Washing equipment with auxiliary washing function
A kind of washing equipment and equipment technology, applied in the field of washing, can solve the problems of complex drainage structure of ultrasonic cleaning device, inconvenient after-sales maintenance, inconvenience for users to clean up, etc., and achieve the advantages of easy production, installation and after-sales maintenance, simple structure, and simplified intake and drainage structure Effect
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Embodiment 1
[0063] Such as Figure 4 to Figure 5 As shown, the pressure unit described in this embodiment is a drain hose 13 , one end communicates with the water outlet 73 of the siphon drain pipe 7 , and the other end communicates with the side wall of the equipment drain pipe 14 .
[0064] When sink 3 is draining normally (see Figure 4 ), drain hose 13 is not affected by atmospheric pressure, waste water can normally pass through siphon drain pipe 7, drain hose 13, and drain through equipment drain pipe 14; when washing tank 3 works, if equipment drain pipe 14 drains (see Figure 5 ), the siphon drain pipe 7 is affected by the negative pressure, the pressure inside the drain hose 13 is less than the external atmospheric pressure, and the external atmospheric pressure presses the drain hose 13 to close the hose, and the siphon drain pipe 7 cannot produce a siphon effect at this time, thereby avoiding misuse drain.
Embodiment 2
[0066] Such as Figure 6 to Figure 7 As shown, the pressure unit described in this embodiment is a ball float valve 15, including a chamber 151 for the float 152 to move up and down. The water outlet end communicates with the side wall of the equipment drain pipe 14.
[0067] When the waste water in the washing tank 3 is drained normally (see Figure 6 ), the waste water flows into the chamber 151 of the ball float valve 13, and the ball float 152 floats up. At this moment, the outlet end of the chamber 151 is opened, and the waste water can be discharged normally; Figure 7 ), resulting in a negative pressure in the pipe between the chamber 151 and the equipment drain pipe 14, the negative pressure in the pipe will suck the float 152, at this time the float 152 blocks the water outlet of the chamber 151, and the siphon drain of the washing tank 3 7 At this time, the siphon effect cannot be produced, thereby avoiding mis-drainage.
Embodiment 3
[0069] The auxiliary cleaning unit described in this embodiment is provided with a water level detection device (not shown in the figure), which detects the water level of the washing tank to automatically control water intake and drainage; the water level of the washing tank includes the washing water level, and the water intake stops when the washing water level is reached. Drainage water level, when draining, the advanced water reaches the drainage water level, stop the water intake, and use the siphon principle to siphon the drainage pipe to automatically drain, wherein the washing water level is lower than the drainage water level.
[0070] The automatic inlet and outlet of the auxiliary cleaning unit is realized by using the water level detection device, and the use is more convenient.
[0071] Further, the water level of the washing tank also includes a maximum water level, an overflow port is provided corresponding to the maximum water level, and the maximum water level...
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