¹ B>0>3 º Ø » í%Ê'2 Ì - pref.yamanashi.jp · ¹ B>0>3 º Ø » í%Ê'2 Ì -...

Annual Report of Yamanashi Prefectural Fuji Industrial Technology Center

2 0 1 3

h t t p : / / w w w . p r e f . y a m a n a s h i . j p / k o u g y o - f j /

1 ............................................................................................................................................................................... 2 2 ..................................................................................................................................................................... 2 3 ..................................................................................................................................................................... 2 4 ....................................................................................................................................................................... 3 5 ....................................................................................................................................................................... 3 6 25 ........................................................................................................................................................... 4 7 .................................................................................................................................................................... 4 8 .............................................................................................................................................................. 5

1 .................................................................................................................................................................... 8 2 ............................................................................................................................................................ 8

1 ................................................................................................................................................................ 8 2 ............................................................................................................................................................ 9 3 ...................................................................................................................................................................... 10 4 ...................................................................................................................................................................... 10 5 ............................................................................................................................................ 11

1 ........................................................................................................................................................... 12 2 ............................................................................................................................................................... 12 3 .................................................................................................................................................... 13 4 .................................................................................................................... 13

1 25 ........................................................................................................................................... 14 2 ................................................................................................................................................................. 17 3 ........................................................................................................................................................... 17 4 ................................................................................................................................................................... 17 5 ................................................................................................................................................................... 17

1 ........................................................................................................................................................ 19 2 ............................................................................................................................................................... 20 3 ................................................................................................................................................... 21 4 ............................................................................................................................................................ 30

1

38 12 , 12 4 10 4 14 11 , 25 12 , 28 5 43 4 , , 46 3 61 4 , ,

, 4 4 , , , 7 4 8 5 15 4 16 4 17 12 100

2

10,117.21 m2 1,339.10 m2 2,917.86 m2 222.31 m2 1,177.45 m2 179.00 m2

3

26 3 31

4

26 3 31

1 1 1 1

1 1 1 1 2 1 1 1 2 3 3 9 1 (1) 3 3 7

1 1 1 2 (1) 6 6 5 22

5

26 3 31

6 25

1

7,500 7,500

2,052,000 1,640,610

3,300,000 3,585,040

1,925,000 1,529,706

159,782

7,284,500 6,922,638

2

26,000 19,141

3,733,800 3,733,800

5,734,120 5,129,304

455,000 150,075

45,352,803 41,914,933

55,301,723 50,947,253

7

5421791 H23.7.1

2011-001192 H23.1.12

4963118 H24.4.6

2008-212725 H20.8.21

5217049 H25.3.15

2011-283032 H23.12.26

5311092 H25.7.12

2008-010855 H20.1.21

8

0.5 LUP-F-E ( )

ILUP-F ( )

LLW-IE ( )

SAK-HAS-2 ( )

( )

0.5 LD-R ( )

( )

OS-1 ( )

FC500 ( )

SB-200 ( )

SAK-HT-1 ( )

YS-6 ( )

HZ-1200 ( )

( )

ER ( )

KYB KJC-1000.2 ( )

TO-2 ( )

CF-20 20 ( )

MA-7 ( )

FREX CX960 ( )

SSP ( )

R-1 ( )

KES ( )

( )

XWL-75R ( )

OVM1000N ( )

SD6000 ( )

ICI No.473 ( )

LBC-10 ( )

AG-5kNX ( )

U-2000 ( )

TGA-50 ( )

DSC-50 ( )

TMA-50H ( )

AA-6500S ( )

GC-14B ( )

( ) PN-1 ( )

LaChrom ( )

TMF-2100 ( )

MA40 Sartorius

ETAC VT210C ( )

3740 ( )

Auto Still WG250 ( )

(EDX ) SEM S-2380N ( )

2 EMAX Energy ( )

3 ZSX Primus 4kW ( )

1 FTIR-6100, IRT-3100 ( )

4 SolidSpec-3700 ( )

Ultima ( )

