CN203160360U - Water saving both-way water feeding closestool - Google Patents
Water saving both-way water feeding closestool Download PDFInfo
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- CN203160360U CN203160360U CN 201320089389 CN201320089389U CN203160360U CN 203160360 U CN203160360 U CN 203160360U CN 201320089389 CN201320089389 CN 201320089389 CN 201320089389 U CN201320089389 U CN 201320089389U CN 203160360 U CN203160360 U CN 203160360U
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Abstract
A water saving both-way water feeding closestool belongs to the field of household energy saving devices and comprises a closestool water tank (1) and a tap water feeding device arranged at the bottom of the closestool water tank (1). The water saving both-way water feeding closestool is characterized by being provided with a waste water feeding device which is connected with the closestool water tank (1) through a waste water channel (2). The water saving both-way water feeding closestool can be flushed through domestic waste water to the maximum extent so that water resource waste is reduced. The bottom of the waste water tank is conical and is provided with a drain outlet so that wastes in the waste water tank can be cleaned at fixed period and can be flushed out through water remained at the bottom of the waste water tank, and cleaning is led to be thorough. In addition, a filter screen is arranged at the position of a waste water outlet of the waste water tank so that cleanliness of waste water in the closestool water tank is further ensured. The water saving both-way water feeding closestool has the advantages of being simple in structure and convenient to install.
Description
Technical field
Water toilet on the water-saving two-way belongs to household energy saver field.Be specifically related to a kind of toilet that utilizes daily life sewage to wash.
Background technology
Now, along with the enhancing gradually that is becoming tight water resource day and people's energy-conserving and environment-protective are realized, various water saving fixtures have appearred on the market, simultaneously a lot of families also take a lot of simple and practical methods to improve the utilization rate at water source, modal mode is exactly with the water source recycled for multiple times, to reduce water source and waste economically.
Because the toilet in the lavatory is lower to the quality requirement at water source when washing, how some secondary water sources (as wash clothes or wash the water of dish) can be collected with a lot of families, when carrying out the flushing of toilet, at first use these secondary water sources.Collect these modal modes in secondary water source and be exactly and in the lavatory, place some buckets, towards toilet the time, use the flushing of fetching water of other containers.But such mode has the deficiency of several aspects: 1, when getting these secondary water sources, more or less have some water and spill; 2, use is comparatively loaded down with trivial details; 3, these secondary water sources had used once, had Other Waste unavoidably and sneaked into, and the hidden danger that toilet is stopped up is arranged.
Summary of the invention
The technical problems to be solved in the utility model is: overcome the deficiencies in the prior art, can utilize water toilet on daily life sewage, the water-saving two-way that has reduced water resource waste simple in structure to the full extent thereby provide a kind of.
The technical scheme that its technical problem that solves the utility model adopts is: water toilet on this water-saving two-way, the tap water water-supply apparatus that comprises water-closet tank and be installed in the water-closet tank bottom, it is characterized in that: the waste water water-supply apparatus is set, and the waste water water-supply apparatus links to each other with water-closet tank by waste pipe.
Described waste water water-supply apparatus comprises the waste water water tank, is arranged on the wastewater effluent mouth in waste water water tank bottom left side and is arranged on the interior waste water water supply valve of water-closet tank, waste pipe one end is connected with the wastewater effluent mouth, the other end links to each other with the waterwater entrance that is arranged on right side, water-closet tank bottom, and waterwater entrance links to each other with the waste water water supply valve.
Be that cone-shaped bottom is provided with sewage draining exit at the bottom of the described waste water water tank case, the wastewater effluent mouth is positioned at the intersection at the bottom of casing and the case.
The waterwater entrance of described water-closet tank or be arranged on the right upper portion of water-closet tank, waterwater entrance links to each other with the float valve that is installed in water-closet tank inside, and waste pipe one end links to each other with this waterwater entrance, and the other end links to each other with the wastewater effluent mouth.
The bottom left of described water-closet tank is provided with the tap water entrance that the lower end connects tee piece, and the upper end of tap water entrance links to each other with tap water water supply valve in being installed in water-closet tank, and the horizontal port of tee piece links to each other with waste pipe.
The one way valve that anti-sealing is back to the waste water water tank is installed on the described waste pipe.
