4 results about "Lithium polymer cell" patented technology

This invention relates to a magnetic compression stocking for the treatment of the widespread varicose vein, characterized in that it comprises a copper wire (2) positioned inside the stocking from the ankle to below the kneecap and wound along the stocking axis of the compression stocking (1) made of double-layered bamboo fabric and around the stocking, a battery holder (4) which holds the lithium polymer batteries in position, arranged in the form of a clamp and located inside the stocking at the ankle, and a housing (3) which includes a mobile application circuit with an inverter which converts the direct current generated by the batteries in the battery holder (4) into alternating current, and a Wi-Fi module.

This utility model relates to electrical engineering, specifically to autonomous power sources based on lithium-polymer (Li-Po) cells. It can be used in portable electronic devices, power tools, robotic systems, unmanned aerial vehicles, and other equipment requiring a stable, high-capacity DC power source. The technical result of this utility model is increased mechanical strength and operational safety.A lithium-polymer High Voltage battery for portable use comprises a housing made of heat-shrinkable tube, in which batteries are placed, fixed together with polypropylene adhesive tape to form a battery pack, the terminals of which are connected to a printed circuit board, to which a balancing and power cable are connected, while adhesive tape is glued to the current-carrying parts of the printed circuit board, followed by the application of gaskets made of ethylene vinyl acetate and electrical cardboard, which are fixed with reinforced adhesive tape, and the battery pack consists of lithium-polymer batteries with a capacity of 4300-4500 mAh and a voltage of 22.8 V. 1 fig.

A jump-start device for vehicle batteries, powered by a removable and rechargeable battery pack, such as a battery pack used with various handheld power tools. The battery pack is detachably connected to the vehicle battery jump-start device and can be selectively used to charge a power booster module within the device. The power booster module may contain, for example, a variety of supercapacitors or lithium-polymer battery cells. The power booster module, in combination with the battery pack, is used to jump-start a vehicle battery. The vehicle battery jump-start device includes a charge control circuit configured to manage the charging of the power booster module based on battery information received from the battery pack.

This utility model discloses a protection circuit for two lithium batteries, including a battery protection chip SC5550ABBE. The positive and negative terminals B+ and B- of the two lithium batteries are connected for charging via positive and negative charging terminals P+ and P-, respectively. A charge / discharge MOSFET is connected in series on the negative charging line. The battery protection chip SC5550ABBE is connected to collect the voltage of two cells from the two lithium batteries in each string and controls the on / off state of the charge / discharge MOSFET. This utility model's two-string lithium battery protection circuit uses the highly integrated lithium-ion or lithium polymer battery protection chip SC5550ABBE. This chip provides overcharge, over-discharge, overcurrent, open circuit, and overtemperature protection for the battery pack, as well as equalization functions, and supports cascading. By using this protection chip, the safety and reliability of lithium batteries can be effectively improved, and the battery life can be extended.