TWM588712U - Sewage diverter for jammed drainage pipes - Google Patents

Abstract

A sewage shunting device with a blocked drainage pipe includes a drainage pipe and a shunting pipe. The drainage pipe is provided in a building to concentrate the waste water generated in the building for drainage. The building is provided with a drainage port So that the drain is connected to the outlet pipe to the inlet of the drain line, and the drain is higher than the inlet, and the shunt line is arranged beside the drain line and connected to the drain with a guide tube Between the pipeline and the shunt pipeline, both ends of the guide pipe are respectively connected to the guide port of the drain pipeline and the shunt port of the shunt pipeline, and the shunt port is higher than the guide port, the guide The inlet is higher than the inlet, so that the waste water in the drainage pipeline will enter the guide pipe when it is higher than the inlet, and the diverter is lower than the drain, so that the waste water will not be higher than the inlet And drain back into the building.

Description

Sewage diverting device with blocked drainage pipe

This creation belongs to the field of drainage devices, especially a sewage shunt device with simple structure and convenient construction, which can effectively solve the problem of clogged drainage pipes, maintain the clean environment and block the drainage pipes of residents' health.

Drainage piping is an indispensable and important facility in building design. It is used to guide and discharge various waste water generated in buildings, maintain cleanliness in buildings, and protect the health of occupants.

However, because the drainage pipe is used to discharge waste water, foreign substances such as hair, dirt, dust, etc. are inevitably mixed in the waste water. Although these foreign substances are mostly tiny, they can be washed away directly. In the drainage pipeline, the efficiency of the discharged wastewater is reduced, and the serious one causes the pipeline to be blocked; or, due to lack of knowledge or convenience, someone will pour cement, lime, food waste, etc. into the drainage pipeline, and increase the drainage pipe due to solidification The chance of road blockage; more serious, if you accidentally pour large foreign objects into the drainage pipe, it will immediately block and make the drainage impassable.

When the drainage pipeline is blocked, the most basic problem is that the wastewater cannot be discharged The drainage pipeline must be cleared before it can continue to drain. But the more serious problem is that most buildings are not only a single resident, but a plurality of occupants. When the drainage pipeline is blocked, most residents will continue to drain normally without finding; thus, the wastewater that cannot be discharged will gradually It piles up and overflows toward the household closest to the blockage, causing flooding in some households, destroying the environment or causing losses.

In addition, if it is a general drainage pipe, or the overflowing waste water can be tolerated, the stained furniture can be cleaned before use, but if the drainage pipe dedicated to the toilet is blocked, the overflowing waste water is not only dirty, but also The disgusting water, fertilizer and stench not only make it difficult to clean up, but also produce a lot of waste, causing a lot of losses to the residents. In particular, the diameter of the toilet drainage pipe is relatively large, and some people will unconsciously throw in more and larger foreign objects, increasing the chance of clogging.

Regarding the solution to the blockage of the drainage pipeline, because the drainage pipeline is related to each resident in the building, even the simplest removal work may require most residents to agree after the meeting, which is not an immediate work, so it was affected by the disaster Of residents must endure long-term troubles, otherwise they have to spend their own money to solve it and incur further losses.

The aforementioned problem is actually a long-term problem, but the construction of buildings is a very professional field, and the average person does not have the opportunity to participate. So far, there is no suitable solution, and only the incidents of blocked drainage pipes can occur randomly.

Therefore, at present, the prevention and control method of the drainage pipeline blockage can only be set on the drainage outlet of each household to reduce the chance of foreign matter falling into the drainage pipeline, but this method is still related to the coordination and living habits of each household and is not effective. Solve the problem.

From this, it can be seen that the conventional drainage pipeline still has great room for improvement on the prevention of clogging, rather than a good designer.

In view of the shortcomings of the conventional technology, the author of this case started to improve it, and through long-term research and development and experimentation, he obtained the sewage diversion device with blocked drainage pipes.

The main purpose of this creation is to provide a sewage diversion device with a blocked drainage line, which can immediately function when the drainage line is blocked, allowing the wastewater to be discharged without flowing into any household, and maintaining the cleanliness and life of each household. health.

