mhurhangee/patent-ind-claim-en huggingface dataset:
Injection-moulding method for producing at least one fan having a fan hub and having a fan belt which is connected to the fan hub by way of at least two fan blades , wherein - an injection mould having at least one cavity for a fan hub , having at least one cavity for a fan belt and having at least two cavities for at least two fan blades is provided, - an at least one-phase material is provided, - the at least one-phase material is liquefied and - the at least one-phase material is injected into the injection mould by way of at least one nozzle , wherein at least one weld line arranged in a region of the at least one cavity for the fan belt is avoided in the region between adjoining fan blades , wherein the at least one-phase material is injected into the injection mould by way of at least one nozzle arranged in a region of the at least one cavity for the fan belt , such that at least one weld line is produced in the region of the fan blades or of the fan hub. - an injection mould having at least one cavity for a fan hub , having at least one cavity for a fan belt and having at least two cavities for at least two fan blades is provided, - an at least one-phase material is provided, - the at least one-phase material is liquefied and - the at least one-phase material is injected into the injection mould by way of at least one nozzle , wherein at least one weld line arranged in a region of the at least one cavity for the fan belt is avoided in the region between adjoining fan blades , wherein the at least one-phase material is injected into the injection mould by way of at least one nozzle arranged in a region of the at least one cavity for the fan belt , such that at least one weld line is produced in the region of the fan blades or of the fan hub.
A system for controlling the temperature of an aircraft structure for manufacturing operations, the system comprising a controller configured to: receive a temperature reading from a plurality of sensors coupled to the aircraft structure; determine a temperature variance between the plurality of sensors; operate a plurality of temperature regulation devices , such that the temperature reading of each of the plurality of sensors is maintained within a predefined range of each other; initiate operation of a Computer Aided Measuring System if the temperature variance between each of the plurality of sensors is within the predefined range; and cease operation of the Computer Aided Measuring System if the temperature variance between any of the plurality of sensors exceeds the predefined range. receive a temperature reading from a plurality of sensors coupled to the aircraft structure; determine a temperature variance between the plurality of sensors; operate a plurality of temperature regulation devices , such that the temperature reading of each of the plurality of sensors is maintained within a predefined range of each other; initiate operation of a Computer Aided Measuring System if the temperature variance between each of the plurality of sensors is within the predefined range; and cease operation of the Computer Aided Measuring System if the temperature variance between any of the plurality of sensors exceeds the predefined range.
A system for remotely operating terminals comprising: a server comprising: an application virtualisation platform for virtualising applications , the application virtualisation platform comprising a peripheral device emulator; and terminals communicatively connected to the server , wherein: a first terminal of the terminals communicatively connected to the peripheral device and configured to establish a communication link with the server, the communication link including a virtual channel for communication between the first application and the peripheral device, the first terminal comprising: a client virtualisation platform for interacting with the application virtualisation platform, the client virtualisation platform configured to interface with at least one of a keyboard and display; and a peripheral manager associated with the first terminal and including a device driver configured to control the peripheral device. an application virtualisation platform for virtualising applications , the application virtualisation platform comprising a peripheral device emulator; and terminals communicatively connected to the server , wherein: a first terminal of the terminals communicatively connected to the peripheral device and configured to establish a communication link with the server, the communication link including a virtual channel for communication between the first application and the peripheral device, the first terminal comprising: a client virtualisation platform for interacting with the application virtualisation platform, the client virtualisation platform configured to interface with at least one of a keyboard and display; and a peripheral manager associated with the first terminal and including a device driver configured to control the peripheral device.
