A water pump assembly that operates autonomously by water pressure

Abstract

The present invention relates to a water pump assembly that operates without the need for electricity or solar energy, instead relying on water pressure, excess air exit, and the amount of water in a water reservoir. The pump assembly comprises shafts, elbows, a balloon, and valves that work together to convert the energy from water pressure into mechanical motion. This innovative design provides a sustainable and environmentally friendly solution.

Description

[0001] A Water Pump assembly that operates autonomously by Water Pressure Field of the invention

[0001] The current invention relates to a water pump assembly that harnesses the power of water flow through an innovative mechanism. Background

[0002] Conventional motors often rely on electricity or solar energy as their primary power source. However, these energy sources may not always be readily available or environmentally friendly. Therefore, there is a need for an alternative pump assembly that can operate using easily accessible resources such as water. Summary of Invention:

[0003] The present invention is directed towards a water pump assembly that operates solely through the use of water entrance and air exit.

[0004] As a preferred solution of the present invention the pump assembly comprises several key components, including but not limited to a water inlet which is a specially designed inlet allows the entry of pressurized water into the system. A pipe is positioned within the pump assembly housing to receive the incoming pressurized water and transfers water within the pump assembly housing. Air Outlet said air outlet facilitates the expulsion of air from the system during operation. A balloon is connected to the pipe’s assembly.

[0005] As a preferred solution of the present invention the device, for every 1cm above the ram, the water will be pumped more than 1m above.

[0006] As a preferred solution of the present invention the device, the device provides zero loss of the pumped water. Brief description of drawings

[0007] Figure 1 a perspective view of the assembly as a preferred embodiment of the current embodiment illustrating its parts.

[0008] Figure 2 a perspective view of the water pump assembly as a preferred embodiment of the current invention illustrates water flow herein.

[0009] figure 3 shows an illustrative drawing of the ability of the pump as an embodiment of the current invention to pump water to high floor buildings. Detailed Description

[0010] The water pump assembly of the present invention is designed to harness the energy from water pressure and the level of water in a water reservoir to generate mechanical motion. The pump assembly comprises several key components, including pipes, elbows, pressurized balloon connects, and valves, which work together to convert the potential energy of water into kinetic energy.

[0011] Figure 1 illustrates a preferred embodiment of the current invention, illustrating the various parts of the water pump assembly. The assembly includes a plurality of essential components, such as a specially designed water inlet 101 that allows pressurized water to enter the system through a horizontally positioned pipe 102. Additionally, there is a T-shaped pipe positioned vertically, connected perpendicularly to the horizontally positioned pipe, and an elbow-shaped pipe positioned vertically and connected perpendicularly to the end of the horizontally positioned pipe, as shown in the figure. The assembly also incorporates a plurality of valves to regulate the direction of water circulation. Another key component is a vertically positioned Y-shaped pipe connected to the assembly's outlet.

[0012] Figure 2 illustrates water flow and circulation within the water pump assembly. A main water line pipes are connected to the inlet 101 of the assembly. Water enters the system through an inlet 101 and flows through the horizontal pipe 102. It then simultaneously passes through the T-shaped 103 and the elbow-shaped outlet 104. The water that went through the T-shaped 103 outlet is directed upwards in a vertical pipe 105 with a valve 106, while some of it is directed into another horizontal pipe 107 with a stopcock. From there, the water goes to a balloon 108 where the pressure is adjusted, and then it returns downwards to re-enter the horizontally positioned pipe 107. On the other hand, the water that entered through the elbow 104 goes through a valve 110 in an upward direction. Finally, the water from both the balloon 108 and the elbow 104 combines and flows through a Y-shaped pipe 109 before exiting through the 111.

[0013] When water enters the pump assembly at normal pressure, it flows through the elbows and activates the valves, causing them to open or close depending on the desired output. This action creates a force that thereby generates mechanical motion.

