mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication by a user equipment, UE, the method comprising: transmitting, to a base station, a random access channel preamble over a first bandwidth of a system bandwidth that is less than the system bandwidth; receiving , from the base station after transmitting the random access channel preamble, a random access channel response over the first bandwidth; receiving, from the base station after transmitting the random access channel preamble , one or more beam reference signals, BRS , over one or more portions of a second bandwidth of the system bandwidth, the second bandwidth being wider than the first bandwidth, the one or more portions of the second bandwidth being different than the first bandwidth; performing beam quality measurements of the one or more beam reference signals, BRS ; and transmitting, to the base station, feedback based on the beam quality measurements of the one or more beam reference signals, BRS , and indicating a beam quality in the one or more portions of the second bandwidth; and receiving, from the base station, a physical downlink shared channel, PDSCH , over the second bandwidth based on the one or more beam reference signals, BRS . transmitting, to a base station, a random access channel preamble over a first bandwidth of a system bandwidth that is less than the system bandwidth; receiving , from the base station after transmitting the random access channel preamble, a random access channel response over the first bandwidth; receiving, from the base station after transmitting the random access channel preamble , one or more beam reference signals, BRS , over one or more portions of a second bandwidth of the system bandwidth, the second bandwidth being wider than the first bandwidth, the one or more portions of the second bandwidth being different than the first bandwidth; performing beam quality measurements of the one or more beam reference signals, BRS ; and transmitting, to the base station, feedback based on the beam quality measurements of the one or more beam reference signals, BRS , and indicating a beam quality in the one or more portions of the second bandwidth; and receiving, from the base station, a physical downlink shared channel, PDSCH , over the second bandwidth based on the one or more beam reference signals, BRS .
Method for adjusting the travel of a sliding stretching rod belonging to a device for forming hollow bodies made of thermoplastic material by stretch-blow-moulding, the stretching rod being made to follow a cycle of sliding from a starting position to an adjustable stretching end position in order to stretch the malleable wall of a hollow body before returning to the starting position to begin a subsequent cycle of stretching another hollow body , the method comprising a monitoring step (E1) consisting in detecting whether an axial force opposing the sliding of the stretching rod at the end of travel is greater than a given upper limit; characterized in that the stretching end position of a subsequent stretching cycle is adjusted automatically by slaving to the axial force detected during the monitoring step (E1).
A method for a communication connection with an external device at a wireless device capable of communicating with a transportation device, the method comprising: storing, at the wireless device, unique information of at least one external device connectable with the wireless device in a connection target list ; receiving, by the wireless device, a connection waiting command from a server connected with the wireless device ; in response to the received connection waiting command, changing, by the wireless device, a status to a discoverable mode status allowing a connection with the external device ; receiving, by the wireless device, a connection request from the external device having found the wireless device when it is in the discoverable mode status ; if unique information of the connection-requesting external device is contained in the connection target list, performing, by the wireless device, a communication connection with the connection-requesting external device in response to the connection request ; receiving, by the wireless device, a command data regarding the transportation device from the connected external device; and transmitting, by the wireless device, the received command data to the transportation device , wherein the wireless device communicates with the external device in a wireless communication manner, wherein the wireless device is equipped in the transportation device and communicates with the transportation device in a wired communication manner. storing, at the wireless device, unique information of at least one external device connectable with the wireless device in a connection target list ; receiving, by the wireless device, a connection waiting command from a server connected with the wireless device ; in response to the received connection waiting command, changing, by the wireless device, a status to a discoverable mode status allowing a connection with the external device ; receiving, by the wireless device, a connection request from the external device having found the wireless device when it is in the discoverable mode status ; if unique information of the connection-requesting external device is contained in the connection target list, performing, by the wireless device, a communication connection with the connection-requesting external device in response to the connection request ; receiving, by the wireless device, a command data regarding the transportation device from the connected external device; and transmitting, by the wireless device, the received command data to the transportation device , wherein the wireless device communicates with the external device in a wireless communication manner, wherein the wireless device is equipped in the transportation device and communicates with the transportation device in a wired communication manner.
