CN2515262Y

CN2515262Y - Waste water circulating treatment equipment for toilet

Info

Publication number: CN2515262Y
Application number: CN01278218U
Authority: CN
Inventors: 马明义
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-12-11
Filing date: 2001-12-11
Publication date: 2002-10-09
Anticipated expiration: 2011-12-11
Also published as: AU2002218965A1; WO2003058000A1

Abstract

The utility model discloses a toilet sewage circulation treating equipment, and comprises various washing equipments such as a bath device which can produce sewage, a laundry machine, a wash-basin, and a toilet seat which is flushed without pure water. A water inlet of the washing equipment is communicated with a water cleaning pipeline which is arranged in the building, a water outlet of the toilet seat is communicated with a sewer pipeline which is arranged in the building, and a filter, a water storage basin, a water pump, and a pressurized tank (a pressurized basin) are sequentially connected between the water outlet of the washing equipment and the water inlet of the toilet seat through various pipelines, and another water outlet which is arranged on the filter is directly communicated with the sewer pipeline in the building through the pipeline. After the non-pure water which is produced by the washing equipment is further disinfected by the sewage circulation treating equipment of the utility model, the non-pure water is changed into the water used for the toilet seat, thereby saving usage amount of pure water and according with the call for advocacy of economy of water consumption.

Description

Washroom effluent cycle treatment facility

Technical field

This practicality relates to a kind of water circulating apparatus, more particularly, relates to a kind of effluent cycle treatment facility that utilizes again again after being used for non-pure water further disinfected in the washroom.

Background technology

At present, China is still lack of water big country in the world, and water resource is relatively poor, and in each large, medium and small city, the whole nation, the supply situation of tap water is also very serious, even some area and the city normal life water of limitation water-feeding with the assurance resident of having to.In addition, the work of the processing procedure of water such as precipitation, filtration, purified treatment and conveying supervisor is very heavy, thereby cause the cost of water to increase, and the washroom institute in each metropolis residential building of China generally the way of supplying water of employing all be by Running-water Company will draw water from reservoir or groundwater resources after precipitation, filtration and purified treatment by line transportation to each water factory, after pressurized treatments, be delivered to every household by each water factory again.And these water enter sewer pipe after the user uses, and as shown in Figure 1, and directly enter in the river not recycling by sewer pipe.So not only environment is caused certain pollution, and the utilization rate of water improves greatly, increased the use cost of water indirectly.

For this reason, creator in the utility model lacks and the too high problem of water resource use cost in view of existing water resource, it is by means of the knowhow of being engaged in water treatment facilities for many years, and concentrated on studies and develop, draw the washroom effluent cycle treatment facility that under the prerequisite of conserve water resource, non-pure water can be utilized after treatment again in the utility model eventually.

Summary of the invention

Washroom effluent cycle treatment facility in the utility model mainly is to lack and the too high problem of water resource use cost for solving existing water resource.

Washroom effluent cycle treatment facility in the utility model includes various washing facilitys such as the bathing device that can produce sewage, washing machine, washing basin and need not to utilize the toilet of water purification flushing, water purification pipeline in the water inlet of described washing facility and the building is connected, sewer pipe in the delivery port of described toilet and the building is connected, and wherein is connected with strainer, reservoir, water pump, pressurized tank or pressurized reservoir in turn by various pipelines between the water inlet of the delivery port of described washing facility and described toilet.

Wherein, described strainer is provided with a delivery port in addition, and this delivery port sewer pipe direct by a pipeline and in the building is connected.

In addition, enter in the pressurization pump housing in order to prevent impurity, being connected with one by pipeline between reservoir and water pump can be to storing the strainer that water further filters, thereby can reduce the cleaning time of water pump, increases its application life.

In addition, described reservoir within it portion be provided with can be to the sterilizer or the disinfectant of sewage disinfection, to non-pure water disinfection by bathing device, washing machine or the generation that washes one's face, add filtration treatment, can be so that this non-pure water become comparatively pure water, utilize water after this processing to can be used for the flushing of toilet.

Washroom effluent cycle treatment facility in the utility model is to store through sending in the reservoir after filtering through bathing, non-pure water after doing washing or washing one's face, and disinfection when storing, again will this water after sterile-processed as the wash water of toilet, effluent cycle treatment facility in the utility model has changed the original situation of directly using the purified rinse water toilet, thereby saved the pure water that is used to wash toilet originally, greatly reduce the use amount of pure water, saved the water cost.

