Abstract: A portable green power device includes a case, an energy storage module, a kinetic power generating module, a control unit, and a port for discharging. The energy storage module has an input terminal set, an output terminal set, a protection circuit, and a parallel dynamic self-balancing mechanism. The output terminal set may be connected to an additional energy storage unit to expand power storage capacity of the portable green power device. The parallel dynamic self-balancing mechanism enables synchronous charging and discharging under a voltage level which is dynamically reached and falls between voltages of all the energy storage units connected in parallel. The control unit tracks and collects energy generated by the kinetic power generating module at a maximum power point and allows transfer of the generated energy to the energy storage module.

Abstract: An electrical energy storage device includes a casing, an input terminal set, an output terminal set, a protection circuit board, and an electricity conducting mechanism. At least one electrical energy storage unit is disposed inside the casing. The input terminal set is disposed on a side of the casing, and the output terminal set is disposed on the other side of the casing to connect with the input terminal set of another electrical energy storage device. The protection circuit board is electrically connected to the power storage unit. Two ends of the electricity conducting mechanism are respectively connected with the input terminal set and the output terminal set, and the input terminal set and the output terminal set are connected with the electrical energy storage unit via the electricity conducting mechanism and the protection circuit board.

Abstract: A portable green power device includes a case, an energy storage module, a kinetic power generating module, a control unit, and a port for discharging. The energy storage module has an input terminal set, an output terminal set, a protection circuit, and a parallel dynamic self-balancing mechanism. The output terminal set may be connected to an additional energy storage unit to expand power storage capacity of the portable green power device. The parallel dynamic self-balancing mechanism enables synchronous charging and discharging under a voltage level which is dynamically reached and falls between voltages of all the energy storage units connected in parallel. The control unit tracks and collects energy generated by the kinetic power generating module at a maximum power point and allows transfer of the generated energy to the energy storage module.

Abstract: An electrical energy storage device includes a casing, an input terminal set, an output terminal set, a protection circuit board, and an electricity conducting mechanism. At least one electrical energy storage unit is disposed inside the casing. The input terminal set is disposed on a side of the casing, and the output terminal set is disposed on the other side of the casing to connect with the input terminal set of another electrical energy storage device. The protection circuit board is electrically connected to the power storage unit. Two ends of the electricity conducting mechanism are respectively connected with the input terminal set and the output terminal set, and the input terminal set and the output terminal set are connected with the electrical energy storage unit via the electricity conducting mechanism and the protection circuit board.

Abstract: A portable green power device includes an energy storage module, a manpower generating module, a control unit and an AC charging module. The energy storage module has input terminals, output terminals and a DC charging port. The output terminal is connected to an additional energy storage module in parallel and/or an external device. The energy storage module is electrically connected in parallel to expand power storage capacity, and the expansion still enable charging and discharging synchronously with voltage levels balanced dynamically. The manpower generating module utilizes relative movement between a magnetic components and an induction coil to generate energy. The control unit tracks and collects the power generated by the manpower generating module with the maximum power point tracking circuit and then transfers the power to the energy storage module. The AC charging module transforms AC power to DC power and transfers the DC power to the energy storage module.

Abstract: An equipment for reconstructing environment of forest includes a phytonicidene container having phytonicidene contained therein, a booster, a high-energy molecule dividing device connected to the booster, and a generator of negative charges connected to the booster; the high-energy molecule dividing device and the generator of negative charges are made to generate a large amount of high-energy ionized small molecules, including ozone, and anions, by means of boosting of the booster, which high-energy ionized small molecules will get rid of the organic poisonous substance, germs, toxicants, and unpleasant odor in the air, making air in the environment like that in forests.

Abstract: A wound disinfecting device without using liquid disinfectant includes a main body, a control unit, a fan, an ozone generating unit, an ultraviolet generating unit, and an anion generating unit, which are all received in the main body. The main body has a front air outlet, and a rear air inlet. The fan is disposed adjacent to the rear air inlet. When the device is activated, ozone generated by the ozone unit is blown to outside by means of the fan such that a wound can be disinfected by the ozone, ultraviolet rays generated by the ultraviolet ray generating unit, and anions generated by the anion generating unit when the front air outlet is held close to a wound without coming into contact therewith.

Abstract: A wound disinfecting device without using liquid disinfectant includes a main body, a control unit, a fan, an ozone generating unit, an ultraviolet generating unit, and an anion generating unit, which are all received in the main body. The main body has a front air outlet, and a rear air inlet. The fan is disposed adjacent to the rear air inlet. When the device is activated, ozone generated by the ozone unit is blown to outside by means of the fan such that a wound can be disinfected by the ozone, ultraviolet rays generated by the ultraviolet ray generating unit, and anions generated by the anion generating unit when the front air outlet is held close to a wound without coming into contact therewith.