mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless slave node for use in a wireless network system , comprising: a tunable radiofrequency RF receiver configured to be in wireless communication with a master node and to receive at a slave frequency, the master node being configured to transmit at a master frequency; an RF oscillator configured to communicate with the tunable RF receiver , the RF oscillator being configured to communicate an RF oscillator frequency to the RF receiver to determine and tune the slave frequency; a signal processor configured to communicate with said tunable RF receiver ; wherein said signal processor is further configured to provide instructions to said tunable RF receiver to search for reception of a signal from said master node by tuning said slave frequency of said tunable RF receiver within a predetermined search band of frequencies, to provide an initial detected master frequency, wherein said signal processor is further configured to instruct said tunable RF receiver to receive a calibration signal at said initial detected master frequency from said master node , said calibration signal containing time information or frequency information, or both, and wherein said signal processor is further configured to provide a frequency error of said RF oscillator frequency relative to said calibration signal by comparing information from said calibration signal to a corresponding signal from said RF oscillator to tune the RF oscillator frequency to the frequency of the master node to enable communication between said slave node and said master node at said tuned RF oscillator frequency. a tunable radiofrequency RF receiver configured to be in wireless communication with a master node and to receive at a slave frequency, the master node being configured to transmit at a master frequency; an RF oscillator configured to communicate with the tunable RF receiver , the RF oscillator being configured to communicate an RF oscillator frequency to the RF receiver to determine and tune the slave frequency; a signal processor configured to communicate with said tunable RF receiver ; wherein said signal processor is further configured to provide instructions to said tunable RF receiver to search for reception of a signal from said master node by tuning said slave frequency of said tunable RF receiver within a predetermined search band of frequencies, to provide an initial detected master frequency, wherein said signal processor is further configured to instruct said tunable RF receiver to receive a calibration signal at said initial detected master frequency from said master node , said calibration signal containing time information or frequency information, or both, and
An access control device for an access control system , wherein the access control device is designed to be assigned to a physical region to which access can be granted by means of the access control device , characterised, in that the access control device comprises a programming interface , wherein the programming interface serves to communicate wirelessly with a mobile device and the access control device receives at least one, preferably a plurality, of the following data via the programming interface : i. an updated version of a firmware and/or an additional firmware ii. an updated version of an access control device identifier, iii. an updated version of at least one default attribute, preferably a plurality of default attributes, iv. an updated version of data in order to be able to carry out decryption, v. at least one control command for actuating the access control device , wherein the access control device at least partially opens the programming interface as a result of communication with the mobile device . wherein the access control device is designed to be assigned to a physical region to which access can be granted by means of the access control device , characterised, in that the access control device comprises a programming interface , wherein the programming interface serves to communicate wirelessly with a mobile device and the access control device receives at least one, preferably a plurality, of the following data via the programming interface : i. an updated version of a firmware and/or an additional firmware ii. an updated version of an access control device identifier, iii. an updated version of at least one default attribute, preferably a plurality of default attributes, iv. an updated version of data in order to be able to carry out decryption, v. at least one control command for actuating the access control device , i. an updated version of a firmware and/or an additional firmware ii. an updated version of an access control device identifier, iii. an updated version of at least one default attribute, preferably a plurality of default attributes, iv. an updated version of data in order to be able to carry out decryption, v. at least one control command for actuating the access control device , wherein the access control device at least partially opens the programming interface as a result of communication with the mobile device .
A sensor system comprising: a molded sole member configured to form part of a sole structure of an article of footwear ; a flexible insert member sealed within the sole member, the flexible insert member comprising a flexible sheet of polymer webbing formed of a different material than the sole member, wherein the sole member is molded around the flexible insert member and the flexible insert member is integrally sealed within the sole member such that an outer periphery of the sole member completely encloses an outer periphery of the flexible insert member; a plurality of sensors connected to the insert member such that the sensors are integrally sealed within the sole member along with the flexible insert member, each sensor configured such that pressure on the sensor changes a resistance of the sensor; a port connected to the plurality of sensors and configured for communication with an electronic module ; and a plurality of leads connected to the insert member, the leads connecting the sensors to the port. a molded sole member configured to form part of a sole structure of an article of footwear ; a flexible insert member sealed within the sole member, the flexible insert member comprising a flexible sheet of polymer webbing formed of a different material than the sole member, wherein the sole member is molded around the flexible insert member and the flexible insert member is integrally sealed within the sole member such that an outer periphery of the sole member completely encloses an outer periphery of the flexible insert member; a plurality of sensors connected to the insert member such that the sensors are integrally sealed within the sole member along with the flexible insert member, each sensor configured such that pressure on the sensor changes a resistance of the sensor; a port connected to the plurality of sensors and configured for communication with an electronic module ; and a plurality of leads connected to the insert member, the leads connecting the sensors to the port.
