mhurhangee/ep-ind-claims huggingface dataset:
A grass trimmer comprising: a grass trimmer head; a brushless motor configured to drive the grass trimmer head to rotate to cut vegetation; a drive circuit connected to the brushless motor and configured to drive the brushless motor to output power; and a controller connected to the drive circuit and configured to control the drive circuit, wherein the grass trimmer head comprises a spool and a head housing, wherein the spool is configured to wind a grass trimmer rope, and the head housing is configured to accommodate the spool; wherein the grass trimmer has an automatic winding mode, wherein in the automatic winding mode, the brushless motor is configured to drive at least one of the spool and the head housing so that the spool and the head housing rotate relatively and the grass trimmer rope is automatically wound onto the spool; wherein the controller is configured to: in the automatic winding mode, output a control signal to the drive circuit according to at least one of a given voltage and a given current so that a rotation speed of the brushless motor is constant; characterized in that in the automatic winding mode, the spool and the head housing are configured to be subjected to varying resistances, wherein the varying resistances are configured to fluctuate periodically; and the at least one of the given voltage and the given current is configured to enable the controller to output a control signal so that the at least one of the spool and the head housing overcomes a resistance with a maximum resistance value among the varying resistances. a grass trimmer head; a brushless motor configured to drive the grass trimmer head to rotate to cut vegetation; a drive circuit connected to the brushless motor and configured to drive the brushless motor to output power; and a controller connected to the drive circuit and configured to control the drive circuit, wherein the grass trimmer head comprises a spool and a head housing, wherein the spool is configured to wind a grass trimmer rope, and the head housing is configured to accommodate the spool; wherein the grass trimmer has an automatic winding mode, wherein in the automatic winding mode, the brushless motor is configured to drive at least one of the spool and the head housing so that the spool and the head housing rotate relatively and the grass trimmer rope is automatically wound onto the spool; wherein the controller is configured to: in the automatic winding mode, output a control signal to the drive circuit according to at least one of a given voltage and a given current so that a rotation speed of the brushless motor is constant; characterized in that in the automatic winding mode, the spool and the head housing are configured to be subjected to varying resistances, wherein the varying resistances are configured to fluctuate periodically; and the at least one of the given voltage and the given current is configured to enable the controller to output a control signal so that the at least one of the spool and the head housing overcomes a resistance with a maximum resistance value among the varying resistances.
A method for controlling a corrective oscillation-reducing function that limits the speed or torque oscillations on transmissible elements linking an electric machine to the wheels of an electric or hybrid vehicle, said function correcting the torque setpoint given to this machine in order to limit these oscillations, from speed or torque measurements on the transmission, characterized in that, during the activation of the smoothness function, it counts the number of significant oscillations exceeding a predefined strength threshold (74, 76) within a time limit, and when said threshold has been exceeded a certain number of times, it deactivates the curative smoothness control function.
A solid controlled release dosage form comprising: a core comprising a first portion of an opioid analgesic dispersed in a first matrix material comprising polyethylene oxide having an average molecular weight from about 300,000 to about 3,000,000; and a shell encasing the core and comprising a second portion of the opioid analgesic dispersed in a second matrix material comprising polyethylene oxide having an average molecular weight from about 4,000,000 to about 10,000,000; wherein the weight ratio of the core to the shell is from about 1:1.2 to about 1:1.5, and wherein the opioid analgesic in the first and second portion is hydrocodone bitartrate. a core comprising a first portion of an opioid analgesic dispersed in a first matrix material comprising polyethylene oxide having an average molecular weight from about 300,000 to about 3,000,000; and a shell encasing the core and comprising a second portion of the opioid analgesic dispersed in a second matrix material comprising polyethylene oxide having an average molecular weight from about 4,000,000 to about 10,000,000; wherein the weight ratio of the core to the shell is from about 1:1.2 to about 1:1.5, and wherein the opioid analgesic in the first and second portion is hydrocodone bitartrate.
