CN105155630A - Water saving system for classification and recycling of domestic wastewater of toilet - Google Patents

Abstract

The invention provides a water-saving system for classifying and reusing sanitary waste water, which mainly includes a washbasin, a toilet water storage tank, a toilet, a mop pool water storage tank and a mop pool. Both sides of the toilet water storage tank are respectively connected to the wash basin and the toilet through pipelines , The two sides of the mop pool water storage tank are connected to the wash basin and the mop pool respectively through pipes. The wash basins are divided into wash basin A, wash basin B and wash basin C according to different needs. Its characteristic is to store and transport according to the classification of domestic wastewater, so as to realize the reuse of water resources. The invention prevents excessive water flowing out of the washbasin from overflowing through the toilet water storage tank and the mop pool water storage tank; realizes convenient waste water classification and temporary storage and transportation through the wash basin type A; realizes the non-rotating faucet in the water-saving system through the wash basin type B The use of the water-saving system through the combination of space saving and intelligent technology through the washbasin C type.

Description

A water-saving system for classification and reuse of domestic wastewater in toilets

technical field

The invention relates to a water-saving system for classifying and reusing domestic waste water in toilets, in particular to a water storage tank for toilets and mop pools to prevent excess water from overflowing through wash basins; to realize convenient waste water classification and temporary storage through wash basins A and transportation; the use of non-rotating faucets in the water-saving system is realized through the wash basin type B; the combined use of space saving and intelligent technology in the water-saving system is realized through the wash basin type C, which belongs to the technical research and development field of household water saving .

Background technique

According to relevant data surveys, at present, the water consumption of urban toilets accounts for about 60% to 70% of household water, while the water consumption of toilets is as high as more than 30%. In addition, the water consumption of mop pools is also relatively high. Emphasis is placed on the water-saving design of the product, although this has realized water-saving to a certain extent, there is still a large amount of tap water wasted in vain.

Therefore, in response to the country's call for "strengthening conservation and protection, and realizing sustainable use of water resources", we should consider the water system of the entire bathroom and design a family bathroom with a high sustainable utilization rate of water resources. water system.

Contents of the invention

The present invention aims at the serious problem of domestic waste water in existing family restrooms, and provides a water-saving system for classifying and reusing domestic waste water in restrooms, which can effectively solve the above problems.

A water-saving system for classification and reuse of toilet domestic wastewater of the present invention adopts the following technical solutions:

A water-saving system for classification and reuse of domestic waste water in toilets, mainly including a washbasin, a toilet water storage tank, a toilet, a mop pool water storage tank and a mop pool. The two sides of the water tank are respectively connected to the washbasin and the mop pool through pipes. According to different needs, the washbasins are divided into washbasin A, washbasin B and washbasin C; Wash basin B area and wash basin C area, each area is equipped with manual drain switch and each area is separated by a baffle. The location of area B and the location of area C of the faucet; the washbasin area A is used to temporarily store clean waste water (such as waste water after simply washing hands), and its lower end is connected with a mop pool water storage tank pipeline and is connected to the mop pool water storage tank; Washbasin area B is used for temporarily storing sewage, and its lower end is connected with a sewage pipe and is directly connected to the sewer; said wash basin area C is used for temporarily storing relatively clean waste water (such as soapy water), and its lower end is connected with a toilet water storage tank pipeline and Connected to the toilet tank.

The type B washbasins are flat-bottomed and not partitioned, but have three drainage switches, each of which is connected to the pipeline of the toilet water storage tank, the sewage pipeline and the pipeline of the mop pool water storage tank.

The type C of the washbasin is not partitioned in the basin and has only one drain switch. The drain switch is connected to a public pipe section. A baffle plate drive is installed at the joint, and the baffle plate drive is respectively equipped with a toilet water storage tank pipe baffle, a sewage pipe baffle and a mop pool water storage tank pipe baffle.

The switch driven by the baffle in the type C washbasin is controlled by the wastewater type selection switch on the washbasin countertop or by the water quality detection sensor in the public pipe section.

In the present invention, toilet water storage tanks and mop pool water storage tanks are arranged on both sides of the wash basin for temporary storage of wash basin wastewater, preventing excess water from overflowing the mop pool and the toilet water tank to cause waste.

