Honda motor co., ltd. (20240208159). FILAMENT WINDING DEVICE AND FILAMENT WINDING METHOD simplified abstract
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FILAMENT WINDING DEVICE AND FILAMENT WINDING METHOD
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FILAMENT WINDING DEVICE AND FILAMENT WINDING METHOD - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240208159 titled 'FILAMENT WINDING DEVICE AND FILAMENT WINDING METHOD
Simplified Explanation: A filament winding device winds a fiber member on the outer surface of a hollow resin liner while pressurizing the inside of the liner. The device includes an acquisition unit that measures the outer dimension of the fiber layer during winding and a pressure control unit that adjusts the internal pressure of the liner to achieve a target dimension.
- The filament winding device winds a fiber member on the outer surface of a hollow resin liner.
- The inside of the liner is pressurized during the winding process.
- An acquisition unit measures the outer dimension of the fiber layer being formed.
- A pressure control unit adjusts the internal pressure of the liner to match a predetermined target dimension.
Key Features and Innovation:
- Filament winding device for winding fiber members on resin liners.
- Acquisition unit measures the outer dimension of the fiber layer during winding.
- Pressure control unit adjusts the internal pressure of the liner to achieve a target dimension.
Potential Applications: This technology can be used in the manufacturing of composite materials, such as pressure vessels, pipes, and tanks.
Problems Solved: This technology ensures precise control over the dimensions of the fiber layer during winding, leading to high-quality composite materials.
Benefits:
- Improved quality and consistency in the manufacturing of composite materials.
- Enhanced control over the dimensions of the fiber layer.
- Increased efficiency in the production process.
Commercial Applications: Title: Precision Filament Winding Technology for Composite Material Manufacturing This technology can be utilized in industries such as aerospace, automotive, and construction for the production of high-performance composite materials.
Prior Art: Prior research in filament winding technology and composite material manufacturing can provide insights into the development of this innovation.
Frequently Updated Research: Research on advanced materials and manufacturing processes in the aerospace and automotive industries may offer new advancements in filament winding technology.
Questions about Filament Winding Technology: 1. How does the acquisition unit measure the outer dimension of the fiber layer during winding? 2. What are the potential cost savings associated with using this technology in composite material manufacturing?
Original Abstract Submitted
a filament winding device winds a fiber member on an outer peripheral surface of a hollow resin liner in a state where the inside of the liner is pressurized. the filament winding device includes an acquisition unit that acquires a physical quantity indicating an outer dimension of a fiber layer formed by winding the fiber member around the liner, during winding of the fiber member, and a pressure control unit that controls an internal pressure of the liner in a manner so that the outer dimension approaches a predetermined target value, during winding of the fiber member.
