mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing half-duplex communications for a Very Small Aperture Terminal, VSAT, operating on a continuous received stream, the method comprising: decoding the continuous received stream to establish synchronization with the continuous received stream; locating , in the continuous received stream, a time plan comprising a receiving timeslot and a transmitting timeslot; demodulating the continuous received stream by adapting to a timing and frequency variation of the continuous received stream in the receiving timeslot, freewheeling the adapting of the continuous received stream during the transmitting timeslot, and resuming the adapting of the continuous received stream when the transmitting timeslot ends; stopping a receiving of the continuous received stream during the transmitting timeslot; and transmitting from the VSAT during the transmitting timeslot, wherein the freewheeling comprises saving a signal acquisition parameter at the start of the transmitting timeslot and restoring the saved signal acquisition parameter at the end of the transmitting timeslot. decoding the continuous received stream to establish synchronization with the continuous received stream; locating , in the continuous received stream, a time plan comprising a receiving timeslot and a transmitting timeslot; demodulating the continuous received stream by adapting to a timing and frequency variation of the continuous received stream in the receiving timeslot, freewheeling the adapting of the continuous received stream during the transmitting timeslot, and resuming the adapting of the continuous received stream when the transmitting timeslot ends; stopping a receiving of the continuous received stream during the transmitting timeslot; and transmitting from the VSAT during the transmitting timeslot, wherein the freewheeling comprises saving a signal acquisition parameter at the start of the transmitting timeslot and restoring the saved signal acquisition parameter at the end of the transmitting timeslot.
A request processing method, wherein the method is executed by a bare-metal server which comprises a system on chip and a first processor , the system on chip couples to the first processor and the method comprises: receiving, by the system on chip , a volume operation request from a public cloud management component comprising a second processor and a transceiver , wherein the volume operation request comprises an identifier of a volume, the type of the volume and a volume attaching or a volume detaching request, wherein the public cloud management component communicates with the system on chip by using a network; performing, by the system on chip based on the identifier and the type, operation of attaching or detaching of the volume. receiving, by the system on chip , a volume operation request from a public cloud management component comprising a second processor and a transceiver , wherein the volume operation request comprises an identifier of a volume, the type of the volume and a volume attaching or a volume detaching request, wherein the public cloud management component communicates with the system on chip by using a network; performing, by the system on chip based on the identifier and the type, operation of attaching or detaching of the volume.
An antenna device of an electronic device, the antenna device comprising: a radiator comprising at least one first radiation unit , at least one second radiation unit and at least one opening portion interposed between the first and second radiation unit and configured to form an impedance, wherein, on a first frequency band of a signal current applied to the radiator , the opening portion operates as a short circuit by using the impedance, when the opening portion has impedance in the range of 0.01 Ω to 500 Ω with respect to the first frequency band of the signal current, the opening portion is configured to operate as the short circuit, and the radiator forms a first resonance frequency in the first frequency band in a range of 5MHz to 15MHz for wireless power transmission/reception, wherein, on a second frequency band of a signal current applied to the radiator , the opening portion operates as an open circuit by using the impedance, and one of the first and second radiation units forms a second resonance frequency in the second frequency band in a range of 700 MHz to 65 GHz for data communication, wherein the radiator is any one of an Archimedean spiral pattern, a log periodic spiral pattern, and a cavity-backed log periodic spiral pattern, in which a plurality of lines are arranged in a spiral shape that converges on a center. a radiator comprising at least one first radiation unit , at least one second radiation unit and at least one opening portion interposed between the first and second radiation unit and configured to form an impedance, wherein, on a first frequency band of a signal current applied to the radiator , the opening portion operates as a short circuit by using the impedance, when the opening portion has impedance in the range of 0.01 Ω to 500 Ω with respect to the first frequency band of the signal current, the opening portion is configured to operate as the short circuit, and the radiator forms a first resonance frequency in the first frequency band in a range of 5MHz to 15MHz for wireless power transmission/reception, wherein, on a second frequency band of a signal current applied to the radiator , the opening portion operates as an open circuit by using the impedance, and one of the first and second radiation units forms a second resonance frequency in the second frequency band in a range of 700 MHz to 65 GHz for data communication, wherein the radiator is any one of an Archimedean spiral pattern, a log periodic spiral pattern, and a cavity-backed log periodic spiral pattern, in which a plurality of lines are arranged in a spiral shape that converges on a center.
