KR100352822B1 - A living sewage recycler for a chamber pot - Google Patents

Abstract

The present invention relates to a domestic sewage recycling apparatus for toilets for recycling domestic sewage generated in a washing machine or a bathroom into washing water of a toilet.

The present invention is installed so that the submersible motor controlled by the two water level sensor is installed in the inside of the reservoir tank covered with a cover provided with an inlet for inflow of living sewage, it is configured to be sent to the toilet bowl tank through the discharge pipe, It can be implemented in the following embodiments in the structure and use situation.

First, when the washing machine is installed in the bathroom, the embodiment of the present invention is applied to the washing machine pedestal, which is made of elbow pipe so that the inlet is connected to the washing machine drainage pipe, the waterway is opened and closed by a known channel control unit inside the reservoir. The connector is further provided.

Next, as an embodiment in which the idea of the present invention is applied to a shower bath scaffold when the bathroom is narrow or a washing machine cannot be installed, it forms a cover as a shower bath scaffold, and reinforces a low capacity reduced by a decrease in the height of the reservoir. To this end, the toilet bowl is composed of a double structure in which the auxiliary tank is reinforced on the upper side of the main tank.

The present invention having the above configuration can reduce the amount of domestic sewage to be treated wastewater, reduce the social cost required for the reprocessing of domestic sewage, can significantly reduce the expensive water consumption used as toilet flushing water can reduce the economic burden of households There is an effect that can be reduced.

Description

A household sewage recycler for a chamber pot}

The present invention relates to a domestic sewage recycling apparatus, and more particularly, to a domestic sewage recycling apparatus for recycling toilet sewage generated in a washing machine or a bathroom to wash water of a toilet.

Bathrooms in apartments and general multi-family homes usually have a combined bathroom and toilet with toilets, sinks, and bathtubs. In large homes, washing machines can be used as laundry rooms in many homes.

In these bathrooms, a lot of household sewage is generated. Especially after washing with a shower or washing machine, a large amount of household sewage, such as shower water and washing water, is generated. Discharged through the wastewater treatment. In particular, in the case of rinsing water generated during washing, even though the water quality is good and there is a lot of room for recycling, there is no other recycling method, which is wasted as it is wasted.

On the other hand, toilets installed in the bathroom are discarded after a significant amount of constant water is used as the wash water after toileting.In the case of toilet wash water, high-quality water such as water is not needed at all. Since there is no wash water that can be used, it is inevitably using expensive constant water as the wash water. Since toilets are used as wash water and the amount of waste water treated is very large, a reasonable saving method such as putting bricks in the toilet tank is used in general households to reduce the washing water, but this does not solve the fundamental problem.

Therefore, in most households, recyclable household sewage is disposed of as wastewater, and a large amount of expensive constant water is used to wash toilets, causing a considerable economic burden on households. In addition, there is a problem that social costs are excessively expended for reprocessing household sewage and reproducing expensive constant waste water.

The present invention was created to solve the above problems, and has an object to provide a household sewage recycling apparatus for storing toilet sewage generated in the bathroom and then supplied to the toilet bowl to be recycled into the toilet washing water.

According to an aspect of the present invention, there is provided an apparatus for supplying and recycling household sewage discharged after use of a washing machine and a shower to a toilet bowl, including: a water storage tank capable of storing living sewage having an openable / closed outlet; A plurality of legs attached to the lower side of the reservoir so as to be adjustable in height and supporting the reservoir; An inlet for introducing living sewage into the reservoir, a door openable on one side, and a cover covering the upper side of the reservoir; An underwater motor installed in the reservoir to discharge the living sewage in the reservoir to the toilet bowl via the discharge pipe; A first water level sensor installed in the water tank to stop the operation of the submersible motor during low water level; It is installed in the toilet bowl is characterized in that the second water level sensor is provided to stop the operation of the underwater motor at high water level.

The present invention having the above configuration can reduce the economic burden of households by reducing the amount of expensive water used, and there is an economic effect of reducing the social cost required for the reprocessing and water production of domestic sewage.

1 is an exploded perspective view of an embodiment of the present invention

Figure 2 is a partial cross-sectional view of one embodiment of the present invention

3 is a perspective view of another embodiment of the present invention

4 and 5 is a cross-sectional view of the water level control unit operating state of the toilet bowl

Explanation of symbols on the main parts of the drawings

10 cover 11 inlet

20: reservoir 21: outlet

23: leg 30: underwater motor

31: discharge pipe 40: first water level sensor

41: second water level sensor 50: toilet bowl

51: water tank 52: auxiliary water tank

60: connector 61: supply pipe

62: channel control unit 63: timer

64: electromagnet 65: packing

70: level control part 71: fixed tube

72: flow tube 73: float

Detailed features and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings.

