CN204590175U - A kind of indoor water-saving system - Google Patents
A kind of indoor water-saving system Download PDFInfo
- Publication number
- CN204590175U CN204590175U CN201520203154.0U CN201520203154U CN204590175U CN 204590175 U CN204590175 U CN 204590175U CN 201520203154 U CN201520203154 U CN 201520203154U CN 204590175 U CN204590175 U CN 204590175U
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- water
- reservoir
- rope
- storing device
- buoy
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Abstract
The utility model discloses a kind of indoor water-saving system, comprise the first water-storing device, the second water-storing device, water pumper and water-closet tank, first retaining load connects sewage reservoir, second water-storing device is positioned at the top of water-closet tank, water-closet tank connects the second water-storing device and water supply pipe respectively, is communicated with between the first water-storing device and the second water-storing device by water pumper; First water-storing device comprises the first reservoir, the first buoy and lever, and the second water-storing device comprises the second reservoir, the second buoy, fixed pulley, rope outlet and rope pipeline; Water-closet tank comprises rope import, the 3rd buoy and the 4th buoy, 3rd buoy is connected with the rope being entered water-closet tank by rope import, and controlling the inflow that water supply pipe enters water-closet tank, the 4th buoy controls the inflow that the second reservoir enters water-closet tank.Two water-storing devices and four buoys solve the problem of indoor wastewater ocean disposal, improve indoor sewage intercepting well rate, have saved water resource.
Description
Technical field
The utility model relates to a kind of water-saving system, especially a kind ofly indoor toilets can be washed one's face, dish is washed in kitchen or sewage after washing bowls utilizes again water-saving system.
Background technology
In existing residenter house, washroom washing basin and kitchen sink are all directly connected to sewer, and the sewage after like this, washing one's face, shampoo or washing bowls all has been flowed away by sewer, and wherein, most of sewage has the value be recycled completely.In order to improve water utilization rate, solve the problem of indoor sewage how effective recycling, relevant occurrences in human life always in research and design, but yet there are no applicable designing in now actual residenter house.Therefore, how designing a kind of very practical indoor water-saving system, is the target of current urgent need Improvement.
Summary of the invention
Main purpose of the present utility model is, provides a kind of indoor water-saving system of new structure, to improve water utilization rate, solves the problem of indoor sewage how effective recycling.
The utility model specifically by the following technical solutions and technical measures to realize.
The utility model provides a kind of indoor water-saving system, comprise the first water-storing device, the second water-storing device, water pumper and water-closet tank, the top of the first water-storing device connects sewage reservoir, second water-storing device is positioned at the top of water-closet tank, water-closet tank connects the second water-storing device and water supply pipe respectively, is communicated with between the first water-storing device and the second water-storing device by water pumper;
Described first water-storing device comprises the first reservoir, the first buoy and lever, first buoy is placed in the first reservoir, the fulcrum of lever is fixed on the side wall upper part edge of the first reservoir, one end of lever to be placed in the first reservoir and to be connected with the first buoy by rope, the other end of lever be placed in the first reservoir outward also can downwards Displacement Contact to water pumper switch;
Described second water-storing device comprises the second reservoir, the second buoy, fixed pulley, rope outlet and rope pipeline, the side wall upper part of the second reservoir is located in rope outlet, rope pipeline is arrange along the outer wall of the second reservoir to hold the pipeline of rope, one end of rope pipeline and rope outlet, its other end connects water-closet tank, second buoy is placed in the second reservoir, fixed pulley is arranged on the bottom of the second reservoir, one end of rope is walked around fixed pulley and is connected the second buoy, and the rope other end is connected to water-closet tank through rope outlet and rope pipeline;
Described water-closet tank comprises rope import, the 3rd buoy and the 4th buoy, 3rd buoy is connected with the rope being entered water-closet tank by rope import, and the tap water controlling water supply pipe enters the inflow of water-closet tank, the sewage that the 4th buoy controls the second reservoir enters the inflow of water-closet tank.