A method of monitoring a download by a client in real time, the method comprising steps of: (a) identifying an Internet Protocol, IP, address of a recursive resolver in a plurality of recursive resolvers used to resolve a Domain Name System, DNS, request for a content delivery network, CDN; (b) measuring a resolution time for resolving the DNS request; (c) identifying a uniform resource locator, URL, of the CDN returned by the recursive resolver in response to the DNS request; and (d) measuring a download time for downloading content from the content origin to the client. (a) identifying an Internet Protocol, IP, address of a recursive resolver in a plurality of recursive resolvers used to resolve a Domain Name System, DNS, request for a content delivery network, CDN; (b) measuring a resolution time for resolving the DNS request; (c) identifying a uniform resource locator, URL, of the CDN returned by the recursive resolver in response to the DNS request; and (d) measuring a download time for downloading content from the content origin to the client.
A method for executing by a circuit (CT1) an operation (OPj) applied to an input data (X) comprising at least one word, the method comprising: generating an input set (PX, PX2) comprising data (P2[m]) obtained by combining by Exclusive OR "XOR" operations (⊕) the input data with each of first mask parameters in a first mask set, each first mask parameter (u, U[m]) in the first mask set (U) comprising at least one word, the words in the first mask set having a same size and forming a first word subset comprising a single word from each first mask parameter of the first mask set and a same number of occurrences of all possible values of the words; applying the operation to each data in the input set to generate an output set (PCX, PX7) comprising all data resulting from the application of the operation to one of the data in the input set; and providing the output set as an output of the operation, an output data resulting from applying the operation to the input data, being obtained by applying XOR operations to any one of the data in the output set and to a respective second mask parameter (v, V[m]) in a second mask set (V), each second mask parameter in the second mask set comprising at least one word, the words in the second mask set having a same size and forming a second word subset comprising a single word from each second mask parameter of the second mask set and a same number of occurrences of all possible values of the words. generating an input set (PX, PX2) comprising data (P2[m]) obtained by combining by Exclusive OR "XOR" operations (⊕) the input data with each of first mask parameters in a first mask set, each first mask parameter (u, U[m]) in the first mask set (U) comprising at least one word, the words in the first mask set having a same size and forming a first word subset comprising a single word from each first mask parameter of the first mask set and a same number of occurrences of all possible values of the words; applying the operation to each data in the input set to generate an output set (PCX, PX7) comprising all data resulting from the application of the operation to one of the data in the input set; and providing the output set as an output of the operation, an output data resulting from applying the operation to the input data, being obtained by applying XOR operations to any one of the data in the output set and to a respective second mask parameter (v, V[m]) in a second mask set (V), each second mask parameter in the second mask set comprising at least one word, the words in the second mask set having a same size and forming a second word subset comprising a single word from each second mask parameter of the second mask set and a same number of occurrences of all possible values of the words.
A connector for mounting an assistive device to a wearable device, the connector comprising: a first connecting component provided with a first magnetic component; and a second connecting component provided with a second magnetic component, wherein the first magnetic component and the second magnetic component are configured to be magnetically attached to each other; wherein the second connecting component is configured to rotate by a predetermined angle relative to the first connecting component in a plane perpendicular to a direction of magnetic attraction, characterized in that the first connecting component comprises an annular or partially annular sliding groove , and the second magnetic component is configured to slide in the sliding groove to define an axis of rotation of the second connecting component relative to the first connecting component . a first connecting component provided with a first magnetic component; and a second connecting component provided with a second magnetic component, wherein the first magnetic component and the second magnetic component are configured to be magnetically attached to each other; wherein the second connecting component is configured to rotate by a predetermined angle relative to the first connecting component in a plane perpendicular to a direction of magnetic attraction, characterized in that the first connecting component comprises an annular or partially annular sliding groove , and the second magnetic component is configured to slide in the sliding groove to define an axis of rotation of the second connecting component relative to the first connecting component .
