運用 triz 的趨勢來解析捆包機的設計 - dyu.edu.tw
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Microsoft Word - s07-3--35-51.doc
Journal of Science and Engineering Technology, Vol. 7, No. 3, pp. 35-51 (2011)
35
1. 2.
3. 1D
CREAX CreationSuite
Using TRIZ Trend to Analyze the Design of Packaging
Machines
JYHJENG DENG and GAO-CHENG YE Department of Industrial Engineering & Technology Management, Da-Yeh University
168 University Rd., Dacun, Changhua 51591, Taiwan, R.O.C.
ABSTRACT Since the global financial crisis of 2008, the international strapping machine import and export
trade have been in recession. However, the amount of strapping machine exports from Taiwan
increased in U.S. dollars, indicating that Taiwan’s strapping machine industry is highly competitive
and has great potential. To increase international competitiveness of national strapping machines, a
TRIZ (theory for solving inventive problems) trend is used to provide an insight into the future
development of strapping machines.
Seven patents of strapping machine chutes were chosen from the European Patent Office for
analysis and integrated as a technology and function matrix. Thereafter, the evolution trend of
technology was evaluated to predict the possible developments of strapping machine chutes. This
36
study concludes the following: (1) chutes will evolve toward unity and modulation; (2) the level of
twisting and deflection will be simplified to deflection only; and (3) the profile of chutes will evolve
into 1D direction. Finally, CREAX CreationSuite was utilized for examining the strapping machine
patents to understand the assignee companies and their competitive edges and the relationship
between technology in strapping machines and other industries.
Key Words: strapping machine, TRIZ, technology and function matrix, evolution trend
2008 7
2009 3 2 2
2008
239 2009 264
http://www.itis.org.tw/index.jsp
problems, TRIZ
1.
2.
substance-field analysis modelingscientific
effects76 76 standard solutions [5, 9]
timespaceinterface
[6]
space segmentation
→→
→
37
→→
→
Suite mono-bi-poly-similar
objects
90-95%
[3]
1
1.
DE4100276(C2) 1994-02-10 1991-01-07
DE4230730(A1) 2005-05-25 1992-09-14
EP0515105(B1) 1995-05-31 1992-11-09
DE19632728(A1) 1999-07-15 1996-08-14
De10103409(A1) 2004-11-18 2001-01-26
DP1207107(A1) 2004-08-18 2001-11-01
US7150222(B2) 2006-12-19 2004-12-08
38
2.
T1 strap dispensers, part 34, 38 in 10
F1
10
F2
10 11 12
F3
13 14 15
F4
39
140, 142 in 13 15
F6
F7
F8
F9
7 17
16.
40
assembly, part 190 in 7 17 18
F11
solenoid, part 240,376, 378 in 8 9
F13
292 in 7
19 20
T12 strapping heads, part 26, 28 in 10
11 12
F18
T13 conveyors, part 22, 24 in 10 11
12
F19
L
41
T1 parts 5, 6,
in 21 22, parts 32, 32 in 23
F1
F2
F6
F7
3.
2.
T1 part 5910111213 in
24
F2
42
F6
F7
4.
T1 pivot axis, part 38 in 26 27
F1
F3
F7
F8
5.
U 28
42
38band control organ
38 U
u-shaped frame28
volume notice organ42 28
28.
43
28
28
F4
F5
F9
F10
2.
28
F1
30
F5
F9
F10
6.
U
U
32
12
4. arm11
31.
44
F1
F2
F2
F6
F7
7.
42
17
45
T1 strap twisting segment, parts 23,
24, 25 in 34; or part 28 in 36; or parts 23, 24,
25, 27, 28, 29 in 37
F1
30 in 34
in 35
T4 Lstrap guide duct which is
mounted laterally offset from the direction of
conveyance, part 16 in 35 or the whole thing in
37
F5
F6
T5 a feed unit, part 15 in 35
F7
37.