A method for Internet of Things, IoT, networking, comprising: transmitting a request to register a first IoT device on a home IoT network to at least one trusted IoT device on the home IoT network, wherein the transmitted request to register the first IoT device comprises one or more schema elements to indicate one or more attributes associated with the first IoT device; receiving a referral to one or more relevant IoT devices from the at least one trusted IoT device, wherein the at least one trusted IoT device provides the referral to the first IoT device based one or more attributes associated with the first IoT device in response to the transmitted request to register on the home IoT network ; and subscribing to a data feed from the one or more relevant IoT devices based at least in part on messages published via the data feed comprising status updates about data relevant to an operational state at the first IoT device. transmitting a request to register a first IoT device on a home IoT network to at least one trusted IoT device on the home IoT network, wherein the transmitted request to register the first IoT device comprises one or more schema elements to indicate one or more attributes associated with the first IoT device; receiving a referral to one or more relevant IoT devices from the at least one trusted IoT device, wherein the at least one trusted IoT device provides the referral to the first IoT device based one or more attributes associated with the first IoT device in response to the transmitted request to register on the home IoT network ; and subscribing to a data feed from the one or more relevant IoT devices based at least in part on messages published via the data feed comprising status updates about data relevant to an operational state at the first IoT device.
A communication device (3-2) for receiving device to device communication directly from at least one other communication device (3-1) in a communication system which uses a plurality of radio frames, wherein each radio frame is subdivided into a plurality of sub-frames, each sub-frame comprising a plurality of communication resources, said communication device (3-2) comprising: means for obtaining, from a base station , information identifying at least one radio frame designated for communication of Proximity Services, ProSe, discovery information from the at least one other communication device (3-1) in a vicinity of said communication device (3-2); means for listening within said at least one designated radio frame for an indication that ProSe discovery information is to be transmitted, from at least one other communication device (3-1), within said at least one designated radio frame; and means for receiving, when an indication that ProSe discovery information is to be transmitted is found, by said listening means , to be present within said at least one radio frame, ProSe discovery information from said at least one other communication device (3-1) to be present in said at least on radio frame. means for obtaining, from a base station , information identifying at least one radio frame designated for communication of Proximity Services, ProSe, discovery information from the at least one other communication device (3-1) in a vicinity of said communication device (3-2); means for listening within said at least one designated radio frame for an indication that ProSe discovery information is to be transmitted, from at least one other communication device (3-1), within said at least one designated radio frame; and means for receiving, when an indication that ProSe discovery information is to be transmitted is found, by said listening means , to be present within said at least one radio frame, ProSe discovery information from said at least one other communication device (3-1) to be present in said at least on radio frame.
Method for calibrating a peristaltic pump in order to determine a calibrated volume per pumping cycle of said pump, said pump being associated with a hydraulic circuit, comprising the following steps: - pumping a quantity of liquid from a source vessel into a calibration vessel by means of a number of pumping cycles of the peristaltic pump, - measuring the amount of liquid pumped into the calibration vessel, characterised in that it further comprises the step of determining the calibrated volume per pumping cycle of the peristaltic pump, said calibrated volume per pumping cycle being a function of the measured quantity of liquid, said number of pumping cycles and at least one correction coefficient previously stored in a memory of a control device of said pump. - pumping a quantity of liquid from a source vessel into a calibration vessel by means of a number of pumping cycles of the peristaltic pump, - measuring the amount of liquid pumped into the calibration vessel,