A repair device for repairing a native mitral valve having an anterior leaflet and a posterior leaflet between a left atrium and a left ventricle, the repair device comprising: a support having (a) a contracted configuration in which the support is sized to be inserted under the posterior leaflet between a wall of the left ventricle and chordae tendineae and (b) an extended configuration in which the support projects anteriorly with respect to a posterior wall of the left ventricle by a distance sufficient to position at least a portion of the posterior leaflet toward the anterior leaflet sufficiently to improve coaptation of the posterior and anterior leaflets, wherein the support comprises an extension unit configured to push at least a portion of the leaflet towards an opposing leaflet of the native valve, wherein the extension unit is expandable from a contracted configuration to an expanded configuration, and wherein the extension unit includes a plurality of projections configured to expand between and engage chordae tendineae attached to the leaflet, and wherein the support comprises an elongated spine , the extension unit being coupled to the spine . a support having (a) a contracted configuration in which the support is sized to be inserted under the posterior leaflet between a wall of the left ventricle and chordae tendineae and (b) an extended configuration in which the support projects anteriorly with respect to a posterior wall of the left ventricle by a distance sufficient to position at least a portion of the posterior leaflet toward the anterior leaflet sufficiently to improve coaptation of the posterior and anterior leaflets, wherein the support comprises an extension unit configured to push at least a portion of the leaflet towards an opposing leaflet of the native valve, wherein the extension unit is expandable from a contracted configuration to an expanded configuration, and wherein the extension unit includes a plurality of projections configured to expand between and engage chordae tendineae attached to the leaflet, and wherein the support comprises an elongated spine , the extension unit being coupled to the spine .
Method for producing a component , having the steps of: - providing a starting material which comprises metal particles and/or ceramic particles, - producing a green body from the starting material , - wherein, for the production of the green body , a respective portion of the starting material is applied, by means of a nozzle , to a substrate and/or to a previously applied portion of the starting material in temporally successive steps, and - thermally treating the green body produced, characterized in that , - in the temporally successive steps, the starting material is applied in each case in the form of discrete volume elements , wherein the respective volume elements have the same volume, and - the respective volume elements are placed on the substrate and/or on a previously applied volume element , - wherein, during the placing-on operation, the volume element contacts both the substrate or the previously applied portion of the starting material and the nozzle , and - wherein, for the placing-on of the volume element , the portion of the starting material is separated from the nozzle . - providing a starting material which comprises metal particles and/or ceramic particles, - producing a green body from the starting material , - wherein, for the production of the green body , a respective portion of the starting material is applied, by means of a nozzle , to a substrate and/or to a previously applied portion of the starting material in temporally successive steps, and - thermally treating the green body produced, - in the temporally successive steps, the starting material is applied in each case in the form of discrete volume elements , wherein the respective volume elements have the same volume, and - the respective volume elements are placed on the substrate and/or on a previously applied volume element , - wherein, during the placing-on operation, the volume element contacts both the substrate or the previously applied portion of the starting material and the nozzle , and - wherein, for the placing-on of the volume element , the portion of the starting material is separated from the nozzle .
A method carried out by a sensor device arranged in and/or on a toilet bowl, the method comprising: - detecting , by means of a sensor of the sensor device , at least a first environment parameter in the environment of the sensor device , the first environment parameter being characteristic of a cleanliness of the toilet bowl, and - determining and/or causing the determination of an item of control information by means of the sensor device at least partially on the basis of the detected first environment parameter, characterized in that the at least one sensor is a biosensor, the first environment parameter detected by the biosensor being indicative of: - a bacterial content on the surface of the toilet bowl, and/or - a bacterial content of a liquid located in the toilet bowl. - detecting , by means of a sensor of the sensor device , at least a first environment parameter in the environment of the sensor device , the first environment parameter being characteristic of a cleanliness of the toilet bowl, and - determining and/or causing the determination of an item of control information by means of the sensor device at least partially on the basis of the detected first environment parameter, characterized in that the at least one sensor is a biosensor, the first environment parameter detected by the biosensor being indicative of: - a bacterial content on the surface of the toilet bowl, and/or - a bacterial content of a liquid located in the toilet bowl. - a bacterial content on the surface of the toilet bowl, and/or - a bacterial content of a liquid located in the toilet bowl.
