mhurhangee/ep-ind-claims huggingface dataset:
A method of conveying a location information representing a physical location of a communication device from the communication device to another communication device, the method comprising: - acquiring by the communication device a first location information and a second location information, the second location information being acquired subsequently to the acquiring of the first location information, - detecting by the communication device a deviation of the second location information from the first location information representing a change of the physical location of the communication device, - triggered by the detected change of the physical location of the communication device, conveying the most recently acquired physical location of the communication device to the other communication device by sending a signaling message by the communication device to the other communication device such that a payload connection between the communication device and the other communication device is not necessary for conveying the most recently acquired physical location of the communication device to the other communication device, characterized in that the signaling message comprising the deviation of the second location information from the first location information instead of the second location information. - acquiring by the communication device a first location information and a second location information, the second location information being acquired subsequently to the acquiring of the first location information, - detecting by the communication device a deviation of the second location information from the first location information representing a change of the physical location of the communication device, - triggered by the detected change of the physical location of the communication device, conveying the most recently acquired physical location of the communication device to the other communication device by sending a signaling message by the communication device to the other communication device such that a payload connection between the communication device and the other communication device is not necessary for conveying the most recently acquired physical location of the communication device to the other communication device, characterized in that the signaling message comprising the deviation of the second location information from the first location information instead of the second location information.
A network interface controller, comprising: a first integrated circuit die that includes customizable networking circuits, wherein the first integrated circuit die comprises a programmable integrated circuit die; and a second integrated circuit die that includes basic non-customizable network function circuits wherein the second integrated circuit die is an application-specific integrated circuit, ASIC, die, wherein the basic non-customizable network function circuits in the second integrated circuit die comprises memory circuits and a flow rate control hardware accelerator circuit configured to drop packets that are taking up more than a predetermined chunk of bits on a network port, and wherein the first integrated circuit die is stacked vertically with respect to the second integrated circuit die. a first integrated circuit die that includes customizable networking circuits, wherein the first integrated circuit die comprises a programmable integrated circuit die; and a second integrated circuit die that includes basic non-customizable network function circuits wherein the second integrated circuit die is an application-specific integrated circuit, ASIC, die, wherein the basic non-customizable network function circuits in the second integrated circuit die comprises memory circuits and a flow rate control hardware accelerator circuit configured to drop packets that are taking up more than a predetermined chunk of bits on a network port, and wherein the first integrated circuit die is stacked vertically with respect to the second integrated circuit die.
A charging circuit, comprising: a control circuit (110; 210); and a voltage reduction circuit (120; 220) connected to the control circuit (110; 210); wherein the control circuit (110; 210) is configured to obtain a feedback signal indicating a generated frequency of a control signal, generate the control signal based on the feedback signal, and send the control signal to the voltage reduction circuit (120; 220); and the voltage reduction circuit (120; 220) is configured to obtain an input voltage and the control signal, perform voltage reduction processing on the input voltage based on the control signal and output an output voltage to a battery, characterized in that an output current corresponding to the output voltage is greater than an input current corresponding to the input voltage, and the output voltage is configured to determine the generated frequency; the voltage reduction circuit (120; 220) comprises at least two cascaded voltage reduction sub-circuits; and an output voltage of each voltage reduction sub-circuit is half of an input voltage inputted to the voltage reduction sub-circuit, and an output current of each voltage reduction sub-circuit is double of an input current inputted to the voltage reduction sub-circuit; wherein an operating frequency of a preceding one of the at least two cascaded voltage reduction sub-circuits is greater than that of a succeeding one of the at least two cascaded voltage reduction sub-circuits, and the operating frequency is a frequency of switching on and off a switch in the corresponding voltage reduction sub-circuit. a control circuit (110; 210); and a voltage reduction circuit (120; 220) connected to the control circuit (110; 210); wherein the control circuit (110; 210) is configured to obtain a feedback signal indicating a generated frequency of a control signal, generate the control signal based on the feedback signal, and send the control signal to the voltage reduction circuit (120; 220); and the voltage reduction circuit (120; 220) is configured to obtain an input voltage and the control signal, perform voltage reduction processing on the input voltage based on the control signal and output an output voltage to a battery, characterized in that an output current corresponding to the output voltage is greater than an input current corresponding to the input voltage, and the output voltage is configured to determine the generated frequency; the voltage reduction circuit (120; 220) comprises at least two cascaded voltage reduction sub-circuits; and an output voltage of each voltage reduction sub-circuit is half of an input voltage inputted to the voltage reduction sub-circuit, and an output current of each voltage reduction sub-circuit is double of an input current inputted to the voltage reduction sub-circuit; wherein an operating frequency of a preceding one of the at least two cascaded voltage reduction sub-circuits is greater than that of a succeeding one of the at least two cascaded voltage reduction sub-circuits, and the operating frequency is a frequency of switching on and off a switch in the corresponding voltage reduction sub-circuit.
