CN201420284Y

CN201420284Y - Waste water grading reclaimer

Info

Publication number: CN201420284Y
Application number: CN200820129798XU
Authority: CN
Inventors: 田希勤; 程亚东
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-12-27
Filing date: 2008-12-27
Publication date: 2010-03-10
Anticipated expiration: 2018-12-27

Abstract

A waste water grading reclaimer is installed under a water tank, can grade waste water discharged from the water tank, and reclaims water which can be secondary used. The reclaimer is characterized inthat the lower end of the device is provided with two water outlets, one water outlet is communicated with a sewer, a container for placing reclaimed water is arranged under the other water outlet, aflow guiding groove capable of rotating around a shaft is arranged inside the device, and the flow guiding groove tilts to the different water outlets and can control water to flow to the different water outlets. A projected object is arranged on the path where water flows to the water outlet along the flow guiding groove, and can effectively prevent dirt in the waste water from resorting in thedevice. One end of a flow guiding groove shaft is provided with a mechanism capable of automatically resetting the flowing direction of discharged water, thereby realizing automatically switching theflowing direction of the discharged water to the sewage after a container for placing reclaimed water is full of water.

Description

The waste water separating and recovering equipment

Affiliated technical field

The utility model relates to a kind ofly can carry out sorting to the waste water that discharge in the pond of using in the daily life, and reclaims the wherein device of reusable water.

Background technology

The waste water that produces in the daily life at present is directly to have entered sewer after discharging from the pond basically.And in real life, being discharged in the water of sewer has quite a few all can reuse.Can be used for mopping floor and, will causing serious waste to water resource such as the water of washing dish and these water are directly entered sewer towards toilet.In order to reduce the waste of water resource, improve the utilization rate of water resource, many correlation techniques have also been emerged, as Chinese patent 200520128908.7,200620138203.8 etc., can carry out sorting to the waste water that produces in the daily life, and can the daily life sewage that wherein can reuse be reclaimed, these technology are used valves to switch drainings and are flowed to, but valve makes the dirt in the waste water be detained wherein easily, thereby the dirt accumulation late gate can not seal well to cause and leak; The switching that draining is flowed to of these technology has only the mode of hand-guided in addition, can't automatically draining be switched to sewer after water in the container that holds recycle-water is full.

In order to overcome existing waste water separating and recovering equipment the dirt in the waste water is detained wherein, valve is difficult for sealing, can't automatically draining be switched to the deficiency in the sewer, and the utility model provides a kind of waste water separating and recovering equipment.This waste water separating and recovering equipment can carry out sorting to the daily life sewage that produces in the daily life, reclaim wherein reusable water, and the dirt in the waste water is stranded in wherein, after water in the container that holds recycle-water is full, can realize automatically draining being switched in the sewer.

The utility model content

The technical scheme that its technical problem that solves the utility model adopts is: there are two delivery ports waste water separating and recovering equipment lower end, and a delivery port is for connecting the outlet of sewer, and it is connected with sewer; Another delivery port is the recycle-water outlet, and the container that holds recycle-water is placed in its below.The waste water separating and recovering equipment is installed on the gutter of below, pond, and the waste water that can not reuse of discharging in the pond is discharged from the outlet that connects sewer, enters in the sewer; The water that can reuse is discharged from the recycle-water outlet, flows in the container that holds recycle-water for reusing.Waste water separating and recovering equipment inside is equipped with guiding gutter, and the effect of guiding gutter is that controlled water flow is to different delivery ports.Guiding gutter is a smooth deep trouth that has axle, and guiding gutter can rotate in certain angle around axle, when guiding gutter one end slot mouth is downward-sloping, and the corresponding perk of other end notch.The notch at guiding gutter two ends two delivery ports with the waste water separating and recovering equipment respectively is corresponding.Gutter under the pond comes the middle part of guiding gutter with water, when needs enter sewer with water, rotates guiding gutter it is tilted to the outlet that connects sewer, and the water of discharging in the pond promptly flows in the sewer along the guiding gutter that tilts; When the water in the needs recovery pond, rotate guiding gutter it is tilted to the recycle-water outlet, the water of discharging in the pond promptly exports from recycle-water along the guiding gutter that tilts and flows out, and flows into to hold in the container of recycle-water.

Because the container that holds recycle-water below the waste water separating and recovering equipment, checks that at any time the water level in the container that holds recycle-water is very inconvenient in the process of using.For water in the container that prevents to hold recycle-water overflows after full, the made draining of being made up of junction plate, float and balancing weight is installed on the waste water separating and recovering equipment flows to automatically reset mechanism, can in holding the container of recycle-water, completely rotate guiding gutter automatically with the outlet of water row in the back by water to the connection sewer.Junction plate is the part of a V-type, and it is fixed on the axle of guiding gutter.Guiding gutter is in when the state of recycle-water outlet draining, and the arm of hanging float on the junction plate is in a side that exports near recycle-water, and stretches out obliquely from the water conservancy diversion fluted shaft, holds in the container of recycle-water below the float of being hung on it hangs down; The arm that studs with balancing weight on the junction plate is near outlet one side that connects sewer, also stretches out obliquely from the water conservancy diversion fluted shaft.The action of gravity of float has produced a moment that keeps current state to guiding gutter on junction plate; The action of gravity of balancing weight produces one to the Way out rotating moment that connects sewer to guiding gutter on junction plate.But float is occupied an leading position to the moment of guiding gutter during this state, and guiding gutter can remain on current state.When water in the container that holds recycle-water was full, water can alleviate the influence of the gravity of float to junction plate gradually to the buoyancy of float, and balancing weight will account for leading position gradually to the moment of guiding gutter.Guiding gutter has promptly rotated to the state to the outlet inclination that connects sewer under the effect of balancing weight to its moment.

