mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a robot cleaner 100 to search for a cleaning area to prepare a cleaning map and capture the cleaning area to generate a monitoring image; and characterized by comprising: a wireless terminal device 200 to access the robot cleaner to receive the monitoring image and the cleaning map from the robot cleaner and transmit a control command to the robot cleaner; wherein the wireless terminal device further comprises: a user interface module 240 to display the cleaning map and the monitoring image and receive the control command, and wherein the wireless terminal device is configured to display a monitoring image corresponding to the relevant monitoring area when a portion corresponding to a specific monitoring area in the cleaning map is selected while displaying the cleaning map. a robot cleaner 100 to search for a cleaning area to prepare a cleaning map and capture the cleaning area to generate a monitoring image; and characterized by comprising: a wireless terminal device 200 to access the robot cleaner to receive the monitoring image and the cleaning map from the robot cleaner and transmit a control command to the robot cleaner; wherein the wireless terminal device further comprises: a user interface module 240 to display the cleaning map and the monitoring image and receive the control command, and wherein the wireless terminal device is configured to display a monitoring image corresponding to the relevant monitoring area when a portion corresponding to a specific monitoring area in the cleaning map is selected while displaying the cleaning map. a wireless terminal device 200 to access the robot cleaner to receive the monitoring image and the cleaning map from the robot cleaner and transmit a control command to the robot cleaner; wherein the wireless terminal device further comprises: a user interface module 240 to display the cleaning map and the monitoring image and receive the control command, and wherein the wireless terminal device is configured to display a monitoring image corresponding to the relevant monitoring area when a portion corresponding to a specific monitoring area in the cleaning map is selected while displaying the cleaning map. a user interface module 240 to display the cleaning map and the monitoring image and receive the control command, and wherein the wireless terminal device is configured to display a monitoring image corresponding to the relevant monitoring area when a portion corresponding to a specific monitoring area in the cleaning map is selected while displaying the cleaning map.
A method for reducing the occurrence of phytopathogenic fungi selected from the group consisting of: Fusarium virguliforme, Fusarium brasiliense sp. nov., Fusarium cuneirostrum sp. nov. and Fusarium tucumaniae, in soybean plants, said method comprising applying an effective amount of a composition comprising the compound of formula or an agrochemically acceptable salt, isomer, stereoisomer, diasterioisomer, enantiomer or tautomer thereof, to a soybean plant seed prior to planting, wherein said soybean plant seed is infected with a fungal strain selected from the group consisting of Fusarium virguliforme, Fusarium brasiliense sp. nov., Fusarium cuneirostrum sp. nov. and Fusarium tucumaniae. or an agrochemically acceptable salt, isomer, stereoisomer, diasterioisomer, enantiomer or tautomer thereof, to a soybean plant seed prior to planting, wherein said soybean plant seed is infected with a fungal strain selected from the group consisting of Fusarium virguliforme, Fusarium brasiliense sp. nov., Fusarium cuneirostrum sp. nov. and Fusarium tucumaniae.
A method for distinguishing viral liver cancer from viral hepatitis or viral liver cirrhosis in a subject comprising: measuring an amount of free AIM (apoptosis inhibitor of macrophage) in a biological sample from a subject comparing the measured amount of free AIM with a reference value wherein free AIM means AIM not bound to other substances in the biological sample wherein the viral liver cancer is primary hepatocellular carcinoma caused by chronic hepatitis or cirrhosis due to persistent infection of the subject with hepatitis B virus and/or hepatitis C virus wherein the biological sample is a body fluid sample selected from blood, serum, plasma wherein an amount of free AIM in a biological sample from a subject is measured by bringing the biological sample into contact with an antibody specifically binding to the free AIM measuring an amount of free AIM (apoptosis inhibitor of macrophage) in a biological sample from a subject comparing the measured amount of free AIM with a reference value wherein free AIM means AIM not bound to other substances in the biological sample wherein the viral liver cancer is primary hepatocellular carcinoma caused by chronic hepatitis or cirrhosis due to persistent infection of the subject with hepatitis B virus and/or hepatitis C virus wherein the biological sample is a body fluid sample selected from blood, serum, plasma wherein an amount of free AIM in a biological sample from a subject is measured by bringing the biological sample into contact with an antibody specifically binding to the free AIM
A system to detect movement of an object, comprising: a sensor (54, 56) that is operative to sense at least a pressure condition within an enclosed space of the object based on an operating mode of the system; and a control system (58, 60, 64) that controls the operating mode of the system based at least in part on whether movement of the object is detected, the movement of the object being detected based on a variation in the at least a pressure condition over time; and characterized by a variation detector that detects the movement of the object if an aggregation of the determined variation in the at least pressure condition over a plurality of samples matches one or more of a plurality of predetermined variation profiles associated with a plurality of different known road conditions. a sensor (54, 56) that is operative to sense at least a pressure condition within an enclosed space of the object based on an operating mode of the system; and a control system (58, 60, 64) that controls the operating mode of the system based at least in part on whether movement of the object is detected, the movement of the object being detected based on a variation in the at least a pressure condition over time; and characterized by a variation detector that detects the movement of the object if an aggregation of the determined variation in the at least pressure condition over a plurality of samples matches one or more of a plurality of predetermined variation profiles associated with a plurality of different known road conditions.