A device for loading a sea container with an elongated heavy product or a row of heavy products via an open front side of the sea container, comprising a vehicle which is movable in a direction of movement, which vehicle comprises a frame, at least part of which frame has an at least substantially upside down U-shaped cross-section, seen in the direction of movement, which is in part formed by at least two opposite upright leg members of the frame, the device further comprising an engaging unit provided with engaging elements for engaging the upper side of the product or the row of products, moving means (16, 17, 18) for moving the engaging unit up and down between the two upright leg members relative to the frame, wherein the engaging unit comprises a subframe which is provided with an elongated lifting arm which extends at least substantially horizontally and which has a free end which is oriented in the direction of movement, on the underside of which lifting arm a number of engaging elements are provided over at least part of the length of the lifting arm in at least one row extending in the longitudinal direction of the lifting arm wherein the engaging unit further comprises an elongated basic arm that extends at least substantially horizontally and above the lifting arm, characterised in that the basic arm and the lifting arm are interconnected at such a longitudinal position of the lifting arm that the engaging elements are provided between the longitudinal position in question and the free end of the lifting arm.
A user equipment comprising: a transmitter for transmitting wireless data; a receiver for receiving wireless data; a processor coupled to the transmitter and the receiver and is configured for: receiving via the receiver a signaling comprising a first information related to a channel quality indicator threshold and a N x L precoding matrix having N rows and L columns with each of the N rows corresponding to an antenna port and each of the L columns corresponding to the user equipment, wherein N and L are both integers greater than one; obtaining from the first information the CQI threshold and the N x L precoding matrix; performing a channel quality indicator calculation for the L columns of the N x L precoding matrix and determining from the CQI calculation for the L columns a preferred column (350 or 351) that is above the CQI threshold; and transmitting via the transmitter a second information indicating the preferred column. a transmitter for transmitting wireless data; a receiver for receiving wireless data; a processor coupled to the transmitter and the receiver and is configured for: receiving via the receiver a signaling comprising a first information related to a channel quality indicator threshold and a N x L precoding matrix having N rows and L columns with each of the N rows corresponding to an antenna port and each of the L columns corresponding to the user equipment, wherein N and L are both integers greater than one; obtaining from the first information the CQI threshold and the N x L precoding matrix; performing a channel quality indicator calculation for the L columns of the N x L precoding matrix and determining from the CQI calculation for the L columns a preferred column (350 or 351) that is above the CQI threshold; and transmitting via the transmitter a second information indicating the preferred column. receiving via the receiver a signaling comprising a first information related to a channel quality indicator threshold and a N x L precoding matrix having N rows and L columns with each of the N rows corresponding to an antenna port and each of the L columns corresponding to the user equipment, wherein N and L are both integers greater than one; obtaining from the first information the CQI threshold and the N x L precoding matrix; performing a channel quality indicator calculation for the L columns of the N x L precoding matrix and determining from the CQI calculation for the L columns a preferred column (350 or 351) that is above the CQI threshold; and transmitting via the transmitter a second information indicating the preferred column.
