hydraulic table - определение. Что такое hydraulic table
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Что (кто) такое hydraulic table - определение

COMPONENT WHICH PREVENTS THE SUDDEN LOSS OF HYDRAULIC FLUID PRESSURE IN HYDRAULIC SYSTEMS
Hydraulic fuse; Hydraulic fuses

Hydraulic machinery         
  • An [[excavator]]; main hydraulics: Boom cylinders, swing drive, cooler fan, and trackdrive
  • An [[exploded view]] of an external gear pump.
  • Fundamental features of using hydraulics compared to mechanics for force and torque increase/decrease in a transmission.
  • Open loop and closed loop circuits
  • scissor lift]]
MACHINERY AND TOOLS THAT USE LIQUID FLUID POWER TO DO SIMPLE WORK
Water motors; Industrial Hydraulics; Hydraulic machine; Hydraulic equipment; Hydraulic circuit; Hydraulic drive system; Hydraulic drive; Hydraulic line; Hydraulic hose; Hydraulic power transmission; Hydrostatic drive
Hydraulic machines use liquid fluid power to perform work. Heavy construction vehicles are a common example.
Hydraulic fill         
  • Hydraulic sluicing
EMBANKMENT
Hydraulic sluicing
Hydraulic fill is a means of selectively emplacing soil or other materials using a stream of water. It is also a term used to describe the materials thus emplaced.
Hydraulic structure         
ARTIFICIAL STRUCTURE WHICH DISRUPTS THE NATURAL FLOW OF WATER
Hydraulic structures
A hydraulic structure is a structure submerged or partially submerged in any body of water, which disrupts the natural flow of water. They can be used to divert, disrupt or completely stop the flow.

Википедия

Fuse (hydraulic)

In hydraulic systems, a fuse (or velocity fuse) is a component which prevents the sudden loss of hydraulic fluid pressure. It is a safety feature, designed to allow systems to continue operating, or at least to not fail catastrophically, in the event of a system breach. It does this by stopping or greatly restricting the flow of hydraulic fluid through the fuse if the flow exceeds a threshold.

The term "fuse" is used here in analogy with electrical fuses which perform a similar function.

Hydraulic systems rely on high pressures (usually over 7000 kPa) to work properly. If a hydraulic system loses fluid pressure, such as due to a burst hydraulic hose, it will become inoperative and components such as actuators may collapse. This is an undesirable condition in life-critical systems such as aircraft or heavy machinery, such as forklifts. Hydraulic fuses help guard against catastrophic failure of a hydraulic system by automatically isolating the defective branch.

When a hydraulic system is damaged, there is generally a rapid flow of hydraulic fluid towards the breach. Most hydraulic fuses detect this flow and seal themselves (or restrict flow) if the flow exceeds a predetermined limit. There are many different fuse designs but most involve a passive spring-controlled mechanism which closes when the pressure differential across the fuse becomes excessive.

Many gas station pumps are equipped with a velocity fuse to limit gasoline flow. The fuse can be heard to engage with a "click" on some pumps if the nozzle trigger is depressed fully. A slight reduction in fuel flow can be observed. The fuse resets instantly upon releasing the trigger.