mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, comprising: receiving , by a first modem operating according to a first radio access technology -RAT-, a message from at least one network entity operating according to the first RAT, wherein the received message is detected by the first modem at a measured energy level; receiving, by the first modem , a subsequent message from one of the at least one network entity or a distinct network entity different from the at least one network entity operating according to the first RAT, sending , from the first modem to a second modem operating according to a second RAT different from the first RAT, a detected energy level value based at least on the measured energy level of the received message, wherein the subsequent message is detected by the first modem at a subsequent measured energy level, and the detected energy level value is determined based on the measured energy level of the received message and the subsequent measured energy level of the subsequent message; and adjusting an energy detection threshold for operation in the second RAT, based on the detected energy level value received from the first modem . receiving , by a first modem operating according to a first radio access technology -RAT-, a message from at least one network entity operating according to the first RAT, wherein the received message is detected by the first modem at a measured energy level; receiving, by the first modem , a subsequent message from one of the at least one network entity or a distinct network entity different from the at least one network entity operating according to the first RAT, sending , from the first modem to a second modem operating according to a second RAT different from the first RAT, a detected energy level value based at least on the measured energy level of the received message, wherein the subsequent message is detected by the first modem at a subsequent measured energy level, and the detected energy level value is determined based on the measured energy level of the received message and the subsequent measured energy level of the subsequent message; and adjusting an energy detection threshold for operation in the second RAT, based on the detected energy level value received from the first modem .
A physical vapour deposition device , comprising a deposition chamber partly delimited by a chamber bottom , the device further comprising, housed in the chamber: - substrate support means ; and - at least one target arranged in a lower part of the chamber , between the substrate support means and the chamber bottom in relation to a direction of the height of the deposition device, characterised in that it further includes a short-circuit breaking system capable of being caused by a substrate which has fallen and is in a short-circuit position in simultaneous contact with the target and the chamber bottom , the short-circuit breaking system comprising a structure for supporting the possible substrate(s) which has fallen into the short-circuit position, as well as means for moving the support structure in a space located between the chamber bottom and the target . - substrate support means ; and - at least one target arranged in a lower part of the chamber , between the substrate support means and the chamber bottom in relation to a direction of the height of the deposition device,
Method for supporting a driver assistance system in a motor vehicle , comprising the following steps: providing a map , wherein the map stores classified objects (20-1, 20-2, 20-3, 20-4) at associated positions, acquiring surroundings data by way of at least one surroundings sensor system of the driver assistance system , evaluating the acquired surroundings data by way of an evaluation device of the driver assistance system , wherein the acquired surroundings data are evaluated in order to recognize objects on the basis of the classified objects (20-1, 20-2, 20-3, 20-4) stored in the map , wherein a probability of existence of an object (20-1, 20-2, 20-3, 20-4) recognized in the acquired surroundings data is reduced through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map , characterized in that a probability of existence of an object (20-1, 20-2, 20-3, 20-4) not recognized unambiguously in the acquired surroundings data is increased through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map and is taken into consideration by the driver assistance system. providing a map , wherein the map stores classified objects (20-1, 20-2, 20-3, 20-4) at associated positions, acquiring surroundings data by way of at least one surroundings sensor system of the driver assistance system , evaluating the acquired surroundings data by way of an evaluation device of the driver assistance system , wherein the acquired surroundings data are evaluated in order to recognize objects on the basis of the classified objects (20-1, 20-2, 20-3, 20-4) stored in the map , wherein a probability of existence of an object (20-1, 20-2, 20-3, 20-4) recognized in the acquired surroundings data is reduced through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map , characterized in that a probability of existence of an object (20-1, 20-2, 20-3, 20-4) not recognized unambiguously in the acquired surroundings data is increased through comparison with at least one classified object (20-1, 20-2, 20-3, 20-4) with the same relative position stored in the map and is taken into consideration by the driver assistance system.
