Intelligent sprinkling can and control method thereof

Abstract

The invention discloses an intelligent sprinkling can. The intelligent sprinkling can comprises a can body and a machine shell serving as a can cover, and the intelligent sprinkling can is characterized in that the machine shell is detachably connected with the top of the can body; a water inlet guide pipe is arranged in the can body, and a micro water pump, a water outlet guide pipe and a nozzleare arranged in the machine shell; one end of the water inlet guide pipe is inserted into the bottom of the can body, and the other end of the water inlet guide pipe is connected with a water suctionopening of the micro water pump; one end of the water outlet guide pipe is connected with a water outlet of the micro water pump, and the other end of the water outlet guide pipe is connected with thenozzle; the intelligent sprinkling can further comprises a control system; and the control system is used for controlling the micro water pump to conduct automatic induction water outlet. The invention further provides a control method of the intelligent sprinkling can. The intelligent sprinkling can is conveniently used on a table top, automatic induction water outlet is achieved, the water outlet flow is continuous and stable, and the water outlet flow is adjustable; the can body can be disassembled and assembled, and a cleaning medium is easily added into the can body; and the intelligentsprinkling can is suitable for flushing small-particle objects.

Description

technical field [0001] The invention relates to the technical field of daily necessities, in particular to an intelligent watering can. Background technique [0002] In daily family life, people often need to clean some high-value and precious small particle items, such as diamonds, rings, earrings, earrings, earrings, earrings, chest pendants and contact lenses and color contact lenses of gemstone jewelry. , Rigid contact lenses, etc. [0003] For granular items such as gemstone jewelry, a common cleaning method is manual cleaning: pour a suitable cleaning solution into a container, immerse the jewelry in the cleaning solution and scrub with a soft-bristled toothbrush, and then rinse the jewelry with clean water , dry with a soft, lint-free cloth before wearing or storing. Another cleaning method is to use an ultrasonic automatic cleaner to clean the jewelry, soak the jewelry in the cleaning solution, and use the vibration and impact generated by the cavitation effect of ...

AI Technical Summary

Problems solved by technology

However, the flow rate of ordinary infrared sensor faucets is too large and cannot be adjusted, and there are also the aforementioned problems of using the kitchen and bathroom sinks to rinse granular items

In addition, although household water purifier faucets can provide water with a relatively high degree of cleanliness, the common infrared sensor faucets on the market are generally suitable for connecting to tap water pipes, which are difficult to adapt to the common water purifier pipes on the market and need to be modified In order to realize the connection of the infrared sensor faucet to the pipeline of the water purifier; in addition, the quality of the effluent water filtered by the water purifier may not meet the hygiene and cleanliness requirements for washing contact lenses.

[0012] The common automatic sensor soap dispensers on the market have the function of automatically spraying out hand sanitizer: when you reach out to the sensing area, a ball of soap will be pumped out, but it cannot output continuous water flow, and it cannot achieve continuous water discharge when your hand reaches the sensing area. The function of shutting off the water immediately by hand, and the automatic sensor soap dispenser usually uses a special water pump for soap dispensers, with a foamer, which cannot output water flow

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