2 PA1000A-V ( )

3 CS-H5000CNC ( )

OLS1100SB ( )

SPM-9500J3 ( )

2 ZKM-260D

103 ( )

2 AG-50kNIS ( )

MVK-H300A3 ( )

HR-511 ( )

3 CFT-500D(PC) ( )

1 SMX-160GT ( )

CT SMX-160GT PVCT ( )

3 INSIGHT-300 ( )

DMRXE ( )

VC3500 ( )

SZX16 ( )

FASTCAM-NEO ( )

PR-2KPH ( )

Xe-1-BC Q-LAB

InfReC Thermo GEAR G100 NEC Avio ( )

CAD CAE 3

D TIMON ( )

Solidworks ( )

ANSYS Professional NLS ( )

CAD CAM Mastercam ( )

2 ROBOSHOT -30C ( )

HYPER5 ( )

MSA40-20 ( )

KSJP-55 ( )

2 MB-1 ( )

UPH-1 ( )

CW LP-S500W SUNX( )

TH3102MR NEC ( )

FFT DS-9131 ( )

1 JKA 2 JKA 3 JKA 4 24

1

H25.7.10

2

1

H25.6.27

2 H25.10.3

1

614 284 898

1,073 476 1,549

62 29 91

1,749 789 2,538

27 170 80 140 14 11

100 365 91

92 17 64 431

120 105 5 14

269 212 81 221

898 1,549

145 101 246

2

1,568 27 1,595

529 55 584

2,097 82 2,179

4 259

93 196

119 15

58 3

2

60 2

55 75

51 26

10 105

49 14

19 4

10

68 22

24 55

141 21

5 270

35 2

29 70

54 5

2 2

45 1

10

8

20 1

55 5

1

3

80 1,691 1,771

36 1

3 5

50 2

77 31

6 138

43 53

44 52

120 68

170 4

145 5

34 4

48 5

24 14

484 9

10 2

3 23

58

4

SolidSpec-3700 ( )

Xe-1-BC Q-LAB

5

H25.4.24 H26.3.13 30

H25.5.9 7.5 7.22 8.31 H26.1.22 1.30 2.13

84

H25.4.24 30

SIWA

H25.6.6 16

H25.7.22 14

H25.8.31 8

H26.1.22 22

H26.3.27 18

1 2013JUNE

, , , H25.6.14 23

2 2013 , , ,

H25.8.27 27

3 2013

, , , H25.11.12 21

1

H25.4.23 H25.6.4 1

H25.5.29 H25.6.26 1

H25.6.5 H25.6.18 1

H26.1.23 H26.3.12 1

4

4 182 186

2

H25.7.2 28

H25.7.25 21

H26.3.18 18

3

H25.10.25 8

H25.11.12 4

H25.11.19 10

H25.11.29 6

H25.12.3 8

H25.12.12 6

H26.1.30 8

H26.2.13 4

4

H25.11.25 33

H26.1.20 10

10

H26.1.28 29

H26.2.5 21

H25.8.5 1

H25.8.6

2

7 807 517

2 722 189

3

H25.7.2 28

H25.7.25 21

4

DIA2014H26.3.6 7

5

56 1 35-51 2014

9-16

Vol.55 No2(2014)