Beverage preparation device comprising a main body, a tank, an assembly for pumping a liquid from said tank, and a unit for preparing the beverage, wherein said unit for preparing the beverage is configured for enabling contact between a product for preparing the beverage and the liquid supplied from said tank, said unit comprising a further tank for holding the product to be dissolved in the liquid for preparing the beverage and respective means for obtaining the necessary repeated operation involving the product for preparing the beverage and the liquid, in which device an outlet path is defined inside said main body, said outlet path comprising a dispensing outlet arranged downstream of said unit for preparing the beverage and via which the beverage is dispensed out of said main body, and also comprising a filtering element that is detachably connected to said main body, wherein said filtering element comprises an antibacterial filter and in that said filtering element is arranged downstream of said dispensing outlet relative to said outlet path so as to provide a filtration of beverage prepared by said unit, said filtering element comprising an inlet opening connected or connectable to said dispensing outlet in a sealed manner.
Fuel-operated heater with a burner and a waste gas heat exchanger, preferably a condensation waste gas heat exchanger, for cooling the waste gases of the burner and transferring the heat to a heating circuit and/or process water, and a waste gas line for removing the waste gases from the waste gas heat exchanger into the environment, preferably for removing via a flue, wherein the waste gas line is connected thermoconductively downstream of the waste gas heat exchanger to an evaporator of a compression heat pump and the condenser of the compression heat pump is connected to the heating circuit or a cold process water line, wherein in the waste gas line downstream of the waste gas heat exchanger a waste gas line heat exchanger is arranged, which is connected via a fluid-carrying circuit to a buffer and said buffer is connected thermoconductively to the evaporator of the compression heat pump characterised in that the evaporator is connected upstream of the buffer and downstream of the waste gas line heat exchanger to the fluid-carrying circuit.
A cryocooler assembly having a rare-earth regenerator (118, 318) for recondensing of a cooling liquid for cooling of a superconductive magnet or for directly cooling the superconductive magnet coils of a magnetic resonance imaging apparatus, wherein the cryocooler assembly comprises a shield of ferromagnetic material at least partially surrounding the rare-earth regenerator, wherein the rare-earth regenerator is adapted to move between a cold region and a hotter region, characterized in that: the shield of ferromagnetic material is arranged so that the magnetic field distribution produced by the main superconductive magnet along the path of the rare-earth regenerator induces a magnetic moment which compensates a change in the magnetic moment due to movement between the cold region and the hotter region.
A communication program for causing a processor in a communication device among a plurality of communication devices that are used in a first network to execute a communication process, the communication process comprising: monitoring a first message that is periodically transmitted from a representative device that is selected from the plurality of communication devices; running as a candidate for a new representative node and transmitting a vote request message to each of the communication devices in the first network when the first message is not detected for a specified period of time 1; 1 page 14, lines 6-19 and S11-S12 in FIG.9 receiving from each of the communication devices receiving and agreeing with the vote request message, when two or more data components obtained by dividing authentication information for connection to a second network have been distributed from the representative device to two or more of the communication devices in the first network, a response message and data components transmitted from the communication devices in the first network in response to the vote request message 2; 2 page 15, line 34 to page 16, line 11 and S23-S24 in FIG.10 regenerating, when a specified number of data components or more are received, the authentication information from the specified number of data components or more; generating new authentication information by rewriting at least a portion of the regenerated authentication information; and connecting to the second network based on the new authentication information. monitoring a first message that is periodically transmitted from a representative device that is selected from the plurality of communication devices; running as a candidate for a new representative node and transmitting a vote request message to each of the communication devices in the first network when the first message is not detected for a specified period of time 1; 1 page 14, lines 6-19 and S11-S12 in FIG.9 receiving from each of the communication devices receiving and agreeing with the vote request message, when two or more data components obtained by dividing authentication information for connection to a second network have been distributed from the representative device to two or more of the communication devices in the first network, a response message and data components transmitted from the communication devices in the first network in response to the vote request message 2; 2 page 15, line 34 to page 16, line 11 and S23-S24 in FIG.10 regenerating, when a specified number of data components or more are received, the authentication information from the specified number of data components or more; generating new authentication information by rewriting at least a portion of the regenerated authentication information; and connecting to the second network based on the new authentication information.