1 is an exploded perspective view of an embodiment of the present invention, FIG. 2 is a partial cross-sectional view of an embodiment of the present invention, FIG. 3 is a perspective view of another embodiment of the present invention, and FIGS. 4 and 5 are water level control of a toilet bowl. It is section of working state.

The present invention is a water tank (30) installed by the two water level sensor (40, 41) is installed in the inside of the reservoir 20 is covered with a cover 10 is provided with an inlet for inflowing domestic sewage ( 20) the living sewage (hereinafter referred to as wash water) stored in the delivery pipe 31 is configured to be sent to the toilet bowl (50).

First, the reservoir 20 is a place for storing the introduced domestic sewage, the outlet 21 which can be opened and closed by using a stopper 22 to easily drain the stored domestic sewage when necessary, such as cleaning on the bottom surface. ) Is provided.

And the lower side of the reservoir 20 is provided with a number of legs (23) for supporting the reservoir 20, the legs 23 is known in the general washing machine or a refrigerator is provided so that the height can be adjusted. .

In addition, the upper side of the reservoir 20 is covered with a cover 10, the cover 10 is provided with an inlet 11 for introducing the living sewage into the reservoir 20, the one side of the cover 10 The door 12 is formed so as to be opened or closed for pouring into the reservoir 20 or repairing a malfunction, cleaning the inside, and the like. The door 12 was formed by cutting and removing a portion of the cover 10, and then connected to one side by a hinge 13, and formed a handle 14 on the upper side to easily open and close up and down.

On the other hand, the water tank 20 is installed through the inlet 11, the underwater motor 30 is installed to send the washing water stored in the water storage tank 20 to the toilet tank 50 via the discharge pipe 31, The underwater motor 30 is controlled by two water level sensors 40 and 41.

First, the first water level sensor 40 installed in the reservoir 20 is a well-known water level sensor for protecting the underwater motor 30, and when the water level of the washing water stored in the reservoir 20 drops to a low level, the underwater motor When the highway 30 is idling without breakage, a failure occurs, which serves to block the operation of the underwater motor 30 at low water level to prevent this. This is a kind of contact switch configured to open and close the upper contact by a float (not shown) whose phase is changed up and down according to the water level. The power of the underwater motor 30 is cut off at low water level. . That is, when the water level in the reservoir 20 is low, the float (not shown) is lowered along the water level, and the contact of the upper side is opened, the power of the underwater motor 30 is cut off, and the underwater motor 30 is stopped. Will be. When the water level is above a certain level, the float rises and the contact is closed again to operate the underwater motor 30 and the underwater motor 30.

Next, the second water level sensor 41 installed in the toilet bowl 50 is a sensor for limiting the water level in the toilet bowl 50 in order to prevent the toilet bowl 50 from overflowing. 40) is configured in the opposite concept and the wash water in the toilet bowl 50 serves to stop the operation of the underwater motor 30 by cutting off the power of the underwater motor 30 when the water level is high. When the water level is below a certain level, the underwater motor 30 is operated again.

On the other hand, the submersible motor 30 and the two water level sensors 40 and 41, although not shown in the drawing, uses a known power source as a power source.

The present invention having the above configuration can be applied differently according to the size or use of the bathroom bar, as shown in Figures 1 and 2 applied to the washing machine pedestal configured to recycle the wash water to the wash water 3 to 5 may be implemented in various embodiments, such as by applying to the bath scaffold to configure the shower water to be recycled to the washing water.

First, let's take a look at an embodiment in which the present invention can be applied to a washing machine pedestal to recycle laundry water.

1 and 2, the inlet 11 is exposed to the upper side of the cover 10 so that the washing machine drain pipe 15 can be connected, and a well-known channel control unit inside the reservoir 20 ( 62 is further provided with a connection pipe 60 is opened and closed by the waterway.

Inlet 11 is one side is exposed to the outside is connected to the washing machine drain pipe 15, the other side is located inside the reservoir 20 after passing through the cover (10). However, in general, since the installation position of the washing machine is changed according to the structure and use situation of the bathroom and the position of the washing machine drainage pipe is changed accordingly, as shown in FIG. It may be desirable to configure the inlet 11 so as to selectively connect the washing machine drain pipe 15. And the other end of the inlet 11 is located inside the cover 10 is connected to the connecting pipe (60).

On the other hand, the first washing water generated during washing is heavily contaminated by detergent and occasion, so it is not suitable for use as washing water, so it is preferable to discard it and use it as washing water from the rinsing water generated from the second time. As shown in FIG. 2, the channel can be opened and closed by the channel control unit 62 configured by applying a known electromagnet switch principle.