8-18

URL http://www.pref.yamanashi.jp/kougyo-fj/

URL http://www.pref.yamanashi.jp/kaiki/

304

24 Vol.99 Vol.122

https://www.e-tetsuzuki99.com/eap-pj/yamanashi/

URL http://www.shikenjyo.blogspot.jp

86

1

H26.2.26

H26.1.28

H25.5.30 5.31

H25.7.18 7.19

H25.6.27 6.28

H25.11.15

H25.11.22

H25.12.5 6

104

H25.9.3 9.4

MTEP

1

H25.6.14

H25.9.6

2 H25.12.10

2

H26.2.14

TKF

H25.6.14

H25.9.6

H25.11.29

7 TKF

H26.2.14

24

1

H25.4.5

24

1

H25.4.5

H25.4.5

2

H25.4.5

3

H25.6.14

4 H25.9.6

H25.10.30

H25.10.30

H25.11.1

5

H25.12.10

H25.12.10

H26.2.7

25

H26.2.20

2

H25.9.4 6

H26.3.18

DIA2014 H26.3.6 7

3

H25.4.23

25

1

H25.5.21

1

H25.4.4

2 H25.5.13

3 H25.7.4

5 H26.1.16

H25.7.17

H25.10.11

25

H25.10.12

CO2

1

H25.8.2

2 H25.11.28

H25.1.14

H26.2.5

H26.2.7

H26.2.14

H26.3.5

H26.3.20

1

H25.10.29

2

H25.12.17

H26.1.27

3

H26.2.4

1

H25.4.9

2

H25.4.9

3

H25.8.26

4

H25.12.4

5 H26.3.24

H25.8.6

H25.10.23

H25.5.22

H25.9.30

H25.11.21

H25.4.25

H25.5.7

H25.5.27

H25.5.28

H25.5.30

2

H25.6.13

3

H25.7.11

4 H25.8.8

5 H25.9.12

H25.9.26

6

H25.10.10

H25.12.11

H25.12.16

H25.12.18

8

H25.12.12

H26.1.23

9

H25.4.22

H25.5.9

H25.6.27

H25.7.18

H25.8.22

H25.9.19

H25.10.17

H25.11.21

H25.12.19

H26.1.16

H26.3.20

H25.9.6

1

H25.6.19

2 H25.10.15

3 H26.3.11

25 1

H25.12.3

25 H26.2.3

1

H25.7.16

2 H26.1.9

1

H25.5.13

2 H25.7.26

3 H25.9.11

4

H25.11.20

5 H26.2.3

6

H26.3.4

7 H26.3.11

1 H25.6.5

1

H25.6.17

2 H25.11.29

1

H25.7.16

1

H25.6.25

2 H25.10.16

2

H25.4.17

H25.5.22

H25.6.13

H25.6.14

H25.10.29

H25.12.4

H25.12.11

H25.12.13

H25.12.6

H26.3.24

H26.2.3

41

H25.5.17

63 H25.5.27

63

H25.5.24

48

H25.5.28

42 H25.5.18

H25.6.14

2013 H25.8.28

17 H25.10.15

26 H26.1.8

2014 17 H26.1.10

H26.1.14

26

H26.1.22

5

1

H25.7.3

2 H25.8.5

3 H25.9.10

H25.9.25

H25.9.26

H25.9.27

H25.9.28

H25.11.29

25 1

H25.5.14

25 1 H25.7.2

2

H25.10.2

2

H25.10.2

ICT

H25.11.14

16

H25.12.3 3

1

H25.6.3

2 H24.6.25

H25.8.3

H25.10.21

H26.2.4 2.9

28

H25.7.5

H25.10.5

1

H25.10.9

2 H25.11.29

3 H25.2.27

ICT 2013

2

H25.9.24

H25.10.11

H25.11.13

H25.11.14

H25.11.14

H25.11.15

H25.11.16

H25.11.28

2013

1

H25.6.28

3 H25.11.8

H25.11.24

H25.5.23

H25.8.5

H25.8.6

H25.9.7

H25.7.1

H25.10.5

H25.10.26

NICOGRAPH2013

IT

IT

H25.11.8

H25.12.4

77

H26.2.6

2014

H26.2.23

H25.4.2

H25.4.3

2014SS UDX H25.4.10

H25.4.25

H25.5.8

014-15AW vacant H25.5.23

H25.5.24

H25.5.24

H25.6.12

H25.6.21

