A miniature intermittent pump for lubricating bearings of hydrodynamic fan cooling towers and its installation and working methods

Abstract

The invention discloses a micro intermittent pump for lubricating a hydrodynamic fan cooling tower bearing and a mounting and working method of the micro intermittent pump. The micro intermittent pump consists of three parts, i.e. a transmission body, a pump shell and an oil outlet body. The micro intermittent pump is a non-continuous oil conveying pump, and comprises three processes, i.e. oil discharging, oil feeding and stopping, in an oil supply period, and oil feeding and oil discharging are asynchronous; the micro intermittent pump is mainly designed to supply oil for lubricating a turbine bearing in a hydrodynamic fan cooling tower, and the design of an oil path of a common oil pump is simplified; the micro intermittent pump is compact in structure and convenient to machine and assemble; and the micro intermittent pump is simple in working principle, high in reliability and easy to popularize and use.

Description

technical field [0001] The invention relates to the technical field of a cooling tower oil delivery pump, in particular to the oil delivery of hydraulic fan cooling tower hydraulic turbine bearings, and is a miniature intermittent pump used for lubricating the hydraulic fan cooling tower bearings. Background technique [0002] As a cooling system for large-scale equipment, cooling towers are mainly used to reduce the temperature of circulating water and improve the utilization rate of circulating water. According to different production needs, the structure of cooling towers is also different. Cooling towers are generally barrel-shaped, and their internal space is very limited. In the cooling tower with relatively large limitations, the size of the oil delivery pump becomes the key to selection, but at present, the commonly used oil delivery pump has a large size due to its complex structure (refer to Patent Document 1, a kind of used for The pump of the cooling and heat di...

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Problems solved by technology

[0004] In addition, because the internal parts of the commonly used oil delivery pump are various and complicated, and the internal flow field of the oil pump is an unsteady flow when in use, (refer to Patent Document 3, which introduces a kind of end face cam-driven oil distribution with rotating window. The plunger pump has the characteristics of high speed and large displacement, but because of its many internal parts, the transmission mode is relatively complicated, it is prone to failure, and its safety and reliability are low.

) often breaks down. In the hydrodynamic fan cooling tower, because of its limited space, it brings many difficulties to equipment maintenance. Therefore, it is necessary to design an oil delivery pump with strong reliability and long service life.

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