Method for carrying out and monitoring an electrical welding method for connecting a joining partner set comprising at least two joining partners , comprising the steps of: - carrying out a welding method in order to produce a weld connection, wherein an electrical welding current (I s ) flows through a joining region of the at least two joining partners of the joining partner set , which region is arranged between the electrodes , wherein between the two electrodes a pressing pressure is applied to the joining partners, - recording at least one system state of the welding operation, and - identifying the welding operation carried out in accordance with the progression of the at least one system state, characterised in that the identification of the welding operation involves identifying the type of welding operation carried out, that is to say, whether a weld connection - has been substantially carried out by means of a resistance pressure welding operation, or - has been substantially carried out by means of a metal vapour pressure welding operation in which no welding spot is produced. - carrying out a welding method in order to produce a weld connection, wherein an electrical welding current (I s ) flows through a joining region of the at least two joining partners of the joining partner set , which region is arranged between the electrodes , wherein between the two electrodes a pressing pressure is applied to the joining partners, - recording at least one system state of the welding operation, and - identifying the welding operation carried out in accordance with the progression of the at least one system state, characterised in that the identification of the welding operation involves identifying the type of welding operation carried out, that is to say, whether a weld connection - has been substantially carried out by means of a resistance pressure welding operation, or - has been substantially carried out by means of a metal vapour pressure welding operation in which no welding spot is produced.
A TEMPEST-grade feed-through for providing electromagnetic shielding where one or more signal leads pass through a cabinet or other enclosure , said feed-through comprising a frame and at least one assembly made from machined parts, said frame having at least one opening , and said at least one assembly comprising two or more joining parts , forming one or more elongated waveguides , said joining parts being divisible along the length of said waveguides , thereby being capable of surrounding a signal lead , which may be a fiber-optic cable, said assembly being adapted to be attached to said frame such that one or more signal leads can pass through said at least one opening in the frame and through one of said waveguides , said opening in the frame having a larger maximum transversal extension than the maximum transversal extension of said waveguides .
Alignment apparatus for the alignment of an arc of an arc Welding apparatus for arc welding with magnetically moved arc comprising i a holding device with an opening for receiving a welding head of the arc welding device ; ii one or more magnetic coils for forming a Magnetic field for deflecting a magnetic field generated by a welding machine generated in the opening ; and iii at least two curved pole pieces comprising at least two legs for focusing the magnetic field; wherein a first of the legs of each pole piece is fixed to the holding device and/or to the solenoid coil and that a second of the legs is oriented at an angle (α) of less than 130° to the first leg , wherein the straightening apparatus has at least four pole pieces , characterized in that the second legs of the pole shoes are aligned with each other in such a way that one pole piece is less than 3 mm apart from the adjacent pole piece . i a holding device with an opening for receiving a welding head of the arc welding device ; ii one or more magnetic coils for forming a Magnetic field for deflecting a magnetic field generated by a welding machine generated in the opening ; and iii at least two curved pole pieces comprising at least two legs for focusing the magnetic field; wherein a first of the legs of each pole piece is fixed to the holding device and/or to the solenoid coil and that a second of the legs is oriented at an angle (α) of less than 130° to the first leg , wherein the straightening apparatus has at least four pole pieces , characterized in that the second legs of the pole shoes are aligned with each other in such a way that one pole piece is less than 3 mm apart from the adjacent pole piece .