A mobile terminal charger, comprising: a thermistor , a charger direct current, DC, cable , and a charger output protection circuit , wherein the charger output protection circuit comprises an overcurrent protection circuit, wherein: the thermistor is mounted on a head of a connector, and the thermistor is connected into a charger circuit via the charger DC cable, characterized in that , a resistance of the thermistor constitutes a loop resistance of the charger with a resistance of a resistor in the charger; and when the thermistor is a positive temperature coefficient, PTC, resistor, the PTC resistor is connected in series with the resistor in the charger; when a temperature of the head of the connector increases, a resistance of the PTC resistor increases, the loop resistance of the charger increases, and thereby an output current of the charger is reduced gradually, and an output power of the charger is reduced to make heating on the connector to be reduced; or when the thermistor is a negative temperature coefficient, NTC, resistor, the NTC resistor is connected in parallel with the resistor in the charger; when the temperature of the head of the connector increases, a resistance of the NTC resistor decreases, a resistance between an input power of the charger and ground is reduced, when the loop resistance of the charger is less than an overcurrent protection threshold value, after the output current of the charger exceeds a rated operating current, the overcurrent protection circuit is activated and is configured to reduce the output power of the charger. the thermistor is mounted on a head of a connector, and the thermistor is connected into a charger circuit via the charger DC cable, characterized in that , a resistance of the thermistor constitutes a loop resistance of the charger with a resistance of a resistor in the charger; and when the thermistor is a positive temperature coefficient, PTC, resistor, the PTC resistor is connected in series with the resistor in the charger; when a temperature of the head of the connector increases, a resistance of the PTC resistor increases, the loop resistance of the charger increases, and thereby an output current of the charger is reduced gradually, and an output power of the charger is reduced to make heating on the connector to be reduced; or when the thermistor is a negative temperature coefficient, NTC, resistor, the NTC resistor is connected in parallel with the resistor in the charger; when the temperature of the head of the connector increases, a resistance of the NTC resistor decreases, a resistance between an input power of the charger and ground is reduced, when the loop resistance of the charger is less than an overcurrent protection threshold value, after the output current of the charger exceeds a rated operating current, the overcurrent protection circuit is activated and is configured to reduce the output power of the charger.
A cable separator, comprising: a preshaped body having a longitudinal length, wherein said preshaped body is substantially entirely formed of a foamed thermoplastic polymer having a glass transition temperature above 160 °C and is selected from the group consisting of polyethersulfone, poly(arylether sulfone), poly(biphenylether sulfone), polysulfone, polyphenylene, polyimide, polyphenylsulfone, poly(aryletherketone), poly(etheretherketone), and blends thereof; and wherein the preshaped body is halogen-free. a preshaped body having a longitudinal length, wherein said preshaped body is substantially entirely formed of a foamed thermoplastic polymer having a glass transition temperature above 160 °C and is selected from the group consisting of polyethersulfone, poly(arylether sulfone), poly(biphenylether sulfone), polysulfone, polyphenylene, polyimide, polyphenylsulfone, poly(aryletherketone), poly(etheretherketone), and blends thereof; and wherein the preshaped body is halogen-free.
Clutch disk for a friction clutch, comprising: - a hub extending along a longitudinal axis (X), - a flange coupled to the hub , - a support rigidly coupled to the flange and extending radially beyond the flange , - a friction lining secured to the support , and - an intermediate component arranged axially between the support and the friction lining , the part of the radially interior edge of the intermediate component that is in contact with the support being at a distance from the axis (X) of the hub that is greater than the distance between the said axis (X) and the radially interior edge of the friction lining , a portion of the support that is radially short, with respect to the axis (X), of the intermediate component and radially beyond, with respect to the axis (X), the flange not being in contact with either of these two components, and characterized in that the radially interior edge of the intermediate component has at least one portion that converges towards the axis (X) of the hub with increasing distance along the said portion from the support towards the friction lining . - a hub extending along a longitudinal axis (X), - a flange coupled to the hub , - a support rigidly coupled to the flange and extending radially beyond the flange , - a friction lining secured to the support , and - an intermediate component arranged axially between the support and the friction lining , the part of the radially interior edge of the intermediate component that is in contact with the support being at a distance from the axis (X) of the hub that is greater than the distance between the said axis (X) and the radially interior edge of the friction lining , a portion of the support that is radially short, with respect to the axis (X), of the intermediate component and radially beyond, with respect to the axis (X), the flange not being in contact with either of these two components, and characterized in that the radially interior edge of the intermediate component has at least one portion that converges towards the axis (X) of the hub with increasing distance along the said portion from the support towards the friction lining .
