View source for 20240011512. REDUCED SIZE FLUID TRANSFER AND DEPRESSURIZATION APPARATUS, CONTROL, AND ASSOCIATED METHODS simplified abstract (TPE MIDSTREAM LLC)

=REDUCED SIZE FLUID TRANSFER AND DEPRESSURIZATION APPARATUS, CONTROL, AND ASSOCIATED METHODS=


==Organization Name==

[[:Category:TPE MIDSTREAM LLC|TPE MIDSTREAM LLC]]


[[Category:TPE MIDSTREAM LLC]]

==Inventor(s)==

[[:Category:Douglas A. Sahm of Lutz FL (US)|Douglas A. Sahm of Lutz FL (US)]][[Category:Douglas A. Sahm of Lutz FL (US)]]

[[:Category:Carson Depew of Tulsa OK (US)|Carson Depew of Tulsa OK (US)]][[Category:Carson Depew of Tulsa OK (US)]]

==REDUCED SIZE FLUID TRANSFER AND DEPRESSURIZATION APPARATUS, CONTROL, AND ASSOCIATED METHODS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240011512 titled 'REDUCED SIZE FLUID TRANSFER AND DEPRESSURIZATION APPARATUS, CONTROL, AND ASSOCIATED METHODS

==Simplified Explanation==

The disclosed patent application describes an apparatus designed to compress a fluid. The apparatus consists of a casing, an actuation cylinder, a compression cylinder, a rod, and a piston. The rod is slidably coupled between the actuation cylinder and the compression cylinder, and the piston is coupled to the end of the rod within the compression cylinder. The piston can slide relative to the compression cylinder to compress the fluid contained within it.

* The apparatus is designed to compress fluids.
* It includes a casing, actuation cylinder, compression cylinder, rod, and piston.
* The rod is slidably coupled between the actuation and compression cylinders.
* The piston is coupled to the end of the rod within the compression cylinder.
* The piston can slide relative to the compression cylinder to compress the fluid.

Potential Applications:
* Industrial processes requiring fluid compression.
* Hydraulic systems.
* Pneumatic systems.
* Energy storage systems.
* Compression of gases or liquids in various industries.

Problems Solved by this Technology:
* Efficient compression of fluids.
* Controlled compression of fluids.
* Compact and portable fluid compression apparatus.
* Reduction of energy consumption during compression.

Benefits of this Technology:
* Increased efficiency in fluid compression.
* Improved control over compression process.
* Compact and portable design for easy use.
* Energy-saving capabilities.
* Versatile application in various industries.


==Original Abstract Submitted==

an apparatus to compress a fluid is disclosed herein. the example apparatus includes a casing, an actuation cylinder and a compression cylinder defined in the casing, a rod slidably coupled between the actuation cylinder and the compression cylinder, and a piston coupled to the rod at an end of the rod, the end of the rod in the compression cylinder, the piston slidable relative to the compression cylinder to compress the fluid therein.



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