Be equipped with in the described waste pipe in order to the liquid pump in the waste water suction water-closet tank in the waste water water tank.
The right side of described waste water water tank, the intersection at the bottom of casing and the case are equipped with in order to detect first liquid-level switch of water level in the waste water water tank;
Described water-closet tank left upper portion is equipped with in order to detect second liquid-level switch of water level in the water-closet tank.
Described tee piece or employing three way cock.
What described first liquid-level switch and second liquid-level switch adopted is side-mounted floating-ball level switch.
Compared with prior art, the beneficial effect that has of the present utility model is:
Thereby 1, can utilize daily life sewage that toilet is washed to the full extent by the utility model and reduce water resource waste;
2, the waste water water tank bottom is conical design and is provided with sewage draining exit, can regularly clear up the rubbish in the waste water water tank, and by the residual water in bottom rubbish be gone out, and clears up more thorough;
3, the wastewater outlet place of waste water water tank is provided with screen pack, has further guaranteed to inject the cleaning of the waste water in the water-closet tank;
4, simple in structure, easy for installation.
Description of drawings
Fig. 1 is water toilet embodiment 1 structural representation on the water-saving two-way.
Fig. 2 is water toilet embodiment 2 structural representations on the water-saving two-way.
Fig. 3 is water toilet embodiment 3 structural representations on the water-saving two-way.
Fig. 4 is water toilet embodiment 4 structural representations on the water-saving two-way.
Fig. 5 is water toilet circuit control principle figure on the water-saving two-way.
Wherein: 1, water-closet tank 2, waste pipe 3, waste water water tank 4, sewage draining exit 5, wastewater effluent mouth 6, toilet delivery port 7, tap water entrance 8, valve 9, one way valve 10, tee piece 11, float valve 12, first liquid-level switch 13, liquid pump 14, second liquid-level switch 15, tap water water supply valve 16, waste water water supply valve.
The specific embodiment
Fig. 1 is most preferred embodiment of the present utility model, is described further below in conjunction with 1 ~ 5 pair of the utility model of accompanying drawing.
As shown in Figure 1, the water toilet comprises water-closet tank 1, waste pipe 2, waste water water tank 3, sewage draining exit 4, toilet delivery port 6, tap water entrance 7 and valve 8 on the water-saving two-way of the present utility model.In the prior art, water-closet tank 1 is the water-storing tank of toilet, the bottom left of water-closet tank 1 has tap water entrance 7, its upper port communicates with water-closet tank 1 inside and links to each other with tap water water supply valve 15 in being installed in water-closet tank 1, its lower port links to each other with valve 8, the other end of valve 8 connects the tap water water source, tap water is by the water filling in the water-closet tank 1 of valve 8 and tap water entrance 7, water level in the water-closet tank 1 raises gradually, float in the tap water water supply valve 15 rises with water level simultaneously, after the water level in the water-closet tank 1 reached designated water level, tap water water supply valve 15 ended, and tap water stops water filling.Water-closet tank 1 bottom centre position is provided with toilet delivery port 6, and when toilet need wash, by the water outlet button on the lower toilet, the water in the water-closet tank 1 flowed into toilet via toilet delivery port 6 and finishes flushing.
Waste water water tank 3 is arranged on the top, right side of water-closet tank 1.Waste water water tank 3 comprises two parts at the bottom of casing and the case, and wherein casing is last inferior thick container, is upper coarse and lower fine cone at the bottom of the case.Because what hold in the waste water water tank 3 is used daily life sewage, so can sneak into some solid refuses, when waste water water tank 3 installation sites are higher, then inconvenient to clearing up in the bucket, so waste water water tank 3 the bucket end lowermost end be provided with sewage draining exit 4, when needs are cleared up in to bucket, sewage draining exit 4 can be opened and carry out cleaning work.
The below, left side of waste water water tank 3 is provided with wastewater effluent mouth 5, and wastewater effluent mouth 5 is positioned at the intersection at the bottom of waste water water tank 3 casings and the case, waste pipe 2 one ends link to each other with wastewater effluent mouth 5, the other end links to each other with the waterwater entrance that is arranged on right side, water-closet tank 1 bottom, and be connected with the waste water water supply valve 16 in being installed in water-closet tank 1, after the water level in the water-closet tank 1 reached designated water level, waste water water supply valve 16 was used for continuing inside water filling by waste water.
