TWM517217U - High floor waste water pipeline system with drainage clog detection and alarm function - Google Patents

Description

High-rise sewage drainage pipeline system with drainage plugging detection and warning function

This creation is about a sewage discharge system, and more specifically, a high-rise sewage drainage pipeline system with a drainage blockage detection and warning function.

Taiwan is densely populated, and many of the people’s houses are collective houses such as apartments and buildings. Such dwellings may have more than one dwelling unit on the same floor, while the entire building shares one or more sets of sewerage systems.

Referring to the first figure, the sewage discharge system 9 in the building has one or two or three straight-drying pipes 91 extending vertically from the top floor to the basement, usually connected to the horizontally extending horizontally in the basement. The tube 92 is then connected to a large-diameter-sized discharge pipe 93 extending in a horizontal state, and finally the discharge pipe 93 is turned down to the sewage tank 94 of the basement. Each floor has a plurality of branch pipes 95 connected to the straight-drying pipe 91, and the other end of each branch pipe 95 is connected to a drain port on the floor of the kitchen, toilet, bathroom, balcony, etc., and a drain pipe of the bathtub, the toilet and the sink. The domestic sewage is caused to flow from the branch pipe 95 to the straight pipe 91, the horizontal pipe 92, the discharge pipe 93, and then discharged into the sewage tank 94.

The most important function of the drainage system of the collective house is to discharge the sewage. However, we can easily find out from the figure that the sewage generated by the household can pass through the branch pipe 95, the straight pipe 91, the transverse pipe 92, and the discharge pipe 93. And discharged to the sewage tank 94; however, the horizontal extension length of the horizontal trunk pipe 92 is usually more than ten meters, which is accumulated over time. More and more fouling, so that the horizontal trunk pipe 92 is prone to blockage, and it is impossible to identify the state of the blockage in advance, and it is easy to cause the sewage to be poured up into the straight trunk pipe 91, the branch pipe 95 and the floor, which seriously affects the environmental sanitation. With good health. Therefore, how to improve the above problems and lacks is the direction that the relevant industry is eager to study and develop.

The main purpose and function of this creation is to use the water level detecting device to connect to the sewage waste pipe to connect ahead to know that the sewage pipe is about to be blocked or blocked in the horizontal pipe, so that the maintenance personnel can easily identify the blockage. State, and there is sufficient time to clear the clogging operation, so as to effectively prevent the sewage from flowing back into the sewage main pipe, branch pipe and floor, and to ensure the environment is clean and hygienic.

In order to achieve the goal, the creation department provides a high-rise sewage drainage pipeline system with a drainage blockage detection and warning function, which comprises: a sewage waste straight-drying pipe is set up at each floor, and the sewage waste water pipe is connected Branch pipe of sewage wastewater of each floor; a sewage waste pipe is placed in the underground of the high-rise building, one end of the sewage waste pipe is connected to the bottom end of the sewage dry pipe; a sewage discharge pipe is listed in the high building In the underground, the sewage discharge pipe has a discharge port and an inlet connected to the other end of the sewage waste pipe; a water level detecting device includes a liquid level pipe and a water level detector, the liquid level pipe The utility model has a connecting top pipe and an opposite bottom connecting pipe, which are connected to the top edge of the sewage waste pipe and the opposite bottom edge, so that the inside of the sewage waste pipe and the liquid level pipe form the same water level height; The water level detector is disposed at a position above the liquid level pipe to send a high water level signal by the water level detector when the sewage waste water pipe and the liquid level pipe are at a high water level.

The high-rise sewage drainage pipeline system with the drainage plugging detection warning function further includes a plurality of sewage waste water straight-drying pipes, and each sewage waste water main pipe respectively The sewage waste water pipe is connected, the sewage waste water pipes are connected to the sewage waste water discharge pipe, and the sewage waste water pipes are respectively connected to the water level detecting device.

The high-rise sewage drainage pipeline system having the drainage plugging detection warning function, wherein the water level detector is electrically connected with a warning device, and the warning device receives the high water level signal of the water level detector to issue a warning notice.

The high-rise sewage drainage pipeline system with the drainage plugging detection warning function, wherein the sewage waste water pipe has a top connection hole and a bottom connection hole at the periphery of the cross-drying pipe, so as to be connected to the liquid pipe opposite to the top pipe and the bottom pipe .

The above-mentioned high-rise sewage drainage pipeline system with a drainage plugging detection warning function, wherein the liquid level pipe is set as a transparent pipe body.

The above-mentioned high-rise sewage drainage pipeline system with a drainage plugging detection warning function, wherein the water level detector is set as an infrared water level sensor.