Another purpose of this creation is to provide a sewage diversion device with blocked drainage pipes, which extends the resolution time of blocked drainage pipes so that residents can fully discuss solutions, reduce conflicts among residents, and maintain harmony in the community .

Still another object of this creation is to provide a sewage diversion device with a blocked drainage pipe, which uses the natural principle of water flow, has a simple and effective structure, and can be applied to the drainage pipe of any building.

In order to achieve the above purpose, the present invention provides a sewage diversion device with a blocked drainage pipeline, which includes a drainage pipeline and a distribution pipeline; the drainage pipeline is provided in a building and is used to concentrate the wastewater generated in the building for discharge , The building is provided with a drainage port, which connects the outlet pipe to the inlet of the drainage pipeline, and the drainage port is higher than the inlet; the shunt pipeline is arranged beside the drainage pipeline, and The guide pipe is connected between the drainage pipe and the shunt pipe, so that both ends of the guide pipe are respectively connected to the guide port of the drainage pipe and the shunt pipe of the shunt pipe, and the shunt pipe is higher than The guide port; wherein, the guide port is higher than the introduction port, so that the waste water in the drainage pipeline is higher than the introduction port Only after entering the guide tube, the diverter port is lower than the drain port, so that the waste water will not return to the building without being higher than the drain port.

The aforementioned drain can be any drain on the floor of the building, accepting the wastewater generated by any water device such as a water head, of course, the drain can also be connected to the water device, such as a flow table, toilet, bathtub , Washbasins, washing machines, etc., and discharge the waste water through the drain.

Furthermore, the creation can be directly produced during the construction of the building, so that the shunt pipe, the guide pipe and the drainage pipe are buried in the building at the same time.

Alternatively, for the completed building, the shunt pipeline can be provided outside the building, and the guide pipe can be connected to the drainage pipeline through the building to achieve the same effect.

100‧‧‧Drainage pipeline

110‧‧‧ Outlet

111‧‧‧ Drain

112‧‧‧Inlet

200‧‧‧Diversion line

210‧‧‧Guide tube

211‧‧‧Guide port

212‧‧‧Diversion port

300‧‧‧Building

400‧‧‧Water device

410‧‧‧Water bridle

420‧‧‧fluid table

430‧‧‧Toilet

500‧‧‧foreign

FIG. 1 is an embodiment diagram of a sewage diverting device with a clogged drainage pipeline; 2 is a diagram of an embodiment in which the sewage diverting device with the blocked drainage pipe is connected to a fluidizing platform; 3 is a diagram of an embodiment in which the sewage diversion device with the blocked drainage pipe is connected to the toilet; and FIG. 4 is a piping height configuration diagram of the sewage diversion device with the drainage piping blocked.

The following will combine the drawings to the idea, specific structure and technical effect of this creation If further explanation, in order to fully understand the purpose, characteristics and effects of this creation.

Referring to FIG. 1 to FIG. 3, the present invention provides a sewage diversion device with a blocked drainage pipeline 100, which mainly includes a drainage pipeline 100 and a distribution pipeline 200; the drainage pipeline 100 is installed in a building 300 for To collect and discharge the waste water generated in the building 300, the building 300 is provided with a drain 111, so that the drain 111 connects the water outlet 110 to the inlet 112 of the drain line 100, and the drain 111 can be Any drain on the floor of the building 300 receives any waste water generated by any water device 400 as shown in FIG. 1 by the water head 410, of course, the drain 111 can also be connected to the water device 400, such as the flow of FIG. 2 The treatment platform 420, the toilet 430 of FIG. 3, or a bathtub, washbasin, washing machine, etc., and discharges the waste water through the drain 111; the shunt line 200 is provided beside the drain line 100 and guided by The pipe 210 is connected between the drain pipe 100 and the branch pipe 200, and the two ends of the guide pipe 210 are respectively connected to the guide port 211 of the drain pipe 100 and the branch port 212 of the branch pipe 200.