A method for automated detection of one or more electrical voltages and/or electrical currents, comprising: providing calculated data on the one or more electrical voltages and/or electrical currents, wherein the calculated data comprise the spatial positions of at least one carrier of the one or more electrical voltages and/or electrical currents, wherein the calculated data were calculated from a set of measurement data on a plurality of first detections of the one or more electrical voltages and/or electrical currents, performing a second detection of the one or more electrical voltages and/or electrical currents, wherein, during the second detection, measurement data on the second detection are generated , and updated calculated data on the one or more electrical voltages and/or electrical currents are generated from the measurement data of the second detection and the calculated data, outputting the updated calculated data to display the spatial positions and/or properties of the at least one carrier of the one or more electrical voltages and/or electrical currents, characterized in that a device that is wearable on a human body and that performs the above mentioned providing, performing and outputting is provided by means of a bracelet or a headband. providing calculated data on the one or more electrical voltages and/or electrical currents, wherein the calculated data comprise the spatial positions of at least one carrier of the one or more electrical voltages and/or electrical currents, wherein the calculated data were calculated from a set of measurement data on a plurality of first detections of the one or more electrical voltages and/or electrical currents, wherein the calculated data comprise the spatial positions of at least one carrier of the one or more electrical voltages and/or electrical currents, wherein the calculated data were calculated from a set of measurement data on a plurality of first detections of the one or more electrical voltages and/or electrical currents, performing a second detection of the one or more electrical voltages and/or electrical currents, wherein, during the second detection, measurement data on the second detection are generated , and updated calculated data on the one or more electrical voltages and/or electrical currents are generated from the measurement data of the second detection and the calculated data, wherein, during the second detection, measurement data on the second detection are generated , and updated calculated data on the one or more electrical voltages and/or electrical currents are generated from the measurement data of the second detection and the calculated data, outputting the updated calculated data to display the spatial positions and/or properties of the at least one carrier of the one or more electrical voltages and/or electrical currents, characterized in that a device that is wearable on a human body and that performs the above mentioned providing, performing and outputting is provided by means of a bracelet or a headband.
Device for generating a print on a print substrate , comprising • at least one printing forme; • at least one device for delivering a printing medium ; • at least one device for data transfer; • at least one device for control; characterized in that the printing forme comprises a printing element, a magnetic raster and a facing layer ; the magnetic raster is applied on the surface of the printing element and the facing layer is located above the magnetic raster , with the facing layer having magnetic particles ; each raster point of the magnetic raster is selectable independently of the other raster points of the magnetic raster for generating a magnetic field; with the facing layer having a height and elasticity such as to form a multiplicity of cavities for accommodating a printing medium ; and each raster point of the magnetic raster is able to form at least one cavity , by the magnetic particles contained in the facing layer being attracted by the magnetic field generated at the respective raster point. • at least one printing forme; • at least one device for delivering a printing medium ; • at least one device for data transfer; • at least one device for control; the printing forme comprises a printing element, a magnetic raster and a facing layer ; the magnetic raster is applied on the surface of the printing element and the facing layer is located above the magnetic raster , with the facing layer having magnetic particles ; each raster point of the magnetic raster is selectable independently of the other raster points of the magnetic raster for generating a magnetic field; with the facing layer having a height and elasticity such as to form a multiplicity of cavities for accommodating a printing medium ; and each raster point of the magnetic raster is able to form at least one cavity , by the magnetic particles contained in the facing layer being attracted by the magnetic field generated at the respective raster point.
A data processing method, comprising: obtaining (S 110), by a first terminal, packet delay budget adjustment information, wherein the packet delay budget adjustment information indicates an adjusted packet delay budget, a packet delay budget adjustment amount, or a packet delay budget adjustment range; adjusting (S 120), by the first terminal, the size of a jitter buffer based on the packet delay budget adjustment information; and buffering (S130), by the first terminal, data based on the adjusted jitter buffer, wherein the obtaining (S 110), by a first terminal, packet delay budget adjustment information comprises: receiving, by the first terminal, the packet delay budget adjustment information from (S110b) a first network device or from (S110d) a second terminal, the method characterised by : wherein the first terminal receives the packet delay budget adjustment information from the second terminal via a real-time transport control protocol, RTCP, message. obtaining (S 110), by a first terminal, packet delay budget adjustment information, wherein the packet delay budget adjustment information indicates an adjusted packet delay budget, a packet delay budget adjustment amount, or a packet delay budget adjustment range; adjusting (S 120), by the first terminal, the size of a jitter buffer based on the packet delay budget adjustment information; and buffering (S130), by the first terminal, data based on the adjusted jitter buffer, wherein the obtaining (S 110), by a first terminal, packet delay budget adjustment information comprises: receiving, by the first terminal, the packet delay budget adjustment information from (S110b) a first network device or from (S110d) a second terminal, the method characterised by : wherein the first terminal receives the packet delay budget adjustment information from the second terminal via a real-time transport control protocol, RTCP, message.
