Illuminating system with microbial battery for power generation
A technology of microbial battery and lighting system, applied in the field of microbial battery power generation, can solve the problems of lack of sufficient sunlight and wind pressure in drainage pipes, wind and solar energy cannot be used as energy, and cannot work for a long time, so as to reduce battery replacement and maintenance. cost, saving sewage treatment cost, cost saving effect
Inactive Publication Date: 2016-11-09
ZHEJIANG UNIV
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Problems solved by technology
[0006] (3) The lighting device installed in the drainage pipe that introduces the electric wire from the power grid and obtains electric energy from the electric wire will encounter the following problems respectively: 1) the personnel carrying the lighting device will bring inconvenience to the work to a certain extent Convenient, and not able to work for a long time
There is not enough sunlight and wind pressure in the sewer pipes, so wind and solar cannot be used as energy sources
Method used
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specific Embodiment
[0059] (1) Used in drainage pipes
[0060] The user selects LED lighting equipment with a working voltage of about 5V and a current of less than 1A according to their own needs for lighting brightness, and places them in the lamp holder of the upper ventilation part of the reactor. After the negative wires are connected, put the whole device directly into the water, the device will float automatically and start to work normally.
[0061] The staff does not need to maintain the equipment and replace the battery. As long as they enter the sewer again and enter the lighting jurisdiction of the lighting system, the LED lighting will automatically turn on and provide lighting. At the same time, the warning light can always be seen to be on. In the dim sewers, the staff does not need to carry any lighting equipment. They only need to follow the instructions of the warning light to know the direction of travel. At the same time, LEDs can provide sufficient working lighting for them. ...
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The invention relates to the field of power generation of microbial batteries, in particular to an illuminating system with a microbial battery for power generation. The whole illuminating system with the microbial battery for power generation is divided into a power source part, an energy collection part, an energy storage element, a voltage booster, an infrared induction module, an analog switch, a low-power-consumption LED warning lamp and a high-power LED illuminating lamp. It is proved through study and experiments that the microbial battery has a remarkable treatment effect on organic pollutants in sewage. By widely arranging the illuminating systems in a drainage pipeline, sewage in an urban drainage pipe network can be effectively treated. According to the illuminating system provided by the invention, the LED warming lamp can be kept operating all the time to be used for warning personnel of a dangerous area and indicating the advancing direction remotely when the personnel enter the drainage pipeline; and the high-power LED illuminating lamp of the illuminating system can be turned on when someone approaches, so that a work light source which has sufficient brightness and can last for a sufficient period of time is provided for workers entering a sewer.
Description
technical field [0001] The invention relates to the field of microbial battery power generation, in particular to a lighting system for microbial battery power generation. Background technique [0002] Drainage pipe network requires staff to enter, regular or irregular inspection, construction and maintenance. However, the sealed environment is very dim. Therefore, a lighting system is required in the drainage pipe network, so that there are sufficient lighting conditions for the staff to enter. [0003] The current lighting methods in sewers basically come from the following aspects: [0004] (1) The lighting equipment brought by the construction personnel; [0005] (2) Lighting devices installed in drainage pipes powered by batteries; [0006] (3) Lighting devices installed in drainage pipes that introduce wires from the power grid and obtain electrical energy from the wires, but they will encounter the following problems: 1) Personnel carrying lighting devices by thems...
Claims
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IPC IPC(8): F21S9/03F21S9/02F21S9/04F21V23/00F21V23/02H01M8/16F21Y115/10
CPCF21S9/02F21S9/03F21S9/04F21V23/003F21V23/02F21V23/026H01M8/16Y02E60/50
Inventor 田野
Owner ZHEJIANG UNIV