JPS6275000A - Detergent for kitchen - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Use: The present invention is useful for cleaning kitchen utensils such as tableware, cooking utensils, and cooking equipment, and for removing various adhering contaminants that are the cause of spoilage. The invention relates to a kitchen cleaning agent that sterilizes microorganisms and exhibits excellent deodorizing and decolorizing effects.

Background of the Invention: Tableware, cooking utensils, cooking equipment, etc. are constantly contaminated with food or processed materials. In order to eliminate these and maintain hygiene, we clean them using persimmon seed detergent, or use physical removal such as scraping with abrasives such as fine feldspar powder.〇Stains The wood of wood is mainly made up of starch, proteins, and fats and oils. Starch and protein VC are prone to the propagation of microorganisms such as mold and bacteria, causing them to rot and produce a bad odor due to decomposition. Ammonia (
NH3), methyl mercaptan (CH33H), true sulfide (H2S), methyl sulfide ((CH3)2S),
Typical examples include trimethylamine ((CH3)3N), acetaldehyde (CH3CHO), styrene (C8H8), and methyl disulfide ((CH3)2S2). When using various detergents such as soap or surfactants, or detergents mixed with fine powder @ abrasive materials, the above dirt can be removed and the appearance and feel will be beautiful, but it will not cause bad odors. It has been difficult to eliminate and sterilize the microorganisms that cause the odor.

Purpose of the invention: The present invention has been devised to solve certain problems, and has been devised to eliminate microorganisms from various detergents or cleaning agents [mainly food or seasoning residue, etc.], prevent spoilage, The aim is to provide a cleaning agent that also has the ability to suppress the generation of bad odors.

Layout/Examples of the Invention: The cleaning agent of the present invention will be explained below with reference to Examples.
The main components are oils, sugars, and fiber cords, and these become wet ash and adhere or stick to the kitchen R equipment, and cannot be removed by washing with ordinary detergents, so it is effective to use physical methods such as scraping. . For this reason, conventional detergents generally contain abrasive ingredients such as clay powder (fine feldspar powder), and in addition to various surfactants or soaps for separating fats and oils as a main ingredient, they also contain an auxiliary agent as necessary. Contains bleach, etc.

The present invention adds activated carbon to these detergents in order to bring about specific actions and effects, thereby creating a new detergent composition.

Activated carbon is obtained from dry charcoal, which is obtained by steaming wood with zinc chloride.
Carbonized materials with a specific surface area of 1500 to 18 (10 m
You can use the regular 27g one.

The amount of activated carbon mixed is the amount that replaces or partially replaces the content of clay powder contained in the above-mentioned surfactant mixed with clay powder. 2
The amount is preferably 0 to 50 wt%, but it may be increased or decreased depending on the use or the peripheral temperature that controls the generation of odor, and is not limited by the above companies.

The single crystal of activated carbon is hard, but it is an ultra-fine powder, and the particle size is even finer than that of fine feldspar powder, so even when mixed with VC, a filter agent for tableware and kitchen utensils, the amount of abrasion is less than that of clay powder. Since it is harder than food residue, it has a sufficient scraping effect. Furthermore, specific gravity (
0.25 to 0.5), it is easier to mix into food residue than rape powder, and has good fluidity, making it easier to deposit residue and remove it.

Functions and Effects of the Invention: When the cleaning agent of the present invention is actually used, due to the characteristics brought about by the properties of activated carbon, the cleaning agent has good diffusibility with respect to residues such as contaminants or solidified matter, and can be mixed evenly. Relatively large leftovers such as scraps, vegetable scraps, fish scraps, etc. were also stored in garbage bags after being coated with the cleaning agent of the present invention, and the fine residues were also heated in a furnace to absorb moisture. When stored in a garbage bag together with a cleaning agent, various microorganisms may grow inside the garbage bag.
Active llJ can be suppressed. This is because activated carbon is present in the vicinity of the culture medium for putrefaction bacteria, and the adsorption performance of activated carbon tends to increase exponentially in inverse proportion to the distance to the adsorbed material. It means that. Therefore, as a means to uniformly adhere activated carbon to the surface of the material that will become the culture medium, it is effective to compose it into a cleaning agent and rub the area to be cleaned, and also to prevent coexistence with clay powder.
contribute to promoting this effect.

It is washed away directly with water, and the residue reaches sewer pipes and halls with activated carbon attached, but even there, it suppresses the generation of odors due to fermentation and putrefaction, greatly contributing to environmental improvement. Used activated carbon does not become industrial waste, can be recycled if recovered, and also has the advantage of being odorless and easy to work with when cleaning sewage.

Recently, due to the decline in the quality of water sources, the use of activated carbon in the purification process of tap water has increased significantly.
The use of the cleaning agent of the present invention is also extremely effective in preserving the water quality of lakes and marshes, and has great industrial and environmental utility.

Claims (1)

[Claims] 1. An abrasive detergent comprising a surfactant, soap, etc. mixed with an abrasive agent such as clay powder, which has a composition in which all or part of the abrasive component is replaced with activated carbon.