TH18070A - Battery charging and discharging systems and their corresponding methods - Google Patents

Abstract

The battery charging system (100) consists of a power supply (200) and a vibration mechanism (210). The power source provides current to the battery in order to charge it. Battery, while the vibration mechanism causes the battery to vibrate simultaneously to increase the transmitting capacity. Connectable of batteries The battery charge system consists of an electric load (300) and a vibration trigger (210). The load is electrically connected to the battery and a vibration mechanism makes The battery vibrates while the battery is discharging.

Claims (9)

1. Battery charging system, which includes Rechargable battery with solid-state electrolyte A power source that is electrically connected to a fully charged battery for recharging. Rechargeable batteries Pathways for vibration A rechargeable battery, which is electrically connected to a Power is supplied and placed in a rechargeable battery; And a power source, which charges the battery and simultaneously excites a path for vibration. 2. The system as described in claim No. 1, where the path for vibration is included. With ultrasonic transducer 3.The system, as described in claim 1, where the rechargeable battery is lithium battery 4.The system, as described in claim 1, whereby rechargeable batteries are Solid-state polymer battery 5. Battery charging system which includes Rechargable batteries of rated capacity and non-liquid electrolyte. A power source that is electrically connected to a rechargeable battery for recharging. Rechargable Battery, and the Way for Vibration A rechargeable battery, that is electrically connected to a source Power is supplied and placed outside the rechargeable battery; And a power source which stimulates a path for vibrating and recharging a charged battery Can be re-inserted simultaneously at a rate higher than the rated capacity of the rechargeable battery. 6.The system, as described in claim 5, where the path for vibration is composed of With ultrasonic transducer 7. The system, as described in claim 5, whereby rechargeable batteries are Solid-state polymer battery 8. A battery charger with a rated capacity and a non-liquid electrolyte, a charger with a power supply housing for charging the battery, placed in the housing. A way for connecting the battery to a power source; And the trembling that was carried by the body; And vibrators that are stimulated to provide mechanical vibrations to the battery while the source Power will charge the battery at a rate higher than the rated capacity of the battery. 9. The charger, as described in Clause 8, where the vibrator is composed of Ultrasonic transducer 1 0. A battery pack, which basically consists of a case with at least one rechargable battery cell placed in the housing, the cell The rechargeable battery has a solid-state electrolyte; And a vibratory pathway placed in the housing to vibrate the charged battery cell 1 1. The battery pack of claim No. 10, which is supplemented with contact to charge. That is placed on the housing and is electrically connected to at least one of the battery cells that can be recharged 1 2. The battery pack of claim 11, where the vibrating path is electrically connected to the face. Touch to charge 1 3.Battery discharge system, which includes Batteries with a rated capacity and a non-liquid electrolyte An electrical load that draws power from a battery, which is electrically connected to the battery. Vibration path for the arrangement of mechanical vibration to the battery, and vibration path that is electrically connected to the battery and is stimulated when the load draws power from Batteries that rate above the rated capacity of the battery 1 4.The system, as described in claim 13, where vibration paths include Ultrasonic transducer 1 5.The system, as described in claim 13, where the battery will be vibrated at a frequency higher than 20,000 Hz 1. 6.The system, as described in Claim 13, whereby rechargeable batteries are Lithium battery 1 7. A method for charging a battery with a solid-state electrolyte to provide a capacity of Increased batteries, a composite method by supplying a charged electric current to the battery while Vibrating Battery 1 8. A method of discharging a battery with a solid-state electrolyte, to provide a capacity. Of the batteries, the assembly method is that the load is applied to the battery while vibrating. Battery vibration 1 9. A battery pack for use with a portable communication device consisting of at least one battery cell containing solid state electrolyte, and placed in a housing; And vibration paths that are linked to at least one battery cell and are placed in a housing 2 0.Battery discharge system, which includes Batteries with solid-state electrolytes An electrical load that draws power from a battery, which is electrically connected to the battery. Vibration path, for providing mechanical vibration to the battery, placed outside the battery, and vibration path that is electrically connected to the battery and stimulated when the load draws power from the battery.