Preferably, aforementioned a kind of indoor water-saving system, described first water-storing device also comprises the first overfall gap, and the horizontal level of this first overfall gap is higher than the horizontal level of balance pivot.
Preferably, aforementioned a kind of indoor water-saving system, described second water-storing device also comprises the second overfall gap, and this second overfall gap is located at the side wall upper part of the second reservoir, the horizontal level that its horizontal level exports lower than rope.
Preferably, aforementioned a kind of indoor water-saving system, the sidewall of described first reservoir is provided with the groove of dodging people's pin.
Preferably, aforementioned a kind of indoor water-saving system, described sewage reservoir is that washroom washes one's face pond or kitchen sink.
Preferably, aforementioned a kind of indoor water-saving system, the connecting portion of described first water-storing device and sewage reservoir and water pumper is respectively equipped with screen pack.
Preferably, aforementioned a kind of indoor water-saving system, the connecting portion of described second water-storing device and water pumper and water-closet tank is respectively equipped with screen pack.
Compared with prior art, the utility model at least has following advantage and beneficial effect:
1, the utility model comprises two water-storing devices and four buoys, first water-storing device is positioned at below sewage reservoir, for storing sewage, second water-storing device is positioned at above water-closet tank, use for sewage is flowed in water-closet tank, first reservoir and the second reservoir each in put into the water yield that buoy controls pond, two buoys are put in water-closet tank, control the inflow of tap water and sewage respectively, two water-storing devices and four buoys thoroughly solve the problem of indoor sewage how effective recycling, improve indoor sewage intercepting well rate, save water resource,
2, the first water-storing device of the present utility model can be placed in washing one's face on the ground of pond or kitchen sink bottom of washroom, fully reclaims sewage.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of indoor water-saving system of the utility model.
[critical element symbol description]
1: the first water-storing device 11: the first reservoir
12: the first buoys 13: lever
13a: one end 13b of lever: the other end of lever
14: the first water inlet 15: the first overfall gaps
16: pump mouth 2: the second water-storing device
21: the second reservoir 22: the second buoys
23: fixed pulley 24: the second water inlet
25: the second overfall gaps 26: delivery port
27: rope outlet 28: rope pipeline
3: water pumper 31: water pumper switch
4: power supply 5: water-closet tank
51: rope import 52: the three water inlet
53: the three buoy 54: the four water inlets
55: the four buoys 6: sewage reservoir
O: the fulcrum of lever.
Detailed description of the invention
For making content of the present utility model become apparent, below in conjunction with specific embodiment, the utility model is described in detail.
As shown in Figure 1, be the structural representation of a kind of indoor water-saving system of the utility model.As seen from the figure, the utility model mainly comprises four parts: the first water-storing device 1, second water-storing device 2, water pumper 3 and water-closet tank 5.Indoor sewage source mainly the washing one's face with water and water for kitchen use of washroom, that is the sewage reservoir 6 of indoor to wash one's face pond or kitchen sink for washroom.Therefore, what the first water-storing device 1 is placed in washroom washes one's face on the ground of pond or kitchen sink bottom, its top is connected with the drainage pipe of sewage reservoir 6, for sewage storage that sewage reservoir 6 is discharged in the first water-storing device 1, the bottom of this first water-storing device 1 is connected to water pumper 3 by pipeline, the other end of water pumper 3 connects the top of the second water-storing device 2, water pumper 3 is controlled by power supply 4, this the second water-storing device 2 is positioned at the top of water-closet tank 5, the bottom of the second water-storing device 2 connects water-closet tank 5, like this, the sewage of sewage reservoir 6 is made to enter water-closet tank 5 by the first water-storing device 1 and the second water-storing device 2, effective recycling sewage is flushed the toilet, water-closet tank 5 is also connected with running water pipe, when there is no sewage, flush the toilet with tap water, when there being sewage to need the first water-storing device 1 and the second water-storing device 2 to collect, connect the power supply 4 of water pumper 3, water pumper 3 is worked, collect sewage.
