18388095. Hybrid Proximity Seal simplified abstract (ILLINOIS TOOL WORKS INC.)
Contents
- 1 Hybrid Proximity Seal
Hybrid Proximity Seal
Organization Name
Inventor(s)
Nathan C. Osmun of Edgerton OH (US)
Joseph D. Davis of Archbold OH (US)
Christopher A. Carns of Hicksville OH (US)
Hybrid Proximity Seal - A simplified explanation of the abstract
This abstract first appeared for US patent application 18388095 titled 'Hybrid Proximity Seal
Simplified Explanation
The thermostatic valve assembly for an internal combustion engine cooling system includes a valve housing and a plunger assembly. The valve housing has a chamber, an inlet port, a radiator output port, and a bypass output port with a flow opening. The plunger assembly is slideably secured within the chamber and moves between closing and opening the flow opening, with at least one seal to seal the flow opening when closed.
- Valve housing with chamber, inlet port, radiator output port, and bypass output port
- Plunger assembly slideably secured within the chamber
- Plunger assembly moves between closing and opening the flow opening
- At least one seal to seal the flow opening when closed
Potential Applications
The thermostatic valve assembly can be used in various internal combustion engine cooling systems, including automotive, marine, and industrial applications.
Problems Solved
1. Regulating the flow of coolant in an internal combustion engine cooling system 2. Preventing overheating of the engine by controlling the coolant flow
Benefits
1. Improved engine performance and efficiency 2. Enhanced temperature control and regulation 3. Increased longevity of the engine components
Potential Commercial Applications
Optimized Cooling System Valve Assembly for Internal Combustion Engines
Possible Prior Art
Prior art may include traditional thermostatic valve assemblies used in internal combustion engine cooling systems.
Unanswered Questions
How does the plunger assembly move between closing and opening the flow opening?
The plunger assembly is slideably secured within the chamber, but the mechanism for its movement is not specified in the abstract. It would be helpful to know if it is controlled by temperature, pressure, or another factor.
What materials are used for the body and seal of the plunger assembly?
The abstract mentions at least one seal to seal the flow opening, but it does not specify the materials used for the body and seal. Understanding the materials can provide insights into the durability and performance of the valve assembly.
Original Abstract Submitted
A thermostatic valve assembly for an internal combustion engine cooling system. The thermostatic valve assembly including a valve housing and a plunger assembly. The valve housing includes a chamber, an inlet port, a radiator output port, and a bypass output port. The bypass output port including a flow opening. The plunger assembly being slideably secured within the chamber and moving between a first position to close the flow opening and a second position to open the flow opening. The plunger assembly comprises a body and at least one seal configured to seal the flow opening when in the first position.
