CN111379292A

CN111379292A - Device for automatically cleaning sewer trap

Info

Publication number: CN111379292A
Application number: CN202010253136.9A
Authority: CN
Inventors: 何华锋
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-03-19
Filing date: 2020-03-19
Publication date: 2020-07-07

Abstract

A device for automatically cleaning a drain pipe trap is provided, wherein a booster-type water outlet is arranged in the trap, and a water supply pipe joint is arranged outside the trap and communicated with the booster-type water outlet in the trap; or a pipe fitting which is additionally arranged at the water inlet end of the trap and is internally provided with a supercharged water outlet, and the outside of the pipe fitting is provided with a water supply pipe joint communicated with the supercharged water outlet inside the pipe fitting; a water supply pipe joint outside the trap or the pipe fitting is communicated with tap water through a water supply pipe, and a water supply control switch is arranged on the water supply pipe; when will wasing the trap, open water supply control switch, the running water gets into inside trap or the pipe fitting, then from the inside booster-type delivery port blowout of trap or pipe fitting, carries out the high pressure to the inside washing that carries out of trap, and the foul that washes out is along with rivers by trap delivery port end discharge sewer together, and it can to close water supply control switch after washing totally.

Description

Device for automatically cleaning sewer trap

Technical Field

The invention relates to an automatic cleaning method of a sewer pipe trap, which not only can facilitate people to clean the sewer pipe trap which is used daily at any time, but also solves the old and difficult problems that the sewer pipe trap which is used daily at present is easy to be dirty, easy to be blocked and difficult to clean; the cleaning method does not need any technology or any special tool, can be operated by people, can be cleaned at any time, can keep the sewer trap clean and sanitary in daily use, avoids dirt from blocking the trap after being deposited in the trap, is time-saving, labor-saving and water-saving, and is suitable for all places using the sewer trap.

Technical Field

As is known to all, the sewer pipes used at present are directly communicated with the sewer, so that in order to avoid various waste gases generated by the sewer from rising upwards along the sewer pipes used by people to influence the life and the health of people, a trap is usually arranged on each sewer pipe used by people, and the trap always keeps accumulated water to block the waste gases generated by the sewer from influencing the life and the health of people. However, since various domestic wastewater generated in daily life is discharged into a sewer through a trap of the sewer pipe, the trap is always dirty, water stored in the trap is dirty water and sewage, and dirt in the water is easy to deposit in the trap to cause the trap to be blocked, particularly the trap used in a kitchen is blocked due to the deposition of the oil stain; once the blockage is blocked, the blockage is difficult to clean, and the blockage can be finished only by requiring professional personnel, so that the blockage is not only cost-consuming, but also time-consuming, and brings inconvenience to our life. The trap is sometimes cleaned by discharging water in normal times, but the blockage of the sewer pipe trap is more frequent because of the trouble and the slow water flow which can not wash away the dirt at all.

Disclosure of Invention

In order to solve the problem that the trap of the sewer pipe is easy to be dirty and easy to block and difficult to clean, the invention provides the device for automatically cleaning the trap of the sewer pipe, and the device and the solution provided by the invention can not only quickly clean the trap at any time and prevent dirt from depositing and blocking the trap, but also are convenient to operate, time-saving, labor-saving and water-saving; more importantly, the device of the invention has simple and convenient production and manufacturing process, installation and use, is easy to upgrade and reform the sewer trap which is installed and used at present, and is suitable for large-scale popularization and application, thereby bringing convenience and benefit to the lives of the masses. The technical scheme adopted for solving the technical problem is as follows:

