mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a driving flow of a wheel excavator receiving a pressure oil discharged from a hydraulic oil pump, said hydraulic oil pump including first and second hydraulic oil pumps, to perform controlling a pump joint control function and to control a maximum flow of the first hydraulic oil pump and the second hydraulic oil pump in the wheel excavator, the method comprising: controlling a proportional control valve controlling the maximum flow of the first hydraulic oil pump and the second hydraulic oil pump to perform controlling the maximum flow of the first hydraulic oil pump and the second hydraulic oil pump, when the pump joint control function is normally performed; receiving a flow value of the first hydraulic oil pump and the second hydraulic oil pump controlled by the proportional control valve; checking an error when the flow value received during a control of the maximum flow has an error, and assigning a weight value to the checked error to compensate for the flow value. controlling a proportional control valve controlling the maximum flow of the first hydraulic oil pump and the second hydraulic oil pump to perform controlling the maximum flow of the first hydraulic oil pump and the second hydraulic oil pump, when the pump joint control function is normally performed; receiving a flow value of the first hydraulic oil pump and the second hydraulic oil pump controlled by the proportional control valve; checking an error when the flow value received during a control of the maximum flow has an error, and assigning a weight value to the checked error to compensate for the flow value.
A method of charging a battery (150, 450, 550, 850, 1150, 1250) by a power source (110, 810) using a switching regulator (410, 510, 803, 1110, 1210,1303,1601) comprising: storing a plurality of charging parameters in one or more programmable data storage elements; receiving a logic signal indicating a maximum input current; supplying a constant current from said switching regulator (410, 510, 803, 1110, 1210, 1303, 1601) via a filter (104, 804) to said battery (150, 450, 550, 850, 1150, 1250) during a first time period, wherein the constant current supplied is set by a first parameter of said stored charging parameters and the first parameter is variable across a range of values to program the constant current across a corresponding range of current values, wherein a maximum current for said battery (150, 450, 550, 850, 1150, 1250) is set based on the maximum input current; and supplying a constant voltage from said switching regulator (410, 510, 803, 1110, 1210, 1303, 1601) via said filter (104, 804) to said battery (150, 450, 550, 850, 1150, 1250) during a second time period following the first time period if a voltage on the battery (150, 450, 550, 850, 1150, 1250) is above a first threshold, wherein the constant voltage is set by a second parameter of said stored charging parameters and the second parameter is variable across a range of values to program the constant voltage across a corresponding range of voltage values. storing a plurality of charging parameters in one or more programmable data storage elements; receiving a logic signal indicating a maximum input current; supplying a constant current from said switching regulator (410, 510, 803, 1110, 1210, 1303, 1601) via a filter (104, 804) to said battery (150, 450, 550, 850, 1150, 1250) during a first time period, wherein the constant current supplied is set by a first parameter of said stored charging parameters and the first parameter is variable across a range of values to program the constant current across a corresponding range of current values, wherein a maximum current for said battery (150, 450, 550, 850, 1150, 1250) is set based on the maximum input current; and supplying a constant voltage from said switching regulator (410, 510, 803, 1110, 1210, 1303, 1601) via said filter (104, 804) to said battery (150, 450, 550, 850, 1150, 1250) during a second time period following the first time period if a voltage on the battery (150, 450, 550, 850, 1150, 1250) is above a first threshold, wherein the constant voltage is set by a second parameter of said stored charging parameters and the second parameter is variable across a range of values to program the constant voltage across a corresponding range of voltage values.
A vibration testing apparatus, comprising: a support; at least one electromagnetic vibration generator mounted on the support; a mounting (5, 10) drivable by the at least one electromagnetic vibration generator; wherein the mounting comprises an annular body supported on the support by at least one bearing; characterized in that said bearings comprise hydrostatic bearings comprising bearing arms (16, 17) extending generally in a tangential direction of the annular body; and a bearing shaft having a bearing axis which is aligned with the axis of the annular body, the bearing shaft being received in a bearing receiver so that the bearing shaft is displacable along its axis within the bearing receiver, so that the annular body is substantially unconstrained in its axial direction. a support; at least one electromagnetic vibration generator mounted on the support; a mounting (5, 10) drivable by the at least one electromagnetic vibration generator; wherein the mounting comprises an annular body supported on the support by at least one bearing; characterized in that said bearings comprise hydrostatic bearings comprising bearing arms (16, 17) extending generally in a tangential direction of the annular body; and a bearing shaft having a bearing axis which is aligned with the axis of the annular body, the bearing shaft being received in a bearing receiver so that the bearing shaft is displacable along its axis within the bearing receiver, so that the annular body is substantially unconstrained in its axial direction.
