2results about How to "Extended runtime" patented technology

The application discloses a double-cone DNA chain-shaped magnetic micro-robot structure and a driving method. The micro-robot comprises a chain-shaped main body extending along a central axis, the chain-shaped main body is composed of two spiral main chains and a transverse connection sequence, the transverse connection sequence connects the two spiral main chains into a DNA chain-shaped structure, and an envelope circumscribing the micro-robot main body structure is double-cone-shaped. A magnetic functional layer and a biocompatible layer are sputtered on the outer surface of the micro-robot in sequence. The magnetic functional layer is magnetized to form a fixed magnetization direction with a preset misalignment angle with the central axis, so that the micro-robot can realize spiral propulsion under the action of an externally applied uniform rotating magnetic field. The propulsion direction can be switched by changing the rotating axis angle of the rotating magnetic field, so that the tail part can be used as the head part for propulsion in the return process, and the whole turning operation is avoided. The structure takes into account the drag reduction and attitude stability, and is suitable for micro-fluidic control and biomedical scenes.

This utility model discloses a sheet-like media replenishment device, relating to the field of automated sheet-like media processing. It is primarily used in game consoles to automatically replenish game cards, item cards, etc., for their sheet-like media conveying devices. It is also suitable for replenishing voucher cards and tickets in vending machines and other equipment. The device includes a card storage base with a card storage mechanism and a card replenishment mechanism. The card storage mechanism includes a card storage motor, an adjusting screw, and several card storage cylinders, capable of batch storage of media and automatically switching to a spare cylinder when a single storage cylinder is depleted. The card replenishment mechanism includes a card replenishment motor and a card replenishment plate, which pushes the media to the card slot of an external conveying device. A replenishment sensor, a media balance sensor, and a card slot vacancy sensor are also included to ensure accurate card replenishment and continuous supply, reducing manual intervention and meeting the automated replenishment needs of various scenarios.