T8(T2a) T1(T8a) T2(T13a) T2(T15a)
46
3. L 3D → 8 3D → U 2D
→ U 2D
→ 2D
38
1D 3D 39 38-39
Creax Innovation Suite
space segmentation
3D → 2D → 1D
47
9
DNA
1580
strapping machine 40 1
1580 40 2
40 3
41
Hay or straw presses (2486 patents)Slotting machines (535
patents)Handling or piling blanks (7713 patents)Hand-tools
for fastening (3160 patents)Hand-tools for fastening (3160
patents)Sheathing for packaging (10008 patents)Making
metal hose(s) (1994 patents)Making wire fabrics (871
patents)Working by laser beam (5084 patents)Drum(s)[=
containers](43898 patents)Shop conveyer systems (15818
patents)Affixing of labels (1022 patents)Making cardboard
case(s)(1622 patents)Making cardboard case(s)(1622
40.
41.
of iron or steel (3796 patents)Separating of isotopes (7297
patents)Treatment of steel alloys (1324 patents)Desulfurising
of metals (1077 patents)Desulfurising of metals (1077
patents)Building(s) implements (6422 patents)Registers [=
counters](450 patents)
Shop conveyer systems (15818
patents)
247
48
Tool WorksMoscaTranspakSMBSignode
Illinois Tool Works
517
DNA
DNA
seallessautomatic 5 5
5
C08JB29D
43.
45. Transpak Signode
B31BSignode B32B
7
49
property
48 601
shape
0
50.
50
2.
→ U 2D
Transpak Transpak
Signode C08J
Transpak B31B Signode
B32B
1620-21
5. Chang, H. T. and J. L. Chen (2004) The
conflict-problem-solving CAD software integrating TRIZ
into eco-innovation. Advances in Engineering Software,
35, 553-566.
Technical Systems, 250-270. IFR Press, Clevedon, UK.
7. Mann, D. (2002) Using s-curves and trends of evolution in
R&D strategy planning. The TRIZ Journal, 15(7), 1-7.
Retrieved April 08, 2008, from: http://www.triz-journal.
com/.
apparatus having a band application frame with at least
one band. US7028609.
9. Salamatov, Y. (1999) TRIZ: The Right Solution at the
Right Time- A Guide to Innovative Problem Solving,
31-40. Insytec B. V., Hattem, The Netherlands.
100.03.08 100.05.16 100.07.07
TRIZ
51
1
2
-1-2 T8a F7a
F8a T6aT7a F6a
T2aT5a F2aF3a
Journal of Science and Engineering Technology, Vol. 7, No. 3, pp. 35-51 (2011)
35
1. 2.
3. 1D
CREAX CreationSuite
Using TRIZ Trend to Analyze the Design of Packaging
Machines
JYHJENG DENG and GAO-CHENG YE Department of Industrial Engineering & Technology Management, Da-Yeh University
168 University Rd., Dacun, Changhua 51591, Taiwan, R.O.C.
ABSTRACT Since the global financial crisis of 2008, the international strapping machine import and export
trade have been in recession. However, the amount of strapping machine exports from Taiwan
increased in U.S. dollars, indicating that Taiwan’s strapping machine industry is highly competitive
and has great potential. To increase international competitiveness of national strapping machines, a
TRIZ (theory for solving inventive problems) trend is used to provide an insight into the future
development of strapping machines.
Seven patents of strapping machine chutes were chosen from the European Patent Office for
analysis and integrated as a technology and function matrix. Thereafter, the evolution trend of
technology was evaluated to predict the possible developments of strapping machine chutes. This
36
study concludes the following: (1) chutes will evolve toward unity and modulation; (2) the level of
twisting and deflection will be simplified to deflection only; and (3) the profile of chutes will evolve
into 1D direction. Finally, CREAX CreationSuite was utilized for examining the strapping machine
patents to understand the assignee companies and their competitive edges and the relationship
between technology in strapping machines and other industries.
Key Words: strapping machine, TRIZ, technology and function matrix, evolution trend
2008 7
2009 3 2 2
2008
239 2009 264
http://www.itis.org.tw/index.jsp
problems, TRIZ
1.
2.
substance-field analysis modelingscientific
effects76 76 standard solutions [5, 9]
timespaceinterface
[6]
space segmentation
→→
→
37
→→
→
Suite mono-bi-poly-similar
objects
90-95%
[3]
1
1.
