DISPERSION DEVICE AND ACCUMULATION DEVICE

Organization Name

Inventor(s)

DISPERSION DEVICE AND ACCUMULATION DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 18395792 titled 'DISPERSION DEVICE AND ACCUMULATION DEVICE

Simplified Explanation: The patent application describes a dispersion device that mixes a material containing fibers with air and discharges it through a series of chambers.

The device includes a supply pipe for the material, a first stirring section to mix the material, a second stirring section with a discharge port, and a coupling section connecting the chambers.
The first chamber stirs the material, which then flows into the second chamber for further mixing before being discharged.
The communication port in the coupling section allows the chambers to connect and transfer the material seamlessly.

Key Features and Innovation:

Dispersion device for mixing fibers with air.
Two stirring sections for thorough mixing.
Communication port for seamless material transfer between chambers.

Potential Applications:

Industrial manufacturing processes.
Textile production.
Papermaking industry.

Problems Solved:

Efficient mixing of fibers with air.
Consistent dispersion of materials.
Streamlined manufacturing processes.

Benefits:

Improved product quality.
Increased production efficiency.
Cost-effective manufacturing.

Commercial Applications:

"Fiber Dispersion Device for Industrial Manufacturing Processes"

Questions about Fiber Dispersion Devices: 1. How does the communication port enhance the efficiency of material transfer between chambers? 2. What are the potential cost savings associated with using this dispersion device in manufacturing processes?

Original Abstract Submitted

There is provided a dispersion device including: a supply pipe for supplying a material containing fibers together with air; a first stirring section having a first chamber for stirring the material supplied from the supply pipe; a second stirring section that has a second chamber formed with a discharge port for discharging the material, stirs the material in the second chamber, and discharges the material from the discharge port; and a coupling section having a communication port through which the first chamber communicates with the second chamber.