mhurhangee/ep-ind-claims huggingface dataset:
Method for estimating the range of an electric vehicle equipped with a battery and with an electric motor, characterized in that it comprises the following steps, - a step of separating the amount of electrical energy stored in the battery into a nominal amount and a reserve amount, - a step of estimating the consumed electrical energy for a predefined running duration, - a step of estimating the range of the vehicle, carried out either only on the basis of the nominal amount if the consumed energy is lower than a predefined threshold value, or on the basis of said nominal amount and of the reserve amount if said consumed energy is greater than said predefined threshold value, the reserve amount of energy, if the estimated consumed energy is greater than the predefined threshold value, being used upon the commencement of the running phase of the vehicle. - a step of separating the amount of electrical energy stored in the battery into a nominal amount and a reserve amount, - a step of estimating the consumed electrical energy for a predefined running duration, - a step of estimating the range of the vehicle, carried out either only on the basis of the nominal amount if the consumed energy is lower than a predefined threshold value, or on the basis of said nominal amount and of the reserve amount if said consumed energy is greater than said predefined threshold value, the reserve amount of energy, if the estimated consumed energy is greater than the predefined threshold value, being used upon the commencement of the running phase of the vehicle.
An operating mechanism for an electrical enclosure comprising: an electrical device comprising an antenna; a switch operator to operate an electrical switching device housed in the electrical enclosure via a hole from one or more holes in the electrical enclosure; and a housing to house the switch operator, the housing further housing the electrical device connectable to an electrical cable which is extendable from inside of the housing into an interior of the electrical enclosure via one of the one or more holes, the housing mountable onto an exterior surface of a wall of the electrical enclosure to cover the one or more holes and characterised in that the switch operator comprises: a movable cam; and a coupling link connected to the cam and extending through one of the one or more holes of the electrical enclosure to operate the electrical switching device.
A method for producing balance correction sheet used upon punching of paper so as to form an outer shape of a paper vessel, the balance correction sheet used for correcting the whole pressure balance of a punching machine, in which a punching die and a cutting plate for receiving blade tips of the punching die are attached to be opposed to each other, the method comprising steps of: attaching a balance correction die to the punching machine, the balance correction die having a plurality of punching blades (25 and 26) disposed at a predetermined interval; intermediately inserting blade tips of the punching blades (25 and 26) into a middle of a laminated sheet formed by laminating peelable sheets, so that incisions (101 and 102) are formed in the depth direction of the laminated sheet; and then partially removing the laminated sheet depending on the depths of the incisions (101 and 102) so as to prepare the balance correction sheet. attaching a balance correction die to the punching machine, the balance correction die having a plurality of punching blades (25 and 26) disposed at a predetermined interval; intermediately inserting blade tips of the punching blades (25 and 26) into a middle of a laminated sheet formed by laminating peelable sheets, so that incisions (101 and 102) are formed in the depth direction of the laminated sheet; and then partially removing the laminated sheet depending on the depths of the incisions (101 and 102) so as to prepare the balance correction sheet.
A method of controlling connectivity of a device to a cellular network, the method comprising: a node (110; 120) of the cellular network determining a characteristic of at least one uplink channel (112; 114; 122) between the device and the cellular network; depending on the determined characteristic of the at least one uplink channel (112; 114; 122), the node (110; 120) selecting a configuration for a downlink connection for the device, characterized by, said selecting of the configuration for the downlink connection comprising selecting between a first downlink connectivity configuration, in which the downlink connection of the device comprises a first downlink channel based on a first set of downlink radio resources, and a second downlink connectivity configuration, in which the downlink connection additionally comprises a second downlink channel (113; 121) based on a second set of downlink radio resources, wherein the connectivity configuration is either dual connectivity or carrier aggregation; and the node (110; 120) indicating the selected configuration to the device. a node (110; 120) of the cellular network determining a characteristic of at least one uplink channel (112; 114; 122) between the device and the cellular network; depending on the determined characteristic of the at least one uplink channel (112; 114; 122), the node (110; 120) selecting a configuration for a downlink connection for the device, characterized by, said selecting of the configuration for the downlink connection comprising selecting between a first downlink connectivity configuration, in which the downlink connection of the device comprises a first downlink channel based on a first set of downlink radio resources, and a second downlink connectivity configuration, in which the downlink connection additionally comprises a second downlink channel (113; 121) based on a second set of downlink radio resources, wherein the connectivity configuration is either dual connectivity or carrier aggregation; and the node (110; 120) indicating the selected configuration to the device.
