mhurhangee/patent-ind-claim-en huggingface dataset:
An exhaust gas discharge device comprising: at least one exhaust pipe configured to supply exhaust gas of a combustion engine; a funnel connected to the exhaust pipe and configured to discharge the exhaust gas which has passed through the exhaust pipe ; a first cleaning water supply pipe configured to supply cleaning water to an inside of the exhaust pipe ; a second cleaning water supply pipe configured to supply cleaning water to an inside of the funnel ; and a storage tank connected to a cleaning water discharge pipe and configured to store cleaning water discharged from the funnel ; characterised in that the exhaust gas discharge device further comprises a neutralizing agent supply portion connected to the storage tank and configured to supply a neutralizing agent, a static mixer installed in the exhaust pipe between the first cleaning water supply pipe and the funnel and configured to mix exhaust gas with cleaning water, wherein the static mixer has a diameter smaller than a diameter of the exhaust pipe , and a plurality of such static mixers are installed in the exhaust pipe . at least one exhaust pipe configured to supply exhaust gas of a combustion engine; a funnel connected to the exhaust pipe and configured to discharge the exhaust gas which has passed through the exhaust pipe ; a first cleaning water supply pipe configured to supply cleaning water to an inside of the exhaust pipe ; a second cleaning water supply pipe configured to supply cleaning water to an inside of the funnel ; and a storage tank connected to a cleaning water discharge pipe and configured to store cleaning water discharged from the funnel ; characterised in that the exhaust gas discharge device further comprises a neutralizing agent supply portion connected to the storage tank and configured to supply a neutralizing agent, a static mixer installed in the exhaust pipe between the first cleaning water supply pipe and the funnel and configured to mix exhaust gas with cleaning water, wherein the static mixer has a diameter smaller than a diameter of the exhaust pipe , and a plurality of such static mixers are installed in the exhaust pipe .
A method of displaying information about an unmanned air vehicle (UAV, 318) to assist a UAV controller, the method comprising: displaying a profile of terrain for a projected flight path of a UAV; displaying a first line at a first altitude above the profile of terrain, the first line substantially following a contour of the profile of terrain, wherein the first line represents a minimum altitude; displaying a second line at a second altitude above the profile of terrain, the second line substantially following the contour of the profile of terrain, wherein the second line represents a safety altitude which is greater than the minimum altitude, and which represents an altitude which is deemed to be safe for operation of the UAV; displaying an icon representing an altitude of the UAV with respect to the profile of terrain; and displaying a third line representing a command altitude for the projected flight path, the third line projecting from the icon . displaying a profile of terrain for a projected flight path of a UAV; displaying a first line at a first altitude above the profile of terrain, the first line substantially following a contour of the profile of terrain, wherein the first line represents a minimum altitude; displaying a second line at a second altitude above the profile of terrain, the second line substantially following the contour of the profile of terrain, wherein the second line represents a safety altitude which is greater than the minimum altitude, and which represents an altitude which is deemed to be safe for operation of the UAV; displaying an icon representing an altitude of the UAV with respect to the profile of terrain; and displaying a third line representing a command altitude for the projected flight path, the third line projecting from the icon .
