High efficiency dual operating condition fluid delivery pump

Abstract

This invention discloses a high-efficiency dual-condition fluid transfer pump, relating to the field of fluid machinery technology. Addressing the problems of existing fluid pumps being single-function, inefficient, and lacking adaptability to various operating conditions, this invention achieves high-efficiency fluid transfer by optimizing the pump impeller structure and fluid channels, resulting in high transfer efficiency, low energy consumption, and minimal wear. Through a closed internal circulation channel and a throttling adjustment component, the adjustable conversion between mechanical kinetic energy and fluid pressure is achieved. It can be widely applied to various fluid transfer scenarios and various scenarios involving the mutual conversion of mechanical kinetic energy and fluid pressure.

Description

Technical Field

[0001] This invention relates to the field of fluid machinery technology, and specifically to a high-efficiency fluid pump body structure that can be adapted to high-pressure control and conventional transportation. Background Technology

[0002] Existing conventional fluid transfer pumps only have the function of single medium transfer and cannot take into account the dual working conditions of high pressure fluid and mechanical energy conversion and conventional fluid transfer. Existing conventional fluid transfer pumps have low transfer efficiency, narrow pressure adjustment range, and are difficult to adapt to the fluid action requirements of multiple scenarios. They have poor versatility and high energy consumption. Summary of the Invention

[0003] Purpose of the invention: This invention aims to overcome the shortcomings of existing fluid pumps, such as single function, low conveying efficiency, and poor adaptability to operating conditions. By optimizing the pump impeller structure, internal flow channel, pressure regulation, and sealing structure, the pump can perform dual operations of conventional high-efficiency fluid conveying and the mutual conversion of high-pressure fluid and mechanical energy. This improves the pump's conveying efficiency and pressure regulation stability, expands the applicability range of the equipment, and reduces operating energy consumption.

[0004] Technical Solution: This invention includes a pump housing, a pump impeller assembly, a synchronous gear, fluid inlet and outlet, an internal circulation channel for the fluid pump, and a variable diameter throttling assembly. The pump employs a high-efficiency pump impeller operating structure. The flow rate of the internal closed circulation is adjusted through the throttling assembly, and the load and speed of the synchronous gear can be adjusted to meet the kinetic energy regulation requirements of the cooperating machinery. The fluid inlet and outlet configuration also allows for stable output of high-pressure fluid, achieving high-flow-rate, low-energy-consumption, and high-efficiency fluid transportation. All components are tightly fitted, with excellent sealing performance, stable operation, and low loss.

[0005] Beneficial effects: 1. Dual operating modes in one machine, efficient fluid transport, fluid control mechanical energy, and strong versatility. 2. Optimized flow channel design, low fluid transport resistance, and high transport efficiency. 3. Flexible pressure adjustment, stable operation, reliable sealing, and low energy consumption. 4. Compact structure, easy installation, and suitable for various fluid handling scenarios. 5. Minimal wear on parts, long service life, and low maintenance costs. Attached Figure Description

[0006] Figure 1 This is a structural diagram of the present invention, which adjusts and controls mechanical energy through adjusting components.

[0007] Figure 2 This is a diagram of the fluid transport structure of the present invention, which uses an open fluid inlet and outlet.

Claims

1. A dual-condition fluid transfer pump, characterized in that, It includes a pump housing, inlet, outlet, pump impeller assembly, closed internal circulation fluid channel, synchronous gear set, and variable diameter throttling pressure regulating component. The pump body has an inlet and an outlet, and no internal circulation fluid channel, which can efficiently transport fluid. The pump body and pump impeller assembly are sealed and connected to the pump chamber and the inner circulation channel. The variable diameter throttling component throttles the inner circulation channel and regulates the high pressure overflow of the pump chamber.

2. The dual-condition fluid transfer pump according to claim 1, characterized in that... The pump described above, with liquid inlet and outlet, is used for efficient fluid transport.

3. The dual-condition fluid transfer pump according to claim 1, characterized in that... The pump body and pump wheel assembly chamber are connected to a closed internal circulation fluid channel, and the variable diameter throttling component regulates the high pressure flow for fluid control of mechanical energy.

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