CN201424684Y

CN201424684Y - Siphon follow-up double-chamber water saving tank

Info

Publication number: CN201424684Y
Application number: CN2009200144464U
Authority: CN
Inventors: 杨建良
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-08
Filing date: 2009-06-08
Publication date: 2010-03-17
Anticipated expiration: 2019-06-08

Abstract

The utility model relates to a siphon follow-up double-chamber water saving tank, which mainly comprises a flushing water tank with a double-chamber structure and is characterized in that the double-chamber structure of the flushing water tank consists of a follow-up chamber and a front chamber, the follow-up chamber and the front chamber of the flushing water tank are arranged in parallel or at different heights at both ends of an inverted U-shaped siphon, the ports of both ends of the inverted U-shaped siphon are respectively communicated with the lower parts of the containers of the follow-up chamber and the front chamber, and the high point of the siphon is arranged between the follow-up chamber and the front chamber. The utility model can make waste water collected through filtrationin daily life enter the front chamber of the flushing water tank for flushing, while the purified water in the follow-up chamber of the flushing water tank is sucked out by the siphon to complete follow-up flushing, so the siphon follow-up double-chamber water saving tank solves the problem that scale is deposited in the water tank and the water tank and sanitary fittings smell because only wastewater was used for flushing in the past, and purified water follows up the waste water automatically.

Description

A kind of siphon follow-up formula two-chamber water-saving cistern

Technical field

The utility model relates to a kind of secondary waste water cycling and reutilization device, particularly relates to a kind of siphon follow-up formula two-chamber water-saving cistern that can utilize flushing closet using waste water, is to the improvement of existing toilet cisten mechanism, belongs to the sanitaryware manufacturing technology.

Background technology

The water of flushing the toilet that has commercially available toilet now all is from a water in the pipe network of municipal tap water, water tank of toilet seat is single cavity, adopt the manufacturing of floating ball lever principle, utilize the lifting of ball float, drive and lever-linked needle-valve mechanism, the water inlet of switch tap water realizes that the water level of water tank is controlled automatically.In order to make full use of the waste water in the life, the toilet of flushing closet using waste water has appearred again on the market utilizing.Yet the deficiency that this toilet exists is: the utilization of waste water and water purification is difficult to control, or waste water is not used, or can only use flushing closet using waste water, if things go on like this can cause the fouling of water tank incrustation, sanitary equipment peculiar smell and contaminated environment.

The utility model content

The purpose of this utility model is to overcome the prior art above shortcomings, and a kind of siphon follow-up formula two-chamber water-saving cistern that can utilize flushing closet using waste water is provided.This water-saving cistern is the toilet cistern of double cavity structure, can will (as: wash one's face and rinse one's mouth through filtering the waste water of collecting in the life, rice washing, wash dish, bathing, laundries etc.) ante-chamber (waste water chamber) that enters into toilet cistern is flushed the toilet, and in ante-chamber is flushed the toilet process, produce vacuum in the syphon and form the suction that moves to ante-chamber because the ante-chamber liquid level constantly descends to making, flushing closet using waste water at ante-chamber (waste water chamber) finishes simultaneously, water purification in the toilet cistern follow-up chamber (water-purifying cavity) is by the syphon sucking-off, stop until syphon, water purification is finished follow-up and is flushed the toilet, and only uses flushing closet using waste water to cause water tank incrustation to foul thereby solved in the past, sanitary equipment peculiar smell and water purification are to the automatic follow-up problem of waste water.

The technical scheme that the utility model provides is: this siphon follow-up formula two-chamber water-saving cistern, mainly comprise toilet cistern, described toilet cistern is a double cavity structure, the double cavity structure that is characterized in described toilet cistern is made up of follow-up chamber (water-purifying cavity) and ante-chamber (waste water chamber), the follow-up chamber of described toilet cistern and ante-chamber are that cavate arranged side by side or height cavate are arranged on inverted U-shaped syphon two ends, the port at inverted U-shaped syphon two ends leads to respectively in follow-up chamber and container bottom, ante-chamber two chamber, and the high point of syphon is located between follow-up chamber and ante-chamber two chambeies.