JUKI JUKI H25.7.17

WF-IFF H25.7.19

H25.7.30

H25.7.30

H25.8.6

H25.8.7

rooms27

H25.8.14

JKA JKA H25.8.26

H25.8.28

D TIMON H25.8.30

H25.8.31

2013

H25.9.5

H25.9.10

rooms27

H25.9.10

rooms27

H25.9.11

H25.9.12

H25.9.13

H25.9.30

2013 3D TIMON

H25.10.7

H25.10.16

H25.10.16

H25.10.17

torico H25.10.18

H25.10.21

WTC

H25.10.24

25 H25.10.28

H25.11.7

H25.11.8

H25.11.16

H25.11.21

torico H25.11.24

H25.12.16

H25.12.18

H25.12.18

H25.12.20

H25.12.24

H26.1.7

H26.1.10

H26.1.11

77 H26.2.7

SHOWCASE -YAMANSHI MATERIAL COL-

LECTION- H26.3.25

2013

H26.3.8

4

3-1-2

H25.8.1 2

3-1-2

H26.3.6 7

2-137-5 H26.1.14 17

1 26 4 1

1 1

1 1

1 1

1 1

1 1 2

1 1

1 1 1 2 3 8

1 (1) 2 3 1 7

1 1 1 1 2 1(1) 4 5 1 5 22

2 26 4 1

26 4 1

1

Study on Estimation of Strength and Life Time of Injection Molding Parts

- Study on Strength Estimation Method of Injection Molding parts with Capillary Rheometers - (1st report)

Osamu ABE, Akihiro TERASAWA, Hiroyuki YAMADA and Masana NAKAMURA

ABS

ABS

1

1) GPC

2,3)

2

4) ABS

( )

191

1

( ) ROBOSHOT

-30C 1

1

1

35 mm/sec

1100 kg/cm2 108MPa

500 kg/cm2 49.0MPa

5

20

220

40

3

3 1 70 4

5mm

0% 25% 50%

100% 1

100%

2 100%

3 2 ( ) AG-

50kNIS 2mm/min

3 17

29

3 3

2

2

4 4 1

70 4 90 24

90 48 90 72 4

4 2 ( ) AG-

50kNIS 2mm/min

5 20

( )

CFT-500D(PC) 4.903MPa

50kgf 1mm 1mm

220 240 3

8 18mm

5

ABS 70 4

90 24 90 48 90 72 4

4 3 3

70 4 90 24

7% 90

72

3

4

70 4 90 24

5% 90

72

4

5 ABS

1)

P.7-8 (2005)

2) ( )

P.36-48 (1994)

3)

( ) P.105-108 (2002)

4)

P.48 (2005)

Study on Estimation of Strength and Life Time of Injection Molding Parts

Study on Effect for Life Time of Injection Molding Parts with Reused Plastics (1st Report)

Akihiro TERASAWA, Osamu ABE, Hiroyuki YAMADA and Masana NAKAMURA

ABS

ABS

1

100%

ABS ABS

HDPE

ABS

2 2 1

HDPE

ABS 1)

ABS

HDPE ( ) J311

ABS ( )

ABS 191 FW130

2 2

( ) ROBOSHOT -30C

1 100%

0% 25% 50%

100% 100%

2 100%

1 ABS

1

1

ABS HDPE

35 mm/sec 35 mm/sec

1100 kg/cm2

108MPa

350kg/cm2

34.3MPa

500 kg/cm2

49.0MPa

150 kg/cm2

14.7MPa

5 5

20 20

220 220

40 40

2 3 2

JIS K7219

38 29’ 138

48’ 778m 30

25 8 7

( )

TR-72Ui TR-

72Ui

30

2

2 4

ABS

100% 100%

Q-LAB Q-Sun Xe-1

63

300nm 400nm 65W/m2

2 5

( ) SD6000

SCI SCI

L*a*b*

L* a* b*

100% L* a* b*

HDPE

2 6

2 6

( )

AG-50kNIS 2mm/min

3 3 1 3 1 1

3 4 5

100%

L* a* b*

100%

100%

ABS

L* b*

6 ABS

HDPE

100%

5

4.5

4

3.5

3

2.5

2

1.5

1

0.5

0

0 1 2 3 4 5 6 7

L*

100 ( 0%)

