TOOLS AND METHODS FOR FABRICATION OF THERMOPLASTIC PANELS

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TOOLS AND METHODS FOR FABRICATION OF THERMOPLASTIC PANELS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18189423 titled 'TOOLS AND METHODS FOR FABRICATION OF THERMOPLASTIC PANELS

The patent application describes a tool for fabricating thermoplastic panels using a sealed vessel, a membrane, and a heater.

The sealed vessel has fluid ports and defines chambers for applying fluidic pressure to the skin and core of the thermoplastic panel.
The membrane separates the chambers and abuts the panel's surface, while the heater directs heat to the first chamber.
The tool allows for precise control over pressure and heat during the fabrication process.

Potential Applications:

Manufacturing of thermoplastic panels for various industries such as automotive, aerospace, and construction.
Production of lightweight yet durable panels for use in structural components, interior design, and insulation.

Problems Solved:

Ensures consistent quality and structural integrity of thermoplastic panels.
Facilitates efficient and controlled fabrication processes.

Benefits:

Improved precision and reliability in panel fabrication.
Enhanced strength-to-weight ratio in the final product.
Cost-effective and time-efficient manufacturing.

Commercial Applications:

"Innovative Tool for Thermoplastic Panel Fabrication: Enhancing Efficiency and Quality in Manufacturing Processes"

Questions about the technology: 1. How does the tool improve the overall quality of thermoplastic panels during fabrication? 2. What are the key advantages of using this tool compared to traditional fabrication methods?

Original Abstract Submitted

A tool for fabrication of a thermoplastic panel includes a sealed vessel, a membrane and a heater. The sealed vessel defines a volume. The sealed vessel includes first and second fluid ports. The membrane is disposed within the volume to define first and second chambers. The first chamber receives a skin and a core of the thermoplastic panel. The first chamber selectively applies a first fluidic pressure to the skin and the core in response to receiving a first fluid via the first fluid port. The membrane abuts a major surface of the thermoplastic panel. The second chamber selectively applies a second fluidic pressure to the membrane in response to receiving a second fluid via the second fluid port. The heater selectively directs heat toward the first chamber. A method for fabrication of the thermoplastic panel is provided. Various examples of thermoplastic panels are also provided.