Definition of hydraulic booster？
液压增压器的定义是什么？
Definition of hydraulic booster?
市场上的许多产品都称为液压增压器，本质上是液压增压缸。它是活塞活塞(柱塞)的另一个区域。小活塞区域中的高压腔液被转化为高压或超高压液体的液压成分。那么液压增压器的定义是什么?
液压增压器的定义是什么?
Definition of hydraulic booster？
1.液压增压器高压腔的压力得到了改善。
2.驱动培养基，增压的介质，可以是相同的介质或不同的介质。
3.控制诸如整个系统压力和流量之类的控制可以控制驾驶员介质，还可以控制输出介质，从而可以减少或保存高压部分中的液压控制组件。
4.液压增压器增压的介质在增压之前也将其应用于系统。
The pressure in the high-pressure chamber of the hydraulic booster is boosted.
The driving medium and pressurized medium can be the same or different.
System pressure, flow rate and other parameters can be regulated by controlling the driving medium or output medium. This reduces the quantity of hydraulic control components used in the high-pressure circuit.
The medium to be pressurized is fed into the system before being boosted by the hydraulic booster.
液压增压缸和液压增压器之间的差异是什么？
What are the differences between hydraulic booster cylinder and hydraulic booster?
1.原则上基本没有差异当该产品相对较小时，我们通常称其为液压增压器。当它相对较大时，通常称为液压增压缸。从定义来看，它可以称为液压增压器，这没有什么不同。
2.高压液压泵和液压增压器之间的差异这种增压器尚未在市场上找到。这是一个研究阶段，类似于轴向柱塞泵。那么如何区分柱塞泵和首先，高压柱塞泵的驱动器是电动机或液压电动机或气动电动机。不能直接由气体或液体驱动;通过低压力系统的液压油的一部分在右侧驱动液压电动机。液压电动机在左侧驱动高压电动机以增加压力。仅限于当前液压电动机或泵的最大压力，该产品的最大输出压力通常不超过31.5MPA。
- Basically there is no essential difference between them. Small-sized units are generally named hydraulic boosters, while larger ones are referred to as hydraulic booster cylinders. In terms of definition, both can be categorized as hydraulic boosters.
- Differences between high-pressure hydraulic pumps and hydraulic boostersThis type of booster is still in the research phase and not yet commercially available. Its structure is similar to an axial piston pump. The distinctions are as follows:The high-pressure piston pump is driven by an electric motor, hydraulic motor or pneumatic motor, and cannot be directly powered by gas or liquid. Part of the hydraulic oil from the low-pressure circuit drives the hydraulic motor, which in turn actuates the high-pressure assembly to raise fluid pressure. Limited by the maximum pressure rating of existing hydraulic motors and pumps, the maximum output pressure of this unit is generally no more than 31.5 MPa.
What are the differences between air-driven liquid booster pumps and hydraulic boosters?
1.增压的介质在增压之前通常不使用。如果“需要进入的需要”的输入也以一定的压力液体输入，并且已经使用了。在系统中，还应称其为液压增压器，即全名气体驱动液压压力，这种活塞运动通过气体(蓝色)向下推，下面的腔体的液压油(红色)被挤压并升高，导致活塞杆向下输出。
2.通过活塞杆产生的功率不是高压介质。如果下腔中没有活塞，它是直接的入口和出口，并且输出为高压液体。我们也可以称为气驱动液压供应器。
- The pressurized medium is generally not utilized prior to pressure intensification. If the incoming medium is fed into the system at a certain pressure and put into service beforehand, the unit is still defined as a hydraulic booster, formally named air-driven hydraulic booster. Compressed air (blue) pushes the piston downward. The hydraulic oil (red) in the lower chamber is compressed and pressurized, driving the piston rod to move downwards and output force.
- The power generated by the piston rod is not derived from high-pressure medium. If no piston is installed in the lower chamber to form a direct inlet and outlet passage, the unit delivers high-pressure liquid output. This type can also be referred to as an air-driven hydraulic supply unit.
液压增压器的分类是什么?
Classification of Hydraulic Boosters？
1.增压的介质是液压油：液压液压增压器，称为油压增压器。
2.增压的介质是水：液压液压增压器，称为水压增压器。
3.驱动培养基是油，输出介质是水：，称为油水增压器。
4.驱动培养基是气体，输出介质是液体：气体驱动液压增压器，也称为气动液压增压器和气体液压压力。
When the pressurized medium is hydraulic oil, the unit is named oil pressure booster.
When the pressurized medium is water, the unit is named water pressure booster.
With hydraulic oil as the driving medium and water as the output medium, it is called oil-water booster.
With gas as the driving medium and liquid as the output medium, it is defined as air-driven hydraulic booster, also known as pneumo-hydraulic booster.