Method and mechanism for scrubbing to remove residues from dishwasher

Abstract

The invention relates to a method for scrubbing to remove residues from a dishwasher. Two pulverizing members are arranged in a residue removing part of the dishwasher, the two pulverizing members have opposite surfaces, and a gap is formed between the two opposite surfaces; the two opposite surfaces rotate relative to each other, and the axes of rotation are intersected with or are perpendicularto the plane on which the two opposite surfaces are located; when residue removal is conducted on waste residues in the dishwasher, the flowing water is introduced into the gap between the two opposite surfaces, and in the relative rotation, the two opposite surfaces conduct scrubbing and rolling on the waste residues which flow in with the water. Through the relative rotation of the two oppositesurfaces, the waste residues are subjected to scrubbing and rolling; the intensity of scrubbing and rolling on the waste residues is large, especially compared with instantaneous contact and instantaneous detachment treatment manners such as impacting, cutting and the like on the waste residues, the scrubbing and rolling action has strong sustainability on the waste residues, and the treatment effect is better; compared with a conventional method of random impact and random touch cutting between waste residues and cutters, the treatment speed is greatly accelerated.

Description

technical field [0001] The invention relates to kitchen and bathroom equipment, in particular to a method and mechanism for rubbing and removing slag from a dishwasher. Background technique [0002] The slag removal of the dishwasher is usually to filter the waste slag into the slag removal mechanism, and the slag removal mechanism will crush it and then discharge it. The waste slag inside is impacted into fragments or cut and decomposed. The impact method is generally that the self-rotating cutter (which can rotate in the cavity at the same time) collides with the floating and flowing waste slag in the cavity to break the waste slag. For example, it is called "food waste The crushing knife and the crushing chamber structure shown in the disclosed technology of "Processor" (Patent No. 95222788.6); the cutting method is generally that the rotating cutter collides with the floating and flowing waste slag in the chamber with the cutting edge or the narrower side to remove Wast...

AI Technical Summary

Problems solved by technology

[0004] 1. In the slag removal mechanism, the waste slag is in a floating state with different motion trajectories, while the movement trajectory of the tool is relatively fixed, so the collision between the waste slag and the tool is random, and several relative movements are required to form a frontal collision. Moreover, some of the relative movements are invalid movements. Therefore, the existing collision or cutting processing methods are difficult to ensure the consistency of the waste slag crushing effect, and increase the kinetic energy consumption, especially because of too many invalid movements. The working time of the slag removal mechanism greatly reduces the waste slag processing speed, which has a great adverse effect on the working efficiency of the dishwasher

[0005] 2. The action of using the impact force generated by relative motion to process waste residue is an instantaneous action. Every time a collision occurs, the contact action only lasts for a short time, and it is difficult to form a continuous treatment of waste residue. For larger waste residue, it takes several Second cycle processing, not efficient

Images