"This Creation"

1‧‧‧Sewage wastewater straight tube

10‧‧‧Sewage wastewater straight tube

11‧‧‧ branch

2‧‧‧Sewage waste water pipe

20‧‧‧Sewage waste water pipe

21‧‧‧Top hole

22‧‧‧ bottom hole

23‧‧‧ will be blocked

24‧‧‧ will be blocked

3‧‧‧Sewage discharge pipe

31‧‧‧Drainage

32‧‧‧ Entrance

4‧‧‧Water level detecting device

41‧‧‧Level tube

42‧‧‧Water level detector

43‧‧‧Top tube

44‧‧‧Connectors

45‧‧‧Bottom takeover

5‧‧‧ Warning device

6‧‧‧Sewage wastewater tank

7‧‧‧Sewage wastewater

8‧‧‧High Building

81‧‧‧ floors

Prior Technology

9‧‧‧Sewage Discharge System

91‧‧‧ straight trunk

92‧‧‧cross tube

93‧‧‧Draining tube

94‧‧‧Sewage tank

95‧‧‧ branch

The first diagram is a schematic diagram of a pipeline of a sewage discharge system of a conventional building; the second diagram is a schematic diagram of a pipeline of a high-rise sewage drainage pipeline system of the preferred embodiment of the present invention; the third diagram is a second diagram of a high-rise sewage drainage pipeline Schematic diagram of the normal discharge of sewage from the system; the fourth picture is a cross-sectional view of the sewage drain pipe and the water level detecting device of the high-rise sewage wastewater pipeline system in the low water level state (1); Cross-sectional view of the sewage draining pipe and water level detecting device of the high-rise sewage wastewater pipeline system in the low water level state (2); the sixth figure is as the third figure, the high-rise sewage wastewater pipeline system is about to be in the sewage wastewater Schematic diagram of a blocked or blocked state; the seventh figure is a cross-sectional view of the sewage draining pipe and the water level detecting device of the high-rise sewage wastewater pipeline system in the high water level state (1); The eighth figure is a cross-sectional view of the sewage water horizontal pipe and the water level detecting device of the high-rise sewage wastewater pipeline system in the high water level state (2).

For the purpose of achieving the above objectives, the technical means and its efficacy, the following is a description of the possible embodiments, and the following diagrams are described as follows: First, please refer to the second to fifth figures, which can be clearly seen from the figure. It can be seen that the sewage drainage pipeline system of the present invention is applicable to the general high-rise building 8 and each floor 81, and a sewage waste water tank 6 is arranged in the underground of the high-rise building 8. The sewage pipeline system of the present invention comprises a plurality of sewage drain pipes 1, 10, sewage drain pipes 2, 20, a sewage discharge pipe 3, a plurality of water level detecting devices 4 and a warning device 5, wherein: the plurality of sewage wastewater The straight trunk pipes 1 and 10 are arranged at intervals 81 on each floor, and the branch pipes 11 for connecting the wastewater of each floor 81 are provided on the sewage drain pipes 1 and 10.

The plurality of sewage waste water pipes 2, 20 are arranged in the underground of the high-rise building 8, and one end of each of the sewage waste water pipes 2, 20 is connected to the bottom end of the opposite sewage straight pipes 1, 10, and each sewage water is horizontally The top of the trunk pipes 2 and 20 is provided with a top hole 21 and a bottom hole 22.

The sewage discharge pipe 3 is arranged in the underground of the high building 8, and the sewage discharge pipe 3 has a discharge port 31, and an inlet 32 which is connected to the other end of each of the sewage waste pipes 2, 20, and the sewage discharge The discharge port 31 of the pipe 3 communicates downward with the sewage waste water tank 6.

The plurality of water level detecting devices 4 each include a liquid level tube 41 and a water level detector 42. Each of the liquid level tubes 41 can be configured as a transparent tube body, and each has a communicating connecting tube 43 and an opposite bottom connecting tube 45. Then, the joint 44 is connected to the top hole 21 of the top edge of the relatively dirty waste water pipe 2, 20 and the bottom hole 22 of the opposite bottom edge to make the waste water The inside of the horizontal pipe 2, 20 and the interior of the liquid level pipe 41 are connected to form the same water level height; each water level detector 42 can be set as an infrared water level sensor, and the water level detector 42 is disposed at the upper position of the liquid level pipe 41. The dirty sewage 7 inside the liquid level pipe 41 of the sewage waste water pipe 2, 20 is detected downward to reach a high water level, and the water level detector 42 is used to send a high water level signal.

The plurality of warning devices 5 are electrically connected to the opposite water level detectors 42, and each of the warning devices 5 receives the high water level signal of the water level detector 42 to issue a warning notice.