An RFID reader apparatus , comprising: an enclosure (102; 200), the enclosure (102; 200) having a backplate and a plurality of sidewalls extending upwards from the perimeter of the backplate, one of the plurality of sidewalls having a reader slot (118; 208) formed therein, each of the plurality of sidewalls further comprising a flange (104; 206) extending outward from the top of the sidewall, each flange (104; 206) having a plurality of connection sites (106; 114); an inner antenna tray , the inner antenna tray sized to fit within an enclosure cavity defined by the plurality of sidewalls, the disposition of the inner antenna tray in the enclosure cavity defining a cable slot on the plane of the inner antenna tray , the cable slot permitting the passage of a cable from a top side of the inner antenna tray to a bottom side of the inner antenna tray ; an antenna , the antenna sized to fit within a top enclosure cavity defined by the plurality of sidewalls and the inner antenna tray and disposed on the top side of the inner antenna tray , the antenna configured to broadcast and receive radio-frequency signals; and an RFID reader sized (118; 208) to fit within the reader slot (118; 208), the RFID reader comprising a processor and a memory, the memory comprising computer code executable by the processor to cause the RFID reader to communicate with one or more RFID tags in the field of operation of the antenna , capture data belonging to the one or more RFID tags, and interpret the data belonging to the one or more RFID tags, the RFID reader further comprising a data port . an enclosure (102; 200), the enclosure (102; 200) having a backplate and a plurality of sidewalls extending upwards from the perimeter of the backplate, one of the plurality of sidewalls having a reader slot (118; 208) formed therein, each of the plurality of sidewalls further comprising a flange (104; 206) extending outward from the top of the sidewall, each flange (104; 206) having a plurality of connection sites (106; 114); an inner antenna tray , the inner antenna tray sized to fit within an enclosure cavity defined by the plurality of sidewalls, the disposition of the inner antenna tray in the enclosure cavity defining a cable slot on the plane of the inner antenna tray , the cable slot permitting the passage of a cable from a top side of the inner antenna tray to a bottom side of the inner antenna tray ; an antenna , the antenna sized to fit within a top enclosure cavity defined by the plurality of sidewalls and the inner antenna tray and disposed on the top side of the inner antenna tray , the antenna configured to broadcast and receive radio-frequency signals; and an RFID reader sized (118; 208) to fit within the reader slot (118; 208), the RFID reader comprising a processor and a memory, the memory comprising computer code executable by the processor to cause the RFID reader to communicate with one or more RFID tags in the field of operation of the antenna , capture data belonging to the one or more RFID tags, and interpret the data belonging to the one or more RFID tags, the RFID reader further comprising a data port .
A method for controlling a wind turbine comprising a generator comprising a rotor and a stator as components, the method comprising: determining, with a controller , a current condition of the rotor and a current condition of the stator, the respective current condition referring to an amount of electric current flowing through the rotor and the stator, respectively; detecting, with the controller , an approach of any of the current conditions to a respective current-dependent limit; and affecting a speed of the generator so as to alter a rotor/stator balance of the generator such that the current-dependent limits are not exceeded and the wind turbine can operate at a rated power, wherein an amount of current flowing to the component of the generator which approaches the current-dependent limit is decreased while an amount of current flowing to the other component of the generator is increased. determining, with a controller , a current condition of the rotor and a current condition of the stator, the respective current condition referring to an amount of electric current flowing through the rotor and the stator, respectively; detecting, with the controller , an approach of any of the current conditions to a respective current-dependent limit; and affecting a speed of the generator so as to alter a rotor/stator balance of the generator such that the current-dependent limits are not exceeded and the wind turbine can operate at a rated power, wherein an amount of current flowing to the component of the generator which approaches the current-dependent limit is decreased while an amount of current flowing to the other component of the generator is increased.
Crystalline hydrochloride 1.5 hydrate (sesquihydrate) form of a compound of the following Formula I:
A method of controlling a control device , the method comprising: in response to a setting mode entrance command being input on the control device , transmitting, by the control device , a setting start signal for allowing at least one device to enter a setting mode for registering a preferred setting state, entering, by the at least one device , the setting mode, and in response to a setting command being input on the control device while the setting mode is maintained, transmitting, by the control device , a setting end signal to the at least one device , and registering a setting state of the at least one device at a time point when the at least one device receives the setting end signal; and in response to an execution command being input via the control device , transmitting, by the control device , a control command to the at least one device based on the registered preferred setting state, wherein transmitting the control command comprises transmitting sequentially respective control commands to at least two devices of the at least one device based on order information, the order information referring to an order in which the control device transmits the respective control commands to the at least two devices, wherein the method is further comprising: displaying the order information and a user interface for changing the order information. in response to a setting mode entrance command being input on the control device , transmitting, by the control device , a setting start signal for allowing at least one device to enter a setting mode for registering a preferred setting state, entering, by the at least one device , the setting mode, and transmitting, by the control device , a setting start signal for allowing at least one device to enter a setting mode for registering a preferred setting state, entering, by the at least one device , the setting mode, and in response to a setting command being input on the control device while the setting mode is maintained, transmitting, by the control device , a setting end signal to the at least one device , and registering a setting state of the at least one device at a time point when the at least one device receives the setting end signal; and transmitting, by the control device , a setting end signal to the at least one device , and registering a setting state of the at least one device at a time point when the at least one device receives the setting end signal; and in response to an execution command being input via the control device , transmitting, by the control device , a control command to the at least one device based on the registered preferred setting state, wherein transmitting the control command comprises transmitting sequentially respective control commands to at least two devices of the at least one device based on order information, the order information referring to an order in which the control device transmits the respective control commands to the at least two devices, wherein the method is further comprising: displaying the order information and a user interface for changing the order information.