Electrode for recording electroencephalographic signals and/or for stimulating patients, comprising a patient contact part and a transmission part , a layer of electrolyte material is further provided which during use is in contact with the patient's skin and interposed between the patient's skin and the contact part, said contact part consisting of a soft and/or flexible material, said contact part comprising a cup element adapted to house at least in part said layer of electrolyte material, which cup element consists of a matrix of rubbery material, inside which matrix particles of conductive material are embedded characterized in that a layer of conductive material is provided, interposed, at least in part, between the cup element and the layer of electrolyte material, said layer of conductive material consists of one or more layers of conductive ink. a layer of electrolyte material is further provided which during use is in contact with the patient's skin and interposed between the patient's skin and the contact part, said contact part consisting of a soft and/or flexible material, said contact part comprising a cup element adapted to house at least in part said layer of electrolyte material, which cup element consists of a matrix of rubbery material, inside which matrix particles of conductive material are embedded characterized in that a layer of conductive material is provided, interposed, at least in part, between the cup element and the layer of electrolyte material, said layer of conductive material consists of one or more layers of conductive ink.
A medical system comprising: a catheter configured to be inserted into a body part of a living subject, wherein the catheter includes a plurality of electrodes ; a display configured to provide a view of at least part of a hand of a user; and a processor configured to: track a position of the catheter in the body part; track a position of the electrodes ; render to the display a three-dimensional view of an interior of an anatomical map of the body part and a representation of the catheter inside the anatomical map responsively to the tracked position, while the display is providing the view of the at least part of the hand of the user; characterised in that the processor is further configured to: recognize a gesture of the at least part of the hand of the user selecting one electrode of the electrodes of the catheter ; and perform an action responsively to recognizing selection by the user of the one electrode of the electrodes . a catheter configured to be inserted into a body part of a living subject, wherein the catheter includes a plurality of electrodes ; a display configured to provide a view of at least part of a hand of a user; and a processor configured to: track a position of the catheter in the body part; track a position of the electrodes ; render to the display a three-dimensional view of an interior of an anatomical map of the body part and a representation of the catheter inside the anatomical map responsively to the tracked position, while the display is providing the view of the at least part of the hand of the user; characterised in that the processor is further configured to: track a position of the catheter in the body part; track a position of the electrodes ; render to the display a three-dimensional view of an interior of an anatomical map of the body part and a representation of the catheter inside the anatomical map responsively to the tracked position, while the display is providing the view of the at least part of the hand of the user; characterised in that the processor is further configured to: recognize a gesture of the at least part of the hand of the user selecting one electrode of the electrodes of the catheter ; and perform an action responsively to recognizing selection by the user of the one electrode of the electrodes .
A service processing method, comprising: acquiring , by a first device, ingress window information of a service data packet; acquiring , by the first device, transmission delay information of the service data packet; determining , by the first device, egress window information of the service data packet according to the ingress window information and the transmission delay information, wherein the service data packet comprises a time sensitive network, TSN, service data packet; sending, by the first device, the egress window information in first notification information to an ingress node of a fifth generation mobile communication system, 5GS, for transmitting a TSN service; characterized in that : the first device is a translator; and the first notification information further comprises sending indication information which is used to indicate that the ingress node of the 5GS for transmitting the TSN service needs to send dedicated information simultaneously when sending the TSN service data packet, said dedicated information comprising a time stamp of when the TSN service data packet arrives at the 5GS and being used to help an egress node of the 5GS for transmitting the TSN service to determine by which egress window the received TSN service data packet is sent. acquiring , by a first device, ingress window information of a service data packet; acquiring , by the first device, transmission delay information of the service data packet; determining , by the first device, egress window information of the service data packet according to the ingress window information and the transmission delay information, wherein the service data packet comprises a time sensitive network, TSN, service data packet; sending, by the first device, the egress window information in first notification information to an ingress node of a fifth generation mobile communication system, 5GS, for transmitting a TSN service; characterized in that : the first device is a translator; and the first notification information further comprises sending indication information which is used to indicate that the ingress node of the 5GS for transmitting the TSN service needs to send dedicated information simultaneously when sending the TSN service data packet, said dedicated information comprising a time stamp of when the TSN service data packet arrives at the 5GS and being used to help an egress node of the 5GS for transmitting the TSN service to determine by which egress window the received TSN service data packet is sent. the first device is a translator; and the first notification information further comprises sending indication information which is used to indicate that the ingress node of the 5GS for transmitting the TSN service needs to send dedicated information simultaneously when sending the TSN service data packet, said dedicated information comprising a time stamp of when the TSN service data packet arrives at the 5GS and being used to help an egress node of the 5GS for transmitting the TSN service to determine by which egress window the received TSN service data packet is sent.