When the sewage pipeline system of the present invention discharges the wastewater 7 in a normal state, as shown in the second to fifth figures, the sewage 7 of each floor 81 passes through the branch pipe 11, the sewage drain pipe 1, 10, and the sewage wastewater. The horizontal trunk pipes 2, 20 and the sewage discharge pipe 3 are discharged into the sewage waste water tank 6, and the sewage waste water pipes 2, 20 and the sewage waste water 7 in the liquid level pipe 41 of the water level detecting device 4 are the same. The water level detector 42 and the warning device 5 are both inactive.

Referring to the sixth, seventh and eighth figures, when the interior of the sewage waste pipe 2 is gradually blocked to form a blockage position 23 or a blocked state, the sewage wastewater 7 is formed in the sewage waste pipe 2 At the same time, the water level detector 42 of the sewage waste pipe 2 senses the high water level or the full water level of the liquid level pipe 41, and immediately sends the high water level signal driving warning device 5, so that the relevant personnel can advance It is known that the clogging or clogging is about to occur in the sewage waste pipe 2, so that the maintenance personnel can easily identify the clogging state, and there is sufficient time to arrange the clogging operation to effectively prevent the sewage wastewater 7 from pouring up into the sewage straight drain pipe. 1. The branch pipe 11 and the floor 81 are used to ensure the environment is clean and hygienic. If the interior of the sewage waste pipe 20 is gradually blocked to form a blockage position 24 or a blocked state, the sewage wastewater 7 is in the sewage waste pipe. A high water level or a full water level is formed in 20, and at the same time, the water level detector 42 of the sewage waste water pipe 20 senses the high water level or the full water level of the liquid level pipe 41, and immediately sends the high water level signal driving warning device 5, so that The relevant personnel can know in advance that the clogging or blockage of the sewage waste pipe 20 is about to occur, so that the maintenance personnel can easily recognize the clogging state, and have sufficient time to arrange the clogging operation to effectively prevent the sewage wastewater 7 from pouring upward. The sewage is directly drained into the pipe 10, the branch pipe 11 and the floor 81.

The above embodiments are only used to facilitate the description of the present invention, and are not intended to be limiting, and all kinds of simple changes and modifications that can be made by those skilled in the art without departing from the spirit of the present invention should still be included in the following patent applications. In the scope.

1‧‧‧Sewage wastewater straight tube

10‧‧‧Sewage wastewater straight tube

11‧‧‧ branch

2‧‧‧Sewage waste water pipe

20‧‧‧Sewage waste water pipe

3‧‧‧Sewage discharge pipe

31‧‧‧Drainage

32‧‧‧ Entrance

4‧‧‧Water level detecting device

6‧‧‧Sewage wastewater tank

8‧‧‧High Building

81‧‧‧ floors

Claims (6)

The utility model relates to a high-rise sewage wastewater pipeline system with a drainage blockage detection and warning function, which comprises: a sewage waste water straight-drying pipe is set up at each floor, the sewage waste water main pipe is provided with a branch pipe connecting the sewage waste water of each floor; The horizontal trunk pipe is arranged in the underground of the high-rise building, and one end of the sewage waste water pipe is connected to the bottom end of the sewage waste straight pipe; a sewage waste water discharge pipe is arranged in the underground of the high building, and the sewage waste water discharge pipe has a discharge port, and an inlet connected to the other end of the sewage waste pipe; a water level detecting device comprising a liquid level pipe and a water level detector, the liquid level pipe having a connecting top pipe and a relative The bottom connection pipe is connected to the top edge of the sewage waste pipe and the opposite bottom edge, so that the inside of the sewage waste pipe and the inside of the liquid level pipe form the same water level height; the water level detector is set at the liquid level The upper position of the pipe is used to send a high water level signal by the water level detector when the sewage waste water pipe and the liquid level pipe are at a high water level. For example, the high-rise sewage drainage pipeline system with the drainage plugging detection and warning function described in the first application of the patent scope further includes a plurality of sewage waste water straight-drying pipes, and the sewage waste water pipes are respectively connected to the sewage waste water to be dried. The pipe, the sewage waste water pipe is connected to the sewage waste water discharge pipe, and the sewage waste pipe is connected to the water level detecting device. The high-rise sewage drainage pipeline system with the drainage plugging detection warning function described in claim 1, wherein the water level detector is electrically connected with a warning device, and the warning device receives the high water level of the water level detector. Signal, to issue a warning notice. The high-rise sewage drainage pipeline system with the drainage plugging detection warning function described in the first aspect of the patent application, wherein the sewage waste water pipe has a top hole and a bottom hole at the periphery thereof to be connected to the liquid level The tube is opposite to the top and bottom tubes. The high-rise sewage drainage pipeline system with the drainage plugging detection warning function described in claim 1 of the patent scope, wherein the liquid level pipe is set as a transparent pipe body. For example, the high-rise sewage drainage pipeline system with the drainage plugging detection warning function described in claim 1 of the patent scope, wherein the water level detector is set as an infrared water level sensor.