A tire comprising a first circumferential main groove and a second circumferential main groove in a tread surface, wherein a resonator is formed in an intermediate land portion partitioned between the first circumferential main groove and the second circumferential main groove, the resonator comprises an auxiliary groove whose both ends terminate within the intermediate land portion, the resonator further comprises a branch groove extending so as to connect between the auxiliary groove and the first circumferential main groove, the branch groove having a smaller groove cross-sectional area than the auxiliary groove, characterised in that groove depths D1 of the first and second circumferential main grooves (11, 12) are 50% or less of groove widths W2 of the first and second circumferential main grooves (11, 12), respectively, a groove depth D3 of the auxiliary groove of the resonator is 70% or more of the groove depth D1 of the first circumferential main groove, and a pitch P1 between the branch grooves of the resonators in a tire circumferential direction is 2.5 to 5.0 times a groove depth D2 of the branch groove. a resonator is formed in an intermediate land portion partitioned between the first circumferential main groove and the second circumferential main groove, the resonator comprises an auxiliary groove whose both ends terminate within the intermediate land portion, the resonator further comprises a branch groove extending so as to connect between the auxiliary groove and the first circumferential main groove, the branch groove having a smaller groove cross-sectional area than the auxiliary groove, characterised in that groove depths D1 of the first and second circumferential main grooves (11, 12) are 50% or less of groove widths W2 of the first and second circumferential main grooves (11, 12), respectively, a groove depth D3 of the auxiliary groove of the resonator is 70% or more of the groove depth D1 of the first circumferential main groove, and a pitch P1 between the branch grooves of the resonators in a tire circumferential direction is 2.5 to 5.0 times a groove depth D2 of the branch groove.
A liquid discharging apparatus comprising: a head for discharging a liquid onto a medium; a heater for heating the medium; a detecting unit for performing sensing and detecting energy; a sensing target portion which is arranged to be sensed by the detecting unit and has an emissivity from 0.7 to 1; a control unit for controlling radiation energy of the heater on the basis of the energy detected by the detecting unit; and a medium supporting portion which supports the medium; characterized in that the medium supporting portion is provided with the sensing target portion. a head for discharging a liquid onto a medium; a heater for heating the medium; a detecting unit for performing sensing and detecting energy; a sensing target portion which is arranged to be sensed by the detecting unit and has an emissivity from 0.7 to 1; a control unit for controlling radiation energy of the heater on the basis of the energy detected by the detecting unit; and a medium supporting portion which supports the medium; characterized in that the medium supporting portion is provided with the sensing target portion.
An actuator (100, 200, 500), comprising: a plurality of power transmitters configured to transmit power sequentially, the plurality of power transmitters including a first power transmitter (130, 223, 233) and a second power transmitter (150, 231, 251), the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251) being adjacent ones of the plurality of power transmitters and configured to perform coaxial rotation motion; and an elastic element (140, 240, 340, 440) configured to connect the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251), CHARACTERISED IN THAT the actuator (100, 200, 500) further comprises: a first angle sensor (191, 291) configured to measure a first rotation angle of the first power transmitter (130, 223, 233); a second angle sensor (192, 292) configured to measure a second rotation angle of the second power transmitter (150, 231, 251); and a controller configured to determine a torque to apply between the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251) based on the first rotation angle and the second rotation angle; wherein the controller is preferably configured to determine the torque based on a difference between the first rotation angle and the second rotation angle. a plurality of power transmitters configured to transmit power sequentially, the plurality of power transmitters including a first power transmitter (130, 223, 233) and a second power transmitter (150, 231, 251), the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251) being adjacent ones of the plurality of power transmitters and configured to perform coaxial rotation motion; and an elastic element (140, 240, 340, 440) configured to connect the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251), CHARACTERISED IN THAT the actuator (100, 200, 500) further comprises: a first angle sensor (191, 291) configured to measure a first rotation angle of the first power transmitter (130, 223, 233); a second angle sensor (192, 292) configured to measure a second rotation angle of the second power transmitter (150, 231, 251); and a controller configured to determine a torque to apply between the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251) based on the first rotation angle and the second rotation angle; a first angle sensor (191, 291) configured to measure a first rotation angle of the first power transmitter (130, 223, 233); a second angle sensor (192, 292) configured to measure a second rotation angle of the second power transmitter (150, 231, 251); and a controller configured to determine a torque to apply between the first power transmitter (130, 223, 233) and the second power transmitter (150, 231, 251) based on the first rotation angle and the second rotation angle; wherein the controller is preferably configured to determine the torque based on a difference between the first rotation angle and the second rotation angle.