A vehicle-mounted camera device (100, 101) that is arranged to capture a surrounding image from which lights are collected by a lens surface, comprising: a lens surface formed to have a surface with hydrophilicity so that liquid attached on the surface is made into a form of a liquid film; and characterized by further comprising: a water-retaining member provided along a lower edge of the lens surface (1 a) in a protruding manner and provided with a central portion having a downwardly recessed shape when viewed from the front of the lens surface (1 a), to retain the liquid film formed on the lens surface so as to stay on the lens surface. a lens surface formed to have a surface with hydrophilicity so that liquid attached on the surface is made into a form of a liquid film; and characterized by further comprising: a water-retaining member provided along a lower edge of the lens surface (1 a) in a protruding manner and provided with a central portion having a downwardly recessed shape when viewed from the front of the lens surface (1 a), to retain the liquid film formed on the lens surface so as to stay on the lens surface. a water-retaining member provided along a lower edge of the lens surface (1 a) in a protruding manner and provided with a central portion having a downwardly recessed shape when viewed from the front of the lens surface (1 a), to retain the liquid film formed on the lens surface so as to stay on the lens surface.
Window cleaning system for a vehicle, comprising - a window cleaning device (1, 2) for cleaning a window, in particular the windscreen, - a position input device for inputting a position on the window, and - a control device connected to the window cleaning device (1, 2) and to the position input device for signalling purposes, wherein the window cleaning device (1, 2) can be controlled by the control device in order specifically to clean a position, detected by the position input device, on the window, characterized in that the at least one window wiper is provided with two or more cleaning liquid nozzles, wherein the cleaning liquid nozzles can be activated independently of one another in order to discharge cleaning liquid, wherein, during a wiping movement of the window wiper, specifically the cleaning liquid nozzle or the cleaning liquid nozzles which sweeps or sweep closest over the position, detected by the position input device, on the window are activated for discharging cleaning liquid. - a window cleaning device (1, 2) for cleaning a window, in particular the windscreen, - a position input device for inputting a position on the window, and - a control device connected to the window cleaning device (1, 2) and to the position input device for signalling purposes, the at least one window wiper is provided with two or more cleaning liquid nozzles, wherein the cleaning liquid nozzles can be activated independently of one another in order to discharge cleaning liquid, wherein, during a wiping movement of the window wiper, specifically the cleaning liquid nozzle or the cleaning liquid nozzles which sweeps or sweep closest over the position, detected by the position input device, on the window are activated for discharging cleaning liquid.
Method for the bioleaching of a metalliferous ore, said method comprising the following steps: a) adding to a tank (10, 20, 30, 51) a ground metalliferous ore, a medium comprising a microbial bioleaching consortium and a nutrient substrate of the microorganisms of the microbial consortium, b) obtaining a suspension in the tank (10, 20, 30, 51) by means of at least one stirring system (1', 2', 3') for placing and/or holding the metalliferous ore in suspension in a liquid phase, c) injecting a gas containing oxygen and optionally carbon dioxide into the suspension, d) bioleaching the metalliferous ore in the suspension with the microbial consortium so as to obtain released metal, e) recovering a liquid product containing released metal and consisting of (a) a liquor and (b) a solid residue, characterised in that the temperature of the suspension is controlled by regulating the flow rates and the composition of the injected gas, as well as, optionally, the solid concentration of the suspension, the temperature of the suspension being controlled so as to be maintained within a predetermined range suitable for bioleaching. a) adding to a tank (10, 20, 30, 51) a ground metalliferous ore, a medium comprising a microbial bioleaching consortium and a nutrient substrate of the microorganisms of the microbial consortium, b) obtaining a suspension in the tank (10, 20, 30, 51) by means of at least one stirring system (1', 2', 3') for placing and/or holding the metalliferous ore in suspension in a liquid phase, c) injecting a gas containing oxygen and optionally carbon dioxide into the suspension, d) bioleaching the metalliferous ore in the suspension with the microbial consortium so as to obtain released metal, e) recovering a liquid product containing released metal and consisting of (a) a liquor and (b) a solid residue,
A heat pump type hot water supply apparatus comprising: a heat pump unit for heating water; a hot water tank for storing therein hot water heated by the heat pump unit; a lower-position side water circulation pipe and a higher-position side water circulation pipe, an endothermic heat exchanger connected to a bottom side of the hot water tank by the lower-position side water circulation pipe, and connected to a top side of the hot water tank by the higher-position side water circulation pipe, a radiative heat exchanger on a heat pump unit side, wherein the endothermic heat exchanger is provided in correspondence to the radiative heat exchanger, and a hot water supply heat exchanger which is placed substantially over a vertical entirety of interior of the hot water tank and in which water flows from lower side toward upper side of the interior, wherein a hot water supply pipe connected to a top portion of the hot water supply heat exchanger projects from a top portion of the hot water tank, wherein the heat pump type hot water supply apparatus is configured such that water (W 0) stored in the hot water tank is circulated in a bypass state from the bottom side to the top side via the lower-position side water circulation pipe, the higher-position side water circulation pipe and the endothermic heat exchanger so as to be heated to a desired temperature by the