Simple integrated gas pressurization device
A gas pressurization, integrated technology, applied in electrical components, spark gaps, spark gap parts and other directions, can solve problems such as poor arc extinguishing effect
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Embodiment 1
[0036] A simple all-in-one gas booster device such as Figure 1-Figure 3 As shown, it includes a trigger signal input terminal 1, a wrapping layer 2, an air pill base 3, an air pill 4 and an air injection hole 5, the trigger signal input terminal 1 is arranged on the air pill base 3, and the air pill 4 is arranged on the air pill One side of the ball base 3, the wrapping layer 2 is wrapped on the outside of the air pill base 3 and the air pill 4, and is arranged in a fit manner, and the joint of the wrapping layer 2 and the air pill 4 is provided with an air injection hole 5, and the The wrapping layer 2 is set as a hard layer, and the sum of the base pressure of the air pill 4 and the incremental pressure of the wrapping layer 2 is greater than the critical pressure for the bursting of the air pill 4 . The base pressure of the air pill 4 is when the air pill 4 does not burn, the reaction force of the extruding force of the wrapped gunpowder, that is, when the wrapping layer 2...
Embodiment 2
[0043] The gas injection hole 5 is arranged at the opposite end of the trigger signal input terminal 1 , and the trigger signal input terminal 1 is arranged in contact with the gas pill 4 . By setting the gas injection hole 5 and the trigger signal input terminal 1 at the opposite end, the air pressure will be instantly pressed to the material binding layer of the gas injection hole 5 after the gunpowder in the structure of the gas pill 4 is completely burned, so that the gas producing material in the gas pill 4 The combustion is more complete and the gas pressure is higher, which can extinguish the arc generated by higher voltage power transmission, making the effect of arc extinguishing better.
Embodiment 3
[0045] The gas pill 4 includes a material-constrained layer, gunpowder and solid oxygen or liquid oxygen, and the propellant and solid oxygen or liquid oxygen are mixed and sealed in the material-constrained layer, and the incremental pressure of the material-constrained layer is less than the critical pressure for the rupture of the gunpowder. The rupture pressure value of the material-bound layer is much smaller than the pressure increment value in the cladding layer.
[0046] After the gunpowder is ignited, the solid oxygen or liquid oxygen provides the oxygen for combustion, and the temperature rises, the solid oxygen or liquid oxygen will be vaporized, providing an additional gas pressure, forming the effect of secondary pressurization, and increasing the gas pressure faster. The gas pressure generated when the gunpowder is almost completely burned will be greater than the critical pressure for the rupture of the material-constrained layer, so that the material-constraine...
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