A method for controlling a variable ignition type diesel-gasoline dual fuel powered combustion engine in which a spark plug and a diesel fuel injector are provided in the interior of a cylinder, and air or a gasoline-mixed air is introduced by way of an air intake manifold and is spark-ignited or compression-ignited in the interior of the cylinder, comprising: a cold driving judgment step for judging whether or not an engine is warmed up by measuring the temperature of cooling water; an engine operating range judgment step for judging the engine operating range of the engine based on the speed and the load of the engine when it is judged that the engine is warmed up as a result of the judgment in the cold driving judgment step; and a combustion mode application step (S 130) for driving in the previously set combustion mode of the engine depending on the engine operating range determined in the engine operating range judgment step; characterized in that after the combustion mode application step (S 130), an engine stop judgment step is performed for judging whether or not the engine is stopped, and when it is judged that the engine is not stopped in the engine stop judgment step, the cold driving judgment step is performed. a cold driving judgment step for judging whether or not an engine is warmed up by measuring the temperature of cooling water; an engine operating range judgment step for judging the engine operating range of the engine based on the speed and the load of the engine when it is judged that the engine is warmed up as a result of the judgment in the cold driving judgment step; and a combustion mode application step (S 130) for driving in the previously set combustion mode of the engine depending on the engine operating range determined in the engine operating range judgment step; characterized in that after the combustion mode application step (S 130), an engine stop judgment step is performed for judging whether or not the engine is stopped, and when it is judged that the engine is not stopped in the engine stop judgment step, the cold driving judgment step is performed.
An intervertebral implant for the fusion of two adjacent vertebrae with an upper plane for contacting an upper vertebral body and a lower plane for contacting a lower vertebral body and a tubular structure, wherein the tubular structure is formed by a plurality of vertical tubes running from the upper plane to the lower plane and by a plurality of horizontal tubes (7,7',7") running in substantially horizontal direction throughout one side of the intervertebral implant straight to the opposite side of the intervertebral implant, characterized in that the horizontal tubes (7,7',7") of the tubular structure are parallel to each other or the horizontal tubes (7,7',7") of the tubular structure are grouped into groups of parallel tubes.
Method of decellularization of a dermis withdrawn from a subject including consecutively the following steps; (i) coating the dermis with an enzymatic solution capable of phagocytizing at least partly fibroblasts, macrophages, mast cells and other dermis-specific cells responsible for immune and rejection reactions in homologous and heterologous transplantations, and (ii) irradiating the dermis thus treated with ionizing radiations. (i) coating the dermis with an enzymatic solution capable of phagocytizing at least partly fibroblasts, macrophages, mast cells and other dermis-specific cells responsible for immune and rejection reactions in homologous and heterologous transplantations, and (ii) irradiating the dermis thus treated with ionizing radiations.