A safety protection system application logic for a nuclear reactor comprising: one or more macro logics configured to perform a predetermined operation; a macro operation control unit configured to instruct the one or more macro logics to start the operation to cause the one or more macro logics to perform the operation; and an operation data storage area configured to store data, each of the one or more macro logics comprising: one or more operation logics configured to perform a predetermined floating-point operation; a floating-point operation control unit configured to instruct the one or more operation logics to start the floating-point operation to cause the one or more operation logics to perform the floating-point operation in accordance with an order of an operation algorithm; a selector configured to transfer data required for the floating-point operation to the one or more operation logics by control of the floating-point operation control unit; and an output value processing unit configured to process output data received from the one or more operation logics and output the processed data, wherein each of the one or more operation logics is configured by combining a plurality of sub-functional modules. one or more macro logics configured to perform a predetermined operation; a macro operation control unit configured to instruct the one or more macro logics to start the operation to cause the one or more macro logics to perform the operation; and an operation data storage area configured to store data, each of the one or more macro logics comprising: one or more operation logics configured to perform a predetermined floating-point operation; a floating-point operation control unit configured to instruct the one or more operation logics to start the floating-point operation to cause the one or more operation logics to perform the floating-point operation in accordance with an order of an operation algorithm; a selector configured to transfer data required for the floating-point operation to the one or more operation logics by control of the floating-point operation control unit; and an output value processing unit configured to process output data received from the one or more operation logics and output the processed data, wherein one or more operation logics configured to perform a predetermined floating-point operation; a floating-point operation control unit configured to instruct the one or more operation logics to start the floating-point operation to cause the one or more operation logics to perform the floating-point operation in accordance with an order of an operation algorithm; a selector configured to transfer data required for the floating-point operation to the one or more operation logics by control of the floating-point operation control unit; and an output value processing unit configured to process output data received from the one or more operation logics and output the processed data, wherein each of the one or more operation logics is configured by combining a plurality of sub-functional modules.
An electricity generator with drinkable water comprising an electrical insulator container split into several compartments air-sealed between them, each compartment being filled with drinkable water and having inside at least one pair of concentric electrodes made from different metals or metal alloys, one electrode of said at least one pair being more electronegative than the other, the electrodes being connected in series or parallel, wherein at a container's exit point an electrolytic condenser and an impulse generator or an oscillator are connected, at the exit of which a doubler or a voltage multiplier is connected.
A data processing method, comprising: receiving, by a master storage node of a database system, information that is about a first transaction and that is sent by a read-write node of the database system, wherein the information about the first transaction is used to request to perform a write operation on first data stored on the master storage node, wherein the read-write node is a read/write operation service node that provides external addition, deletion, modification, and querying services; determining, by the master storage node, the first data based on the information about the first transaction, and executing the first transaction; generating, by the master storage node, first transaction status metadata when the first transaction ends, wherein the first transaction status metadata comprises identification information of expired data and identification information of the first transaction, wherein the identification information of expired data is information used to identify the expired data; and sending, by the master storage node, the first transaction status metadata to at least one read-only node of the database system, wherein the read-only node is a node that provides an external read operation service of a querying service. receiving, by a master storage node of a database system, information that is about a first transaction and that is sent by a read-write node of the database system, wherein the information about the first transaction is used to request to perform a write operation on first data stored on the master storage node, wherein the read-write node is a read/write operation service node that provides external addition, deletion, modification, and querying services; determining, by the master storage node, the first data based on the information about the first transaction, and executing the first transaction; generating, by the master storage node, first transaction status metadata when the first transaction ends, wherein the first transaction status metadata comprises identification information of expired data and identification information of the first transaction, wherein the identification information of expired data is information used to identify the expired data; and sending, by the master storage node, the first transaction status metadata to at least one read-only node of the database system, wherein the read-only node is a node that provides an external read operation service of a querying service.
