18535739. SYSTEM AND METHOD FOR FORMING OIL MIST IN MACHINING APPARATUS simplified abstract (Kia Corporation)
Contents
SYSTEM AND METHOD FOR FORMING OIL MIST IN MACHINING APPARATUS
Organization Name
Inventor(s)
Hyungjun Ahn of Gimhae-Si (KR)
SYSTEM AND METHOD FOR FORMING OIL MIST IN MACHINING APPARATUS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18535739 titled 'SYSTEM AND METHOD FOR FORMING OIL MIST IN MACHINING APPARATUS
The patent application describes a system for forming an oil mist for lubrication machining, which includes various components such as a cooled oil storage device, an oil supply line, an indirect cooling device, an oil nozzle, and a direct cooling device.
- Cooled oil storage device stores and maintains oil for lubrication and cooling at a preset temperature.
- Oil supply line is heat-insulated and connected to the cooled oil storage device to supply oil.
- Indirect cooling device forms an indirect cooling air of a first temperature equal to or less than the preset temperature to cool the oil supply line.
- Oil nozzle injects the oil supplied from the cooled oil storage device through the oil supply line to form the oil mist.
- Direct cooling device forms a direct cooling air of a second temperature lower than the first temperature and mixes it with the oil mist.
Potential Applications: - Industrial machining processes - Automotive manufacturing - Aerospace industry
Problems Solved: - Efficient lubrication and cooling in machining operations - Precision control of oil mist formation
Benefits: - Improved machining performance - Extended tool life - Reduced heat generation
Commercial Applications: Title: Advanced Oil Mist Lubrication System for Machining Processes This technology can be used in various industries such as automotive, aerospace, and manufacturing for enhanced lubrication and cooling in machining operations, leading to improved efficiency and productivity.
Questions about Oil Mist Lubrication System: 1. How does the indirect cooling device contribute to the efficiency of the oil mist formation process? The indirect cooling device helps maintain the oil at the desired temperature, ensuring optimal lubrication and cooling during machining operations.
2. What are the key advantages of using an oil mist lubrication system in industrial applications? Oil mist lubrication systems offer improved tool life, reduced heat generation, and enhanced machining performance, making them highly beneficial for industrial processes.
Original Abstract Submitted
A system for forming an oil mist for lubrication machining includes a cooled oil storage device configured to store and maintain an oil for lubrication and cooling at a preset temperature, an oil supply line which is connected to the cooled oil storage device and heat-insulated and configured to supply oil from the cooled oil storage device, an indirect cooling device configured to form an indirect cooling air of a first temperature equal to or less than the preset temperature, and to indirectly cool the oil supply line to the first temperature, an oil nozzle configured to form the oil mist by injecting the oil of the first temperature supplied from the cooled oil storage device through the oil supply line, and a direct cooling device configured to form a direct cooling air of a second temperature lower than the first temperature, and to mix and inject the oil mist and the direct cooling air.