DE4100276(C2) 1994-02-10 1991-01-07
DE4230730(A1) 2005-05-25 1992-09-14
EP0515105(B1) 1995-05-31 1992-11-09
DE19632728(A1) 1999-07-15 1996-08-14
De10103409(A1) 2004-11-18 2001-01-26
DP1207107(A1) 2004-08-18 2001-11-01
US7150222(B2) 2006-12-19 2004-12-08
38
2.
T1 strap dispensers, part 34, 38 in 10
F1
10
F2
10 11 12
F3
13 14 15
F4
39
140, 142 in 13 15
F6
F7
F8
F9
7 17
16.
40
assembly, part 190 in 7 17 18
F11
solenoid, part 240,376, 378 in 8 9
F13
292 in 7
19 20
T12 strapping heads, part 26, 28 in 10
11 12
F18
T13 conveyors, part 22, 24 in 10 11
12
F19
L
41
T1 parts 5, 6,
in 21 22, parts 32, 32 in 23
F1
F2
F6
F7
3.
2.
T1 part 5910111213 in
24
F2
42
F6
F7
4.
T1 pivot axis, part 38 in 26 27
F1
F3
F7
F8
5.
U 28
42
38band control organ
38 U
u-shaped frame28
volume notice organ42 28
28.
43
28
28
F4
F5
F9
F10
2.
28
F1
30
F5
F9
F10
6.
U
U
32
12
4. arm11
31.
44
F1
F2
F2
F6
F7
7.
42
17
45
T1 strap twisting segment, parts 23,
24, 25 in 34; or part 28 in 36; or parts 23, 24,
25, 27, 28, 29 in 37
F1
30 in 34
in 35
T4 Lstrap guide duct which is
mounted laterally offset from the direction of
conveyance, part 16 in 35 or the whole thing in
37
F5
F6
T5 a feed unit, part 15 in 35
F7
37.
T8(T2a) T1(T8a) T2(T13a) T2(T15a)
46
3. L 3D → 8 3D → U 2D
→ U 2D
→ 2D
38
1D 3D 39 38-39
Creax Innovation Suite
space segmentation
3D → 2D → 1D
47
9
DNA
1580
strapping machine 40 1
1580 40 2
40 3
41
Hay or straw presses (2486 patents)Slotting machines (535
patents)Handling or piling blanks (7713 patents)Hand-tools
for fastening (3160 patents)Hand-tools for fastening (3160
patents)Sheathing for packaging (10008 patents)Making
metal hose(s) (1994 patents)Making wire fabrics (871
patents)Working by laser beam (5084 patents)Drum(s)[=
containers](43898 patents)Shop conveyer systems (15818
patents)Affixing of labels (1022 patents)Making cardboard
case(s)(1622 patents)Making cardboard case(s)(1622
40.
41.
of iron or steel (3796 patents)Separating of isotopes (7297
patents)Treatment of steel alloys (1324 patents)Desulfurising
of metals (1077 patents)Desulfurising of metals (1077
patents)Building(s) implements (6422 patents)Registers [=
counters](450 patents)
Shop conveyer systems (15818
patents)
247
48
Tool WorksMoscaTranspakSMBSignode
Illinois Tool Works
517
DNA
DNA
seallessautomatic 5 5
5
C08JB29D
43.
45. Transpak Signode
B31BSignode B32B
7
49
property
48 601
shape
0
50.
50
2.
→ U 2D
Transpak Transpak
Signode C08J
Transpak B31B Signode
B32B
1620-21
5. Chang, H. T. and J. L. Chen (2004) The
conflict-problem-solving CAD software integrating TRIZ
into eco-innovation. Advances in Engineering Software,
35, 553-566.
Technical Systems, 250-270. IFR Press, Clevedon, UK.
7. Mann, D. (2002) Using s-curves and trends of evolution in
R&D strategy planning. The TRIZ Journal, 15(7), 1-7.
Retrieved April 08, 2008, from: http://www.triz-journal.
com/.
apparatus having a band application frame with at least
one band. US7028609.
9. Salamatov, Y. (1999) TRIZ: The Right Solution at the
Right Time- A Guide to Innovative Problem Solving,
31-40. Insytec B. V., Hattem, The Netherlands.
100.03.08 100.05.16 100.07.07
TRIZ
51
1
2
-1-2 T8a F7a
F8a T6aT7a F6a
T2aT5a F2aF3a