KR200318053Y1 - Recycled sewage supply for flush toilet - Google Patents

Abstract

The present invention has a primary reservoir and a secondary reservoir for recycling relatively clean sewage, which is frequently generated in a toilet, to the flushing water of a flushing toilet, and the secondary reservoir can maintain the same level as that of the flush toilet for normal cleaning. The present invention relates to a recycling sewage supply device for flushing toilets controlled by a pump and a float switch in order to connect a secondary reservoir so that it can be piped and transfer the recycled sewage stored in the primary reservoir to the secondary reservoir.

Description

Recycled sewage supply for flush toilet flushing

The present invention is a device for utilizing the relatively clean sewage frequently generated in the general toilet as the flushing water of the flush toilet, the primary reservoir (103), the storage tank of the flush toilet and connecting pipe (207) The secondary reservoir 104 is connected to the second reservoir 104 to maintain the same water level at all times, and the secondary reservoir 104 has a float switch 21 in the secondary reservoir 104 to maintain the reservoir level of the flush toilet required for normal cleaning. It is an object of the present invention to supply the recycle sewage stored in the primary reservoir 103 to the secondary reservoir 104 by the driving of the pump 204 controlled by the < RTI ID = 0.0 >

In order to achieve the above technical concept, the pump 204 for sending the recycle sewage in the primary reservoir 103 to the secondary reservoir 104 and the pump 204 to maintain a constant water level in the secondary reservoir 104. Float switch 201 to control the operation of the drive, the primary reservoir (103) to supply the recycle sewage for washing the flush toilet consisting of a float valve 208 and a number of piping to automatically supply the replenishment water when there is insufficient recycling sewage Relates to a device.

In general, most toilets equipped with flush toilets have a washbasin or bathtub installed nearby, and the sewage generated from these toilets is clean enough to be used as washing water for the flush toilet without any water purification process. It was discharged and waste of water resources was large.

Inadvertently discarded water, such as when you wash your hands without soap, for example, when you take a warm shower in winter or draw hot water that has already been cooled down for washing your face, is released as sewage.

Therefore, if it is a clean sewage that does not require a separate water purification process, it would be right to use it as washing water in a flush toilet.

The technical problem to be achieved by the present invention is to connect the recycling sewage stored in the primary reservoir (103) to the reservoir of the flush toilet and the connection pipe (207) in order to use the relatively clean sewage generated in the toilet as the washing water of the flush toilet. The secondary reservoir 104 is supplied, and the secondary reservoir 104 is intended to maintain the reservoir level of the flush toilet for normal cleaning at all times.

1 is a perspective view showing the appearance of the designed recycling sewage supply device.

2 is a partial disassembled view for explaining the internal structure of the designed recycling sewage supply device.

3 is an essential part cross-sectional view for explaining the principle of operation of the designed recycling sewage supply.

4 is a control circuit diagram of the designed recycling sewage supply device.

5 is an essential part cross-sectional view showing the designed recycling sewage supply is connected to a plurality of flush toilets.

<Description of the code | symbol about the principal part of drawing>

<Water reservoir>

101. Reservoir Cover

102. Washbasin

103. Primary reservoir

104. Second Reservoir

105. Sewage Drain

106. Recycled Sewer Drain

107. Sewage Drain Plug

108. Recyclable Sewage Drain Stopper

109. Sewage piping

110. Foreign Object Filter Pouch

111. Auxiliary drain pipe

112. Auxiliary drain pipe hook

113. Auxiliary water supply line

<Water level control part>

201. float switch

202. Electric wire

203. Power

204. Pump

205. Water pipe

206. Outlet pipe

207. Connection piping

208. float valve

The constitution of the present invention can be divided into a water level control unit for maintaining the water level required for the flushing of the water tank and the flushing toilet to collect the recyclable sewage.

Reservoir cover 101, wash basin 102, primary reservoir 103, secondary reservoir 104, drain holes 105 and 106, drain hole stoppers 107 and 108, sewer pipe 109 A storage part composed of a foreign matter trapping bag 110, an auxiliary drain pipe 111, an auxiliary drain pipe hanger 112, and an auxiliary water supply pipe 113;

The float switch 201, the electric wire 202, the power supply 203, the pump to maintain the water level of the secondary reservoir 104 connected to the water reservoir of the flush toilet by the pipe at all times to maintain the same level as the reservoir level of the flush toilet required for normal cleaning. 204, the water inlet pipe 205, the discharge pipe 206, the connection pipe 207, the float valve 208, etc. It is composed of a water level control unit will be described in detail as follows.

Referring to Figure 3 for explaining the operating principle of the device when the recyclable sewage generated in the wash basin, the first reservoir in the primary reservoir 103, and the secondary reservoir connected to the reservoir of the flush toilet and connecting pipe 207 The water level of 104 is applied to the principle of maintaining the same water level as the flush toilet according to the natural law, and if the water level of the water tank of the flush toilet is lower than the water level required for normal cleaning, the second reservoir 104 is installed. The float switch 201 is turned on to drive the pump 204 in the primary reservoir 103 to supply the recycle sewage stored in the primary reservoir 103 to the secondary reservoir 104, When the water level of the secondary reservoir 104 becomes equal to the water level for normal cleaning in the water tank of the flush toilet, the float switch 201 is turned off to stop the driving of the pump 204 so that the constant water level is always maintained. It was.