A method for enhancing pilot vision in an aircraft performing a landing maneuver to a runway comprising: receiving, by a processor onboard the aircraft, data from sensors or systems onboard the aircraft; (a) determining, by the processor, a position of the aircraft relative to 2. the runway using the data; (b) adjusting the gain of a first vision system responsive to the position determined in step (a) according to a gain control curve that defines the gain of the first vision system as a function of the aircraft position relative to the runway; to provide an adjusted first image; (c) adjusting the gain of a second vision system having an effective range different from the first vision system responsive to the position determined in step (a) according to a gain control curve that defines the gain of the second vision system as a function of the aircraft position relative to the runway; to provide an adjusted second image; (d) merging the adjusted first image and the adjusted second image to provide a merged image; (e) displaying the merged image; and (f) repeating steps (a) - (e) until the aircraft has completed the landing maneuver. (a) determining, by the processor, a position of the aircraft relative to 2. the runway using the data; (b) adjusting the gain of a first vision system responsive to the position determined in step (a) according to a gain control curve that defines the gain of the first vision system as a function of the aircraft position relative to the runway; (c) adjusting the gain of a second vision system having an effective range different from the first vision system responsive to the position determined in step (a) according to a gain control curve that defines the gain of the second vision system as a function of the aircraft position relative to the runway; to provide an adjusted second image; (d) merging the adjusted first image and the adjusted second image to provide a merged image; (e) displaying the merged image; and (f) repeating steps (a) - (e) until the aircraft has completed the landing maneuver.
Method for picking articles according to the goods-to-man principle at a picking station, in which articles are picked in order load carriers, wherein the order load carriers are conveyed in a row through the picking station and thus the respective put place of the load carrier in the row changes, characterised in that the put place of the order load carrier changes when an order load carrier historically preceding in the row has been fully picked and discharged and the subsequent order load carriers move up so that the order load carriers are conveyed in a gap-free row through the put places of the picking station.
Method for manufacturing a coil capable of generating a magnetic field known as intense field when an electric current passes through said coil, comprising a step of formation of turns in a tube made of conducting and/or superconducting material, characterised in that it comprises at least one step of formation of at least one indentation by removal of material in an edge of at least one turn of said coil, and a step of positioning an insulating material between the turn comprising the indentation by removal of material and an adjacent turn, said indentation by removal of material being formed in the edge to form, with the insulating material placed opposite said indentation by removal of material, a channel between the interior and the exterior of the tube when the coil is stressed.
Polyamide moulding composition consisting of the following components: 25 to 99.3 % by weight of at least one polyamide; 0.5 to 15 % by weight of at least one fluorene compound; 0.2 to 3.0 % by weight of at least one azine compound; 0 to 70 % by weight of at least one filler; 0 to 15.0 % by weight of at least one additive, different from, and; whereby the entirety of components to adds up to 100 % by weight. 25 to 99.3 % by weight of at least one polyamide; 0.5 to 15 % by weight of at least one fluorene compound; 0.2 to 3.0 % by weight of at least one azine compound; 0 to 70 % by weight of at least one filler; 0 to 15.0 % by weight of at least one additive, different from, and;
An interactive sidewall display system for a vehicle, comprising: an inner sidewall; at least two seats disposed in successive rows; at least one display device extending along the inner sidewall and spanning said at least two seats, the display device being responsive to input commands from passengers for displaying information and images thereon; and a control module operatively connected to the at least one display device and configured to set at least one virtual boundary for the at least one display device, the virtual boundary defining user-specific regions for passenger interaction with the display device, characterised in that the control module is configured to determine a seat pitch between the successive rows and set the at least one virtual boundary as a function of the seat pitch, and wherein the seat pitch determination is done by at least one of: using sensors configured for being provided in a fuselage of the vehicle; or accessing information regarding specifications of the vehicle from an onboard system of the vehicle; or accessing online and retrieving the data from a remote location. an inner sidewall; at least two seats disposed in successive rows; at least one display device extending along the inner sidewall and spanning said at least two seats, the display device being responsive to input commands from passengers for displaying information and images thereon; and a control module operatively connected to the at least one display device and configured to set at least one virtual boundary for the at least one display device, the virtual boundary defining user-specific regions for passenger interaction with the display device, characterised in that the control module is configured to determine a seat pitch between the successive rows and set the at least one virtual boundary as a function of the seat pitch, and wherein the seat pitch determination is done by at least one of: using sensors configured for being provided in a fuselage of the vehicle; or accessing information regarding specifications of the vehicle from an onboard system of the vehicle; or accessing online and retrieving the data from a remote location. using sensors configured for being provided in a fuselage of the vehicle; or accessing information regarding specifications of the vehicle from an onboard system of the vehicle; or accessing online and retrieving the data from a remote location.