Method of producing a circuit arrangement on a support plate , wherein components are attached onto an top surface of the support plate , the support plate having thermal vias which extend through the support plate to a bottom surface located opposite the top surface , characterised in that a) the thermal vias are closed on the bottom surface by applying a layer of thermally conductive, electrically insulating material which does not penetrate into the thermal vias , and subsequently b) the thermal vias are filled with solder material from the top surface . a) the thermal vias are closed on the bottom surface by applying a layer of thermally conductive, electrically insulating material which does not penetrate into the thermal vias , and subsequently b) the thermal vias are filled with solder material from the top surface .
A process for lowering a subsea equipment package to the seafloor , the process comprising: attaching a plurality of vessels via cables to corresponding landing points of the subsea equipment package ; paying out a predetermined amount of cable from the plurality of vessels ; characterized in that the process further comprises: tensioning the cables ; adjusting buoyancy of the subsea equipment package to sink the subsea equipment package while maintaining tension on the cables to support the submerged weight of the subsea equipment package ; controlling a position of the subsea equipment package by paying out additional cable as the subsea equipment package sinks toward the seafloor ; and landing the subsea equipment package on the seafloor . attaching a plurality of vessels via cables to corresponding landing points of the subsea equipment package ; paying out a predetermined amount of cable from the plurality of vessels ; tensioning the cables ; adjusting buoyancy of the subsea equipment package to sink the subsea equipment package while maintaining tension on the cables to support the submerged weight of the subsea equipment package ; controlling a position of the subsea equipment package by paying out additional cable as the subsea equipment package sinks toward the seafloor ; and landing the subsea equipment package on the seafloor .
A suspension system comprising a towing hitch for a vehicle for reducing the impact of forces transferred from a towed apparatus to a towing vehicle during operation, the suspension system being movably mountable on the towing vehicle, the suspension system further comprising at least one damping means connectable at a first end to the towing vehicle and connected at a second end to the towing hitch so as to dampen relative movement between a hitch end of the towing hitch and the towing vehicle wherein the damping means comprises a fluid circuit , characterised in that the suspension system comprises a control system in operable engagement with the fluid circuit of the damping means for adjustable control of the damping means and wherein the control system comprises a means for detecting a trigger value for activating the adjustable control of the damping means.
A delivery device for implanting a stented prosthetic heart valve , the device comprising: a support shaft assembly ; and a deployable tip assembly for closing a cardiac septum hole or perforation, the tip assembly being releasably connected to the support shaft assembly ; wherein the delivery device is configured to combine with the stented prosthetic heart valve , and wherein the delivery device is configured to permit in vivo release of the stented prosthetic heart valve and, in a separate action, actuate in vivo release of the tip assembly from a remainder of the delivery device. a support shaft assembly ; and a deployable tip assembly for closing a cardiac septum hole or perforation, the tip assembly being releasably connected to the support shaft assembly ; wherein the delivery device is configured to combine with the stented prosthetic heart valve , and wherein the delivery device is configured to permit in vivo release of the stented prosthetic heart valve and, in a separate action, actuate in vivo release of the tip assembly from a remainder of the delivery device. wherein the delivery device is configured to combine with the stented prosthetic heart valve , and wherein the delivery device is configured to permit in vivo release of the stented prosthetic heart valve and, in a separate action, actuate in vivo release of the tip assembly from a remainder of the delivery device.
A residual light removal structure for removing residual light in a double-clad fiber having a core , a cladding covering the core and having a refractive index lower than a refractive index of the core , and a covering material covering part of the cladding and having a refractive index lower than the refractive index of the cladding , the residual light removal structure comprising: a fiber housing that houses part of the double-clad fiber ; a cladding exposure portion in which part of a whole circumferential unpolished surface of the cladding is exposed radially from the covering material along a longitudinal direction of the double-clad fiber ; and a first resin filled within the fiber housing so as to cover at least the cladding exposure portion , the first resin having a refractive index that is equal to or higher than the refractive index of the cladding . a fiber housing that houses part of the double-clad fiber ; a cladding exposure portion in which part of a whole circumferential unpolished surface of the cladding is exposed radially from the covering material along a longitudinal direction of the double-clad fiber ; and a first resin filled within the fiber housing so as to cover at least the cladding exposure portion , the first resin having a refractive index that is equal to or higher than the refractive index of the cladding .