Washing and disinfecting method and washing and disinfecting device for heating air current containing detergent or washing powder and preparing air current into foam flow
A disinfection method and detergent technology, which can be used in washing devices, other washing machines, textiles and papermaking, etc., and can solve the problems of energy consumption and slow addition.
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Embodiment 1
[0072] as attached figure 1 As shown, the washing and disinfection method of detergent or powder mixed with bubble water as foam flow is as follows:
[0073] ① At the beginning of the washing stage, on the control panel, select "detergent" or "washing powder", select the corresponding amount of washing water; press the start button, the water inlet valve 3 is opened for the first time, and the tap water first passes through the microporous bubbler of the fence After 13, it enters the shear mixing chamber 1s of the wind-driven shear-mixing foam fluid generating device 1, the second path passes through the throttling water valve 17, enters the agent powder air-water mixing chamber 1r, and the third path enters the container barrel through the damping water outlet 11 15; the throttling water valve 17 and the damping water outlet 11 have a small damping coefficient, and are used to balance the inlet pressure of the fence micropore bubbler 13, mainly to ensure that gas and tap wate...
Embodiment 2
[0095] as attached figure 2 shown, with the attached figure 1 Compared with Embodiment 1, the throttling water valve 17 is removed; in Embodiment 2, the connection relationship between the liquid path and the gas path is:
[0096] The first output of the water inlet valve 3 is connected to the damping water outlet 11, and the tap water of the damping water outlet 11 enters the container barrel 15; the second road is connected to the water inlet of the powder-air-water mixing chamber 1r;
[0097] The main outlet of the gas booster pump 2 is connected to the air cavity 1q of the wind-driven shear-mixing foam fluid generating device 1, and the outlet branches of the gas booster pump 2 are respectively connected to the switch valve 1 4 and the switch valve 2 7; the switch valve 1 4 Connect throttle valve one 5, connect pneumatic conveying one 6, and pneumatic conveying one 6 connect the agent-powder air-water mixing chamber 1r of wind-force shear-mixing foam fluid generating dev...
Embodiment 3
[0101] as attached image 3 shown, with the attached figure 2 Compared with Embodiment 2, the shear mixing chamber 1s and a group of distributed small pores of the wind-driven shear-mixing foam fluid generating device 1 are removed; the connection relationship between the liquid path and the gas path of Embodiment 3 is:
[0102] The first output of the water inlet valve 3 is connected to the damping water outlet 11, and the tap water of the damping water outlet 11 enters the container barrel 15; the second road is connected to the water inlet of the powder-air-water mixing chamber 1r;
[0103] The main outlet of the gas booster pump 2 is connected to the air cavity 1q of the wind-driven shear-mixing foam fluid generating device 1, and the outlet branches of the gas booster pump 2 are respectively connected to the switch valve 1 4 and the switch valve 2 7; the switch valve 1 4 Connect throttle valve one 5, connect pneumatic conveying one 6, and pneumatic conveying one 6 conne...
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