The invention discloses a rubbish disposer for a home kitchen and bathroom. The kitchen and bathroom rubbish disposer is composed of a convenient feeding mechanism, a cutter disk and inner ring smashing
system and a water inlet-outlet
system which is electrically controlled by a
single chip microcomputer. After feeding, the whole process is completed automatically. After a foot plate is stepped on, a separation plate is pulled to be opened through a steel wire, and rubbish is put into a cavity of an upper box body from a feed inlet. The foot plate is loosened, and the separation plate is reset. The feed inlet is closed, and an
electric control program is started. Flowing-in and flowing-out of water are controlled through electromagnetic valves. A cutter disk is driven through a motor to rotate while the water inlet
electromagnetic valve is opened. The cutter disk is provided with 3-6 cutter blades through which the rubbish can be smashed. An inner ring is provided with a multi-hole
cutting edge. Fibrous matter which is difficult to smash is shredded under the combined action of the multi-hole
cutting edge and the cutter blades on the cutter disk. The lower end of the inner ring is provided with a groove, and an annular cavity is formed by the inner ring and the inner wall of a box body, so that up-down circulation of
water flow is facilitated and the rubbish is smashed multiple times. After smashing, the water outlet
electromagnetic valve is opened, and the rubbish is discharged from a water outlet. The rubbish disposer can be used for disposing kitchen waste vegetable leaves, plastic bags, baby diapers,
sanitary pads and other rubbish containing fibers, and the problems that sewers of the kitchen, the bathroom and a
toilet are blocked due to the rubbish are solved, so that the
home environment is improved.