20240052958. APPARATUS WITH INTERLOCKING SURFACES TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS simplified abstract (Caterpillar Inc.)
APPARATUS WITH INTERLOCKING SURFACES TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS
Organization Name
Inventor(s)
Jacob Andrew Scheirer of Tomball TX (US)
APPARATUS WITH INTERLOCKING SURFACES TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240052958 titled 'APPARATUS WITH INTERLOCKING SURFACES TO SECURE ANGLE OF HYDRAULIC COUPLING CONNECTIONS
Simplified Explanation
The patent application describes a hydraulic coupling connection consisting of a coupling with a flange at the end of a hose, and a split flange engaged with the coupling to secure the connection at a specific angle.
- The coupling has a flange with a lower surface to engage a valve body, an upper surface, and an outer diameter surface with straight sides.
- The split flange has a lower surface to engage the valve body, a second lower surface to engage the upper surface of the flange, and an inner diameter surface with straight sides to secure the connection at a specific angle.
Potential Applications
- Hydraulic systems in industrial machinery
- Automotive hydraulic systems
- Aerospace hydraulic systems
Problems Solved
- Ensures secure and stable connection between hoses and valves
- Prevents leaks and pressure loss in hydraulic systems
Benefits
- Improved efficiency in hydraulic systems
- Reduced maintenance and repair costs
- Enhanced safety in operation of hydraulic machinery
Original Abstract Submitted
in some implementations, a hydraulic coupling connection includes a coupling disposed at an end of a hose and defining a flange having: a lower surface configured to engage a body of a valve; an upper surface; and an outer diameter surface connecting the lower surface and the upper surface, the outer diameter surface defining a first plurality of straight sides; and a split flange engaged with the coupling, the split flange having: a first lower surface configured to engage the body of the valve; a second lower surface configured to engage the upper surface of the flange; and an inner diameter surface connecting the first lower surface and the second lower surface, the inner diameter surface defining a second plurality of straight sides, wherein engagement between the first plurality of straight sides and the second plurality of straight sides is configured to secure the connection at a first angle.
