Patent Application
20240401315
The invention relates generally to a plumbing tool, and more specifically, to a plumbing tool temporarily attached for unclogging water drains with air-pressurized water.
Plumbing systems in residential and commercial units including water lines to bring in treated water and drain lines to evacuate used discarded water to a sewer system. The drain lines collect water from sinks, showers, toilets, appliances, washing machines, rain and from other sources. From time to time a drain line can become clogged from solid objects put down the drain and build out that narrows openings within drains. As a result, water can back up throughout a drain system, and even flood a unit.
Conventional tools for unclogging drains include plungers and rodders. A plunger creates a vacuum with suction of negative force to pull on clogs. By contrast, a rodder creates a positive force to push on clogs. In other cases, chemicals are poured down the drain in an effort to dissolve clogs. Unfortunately, these conventional techniques often do not solve the problem. Rodders generate the most force by physically moving through the drain pipe, but are also large and messy, pulling sludgy debris out when recoiled. Additionally, many of these tools fail to leverage automated processes.
Therefore, what is needed is a robust plumbing tool for unclogging water drains with air-pressurized water.
These shortcomings are addressed by the present disclosure of systems and methods for unclogging water drains with air-pressurized water.
In one embodiment, a rigid body with a hollowed cavity is configured to intercept a drain line between a clogged portion and an unclogged portion. A first inlet on the body to receive pressurized water from a water line. A second inlet on the body to receive pressurized air from a mobile air source. The second inlet can have a smaller diameter than the first inlet. The pressurized air is mixed with the pressurized water in a chamber at an intersection of the T-shaped body to produce a pressurized air/water combination of air pressurized water droplets.
In another embodiment, combined outlet for coupling to the clogged portion of the drain pipe to force the pressurized air/water combination to clear the clogged portion of the drain. Different screens at the combined outlet can be applied to generate different dispersion pattern for the pressurized water. In yet another embodiment, a controller automatically manages a ratio between water and air during the unclogging process. The ration can be wirelessly connected to an application.
Advantageously, clogs are more easily removed with additional force relative to water or a rodder alone.
In the following drawings, like reference numbers are used to refer to like elements. Although the following figures depict various examples of the invention, the invention is not limited to the examples depicted in the figures.
The description below provides systems and methods for a plumbing tool to unclog water drains with air-pressurized water. The techniques can be applied to residential and/or commercial water drains.
One of ordinary skill in the art will recognize many additional variations made possible by the succinct description of techniques below.
The plumbing system 100 is configured to connect by interrupting a water drain at a joint between a clogged portion and an unclogged portion. In other words, the T-shaped body 110 is temporarily installed to remove the clog. One alternative embodiment does not interrupt the water drain, but is installed permanently in-line with a water drain and is activated on an as-needed basis, either manually or automatically. Referring again to the T-shape, a water hose or other water supply is connected to the water valve 120. An air tank or other pressurized gas is connected to the air valve 130. In operation, a user sets the water and air levels as desired to clear a clog. The clogged drain pipe can be ½-inch in diameter, 2-inch, 6-inch, or other sizes. Pipes can be connected directly to an endpoint, such as a sink or bathtub, or connect downstream at a main sewer outlet. Pipes can be oriented vertically, horizontally or at any angle.
The body 110 provides a mixing chamber (or cavity) for water and air to combine and produce pressurized water. A hollowed chamber along a first axis with a first inlet provides a path for variable air pressure to enter the clogged portion of the pipe through a combined outlet. A hollowed chamber along a second axis with a second inlet provides a path for water to enter the clogged portion of the pipe, after mixing with and consequentially being pressurized by, the compressed air. In general, compressed air is air kept under a pressure that is greater than atmospheric pressure. In a different embodiment, the first inlet is used for water and the second inlet for introducing the pressurized air from the second axis. Additionally, the rigid body can be T-shape with 90 degree angles or different angles and shapes to generate different combining actions (e.g., a Y-shaped body or a K-shaped body with drain line in, water supply in, air supply in, and outlet). A Y-shaped body can have equal angle as shown in
Pressurized water droplets are ejected through the combined outlet. Rather than a singular force pushing through, force is distributed over different points for a multi-faceted attack on the clog. In some non-limiting embodiments, screen 105 can be added to the combined outlet to control a dispersion pattern. Different dispersion patterns may apply different types of force to the clog. In one case, a first screen is used to start dislodging the clog, and a second screen is used to complete dislodging. The screen can be moved up and down the combined outlet. The combined outlet can be stepped up or stepped down in size to match a pipe size.
The water supply can be from a water supply of a house, such as from a spigot for a water hose or a more powerful source. The hose connects to the water valve 120 via threads. The water supply can be, for example, 60 PSI to 80 PSI, as typically provided to residential homes or higher in commercial implementations. Hot water is applied in some cases, but cold water or warm water can also be used. In one case, the same water supply that provides water to a clogged sink can be used to clear the drain. The second inlet can be smaller in diameter for air than the first inlet for water.
Compressed gas or air can be supplied by, for example, a 6-gallon steel portable air compressor 135 that plugs into an electrical outlet or runs on gasoline. An outlet of the air compressor can be coupled to an air inlet using connector 130. For example, a 0.8 HP compressor may supply 150 psi to the plumbing system 100. In another example, a foot-actuated air pump provides compressed air. In one embodiment, an electronic controller adjusts air and/or water pressure automatically based on feedback during declogging.
A controller 140 can be added to the plumbing tool for automating processes as shown in
A plumbing application 150 downloaded and installed on a smartphone, or the like, can allow a user to interact with the plumbing tool through a graphical user interface. The camera feed can be wirelessly viewed in real-time to see inside the drain. Pressure levels and screen dispersion and position can be adjusted vary forces leveraged upon clogs. A voice command prompt can receive user voice commands for translation into mechanical action at the plumbing tool. In one embodiment, artificial intelligence or machine learning is implemented to smartly identify clogs and automatically run remediations. Cloud resources can also be leveraged in real-time drain unclogging when the plumbing application 150 has access to the Internet.
At step 310, a plumbing tool is installed to a pipe with a clog. In one example, a J-channel is temporarily removed from under a sink at its joints. The plumbing tool is then temporarily screwed onto the end of the pipe leading to the clog. Hoses are connected to an air supply and a water supply.
At step 320, a water supply is combined with compressed air to generate pressurized water drops. One embodiment includes a controller that balances air and water to a set ratio or pressure.
At step 330, pressurized water drops are adjusted as needed to clear the clog. A camera at a combined outlet and pressure measurements can provide real-time feedback. A first screen can be changed to a second screen, or moved closer or further away from a combined outlet. Pressurized water can be gradually turned up or down, and temperature can be adjusted, during the unclogging process. In an embodiment, a controller automatically and intelligently adjusts the plumbing tool, as described above. In another embodiment, a plumber uses a plumbing application to wirelessly adjust the plumbing tool.
This description of the invention has been presented for the purposes of illustration and description. It is not intended to be exhaustive or to limit the invention to the precise form described, and many modifications and variations are possible in light of the teaching above. The embodiments were chosen and described in order to best explain the principles of the invention and its practical applications. This description will enable others skilled in the art to best utilize and practice the invention in various embodiments and with various modifications as are suited to a particular use. The scope of the invention is defined by the following claims.
This application is a continuation-in-part of U.S. application Ser. No. 17/667, 460, filed on Feb. 8, 2022, which is incorporated herein by reference in its entirety.
| Number | Date | Country | |
|---|---|---|---|
| Parent | 17667460 | Feb 2022 | US |
| Child | 18807483 | US |
