利用白色帶，金屬帶，或是將玻璃粉末漆於軌道上，利用AGV上的感測器去感

利用白色帶，金屬帶，或是將玻璃粉末漆於軌道上，利用AGV上的感測器去感測由反光帶所反射回來的光線訊號，根據反光的視線角度、距離，事先存儲的反光片地圖比較，並按照三角測量學來定位。 然後去執行路徑導航控制的動作，以進行定位及位置的修正之用系統擴充容易能夠隨時靠軟體更改路徑，彈性高不需要複雜的演算法去做計算

結果 (英文) 1:

Using the white band, metal band, or glass powder paint on the track, the use of sensors on the AGV to signal sensing light reflected back by the reflective tape, according to the reflective sight angle, distance, stored in advance sheeting map comparison, and in accordance with the triangulation to locate the school. Then to perform an action route navigation control to correct the orientation and position of a

system expansion easily

able to change the path by software, high elasticity

does not require complex algorithms to do the calculation

結果 (英文) 2:

Using a white belt, a metal belt, or a glass powder painted on the track, using sensors on the AGV to sense the light signal reflected back by the reflective belt, according to the reflection angle of sight, distance, pre-stored reflective sheet map comparison, and according to triangulation to locate. Then perform the action of path navigation control for positioning and location correction

System expansion is easy

Ability to change paths at any time by software, high elasticity

No need for complex algorithms to do calculations

結果 (英文) 3:

Use white tape, metal tape, or paint glass powder on the track, use the sensor on AGV to sense the light signal reflected by the reflective tape, compare the maps of the reflectors stored in advance according to the reflective line of sight angle and distance, and determine the location according to triangulation. Then, perform the action of path navigation control for positioning and position correction
Easy system expansion
It can change the path by software at any time, with high flexibility
No complicated calculation is needed