mhurhangee/patent-ind-claim-en huggingface dataset:
A method for protecting a user identity for device-to-device, D2D, communication enabled user equipment, the method comprising: transmitting a first temporary identification and first discovery information from a first user equipment, UE, to previously authorized UES, the discovery information authorizing discovery of the first UE; receiving , at the first UE, a request from a second UE to resolve the first temporary identification and to join a D2D network with the first UE; resolving , by the first UE, the first temporary identification to provide a permanent ID associated with the first UE if the second UE is authorized, using previously stored resolution information associated with the permanent ID of the first UE and the first temporary identification; transmitting, by the first UE; the permanent ID to the second UE; and replacing, by a network resource, the first temporary identification at the first UE in response to authorization of the second UE being revoked at the first UE. transmitting a first temporary identification and first discovery information from a first user equipment, UE, to previously authorized UES, the discovery information authorizing discovery of the first UE; receiving , at the first UE, a request from a second UE to resolve the first temporary identification and to join a D2D network with the first UE; resolving , by the first UE, the first temporary identification to provide a permanent ID associated with the first UE if the second UE is authorized, using previously stored resolution information associated with the permanent ID of the first UE and the first temporary identification; transmitting, by the first UE; the permanent ID to the second UE; and replacing, by a network resource, the first temporary identification at the first UE in response to authorization of the second UE being revoked at the first UE.
A cosmetic container with an application body , a liquid cosmetic accommodated in the cosmetic container being supplied to the application body provided at a tip of the cosmetic container through an intermediate core , the liquid cosmetic being applicable by the application body , wherein the application body is disc-shaped and by means of a shaft rotatably provided at an outlet of the liquid cosmetic at the tip of the cosmetic container, the application body includes an outer peripheral surface serving as a coating face and in contact with the intermediate core , an annular outer peripheral portion and a space portion on an inner circumference side of the outer peripheral portion , characterized in that the space portion has a configuration for supporting the annular outer peripheral portion with respect to a columnar central portion having the shaft by a plurality of support ribs spaced apart in a circumferential direction such that the space portion is formed between the support ribs , and the support ribs escape from the annular outer peripheral portion by being dented inward in an axial line direction defined by the shaft such that the liquid cosmetic does not adhere to the support ribs .
A computer-implemented method of determining a control sequence for performing a multiqudit algorithm on a quantum computer, the multiqudit algorithm expressible as a series of one or more k -qudit interactions, the method comprising: for each of the k -qudit interactions, decomposing the k -qudit interaction into a sequence of single-qudit unitary rotations and/or two-qudit unitary rotations from the continuous family of controllable unitary rotations generated by underlying physical interactions in hardware of the quantum computer subject to a specified minimum interaction time, said sequence being physically implementable on the quantum computer, wherein the continuous family of controllable unitary rotations are directly physically implementable on the quantum computer, and wherein the decomposing a k -qudit interaction comprises comparing the k -qudit interaction to a parametrised interaction sequence and adjusting parameters of the parametrised interaction sequence to determine the sequence of single-qudit unitary rotations and/or two-qudit unitary rotations from the continuous family of controllable unitary rotations; combining the sequences to form a combined interaction sequence; and determining, based on the combined interaction sequence, the control sequence for performing the multiqudit algorithm on the quantum computer. for each of the k -qudit interactions, decomposing the k -qudit interaction into a sequence of single-qudit unitary rotations and/or two-qudit unitary rotations from the continuous family of controllable unitary rotations generated by underlying physical interactions in hardware of the quantum computer subject to a specified minimum interaction time, said sequence being physically implementable on the quantum computer, wherein the continuous family of controllable unitary rotations are directly physically implementable on the quantum computer, and wherein the decomposing a k -qudit interaction comprises comparing the k -qudit interaction to a parametrised interaction sequence and adjusting parameters of the parametrised interaction sequence to determine the sequence of single-qudit unitary rotations and/or two-qudit unitary rotations from the continuous family of controllable unitary rotations; combining the sequences to form a combined interaction sequence; and determining, based on the combined interaction sequence, the control sequence for performing the multiqudit algorithm on the quantum computer.