Passenger rail vehicle , configured for the fitting of a single-piece passenger compartment floor which covers the entire passenger compartment base, wherein at least one end face of the vehicle body comprises a vertically arranged opening , the dimensions of which enable the introduction of the single-piece passenger compartment floor into the vehicle body and wherein the opening of the end face comprises fastening means for fitting stability-enhancing components .
A mutant vaccinia virus strain which can selectively replicate in tumor cells, and has decreased virulence to normal cells, wherein the encoding sequences of the two vaccinia virus growth factor (VGF) genes, Serpin genes and Ankyrin genes in the genome of the virus are completely or partially truncated so that the virus cannot express functionally active VGF proteins, Serpin proteins and Ankyrin proteins, wherein the strain is deposited under the deposit number of CCTCC v201307.
A communication adaptor , comprising within a casing : - an NFC transmission antenna for wireless communication, - a DALI wired control interface connected to wired control interface terminals of the communication adaptor , - a control circuitry for converting wireless signals received at the NFC transmission antenna for wireless communication into wired control interface signals on the wired control interface terminals and optionally vice versa, wherein - the communication adaptor is designed such that when being brought in close contact with a reception antenna of a converter for lighting means , a wireless communication between the NFC transmission antenna of the communication adaptor and the reception antenna of the converter 12 is established, wherein the control circuitry and the DALI wired control interface are configured to be powered by means of a DC voltage at the wired control interface terminals , wherein the control circuitry is designed to convert received wired control interface signal blocks into NFC HF bursts having substantially a time duration of the respectively received wired control interface signal blocks. - an NFC transmission antenna for wireless communication, - a DALI wired control interface connected to wired control interface terminals of the communication adaptor , - a control circuitry for converting wireless signals received at the NFC transmission antenna for wireless communication into wired control interface signals on the wired control interface terminals and optionally vice versa, wherein - the communication adaptor is designed such that when being brought in close contact with a reception antenna of a converter for lighting means , a wireless communication between the NFC transmission antenna of the communication adaptor and the reception antenna of the converter 12 is established, - the communication adaptor is designed such that when being brought in close contact with a reception antenna of a converter for lighting means , a wireless communication between the NFC transmission antenna of the communication adaptor and the reception antenna of the converter 12 is established, wherein the control circuitry and the DALI wired control interface are configured to be powered by means of a DC voltage at the wired control interface terminals , wherein the control circuitry is designed to convert received wired control interface signal blocks into NFC HF bursts having substantially a time duration of the respectively received wired control interface signal blocks.
A self-propelled construction machine , in particular road milling machine, comprising - a machine frame , - at least three travelling devices , - at least one working device, in particular a milling drum , for working the ground pavement , and - at least one hydraulic drive system for driving at least two travelling devices , wherein the hydraulic drive system comprises at least one hydraulic pump , characterized in that - the hydraulic drive system comprises a hydraulic fixed displacement motor for driving a driven travelling device , and one each hydraulic variable displacement motor for driving the remaining driven travelling devices , wherein a first gearbox is arranged between the fixed displacement motor and the associated travelling device , and wherein one each second gearbox is arranged between the remaining driven travelling devices and the respective hydraulic variable displacement motors , wherein the transmission ratio of the first gearbox between the fixed displacement motor and the associated travelling device is lower than the respective transmission ratios of the second gearboxes , which are each arranged between the respective hydraulic variable displacement motors and the respective travelling device , and/or wherein the displacement volume of the fixed displacement motor is smaller than the maximum displacement volume of the variable displacement motors . - a machine frame , - at least three travelling devices , - at least one working device, in particular a milling drum , for working the ground pavement , and - at least one hydraulic drive system for driving at least two travelling devices , wherein the hydraulic drive system comprises at least one hydraulic pump , - the hydraulic drive system comprises a hydraulic fixed displacement motor for driving a driven travelling device , and one each hydraulic variable displacement motor for driving the remaining driven travelling devices , wherein a first gearbox is arranged between the fixed displacement motor and the associated travelling device , and wherein one each second gearbox is arranged between the remaining driven travelling devices and the respective hydraulic variable displacement motors , wherein the transmission ratio of the first gearbox between the fixed displacement motor and the associated travelling device is lower than the respective transmission ratios of the second gearboxes , which are each arranged between the respective hydraulic variable displacement motors and the respective travelling device , and/or wherein the displacement volume of the fixed displacement motor is smaller than the maximum displacement volume of the variable displacement motors .