A method of wireless communication performed by a user equipment, UE , comprising: determining that an enhanced type-II channel state information, CSI, report configuration, associated with transmitting CSI feedback to a base station, is to be overridden; and transmitting , based at least in part on determining that the enhanced type-II CSI report configuration is to be overridden, a CSI report using another CSI report configuration, wherein the CSI report includes the CSI feedback and an indication that the enhanced type-II CSI report configuration has been overridden, and wherein the indication that the enhanced type-II CSI report configuration has been overridden is included in the CSI report using a combination of unused or invalid values associated with at least one of: a rank indicator, RI; a precoding matrix indicator, PMI; or a channel quality indicator, CQI. determining that an enhanced type-II channel state information, CSI, report configuration, associated with transmitting CSI feedback to a base station, is to be overridden; and transmitting , based at least in part on determining that the enhanced type-II CSI report configuration is to be overridden, a CSI report using another CSI report configuration, wherein the CSI report includes the CSI feedback and an indication that the enhanced type-II CSI report configuration has been overridden, and wherein the indication that the enhanced type-II CSI report configuration has been overridden is included in the CSI report using a combination of unused or invalid values associated with at least one of: a rank indicator, RI; a precoding matrix indicator, PMI; or a channel quality indicator, CQI. a rank indicator, RI; a precoding matrix indicator, PMI; or a channel quality indicator, CQI.
A computer-implemented method for establishing communication between a first blockchain network and a second blockchain network, comprising: embedding a first library into a process; executing the first library to create a first border node embedded into the process, wherein the first border node operates together with a first set of nodes in the first blockchain network, the first set of nodes not being embedded into the process; embedding a second library into the process; executing the second library to create a second border node embedded into the process, wherein the second border node operates together with a second set of nodes in the second blockchain network, the second set of nodes not being embedded into the process; and establishing a communication interface within the process to allow the first border node and the second border node to communicate with each other to jointly establish communication between the first blockchain network and the second blockchain network through the first border node and the second border node, wherein the process causes a processor to allocate a trusted execution environment to the communication interface, and the first border node and the second border node communicate with each other utilizing one or more function calls. embedding a first library into a process; executing the first library to create a first border node embedded into the process, wherein the first border node operates together with a first set of nodes in the first blockchain network, the first set of nodes not being embedded into the process; embedding a second library into the process; executing the second library to create a second border node embedded into the process, wherein the second border node operates together with a second set of nodes in the second blockchain network, the second set of nodes not being embedded into the process; and establishing a communication interface within the process to allow the first border node and the second border node to communicate with each other to jointly establish communication between the first blockchain network and the second blockchain network through the first border node and the second border node, wherein the process causes a processor to allocate a trusted execution environment to the communication interface, and the first border node and the second border node communicate with each other utilizing one or more function calls.
Method for frequency regulation for a piezoelectric transformer , comprising the steps of: - exciting a piezoelectric transformer on an input side with an AC voltage of predetermined frequency as input voltage, - capturing a piece of phase information for the input impedance of the piezoelectric transformer in a feedback path, - evaluating the captured phase information in respect of a predetermined phase criterion, - regulating the frequency of the AC voltage on the basis of the evaluated phase information, wherein a phase detector comprising an XOR gate and a low-pass filter (TP), which are connected in series, is used in the feedback path to compare a signal for the input voltage with a signal proportional to the input current on the input side of the piezoelectric transformer , wherein an arithmetic sign signal for the input voltage is applied to a first input of the XOR gate and an arithmetic sign signal proportional to the input current on the input side of the piezoelectric transformer is applied to a second input of the XOR gate such that an output signal is produced at the output of the XOR gate as a comparison signal that is averaged by means of the low-pass filter (TP) to produce a signal that is proportional to the absolute value of the phase angle of the input impedance of the piezoelectric transformer and serves as phase information for the input impedance of the piezoelectric transformer . - exciting a piezoelectric transformer on an input side with an AC voltage of predetermined frequency as input voltage, - capturing a piece of phase information for the input impedance of the piezoelectric transformer in a feedback path, - evaluating the captured phase information in respect of a predetermined phase criterion, - regulating the frequency of the AC voltage on the basis of the evaluated phase information,