Concrete, as shown in Figure 1, described first water-storing device 1 comprises the first reservoir 11, first buoy 12, lever 13, first water inlet 14, first overfall gap 15 and pump mouth 16.First buoy 12 is placed in the first reservoir 11, the fulcrum O of lever 13 is fixed on the side wall upper part edge of the first reservoir 11, one end 13a of lever to be placed in the first reservoir 11 and to be connected with the first buoy 12 by rope, the other end 13b of lever be placed in the first reservoir 11 outer also can downwards Displacement Contact to water pumper switch 31.First water inlet 14 is located at the top of the first reservoir 11, and this first water inlet 14 connects sewage reservoir 6, is the passage that sewage flows into the first reservoir 11.Described pump mouth 16 is located at the bottom of described first reservoir 11 and is connected water pumper 3.In order to prevent the water overfill of the first reservoir 11 from cannot overflow, be provided with the first overfall gap 15 in the first reservoir 11 side wall upper part, the drainage pipe in this first overfall gap 15 junction chamber.For making normal use of lever 13 not touch water, this first overfall gap 15 horizontal level is higher than the horizontal level of lever 13 fulcrum O.
Described water pumper 3 can be placed on the ground between the first reservoir 11 and the second reservoir 21 or be fixed on height suitable on wall, the bottom being placed in lever other end 13b of water pumper switch 31 and lever other end 13b can be arrived by Displacement Contact downwards.The effect of water pumper switch 31 is when lever other end 13b is in contact with it, and water pumper 3 is worked, and when not contacting, water pumper 3 does not work.Concrete principle is as follows: when the first reservoir 11 does not have water, first buoy 12 sinks to the bottom, the rope that first buoy 12 is connected with bar thick stick 13 just in time stretches, one end 13a in the first reservoir 11 is low for lever 13, other end 13b outside the first reservoir 11 is upturned, cannot touch water pumper switch 31, water pumper 3 is in off state, stops pumping.When the water of the first reservoir 11 reach a certain height, first buoy 12 can float, the rope that first buoy 12 is connected with bar thick stick 13 is in free bent state, one end 13a of lever 13 in the first reservoir 11 raises gradually, lever 13 other end 13b outside the first reservoir 11 is made to touch water pumper switch 31 downwards, water pumper 3 is in running order, extracts the water in the first reservoir 11.Water pumper switch 31 is connected on the controller of water pumper 3 circuit, when the other end 13b of lever touches water pumper switch 31, sends corresponding stopping or enabling signal to controller, controls water pumper 3 stop or working by controller.
Described second water-storing device 2 is positioned at the top of described water-closet tank 5, as shown in Figure 1, this second water-storing device 2 comprises the second reservoir 21, second overfall gap 25, rope outlet 27, rope pipeline 28, second buoy 22, fixed pulley 23, second water inlet 24 and delivery port 26.The side wall upper part of the second reservoir 21 is located in second overfall gap 25 and rope outlet 27, this second overfall gap 25 is the same with the first overfall gap 15 of the first reservoir 11, all be connected to indoor drainage pipe, for making rope outlet 27 and rope pipeline 28 normally use and not touch water, the horizontal level of the second overfall gap 25 exports the horizontal level of 27 lower than rope.Rope pipeline 28 is the pipeline of the held rope fixed along lateral wall and the bottom of the second reservoir 21, and its one end and described rope export 27 and be communicated with, and the other end connects water-closet tank 5.Second buoy 22 is placed in the second reservoir 21, fixed pulley 23 is fixed on sidewall or the bottom of the second reservoir 21, one end of rope is walked around fixed pulley 23 and is connected the second buoy 22, and the other end of rope is connected to water-closet tank 5 by rope outlet 27 along rope pipeline 28.Second water inlet 24 is located at the top of the second reservoir 21 and is connected water pumper 3 by waterpipe.Delivery port 26 is located at the bottom of the second reservoir 21 and is connected water-closet tank 5.