An automobile electronic parking execution controller with a double-micro control unit (MCU) redundancy design, comprising: a parking switch circuit, a biaxial acceleration sensor unit, a main MCU (U2) and a monitoring MCU (U1), wherein the main MCU (U2) controls a parking motor by means of detecting signals of the parking switch circuit and the biaxial acceleration sensor; characterized in that the monitoring MCU (U1) monitors a running state of a whole control system, and restores the main MCU (U2) when the main MCU (U2) is abnormal; a pin 3 is connected to a 5V power supply and a capacitor (C98), and a pin 4 is connected to the other end of the capacitor (C98) and grounded; a pin 6 is connected to a gate of a motor drive circuit MOS switch (Q12) and sends a motor drive control signal; a pin 9 is connected to a Hall sensor (U5) used for measuring a working current of the motor, and is used for determining whether the motor is in a normal working state; if the current is overloaded, a signal is sent out through the pin 6 to control the running of the motor; two ends of the motor control connection directions of a positive pole and a negative pole of the motor respectively through a single-pole double-throw relay (RL1) to control a clockwise or anticlockwise rotation of the motor; and the motor is driven by a pulse width modulation (PWM) switch through the MOS switch to regulate a rotation speed and torque of the motor. a parking switch circuit, a biaxial acceleration sensor unit, a main MCU (U2) and a monitoring MCU (U1), wherein the main MCU (U2) controls a parking motor by means of detecting signals of the parking switch circuit and the biaxial acceleration sensor; characterized in that the monitoring MCU (U1) monitors a running state of a whole control system, and restores the main MCU (U2) when the main MCU (U2) is abnormal; a pin 3 is connected to a 5V power supply and a capacitor (C98), and a pin 4 is connected to the other end of the capacitor (C98) and grounded; a pin 6 is connected to a gate of a motor drive circuit MOS switch (Q12) and sends a motor drive control signal; a pin 9 is connected to a Hall sensor (U5) used for measuring a working current of the motor, and is used for determining whether the motor is in a normal working state; if the current is overloaded, a signal is sent out through the pin 6 to control the running of the motor; two ends of the motor control connection directions of a positive pole and a negative pole of the motor respectively through a single-pole double-throw relay (RL1) to control a clockwise or anticlockwise rotation of the motor; and the motor is driven by a pulse width modulation (PWM) switch through the MOS switch to regulate a rotation speed and torque of the motor.
An air-trap chamber connected to a liquid flow route in which a predetermined liquid is made to flow, the air-trap chamber including a chamber portion capable of storing the predetermined liquid by a predetermined amount, a liquid inlet from which the predetermined liquid in the liquid flow route is allowed to be introduced into the chamber portion , and a liquid outlet from which the predetermined liquid in the chamber portion is allowed to be discharged into the liquid flow route, the air-trap chamber being configured to collect and remove air bubbles contained in the predetermined liquid stored in the chamber portion , the air-trap chamber comprising: a guiding member that allows the predetermined liquid introduced from the liquid inlet to flow upward and then to flow downward into the chamber portion , wherein the guiding member is a wall part formed at a peripheral edge of an opening (K) that allows the predetermined liquid to flow downward into the chamber portion , and an air-layer portion on an upper side and a middle portion interposed between the air-layer portion and the chamber portion , the air-trap chamber being characterized in that the opening (K) is provided in the middle portion and is provided at a position decentered with respect to the middle portion , so that the liquid flow route at a side opposite the side where the predetermined liquid is introduced from the liquid inlet is narrowed gradually. a guiding member that allows the predetermined liquid introduced from the liquid inlet to flow upward and then to flow downward into the chamber portion , wherein the guiding member is a wall part formed at a peripheral edge of an opening (K) that allows the predetermined liquid to flow downward into the chamber portion , and an air-layer portion on an upper side and a middle portion interposed between the air-layer portion and the chamber portion , the air-trap chamber being characterized in that the opening (K) is provided in the middle portion and is provided at a position decentered with respect to the middle portion , so that the liquid flow route at a side opposite the side where the predetermined liquid is introduced from the liquid inlet is narrowed gradually.