A detection device comprising a proximal end and a light-transmitting portion, wherein the proximal end comprises a light detection means, the light-transmitting portion comprising means for transmitting light along a path from a surface of a tooth to the light detection means, characterised in that the light detection means is adapted to detect a low light signal generated by luminescence in conditions of ambient light, wherein the device further comprises an injector or gun configured to apply a disclosing substance comprising photoproteins to the surface of a tooth, wherein the injector or gun comprises a nozzle, wherein the light transmitting portion further comprises an LED light source configured to illuminate the surface of a tooth, wherein the device is configured to take an illuminated image prior to the detection and analysis of the low light signal generated by luminescence, wherein the LED light source has an off setting, wherein, in use, the device is configured to allow a user to turn off illumination by the LED light source to produce a luminescence image using the low light signal generated by luminescence, wherein the low light signal generated by luminescence is luminescent light emitted by the photoprotein in the disclosing substance that have come into contact with free ions that are released by the surface of a tooth due to demineralisation, wherein the low light signal generated by luminescence is detected in close succession to the application of the disclosing substance to the surface of a tooth, wherein the device is configured to compare the luminescence image with the illuminated image in order to determine the location of the demineralisation on the surface of a tooth.
A network apparatus comprising: a communication unit arranged to perform communication with a plurality of devices (310 - 350) and a user terminal apparatus to control the plurality of devices (310 - 350); and a controller arranged to: generate control signals to control the plurality of devices (310 - 350) based on a user command received from the user terminal apparatus; and control the communication unit to transmit the control signals to the plurality of devices (310 - 350); wherein, if a predetermined control pattern of the user command to sequentially control the plurality of devices (310 - 350) detected within a predetermined period of time, the controller is arranged to generate and transmit macro information corresponding to the detected control pattern to the user terminal apparatus. a communication unit arranged to perform communication with a plurality of devices (310 - 350) and a user terminal apparatus to control the plurality of devices (310 - 350); and a controller arranged to: generate control signals to control the plurality of devices (310 - 350) based on a user command received from the user terminal apparatus; and control the communication unit to transmit the control signals to the plurality of devices (310 - 350); generate control signals to control the plurality of devices (310 - 350) based on a user command received from the user terminal apparatus; and control the communication unit to transmit the control signals to the plurality of devices (310 - 350); wherein, if a predetermined control pattern of the user command to sequentially control the plurality of devices (310 - 350) detected within a predetermined period of time, the controller is arranged to generate and transmit macro information corresponding to the detected control pattern to the user terminal apparatus.
Rotary drilling tool for producing a bore in the ground with - a base body, - a removal means arranged on an underside of the base body for removing ground material, - a supply means for supplying flushing air into the region of the removal means and - a discharge line for discharging removed ground material and drilling suspension, which can be conveyed away by means of the flushing air, wherein - in an upper section of the base body a receiving region for settling and receiving the removed ground material from the discharge line onto an intermediate floor is provided, - above the receiving region a collecting hood is arranged which closes off an air accumulation space above the receiving region in the upward direction, and - on the collecting hood a drain valve is arranged which is designed for the targeted discharge of air from the air accumulation space through opening the drain valve. - a base body, - a removal means arranged on an underside of the base body for removing ground material, - a supply means for supplying flushing air into the region of the removal means and - a discharge line for discharging removed ground material and drilling suspension, which can be conveyed away by means of the flushing air, - in an upper section of the base body a receiving region for settling and receiving the removed ground material from the discharge line onto an intermediate floor is provided, - above the receiving region a collecting hood is arranged which closes off an air accumulation space above the receiving region in the upward direction, and - on the collecting hood a drain valve is arranged which is designed for the targeted discharge of air from the air accumulation space through opening the drain valve.
