mhurhangee/patent-ind-claim-en huggingface dataset:
A method of prognostic health monitoring for use with an aircraft in which torque generated for controlling positions of controllable surfaces at right- and left-sides, RHS and LHS, of the aircraft is transmitted along RHS and LHS torque tubes to RHS wing actuators via RHS torque-limiters at each of the RHS wing actuators and to LHS wing actuators via LHS torque-limiters at each of the LHS wing actuators , respectively, the method comprising: performing real-time monitoring of the torque generated for controlling positions of controllable surfaces at each of the RHS and LHS torque limiters; generating RHS and LHS torque information from results of the monitoring of the torque; and comparing the RHS and LHS torque information at least with each other or with corresponding historic torque information. performing real-time monitoring of the torque generated for controlling positions of controllable surfaces at each of the RHS and LHS torque limiters; generating RHS and LHS torque information from results of the monitoring of the torque; and comparing the RHS and LHS torque information at least with each other or with corresponding historic torque information.
A computer-implemented method for operating an autonomous driving vehicle ADV , the method comprising: generating a first driving decision based on a first state of the ADV and a second state of an object external to the ADV , wherein each of the first state and the second state includes a speed, a location, and a direction of the ADV and the object respectively; receiving a planning feedback on the first driving decision based on the first driving decision, the first state, and the second state; and in response to the planning feedback, modifying a first decision parameter associated with the first driving decision, and executing the first driving decision with the modified first decision parameter; or changing the first driving decision to a second driving decision, and executing the second driving decision. generating a first driving decision based on a first state of the ADV and a second state of an object external to the ADV , wherein each of the first state and the second state includes a speed, a location, and a direction of the ADV and the object respectively; receiving a planning feedback on the first driving decision based on the first driving decision, the first state, and the second state; and in response to the planning feedback, modifying a first decision parameter associated with the first driving decision, and executing the first driving decision with the modified first decision parameter; or changing the first driving decision to a second driving decision, and executing the second driving decision. modifying a first decision parameter associated with the first driving decision, and executing the first driving decision with the modified first decision parameter; or changing the first driving decision to a second driving decision, and executing the second driving decision.
A medical implant for closing vascular openings and/or shunt connections between body vessels, which can be positioned minimally invasively in a contracted state and converted into an expanded state, in which it has two spaced-apart, diameter-expanded sealing elements , which seal the vessel opening or shunt connection on both sides, wherein the sealing elements respectively have a coating , characterised in that the sealing elements are connected to each other in the central area via webs , which essentially run in parallel to the longitudinal axis of the implant , and the coatings respectively consist of two parts (29 to 32), which are connected to each other, wherein the side of a coating facing away from a vessel wall is uninterrupted and the side of the other coating facing away from a vessel wall has an opening, through which the implant is connectable with a positioning tool and the coatings of the two sealing elements are connected to each other in the central area , wherein the positioning tool consists of an outer tube and an inner tube movable in the outer tube , wherein the outer tube has at least two, preferably four, latching elements at its distal end and the inner tube has at least one recess at its distal end and the medical implant has a distal and a proximal tubular end piece, to which the sealing elements are fastened, and a pin is located in the distal end piece , into which the distal recess of the inner tube can latch, and recesses are located in the proximal end piece , into which the latching elements of the outer tube can engage, wherein the distal recess of the inner tube unlatches from the pin of the distal end piece by retraction of the inner tube and the latching elements of the outer tube unlatch from the recesses in the proximal end piece by retracting the inner tube over the point of the recesses .