A. inside the inlet end of the sewer trap, on the premise that sewage which does not influence discharge enters the trap, an annular hollow sealing device is additionally arranged along the pipe wall, an annular supercharged water outlet is formed in the lower end of the annular hollow sealing device, a square supercharged water outlet is formed in the pipe wall of the elbow at the rear upper part inside the outlet end of the sewer trap, a water supply pipe joint is formed outside the trap and communicated with the annular supercharged water outlet and the square supercharged water outlet inside the trap through a water supply pipe tee joint, the water supply pipe joint on the trap is communicated with tap water through the water supply pipe, a water supply control switch is installed on the water supply pipe and placed at a place where people can conveniently open or close, and the water supply control switch is kept in a closed state at ordinary times. The working principle is as follows: when the trap is to be cleaned, the water supply control switch is turned on, at the moment, tap water enters the trap and then is ejected out from the booster-type water outlet in the trap at a high speed, the inside of the trap is washed at a high pressure, and washed dirt is discharged from the water outlet of the trap along with water flow and flows to a sewer; the annular booster-type water outlet washes the bottom of the trap where dirt is most easily deposited, the square booster-type water outlet washes the trap water outlet which is most easily blocked, and after the trap water outlet is cleaned, the water supply control switch is closed.

B. Upgrade and reform transform the downcomer trap that has installed and use now: the water supply control switch is arranged on the water supply pipe and is placed in a place where people can conveniently open or close, and the ordinary water supply control switch keeps a closed state. The working principle is as follows: when will wasing the trap, open water supply control switch, the running water just can get into and install inside the pipe fitting of trap water inlet end additional this moment, then from annular booster-type delivery port blowout, carry out the high pressure to the trap inside and wash, the foul that washes out is discharged from the trap delivery port along with rivers, flows into the sewer, and it can to close water supply control switch after the sanitization.

Drawings

The invention is further illustrated with reference to the following figures and examples:

fig. 1 we now use a conventional trapway. Fig. 2 is the annular hollow sealing device of the invention, the lower end of which is provided with an annular booster-type water outlet. Figure 3 is a common tube we are now using. Figure 4 is a common service pipe we are now using. Figure 5 is a common feedwater control switch we are now using. FIG. 6 shows a trap with a built-in annular hollow sealing device at the water inlet end and a water supply pipe joint arranged outside and communicated with an annular supercharged water outlet inside. FIG. 7 shows a trap 1 with a pipe 4 with a built-in annular hollow sealing device 2 at the water inlet end; the outside of the pipe fitting 4 additionally arranged on the trap 1 is provided with a water supply pipe joint 7, and the water supply pipe joint 7 is communicated with an annular supercharged water outlet 3 at the lower end of an annular hollow sealing device 2 arranged in the pipe fitting 4. The water supply pipe joint 7 is communicated with tap water through a water supply pipe 5, and a water supply control switch 6 is arranged on the water supply pipe 5. Fig. 8 is a trap 1 which is provided with an annular hollow sealing device 2 arranged in the water inlet end, a square pressure-increasing water outlet 8 arranged at the rear upper part in the water outlet end, a water supply pipe joint 7 arranged outside and communicated with an annular pressure-increasing water outlet 3 and the square pressure-increasing water outlet 8 in the water supply pipe joint. Fig. 9 is a pipe fitting 4 which is internally provided with an annular hollow sealing device 2 and is externally provided with a water supply pipe joint 7 communicated with an annular supercharged water outlet 3 inside the pipe fitting. Fig. 10 shows a trap 1 in which an annular hollow sealing device 2 is built in a water inlet end, a square booster-type water outlet 8 is arranged at a water outlet end, a water supply pipe joint 7 is arranged outside and communicated with booster-type water outlets (3 and 8) in the water supply pipe joint, the water supply pipe joint 7 is communicated with tap water through a water supply pipe 5, and a water supply control switch 6 is arranged on the water supply pipe 5.

In the figure, a trap 1, an annular hollow sealing device 2, an annular supercharged water outlet 3, a pipe 4, a water supply pipe 5, a water supply control switch 6, a water supply pipe joint 7 and a square supercharged water outlet 8 are arranged.

The specific implementation mode is as follows:

