Bionic hand-washing robot capable of being used for washing hands by infants

Abstract

The invention discloses a bionic hand-washing robot capable of being used for washing hands by infants. A water storage tank is mounted in a body of the robot, a motor is mounted in the water storagetank, the motor drives a diaphragm pump, an outlet of the diaphragm pump is connected to a three-way pipe which separately comprises a water inlet pipe and two water outlet pipes, a humidifier is mounted on the end part of one water outlet pipe, a water outlet valve is mounted on the end part of the other water outlet pipe, an electric bionic hand is mounted below the water outlet valve, a water receiving basin is also mounted below the water outlet valve, a bottom water outlet of the water receiving basin is connected in the water storage tank through a water pipe, the robot is further provided with a soap box, a controller is mounted on a front barrel wall of the body, the controller is internally provided with a power supply general switch, an infrared induction probe, a distance sensing probe, a walking mechanism controller, a humidifier controller and a hand-washing water outlet controller, and a walking mechanism and a storage battery are mounted at the bottom of the body. The robot for washing hands of infants is a bionic lotiform-shaped robot of an interesting structure.

Description

Technical field [0001] The invention belongs to the technical field of household appliances, and specifically relates to a method for washing hands of infants and young children and a bionic hand washing robot. Background technique [0002] Infants and young children often get their hands dirty when eating and playing, and children like to eat their fingers. Therefore, it is easy to cause physical discomfort. For this reason, Bao Ma must wash her hands frequently. When Baoma washes the children's hands, she often uses her arms to wash her hands at the faucet in the bathroom. This is inconvenient and unsafe. If she is not careful, she will slip off the child, causing harm to the child. [0003] Phoenix Pacific Biosystems (PB) in Arizona, USA, has launched a series of automatic mobile phone washing, with different models suitable for use in hospitals, restaurants, food processing workshops and kindergartens. For example, one suitable for hospitals is traded as StatScrub. When in u...

AI Technical Summary

Problems solved by technology

[0004] The disadvantages of the automatic hand washing machine of Phoenix Taiping Biosystems are: (1) Since the overall structure of the hand washing machine is a closed design, when using it, you need to put your hands into the machine, and the process of washing hands cannot be seen from the outside. You can’t even see that the hand washing is not clean, and the closed structure makes it impossible for adults to help children, and children can’t see the process of washing their own hands. Therefore, it is difficult to cultivate and mobilize infants’ interest in washing hands, and it is easy to happen. Accident; (2) due to the water jet type hand washing method used in washing mobile phones, it is not only difficult to wash hands cleanly by water flow, but also wastes water resources; (3) because mobile phones cannot automatically walk, they can only be placed In a fixed place, therefore, every time you wash your hands, you have to go to the hand washing machine, which is a bit inconvenient to use

[0005] The structure and function of the automatic washing machine in the domestic market are even simpler. Its essence is just an automatic foam extruder, which needs to be used together with the washbasin and faucet, and its function and convenience are greatly reduced.

[0006] To sum up, so far, in this technical field, there is no efficient hand-washing robot that can allow people to wash their hands at any time

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