In the present invention, three partitions are arranged in the class A of the washbasin and separated by baffles. Through this structural design, the waste water can be classified and temporarily stored according to the quality of the waste water, and it can also be prevented from mixing. That is to say, when in normal use, if you just wash your hands simply, you only need to turn the faucet to the position of the faucet A area, then the clean wastewater after washing hands will enter the mop pool water storage tank through the mop pool water storage tank pipe in the wash basin A area, because the water quality is clean and usable It is used for indoor mopping or other purposes; when you want to wash your hands with soap, you only need to turn the faucet to the position of the faucet C area, and the clean waste water will enter the toilet water storage tank through the toilet water storage tank pipe in the wash basin C area, because the soapy water will not Impurities will not cause the toilet to be blocked, so it can be used to flush the toilet; and to clean the dirt, just turn the faucet to the position of the faucet B area, and the sewage will be directly discharged to the sewer in the wash basin B area through the sewage pipe.

The present invention adopts a flat bottom and three drain switches in the washbasin category B. This design is suitable for non-rotating faucets. When in use, it is only necessary to open the corresponding drain switch at the bottom of the washbasin according to different water demands.

The present invention adopts a drainage switch and a three-head structure under the common pipe section in the washbasin C, which saves the space of the washbasin and is suitable for families with small bathrooms; in addition, baffles are respectively set at the three ends under the public pipe section Drive and baffle to realize the transportation control of domestic wastewater. This solution can cooperate with modern intelligent technology, such as setting a wastewater type selection switch on the washbasin table to control the drive of the baffle, or using the water quality detection sensor in the public pipe section to automatically select, Control bezel drive.

The beneficial effects of the present invention are: the toilet water storage tank and the mop pool water storage tank prevent the excessive water flowing out from the wash basin from overflowing; the classification and temporary storage and transportation of waste water can be conveniently realized through the wash basin A type; The use in this water-saving system; the combined use of space-saving and intelligent technology in this water-saving system is realized through the washbasin C type.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of the present invention.

Fig. 2 is a structural schematic diagram of class A washbasins of the present invention.

Fig. 3 is a schematic structural view of washbasin category B of the present invention.

Fig. 4 is a structural schematic diagram of class C washbasins of the present invention.

Among them: 1. Mop pool water storage tank, 2. Mop pool, 3. Wash basin, 4. Toilet water storage tank, 5. Toilet, 6. Wash basin A area, 7. Wash basin B area, 8. Wash basin C area, 9. Location of faucet area C, 10. Location of faucet area B, 11. Location of faucet area A, 12. Drainage switch, 13. Toilet water storage tank pipeline, 14. Sewage pipeline, 15. Mop pool water storage tank pipeline, 16. Sewage pipeline Baffle plate, 17, toilet water storage tank pipeline baffle plate, 18 baffle plate drive, 19, mop pool water storage tank pipeline baffle plate, 20, waste water type selection switch, 21, water quality detection sensor.

Detailed ways

Example:

As shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 4, a water-saving system for classification and reuse of toilet domestic wastewater according to the present invention mainly includes a wash basin 3, a toilet water storage tank 4, a toilet 5, and a mop pool water storage tank 1 With mop pool 2, toilet water storage tank 4 both sides are connected with wash basin 3 and toilet 5 respectively by pipeline, and mop pool water storage tank 1 both sides are connected with wash basin 3 and mop pool 2 by pipeline respectively. This wash basin 3 both sides is provided with the design of toilet water storage tank 4 and mop pond water storage tank 1, is used for the temporary storage of wash basin 3 waste waters, prevents excessive water from overflowing mop pond 2 and toilet 5 water tanks and causes waste.

Wash basin 3 is divided into wash basin A, wash basin B and wash basin C according to different needs. Washbasin A class is divided into washbasin A area 6, wash basin B area 7 and wash basin C area 8, each area is equipped with manual drain switch 12 and each section is isolated with a baffle plate, the upper end of the wash basin 3 is equipped with a faucet, and According to the washbasin of the partition, it can be adjusted to the position 11 of the faucet area A, the position 10 of the faucet B area and the position 9 of the faucet C area. Washbasin A area 6 is used for temporarily storing clean waste water (such as waste water after simply washing hands), and its lower end is connected with mop pool water storage tank pipeline 15 and is connected with mop pool water storage tank 1; wash basin B area 7 is used for temporarily storing sewage , its lower end is connected with sewage pipe 14 and directly links to each other with the sewer; Washbasin C district 8 is used for temporarily storing relatively clean waste water (as soapy water), and its lower end is connected with toilet water tank pipeline 17 and links to each other with toilet water tank 4.