A method for dimming in visible light communication, VLC, the method comprising: adjusting a brightness of a light by a dimmer ; determining whether data is to be transmitted to at least one VLC receiver during the adjusted brightness of the light; setting the adjusted brightness of the light to a level of brightness of the light for communication by bypassing control of the dimmer; and regaining the adjusted brightness of light by the dimmer after the communication is completed. adjusting a brightness of a light by a dimmer ; determining whether data is to be transmitted to at least one VLC receiver during the adjusted brightness of the light; setting the adjusted brightness of the light to a level of brightness of the light for communication by bypassing control of the dimmer; and regaining the adjusted brightness of light by the dimmer after the communication is completed.
Switching or pressure-regulating valve for a fuel injection system, in particular a common-rail injection system, comprising a valve closure element which is able to perform stroke movements and interacts with a valve seat and is able to be actuated by means of an actuator and is acted on by the spring force of a valve spring counter to the direction of action of the actuator , also comprising a pressure pin which is received at least regionally in a central bore of the valve closure element and is acted on by the spring force of a pressure-maintaining spring in the direction of a sealing seat , wherein the pressure pin is able to bear against the sealing seat and the pressure pin and the sealing seat thus form a pressure-maintaining valve, wherein the spring force of the valve spring acts on the valve closure element in the opening direction, characterized in that the sealing seat directly adjoins, radially on the inside, the valve seat and is passed through by an inflow duct .
A real-time fault tolerant computing system comprising: a first computing device comprising one or more memory devices, one or more processors, a first network interface operable to receive device data and transmit output data over a time-slot-based bus, wherein the output data is generated from processing device data, and wherein the bus is operable to receive data according to time slots of two or more priority levels, and a first real-time checkpoint engine; a second computing device comprising one or more memory devices, one or more processors, a second network interface operable to receive device data over the time slot-based bus, and a second real-time checkpoint engine; and a hardware interconnect operable to permit data exchange between the first computing device and the second computing device, wherein the first computing device and the second computing device simultaneously process received device data, and wherein checkpoints are generated by the first or the second real-time checkpoint engines during lower-priority communication time slots allocated on the time slot-based bus to avoid interfering with any real-time communications to or from the first and second computing devices, wherein the lower-priority communication time slots comprise non-real-time communication time slots. a first computing device comprising one or more memory devices, one or more processors, a first network interface operable to receive device data and transmit output data over a time-slot-based bus, wherein the output data is generated from processing device data, and wherein the bus is operable to receive data according to time slots of two or more priority levels, and a first real-time checkpoint engine; one or more memory devices, one or more processors, a first network interface operable to receive device data and transmit output data over a time-slot-based bus, wherein the output data is generated from processing device data, and wherein the bus is operable to receive data according to time slots of two or more priority levels, and a second computing device comprising one or more memory devices, one or more processors, a second network interface operable to receive device data over the time slot-based bus, and a second real-time checkpoint engine; and one or more memory devices, one or more processors, a second network interface operable to receive device data over the time slot-based bus, and a second real-time checkpoint engine; and a hardware interconnect operable to permit data exchange between the first computing device and the second computing device, wherein the first computing device and the second computing device simultaneously process received device data, and wherein checkpoints are generated by the first or the second real-time checkpoint engines during lower-priority communication time slots allocated on the time slot-based bus to avoid interfering with any real-time communications to or from the first and second computing devices, wherein the lower-priority communication time slots comprise non-real-time communication time slots.
Lock comprising a sole plate and a slider , guided in translation relative to one another by guide means between two positions, an "extended" position and a "retracted" position, the slider comprising a bearing surface which extends in a sliding plane defined by the guide means (5, 7; 6, 8; 9, 11; 13, 15) and an indentation relative to the bearing surface forming a translation stop in one of the two positions, the sole plate cooperating with a retractable pin of a locking means carried by the slider , to lock it in the extended position and in the retracted position, the slider comprising, opposite the indentation relative to the retractable pin of the locking means , a translation stop (46, 48; 62, 64) in the extended position, characterized in that the bearing surface is flush with a base for attaching the sole plate and the stop is received in a recess of the sole plate .