A silicone-based impact modifier comprising a graft copolymer having a core-shell structure comprising: a core comprising a silicone-based rubber and alkyl acrylate; and a shell comprising an inorganic acrylic-based compound. a core comprising a silicone-based rubber and alkyl acrylate; and a shell comprising an inorganic acrylic-based compound.
A method for a fatigue test assessment for carrying out a fatigue test assessment on a suspension point of a cylinder block of an engine, the suspension point is a position at which the cylinder block is mounted with a suspension system by a bolt and a thread, characterized in that, the method comprises: in step a, assembling a cylinder block sample with the suspension system in form of an installation of power assembly at the suspension point, and fixing the suspension point; in step b, applying a load on the suspension point in a preset direction, wherein the applied load in step b comprises a dynamic load that is cyclically loaded and a static load that is singly loaded in static; in step c, determining whether the suspension point is damaged or not; wherein the method further comprises: in step d, if the suspension point is damaged, determining a damage position, a bolt elongation and torque, and recording a final test data; and in step e, if the suspension point passes the loading assessment, terminating the fatigue test assessment, measuring the bolt elongation and recording the final test data. in step a, assembling a cylinder block sample with the suspension system in form of an installation of power assembly at the suspension point, and fixing the suspension point; in step b, applying a load on the suspension point in a preset direction, wherein the applied load in step b comprises a dynamic load that is cyclically loaded and a static load that is singly loaded in static; in step c, determining whether the suspension point is damaged or not; wherein the method further comprises: in step d, if the suspension point is damaged, determining a damage position, a bolt elongation and torque, and recording a final test data; and in step e, if the suspension point passes the loading assessment, terminating the fatigue test assessment, measuring the bolt elongation and recording the final test data. in step d, if the suspension point is damaged, determining a damage position, a bolt elongation and torque, and recording a final test data; and in step e, if the suspension point passes the loading assessment, terminating the fatigue test assessment, measuring the bolt elongation and recording the final test data.
An image capturing element comprising: a pixel region in which a plurality of pixels are disposed in a matrix of rows and columns; and a vertical drive circuit configured to drive the pixels on each row, wherein the vertical drive circuit includes a power source (41, 42) configured to supply electrical power to an output element (46-1, 46-2, 46-3) configured to output a drive signal for driving each pixel, and a control element (43-1, 43-2, 44-1, 44-2) configured to control current flowing between a wire through which electrical power is output from the power source (41, 42) and a ground level in accordance with a pulse having a predetermined pulse width at switching between operation modes that require different operation voltages; and wherein the control element (43-1, 43-2, 44-1, 44-2) is a resistor (43-1, 43-2) and a switch (44-1, 44-2) connecting the wire through which electrical power is output from the power source (41, 42) and the ground level in series, and the switch (44-1, 44-2) opens and closes in accordance with the pulse. a pixel region in which a plurality of pixels are disposed in a matrix of rows and columns; and a vertical drive circuit configured to drive the pixels on each row, wherein the vertical drive circuit includes a power source (41, 42) configured to supply electrical power to an output element (46-1, 46-2, 46-3) configured to output a drive signal for driving each pixel, and a control element (43-1, 43-2, 44-1, 44-2) configured to control current flowing between a wire through which electrical power is output from the power source (41, 42) and a ground level in accordance with a pulse having a predetermined pulse width at switching between operation modes that require different operation voltages; and wherein the control element (43-1, 43-2, 44-1, 44-2) is a resistor (43-1, 43-2) and a switch (44-1, 44-2) connecting the wire through which electrical power is output from the power source (41, 42) and the ground level in series, and the switch (44-1, 44-2) opens and closes in accordance with the pulse.