A. in fig. 10, in the water inlet end of the sewer trap 1, on the premise that the sewage which does not affect the discharge enters the trap 1, an annular hollow sealing device 2 is additionally arranged along the pipe wall, an annular booster-type water outlet 3 is arranged at the lower end of the annular hollow sealing device 2, a square booster-type water outlet 8 is arranged on the pipe wall of the elbow at the rear upper part in the water outlet end of the sewer trap 1, a water supply pipe joint 7 is arranged outside the trap 1, the water supply pipe joint 7 is communicated with the annular booster-type water outlet 3 and the square booster-type water outlet 8 in the trap 1, the water supply pipe joint 7 on the trap 1 is communicated with the tap water by using a water supply pipe 5, a water supply control switch 6 is arranged on the water supply pipe 5, the water supply control switch 6 is placed at a place which is convenient for people to open or close, the water supply control switch 6 is kept in a closed state at ordinary times, when the, when the water supply control switch 6 is turned on, running water enters the part 1 in the trap at the moment and then is sprayed out at a high speed from the booster-type water outlets (3 and 8) in the trap to perform high-pressure washing on the inside of the trap 1, and washed dirt is discharged from the water outlet of the trap 1 along with water flow and flows to a sewer; the annular booster-type water outlet 3 washes the bottom of the trap 1 which is most easy to deposit dirt, the square booster-type water outlet 8 washes the water outlet of the trap 1 which is most easy to block, and after the trap is cleaned, the water supply control switch 6 is closed.

B. Fig. 7 is an upgrade and reconstruction of a sewer trap 1 installed and used at present, and the scheme is as follows: a pipe fitting 4 is additionally arranged at the water inlet end of a trap 1, on the premise of not influencing the sewage to enter the trap 1, an annular hollow sealing device 2 is additionally arranged along the inner wall of the pipe fitting 4, the lower end of the annular hollow sealing device 2 is provided with an annular pressure-increasing type water outlet 3, a water supply pipe joint 7 is arranged outside the pipe fitting 4 and communicated with the annular pressure-increasing type water outlet 3 inside the pipe fitting, the water supply pipe joint 7 is communicated with tap water by a water supply pipe 5, a water supply control switch 6 is arranged on the water supply pipe 5, the water supply control switch 6 is placed at a place which is convenient to open or close by people, the water supply control switch 6 keeps a closed state normally, when the trap 1 is cleaned, the water supply control switch 6 is opened, at the moment, tap water can enter the pipe fitting 4 additionally arranged at the water inlet end of the trap 1 and then is sprayed out from the annular pressure-increasing type water, the flushed dirt is discharged from the water outlet of the trap 1 along with water flow, flows into a sewer, and is cleaned and then the water supply control switch 6 is closed.

Claims

1. A device for automatically cleaning a drain pipe trap comprises the trap, a pipe fitting, an annular hollow sealing device, an annular supercharged water outlet, a square supercharged water outlet, a water supply pipe joint, a water supply pipe and a water supply control switch; the method is characterized in that: a pipe fitting is arranged at the water inlet end of the trap, an annular hollow sealing device is arranged in the pipe fitting, an annular supercharged water outlet is formed in the lower end of the annular hollow sealing device, a water supply pipe joint is formed outside the pipe fitting, and the water supply pipe joint is communicated with the supercharged water outlet; or an annular hollow sealing device is arranged in the water inlet end of the trap, the lower end of the annular hollow sealing device is provided with an annular supercharged water outlet, the rear upper part in the water outlet end of the trap is provided with a square supercharged water outlet, the supercharged water outlet is communicated with a water supply pipe joint, the water supply pipe joint is communicated with tap water through a water supply pipe, and a water supply control switch is arranged on the water supply pipe.

2. The apparatus of claim 1 for automatically cleaning a sewer trap, further comprising: the water supply device is a trap with an annular hollow sealing device with an annular booster-type water outlet arranged at the lower end arranged in the water inlet end, a square booster-type water outlet is arranged at the rear upper part in the water outlet end of the trap, a water supply pipe joint is arranged outside the trap, and the water supply pipe joint is communicated with booster-type outlet water in the trap.

3. The apparatus of claim 1 for automatically cleaning a sewer trap, further comprising: the water supply pipe fitting is a pipe fitting capable of being in butt joint with a trap, an annular hollow sealing device is arranged in the pipe fitting, an annular supercharged water outlet is formed in the lower end of the annular hollow sealing device, and a water supply pipe joint is formed outside the pipe fitting and communicated with the annular supercharged water outlet inside the pipe fitting.

4. The apparatus of claim 1 for automatically cleaning a sewer trap, further comprising: the water trap is provided with a booster-type water outlet inside and a water supply pipe joint outside, and is communicated with the booster-type water outlet inside.