For better finishing the purpose of this utility model, described syphon is positioned at and is provided with the ante-chamber flush port below the lower port in the position of ante-chamber container bottom, and the ante-chamber flush port is provided with flush valve, also is provided with waste water overflow pipe and wastewater inlet pipe in the described ante-chamber.

For better finishing the purpose of this utility model, the higher port in position that described syphon is positioned at follow-up container bottom, chamber is a follow-up chamber intake, is provided with water purification water inlet, float and water purification water inlet control valve in the described follow-up chamber.

In technique scheme, other ingredients of the two-chamber water-saving cistern that does not relate to are same as the prior art.

Compared with prior art, the beneficial effects of the utility model are: the ante-chamber that the waste water of collecting through filtration in the life (as: washing one's face and rinsing one's mouth, wash rice, wash dish, bathing, laundry etc.) can be entered into toilet cistern is flushed the toilet, and the water purification in the follow-up chamber of toilet cistern is by the syphon sucking-off, finish follow-up and flush the toilet, only use flushing closet using waste water to cause the fouling of water tank incrustation, sanitary equipment peculiar smell and water purification automatic follow-up problem in the past waste water thereby solved.

Description of drawings

Fig. 1 is structural representation of the present utility model (follow-up chamber and ante-chamber are the setting of height cavate);

Fig. 2 also is a structural representation of the present utility model.

The specific embodiment

As Fig. 1～shown in Figure 2, this siphon follow-up formula two-chamber water-saving cistern includes the toilet cistern of double cavity structure, the double cavity structure of this toilet cistern is made up of follow-up chamber (water-purifying cavity) 1 and ante-chamber (waste water chamber) 2, the follow-up chamber 1 of toilet cistern and ante-chamber 2 are arranged on inverted U-shaped syphon 3 two ends for the height cavate, the port at inverted U-shaped syphon 3 two ends leads to respectively in follow-up chamber 1 and container bottom, 2 liang of chambeies of ante-chamber, syphon 3 high points are located between follow-up

chamber

1 and 2 liang of chambeies of ante-chamber, syphon 3 is positioned at and is provided with ante-chamber flush port 4 below the lower port in the position of ante-chamber 2 container bottoms, ante-chamber flush port 4 is provided with flush valve 5, also be provided with waste water overflow pipe 6 and wastewater inlet pipe 7 in the described ante-chamber 2, the higher port in position that syphon 3 is positioned at follow-up 1 container bottom, chamber is a follow-up chamber intake 8, is provided with water purification water inlet 9 in the described follow-up chamber 1, float 10 and water purification water inlet control valve 11.

During use, when flush valve 5 unlatchings are flushed the toilet, the ante-chamber flush port 4 of waste water below syphon 3 is positioned at ante-chamber 2 container lower port in the ante-chamber 2 gone out, when the waste water liquid level drops to certain position in the ante-chamber 2, because the gas in siphonal siphonage will be managed is sucked out until water purification together with the water purification in the follow-up chamber 1 and stops voluntarily, the realization water purification is flushed the toilet to the timely follow-up of waste water, plays the effect of eliminating the waste water peculiar smell.

Claims

1. siphon follow-up formula two-chamber water-saving cistern, mainly comprise toilet cistern, described toilet cistern is a double cavity structure, the double cavity structure that it is characterized in that described toilet cistern is made up of follow-up chamber and ante-chamber, the follow-up chamber of described toilet cistern and ante-chamber are that cavate arranged side by side or height cavate are arranged on inverted U-shaped syphon two ends, the port at inverted U-shaped syphon two ends leads to respectively in follow-up chamber and container bottom, ante-chamber two chamber, and the high point of syphon is located between follow-up chamber and ante-chamber two chambeies.

2. siphon follow-up formula two-chamber water-saving cistern according to claim 1, it is characterized in that described syphon is positioned at is provided with the ante-chamber flush port below the lower port in the position of ante-chamber container bottom, the ante-chamber flush port is provided with flush valve, also is provided with waste water overflow pipe and wastewater inlet pipe in the described ante-chamber.

3. siphon follow-up formula two-chamber water-saving cistern according to claim 1, it is characterized in that the higher port in position that described syphon is positioned at follow-up container bottom, chamber for follow-up chamber intake, is provided with water purification water inlet, float and water purification water inlet control valve in the described follow-up chamber.