radiative heat exchanger on the heat pump unit side, characterized in that the hot water supply heat exchanger includes a coil-like pipe which is denser in coil pitch on its lower side than on its upper side. a heat pump unit for heating water; a hot water tank for storing therein hot water heated by the heat pump unit; a lower-position side water circulation pipe and a higher-position side water circulation pipe, an endothermic heat exchanger connected to a bottom side of the hot water tank by the lower-position side water circulation pipe, and connected to a top side of the hot water tank by the higher-position side water circulation pipe, a radiative heat exchanger on a heat pump unit side, wherein the endothermic heat exchanger is provided in correspondence to the radiative heat exchanger, and a hot water supply heat exchanger which is placed substantially over a vertical entirety of interior of the hot water tank and in which water flows from lower side toward upper side of the interior, wherein a hot water supply pipe connected to a top portion of the hot water supply heat exchanger projects from a top portion of the hot water tank,
A building sliding door system for separating a first building region from a second building region, comprising: a frame structure which has a door frame region, a passage region, and a wall shell region, a sliding door which can be moved in the frame structure between a closed position and an open position along a movement axis (x) and has an end face and a door leaf, wherein the wall shell region at least partially receives the sliding door in the open position, wherein the end face points in the direction of the passage region and extends transversely to the movement axis (x) and wherein the door leaf, starting from the end face, extends substantially parallel to the movement axis (x); an electromechanical drive unit and a control device, wherein the electromechanical drive unit and the control device are designed to move the sliding door; characterized in that an electronic display device is provided, which is arranged in a fixed vertical section on the sliding door and is connected to the control device, wherein the display device has a user interface which extends over the edges between a fixed region of the end face and a fixed region of the door leaf, and in that the control device is designed to control the display device to display information, wherein the information display takes place on the door leaf side and/or on the end face. a frame structure which has a door frame region, a passage region, and a wall shell region, a sliding door which can be moved in the frame structure between a closed position and an open position along a movement axis (x) and has an end face and a door leaf, wherein the wall shell region at least partially receives the sliding door in the open position, wherein the end face points in the direction of the passage region and extends transversely to the movement axis (x) and wherein the door leaf, starting from the end face, extends substantially parallel to the movement axis (x); an electromechanical drive unit and a control device, wherein the electromechanical drive unit and the control device are designed to move the sliding door; characterized in that an electronic display device is provided, which is arranged in a fixed vertical section on the sliding door and is connected to the control device, wherein the display device has a user interface which extends over the edges between a fixed region of the end face and a fixed region of the door leaf, and in that the control device is designed to control the display device to display information, wherein the information display takes place on the door leaf side and/or on the end face.
A game system comprising: a plurality of information processing apparatuses (10A, 10B) configured to communicate with each other and include at least a first information processing apparatus and a second information processing apparatus; and a control unit configured to control the plurality of information processing apparatuses (10A, 10B), wherein the first information processing apparatus includes a first display unit and a first touch panel that detects contact on the first display unit, the second information processing apparatus includes a second display unit and a second touch panel that detects contact on the second display unit, and when a slide input from a first position on the first touch panel to a second position on the second touch panel is detected, based on touch information detected by the first touch panel and the second touch panel, the control unit sets a positional relationship of the first display unit and the second display unit, based on a first slide input on the first touch panel and a second slide input on the second touch panel, out of the slide input from the first position to the second position, performs game processing that is based on the positional relationship, and causes at least one of the first display unit and the second display unit to perform display that is based on the game processing. a plurality of information processing apparatuses (10A, 10B) configured to communicate with each other and include at least a first information processing apparatus and a second information processing apparatus; and a control unit configured to control the plurality of information processing apparatuses (10A, 10B), wherein the first information processing apparatus includes a first display unit and a first touch panel that detects contact on the first display unit, the second information processing apparatus includes a second display unit and a second touch panel that detects contact on the second display unit, and when a slide input from a first position on the first touch panel to a second position on the second touch panel is detected, based on touch information detected by the first touch panel and the second touch panel, the control unit sets a positional relationship of the first display unit and the second display unit, based on a first slide input on the first touch panel and a second slide input on the second touch panel, out of the slide input from the first position to the second position, performs game processing that is based on the positional relationship, and causes at least one of the first display unit and the second display unit to perform display that is based on the game processing.