A beverage comprising: water; a non-nutritive sweetener; a combination of caprylic acid, caproic acid, and butyric acid; and at least one aldehyde selected from the group consisting of decanal, nonanal, and 2-methy 1-butyraldehyde; wherein the concentration of the combined caprylic acid, caproic acid, and butyric acid in the beverage is between 50 parts per trillion and 500 parts per million; wherein the aldehyde is present in an amount from 0.001 wt% to 1.0 wt; wherein the non-nutritive sweetener is Rebaudioside A water; a non-nutritive sweetener; a combination of caprylic acid, caproic acid, and butyric acid; and at least one aldehyde selected from the group consisting of decanal, nonanal, and 2-methy 1-butyraldehyde;
An information transmission apparatus , applicable to a second terminal equipment, wherein the apparatus comprises: a receiver configured to receive first sidelink control information transmitted by a first terminal equipment, the first sidelink control information being used to indicate a priority of first sidelink data transmitted by the first terminal equipment, and the first sidelink control information being further used to trigger transmission of assistance information; a processor configured to determine a first transmission priority according to the priority of first sidelink data transmitted by the first terminal equipment, and determine a second resource set according to the first transmission priority; and a transmitter configured to transmit assistance information to the first terminal equipment, the assistance information including time frequency domain information of resources in the second resource set, the second resource set being used by the first terminal equipment for determining a first candidate resource set for transmitting first sidelink data. a receiver configured to receive first sidelink control information transmitted by a first terminal equipment, the first sidelink control information being used to indicate a priority of first sidelink data transmitted by the first terminal equipment, and the first sidelink control information being further used to trigger transmission of assistance information; a processor configured to determine a first transmission priority according to the priority of first sidelink data transmitted by the first terminal equipment, and determine a second resource set according to the first transmission priority; and a transmitter configured to transmit assistance information to the first terminal equipment, the assistance information including time frequency domain information of resources in the second resource set, the second resource set being used by the first terminal equipment for determining a first candidate resource set for transmitting first sidelink data.
A method for controlling an operational condition of a turbine blade, the method comprising: receiving a minimum creep life location (MCLL) for a turbine blade design, the MCLL being a location at which minimum creep life occurs on the turbine blade design; monitoring a temperature of the MCLL on a turbine blade having the turbine blade design in an aircraft engine using at least one sensor ; and when the temperature of the MCLL exceeds a predetermined temperature threshold, adjusting a temperature of air flowing about the turbine blade as the aircraft engine is operating. receiving a minimum creep life location (MCLL) for a turbine blade design, the MCLL being a location at which minimum creep life occurs on the turbine blade design; monitoring a temperature of the MCLL on a turbine blade having the turbine blade design in an aircraft engine using at least one sensor ; and when the temperature of the MCLL exceeds a predetermined temperature threshold, adjusting a temperature of air flowing about the turbine blade as the aircraft engine is operating.
A method for beam management performed for user equipment in a network , the method being performed by a network node , the method comprising: collecting (S104) performance feedback per beam upon having started to perform a current run (S 102) of a beam management procedure, wherein the performance feedback is derived from network statistics, and wherein the beam management procedure comprises at least one of determining (S102a) a candidate beam set from a set of available beams, the candidate beam set being based on information in terms of a user equipment performance indicator per beam , channel measurements per beam and on performance feedback per beam , the information being collected upon having performed at least one previous run of the beam management procedure, wherein the performance feedback is used to, as part of determining the candidate beam set, determine a beam performance score per beam in the set of available beams; and determining (S102b) a beam switching command per user equipment for at least some of the user equipment , the beam switching command being based on said information per user equipment , wherein the performance feedback is used to determine when in time the beam switching command is to be executed per user equipment and to what beam in the candidate beam set a beam switch per user equipment is to be made when the beam switching command is executed. determining (S102a) a candidate beam set from a set of available beams, the candidate beam set being based on information in terms of a user equipment performance indicator per beam , channel measurements per beam and on performance feedback per beam , the information being collected upon having performed at least one previous run of the beam management procedure, wherein the performance feedback is used to, as part of determining the candidate beam set, determine a beam performance score per beam in the set of available beams; and determining (S102b) a beam switching command per user equipment for at least some of the user equipment , the beam switching command being based on said information per user equipment , wherein the performance feedback is used to determine when in time the beam switching command is to be executed per user equipment and to what beam in the candidate beam set a beam switch per user equipment is to be made when the beam switching command is executed.