Kitchen sink capable of automatically treating waste

Abstract

The invention provides a kitchen sink capable of automatically treating waste, and relates to the field of vegetable washing devices. The kitchen sink capable of automatically treating the waste comprises a sink body, a sewage discharge barrel, a sealing ring, a capacity increasing mechanism, a waste treatment mechanism and a material collecting mechanism, the top end of the sewage discharge barrel is communicated with the middle of the bottom face of the sink body, and the inner wall of the sealing ring is fixedly connected to the outer wall of the bottom end of the sewage discharge barrel in a sleeving mode, and the top end of the capacity increasing mechanism is fixedly connected with the outer walls of the two sides of the top end of the sewage discharge barrel. According to the kitchen sink capable of automatically treating the water, through a water guide pipe and a position-adapting pipe, the connecting part of the water guide pipe and the position-adapting pipe can promote the water guide pipe and the position-adapting pipe to move together, then a smashing structure below can be conveniently used, and then a sliding groove in the water guide pipe and a sliding block on the position-adapting pipe can promote the water guide pipe and the position-adapting pipe to have the telescopic function, so that a material guide structure and a water guide structure can work together, and the working efficiency of the waste treating mechanism is improved.

Description

technical field [0001] The invention relates to the field of vegetable washing devices, in particular to a kitchen sink capable of self-disposing of garbage. Background technique [0002] At present, in daily life, the usage rate of the kitchen sink is extremely high. People wash vegetables and dishes in the kitchen and produce more garbage, and larger garbage, such as vegetable leaves and leftovers, tend to flow directly into the sewer, causing sewer pollution. However, the existing anti-clogging kitchen sinks are only equipped with a filter bucket at the drain, and the larger garbage is isolated through the filter bucket, but the user needs to manually take out the filter bucket to clean up the garbage when disposing of the garbage. Harmful substances on the garbage will infect the user's hands like this, and then easily endanger the user's health. Simultaneously, this mode of manually cleaning up the garbage needs to be implemented after every meal, so that seriously redu...

AI Technical Summary

Problems solved by technology

[0002] At present, in daily life, the usage rate of the kitchen sink is extremely high. People wash vegetables and dishes in the kitchen and produce more garbage, and larger garbage, such as vegetable leaves and leftovers, tend to flow directly into the sewer, causing sewer pollution. However, the existing anti-clogging kitchen sinks are only equipped with a filter bucket at the drain, and the larger garbage is isolated through the filter bucket, but the user needs to manually take out the filter bucket to clean up the garbage when disposing of the garbage. In this way, the harmful substances on the garbage will be transmitted to the user's hands, which will easily endanger the user's body. At the same time, this manual cleaning of garbage needs to be carried out after each meal, so that the practicability of the sink is seriously reduced.

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