A non-therapeutic method for modulating fear in a healthy subject comprising the steps of: - acquiring an electrophysiological signal representative of the activity of at least a portion of the prefrontal cortex; - selectively detecting ascending, respectively descending, phase of 2-7 Hz oscillations of the electrophysiological signal; and - activating or inhibiting parvalbumin-expressing interneurons, PV+ In, of the portion of prefrontal cortex selectively during the ascending, respectively descending, phase of the oscillations of the electrophysiological signal when an ascending, respectively descending, phase is detected; wherein when modulating fear is decreasing fear, decreasing fear is obtained by detecting ascending phase of 2-7 Hz oscillations of the electrophysiological signal, and by activating PV+ In of the portion of prefrontal cortex selectively during the ascending phase of the oscillations of the electrophysiological signal when an ascending phase is detected; wherein when modulating fear is increasing fear, increasing fear is obtained by either: detecting ascending phase of 2-7 Hz oscillations of the electrophysiological signal, and by inhibiting PV+ In of the portion of prefrontal cortex selectively during the ascending phase of the oscillations of the electrophysiological signal when an ascending phase is detected; or detecting descending phase of 2-7 Hz oscillations of the electrophysiological signal, and by activating PV+ In of the portion of prefrontal cortex selectively during the descending phase of the oscillations of the electrophysiological signal when a descending phase is detected. - acquiring an electrophysiological signal representative of the activity of at least a portion of the prefrontal cortex; - selectively detecting ascending, respectively descending, phase of 2-7 Hz oscillations of the electrophysiological signal; and - activating or inhibiting parvalbumin-expressing interneurons, PV+ In, of the portion of prefrontal cortex selectively during the ascending, respectively descending, phase of the oscillations of the electrophysiological signal when an ascending, respectively descending, phase is detected; detecting ascending phase of 2-7 Hz oscillations of the electrophysiological signal, and by inhibiting PV+ In of the portion of prefrontal cortex selectively during the ascending phase of the oscillations of the electrophysiological signal when an ascending phase is detected; or detecting descending phase of 2-7 Hz oscillations of the electrophysiological signal, and by activating PV+ In of the portion of prefrontal cortex selectively during the descending phase of the oscillations of the electrophysiological signal when a descending phase is detected.
An apparatus which is a terminal or comprised in the terminal, comprising: memory configured to store an indicator relating to a first access point, the indicator indicating whether the first access point supports joint association and address provisioning, the indicator being based on a beacon received in the apparatus from the first access point; a transmitter configured to transmit, responsive to the indicator indicating the first access point supports joint association and address provisioning, an association request comprising an indication for joint association and address provisioning toward the first access point, and a receiver configured to receive from the first access point an association response comprising at least one address provisioning parameter. memory configured to store an indicator relating to a first access point, the indicator indicating whether the first access point supports joint association and address provisioning, the indicator being based on a beacon received in the apparatus from the first access point; a transmitter configured to transmit, responsive to the indicator indicating the first access point supports joint association and address provisioning, an association request comprising an indication for joint association and address provisioning toward the first access point, and a receiver configured to receive from the first access point an association response comprising at least one address provisioning parameter.
A method of a terminal for controlling quality of service, QoS, information, the method comprising: obtaining an uplink, UL, data packet; identifying (S305, S405) a traffic type of the UL data packet; when it is determined that QoS control is required for the identified traffic type, transmitting (S310, S410) to a network device, the UL data packet and first QoS support information of the terminal, wherein the first QoS support information includes a request to indicate whether a QoS control is supported at the network device or a second network device in which the UL data packet is received and information regarding the traffic type of the UL data packet and a QoS support policy; receiving (S345, S455) a downlink, DL, data packet from the network device; when it is determined that the DL data packet corresponds to the UL data packet, identifying (S350, S460) second QoS support information of the network device or third QoS support information of the second network device with the DL data packet; and performing (S350, S460) transmission or reception of at least one data packet based on the second QoS support information or the third QoS support information. obtaining an uplink, UL, data packet; identifying (S305, S405) a traffic type of the UL data packet; when it is determined that QoS control is required for the identified traffic type, transmitting (S310, S410) to a network device, the UL data packet and first QoS support information of the terminal, wherein the first QoS support information includes a request to indicate whether a QoS control is supported at the network device or a second network device in which the UL data packet is received and information regarding the traffic type of the UL data packet and a QoS support policy; receiving (S345, S455) a downlink, DL, data packet from the network device; when it is determined that the DL data packet corresponds to the UL data packet, identifying (S350, S460) second QoS support information of the network device or third QoS support information of the second network device with the DL data packet; and performing (S350, S460) transmission or reception of at least one data packet based on the second QoS support information or the third QoS support information.