20240026990. CRYOGENIC CYLINDER CONTROL SYSTEM, GLOBE VALVE, AND SOLENOID VALVE simplified abstract (Engineered Controls International, LLC)

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CRYOGENIC CYLINDER CONTROL SYSTEM, GLOBE VALVE, AND SOLENOID VALVE

Organization Name

Engineered Controls International, LLC

Inventor(s)

Guangbin Cao of Shanghai (CN)

CRYOGENIC CYLINDER CONTROL SYSTEM, GLOBE VALVE, AND SOLENOID VALVE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240026990 titled 'CRYOGENIC CYLINDER CONTROL SYSTEM, GLOBE VALVE, AND SOLENOID VALVE

Simplified Explanation

The abstract describes a cryogenic valve that includes a valve body, a valve seat, a gland nut, a lower spindle, a seat disc, an upper spindle, and a spring.

  • The valve body and valve seat are part of the valve assembly.
  • The gland nut is connected to the valve body.
  • The lower spindle is threaded to the valve body and has a first bore.
  • The seat disc is mounted to the lower spindle and can engage or disengage the valve seat.
  • The upper spindle has a spring bore and can rotate the lower spindle.
  • A portion of the upper spindle engages the lower spindle to enable rotation.
  • The spring is partially disposed in the spring bore and biases the upper spindle to engage the gland nut.

Potential applications of this technology:

  • Cryogenic systems and equipment
  • Industrial processes requiring precise control of fluids at low temperatures
  • Aerospace and aviation industries
  • Medical and pharmaceutical industries

Problems solved by this technology:

  • Ensures a reliable and secure sealing of the valve in both closed and open configurations
  • Allows for precise control and regulation of fluid flow in cryogenic systems
  • Minimizes the risk of leakage or loss of cryogenic fluids

Benefits of this technology:

  • Enhanced safety and efficiency in cryogenic systems
  • Improved control and regulation of fluid flow
  • Reduced risk of fluid leakage or loss
  • Longer lifespan and durability of the valve components


Original Abstract Submitted

cryogenic valves are disclosed. a valve for includes a valve body, a valve seat, a gland nut coupled to the valve body, and a lower spindle threadably engaged to the valve body. the lower spindle defines a first bore. the valve includes a seat disc mounted to the lower spindle and configured to engage the valve seat in a closed configuration and be disengaged from the valve seat in an open configuration. the valve includes an upper spindle defining a spring bore. a portion of the upper spindle is received in the first bore to matingly engage the upper spindle to the lower spindle such that rotation of the upper spindle causes rotation of the lower spindle. the valve includes a spring that is at least partially disposed in the spring bore of the upper spindle and is configured to bias the upper spindle to sealingly engage the gland nut.