New release 2019/05/07
Results consideration
The value obtained from the above formula is within approximately + -13.5% which is twice the general numerical value. Thus, the number of structures of approximately the same size is
It can be said that it is the same number. Although it is violent to confirm the similarity of both by this judgment alone, there is no problem as an initial experiment. Although it is a premise to the last, it was the first impression that the comparison by visual inspection is very similar.
Next experiment plan
1. Experiment with different type cardboard
2. Experiment under high temperature, high humidity (including de facto wet condition)
3. Substitution experiment with multiple molten metal input
4. Paint experiment on paper surface
Separation state experiment during solidification by 5 copper fusion
6. Durability test
7. Experiment with paint, printed paper
Points to note in the next experiment
1. Confirm that one fiber of paper has not peeled off or attached to the metal surface after molding.
2. Measure the frictional force between paper and molded metal separately at first and after.
3. Since solidification temperature and elapsed time vary with individual conditions, we want to distinguish between one side of paper and solidification on both sides at the lowest. In case
Note ImageJ was used for image processing considering patent applications, academic papers, etc.”
Technical goal
1. Solidify molten metal at any place in cardboard to obtain desired strength.
2. Continuously change the components of molten metal to control bending characteristics.
3. Database for temperature resistance characteristics of various adhesives used for cellulose molding, making it easier to optimize suitable materials by database
4. Realize cross section processing of cardboard molding
5. Enables individual transportation on a global scale with only product boxes
6. Simultaneously realize multiple functions such as product inventory management, transportation, storage, maintenance, return
7. Reduce costs through universal design
Attention
A corporate name, the brand name, and the design logo that has been described are the trademarks or registered trademarks of each company.
Biological Process System Technology Taiwan copyright（C）All rights reserved 2019