Because wastewater effluent mouth 5 is arranged on intersection at the bottom of casing and the case, so the water level of the waste water in the waste water water tank 3 drops to after this place, waste water no longer flows into water-closet tank 1.If waste water contains the heavier rubbish of quality, in then this moment, rubbish can be deposited at the bottom of the case of taper, can not flow in the water-closet tank 1, the residual a part of waste water of meeting at the bottom of the while case, when needs are cleared up in to waste water water tank 3, open after the sewage draining exit 4, utilize the impulse force of a part of waste water residual at the bottom of the case, the rubbish in the waste water water tank 3 can be taken out of.Because be upper coarse and lower fine taper at the bottom of the case of waste water water tank 3, so can there be the residual phenomenon of rubbish in the inner bottom surface of waste water water tank 3, clear up more thorough again.In addition, 5 places are equipped with screen pack simultaneously at the wastewater effluent mouth, drop to the impurity that flows into the waste water in the water-closet tank 1 minimum.
Waste water in waste water water tank 3 more for a long time, operating personnel can pass through rotating valve 8, regulate the water yield of going into of tap water and turn down or close, and this moment is when flush toilet, more or whole uses be waste water in the waste water water tank 3, thereby the less to a great extent waste of water resource.
The concrete course of work is as follows: when producing daily life sewage in the family, operating personnel at first pour waste water in the waste water water tank 3, and this moment, waste water water tank 3 interior waste water can inject in water-closet tank 1 via waste pipe 2.Operating personnel can be according to the size of the water level in the waste water water tank 3 by valve 8 adjusting tap water supplies, to regulate the usage ratio of waste water and tap water.
When needs wash toilet, press the water outlet button on the toilet, the water in the water-closet tank 1 flows into toilet via toilet delivery port 6, finishes flushing.Water level in the water-closet tank 1 is lower at this moment, and tap water water supply valve 15 and waste water water supply valve 16 are opened automatically, if valve 8 is not closed fully, then this moment, tap water and waste water were simultaneously to water-closet tank 1 interior water filling.Along with the water level in the water-closet tank 1 increases gradually, float in tap water water supply valve 15 and the waste water water supply valve 16 raises with water level simultaneously, when designated water level that the water level in the water-closet tank 1 rises, tap water water supply valve 15 and waste water water supply valve 16 are closed simultaneously, and waste water and tap water stop to inject.
When needing to clear up in the waste water water tank 3, operating personnel open the sewage draining exit 4 of waste water water tank 3 bottoms, and the water that remains in waste water water tank 3 bottoms is gone out the rubbish in the waste water water tank 3, finishes cleaning work.
As shown in Figure 2, embodiment 2 is with the difference of embodiment 1, valve 8 is replaced by tee piece 10.Three ends of tee piece 10 link to each other with tap water entrance 7, tap water water source and waste pipe 2 respectively.By the size of the toilet valve reserved for toilet in the conditioning chamber, the size at the tap water water source that supplies water for water-closet tank 1 is regulated, to regulate the usage ratio of waste water and tap water.On the right side of tee piece 10, be in series with one way valve 9 in the waste pipe 2, be used for preventing that water or tap water in the water-closet tank 1 are back to waste water water tank 3.
Because this moment, waste pipe 2 linked to each other with tee piece 10 with the tap water water source simultaneously, so waste water and tap water enter water-closet tank 1 via tap water entrance 7 simultaneously, can omit so be arranged on waterwater entrance and the waste water water supply valve 16 on right side, water-closet tank 1 bottom in embodiment 1.In the present embodiment, tee piece 10 can be replaced by three way cock, better the usage ratio of tap water and waste water is regulated.
As shown in Figure 3, embodiment 3 is with the difference of embodiment 1, and the waterwater entrance that is arranged on right side, water-closet tank 1 bottom is arranged on top, water-closet tank 1 right side.Waste pipe 2 is connected to this waterwater entrance, and simultaneously waterwater entrance links to each other with float valve 11 in being installed in water-closet tank 1.Thereby the water in the waste water water tank 3 can flow in the water-closet tank 1 by waste pipe 2 and float valve 11.