Combined use of at least one derivative of molybdenum and at least one derivative of boron to preserve the Fuel Economy (FE) properties of a lubricating composition also comprising at least one base oil and at least 30 ppm or at most 600 ppm of boron relative to the weight of the lubricating composition.
An electronic smoking device comprising: - a liquid reservoir ; - a battery ; - a heating element adapted to atomize liquid of the liquid reservoir ; wherein the heating element has a modified surface which comprises a plurality of structures adapted to provide a capillary force on liquid of the liquid reservoir when applied onto the heating element , characterized in that the modified surface of the heating element has a maximum roughness R max that is greater than 0.5mm. - a liquid reservoir ; - a battery ; - a heating element adapted to atomize liquid of the liquid reservoir ; the heating element has a modified surface which comprises a plurality of structures adapted to provide a capillary force on liquid of the liquid reservoir when applied onto the heating element , characterized in that the modified surface of the heating element has a maximum roughness R max that is greater than 0.5mm.
A method of reporting, by a user equipment , UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving, from a base station , BS, configuration information related with the CSI; measuring the CSI based on the configuration information; and reporting the CSI to the BS , wherein the CSI is comprises a first part and a second part, wherein the first part includes a rank indicator, RI, a channel quality indicator, CQI, and an indicator indicating the number of amplitude coefficients other than 0, wherein the second part includes a precoding matrix indicator, PMI, wherein the number of bits of the indicator indicating the number of amplitude coefficients other than 0 is configured for each layer based on the following equation: ⌈ log 2 2 L − 1 ⌉ , wherein L denotes a number of base vectors linearly combined by a linear combination based codebook. receiving, from a base station , BS, configuration information related with the CSI; measuring the CSI based on the configuration information; and reporting the CSI to the BS , wherein the CSI is comprises a first part and a second part, wherein the first part includes a rank indicator, RI, a channel quality indicator, CQI, and an indicator indicating the number of amplitude coefficients other than 0, wherein the second part includes a precoding matrix indicator, PMI, wherein the number of bits of the indicator indicating the number of amplitude coefficients other than 0 is configured for each layer based on the following equation: ⌈ log 2 2 L − 1 ⌉ , wherein L denotes a number of base vectors linearly combined by a linear combination based codebook.
A method of wirelessly time synchronizing a target node with a source node , the method comprising: sending to the source node a request for time synchronizing the target node with the source node (S100); determining a first time, T1, indicative of a time of transmission of a first radio signal from the source node to the target node (S102); determining a second time, T2, indicative of a time of receipt of the first radio signal at the target node (S104); determining a third time, T3, indicative of a time of transmission of a second radio signal from the target node to the source node (S106); determining a fourth time, T4, indicative of a time of receipt of the second radio signal at the source node (S108); and determining a clock offset based on the times T1, T2, T3 and T4 for use in time synchronizing the target node with the source node (S110), characterized in that the first and second radio signals comprise periodic reference signals, the method further comprising configuring second radio signal transmissions with a muting pattern such that the third time, T3, indicative of a time of transmission of the second radio signal from the target node to the source node does not overlap with the second time, T2, indicative of a time of receipt of the first radio signal at the target node . sending to the source node a request for time synchronizing the target node with the source node (S100); determining a first time, T1, indicative of a time of transmission of a first radio signal from the source node to the target node (S102); determining a second time, T2, indicative of a time of receipt of the first radio signal at the target node (S104); determining a third time, T3, indicative of a time of transmission of a second radio signal from the target node to the source node (S106); determining a fourth time, T4, indicative of a time of receipt of the second radio signal at the source node (S108); and determining a clock offset based on the times T1, T2, T3 and T4 for use in time synchronizing the target node with the source node (S110), characterized in that the first and second radio signals comprise periodic reference signals, the method further comprising configuring second radio signal transmissions with a muting pattern such that the third time, T3, indicative of a time of transmission of the second radio signal from the target node to the source node does not overlap with the second time, T2, indicative of a time of receipt of the first radio signal at the target node .