A ground fault detector comprising: a relay configured to receive a first current; a voltage regulator configured to provide a voltage potential to ground; a first resistor coupled between the voltage regulator and ground; an amplifier configured: to receive, as an input, a change in a voltage drop across the first resistor due to a ground current flowing through the first resistor and the ground fault detector; and configured such that in response to the change in the voltage drop across the first resistor, the output voltage of the amplifier changes, resulting in a change in the first current received at the relay, the change in the first current being indicative of a ground fault, characterised in that , in response to the first current being reduced to zero, the relay is configured to open a relay contact of the ground fault detector to isolate the ground fault detector from ground, and in that a magnitude of the ground current is based on the voltage potential to ground. a relay configured to receive a first current; a voltage regulator configured to provide a voltage potential to ground; a first resistor coupled between the voltage regulator and ground; an amplifier configured: to receive, as an input, a change in a voltage drop across the first resistor due to a ground current flowing through the first resistor and the ground fault detector; and configured such that in response to the change in the voltage drop across the first resistor, the output voltage of the amplifier changes, resulting in a change in the first current received at the relay, the change in the first current being indicative of a ground fault, characterised in that , in response to the first current being reduced to zero, the relay is configured to open a relay contact of the ground fault detector to isolate the ground fault detector from ground, and in that a magnitude of the ground current is based on the voltage potential to ground. to receive, as an input, a change in a voltage drop across the first resistor due to a ground current flowing through the first resistor and the ground fault detector; and configured such that in response to the change in the voltage drop across the first resistor, the output voltage of the amplifier changes, resulting in a change in the first current received at the relay, the change in the first current being indicative of a ground fault, characterised in that , in response to the first current being reduced to zero, the relay is configured to open a relay contact of the ground fault detector to isolate the ground fault detector from ground, and in that a magnitude of the ground current is based on the voltage potential to ground.
An apparatus , comprising: an interface, configured to receive from a calibration probe multiple data points acquired in an organ of a patient , each data point comprising (i) a respective position of the calibration probe, and (ii) a respective set of electrical values indicative of respective impedances between the position and multiple electrodes attached externally to the patient; and a processor , configured to construct a mapping between sets of the electrical values and respective positions in the organ, characterized in that the construction of the mapping comprises performing for each received data point : if the mapping already contains one or more existing data points in a predefined vicinity of the received data point , adjusting the one or more existing data points responsively to the received data point; and if the predefined vicinity does not contain any existing data points, adding the received data point to the mapping, and wherein the processor is configured to sort at least some of the existing data points in the mapping according to their respective distances from the received data point to check whether the existing data points fall within the predefined vicinity of the received data point. an interface, configured to receive from a calibration probe multiple data points acquired in an organ of a patient , each data point comprising (i) a respective position of the calibration probe, and (ii) a respective set of electrical values indicative of respective impedances between the position and multiple electrodes attached externally to the patient; and a processor , configured to construct a mapping between sets of the electrical values and respective positions in the organ, characterized in that the construction of the mapping comprises performing for each received data point : if the mapping already contains one or more existing data points in a predefined vicinity of the received data point , adjusting the one or more existing data points responsively to the received data point; and if the predefined vicinity does not contain any existing data points, adding the received data point to the mapping, and if the mapping already contains one or more existing data points in a predefined vicinity of the received data point , adjusting the one or more existing data points responsively to the received data point; and if the predefined vicinity does not contain any existing data points, adding the received data point to the mapping, and wherein the processor is configured to sort at least some of the existing data points in the mapping according to their respective distances from the received data point to check whether the existing data points fall within the predefined vicinity of the received data point.