25%

50

100

2 100%

(a) ABS L*

0.8

0.6

0.4

0.2

0

0.2

0.4

0.6

0 1 2 3 4 5 6 7

a*100 ( 0%)

25%

50

100

2 100%

(b) ABS a*

0

1

2

3

4

5

6

7

8

0 1 2 3 4 5 6 7

b*

100 ( 0%)

25%

50

100

2 100%

(c) ABS b*

3 ABS

2

1.6

1.2

0.8

0.4

0

0.4

0 1 2 3 4 5 6 7

L*

100 ( 0%)

25%

50

100

2 100%

(a) ABS L*

0.2

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

1.8

0 1 2 3 4 5 6 7

a*

100 ( 0%)

25%

50

100

2 100%

(b) ABS a*

4

3

2

1

0

1

2

3

0 1 2 3 4 5 6 7

b*

100 ( 0%)

25%

50

100

2 100%

(c) ABS b*

4 ABS

1.6

1.4

1.2

1

0.8

0.6

0.4

0.2

0

0.2

0.4

0.6

0 1 2 3 4 5 6 7

*

100 ( 0%)

25%

50

100

2 100%

(a) HDPE L*

0.8

0.7

0.6

0.5

0.4

0.3

0.2

0.1

0

0.1

0.2

0 1 2 3 4 5 6 7

a*

100 ( 0%)

25%

50

100

2 100%

(b) HDPE a*

1.5

1

0.5

0

0.5

1

1.5

2

2.5

3

3.5

4

0 1 2 3 4 5 6 7

b*

100 ( 0%)

25%

50

100

2 100%

(c) HDPE b*

5 HDPE

3 1 2

6

100%

L* a* b*

168.5 4

a* b*

L*

L*

3 2 7

2 6

mm

HDPE

ABS

2)

(a) ABS L*

(b) ABS a*

(c) ABS b*

6

2.46

2.48

2.50

2.52

2.54

2.56

2.58

2.60

2.62

2.64

0 1 2 3 4 5 6 7

(mm

)

100 ( 0%)

25%

50

100

2 100%

(a) ABS

2.5

2.6

2.7

2.8

2.9

3

3.1

3.2

3.3

3.4

3.5

0 1 2 3 4 5 6 7

(mm

)

100 ( 0%)

25%

50

100

2 100%

(b) ABS

9.4

9.9

10.4

10.9

11.4

0 1 2 3 4 5 6 7

(mm

)

100 ( 0%)

25%

50

100

2 100%

(c) HDPE

7

3 3 100%

ABS L* b* HDPE

100%

6 100%

100%

4 HDPE ABS ABS

6

ABS 100%

100%

1

100%

100%

2 ABS

100%

100%

4

3 HDPE

2

1)

P.48 (2005)

2) Vol.52 (9)

P.123 (2006)

Study of the deburring process of the titanium product

Michiyoshi NISHIMURA, Akihiro TERASAWA and Masaaki FURUYA

1 1)

2 2 1

2 NC

1

0.1mm

35

20

1

2 2 2

( )MB-1

1

100

2

1

0.3MPa

10mm/s

1 6

GC#320

2 3

3 4

( )CL-50

2

3

4

2

60 r.p.m

265mm

1500 min

30 60 90 120min

ARP GRP AHT

2 4

( )CS-H5000CNC

4

2 5

Ra

2 6 X

( ) ZSX Primus

JYBINYVON JY5000RF

3 3 1

5

6

3 2

7

8

8

3 3

Si 9 10

20

11

12

6 m

2 m

9

10

11

12

4

1)

P.2 (2012)

1

* ** **

Green Dyeing of Wool Fibers Using Vanadium (1st Report)

Yoshinobu UEGAKI, Makoto WATANABE, Tetsuya SATO*1, Masako KOIZUMI*2 and Tatsuya HASEGAWA*2

4

30mM 300mM

300mM

pH

1

1)

2)

2 2 1

4

( ) 5

( ) 30g/L

37mM JIS

MINI COLOUR ( )