A seal for a gas turbine engine , comprising: a first ply ; and a second ply having a circumferentially discontinuous annular shape including an axial split extending from a first axial end to a second axial end of the second ply , the second ply positioned directly adjacent to at least one of an inner diameter surface or an outer diameter surface of the first ply , characterised in that the first ply has a circumferentially continuous annular shape, wherein the first ply has a first thickness and the second ply has a second thickness (T2), wherein each of the first thickness (T1) and the second thickness (T2) is between 0.0254 mm (0.001 inch) and 0.254 mm (0.01 inch), the seal further comprising a third ply positioned adjacent to at least one of the first ply or the second ply . a first ply ; and a second ply having a circumferentially discontinuous annular shape including an axial split extending from a first axial end to a second axial end of the second ply , the second ply positioned directly adjacent to at least one of an inner diameter surface or an outer diameter surface of the first ply , characterised in that the first ply has a circumferentially continuous annular shape, wherein the first ply has a first thickness and the second ply has a second thickness (T2), wherein each of the first thickness (T1) and the second thickness (T2) is between 0.0254 mm (0.001 inch) and 0.254 mm (0.01 inch), the seal further comprising a third ply positioned adjacent to at least one of the first ply or the second ply .
Wind turbine having a tower and a pod , wherein a rotor having at least one rotor blade is arranged on the pod and the rotor during operation of the wind turbine carries out a rotation movement and the rotation movement drives a generator inside the pod , wherein there is arranged on the tower of the wind turbine a fibre winding which winds around a vertical tower axis (2.4) of the tower of the wind turbine and which is configured to damp an oscillation of the tower, characterised in that - the generator is a synchronous generator, - the fibre winding is arranged at the upper end in the direction of the vertical tower axis (2.4) of the tower , in particular on an uppermost tower segment (2.1), - the fibre winding is arranged in a recess in a surface of the tower , that is to say, the uppermost tower segment (2.1); wherein a surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the surface of the tower , and/or - the fibre winding is arranged in a recess at an inner side of the tower , that is to say, the uppermost tower segment (2.1); and the surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the inner side of the tower . - the generator is a synchronous generator, - the fibre winding is arranged at the upper end in the direction of the vertical tower axis (2.4) of the tower , in particular on an uppermost tower segment (2.1), - the fibre winding is arranged in a recess in a surface of the tower , that is to say, the uppermost tower segment (2.1); wherein a surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the surface of the tower , and/or - the fibre winding is arranged in a recess at an inner side of the tower , that is to say, the uppermost tower segment (2.1); and the surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the inner side of the tower .
Automatic air coupling for a rail vehicle, having a mouthpiece for coupling the air coupling to an identical but oppositely arranged air coupling; having a compressed-air nozzle for connecting the air coupling to a rail vehicle compressed-air system; having a flow channel which connects the mouthpiece to the compressed-air nozzle so as to conduct compressed air; having a valve which is arranged in the flow channel and which has a valve body (4.1) which can be actuated in order to selectively block off and release the flow channel ; having a valve drive which acts on the valve body (4.1) to actuate the latter in order to selectively block off and release the flow channel ; characterized in that the valve is designed as a pinch valve. having a mouthpiece for coupling the air coupling to an identical but oppositely arranged air coupling; having a compressed-air nozzle for connecting the air coupling to a rail vehicle compressed-air system; having a flow channel which connects the mouthpiece to the compressed-air nozzle so as to conduct compressed air; having a valve which is arranged in the flow channel and which has a valve body (4.1) which can be actuated in order to selectively block off and release the flow channel ; having a valve drive which acts on the valve body (4.1) to actuate the latter in order to selectively block off and release the flow channel ; characterized in that the valve is designed as a pinch valve.