A diffractive multifocal lens comprising an optical element having a first diffractive optical surface having a radial surface profile comprising a plurality of concentric annular zones concentric with a central zone and assignable, from the outer edge of the central zone to the edge of the lens, as alternating odd and even numbered zones each having a projected surface area that is equal, wherein the optical thickness of the lens changes monotonically within each zone, a distinct step in optical thickness occurs at the junction between the zones , the height of the steps differs between adjacent zones, and a pattern of step height differences between two or more adjacent zones repeats periodically from the center to the edge of the lens so as to tailor the proportions of the diffraction order efficiencies of at least a zeroth, positive first, and positive second, diffractive order of the radial surface profile of the optical element.
A method for a user equipment, UE, configured to provide downlink, DL, channel-quality reports during a random-access, RA, procedure in a cell provided by a network node in a Long-Term Evolution, LTE, radio access network, RAN, the method comprising: receiving , from the network node, a first indicator indicating that the UE may have to report DL channel quality in a Msg3 of the RA procedure; initiating the RA procedure; receiving , from the network node, a RA response including an uplink grant of resources for transmission of the Msg3, wherein the uplink grant indicates a transport block size, TBS; and determining whether to include a DL channel quality report in the Msg3 based on the first indicator and the content of the RA response, wherein the DL channel quality report is determined to be included if the indicated TBS is large enough to carry the DL channel quality report. receiving , from the network node, a first indicator indicating that the UE may have to report DL channel quality in a Msg3 of the RA procedure; initiating the RA procedure; receiving , from the network node, a RA response including an uplink grant of resources for transmission of the Msg3, wherein the uplink grant indicates a transport block size, TBS; and determining whether to include a DL channel quality report in the Msg3 based on the first indicator and the content of the RA response, wherein the DL channel quality report is determined to be included if the indicated TBS is large enough to carry the DL channel quality report.
A method of predicting sensitivity of a cancer cell population to a chemotherapeutic agent, the method comprising: a) providing individual cells from a cancer cell population; b) permeabilizing said individual cells to provide permeabilized cells containing intact mitochondria; c) contacting the permeabilized cells with a BH3 domain peptide; d) fixing the permeabilized cells contacted with the BH3 domain peptide; e) staining the fixed permeabilized cells using an antibody for an intracellular molecule from the mitochondrial intermembrane space; and f) detecting the staining for the molecule from the mitochondrial intermembrane space to measure an amount of the molecule retained by the stained fixed permeabilized cells, wherein a decrease in the amount of the molecule retained by the stained fixed permeabilized cells compared to an amount of the molecule retained by stained fixed permeabilized cells not contacted with the BH3 domain peptide indicates that the cancer cell population is sensitive to a chemotherapeutic agent. a) providing individual cells from a cancer cell population; b) permeabilizing said individual cells to provide permeabilized cells containing intact mitochondria; c) contacting the permeabilized cells with a BH3 domain peptide; d) fixing the permeabilized cells contacted with the BH3 domain peptide; e) staining the fixed permeabilized cells using an antibody for an intracellular molecule from the mitochondrial intermembrane space; and f) detecting the staining for the molecule from the mitochondrial intermembrane space to measure an amount of the molecule retained by the stained fixed permeabilized cells,
Control device for activating an oxygen system of a means of transport having a first activation unit which is configured to activate at least a part of the oxygen system by wireless transmission of a first activation signal, the control device further comprising a second activation unit (80, 90, 110; 120) which is configured to activate at least a part of the oxygen system by wired transmission of a second activation signal, the second activation unit (80, 90, 110; 120) further being configured to supply at least a part of the oxygen system with electrical energy by wired transmission of an energy supply signal, the second activation signal and the energy supply signal each being formed as a discrete signal with different voltages.