1:20 100 1

2 2 0.3mM 300mM

2/32 10g 1:20

100 1

2 3 50%owf

2/32 10g

300mM 1:20 100 1

300mM 1:20 100 1

2 4 20% 0.1M 1M

300mM Whatman

pH pH

2 5 SD-6000

( ) Color

Mate Pro ( ) L*a*b*

3 3 1

1

8

*1 *2

Pe ) Si ) Ac )

R ) W ) A )

N ) C )

1

3 2

0.3mM 300mM

2 30mM

30mM

a) b) c) d) e) f) g)

a) 0.3mM b) 1mM c) 3mM d) 10mM

e) 30mM f) 100mM g) 300mM

2

3 3

3 pH

a)b)c)

OH-

d)

g) h)

pH

pH

5%

pH

a) pH 5 6 300mM

b) pH 2 3

c) 20% pH 1

d) pH 7 8

e) pH 8

f) pH 9

g) pH 10 12

h) pH 14

3 pH

3 4

4 5

4 L*a*b* a*b*

a* b*

5

L*

10mM 0.3mM 3mM

30mM 300mM

4

a*b*

5

L*

3 5

6

7

300mM 8

6

630nm

700 780nm

7

630nm

8

520nm

6 7

620 780nm

- -

9 L*a*b* E*

E* 4.5 4.8

E* B E*

3.2 6.5

50%owf

6

Fe Fe(COO)2 300mM 50%owf

7

V VOSO4 300mM 50%owf

8

3)

E* 3.3

A E* 1.6 3.2

B

A

3)

Fe Fe(COO)2 300mM V VOSO4 300mM

9

4

1)

Vol.44 3 p.188-190 1996

2) CIELABVol.54 No.12 p.49-56

2013 3) ( )

<http://www.nippondenshoku.co.jp/web/japanese/colorstory/08_allowance_by_color.htm> 2014/1/6

* * *

Constrained Image Binarization for Generating Jacquard Fabric (1st Report)

Tetsuya IGARASHI, Masahiro TOYOURA*, Mayu SHOJI*, Xiaoyang MAO* and Rie AKIMOTO

1) (1)

(2)

(3)

3

1

2 2

(2007)1)

(1)

(2)

(3)

NICOGRAPH2013 2)

2

*

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(c)

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v = G(0 2) (1)

4

= 1:0 = 8:0

3 (c)

4

5

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(1)

6 (a)

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y) Ee(x y)

(2)

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L 7

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9

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4) 2

10

11

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pi pj

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(5)

11

pAi pB

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4)

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(6)

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10(e)

10(c) 19

10(e) 16

6 (

FLEX CX960 ELJ-W SERIES)

0.6

0.6

0.6

7 7 1 :

12 13

12(e)

12(a)

12 (b)

12 (b)

12(c)

12

(d) 12 (f) (g) (h)

13(a)

13 (b)

13 (d)

13 (d)

13 (e)

13 (c)

13 (f)

13 (g) (h) (i) 13 (d) (e) (f)

7 2 : 14(c)

14(g)

14 (a)

14 (d) 14(c)

14 (h)

14 (e)

7 3 : 15(a-3) (a-6) (b-3) (b-6) (c-3) (c-6)

15(a-4)

15 (b-4) 15 (c-4)

13

14

7 4

TRAUMARIS

2013 9 10 ( ) 10 6 ( )

16

16

7

(1)

(2)

(3)

1)

1)

19

P.28-34 (2007)

2)

NICOGRAPH 2013-11 p.9-16 (2013)

3) R. W. Floyd et al. An Adaptive Algorithm for Spatial

Grayscale,9" Proc. of the Society for Information Display

Vol.17 No.2 P.75-77 (1976).

