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驻陨牵戎
7 years ago
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1 猪刺良 II 行年年

2 猪兩 :1. 猪 2. 猪來力度浪力 92 年度猪刺 93 年度良更刺度刺度年度刺猪益 (1) 度 (2) 省力率刺更 1

3 Abstract The Bureau of Animal and Plant Health Inspection and Quarantine has implemented encoding number of pigs. The two key purposes are: 1.Confirm who the owner is after auction, to avoid any argument occurred. 2. To track the origin of the problem pig to control the spread of disease. The current manual stamping method is not only unclear on the encoding number but also waste manpower. This plan is to improve an automatic encoding number machine which includes number auto switch mechanism and auto stamping function. The expected benefits are: (1) to improve the encoding number clearance (2) to save manpower and increase the working efficiency. Keywordsautomatic encoding number machinenumber auto switch mechanismauto stamping function. 2

4 錄 1 論刺猪刺刺良刺度良良刺刺刺流林刺論論參 3

5 1.1 論猪來猪猪識猪刺兩 : 猪猪來猪力利刺力猪力易度不不易不易易猪若不猪來猪刺更不更度易不便浪 1. 利更度度 2. 利理猪勞降度都 3. 刺度刺猪 1.2 刺猪猪利猪來行不刺猪便刺欄猪列刺猪猪刺 1.1 4

6 行刺行輪更刺刺猪刺力輪流刺刺猪行刺列 1. 刺不不易 2. 刺猪力 3. 易欄不識了刺力度 1.1 刺 1.3 猪刺 92 年度猪刺 1.2 5

7 93 年良 1.3 列 1. 更猪刺 4. 猪狀刺數良度留猪 3. 刺度猪度刺 4. 刺 1.2 刺 6

8 年刺良 7

9 刺良 II 良利輪螺刺易刺度 2.2 刺度理度 45 度 85 度刺 8

10 2.2 刺度 2.3 猪刺立猪若留猪不 2.3 了流量度 9

11 2.3 年度刺更 10

12 良刺刺良刺良刺刺度刺刺 11

13 刺 12

14 刺林刺説 3.1 刺流 3.1 刺流猪 NO 亮刺刺力力刺 3.1 流 13

15 林 9 12 林行刺 3.2 刺刺度不刺度刺 3.3 刺不度 3.4 猪刺刺 3.2 刺 14

16 3.3 刺 3.4 刺了猪刺猪刺 3.5 猪兩猪猪猪内猪猪刺

17 不刺度刺猪刺猪 3.6 刺猪 16

18 3.7 刺 3.8 刺 17

19 3.3 刺刺列 1. 刺牢落 2. 落刺不識 3. 輪 4. 不良 5. 列 6. 輪猪刺刺量落 9. 落 18

20 論刺不列論 4.1 論猪刺 1. 更不更省力 2. 利刺不力力猪行 3. 刺猪易識 4. 刺刺度猪 4.2 刺不不林猪刺數猪度行不易刺猪猪不猪刺不刺烈刺 1. 猪刺猪刺猪良 2. 刺刺度猪 19

21 參 [1] Hsu, C.H., Enumeration of Basic Kinetic Chains with Simple and Multiple Joints, Journal of the Franklin Institute, Vol.329, No.4, pp , [2] 理 327 pp [3] Nie, Junhong, Fuzzy Control of Multivariable Nonlinear Servomechanism with Explicit Decoupling Scheme, IEEE Trans. Fuzzy Systems, Vol.5, No.2, pp ,1997. [4] Nie, Junhong and Lee, T. H., Self-Organizing Rule-Base Control of Multivariable Nonlinear Servomechanisms, Fuzzy Sets and System 91, pp , [5] Mamdani, E.H., and Assilian, S., A Fuzzy logic controller for a dynamic plant, Int. J. Man, Maching Study, Vol. 7, pp. 1-13, [6] SHAO, Shihuang, Fuzzy self-organizing controller and its application for dynamic process, Fuzzy Sets and System, Vol. 26, pp , [7] King, P.J. and Mandani, E.H., The application of fuzzy control systems to industrial processes, in IFAC World Congress, MIT, Boston, [8] 菱 FX2N

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論諸零易量零路車行不年行行年行金行年率流率行論識不易年行年行兩不兩兩行便了識易度行流識年金量更不良不便良不不行度參度度參臨數益數來行行流識率若例量度立行參行識不易料料類料論年流率益行料來度度利度度年料料