-Innovation principles-14 ~ 15-Principle of surface conversion and Dynamic Characteristics

1. The principle of regionalization is described as follows:

1) Use a curve component instead of a straight line component, a sphere instead of a plane, and a sphere instead of a cube;
2) use a roller, sphere, and screw;
3) use centrifugal force to replace linear motion with a rotating object

Because the innovative principle of table store is based on patent analysis, some principles are accumulation of experience, and the principle of surface is an empirical conclusion. The principle of surface tells us that, in the face of system problems, we can look for linear conditions, relationships, straight lines, planes, and cube shapes in the system, and try to change to non-linear conditions to achieve or obtain new functions. Of course, compared with straight lines and cubes, the circle and the ball have some advantages in symmetry and other geometric characteristics:

A) In the same perimeter, the circle contains the largest area. The circle is completely symmetric with the center of the circle;
B) In the same area, the ball can contain the largest volume, and the ball is completely symmetric with the center;
However, it should be noted that this advantage does not result in the use of the principle of surface, surface is an attempt:

A) Square manhole covers form circular manhole covers;
B) The semi-circular vault is better than the square top in strength;
C) the wheel is a typical application of the geometric characteristics of the circle and the ball. It can be moved with the wheel;
D) The pen tip is circular and easier to write than the pen tip of other shapes;
E) dehydration and separation by centrifugal force;
F) the screw structure inside the Jack has a greater lifting force and better reliability;
G) draw a straight line with the tumble mouse on the computer screen:
H) meat grinder
I) The Ring runway replaces the straight runway.

Ii. Dynamic Feature Principle

The dynamic feature principle is described as follows:
1) changes the characteristics of an object or external environment so as to provide optimal performance at all stages of operation;
2) if the object cannot be moved, let it move, so that all parts of the object can move each other;
3) divide objects into several parts, which can change their relative positions.

The dynamic evolution rules of technology systems include flexibility, mobility, and regionalization. The 1st articles here are hard to understand if dynamic evolution principles are not combined. At least one question is given:
A) How can we change features to achieve optimal performance?
Combined with Dynamic Evolutionary Rules, it is easy to understand a. A can be achieved through flexibility and achieve the best operation performance through controllability (the highest realm is self-control and adaptive.

The principle of dynamic features tells us that when solving the system:
1) Some geometric structures in the system can be reconstructed to be flexible and adaptive;
2) You can try to rotate the reciprocating part. In the same effect, the rotation is more economical than the reciprocating part;
3) make the system's features flexible:
4) It can make the system more compatible and compatible with different applications and environments;

The dynamic features are widely used. The following are some cases:
1) folding chairs and laptops;
2) Turn the straw;
3) Rubber fin;

-Innovation principles-14 ~ 15-Principle of surface conversion and Dynamic Characteristics