[0014] The water pump as an embodiment of the current invention is linked to a water reservoir. The water pump due to its unique design stops water pumping autonomously when the water reservoir is full and starts pumping water when the reservoir water level decreases.

[0015] Figure 3 illustrates an illustrative view of the water pump assembly which can pump water in in high pressure and high altitudes as one embodiment of the current invention wherein, for every 1cm above the ram, the water will be pumped more than 1m above.

[0016] A process of water pumping with the water pump assembly as one embodiment of of the current invention comprising the steps of: ^ Water enters the system through an inlet. ^ The water flows through a horizontal pipe. ^ The water simultaneously passes through a T-shaped and an elbow-shaped outlet. ^ The water that went through the T-shaped outlet is directed upwards in a vertical pipe with a valve. ^ Some of the water from the T-shaped outlet is directed into another horizontal pipe with a stopcock. ^ The water from the stopcock pipe goes to a balloon where the pressure is adjusted. ^ The water from the balloon returns downwards to re-enter the horizontally positioned pipe. ^ The water that entered through the elbow goes through a valve in an upward direction. ^ The water from both the balloon and the elbow combines. ^ The combined water flows through a Y-shaped pipe. ^ The water exits through the outlet.

[0017] The unique design of this water pump assembly allows it to operate without relying on external sources of power such as electricity or solar energy. Instead, it utilizes the natural energy stored in water pressure and reservoir levels to produce mechanical work.

[0018] In addition to its sustainability benefits, this water pump assembly also offers versatility in its applications. It can be used to power various devices and machinery that require mechanical motion, making it an ideal solution for remote or off-grid locations where traditional power sources may be limited or unavailable.

[0019] This innovative water pump assembly of the current invention provides a sustainable and environmentally friendly alternative for generating mechanical motion without relying on external sources of power. Its simple yet effective design makes it suitable for a wide range of applications, offering a reliable solution for harnessing natural energy from water pressure and reservoir levels.

[0020] The current invention describes an innovative design for a sustainable and environmentally friendly alternative source of power using natural resources such as high-pressure flowing waters from rivers or streams with no need for electricity or solar panels which can be used effectively even at remote locations where traditional power sources may not be available or limited making it an ideal solution for harnessing natural energy from flowing waters with high pressures using simple yet effective designs suitable for wide range applications offering reliable solutions with minimal maintenance costs compared with other alternatives available today making it an ideal choice especially when considering long term usage costs over time.

Claims

Claims:

1. A water pump assembly operated by water pressure and reservoir level comprising: - pipes connected to elbows; - Elbows positioned to direct flow towards valves; - Valves controlling flow of water into and out of motor; and - a balloon 2. The water pump assembly as claimed in claim 1 wherein said pipes pump water by pressure flow through elbows.

3. The water pump assembly as claimed in claim 1 wherein said valves open or close depending on desired output to control water direction.

4. The water pump assembly as claimed in claim 1 wherein said design allows for operation without reliance on external sources of power.

5. The water pump assembly as claimed in claim 1 wherein said design provides versatility for powering various devices and machinery.

6. The method as claimed in claim 1 wherein said design offers sustainability benefits by utilizing natural energy stored in water pressure and reservoir levels.

7. A process of operation of the assembly comprising the steps of: ^ Water enters the system through an inlet; ^ The water flows through a horizontal pipe; ^ The water simultaneously passes through a T-shaped and an elbow-shaped outlet; ^ The water that went through the T-shaped outlet is directed upwards in a vertical pipe with a valve; ^ Some of the water from the T-shaped outlet is directed into another horizontal pipe with a stopcock; ^ The water from the stopcock pipe goes to a balloon where the pressure is adjusted; ^ The water from the balloon returns downwards to re-enter the horizontally positioned pipe; ^ The water that entered through the elbow goes through a valve in an upward direction; ^ The water from both the balloon and the elbow combines; ^ The combined water flows through a Y-shaped pipe; and ^ The water exits through the outlet.

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