Intelligent fish tank hardware scheme
Intelligent fish tank hardware scheme
Development prospect of intelligent fish tank
With the development of China's economy and the substantial improvement of people's living standards, people's consumption concept has changed greatly, the consumption level and level are improving, people's life taste is getting higher and higher, and the personalization and environmental protection of the environment are also getting more and more attention. The related leisure, home decoration and other industries are showing a corresponding trend of vigorous development. People began to yearn for the peace and harmony of nature, and a vibrant and verdant fish grass aquarium can not only bring people a very relaxed and comfortable beauty, but also adjust the living environment. There is a huge market prospect for intelligent fish tanks in the future.
Intelligent fish tank hardware scheme
Working principle of intelligent fish tank
The solenoid valve and the water level gauge mainly control the water level to play a double insurance, and the single-chip microcomputer control is more accurate. Effectively prevent water from flowing out of the cylinder. The solenoid valve and the pump motor are used to pump out the submerged water to be replaced. The amount of water to be replaced is set by the single-chip microcomputer, and the flow rate is controlled by a small amount. The working process is to control the solenoid valve with single chip microcomputer When the power is turned on, the solenoid valve is opened and the water pipe is connected. On the contrary, the power supply of the solenoid valve is turned off and the water pipe is cut off. The water inlet pipe is directly connected to the water supply pipe. The amount of water inflow depends on how much water you want to change (the water that is pumped out). This is also the use of single-chip microcomputer to control the solenoid valve and the pumping motor. The drain pipe is connected to the water outlet of the pumping motor. As long as the power supply is connected, the water will be discharged to the outside. If the water is drained by 30 liters per hour every day, 210 liters of water can be replaced in a week (the timer controls the drain solenoid valve to turn on the power for one hour). The method is to use a timer to set the time, such as 1-2 p.m. for water drainage and 2-3 p.m. for water inflow. This process is an automatic circulating water exchange. The timer setting time and the fine adjustment on the regulating solenoid valve are to control the amount of water and the flow of water. The water level gauge is used to control the height of the water level. The water inlet pipe is connected to the water level gauge for double protection to prevent water from overflowing the fish tank. On this basis, an instrument for monitoring water quality is added to the fish tank.
Intelligent fish tank hardware scheme
hardware structure
The core components of intelligent fish tank are composed of intelligent temperature control system, intelligent feeding system, intelligent water exchange system and intelligent oxygen supply system.
The intelligent temperature control system is mainly composed of sensor module, automatic control module, heating module and display module. The intelligent feeding system is mainly composed of a bait box, a quantitative feeder, an executive device and a control device. The sensor is an important hardware of the intelligent fish tank. We can put it into the fish tank through magnetic accessories, and the magnetic accessories have conductive function.
Functions of hardware scheme
The functions of the hardware intelligent solution of this fish tank mainly include automatic display of time, year, month and day; Automatic induction room temperature intelligent fish tank; Automatic constant temperature; Automatic heating; Automatic oxygen supply; Automatic carbon dioxide supply; Automatic biochemical filtration; Automatic lighting; Automatic feeding.
Function of hardware solution - automatic feeding
Hardware scheme development
Mainboard development, control board development, circuit board development, microcontroller development, PCBA development, embedded hardware system development.