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Wind power generating facility adopting union valve copper alloy flange piston shock absorption
The invention relates to an electricity generation auxiliary device, in particular to a wind power generating facility adopting union valve copper alloy flange piston shock absorption. Platform hinges connected with upper hole end heads of flange piston double-way shock absorbers are arranged on four corners of an operation platform; a mechanical energy-electric energy conversion unit, an energy storage cabinet and a cooling pump are fixedly arranged on the operation platform; a union check valve is also serially connected between a pump suction pipe of the cooling pump and a filtration suction pipe; each flange piston double-way shock absorber comprises a flange piston rod, a flange piston cylinder, a flange guiding cylinder, a lower flange seal end cover and an upper end cover flange; the union check valve comprises a union connector valve body, an upper diversion body, a lower diversion body, an upper half valve element, a lower half valve element, a union feeding outer ring and a union discharging outer ring; the flange piston double-way shock absorbers adopt a flange connection structure to form double-piston seal shock absorption; each flange piston double-way shock absorber can bear tensile or pressure at the same time, so that the operation platform can be ensured to resist wave impact from any direction.
Wind power generating facility adopting union valve copper alloy flange piston shock absorption
The invention relates to an electricity generation auxiliary device, in particular to a wind power generating facility adopting union valve copper alloy flange piston shock absorption. Platform hinges connected with upper hole end heads of flange piston double-way shock absorbers are arranged on four corners of an operation platform; a mechanical energy-electric energy conversion unit, an energy storage cabinet and a cooling pump are fixedly arranged on the operation platform; a union check valve is also serially connected between a pump suction pipe of the cooling pump and a filtration suction pipe; each flange piston double-way shock absorber comprises a flange piston rod, a flange piston cylinder, a flange guiding cylinder, a lower flange seal end cover and an upper end cover flange; the union check valve comprises a union connector valve body, an upper diversion body, a lower diversion body, an upper half valve element, a lower half valve element, a union feeding outer ring and a union discharging outer ring; the flange piston double-way shock absorbers adopt a flange connection structure to form double-piston seal shock absorption; each flange piston double-way shock absorber can bear tensile or pressure at the same time, so that the operation platform can be ensured to resist wave impact from any direction.
Wind power generating facility adopting union valve copper alloy flange piston shock absorption
ZHANG ZHIXIONG (author)
2015-07-15
Patent
Electronic Resource
English
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