An uplink communication method, wherein the method comprises: obtaining, by a terminal device, a first control channel, wherein the first control channel carries a control information group, the control information group comprises a plurality of pieces of control information, and the plurality of pieces of control information correspond to a plurality of uplink channels; obtaining , by the terminal device, first control information from the first control channel, wherein the first control information is control information corresponding to a first uplink channel in the plurality of uplink channels; and performing , by the terminal device, uplink communication with a network device based on the first control information, wherein the first control information comprises at least one of hybrid automatic repeat request, HARQ response information, transmit power adjustment value information, and beam configuration information; characterized in that a position of the first control information in the control information group corresponds to second basic information of the first uplink channel, and the second basic information comprises a time-domain position occupied by the first uplink channel, a frequency-domain position occupied by the first uplink channel, and a reference signal, used to identify the terminal device sending the uplink data, used when the terminal device performs the uplink communication on the first uplink channel. obtaining, by a terminal device, a first control channel, wherein the first control channel carries a control information group, the control information group comprises a plurality of pieces of control information, and the plurality of pieces of control information correspond to a plurality of uplink channels; obtaining , by the terminal device, first control information from the first control channel, wherein the first control information is control information corresponding to a first uplink channel in the plurality of uplink channels; and performing , by the terminal device, uplink communication with a network device based on the first control information, wherein the first control information comprises at least one of hybrid automatic repeat request, HARQ response information, transmit power adjustment value information, and beam configuration information; characterized in that a position of the first control information in the control information group corresponds to second basic information of the first uplink channel, and the second basic information comprises a time-domain position occupied by the first uplink channel, a frequency-domain position occupied by the first uplink channel, and a reference signal, used to identify the terminal device sending the uplink data, used when the terminal device performs the uplink communication on the first uplink channel.
An electronic device comprising: a display ; a communication module ; a memory including a secure area for storing (S1101) one or more profiles corresponding to one or more Subscriber Identity Modules, SIMs; and a processor configured to: acquire a download request for storing another profile in the memory, said processor characterized by being configured to, when it is determined that the download of the other profile is not possible based on a remaining capacity of the memory, display, on the display, a first recommendation screen in which the one or more profiles are sorted based on a first priority and a second recommendation screen in which the one or more profiles are sorted based on a second priority, and based on a selection of at least one profile though a user input among the first recommendation screen or the second recommendation screen, delete the at least one of the profiles from the memory or move the at least one profile to another memory including another secure area, operationally connected to the electronic device. a display ; a communication module ; a memory including a secure area for storing (S1101) one or more profiles corresponding to one or more Subscriber Identity Modules, SIMs; and a processor configured to: acquire a download request for storing another profile in the memory, said processor characterized by being configured to, when it is determined that the download of the other profile is not possible based on a remaining capacity of the memory, display, on the display, a first recommendation screen in which the one or more profiles are sorted based on a first priority and a second recommendation screen in which the one or more profiles are sorted based on a second priority, and based on a selection of at least one profile though a user input among the first recommendation screen or the second recommendation screen, delete the at least one of the profiles from the memory or move the at least one profile to another memory including another secure area, operationally connected to the electronic device. acquire a download request for storing another profile in the memory, said processor characterized by being configured to, when it is determined that the download of the other profile is not possible based on a remaining capacity of the memory, display, on the display, a first recommendation screen in which the one or more profiles are sorted based on a first priority and a second recommendation screen in which the one or more profiles are sorted based on a second priority, and based on a selection of at least one profile though a user input among the first recommendation screen or the second recommendation screen, delete the at least one of the profiles from the memory or move the at least one profile to another memory including another secure area, operationally connected to the electronic device.
A method of providing corrosion protection to a metal surface, the method comprising: contacting a metal surface with a first component and a second component, in any order or in combination; wherein the first component comprises an aqueous mixture of an acid-phosphate of chemical formula A m (H 2 PO 4 ) m .nH 2 O, where A is hydrogen ion, ammonium cation, metal cation, or mixtures thereof; where m = 1-3, and n = 0-6; the first component solution adjusted to a pH of 2 to 5; and wherein the second component comprises an aqueous mixture of an alkaline oxide or alkaline hydroxide represented by B 2m O m , B(OH) 2m , or mixtures thereof, where B is an element of valency 2m (m = 1, 1.5, or 2) the second component solution adjusted to a pH of between 9-14; wherein the first component comprises water, at least one of mono potassium phosphate and mono calcium phosphate, and optionally, 2 to 10 wt % phosphoric acid; and wherein the acid-phosphate of the first component has been prepared by milling so that the particles pass through a 635 US standard sieve, thereby having a particle size of less than 20 micrometers (micron). contacting a metal surface with a first component and a second component, in any order or in combination; wherein the first component comprises an aqueous mixture of an acid-phosphate of chemical formula A m (H 2 PO 4 ) m .nH 2 O, where A is hydrogen ion, ammonium cation, metal cation, or mixtures thereof; where m = 1-3, and n = 0-6; the first component solution adjusted to a pH of 2 to 5; and wherein the second component comprises an aqueous mixture of an alkaline oxide or alkaline hydroxide represented by B 2m O m , B(OH) 2m , or mixtures thereof, where B is an element of valency 2m (m = 1, 1.5, or 2) the second component solution adjusted to a pH of between 9-14; wherein the first component comprises water, at least one of mono potassium phosphate and mono calcium phosphate, and optionally, 2 to 10 wt % phosphoric acid; and wherein the acid-phosphate of the first component has been prepared by milling so that the particles pass through a 635 US standard sieve, thereby having a particle size of less than 20 micrometers (micron).