In addition, when there is a lack of recycled sewage stored in the primary reservoir 103 and cannot be transported to the secondary reservoir 104, a float valve 208 is provided under the primary reservoir 103 so that water can be replenished automatically. This is connected with water supply.

Referring to the specific operation step according to the above operation principle is as follows. Sewage pipe 109 that passes through the primary reservoir 103 by opening the sewage drain hole 105 and passing through the primary reservoir 103 when it is not recyclable when discharging sewage from the wash basin 102 placed on the reservoir cover 101. If it is to be drained, and recycled sewage, the recycle sewage drainage hole 106 is opened to be stored in the primary reservoir 103 via the foreign matter trapping bag 110.

The primary reservoir 103 is connected to a pump 204, a float valve 208, an auxiliary drain pipe 111, an auxiliary water supply pipe 113, and the pump 204 is configured to drain water from the primary reservoir 103. The water obtained through the inlet pipe 205 is transferred to the secondary reservoir 104 through the discharge pipe 206 to be transferred to the secondary reservoir 104.

The float valve 208 provides a float valve 208 so that water can always be supplied to the primary reservoir 103 at a predetermined level to prevent idling of the pump 204 when the primary reservoir 103 lacks water. The supplementary water branched from the tap water is supplied to the primary reservoir 103 through the auxiliary water supply pipe 113.

Auxiliary drain pipe 111 is a pipe that is easy to use for other purposes, such as sucking the rag or cleaning the toilet floor with the recycled sewage stored in the primary reservoir (103).

In addition, the secondary reservoir 104 is connected to the reservoir of the flush toilet with the float valve 208 removed and the connection pipe 207 so that the level of the secondary reservoir 104 and the level in the reservoir of the flush toilet are always in accordance with natural law. The same level is maintained.

By using this natural phenomenon, the drive of the pump 204 is controlled by using the float switch 201 to maintain the water level of the secondary reservoir 104 at the same level for the normal cleaning of the flush toilet. When the water in 103 is transferred to the secondary reservoir 104, it is possible to always supply a constant level of recycled sewage to the reservoir of the flush toilet.

Drive control of the pump 204 is controlled by a float switch 201 installed in the secondary reservoir 104. When the pump 204 is driven to raise the water level in the secondary reservoir 104 to reach the desired water level, the float switch 201 is turned off to stop the operation of the pump 204, and the water level is cleaned again. When the float is lowered, the float switch 201 is turned on to drive the pump 204 again to transfer recycled sewage in the primary reservoir 103 to the secondary reservoir 104 so that the flush tank of the flush toilet is always The level required for normal cleaning can be maintained.

In addition, even when connected to the reservoir of the plurality of flush toilets in the same plane to the connecting pipe 207 of one recycling sewage supply device designed as shown in Figure 5 by the natural force to equalize the water level difference without additional equipment It has the same effect as the above described design, so it can be used efficiently in public toilets with many flush toilets.

The present invention is not limited only to the embodiments described above, the present invention can be carried out in a variety of changes within the scope without departing from the spirit of the technical idea and the design of the invention so modified embodiments described in the appended utility model claims Will have to belong.

As described above, according to the present invention, in order to use relatively clean sewage generated in the toilet as the washing water of the flush toilet, the recycled sewage stored in the primary reservoir 103 is connected to the reservoir and the connection pipe 207 of the flush toilet. The water level of the secondary reservoir 104 in supplying the primary reservoir 104 is always recycled using the float switch 201 and the pump 204 controlled thereto so that the water level of the secondary reservoir 104 is always maintained in the reservoir of the flush toilet. By transporting the sewage, the recycled sewage can be supplied to the flushing water of the flush toilet.

Claims (6)

The reservoir cover 101, the wash basin 102, the primary reservoir 103, the secondary reservoir 104, drain holes 105 and 106, drain hole stoppers 107 108, A water storage part composed of a sewer pipe 109, a foreign matter trapping bag 110, an auxiliary drain pipe 111, an auxiliary drain pipe hanger 112, and an auxiliary water supply pipe 113; Float switch 201, electric wire 202, power supply 203, pump 204, inlet pipe 205 for maintaining the water level of the secondary reservoir 104 at the same level as the reservoir level of the flush toilet for normal cleaning ), A water level control unit composed of a discharge pipe 206, a connection pipe 207, a float valve 208 and the like; Recycling sewage system for cleaning flush toilet. According to claim 1, the secondary reservoir 104 has a reservoir space capable of maintaining a water level higher than the normal level of the water tank of the flush toilet, connected to the water tank of the flush toilet and the connection pipe 207 the same level as the water tank of the flush toilet Recycling sewage supply for flushing the toilet, characterized in that to maintain. The water flow in the secondary reservoir (104) does not reach the reservoir level of the flush toilet for normal cleaning, the operation of the float switch 201 causes the pump to reclaim sewage in the primary reservoir (103) to the pump (204). Recycling sewage supply for flushing the toilet, characterized in that to be supplied to the secondary reservoir (104). The sewage pipe (109) of claim 1, wherein the sewage pipe (109) is to drain through the primary reservoir (103). Recyclable sewage supply device for flushing the toilet according to claim 1, characterized in that the foreign matter trapping bag (110) is connected to the recycling sewage hole (106) of the wash basin (102). Recycling sewage supply for washing flushing toilet according to claim 1, characterized in that the connection pipe (207) is connected to the reservoir of the plurality of flush toilets.