Set up three partitions in category A of the washbasin and use baffles to isolate them. When in use, this structural design can not only realize the classification and temporary storage of wastewater according to the quality of wastewater, but also prevent them from mixing. That is, when in normal use, as just simply washing your hands, you only need to rotate the tap to the position 11 in the tap A area, then the clean waste water after washing your hands enters the mop pool water storage tank 1 through the mop pool water storage tank pipeline 15 in the wash basin A area 6, Because the water quality is clean, it can be used for indoor mopping or other purposes; when washing hands with soap, just turn the faucet to the position 9 of the faucet C area, and then the clean waste water enters the toilet in the wash basin C area 8 through the toilet water storage tank pipeline 13 Water storage tank 4, because soapy water does not have impurity and can not cause toilet 5 to clog, therefore can be used for flushing toilet 5; And when cleaning dirt, only need to rotate water tap to water tap B area position 10, then sewage is in washbasin B area 7 directly discharged to the sewer through the sewage pipe 14.

As shown in Figure 3, washbasin B class is flat bottom and not partitioned in the basin, but there are three drain switches 12, and each drain switch 12 is respectively connected to the toilet water tank pipeline 13, the sewage pipeline 14 and the mop tank water tank pipeline 15. When in use, this design is suitable for non-rotating water taps, that is, when in use, it is only necessary to turn on the corresponding drain switch 12 at the bottom of the washbasin 3 according to different water demands.

As shown in Figure 4, washbasins of Class C are not partitioned in the basin and have only one drain switch 12. The drain switch 12 is connected to a public pipe section, and the public pipe section is divided into three ends and respectively connected to the toilet water storage tank pipeline 13, sewage pipeline 14 and Mop pool water storage tank pipeline 15, this design realizes the space saving of washbasin 3, is suitable for the family with less toilet.

A baffle drive 18 is installed at each joint, and the baffle drive 18 is respectively equipped with a toilet water storage tank pipeline baffle 17, a sewage pipeline baffle 16 and a mop pool water storage tank pipeline baffle 19, and this structure can cooperate with modern intelligent technology , as the switch of the baffle drive 18 in the wash basin C class can adopt the waste water type selection switch 20 control on the wash basin 3 table tops or adopt the water quality detection sensor 21 in the public pipe section to automatically select and control the baffle drive.

Claims (4)

1. A water-saving system for classification and reuse of domestic waste water in toilets, mainly comprising washbasins, toilet water storage tanks, toilets, mop pool water storage tanks and mop pools, the two sides of the toilet water storage tanks are respectively connected to the wash basin and toilet through pipelines The two sides of the pool water storage tank are respectively connected to the washbasin and the mop pool through pipelines. According to different needs, the washbasin is divided into washbasin A, washbasin B and washbasin C; it is characterized in that: the washbasin A is It is divided into washbasin area A, wash basin B area and wash basin area C. Manual drain switches are installed in each area and each area is separated by a baffle. The location of area A of the faucet, the location of area B of the faucet, and the location of area C of the faucet; the area A of the washbasin is used to temporarily store clean waste water (such as the waste water after simply washing hands), and its lower end is connected to the pipeline of the mop pool water tank and connected to the mop pool. The water storage tank is connected; the washbasin area B is used for temporarily storing sewage, and its lower end is connected with a sewage pipe and is directly connected to the sewer; the wash basin area C is used for temporarily storing relatively clean waste water (such as soapy water), and its lower end is connected to the sewer. There are toilet tank pipes and are connected to the toilet tank. 2. A water-saving system for classification and reuse of toilet domestic waste water as claimed in claim 1, characterized in that: the type B washbasins are flat-bottomed and not partitioned, but have three drain switches, each drain switch Respectively connect the pipeline of the toilet water storage tank, the sewage pipeline and the pipeline of the mop pool water storage tank. 3. A water-saving system for classifying and reusing domestic wastewater in toilets as claimed in claim 1, characterized in that: the type C washbasins are not partitioned in the basin and have only one drain switch, and a public pipe section is connected under the drain switch , the public pipe section is divided into three ends and respectively connected to the pipeline of the toilet water storage tank, the sewage pipeline and the pipeline of the mop pool water storage tank. A baffle drive is installed at each joint, and the baffle drive is respectively equipped with a toilet water storage tank pipeline baffle and a sewage pipeline. Baffles and mop pool tank piping baffles. 4. The water-saving system for classification and reuse of domestic waste water in a kind of toilet as claimed in claim 3, characterized in that: the switch driven by the baffle plate in the wash basin class C is controlled by a waste water type selection switch on the wash basin table top or It is controlled by the water quality detection sensor in the public pipe section.