A web processing system comprising: two rollers configured to rotate at a same phase while being in contact with a web which is continuous along a movement passage; and a suppressing mechanism for suppressing a variation in a tension of the web between the two rollers , wherein the suppressing mechanism is configured such that a path length of the web between the two rollers changes when the tension of the web between the two rollers is varied, wherein the suppressing mechanism includes a dancer roller configured to come into contact with the web between the two rollers , and suppress the tension variation of the web between the two rollers , the web processing system further comprising a control device and being characterized by this control device being configured to execute a step of rotating the two rollers at a same phase in a state where the dancer roller is controlled to be kept at a certain position and detecting a force applied to the web between the two rollers ; and a step of rotating the two rollers at the same phase in a state where a force applied to the dancer roller is controlled based on the detected force. two rollers configured to rotate at a same phase while being in contact with a web which is continuous along a movement passage; and a suppressing mechanism for suppressing a variation in a tension of the web between the two rollers , wherein the suppressing mechanism is configured such that a path length of the web between the two rollers changes when the tension of the web between the two rollers is varied, wherein the suppressing mechanism includes a dancer roller configured to come into contact with the web between the two rollers , and suppress the tension variation of the web between the two rollers , the web processing system further comprising a control device and being characterized by this control device being configured to execute a step of rotating the two rollers at a same phase in a state where the dancer roller is controlled to be kept at a certain position and detecting a force applied to the web between the two rollers ; and a step of rotating the two rollers at the same phase in a state where a force applied to the dancer roller is controlled based on the detected force.
An apparatus comprising: a first plurality of graphics processing resources to execute graphics commands and process graphics data; and a first memory management unit MMU to communicatively couple the first plurality of graphics processing resources to a system-level MMU to access a system memory ; characterized by : a second plurality of graphics processing resources to execute graphics commands and process graphics data; and a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU ; wherein the second MMU comprises transaction routing circuitry to route a memory transaction to the first MMU , the first MMU comprising transaction routing circuitry to route the memory transaction to the system-level MMU if necessary, and wherein an ID code is embedded in a field of each memory transaction to uniquely identify the MMU from which it originated, the transaction routing circuitry of the first MMU to use the ID code in a response received from the system-level MMU to route the transaction to the second MMU . a first plurality of graphics processing resources to execute graphics commands and process graphics data; and a first memory management unit MMU to communicatively couple the first plurality of graphics processing resources to a system-level MMU to access a system memory ; characterized by : a second plurality of graphics processing resources to execute graphics commands and process graphics data; and a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU ; wherein the second MMU comprises transaction routing circuitry to route a memory transaction to the first MMU , the first MMU comprising transaction routing circuitry to route the memory transaction to the system-level MMU if necessary, and wherein an ID code is embedded in a field of each memory transaction to uniquely identify the MMU from which it originated, the transaction routing circuitry of the first MMU to use the ID code in a response received from the system-level MMU to route the transaction to the second MMU . a second plurality of graphics processing resources to execute graphics commands and process graphics data; and a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU ; wherein the second MMU comprises transaction routing circuitry to route a memory transaction to the first MMU , the first MMU comprising transaction routing circuitry to route the memory transaction to the system-level MMU if necessary, and wherein an ID code is embedded in a field of each memory transaction to uniquely identify the MMU from which it originated, the transaction routing circuitry of the first MMU to use the ID code in a response received from the system-level MMU to route the transaction to the second MMU .
Drive system for a people conveyor comprising a plurality of conveyance elements configured for traveling along an endless path between two opposite landings , the drive system comprising: a conveyance chain including a plurality of chain links connected to each other; a plurality of legs configured for connecting the conveyance chain with the conveyance elements ; and a plurality of levers ; wherein a first end of each of the levers is pivotably connected to one of the chain links and a second end of each of the levers is pivotably connected to one of the legs , respectively; and wherein each leg is connected to at least two different chain links by at least two of the levers ; characterized in that two legs extending in opposite directions basically parallel to the conveyance direction are pivotably connected to the second end of each of the levers so that the legs constitute an endless chain of legs extending substantially parallel to the conveyance chain . a conveyance chain including a plurality of chain links connected to each other; a plurality of legs configured for connecting the conveyance chain with the conveyance elements ; and a plurality of levers ; wherein a first end of each of the levers is pivotably connected to one of the chain links and a second end of each of the levers is pivotably connected to one of the legs , respectively; and wherein each leg is connected to at least two different chain links by at least two of the levers ; characterized in that two legs extending in opposite directions basically parallel to the conveyance direction are pivotably connected to the second end of each of the levers so that the legs constitute an endless chain of legs extending substantially parallel to the conveyance chain .