20240026633. APPARATUS TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS simplified abstract (Caterpillar Inc.)

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APPARATUS TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS

Organization Name

Caterpillar Inc.

Inventor(s)

Jacob Andrew Scheirer of Tomball TX (US)

APPARATUS TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240026633 titled 'APPARATUS TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS

Simplified Explanation

The abstract describes a hydraulic coupling connection between a hose and a valve of a machine. The connection includes a split flange engaged with a coupling at the end of the hose, fasteners to secure the split flange and coupling to the valve body, and a bracket secured with the split flange to secure the connection at a first angle.

  • The patent/application describes a hydraulic coupling connection for machines.
  • The connection includes a split flange engaged with a coupling at the end of a hose.
  • Fasteners are used to secure the split flange and coupling to the valve body.
  • A bracket is secured with the split flange to secure the connection at a specific angle.

Potential Applications:

  • Industrial machinery
  • Construction equipment
  • Hydraulic systems in vehicles

Problems Solved:

  • Ensures a secure and reliable hydraulic coupling connection
  • Prevents leaks and disconnections in hydraulic systems
  • Provides stability and durability in high-pressure applications

Benefits:

  • Improved efficiency and performance of hydraulic systems
  • Reduces maintenance and repair costs by preventing leaks
  • Enhances safety by ensuring a secure connection
  • Allows for easy installation and removal of hoses in machines.


Original Abstract Submitted

in some implementations, a hydraulic coupling connection, defined between a hose and a valve of a machine, includes: a split flange configured to be engaged with a coupling disposed at an end of the hose; a plurality of fasteners disposed through corresponding openings in the split flange, wherein the plurality of fasteners are configured to secure the split flange and the coupling to a body of the valve; and a bracket secured with the split flange, via first and second fasteners, of the plurality of fasteners, disposed through corresponding openings in the bracket, wherein the bracket is configured to secure the connection at a first angle.