A bearing carrier support for connecting a rotary shaft of a gas turbine engine to a static portion of the gas turbine engine, the bearing carrier support comprising: a bearing portion for supporting the rotary shaft; a flange portion for attaching the bearing carrier support to the static portion of the gas turbine engine; and a support portion that connects the flange portion and the bearing portion, the support portion comprising a plurality of circumferentially distributed struts that are axially aligned with respect to the rotary shaft; the bearing carrier support being characterised in that the number of struts is at least 500 and the diameter of each strut is no more than 3 mm; and the struts are welded, bonded or trapped between the flange portion and the bearing portion. a bearing portion for supporting the rotary shaft; a flange portion for attaching the bearing carrier support to the static portion of the gas turbine engine; and a support portion that connects the flange portion and the bearing portion, the support portion comprising a plurality of circumferentially distributed struts that are axially aligned with respect to the rotary shaft; the bearing carrier support being characterised in that the number of struts is at least 500 and the diameter of each strut is no more than 3 mm; and the struts are welded, bonded or trapped between the flange portion and the bearing portion.
An in vitro method of predicting the risk of death within one year in a subject, the method comprising: determining the level of human soluble Growth Stimulation-Expressed Gene 2 in sample comprising blood, serum, or plasma from a subject using an isolated antibody produced by the hybridoma deposited at the American Type Culture Collection (ATCC) and designated by Patent Deposit Designation PTA-10432, or an antigen-binding fragment of an antibody produced by the hybridoma deposited at the ATCC and designated by Patent Deposit Designation PTA-10432; and identifying a subject having an elevated level of human soluble ST2 in the sample compared to a threshold level of human soluble ST2 as having an increased risk of death within one year, or identifying a subject having a decreased or an equal level of human soluble ST2 in the sample compared to the reference level of human soluble ST2 as having a decreased risk of death within one year. determining the level of human soluble Growth Stimulation-Expressed Gene 2 in sample comprising blood, serum, or plasma from a subject using an isolated antibody produced by the hybridoma deposited at the American Type Culture Collection (ATCC) and designated by Patent Deposit Designation PTA-10432, or an antigen-binding fragment of an antibody produced by the hybridoma deposited at the ATCC and designated by Patent Deposit Designation PTA-10432; and identifying a subject having an elevated level of human soluble ST2 in the sample compared to a threshold level of human soluble ST2 as having an increased risk of death within one year, or identifying a subject having a decreased or an equal level of human soluble ST2 in the sample compared to the reference level of human soluble ST2 as having a decreased risk of death within one year.
A data transmission method, comprising: sending, by a first terminal, a resource allocation request to a base station, wherein the resource allocation request comprises device attribute information of a second terminal, and the device attribute information comprises at least one of transmission bandwidth of the second terminal, or reception bandwidth of the second terminal; receiving (S 103), by the first terminal, configuration information for transmission resources sent by the base station, wherein the transmission resources are determined by the base station according to the device attribute information; and sending (S 104), by the first terminal, Device to Device, D2D, data to the second terminal by using the transmission resources. sending, by a first terminal, a resource allocation request to a base station, wherein the resource allocation request comprises device attribute information of a second terminal, and the device attribute information comprises at least one of transmission bandwidth of the second terminal, or reception bandwidth of the second terminal; receiving (S 103), by the first terminal, configuration information for transmission resources sent by the base station, wherein the transmission resources are determined by the base station according to the device attribute information; and sending (S 104), by the first terminal, Device to Device, D2D, data to the second terminal by using the transmission resources.
A method for performing congestion control using a transmission control protocol, TCP, the method comprising: determining, at a source node, a forward delay component of a round trip time associated with sending data associated with a flow from the source node and receiving an acknowledgment containing at least one timestamp from a destination node using the TCP, wherein the source node is synchronised with the destination node and the forward delay component is determined based on the at least one timestamp; adjusting, by the source node, a maximum window (415, 417, 419) by using the forward delay component and an observed minimum round trip time. determining, at a source node, a forward delay component of a round trip time associated with sending data associated with a flow from the source node and receiving an acknowledgment containing at least one timestamp from a destination node using the TCP, wherein the source node is synchronised with the destination node and the forward delay component is determined based on the at least one timestamp; adjusting, by the source node, a maximum window (415, 417, 419) by using the forward delay component and an observed minimum round trip time.