The utility model water-closet tank 5 with the difference of existing water-closet tank 5 is, water-closet tank 5 of the present utility model comprises two buoys, i.e. the 3rd buoy 53 and the 4th buoy 55,3rd buoy 53 is identical with the effect of conventional toilet water tank, for controlling tap water inflow, 4th buoy 55 is that the utility model increases, and enters the sewage quantity of water-closet tank 5 for the sewage controlled in the second reservoir 21.As shown in Figure 1, water-closet tank 5 of the present utility model comprises rope import 51, the 3rd water inlet 52, the 3rd buoy 53, the 4th water inlet 54 and the 4th buoy 55.The rope be connected with the second buoy 22 enters water-closet tank 5 via rope pipeline 28 and rope import 51.3rd water inlet 52 connects running water pipe, and controls the 3rd water inlet 52 inlet by the 3rd buoy 53.4th water inlet 54 connects the delivery port 26 of the second water-storing device 2, and controls the inflow of the 4th water inlet 54 by the 4th buoy 55.Described 3rd buoy 53 is connected with the rope being entered water-closet tank 5 by rope pipeline 28 and rope import 51, after the second buoy 22 of the second reservoir 21 is floated, drives the normally closed prevention tap water of switch of the 3rd buoy 53 to enter.
When the water in the first reservoir 11 is extracted out by water pumper 3, when then being flowed in the second reservoir 21 by waterpipe, water in second reservoir 21 increases gradually, second buoy 22 floats gradually, the rope be connected with the second buoy 22 is strained gradually, and drive the 3rd buoy 53 switch connecting running water pipe in water-closet tank 5 to be in closed condition, the 3rd water inlet 52 does not use, and the 4th water inlet 54 normally uses, waste water is preferentially utilized to rush toilet.When not having water in the second reservoir 21, the second buoy 22 sinks to the bottom, and the rope be connected with the second buoy 22 relaxes, and makes to be arranged in the 3rd buoy 53 switch that water-closet tank 5 connects running water pipe and is in opening, rush toilet with the tap water in the 3rd water inlet 52.
Be equipped with overfall in first reservoir 11 and the second reservoir 21, prevent the water overfill impact in reservoir from using.
What the first reservoir 11 is placed in washroom washes one's face on the ground of pond or kitchen sink bottom, can take ground space, inconvenient people stands in this position and uses water pipe, therefore, the sidewall of the first reservoir 11 can be arranged the groove of dodging people's pin, groove is positioned at the side wall surface that people stands.
In addition, the second water-storing device 2 can be placed in above described flush toilet in the ceiling on roof, not only make full use of roof space, improve space availability ratio, make washroom more attractive in appearance.
The rope be connected with the 3rd buoy 53 in flush toilet due to the second buoy 22 is relatively long, for ease of maintenance, its rope pipeline 28 is designed to dismountable structure, pipe ends or middle random length is dismountable is fixed on the second reservoir 21 outer wall.
For preventing the pipeline obstruction of each water-storing device, screen pack can be set at the first water-storing device 1, second water-storing device 2 and water-closet tank 5 corresponding pipeline connecting portion, concrete can be placed in following optional position by screen pack: the connecting portion (as the first water inlet 14) of the first water-storing device 1 and sewage reservoir 6, the connecting portion (as pump mouth 16) of the first water-storing device 1 and water pumper 3, the connecting portion (as the second water inlet 24) of the second water-storing device 2 and water pumper 3, the connecting portion (as delivery port 26) of the second water-storing device 2 and water-closet tank 5.
It should be noted that, for making the structure outstanding of the present utility model that accompanying drawing can be clearer, succinct, graphic interior each several part of the present utility model is not drawn according to its relative size, and some size is exaggerated compared with other scale dependents, and incoherent detailed structure is not also drawn completely.
Except describing above, the utility model can also be widely used in other embodiments, and protection domain of the present utility model is not by the restriction of embodiment, and it is as the criterion with the protection domain of claim.Any those skilled in the art, any simple modification done above embodiment according to technical spirit of the present utility model or equivalent variations, still belong to the protection domain of technical solutions of the utility model.