Hand-held power tool comprising: an activation circuit for providing an adjustment signal (SIG) depending on an actuation of a button , a control device for adjusting a drive current for an electric motor of the hand-held power tool depending on the adjustment signal (SIG), the control device being connected via a first electrical line arrangement to an electrical energy source for operating the hand-held power tool , the activation circuit being connected to the control device via a second electrical line arrangement , a drive current line carrying the drive current for the electric motor being routed via an interrupter switch , coupled to the button , for interrupting the drive current, characterized in that a suppression capacitor is connected via a first node (K1) to the drive current line and via a second node (K2) to the second electrical line arrangement . an activation circuit for providing an adjustment signal (SIG) depending on an actuation of a button , a control device for adjusting a drive current for an electric motor of the hand-held power tool depending on the adjustment signal (SIG), the control device being connected via a first electrical line arrangement to an electrical energy source for operating the hand-held power tool , the activation circuit being connected to the control device via a second electrical line arrangement , a drive current line carrying the drive current for the electric motor being routed via an interrupter switch , coupled to the button , for interrupting the drive current, characterized in that a suppression capacitor is connected via a first node (K1) to the drive current line and via a second node (K2) to the second electrical line arrangement .
Device for atomising a product suitable for air way disinfection, comprising: - an ultrasound probe comprising a transducer and a sonotrode configured to transmit the vibrations from the transducer to a particle ejection surface , the sonotrode comprising an intake channel of the product to be sprayed towards the ejection surface , the sonotrode having a body of revolution terminated by a plate forming said ejection surface , with the axis of the sonotrode defining the axis of the ultrasound probe, - an aeraulic system configured to create a flow of air for driving particles sprayed by the ultrasonic probe, comprising a nozzle that channels the flow of air to an air outlet (S), wherein the ultrasonic probe is arranged on the air outlet (S) in such a way as to position in the flow of air for driving the ejection surface and a portion of the length of the sonotrode starting from said ejection surface while a portion of the body of the ultrasonic probe protrudes radially exteriorly beyond the diameter of the air outlet (S) orifice of the nozzle and in such a way as to not be subjected to said flow of air for driving, and wherein the axis of the ultrasound probe is arranged substantially perpendicular to the axis of the nozzle , the ejection surface being substantially parallel to the axis of the nozzle . - an ultrasound probe comprising a transducer and a sonotrode configured to transmit the vibrations from the transducer to a particle ejection surface , the sonotrode comprising an intake channel of the product to be sprayed towards the ejection surface , the sonotrode having a body of revolution terminated by a plate forming said ejection surface , with the axis of the sonotrode defining the axis of the ultrasound probe, - an aeraulic system configured to create a flow of air for driving particles sprayed by the ultrasonic probe, comprising a nozzle that channels the flow of air to an air outlet (S), wherein the ultrasonic probe is arranged on the air outlet (S) in such a way as to position in the flow of air for driving the ejection surface and a portion of the length of the sonotrode starting from said ejection surface while a portion of the body of the ultrasonic probe protrudes radially exteriorly beyond the diameter of the air outlet (S) orifice of the nozzle and in such a way as to not be subjected to said flow of air for driving, and wherein the axis of the ultrasound probe is arranged substantially perpendicular to the axis of the nozzle , the ejection surface being substantially parallel to the axis of the nozzle .
A method for wireless communication, comprising: selecting , by a first wireless device, a direction for a wireless transmission over a channel; monitoring , by the first wireless device, an availability of the channel in the selected direction for a duration of a first channel listening time corresponding to the selected direction; determining that the channel is available in the selected direction based at least in part on either an absence of channel reservation messages during the monitoring or a first channel reservation message received during the monitoring, the first channel reservation message indicating a permissibility of a simultaneous transmission by the first wireless device in the selected direction; and transmitting , by the first wireless device, a second channel reservation message to a second wireless device over the channel in the selected direction based at least in part on the determination that the channel is available in the selected direction. selecting , by a first wireless device, a direction for a wireless transmission over a channel; monitoring , by the first wireless device, an availability of the channel in the selected direction for a duration of a first channel listening time corresponding to the selected direction; determining that the channel is available in the selected direction based at least in part on either an absence of channel reservation messages during the monitoring or a first channel reservation message received during the monitoring, the first channel reservation message indicating a permissibility of a simultaneous transmission by the first wireless device in the selected direction; and transmitting , by the first wireless device, a second channel reservation message to a second wireless device over the channel in the selected direction based at least in part on the determination that the channel is available in the selected direction.