A vehicle control system comprising: one or more sensors coupled to a vehicle armrest and configured to detect touch input; a processor coupled to the one or more sensors, the processor configured to: determine, based on the touch input, that the vehicle armrest has transitioned from a first shape to a second shape; and cause the vehicle control system to switch from a first mode associated with the first shape to a second mode associated with the second shape. one or more sensors coupled to a vehicle armrest and configured to detect touch input; a processor coupled to the one or more sensors, the processor configured to: determine, based on the touch input, that the vehicle armrest has transitioned from a first shape to a second shape; and cause the vehicle control system to switch from a first mode associated with the first shape to a second mode associated with the second shape.
A method for preparing a diol, characterized in that the method uses a sugar and hydrogen as starting materials, which are brought into contact with a catalyst in water to prepare a diol; the catalyst used is a composite catalyst, consisting of a main catalyst and a cocatalyst, wherein the main catalyst is a water-insoluble acid-resistant alloy consisting of nickel, one or more rare earth elements, tin and aluminium, and optionally i) tungsten, ii) tungsten and molybdenum, or iii) tungsten, molybdenum and boron or phosphorus; the cocatalyst is a soluble tungstic acid salt and/or an insoluble tungsten compound; the diol is ethylene glycol; and reaction system pH is 1 - 7. wherein the main catalyst is a water-insoluble acid-resistant alloy consisting of nickel, one or more rare earth elements, tin and aluminium, and optionally i) tungsten, ii) tungsten and molybdenum, or iii) tungsten, molybdenum and boron or phosphorus; the cocatalyst is a soluble tungstic acid salt and/or an insoluble tungsten compound; the diol is ethylene glycol; and reaction system pH is 1 - 7.
An electro-optic display, comprising: a common electrode; a plurality of pixel electrodes; an electro-optic material disposed between the common electrode and the plurality of pixel electrodes; a control circuit configured to supply a voltage (Vcom); a measurement circuit (118, 120) arranged to measure the voltage on the common electrode; a capacitor; and a switch having a first terminal connected to the common electrode, a second terminal connected to the control circuit and a third terminal connected to the measurement circuit (118, 120), the switch having a first switching state in which the first and second terminals are connected so that the common electrode is coupled to the control circuit; and a second switching state in which the first and third terminals are connected so that the common electrode is coupled to the measurement circuit (118, 120) the apparatus being characterized in that the capacitor is connected to the second terminal of the switch so that in the first switching state the common electrode is coupled to the capacitor but in the second switching state the common electrode is disconnected from the capacitor. a common electrode; a plurality of pixel electrodes; an electro-optic material disposed between the common electrode and the plurality of pixel electrodes; a control circuit configured to supply a voltage (Vcom); a measurement circuit (118, 120) arranged to measure the voltage on the common electrode; a capacitor; and a switch having a first terminal connected to the common electrode, a second terminal connected to the control circuit and a third terminal connected to the measurement circuit (118, 120), the switch having a first switching state in which the first and second terminals are connected so that the common electrode is coupled to the control circuit; and a second switching state in which the first and third terminals are connected so that the common electrode is coupled to the measurement circuit (118, 120) the apparatus being characterized in that the capacitor is connected to the second terminal of the switch so that in the first switching state the common electrode is coupled to the capacitor but in the second switching state the common electrode is disconnected from the capacitor.
A polymeric particle having a particle size (measured using an Ultrafine Particle Analyzer (Microtrac, Model UPA 150)) between 60 nm and 1000 nm, preferably between 200 nm and 600 nm, and comprising a polymer, said polymer comprising: (a) a hydrophobic backbone, (b) a near infrared absorbing segment having attached thereto a near infrared absorbing chromophore having an absorption peak between 700 nm and 1100 nm; and (c) a near infrared transparent segment, which does not react, either chemically or physically, upon exposure to near infrared radiation. (a) a hydrophobic backbone, (b) a near infrared absorbing segment having attached thereto a near infrared absorbing chromophore having an absorption peak between 700 nm and 1100 nm; and (c) a near infrared transparent segment, which does not react, either chemically or physically, upon exposure to near infrared radiation.