Further improvement of the utility model is: increase counterweight near an end slot mouth of guiding gutter, make its center of gravity deflection of guiding gutter that is installed in the shell connect outlet one side of sewer, the center of gravity of skew makes guiding gutter produce one to the Way out rotating moment that connects sewer.The axle of guiding gutter one end is gone up junction plate is installed, and is in when recycle-water exports the state of draining at guiding gutter, and junction plate is in the side near the recycle-water outlet, and stretches out obliquely from the water conservancy diversion fluted shaft.Hang float on the junction plate, holding in the container of recycle-water below float hangs down.When water did not touch float, the action of gravity of float produced a moment that keeps current state to guiding gutter on junction plate, and this moment makes guiding gutter remain on current state.When water in the container that holds recycle-water was full, water can alleviate the influence of the gravity of float to junction plate gradually to the buoyancy of float, and guiding gutter can rotate to the state that tilts to the outlet that connects sewer under the effect of the moment that the center of gravity that himself is offset produces.

Select whether to reclaim the water of discharging in the pond for the ease of the user, in the maneuverable position of user a draining change-over switch is installed, use flexible axle to be connected between draining change-over switch and the waste water separating and recovering equipment, the turning moment that flexible axle can produce when pulling the draining change-over switch passes to the guiding gutter in the waste water separating and recovering equipment, makes guiding gutter along with the draining change-over switch is rotated.So just can switch the flow direction of waste water separating and recovering equipment draining by pulling the draining change-over switch.

The beneficial effects of the utility model are, use the flow direction of guiding gutter control draining in the waste water separating and recovering equipment, water can flow into delivery port smoothly along the guiding gutter that tilts, and does not need in the process of a delivery port draining another delivery port sealing at the waste water separating and recovering equipment.Guiding gutter is a smooth deep trouth, does not have outstanding obstacles in the path that waste water is flowed through, and the dirt in the waste water can be stranded in wherein.Be equipped with on the waste water separating and recovering equipment and can make draining flow to automatically reset mechanism, in the time of can water is filled in holding the container of recycle-water, automatically draining be switched to the outlet that connects sewer.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is installed in the schematic diagram of below, pond for the utility model embodiment.

Fig. 2 is the schematic diagram of the utility model embodiment, is the state (the side end cap does not draw among the figure) to recycle-water outlet draining among the figure.

Fig. 3 is the schematic diagram of the utility model embodiment, is the state (the side end cap does not draw among the figure) to the sewer draining among the figure.

Fig. 4 is the schematic diagram of the utility model embodiment guiding gutter.

Fig. 5 is the schematic diagram of another embodiment of the utility model, is the state (the side end cap does not draw among the figure) to recycle-water outlet draining among the figure.

1. draining change-over switches among the figure, 2. pond, 3. flexible axle, 4. shell, 5. gutter, 6. balancing weight, 7. junction plate, 8. side end cap, 9. float, 10. guiding gutter, 11. buckets

The specific embodiment

As shown in Figure 1, the utility model embodiment is installed in the lower end of pond (2) bottom discharge pipe (5).The waste water separating and recovering equipment is made up of shell (4), balancing weight (6), junction plate (7), side end cap (8), float (9) and guiding gutter parts such as (10).Waste water separating and recovering equipment below is placed bucket (11) and is used for holding the water that needs recovery, and float (9) is suspended on the junction plate (7), hangs down in the bucket (11).Switch draining easily for the user and flow to, draining change-over switch (1) is installed in the position that the user is easy to operate.Draining change-over switch (1) below connects a flexible axle (3), and the other end of flexible axle (3) is connected with an end of guiding gutter (10) axle.The effect of flexible axle (3) is that the turning moment that produces when pulling draining change-over switch (1) passes to guiding gutter (10), and guiding gutter (10) and draining change-over switch (1) are rotated synchronously, switches to realize that the user flows to draining easily.