A method of manufacturing a lash adjuster assembly (10b; 10c), the method comprising: forming a lash adjuster body (20b; 20c) to an as-formed condition including an outer cylindrical surface (32b; 32c) and an inner cylindrical surface (33b; 33c) having a leak down portion (34b; 34c) and a blind bore (40b; 40c); imparting a wear resistant surface layer to at least the leak down portion of the inner cylindrical surface and to a select portion of the lash adjuster body with a sub-critical temperature process; and preserving the leak down portion in the as-formed condition during imparting of the wear resistant surface layer; and subsequent to imparting the wear resistant surface layer, removing the wear resistant surface layer at a select portion of the lash adjuster body (20b; 20c); crimping the select portion of the lash adjuster body (20b; 20c) to create a hook portion (98b; 98c) configured to retain a leak down and ball plunger (22b; 22c) of the lash adjuster assembly (10b; 10c). forming a lash adjuster body (20b; 20c) to an as-formed condition including an outer cylindrical surface (32b; 32c) and an inner cylindrical surface (33b; 33c) having a leak down portion (34b; 34c) and a blind bore (40b; 40c); imparting a wear resistant surface layer to at least the leak down portion of the inner cylindrical surface and to a select portion of the lash adjuster body with a sub-critical temperature process; and preserving the leak down portion in the as-formed condition during imparting of the wear resistant surface layer; and subsequent to imparting the wear resistant surface layer, removing the wear resistant surface layer at a select portion of the lash adjuster body (20b; 20c); crimping the select portion of the lash adjuster body (20b; 20c) to create a hook portion (98b; 98c) configured to retain a leak down and ball plunger (22b; 22c) of the lash adjuster assembly (10b; 10c).
High-current plug connector for currents of more than 100 A, in particular more than 200 A, comprising: - a first connecting element which comprises a first contact section and a first connecting section , - a second connecting element which comprises a second contact section and a second connecting section , - a spring element , which is arranged between the first and the second contact section , for establishing an electrical connection between the first and the second connecting element , - wherein the first and the second connecting section are respectively connected to an electrical conductor ; - wherein the first and the second contact section are each designed as flat pieces, - wherein a first, planar contact area is formed on a front side of the first contact section, and a second, planar contact area is formed on a front side of the second contact section , - wherein the spring element is braced only between the first and the second contact area for electrically connecting the first and the second contact section , characterized in that the first and the second contact section are connected to one another by an interlocking connection, wherein the interlocking connection is established by way of translatory shifting of the first contact section relative to the second contact section parallel to the planes of the first and the second contact area , wherein the two contact sections are prevented from becoming detached by way of a force, which is produced by the spring element, perpendicular to the planes of the first and the second contact area . - a first connecting element which comprises a first contact section and a first connecting section , - a second connecting element which comprises a second contact section and a second connecting section , - a spring element , which is arranged between the first and the second contact section , for establishing an electrical connection between the first and the second connecting element , - wherein the first and the second connecting section are respectively connected to an electrical conductor ; - wherein the first and the second contact section are each designed as flat pieces, - wherein a first, planar contact area is formed on a front side of the first contact section, and a second, planar contact area is formed on a front side of the second contact section , - wherein the spring element is braced only between the first and the second contact area for electrically connecting the first and the second contact section ,
A zinc-air cell comprising • a zinc-containing anode, comprising at least one electro-conducting porous support for zinc incorporation there-within; and a porous polymer-based mat positioned proximally to said porous support; • at least one porous structure capable of absorbing oxygen from the air as the cathode of said cell; • a casing in which said anode and cathode are positioned, said casing further comprising an alkaline electrolyte fluid; • a slurry consisting of zinc and alkaline electrolyte placed within said casing; and • an inlet and outlet in said casing, wherein said inlet and outlet are constructed so as to permit exchange of said electrolyte fluid in said cell with an electrolyte fluid located in an external reservoir, wherein said anode and cathode are electrically connectible