After the water level in the water-closet tank 1 reached designated water level, float valve 11 can end waste pipe 2 temporarily, and the waste water in the waste water water tank 3 stops to enter water-closet tank 1.Float valve 11 to set height of water level by the height of water level and water-closet tank 1 interior tap water water supply valve 15 identical.
Shown in Fig. 4 ~ 5, liquid pump 13 is installed in waste pipe 2, the draft by liquid pump 13 is with in the waste water suction water-closet tank 1 in the waste water water tank 3.On waste water water tank 3 right sides, the intersection at the bottom of casing and the case is equipped with first liquid-level switch 12, in order to detect the water level in the waste water water tank 3; Second liquid-level switch 14 is installed above the left side of water-closet tank 1 simultaneously, and in order to detecting the water level in the water-closet tank 1, and the height of water level of supporting upper water sleeve spare setting is identical in the height of second liquid-level switch 14 and the water-closet tank 1.
First liquid-level switch 12 and second liquid-level switch 14 can adopt the comparatively cheap side-mounted floating-ball level switch of commercially available price, side-mounted floating-ball level switch can send Chang Kai or normally closed two kinds of contact point signals when action, and does not need to use power supply to power when work.And the architectural characteristic according to floating-ball level switch, realize using second liquid-level switch 14 to be used as the liquid level upper limit alarm device of water-closet tank 1 by installing forward or backwards, when the liquid level in the water-closet tank 1 arrives first liquid-level switch 12, the contact point signal of second liquid-level switch, 14 outputs is for disconnecting, the contact point signal of output is for closed when being lower than second liquid-level switch 14, the state of second liquid-level switch 14 for often opening when namely static; Realize using first liquid-level switch 12 as the liquid level lower limit alarm of waste water water tank 3 by installing forward or backwards simultaneously, when the liquid level in the waste water water tank 3 is lower than first liquid-level switch 12, the contact point signal of first liquid-level switch, 12 outputs is for disconnecting, be higher than the contact point signal of first liquid-level switch 12 output for closed, first liquid-level switch 12 is normally closed state when namely static.
As shown in Figure 5, be in series with the power supply input of constant open contact KM1, constant close contact KM2 and liquid pump 13 in the loop of AC power 220 successively.Wherein KM1 is the contact point signal switch of second liquid-level switch 14, and KM2 is the contact point signal switch of first liquid-level switch 12.
The concrete course of work is as follows: when toilet need wash, operating personnel were by after the button of lower toilet, and the water in the water-closet tank 1 flows into the flushing of finishing toilet in the toilet.Liquid level in the water-closet tank 1 is lower at this moment, and second liquid-level switch, 14 output ground contacts signals are normally off, thereby connect loop shown in Figure 5, and this moment, liquid pump 13 was started working, in the continuous suction water-closet tank 1 of waste water in the waste water water tank 3.When the water level in the water-closet tank 1 reaches the height of second liquid- level switch 14,14 actions of second liquid-level switch, its contact point signal is opened by normally closed often becoming, and cuts off the current supply circuit of liquid pump 13, and liquid pump 13 quits work.
When the liquid level in the waste water water tank 3 was lower than first liquid-level switch 12, the contact point signal of first liquid-level switch 12 was opened by normally closed often becoming, and this moment, the current supply circuit of liquid pump 13 cut off, and prevented liquid pump 13 idle running when the water level in the waste water water tank 3 is low.This moment, tap water was through carrying out water flood operations in valve 8 and 7 pairs of water-closet tanks 1 of tap water entrance.
In the present embodiment, owing to adopted liquid pump 13, so need not to utilize separately the gravity of waste water in the waste water water tank 3 to water-closet tank 1 interior water filling, this moment, waste water water tank 3 setting height(from bottom) was can be as required parallel with the height of water-closet tank 1 or be lower than the height of water-closet tank 1, when waste water water tank 3 need be placed on the ground, the shape of even thickness was to reduce cost about the integral body of waste water water tank 3 can be set to.Liquid pump 13 can use the submersible pump that can put into waste water water tank 3 to replace simultaneously.
The waste pipe 2 of water toilet can adopt hard tube or flexible pipe to realize the conveying of waste water as required on water-saving two-way of the present utility model.The casing of waste water water tank 3 also can be set to cylinder or cuboid as required, is conical or square taper at the bottom of its corresponding case.
