Gas supply device of multi-tube non-wheel pump

Abstract

The invention relates to a gas supply device of a multi-tube non-wheel pump. According to the main technical scheme adopted by the invention, the gas supply device is characterized by being an inverted-U-shaped tube gas collecting device, wherein an inverted-U-shaped tube is provided with a water inlet and a water outlet; the water inlet is positioned in the liquid surface of a water source; the water outlet is positioned in the liquid surface of a water-release water path; the pipeline diameter of the water outlet is greater than that of the water inlet; the gas inlet is arranged on the pipeline wall, higher than the liquid surface of a water inlet water source, of a transverse tube of the inverted-U-shaped tube; and the water outlet is also the gas outlet; and the gas inlet is positioned at one end, close to the low water level, of the transverse tube of the inverted-U-shaped tube. The gas supply device of the multi-tube non-wheel pump can generate gas pressure differential energy which can be used as an energy source for transporting water to a high position or a predetermined position.

Description

[0001] This patent application is a divisional case of the patent application submitted to the China Patent Office on June 22, 2010, the application number is 201010205155.0, and the invention name is "Multiple Tube Regardless Pump". The relevant content is incorporated in this patent application by reference. technical field [0002] The invention relates to a method for collecting liquid energy, in particular to a multi-tube non-wheel pump air supply device, which is a method and device for conveniently collecting kinetic energy and potential energy contained in liquid and converting them into pressure difference energy for further utilization . Background technique [0003] The reserves of water conservancy energy are very rich, and it is one of the important ways of energy development and utilization, and it has very significant advantages such as cleanliness and recirculation. Kinetic energy and potential energy are rotated into mechanical energy to obtain electricity....

AI Technical Summary

Problems solved by technology

[0003] The reserves of water conservancy energy are very rich, and it is one of the important ways of energy development and utilization, and it has very significant advantages such as cleanliness and recirculation. Kinetic energy and potential energy are rotated into mechanical energy to obtain electricity. In this way, a large amount of water conservancy infrastructure and supporting special hydroelectric generator sets are required. The one-time investment in the early stage is quite large, which has certain adverse effects on the environment, especially hydroelectric power generation. The unit structure is complex, the equipment is huge, the energy conversion rate is low, and it is also prone to failures and problems. Therefore, it needs to be improved and optimized

[0004] Existing pumping technology requires high-cost energy such as manpower and electricity to pump river water and canal water with a high velocity to high places; the technology using liquid energy requires huge equipment, low energy conversion rate, and large investment-to-income ratio, which is suitable for Small range, high maintenance cost

[0005] In addition, the use of water conservancy energy, and the method of using water hammer pumps to obtain a higher water head, there are also many unfavorable factors such as large investment and low efficiency.

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