respect to the opposite edge, that is to say, it is of 20.25 mm, and wherein the centre-to-centre distance (PI1) between said P rows P is constant and is of 44.7 mm, there remaining a space from the side edge (PL1) which is complementary and symmetrical with respect to the opposite edge, that is to say, it is of 33.3 mm, with said values having a tolerance of +/- 5%; said P points of each P row being offset in an alternate way with respect to said N holes or with the centre-to-centre distance (PI2) on the centre line (102, NI2); said N holes of each N row having a centre-to-centre distance (NI2) which is constant and is of 25.5 mm, there remaining a space from the side edge (NL2) which is complementary and symmetrical with respect to the opposite edge, that is to say, it is of 14.25 mm, with said values having a tolerance of +/- 5%; said P points of each P row having a centre-to-centre distance (PI2) which is constant and is of 25.5 mm, there remaining a space from the side edge (NL2) which is symmetrically complementary, that is to say, it is of 27 mm, with said values having a tolerance of +/- 5%; and wherein said N holes have a diameter (D) between 80 micrometres and 220 micrometres, while said P points are circular, with a diameter between 1 mm and 4 mm.