First, the connection pipe 60 is connected to the outside through the bottom surface of the reservoir 20 so that one side is connected to the inlet 11 of the inner cover 10, the other side to serve as a drain pipe. In the middle of the connecting pipe 60, the supply pipe 61 is formed to extend to form a separate channel, the supply pipe 61 is formed in a U-trap (U-trap) shape as shown in Figs. Since the other side is located in the reservoir 20 with the other side open, it serves to supply the wash water supplied from the washing machine to the reservoir 20.

And the waterway control unit 62 is installed so as to open and close the waterway in the middle of the connecting pipe 60 in the rear of the supply pipe 61, as shown in Figure 2, the timer (packing 65 for opening and closing the waterway in the forward and backward movement) And configured to control with an electromagnet 64 operated by 63). That is, if the external timer 63 is adjusted to the same time as the washing time of the washing machine, power is applied to the electromagnet 64 in accordance with the time when the first wash water is discharged, and the electromagnet 64 is magnetized, so that the front packing 65 To open the channel. Therefore, the polluted wash water discharged first is discharged to the outside through the rear side of the connecting pipe 60, and after a predetermined time, the power is cut off, and the packing 65 is returned to the original position, and the rinsing water discharged from the second is blocked. Is supplied to the reservoir via the supply pipe (61).

Next, let's look at an embodiment specifically configured to recycle the shower water to the washing water by applying the present invention to the bath scaffold.

In this embodiment, as shown in Figures 3 to 5, the cover 10 is formed as a shower bath scaffold, and the toilet tank 50 is used to reinforce the low capacity reduced by the decrease in the height of the reservoir 20. It consists of a double structure which reinforced the auxiliary water tank 52 on the upper side of 51.

First, a plurality of acupressure protrusions 16 protrude from the upper side of the cover 10 so as to improve blood circulation by acupressure effect when showering, and each inlet portion of the cover 10 is made of a small hole. There are a plurality of shower water generated during the shower is introduced into the reservoir 20 through the inlet (11). The inlet 11 is formed at a position slightly lower than the periphery in order to facilitate the inflow of the shower water, and each side of the cover 10 preferably forms a slight jaw upward so that water does not flow out during the shower. .

In this embodiment, since the height of the reservoir 20 is lowered because it is used as a scaffold, the low capacity is reduced, so that a plurality of overflows can be discharged at the full water in the upper part of the reservoir 20 in case the inflow of the shower water is large. It is preferable to form the sphere 24. In addition, a low capacity reinforcement auxiliary tank 52 was formed above the original main tank 51 as shown in FIG. 4 in order to reinforce the reduced low capacity due to the lowered height, and the lower main tank 51 has a water level. Washing water is supplied from the upper auxiliary tank 52 through the adjusting unit 70. Here, the second water level sensor 41 is installed in the auxiliary tank 52 on the upper side.

And the water level control unit 70 for supplying the wash water stored in the auxiliary water tank 52 to the lower main water tank 51 extends downward from a portion of the bottom surface of the auxiliary water tank 52 as shown in Figs. It is formed of a rigid fixed tube 71 and a flexible flow tube 72 is attached to one side is attached to one side and the other side connected to the fixed tube 71 is bent or extended in accordance with the water level change to open and close the waterway. Therefore, when the water level of the lower main water tank is low, as shown in Fig. 4, the phase of the sub-ball 73 is low, so that the interconnection part is opened to supply the washing water, and as the water level of the main water tank gradually increases, the sub-ball 73 gradually increases. As it rises, the interconnection portion is bent, and finally, as shown in FIG. 5, the waterway is completely blocked and the supply of the washing water is stopped so that the water level of the main tank 51 can be kept constant at all times.

The operation according to each embodiment of the present invention having the above configuration is as follows. First, let's look at the specific operation of the embodiment applied to the washing machine pedestal.

First, after adjusting the height of the leg 23 to level the washing machine on the cover 10, and then select a convenient place of the two inlets 11 to connect the washing machine drain pipe 15. When the washing machine is operated by washing the washing machine after adjusting the timer 63 in the same manner as the washing time, the water channel controller 62 opens the channel of the connecting pipe 60 after a predetermined time and discharges the first contaminated water to the outside. At this time, since the supply pipe 61 is formed in the middle of the connecting pipe 60, contaminated washing water may flow into the reservoir through the supply pipe 61, but such a problem may be caused by the oil trap of the supply pipe 61 as described above. It is completely solved by forming it. When a certain time elapses again, the channel control unit 62 blocks the channel of the connecting pipe 60, so that the rinsing water discharged from the second is supplied to the water tank 20 through the supply pipe 61.

And when the reservoir 20 is above a certain level, the water motor 30 is operated by the first water level sensor 40, the wash water stored in the reservoir 20 is a toilet tank (50) via the discharge pipe (31). ) Is supplied.

When the water level in the toilet tank 50 is increased by the supply of the washing water, the second water level sensor 41 detects the high water level to stop the operation of the underwater motor 30, and after the washing water is discharged by the use of the toilet, the second water level is detected. The water level sensor 41 operates the underwater motor 30 again to supply the washing water.