As Fig. 2, shown in Figure 3, be the utility model embodiment (side end cap (8) does not draw among the figure).The delivery port of waste water separating and recovering equipment left end is the recycle-water outlet in Fig. 2 and Fig. 3, and the delivery port of right-hand member is for connecting the outlet of sewer.Guiding gutter (10) is installed in the inside of shell (4), and guiding gutter (10) can rotate in certain angle around axle, and side end cap (8) is installed on shell, covers the part that guiding gutter (10) control draining flows to.All stretch out from shell (4) at the two ends of guiding gutter (10) axle, and an end is used for being connected with flexible axle (3), and the other end is being fixed the made draining of being made up of junction plate (7), float (9) and balancing weight (6) and flowed to automatically reset mechanism.Junction plate (7) is the part of a V-type, studs with balancing weight (6) on the arm, hangs float (9) on another arm.Bucket (11) water less than the time, guiding gutter (10) can be in two stable status.A kind of is the state to recycle-water outlet draining shown in Figure 2, and another kind is the state to the sewer draining shown in Figure 3.Guiding gutter (10) left end notch is downward-sloping when state shown in Figure 2, the perk obliquely of right-hand member notch, and the water that flows out in the gutter (5) can flow out from the recycle-water outlet along the guiding gutter (10) that tilts.Because float (9) is not subjected to buoyancy of water, the action of gravity of float (9) is gone up at junction plate (7) guiding gutter (10) is produced an anticlockwise moment when this state.The action of gravity of balancing weight (6) is gone up at junction plate (7) guiding gutter (10) is produced a clockwise moment.But the moment that float this moment (9) acts on the guiding gutter (10) acts on moment on the guiding gutter (10) greater than balancing weight (6), and guiding gutter (10) can stably be in this state.Water level in the bucket (11) of waste water separating and recovering equipment below constantly raises, float (9) is when touching water, the suffered buoyancy of float (9) will slacken the influence of the gravity of float (9) to junction plate (7) gradually, the moment that float this moment (9) acts on the guiding gutter (10) will act on moment on the guiding gutter (10) less than balancing weight (6), and balancing weight (6) acts on moment on the guiding gutter (10) will make guiding gutter (10) be rotated clockwise to as shown in Figure 3 state.The perk obliquely of guiding gutter during this state (10) left end notch, the right-hand member notch is downward-sloping, and the water that flows out in the gutter (5) can flow into sewer from the outlet that connects sewer along the guiding gutter (10) that tilts.

As shown in Figure 4, the guiding gutter of the utility model embodiment (10).Guiding gutter (10) is the smooth deep trouth of both ends open, and there is axle the centre, and guiding gutter (10) can rotate around this axle.One end of guiding gutter (10) axle is used for connecting flexible axle (3), and the other end is used for installing junction plate (7).

As shown in Figure 5, be another embodiment of the present utility model (side end cap (8) does not draw among the figure).In Fig. 5, the delivery port of waste water separating and recovering equipment left end is the recycle-water outlet, and the delivery port of right-hand member is for connecting the outlet of sewer.Guiding gutter (10) is installed in the inside of shell (4), and guiding gutter (10) can rotate in certain angle around axle, and side end cap (8) is installed on shell, covers the part that guiding gutter (10) control draining flows to.Guiding gutter (10) has counterweight near the notch place of outlet one end that connects sewer, makes the notch of the center of gravity deflection of guiding gutter (10) near outlet one end that connects sewer, and the center of gravity of skew can make guiding gutter produce a right handed moment.All stretch out from shell (4) at the two ends of guiding gutter (10) axle, and an end is used for being connected with flexible axle (3), and the other end is being fixed junction plate (7).Hang float (9) on the junction plate (7), in the bucket (11) below float (9) hangs down.Float (9) is not when touching water, and the action of gravity of float (9) produces an anticlockwise moment to guiding gutter (10) on junction plate (7), and this moment can make guiding gutter (10) keep current state.After water in the bucket (11) is full, water touches float (9), the suffered buoyancy of float (9) will slacken the influence of the gravity of float (9) to junction plate (7) gradually, and guiding gutter (10) can rotate to the state to the outlet inclination that connects sewer under the effect of the clockwise moment that center of gravity produced that himself is offset.

Claims

1. waste water separating and recovering equipment of forming by shell, side end cap, guiding gutter, it is characterized in that guiding gutter is installed in the shell, guiding gutter can rotate around the axis, and the side end cap is installed on the shell, cover the part that guiding gutter control draining flows to, the shaft extension of guiding gutter goes out shell.

2. waste water separating and recovering equipment according to claim 1 is characterized in that there are two delivery ports the shell lower end.

3. waste water separating and recovering equipment according to claim 1 and 2 is characterized in that guiding gutter is a smooth deep trouth, and there is axle at the middle part, and the notch at guiding gutter two ends corresponds respectively to two delivery ports on the shell.

4. waste water separating and recovering equipment according to claim 3, its feature can also be that an end of water conservancy diversion fluted shaft is equipped with junction plate, and junction plate one end is hung float, and the other end studs with counterweight.

5. waste water separating and recovering equipment according to claim 3, its feature can also be that guiding gutter one end slot mouth is installed counterweight, and an end of water conservancy diversion fluted shaft is installed junction plate, and the junction plate termination hangs float.

6. waste water separating and recovering equipment according to claim 1 is characterized in that this device also has a draining change-over switch, and the use flexible axle is connected between the axle of draining change-over switch and guiding gutter.