Claims (7)
1. an indoor water-saving system, it is characterized in that, it comprises the first water-storing device (1), the second water-storing device (2), water pumper (3) and water-closet tank (5), the top of the first water-storing device (1) connects sewage reservoir (6), second water-storing device (2) is positioned at the top of water-closet tank (5), water-closet tank (5) connects the second water-storing device (2) and water supply pipe respectively, is communicated with between the first water-storing device (1) and the second water-storing device (2) by water pumper (3);
Described first water-storing device (1) comprises the first reservoir (11), the first buoy (12) and lever (13), first buoy (12) is placed in the first reservoir (11), the fulcrum of lever (13) is fixed on the side wall upper part edge of the first reservoir (11), one end of lever (13) to be placed in the first reservoir (11) and to be connected with the first buoy (12) by rope, the other end of lever (13) be placed in the first reservoir (11) outward also can downwards Displacement Contact to water pumper switch (31);
Described second water-storing device (2) comprises the second reservoir (21), second buoy (22), fixed pulley (23), rope outlet (27) and rope pipeline (28), the side wall upper part of the second reservoir (21) is located at by rope outlet (27), rope pipeline (28) is arrange along the outer wall of the second reservoir (21) to hold the pipeline of rope, one end of rope pipeline (28) exports (27) and is communicated with rope, its other end connects water-closet tank (5), second buoy (22) is placed in the second reservoir (21), fixed pulley (23) is arranged on the bottom of the second reservoir (21), one end of rope is walked around fixed pulley (23) and is connected the second buoy (22), the rope other end is connected to water-closet tank (5) through rope outlet (27) and rope pipeline (28),
Described water-closet tank (5) comprises rope import (51), the 3rd buoy (53) and the 4th buoy (55), 3rd buoy (53) is connected with the rope being entered water-closet tank (5) by rope import (51), and the tap water controlling water supply pipe enters the inflow of water-closet tank (5), the sewage that the 4th buoy (55) controls the second reservoir (21) enters the inflow of water-closet tank (5).
2. a kind of indoor water-saving system according to claim 1, is characterized in that, described first water-storing device (1) also comprises the first overfall gap (15), and the horizontal level of this first overfall gap (15) is higher than the horizontal level of lever (13) fulcrum.
3. a kind of indoor water-saving system according to claim 1, it is characterized in that, described second water-storing device (2) also comprises the second overfall gap (25), this the second overfall gap (25) is located at the side wall upper part of the second reservoir (21), and its horizontal level is lower than the horizontal level of rope outlet (27).
4. a kind of indoor water-saving system according to claim 1, is characterized in that, the sidewall of described first reservoir (11) is provided with the groove of dodging people's pin.
5. a kind of indoor water-saving system according to any one of claim 1 to 4, is characterized in that, described sewage reservoir (6) to wash one's face pond or kitchen sink for washroom.
6. a kind of indoor water-saving system according to claim 5, is characterized in that, described first water-storing device (1) is respectively equipped with screen pack with the connecting portion of sewage reservoir (6) and water pumper (3).
7. a kind of indoor water-saving system according to claim 5, is characterized in that, described second water-storing device (2) is respectively equipped with screen pack with the connecting portion of water pumper (3) and water-closet tank (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520203154.0U CN204590175U (en) | 2015-04-07 | 2015-04-07 | A kind of indoor water-saving system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520203154.0U CN204590175U (en) | 2015-04-07 | 2015-04-07 | A kind of indoor water-saving system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204590175U true CN204590175U (en) | 2015-08-26 |
Family
ID=53926341
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520203154.0U Expired - Fee Related CN204590175U (en) | 2015-04-07 | 2015-04-07 | A kind of indoor water-saving system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204590175U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104805891A (en) * | 2015-04-07 | 2015-07-29 | 洛阳理工学院 | Indoor water-saving system |
-
2015
- 2015-04-07 CN CN201520203154.0U patent/CN204590175U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104805891A (en) * | 2015-04-07 | 2015-07-29 | 洛阳理工学院 | Indoor water-saving system |
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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 |
Granted publication date: 20150826 Termination date: 20160407 |
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| CF01 | Termination of patent right due to non-payment of annual fee |