Please refer to FIG. 4 for the working principle of this creation. Generally, the waste water generated by the water device 400 can be discharged from the drain 111 through the water outlet pipe 110 into the drain line 100, and the drain line 100 is When 500 is blocked, the waste water cannot be effectively discharged, so the waste water in the drain line 100 gradually rises, and will return to the drain port 111 from the drain line 100 to overflow, if the drain port 111 is connected to the If the water device 400 is used, the overflowing waste water will come out from the water device 400, especially for the special water device 400 such as the toilet 430. The overflowing waste water is even more unbearable; The design of the shunt pipeline 200, when the waste water rises and has not returned to the drain 111, it will first enter the shunt pipeline 200 through the guide tube 210 and be discharged. Solve the problem of waste water return.

In order to perform the aforementioned functions, the height configuration of each pipeline needs to be considered. First, the drain 111 is higher than the inlet 112 to circulate the waste water from the drain 111 toward the drain 100; the guide 211 is It is higher than the inlet 112, so that the waste level is discharged by the drain line 100 without using the diverter line 200, and the waste water will not enter the guide from the guide port 211 until the waste water is higher than the inlet 112 Guide tube 210; the diverter port 212 is higher than the guide port 211, so that the wastewater entering the diverter line 200 will not return to the guide tube 210; and the diverter port 212 is lower than the drain port 111, so that the The waste water will not be higher than the drain 111 and overflow out of the drain 111 before entering the branch pipe 200.

It needs to be further explained that the waste water accumulated in the drainage pipe 100 below the height of the diverter port 212 will not flow to the diverter pipe 200, and at this time, part of the waste water will remain in the outlet pipe 110, but this The waste water will not overflow above the drain 111; and when the water device 400 continues to release the waste water, the waste water entering the outlet pipe 110 will simultaneously raise the drain pipe 100 and the guide pipe 210 in the The height of the waste water will be discharged by the distribution pipe 200 until the height of the waste water exceeds the distribution port 212, so it will not affect the work of discharging the waste water.

In addition, please refer to FIG. 1 again, the creation can be directly formed during the construction of the building 300, so that the shunt pipe 200, the guide pipe 210 and the drainage pipe 100 are buried in the building 300 at the same time.

Alternatively, for the completed building 300, the shunt pipeline 200 may be provided outside the building 300, and the guide tube 210 may be passed through the building 300 to connect the drainage pipeline 100 to achieve the same effect.

The above detailed description is a specific description of a feasible embodiment of this creation, but this embodiment is not intended to limit the patent scope of this creation. Any equivalent implementation or change that does not deviate from the spirit of this creative art should be included in The patent scope of this case.

100‧‧‧Drainage pipeline

110‧‧‧ Outlet

111‧‧‧ Drain

112‧‧‧Inlet

200‧‧‧Diversion line

210‧‧‧Guide tube

211‧‧‧Guide port

212‧‧‧Diversion port

300‧‧‧Building

400‧‧‧Water device

410‧‧‧Water bridle

Claims (5)

A sewage shunting device with a blocked drainage pipe includes a drainage pipe for collectively draining the waste water generated in the building, the building is provided with a drainage port, and the drainage port is connected to the outlet pipe to the drainage pipe. The inlet makes the drainage port higher than the introduction port; the shunt line is set beside the drainage line, and is connected between the drainage line and the shunt line with a guide tube, so that the guide tube has two The ends are respectively connected to the guide port of the drain line and the split port of the split line, and the split port is higher than the guide port; wherein, the guide port is higher than the lead-in port, so that the drain line The wastewater will enter the guide tube only when it is higher than the inlet, and the diverter is lower than the drain, so that the wastewater will not return to the building without being higher than the drain. The sewage shunting device with clogged drainage pipeline as claimed in claim 1, wherein a water consumption device is connected to the drainage port, and the water consumption device is used to generate the waste water and discharge the waste water through the drainage port. The sewage shunting device with a clogged drainage line as described in claim 2, wherein the water-using device is a toilet. The sewage shunting device with a clogged drainage pipe according to claim 1, wherein the shunting pipe and the guide pipe are buried in the building. The sewage shunting device with a blocked drain pipe according to claim 1, wherein the shunt pipe is provided outside the building, and is connected to the drain pipe through the building through the guide pipe.

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