In the utility model, when waste water water tank 3 permanent positions are higher, can content gauge be installed with convenient liquid level of observing in the waste water water tank 3 in waste water water tank 3 sides.
The above, it only is preferred embodiment of the present utility model, be not to be the restriction of the utility model being made other form, any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the equivalent embodiment of equivalent variations.But every technical solutions of the utility model content that do not break away to any simple modification, equivalent variations and remodeling that above embodiment does, still belongs to the protection domain of technical solutions of the utility model according to technical spirit of the present utility model.
Claims (10)
1. water toilet on the water-saving two-way, the tap water water-supply apparatus that comprises water-closet tank (1) and be installed in water-closet tank (1) bottom, it is characterized in that: the waste water water-supply apparatus is set, and the waste water water-supply apparatus links to each other with water-closet tank (1) by waste pipe (2).
2. water toilet on the water-saving two-way according to claim 1, it is characterized in that: described waste water water-supply apparatus comprises waste water water tank (3), is arranged on the wastewater effluent mouth (5) of waste water water tank (3) bottom left and is arranged on the interior waste water water supply valve (16) of water-closet tank (1), waste pipe (2) one ends are connected with wastewater effluent mouth (5), the other end links to each other with the waterwater entrance that is arranged on right side, water-closet tank (1) bottom, and waterwater entrance links to each other with waste water water supply valve (16).
3. water toilet on the water-saving two-way according to claim 2, it is characterized in that: be that cone-shaped bottom is provided with sewage draining exit (4) at the bottom of described waste water water tank (3) case, wastewater effluent mouth (5) is positioned at the intersection at the bottom of casing and the case.
4. water toilet on the water-saving two-way according to claim 2, it is characterized in that: the waterwater entrance of described water-closet tank (1) or be arranged on the right upper portion of water-closet tank (1), the waterwater entrance float valve (11) inner with being installed in water-closet tank (1) links to each other, waste pipe (2) one ends link to each other with this waterwater entrance, and the other end links to each other with wastewater effluent mouth (5).
5. water toilet on the water-saving two-way according to claim 1, it is characterized in that: the bottom left of described water-closet tank (1) is provided with the tap water entrance (7) that the lower end connects tee piece (10), the upper end of tap water entrance (7) the tap water water supply valve (15) interior with being installed in water-closet tank (1) links to each other, and the horizontal port of tee piece (10) links to each other with waste pipe (2).
6. according to water toilet on claim 2,4 or 5 each described water-saving two-ways, it is characterized in that: the one way valve (9) that anti-sealing is back to waste water water tank (3) is installed on the described waste pipe (2).
7. according to water toilet on claim 4 or the 5 described water-saving two-ways, it is characterized in that: be equipped with in the described waste pipe (2) in order to the liquid pump (13) that the waste water suction water-closet tank (1) in the waste water water tank (3) is interior.
8. water toilet on the water-saving two-way according to claim 7, it is characterized in that: the right side of described waste water water tank (3), the intersection at the bottom of casing and the case are equipped with in order to detect first liquid-level switch (12) of the interior water level of waste water water tank (3);
Described water-closet tank (1) left upper portion is equipped with in order to detect second liquid-level switch (14) of the interior water level of water-closet tank (1).
9. water toilet on the water-saving two-way according to claim 5 is characterized in that: described tee piece (10) employing three way cock.
10. water toilet on the water-saving two-way according to claim 8 is characterized in that: what described first liquid-level switch (12) and second liquid-level switch (14) adopted is side-mounted floating-ball level switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320089389 CN203160360U (en) | 2013-02-27 | 2013-02-27 | Water saving both-way water feeding closestool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320089389 CN203160360U (en) | 2013-02-27 | 2013-02-27 | Water saving both-way water feeding closestool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203160360U true CN203160360U (en) | 2013-08-28 |
Family
ID=49021555
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320089389 Expired - Fee Related CN203160360U (en) | 2013-02-27 | 2013-02-27 | Water saving both-way water feeding closestool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203160360U (en) |
-
2013
- 2013-02-27 CN CN 201320089389 patent/CN203160360U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130828 Termination date: 20180227 |