Fluid cleaning floor method

Abstract

The invention relates to a method for cleaning a floor by fluid, which solves the problems that the existing mopping mode needs to be completed every day by people, particularly the mopping mode is repeatedly dirty in a short time due to various reasons, needs to frequently mop the floor, pays time and energy and is boring to people, a mopping machine cannot clean the dirty floor and is high in price, and the mopping mode is cheap and practical in order to liberate people from mopping the floor. According to the implementation mode, the floor is designed to be in a shape which has a certain angle and cannot store water, a water enclosure is arranged on the edge of the floor, flowing water at the bottom of the floor can be gathered, a collector is arranged at the water gathering position, a water outlet is formed in the high position of the floor, water flows out of the water outlet and cleans the floor, and the water finally flows to the water gathering position to be recycled and filtered. The floor is cleaned in a circulating mode, automatic unmanned operation is achieved, people are liberated, and the floor cleaning device has epoch-making revolutionary significance, for example, for four corners of a rectangular floor, two opposite corners are the highest point of the floor, water is sprayed out of the water outlet to clean the floor, and the other corner is the lowest point of the floor. The water is conveyed to a high water outlet through a water pump to be sprayed out after being gathered, the floor is gathered after being cleaned, and the rubber floor can be made of rubber materials, water fences are arranged on the edges to stop water, and the rubber floor is directly laid on an existing floor. And the floor can be directly decorated into the shape.

Description

Technical Field

[0001] A method for cleaning floors using fluids. Background Technology

[0002] Existing mopping methods require daily manual cleaning, especially for floors that repeatedly get dirty within a short period due to various reasons, necessitating frequent mopping. This is time-consuming, energy-intensive, and annoying. Floor mopping robots are ineffective at cleaning very dirty floors and are expensive. (Invention Content)

[0003] To free people from mopping the floor, this product is inexpensive, practical, and improves the cleanliness of the floor.

[0004] The method involves designing the floor at a certain angle to prevent water from being trapped. Water is placed around the edges of the floor, allowing water to collect at the bottom. A collector is installed at the water collection point, and a water outlet is located at the top of the floor. Water flows out of the outlet and cleans the floor. This water eventually flows back to the water collection point, is recycled and filtered, and then flows out again from the outlet at the top. This is how the floor is cleaned in a cyclical manner, achieving automated and unmanned operation, thus freeing up people and having epoch-making revolutionary significance. Example

[0005] Example 1: A fluid cleaning method for floors, where the floor is designed at an angle to the horizontal, allowing water to flow to every part of the floor but ultimately converging. For example, a rectangular floor has four corners, with two opposite corners serving as the highest point (where water sprays out to clean the floor) and the lowest point (where the water converges). The water is then pumped back to the higher outlet to clean the floor, and the cycle repeats. The floor can be made of rubber with water barriers around the edges; the rubber flooring can be directly laid on top of the existing floor. Alternatively, the floor can be designed in this shape. The key is to protect this fluid cleaning method and liquid recovery mechanism. In practice, additional facilities and methods may be required to complement this method.

[0006] Example 2: A fluid-based floor cleaning method. The floor is designed at an angle to the horizontal, allowing water to flow to every part of the floor, but ultimately converging. Water is pumped to a higher point on the floor for thorough cleaning, then collected at one point and pumped back to a higher point for further cleaning, repeating this process. For example, a rectangular floor has four corners. Two opposite corners serve as water outlets at the highest point to clean the floor, and the lowest point is where the water converges. The water is then pumped back to a higher outlet to clean the floor, and the cycle repeats. The floor can be made of rubber with water barriers around the edges; the rubber flooring can be laid directly on top of the existing floor. Alternatively, the floor can be designed in this shape. The key is to protect the fluid-based floor cleaning and liquid recovery method. In practice, additional facilities and methods may be required to complement this method.

[0007] Example 3: A fluid cleaning floor method, the floor is designed to be at an angle to the horizontal line, water can flow to every part of the floor, but the shape of the water finally converges, water is pumped to the high part of the floor to clean the floor comprehensively, and finally converges to one place and is filtered, and the recycled water is pumped to the high part of the floor to clean the floor, and so on. For example: the four corners of a rectangular floor, two opposite corners, one is the highest point of the floor, and the water outlet is arranged to spray water to clean the floor, and the other is the lowest point of the floor, which is the water converging place, and after the water converges, the water pump is used to send it to the high outlet to spray water to clean the floor Example 4: A fluid cleaning floor method, the floor is designed to be at an angle to the horizontal line, water can flow to every part of the floor, but the shape of the water finally converges, water is pumped to the high part of the floor to clean the floor comprehensively, and finally converges to one place and is filtered, and the recycled water is pumped to the high part of the floor to clean the floor, and so on. For example: the four corners of a rectangular floor, two opposite corners, one is the highest point of the floor, and the water outlet is arranged to spray water to clean the floor, and the other is the lowest point of the floor, which is the water converging place, and after the water converges, the water pump is used to send it to the high outlet to spray water to clean the floor

[0008] Example 5: A fluid cleaning floor method, the floor is designed to be at an angle to the horizontal line, water can flow to every part of the floor, but the shape of the water finally converges, water is pumped to the high part of the floor to clean the floor comprehensively, and finally converges to one place, and the recycled water is pumped to the high part of the floor to clean the floor, and so on. For example: the four corners of a rectangular floor, two opposite corners, one is the highest point of the floor, and the water outlet is arranged to spray water to clean the floor, and the other is the lowest point of the floor, which is the water converging place, and after the water converges, the water pump is used to send it to the high outlet to spray water to clean the floor

Claims

1. A method for cleaning floors with fluids, wherein the floor is designed in a shape in which liquids on the floor surface can converge.

2. The characteristic described in claim 1, Water is pumped to a high point on the floor to thoroughly clean the floor. Finally, the water is collected in one place, recycled, and then pumped to a high point on the floor again to clean the floor. This process is repeated.

3. The characteristic described in claim 1, Water is pumped to a high point on the floor to thoroughly clean the floor. Finally, the water is collected in one place, filtered, recycled, and then pumped to a high point on the floor to clean the floor again. This process is repeated.

4. The feature described in claim 1, Water is pumped to a high point on the floor to thoroughly clean the floor. Finally, the water is collected in one place, filtered, recycled, and then pumped back to a high point on the floor to clean the floor. This process is repeated.

5. The characteristic described in claim 1, Water is pumped to a high point on the floor to thoroughly clean the floor. Finally, the water is collected in one place, recycled, filtered, and then pumped back to a high point on the floor to clean the floor. This process is repeated.