In addition, be provided with a delivery port on strainer in addition, this delivery port directly is connected with sewer pipe, if like this during the water overfill of reservoir inside, too much water can directly enter in the sewer pipe from this delivery port, thereby can not take place to overflow because of the dilutional hyponatremia in the reservoir.

Description of drawings

The specific embodiment of the utility model is described in further detail below in conjunction with accompanying drawing.

Fig. 1 is the structural representation of existing washroom sewage disposal device;

Fig. 2 is the structural representation of effluent cycle treatment facility in washroom in the utility model.

The specific embodiment

As shown in Figure 2, washroom effluent cycle treatment facility in the utility model mainly includes the reservoir 1 of building underground certain depth in, this reservoir 1 includes a delivery port 11 and a water inlet 12, wherein, water inlet 12 links to each other with a delivery port of strainer 3 by pipeline 2, and this strainer 3 mainly is to be used for most of solid impurity that filtering is entrained in non-pure water.A water inlet of this strainer 3 is connected with the delivery port of washing machine 5, bathing device 6 and washing basin 7 respectively by pipeline 4, another delivery port then is connected with sewer pipe 9 in the building by pipeline 8, and the water inlet of washing machine 5, bathing device 6 and washing basin 7 then links to each other with water purification pipeline 20 in the building by pipeline 19.

The delivery port 11 of reservoir 1 is connected with a strainer 17, water pump 14 and pressurized tank 13 in turn by pipeline 10, the delivery port of final pressure jar 13 is connected with toilet 16 by pipeline 15, and the delivery port of toilet 16 sewer pipe 9 then direct and in the building is connected.

In addition, reservoir 1 portion within it is provided with disinfectant, utilizes this disinfectant to disinfect entering into reservoir 1 interior non-pure water, so that follow-up use.

The effluent cycle treatment facility is to enter in the reservoir 1 after the non-pure water after using in bathing device 6, washing machine 5 or the wash basin 7 is tentatively filtered by strainer 3 in the utility model, and utilizes disinfectant in the reservoir 1 to this non-pure water disinfection and storage.After non-pure water disinfected, the water after sterilization in the reservoir 1 is input in the pressurized tank 13, by pressurized tank 13 it is pressurizeed again, so that at any time toilet 16 is washed by water pump 14.

In sum, the washroom effluent cycle treatment facility in the utility model is owing to reuse part of contaminated water, so it has not only saved water resource, and reduced the sewage of discharging to the river, thereby reduced the pollution to environment.Simultaneously, it also greatly reduces the use cost of tap water.

In addition; above-mentionedly only the specific embodiment in the utility model is described; but it can not be as protection domain of the present utility model; because of those of skill in the art for the present technique field; under the prerequisite that does not break away from the utility model design spirit, can relatively easily carry out equivalence variation or modification to it; thereby every equivalence of having done according to the design spirit in the utility model changes or modifies, and all should think to fall into protection domain of the present utility model.

Claims

1. washroom effluent cycle treatment facility, include various washing facilitys such as the bathing device that can produce sewage, washing machine, washing basin and need not to utilize the toilet of water purification flushing, water purification pipeline in the water inlet of described washing facility and the building is connected, sewer pipe in the delivery port of described toilet and the building is connected, and it is characterized in that: be connected with strainer, reservoir, water pump, pressurized tank or pressurized reservoir in turn by various pipelines between the water inlet of the delivery port of described washing facility and described toilet.

2. according to the washroom effluent cycle treatment facility described in the claim 1, it is characterized in that: described strainer is provided with a delivery port in addition, and this delivery port sewer pipe direct by a pipeline and in the building is connected.

3. according to the washroom effluent cycle treatment facility described in claim 1 or 2, it is characterized in that: being connected with one by pipeline between described reservoir and water pump can be to storing the strainer that water further filters.

4. according to the washroom effluent cycle treatment facility described in claim 1 or 2, it is characterized in that: described reservoir within it portion be provided with can be to the sterilizer or the disinfectant of sewage disinfection.

5. according to the washroom effluent cycle treatment facility described in the claim 3, it is characterized in that: described reservoir within it portion be provided with can be to the sterilizer or the disinfectant of sewage disinfection.