across a load, wherein said porous polymer-based mat is comprised of teflon, nylon, polypropylene or polyethylene, and has a thickness of between 30-1000 μm, and wherein said porous support comprises a metal or a metal alloy or graphite/carbon sponge. • a zinc-containing anode, comprising at least one electro-conducting porous support for zinc incorporation there-within; and a porous polymer-based mat positioned proximally to said porous support; at least one electro-conducting porous support for zinc incorporation there-within; and a porous polymer-based mat positioned proximally to said porous support; • at least one porous structure capable of absorbing oxygen from the air as the cathode of said cell; • a casing in which said anode and cathode are positioned, said casing further comprising an alkaline electrolyte fluid; • a slurry consisting of zinc and alkaline electrolyte placed within said casing; and • an inlet and outlet in said casing, wherein said inlet and outlet are constructed so as to permit exchange of said electrolyte fluid in said cell with an electrolyte fluid located in an external reservoir, wherein said anode and cathode are electrically connectible across a load, wherein said porous polymer-based mat is comprised of teflon, nylon, polypropylene or polyethylene, and has a thickness of between 30-1000 μm, and wherein said porous support comprises a metal or a metal alloy or graphite/carbon sponge.
A combustor comprising: a liner having effusion holes ; and a feed diffuser for supplying a flow of coolant to a surface of the combustor liner, comprising: a base disposed orthogonal to a flow; a body extending from the base toward the flow; and an apex provided at a termination of the body in a direction toward the flow; characterised in that said feed diffuser further comprises: a plurality of spacers extending from the base , the spacers configured to mount the base to the liner at a distance from the liner , the liner , the plurality of spacers configured to prevent blockage of the effusion holes. a liner having effusion holes ; and a feed diffuser for supplying a flow of coolant to a surface of the combustor liner, comprising: a base disposed orthogonal to a flow; a body extending from the base toward the flow; and an apex provided at a termination of the body in a direction toward the flow; characterised in that said feed diffuser further comprises: a plurality of spacers extending from the base , the spacers configured to mount the base to the liner at a distance from the liner , the liner , the plurality of spacers configured to prevent blockage of the effusion holes. a base disposed orthogonal to a flow; a body extending from the base toward the flow; and an apex provided at a termination of the body in a direction toward the flow; characterised in that said feed diffuser further comprises: a plurality of spacers extending from the base , the spacers configured to mount the base to the liner at a distance from the liner , the liner , the plurality of spacers configured to prevent blockage of the effusion holes.
A mobility management method, applied to a scenario in which a first terminal device moves, and comprising: determining, by a control plane network element , a changed media access control address, MAC, address of the first terminal device after the first terminal device moves; determining, by the control plane network element , at least one second terminal device that belongs to a same terminal device group as the first terminal device , wherein the first terminal device is a terminal device whose address changes after the movement, and the at least one second terminal device is a terminal device other than the first terminal device in the terminal device group; and notifying, by the control plane network element , the first terminal device and the at least one second terminal device to update to the changed MAC address of the first terminal device . determining, by a control plane network element , a changed media access control address, MAC, address of the first terminal device after the first terminal device moves; determining, by the control plane network element , at least one second terminal device that belongs to a same terminal device group as the first terminal device , wherein the first terminal device is a terminal device whose address changes after the movement, and the at least one second terminal device is a terminal device other than the first terminal device in the terminal device group; and notifying, by the control plane network element , the first terminal device and the at least one second terminal device to update to the changed MAC address of the first terminal device .
A method for wireless communications by a user equipment, UE, comprising: receiving a downlink control channel including a slot format indicator, SFI and an indication of a slot aggregation level; and determining a format of a current slot based on the received SFI and the slot aggregation level. receiving a downlink control channel including a slot format indicator, SFI and an indication of a slot aggregation level; and determining a format of a current slot based on the received SFI and the slot aggregation level.