An electronic device comprising, a communication circuit configured to provide wireless communication; a processor (120, 121) electrically connected to the communication circuit; and a memory electrically connected to the processor, wherein the memory stores instructions configured to cause the processor to, when executed, establish communication with an external electronic device (102, 104) using the communication circuit by operating as a media agnostic universal serial bus, MA USB, device to perform device functions defined in MA USB specifications; determine to change the electronic device to be a MA USB host, based on a type of an application which is executed in the electronic device; and communicate with the external electronic device by operating as the MA USB host to suspend providing a service as the MA USB device and to perform host functions defined in the MA USB specifications. a communication circuit configured to provide wireless communication; a processor (120, 121) electrically connected to the communication circuit; and a memory electrically connected to the processor, wherein the memory stores instructions configured to cause the processor to, when executed, establish communication with an external electronic device (102, 104) using the communication circuit by operating as a media agnostic universal serial bus, MA USB, device to perform device functions defined in MA USB specifications; determine to change the electronic device to be a MA USB host, based on a type of an application which is executed in the electronic device; and communicate with the external electronic device by operating as the MA USB host to suspend providing a service as the MA USB device and to perform host functions defined in the MA USB specifications.
A wastewater monitoring device comprising: a shell member and a piston member, the piston being locatable inside the shell member so as to define a selectively sealable first chamber; a first actuator for the shell member and a second actuator for the piston member; a first oxygen sensor, operable to measure the level of oxygen dissolved in a liquid; said first oxygen sensor being locatable inside of the sealed sealable first chamber; a second oxygen sensor, operable to measure the level of oxygen dissolved in the wastewater being tested; inlet sample holes to allow liquid samples to be taken inside of the shell member; and an outer casing, wherein said shell member, piston member, first actuator and second actuator, first oxygen sensor and second oxygen sensor are housed within the casing, said casing having an open end through which the piston member and/or the shell member can be deployed and withdrawn; wherein said device is operable such that each of said shell member and said piston member can be independently actuated relative to the other and such that at least one of said shell member and piston member is actuatable linearly relative to the other so as to selectively seal the first chamber with the first oxygen sensor and a sample of the wastewater being tested therein. a shell member and a piston member, the piston being locatable inside the shell member so as to define a selectively sealable first chamber; a first actuator for the shell member and a second actuator for the piston member; a first oxygen sensor, operable to measure the level of oxygen dissolved in a liquid; said first oxygen sensor being locatable inside of the sealed sealable first chamber; a second oxygen sensor, operable to measure the level of oxygen dissolved in the wastewater being tested; inlet sample holes to allow liquid samples to be taken inside of the shell member; and an outer casing, wherein said shell member, piston member, first actuator and second actuator, first oxygen sensor and second oxygen sensor are housed within the casing, said casing having an open end through which the piston member and/or the shell member can be deployed and withdrawn; wherein said device is operable such that each of said shell member and said piston member can be independently actuated relative to the other and such that at least one of said shell member and piston member is actuatable linearly relative to the other so as to selectively seal the first chamber with the first oxygen sensor and a sample of the wastewater being tested therein.
Method for extracting or producing hydrocarbon from a granular or fragmentary solid mineral material, said method comprising: - a step for mixing the mineral material with a sorbent material, such that the sorbent material is charged with hydrocarbon to the detriment of the mineral material; followed by, - a step for separating at least an essential portion of the sorbent material charged with hydrocarbon, from the remainder of the mixture obtained in the preceding step; followed by, - a step for extracting most of the hydrocarbon present on the separated sorbent material portion, characterised in that said separation step comprises the transfer, onto a screening surface of a screen, and washing with a washing fluid, preferably water, of the mixture obtained following the mixing step, such that; - a first fraction from said screen essentially comprises the sorbent material charged with hydrocarbon, and - a second fraction from said screen essentially consists of a depleted mineral material; and in that said extraction step comprises a centrifugation of said charged sorbent material. - a step for mixing the mineral material with a sorbent material, such that the sorbent material is charged with hydrocarbon to the detriment of the mineral material; followed by, - a step for separating at least an essential portion of the sorbent material charged with hydrocarbon, from the remainder of the mixture obtained in the preceding step; followed by, - a step for extracting most of the hydrocarbon present on the separated sorbent material portion, - a first fraction from said screen essentially comprises the sorbent material charged with hydrocarbon, and - a second fraction from said screen essentially consists of a depleted mineral material;