A printing system including an information processing apparatus and a production system , the information processing apparatus being able to communicate with an external apparatus and the production system , the information processing apparatus comprising: receiving means for receiving print data and quality request data from the external apparatus ; and interpretation means for interpreting the received quality request data; wherein the printing system further comprises: processing means for performing prepress processing of the received print data based on an interpretation result of the quality request data interpreted by the interpretation means ; print data sending means for sending the print data on which the prepress processing is performed to the production system ; and inspection settings sending means for sending inspection settings which are based on the quality request data to the production system , wherein the production system comprises: inspection means for inspecting a print product printed based on the print data by the production system and the inspection settings. receiving means for receiving print data and quality request data from the external apparatus ; and interpretation means for interpreting the received quality request data; wherein the printing system further comprises: processing means for performing prepress processing of the received print data based on an interpretation result of the quality request data interpreted by the interpretation means ; print data sending means for sending the print data on which the prepress processing is performed to the production system ; and inspection settings sending means for sending inspection settings which are based on the quality request data to the production system , wherein the production system comprises: inspection means for inspecting a print product printed based on the print data by the production system and the inspection settings. processing means for performing prepress processing of the received print data based on an interpretation result of the quality request data interpreted by the interpretation means ; print data sending means for sending the print data on which the prepress processing is performed to the production system ; and inspection settings sending means for sending inspection settings which are based on the quality request data to the production system , wherein the production system comprises: inspection means for inspecting a print product printed based on the print data by the production system and the inspection settings.
Access control system for a vehicle comprising a sensor device having a detection means for detecting an approach in a near range of the vehicle and a recognition means for recognizing the approach in a detection range of the vehicle , wherein the recognition means can be brought from a deactivation state (I), in which the recognition means does not generate detection signals for recognizing the approach , to an activation state (II), in which detection signals for recognizing the approach can be generated by the recognition means , upon detection of the approach in the near range , the recognition means having a first communication interface for communication with an ID transmitter unit of a user , the recognition means being designed to recognize an authentication of the user and/or of the ID transmitter unit of the user , characterized in that, the first communication interface comprises an NFC interface, wherein the detection range forms a partial area of the near range , wherein the detection means comprises a radar sensor, a lidar sensor, an ultrasonic sensor, a capacitive sensor, and/or an optical sensor for detecting the approach . a sensor device having a detection means for detecting an approach in a near range of the vehicle and a recognition means for recognizing the approach in a detection range of the vehicle , wherein the recognition means can be brought from a deactivation state (I), in which the recognition means does not generate detection signals for recognizing the approach , to an activation state (II), in which detection signals for recognizing the approach can be generated by the recognition means , upon detection of the approach in the near range , the recognition means having a first communication interface for communication with an ID transmitter unit of a user , the recognition means being designed to recognize an authentication of the user and/or of the ID transmitter unit of the user , characterized in that, the first communication interface comprises an NFC interface, wherein the detection range forms a partial area of the near range , wherein the detection means comprises a radar sensor, a lidar sensor, an ultrasonic sensor, a capacitive sensor, and/or an optical sensor for detecting the approach .
A server system on an aircraft comprising one or more processors configured by programming instructions encoded on non-transient computer readable media, the server system configured to allow critical aeronautical information to be displayed on a cockpit display that is not certified for displaying critical aeronautical information, the server system comprising: an aircraft interface device configured to interface with one or more aeronautical systems on the aircraft to retrieve or transmit critical aeronautical information from the one or more aeronautical systems ; an application module configured to generate application data for display on the cockpit display, the application data including at least some of the critical aeronautical information; an interface module configured to transmit the application data to the cockpit display for display; and an integrity checking module configured to retrieve image data from an image sensor trained on a display device in the cockpit display and configured to perform an integrity check on the image data from the image sensor by comparing the image data to the application data. an aircraft interface device configured to interface with one or more aeronautical systems on the aircraft to retrieve or transmit critical aeronautical information from the one or more aeronautical systems ; an application module configured to generate application data for display on the cockpit display, the application data including at least some of the critical aeronautical information; an interface module configured to transmit the application data to the cockpit display for display; and an integrity checking module configured to retrieve image data from an image sensor trained on a display device in the cockpit display and configured to perform an integrity check on the image data from the image sensor by comparing the image data to the application data.