4) V. Kawatra et al. Graphcut Textures: Imageand Video

Synthesis Using Graph Cuts " ACMTOG (Proc. of SIG-

GRAPH) Vol.22 No.3 P.277-286 (2003)

1

Study on Laser Cleaning in Injection Molding Die (1st Report)

Hiroyuki YAMADA, Akihiro TERASAWA, Osamu ABE and Kiyotoshi TAKAO

1

1,2)

1

2 2 1

NAK80

P-4597

1

250

NAK80

60rpm 40mm 40mm

10mm

2 2

1070nm

CW Yb:

1

2

3

Nova

1mm 2

2

1

FAYb LP-S500W

Yb CW

=1070nm

42W (±5%) CW

193mm

173 213mm

2

8 16 24 32 39 W

250 500 1000 2000 3000 mm/s

0.25 0.125 0.063 0.031

0.015 0.009 0.006 mm

193mm

169mm 24mm

217mm 24mm

3

8 W

250 mm/s

13 m

193mm

2mm 2mm

24mm

24mm

24mm

24mm

3

2 3

SZX16

SEM S-2380N

X EMAX Energy

CS-H5000CNC

3 3 1

1

2

2

3

X EDX

4

8 W

(1000mm/s)

24 W

(1000mm/s)

39 W

(1000mm/s)

2

500mm/s

(24 W)

1000mm/s

(24 W)

3000mm/s

(24 W)

3

5

(a) SEM (b) EDX

4 SEM EDX

16W

500mm/s

32W

1000mm/s

5

3 2

2

6

6 EDX

24mm

24mm

(a) 24mm

(b)

(c) 24mm

6

3 3

13

m

8W

3

EDX

7(a)

7(a)

DME 3

EDX 7(b)

0.01 mRa 0.09 mRz

0.01 mRa 0.11 mRz

(a) (b)

7 EDX

4

1) Vol.17

No.4 P.19-22 (2010)

2)

Vol.17 No.4 P.8-14 (2010)

ESD

Research on the ESD Method for the Thin Film using Transparent Conductive Films

Masana NAKAMURA, Masaaki FURUYA, Osamu ABE, Hiroyuki YAMADA and Masaki OGATA

ZnO ZnO ZnO

In Al Mg 5%

In2O3 ZnO In Al

10% 15% 20% ZnO In 5% 3.9 cm

Al 5% 15.6 cm 80%

1 FPD

1)

ITO

ZnO 80%

ITO

ZnO

Zn 1)

ESD2-5)

ESD ITO

ZnO

ZnO

2 ESD ESD 6)

ESD

2 BAS MICRO-

DIALYSYS KDScientific IC3200

FisherScientific Isotemp Hotplates

( ) HAR-30P1

(350 540 )

+

10kV

1 ESD

2

3 3 1

ZnO

In Al Mg 5%

In2O3 5

ZnO ZnCl2

In Al Mg InCl3

AlCl3 MgCl2

In2O3 InCl3

12kV

70mm 8ml/h 50ml

540 0.006mol/l

3 2

( ) Loresta-GP MCP-T610

3 ZnO In

3.9 cm Al 15.9 cm

( ) SolidSpec-3700

4 400nm 700nm

1 In2O3 ZnO

80%

X ( )

Ultima IV 5 ZnO

100 002 101

PDF 01-37-1451 2 31.77

34.42 36.25 5

ZnO

1

10

100

1000

ZnO ZnO In ZnO Al ZnO Mg In2O3

[cm

]

Ope

n

3

0

20

40

60

80

100

[%]

[nm]

ZnAlO

ZnMgO

ZnO

In2O3

ZnInO

1 400nm 700nm

400 700nm %

In2O3 72.8

ZnO 84.0

ZnO In 80.9

ZnO Mg 85.4

ZnO Al 83.3

3.9

15.9

X[a

.u]

2 [ ]

ZnInO

ZnAlO

ZnMgO

ZnO

In2O3

5 X

4

3

In Al 5%

20%

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Al 10% 15% 20%

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3-2

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7 8 In

Al

400nm 700nm 2

In 20%

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15% 20% 80%

1

10

100

1000

0 5 10 15 20

[cm

]

(%)

ZnO In

ZnO Al

6

0

20

40

60

80

100

[%]

