pump bearing

Basic structure of the centrifugal pump is composed of six parts, namely: impeller, pump, pump shaft, bearing, seal ring, stuffing box.

离心泵的基本构造是由六部分组成的，分别是：叶轮，泵体，泵轴，轴承，密封环，填料函。

The composing, function, selecting principle and key of parts of the pump, such as electromotor, axle-jointer, bearing box seat, water cooling seal cavity, down pump body, pump axle and impeller, are introduced in detail by pump body structure diagram.

给出泵体结构图，详细介绍泵的电机、联轴器、轴承箱座、水冷密封腔、下泵体、泵轴、叶轮等部件的组成、功能，各部件的选型原则和关键点。

Application of the Hydrostatic Bearing Consisting of a Screw-Cork Damper to the Slant Disc Axial Piston Pump

用阻尼螺塞构成的静压支撑在斜盘式轴向柱塞泵中的应用

All these problems make diving sewage pump in a sealed, the electrical load capacity, bearing arrangement and the use of requirements than the average sewage pump higher.

这些问题都使得潜水排污泵在密封、电机承载能力、轴承布置及选用等方面的要求比一般的污水泵要高。

Analysis on the Abrasion of Thrust Bearing of Circulating Pump for 500 MW Unit Made in Czech and Its Countermeasures

捷制500MW机组循环泵推力轴承磨损分析与对策

Reformed the structure of pump shaft, increased diameter of shaft located the position of pump thrust bearing lock nut, improved the strength of pump shaft, extended the service life of pump shaft.

改进泵轴结构，在泵轴推力轴承锁紧螺母处加大轴径，提高了泵轴强度，延长了泵轴的使用寿命。

In the water hydraulic axial piston pump, some wear possibly exists between the piston and the piston hole even the chucking phenomenon can happen because the bearing force of water film makes the piston to incline in the piston hole.

在水压轴向柱塞泵中，由于滑靴受到水膜的支承力作用，使得柱塞总是在柱塞孔中处于倾斜状态，造成柱塞和缸体柱塞孔间存在一定程度的磨损，严重时会出现卡紧现象。

Failure Cause Analysis and Protection Methods for Bearing of Tangent Pump

切线泵轴承失效原因分析及措施

Damage Reason of the Thrust Face of Sleeve Bearing on Motor Used in the Multi-stage Pump

多级泵电机轴瓦止推面烧损原因分析和对策

Neural Net Work Method of Reciprocating Pump Bearing Fault Diagnosis

往复泵轴承故障诊断的神经网络方法

In accordance with the problems of resolving the load of gear pump shaft and bearing, raising high viscosity gear pump performance and life, this article proposed some measure to make gear pump has more developing future and competitive power.

该文就如何解决齿轮泵轴及轴承的负载、提高高粘度齿轮泵性能和寿命的问题，提出了几项措施，以使齿轮泵更具发展前途和竞争优势。