Dish cleaning machine

Abstract

The present invention provides a tableware washing machine, which can maintain clean of tank cleaning and stop different bad smell from producing, wherein lower level basket is placed in the tableware wash machine, and on its body, a small tableware box is installed. Set up a small utensils covered body in front of the box, with the presence of holes antibacterial agent shell, which contains 69% by weight of calcium phosphate, 27% by weight of zinc oxide, 3% by weight of Silver oxide and 1% by weight of cobalt oxide.

Description

technical field [0001] The invention relates to a dish washing machine with an antibacterial agent inside. Background technique [0002] All the time, the dishwashing machine has the function of putting the tableware into the washing tank, putting detergent into the washing tank, washing, rinsing and drying in sequence. However, in the existing dishwasher, the residue washed off the tableware will adhere to the filter provided at the bottom of the washing tank, or remain in the circulation path of the washing water, and bacteria may multiply in the residue and cause Odor. In addition, after the cleaning operation, sewage water containing residues and the like often remains in the bottom of the cleaning tank and in the water reservoir such as the circulation path (hereinafter, the water remaining in the water reservoir is referred to as residual water). Therefore, the nutrient-rich residue in the residual water promotes the growth of various bacteria and becomes an unsanita...

AI Technical Summary

Problems solved by technology

That is, in addition to having a photocatalyst function on the part where the bactericidal effect is desired, it is necessary to install a light source for irradiating ultraviolet light, which has the disadvantage of causing high cost.

Moreover, the ultraviolet light source needs to be arranged at a position where it does not come into contact with the washing water, so it is impossible to arrange it at a position where the user can easily and cheaply replace it.

Therefore, there is a disadvantage that a large number of steps are required for replacement when the light source is cut off or reaches the end of its service life.

[0012] In the dishwashers described in prior art example 1 and prior art example 2, when a porous material containing an antibacterial component is mixed into the constituent parts made of thermoplastic resin, When using plastids to make it antibacterial, only the antibacterial components on the surface in contact with the residual water are effective, which is small compared to the total amount mixed in, and the antibacterial components are consumed in a short period of time, making it difficult to maintain the antibacterial effect

In addition, since antibacterial components are mixed into resin components, the user of the dishwasher cannot confirm that the antibacterial agent has dissolved into the washing water, and cannot even confirm the presence or absence of the antibacterial agent.

[0013] In the dishwashers described in the prior art example 3 and the prior art example 4, when the granular inorganic porous body is accommodated in the casing and set At this time, although silver ions can be effectively dissolved, it is difficult to maintain the antibacterial effect for a long time

In addition, although the user of the dishwasher can confirm that there is an antibacterial agent, it cannot confirm whether the antibacterial effect is still continuing

[0014] Furthermore, in the above-mentioned prior art documents and prior art examples 1 to 4, it is difficult to remove the scale attached to the heating device, etc.

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