If you need to wash your hands or use water for other purposes, and if you need to clean the inside of the reservoir 20 or break down inside, you can open the door 12 and pour out the water or perform the necessary work. .

On the other hand, the action of the other embodiment applied to the bath scaffold is basically similar to the above embodiment, but because the specific configuration is some different, there are some other parts in the operation, let's briefly look at this.

First, in this embodiment, since the inlet 11 is directly formed in the cover 10, the shower water generated at the shower is directly introduced and stored in the reservoir 20. Therefore, when a lot of shower water is supplied through the overflow hole 24 is discharged directly to the outside.

Then, when the water level rises, the submersible motor 30 is operated by the first water level sensor 40 to supply the stored washing water to the auxiliary water tank 52 via the delivery pipe 31, and the water level of the auxiliary water tank 52 is increased. Is controlled by the second water level control sensor 41. And the washing water supplied to the auxiliary water tank 52 is supplied as described above to maintain a constant water level in the main water tank 51 by the water level control unit 70.

Therefore, when using the toilet sewage recycling apparatus for toilet according to the present invention it is possible to recycle the domestic sewage generated in large quantities in daily life instead of expensive constant water to toilet washing water.

As described above, the present invention recycles a large amount of domestic sewage generated from a bathroom tub and a washing machine to a toilet bowl washing water, thereby greatly reducing the amount of domestic sewage to be treated as wastewater, and thus, a large amount of social sewage required for reprocessing of domestic sewage. This can reduce costs.

In addition, individual households can absolutely reduce the costly water consumption that is thrown away after being used as toilet flushing water, thereby reducing the economic burden of households. Constant water savings can result in significant economic savings.

Therefore, the present invention can be effectively used as an alternative to the global water shortage phenomenon, and there is an economic effect that can absolutely reduce the huge social cost of water production in the whole society as well as the economic benefits of individual households and businesses.

Claims (4)

In the device for supplying and recycling the domestic sewage discharged after the use of the washing machine and shower to the toilet, A water storage tank 20 capable of storing living sewage provided at a bottom surface of the discharge opening 21; A plurality of legs 23 attached to the lower side of the reservoir 20 so that height adjustment is possible and supporting the reservoir 20; An inlet 11 for introducing living sewage into the reservoir 20, and a door 12 openable on one side thereof, the cover 10 covering the upper side of the reservoir 20; An underwater motor (30) installed in the water storage tank (20) for discharging the living sewage in the water storage tank (20) into the toilet bowl (50) via a discharge pipe (31); A first level sensor 40 installed in the reservoir 20 to stop the operation of the submersible motor 30 when the water level is low; Household toilet sewage recycling apparatus, characterized in that provided in the toilet water tank (50) is provided with a second water level sensor (41) for stopping the operation of the underwater motor (30) at high water level. The method of claim 1, The inlet 11 is, one side is connected to the washing machine drainage pipe 15 and the other side is located inside the reservoir 20 through the cover 10, One side is connected to the inner inlet 11 of the cover 10, the U-trap-shaped supply pipe 61 for supplying the living sewage supplied from the washing machine to the reservoir 20 is extended in the middle, the other side is the reservoir ( A connecting pipe 60 connected to the outside through the bottom surface of the 20); It consists of an electromagnet 64 operated by a timer 63 and a packing 65 moving back and forth by the electromagnet 64 to open and close the water channel, and the first household sewage supplied from the washing machine opens the water channel to open a connection pipe ( Water discharged to the outside through the 60) and discharged from the second is a water channel installed in the middle of the connecting pipe 60 in the rear of the supply pipe 61 to be supplied to the reservoir 20 through the supply pipe 61 to block the waterway Household sewage recycling apparatus for toilet bowl, characterized in that the control unit 62 is further provided. The method of claim 1, A plurality of acupressure protrusions 16 protrude from the upper side of the cover 10, and a plurality of inlets 11 formed of small holes are formed. An upper side of the toilet bowl tank 50 is connected to a discharge pipe 31 to which the living sewage discharged from the submersible motor 30 is supplied and controls a submersible motor 30. A living sewage recycling apparatus for toilet bowls, comprising a double structure of a lower main water tank 51 receiving the auxiliary water tank 52 and the living sewage of the auxiliary water tank 52 through a water level control unit 70. The method of claim 3, The water level control unit 70, a rigid fixed tube 71 extending downward from a portion of the bottom surface of the auxiliary water tank 52, and a buoy 73 is attached to one side is connected to the fixed tube 71 in accordance with the water level change Household sewage recycling apparatus for toilets, characterized in that the other side is made of a flexible flow pipe 72 to open and close the waterway by bending or extending.