A hydraulic tire curing press apparatus for shaping and curing tires, wherein said apparatus comprising: an upper press cavity including a vertically separable upper housing, and a top mold fastened to the upper housing; a lower press cavity mounted on a base and capable of providing mold height adjustment during curing process, wherein said base comprises a bottom bolster structure, and a bottom mold, said bottom bolster structure comprises: an indexing lock ring means rotatably arranged with said bottom bolster structure to facilitate engagement or disengagement of said top mold with said bottom mold; plurality of hydraulic squeeze cylinders, wherein each squeeze cylinder includes means to move the bottom mold thereby providing mold height adjustment; a squeeze retract stop assembly adapted to restrict downward movement of said bottom mold during a tire curing process; characterized by a locking arrangement comprising at least one locking lever and at least one indexing lock pin, wherein said indexing lock pin is adapted to connect said locking lever to any one of lock holes in said bottom bolster structure, wherein each lock hole corresponds to a particular mold height, wherein said indexing lock ring has a bottom profile engaged to a groove in the bottom bolster structure and a top profile engaging with said upper housing and holding said upper housing in position during tire curing. an upper press cavity including a vertically separable upper housing, and a top mold fastened to the upper housing; a lower press cavity mounted on a base and capable of providing mold height adjustment during curing process, wherein said base comprises a bottom bolster structure, and a bottom mold, said bottom bolster structure comprises: an indexing lock ring means rotatably arranged with said bottom bolster structure to facilitate engagement or disengagement of said top mold with said bottom mold; plurality of hydraulic squeeze cylinders, wherein each squeeze cylinder includes means to move the bottom mold thereby providing mold height adjustment; a squeeze retract stop assembly adapted to restrict downward movement of said bottom mold during a tire curing process; an indexing lock ring means rotatably arranged with said bottom bolster structure to facilitate engagement or disengagement of said top mold with said bottom mold; plurality of hydraulic squeeze cylinders, wherein each squeeze cylinder includes means to move the bottom mold thereby providing mold height adjustment; a squeeze retract stop assembly adapted to restrict downward movement of said bottom mold during a tire curing process;
A method by a base station in a wireless communication system, the method comprising: determining configuration information on at least one reference signal related to radio resource management, RRM; transmitting a configuration message including the determined configuration information to a terminal; and transmitting, the at least one reference signal based on the configuration information, wherein the configuration message includes first information on a cell on which the at least one reference signal is transmitted and second information on resources to which the at least one reference signal is transmitted on the cell, wherein the first information includes information on an identity, ID, of the cell and frequency information associated with a measurement of the at least one reference signal transmitted on the cell, wherein the second information includes information for indicating that a synchronization signal block is correlated with the at least one reference signal and an index of the synchronization signal block, and wherein a timing of the at least one reference signal is identified based on the synchronization signal block, in case that the synchronization signal block is configured to be correlated with the at least one reference signal. determining configuration information on at least one reference signal related to radio resource management, RRM; transmitting a configuration message including the determined configuration information to a terminal; and transmitting, the at least one reference signal based on the configuration information, wherein the configuration message includes first information on a cell on which the at least one reference signal is transmitted and second information on resources to which the at least one reference signal is transmitted on the cell, wherein the first information includes information on an identity, ID, of the cell and frequency information associated with a measurement of the at least one reference signal transmitted on the cell, wherein the second information includes information for indicating that a synchronization signal block is correlated with the at least one reference signal and an index of the synchronization signal block, and wherein a timing of the at least one reference signal is identified based on the synchronization signal block, in case that the synchronization signal block is configured to be correlated with the at least one reference signal.
A method comprising: printing devices on a substrate such that the devices are randomly arranged on the substrate; covering the devices and areas between the devices with a first layer such that bumps are in the first layer coinciding with the locations of the devices: depositing a liquid second layer overlying the first layer that does not adhere to the bumps so that the liquid second layer only resides in areas between the bumps, due to surface tension, resulting in at least portions of the bumps protruding through the liquid second layer; curing the liquid second layer to form a cured second layer; and depositing a first material over the bumps and the cured second layer, wherein the first material only adheres to the bumps that protrude through the cured second layer, such that the first material is self-alisned with the devices. printing devices on a substrate such that the devices are randomly arranged on the substrate; covering the devices and areas between the devices with a first layer such that bumps are in the first layer coinciding with the locations of the devices: depositing a liquid second layer overlying the first layer that does not adhere to the bumps so that the liquid second layer only resides in areas between the bumps, due to surface tension, resulting in at least portions of the bumps protruding through the liquid second layer; curing the liquid second layer to form a cured second layer; and depositing a first material over the bumps and the cured second layer, wherein the first material only adheres to the bumps that protrude through the cured second layer, such that the first material is self-alisned with the devices.