[nm]

In 5%

In 10%

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In 20%

7 In

0

20

40

60

80

100

[%]

[nm]

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Al 20%

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2

X ( ) Ultima IV

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9 10

9 In 15% ZnO

Al

400 700nm

%

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5% 80.9 83.3

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9 In

X

10 Al

X

ZnO In

5%

In

Al 5%

5%

600

5

ESD

ZnO In 5%

80%

Al ZnO 5%

10-4 10-3 cm7)

5%

600

1) (2005) P.1-5

(2005)

2)

5 P.77-83 (2010)

3)

6 P.21-32 (2011)

4)

23 P.36-41 (2012)

5) ESD

24 P.68-

72 (2013)

6) Morozov, V. N. & Morozova, T. Y. Electrospray deposition

as a method to fabricate functionally active protein films

Anal. Chem. Vol.7 No.1 P.1415-1420 (1999)

7) P.115-118

(2007)

2

*1 *2

Investigation of groundwater and spring water for dyeing (2nd Report)

Masaki OGATA, Yoshinobu UEGAKI, Makoto WATANABE, Hiroshi KOBAYASHI*1 and Satoshi KOSHIMIZU*2

1

NO3- V

1

2)

24

2 2 1

24 8 11

24 3)

*1 *2

ICP

HP-4500

2 2

30mg/L 200mg/L

1g/L

5g/L

21 /2

1 2.6g 2.9g

MINI COLOR ( )

150mL MINI COLOR

100 90

105

2 3

30mg/L 200mg/L

1000mg/L

1300mg/L

2 3 1

1 JIS

1

2 3 2

2

2

3 3 1

3 1

2

NO3- 3 2

24 3)

4)

2

3 2

3

V 3

3

3

1

3 3

4

1g/L 5g/L 21 /2

5g/L

4g/L 3g/L

23% 25%

2g/L

23.3% 21.2%

1g/L

22.5%

15.7%

2

3

5 100mL

0.5g

5g/L 80

80

0.5g

0.5g

4

5

3 4

3 4 1 4 1000mg/L

1300mg/L

No.5B

6

7

6 1300mg/L

3 4 2

4 1000mg/L

1300mg/L

R

No.5B

8

9 10

7

21 22

23 1000mg/L

24

1300mg/L

8 1300mg/L

4 4 1

3) 3 3 3 4

9

10

27 1000mg/L

28 1300mg/L

10 9

5

10

1)

P.336-347 (2004)

2)

2 24

P.29-34 (2013)

3)

24

P.46-60 (2013)

4)

41

3 P.55-61 (2011)

2

*1

Study on Adjustment Method of the Lighting used for Image Processing (2nd Report)

Masaaki FURUYA, Masana NAKAMURA, Hiroyuki YAMADA, Osamu ABE and Shinji KOTANI*

Red Green Blue LED

2

1

S/N

1,2)

RGB

3,4)

SIFT

SIFT DoG

2 1 2

PC

RGB LED

3

3 RC

USB

PC

3 ( ) 3

( ) TP-S3003

PC SONY VAIO *

ARM mbed

( ) HLV2-3M-RGB-3W USB

( ) MCM-4302LED

OpenCV2.2 R

PC

USB

4

LANUSBUSB

1

2

3

3 3 1

RGB LED 0V 1V 2V 3V 4V 5V

6 3

30deg 45deg 60deg 3

648 6×6×6×3

3 2

5)

6)

3 3

4(a)

4(b) (c)

5

4(a)

4(d) (e)

1

6

4 (a)

(b) 31×31pixel (c) 51×51pixel

(d) 5% (e) 10%

5

6

4

4 1 6)

7

( ) P-4597

( ) ROBOSHOT -30C

7)

2

7

3-3

4 2

8

8 1

30deg

LED Red:5V Green:0V Blue:1V

9

9

5 Red Green Blue LED

2

(a) (b) (c)

(d) (e)

8 1

30deg LED

Red:5V Green:5V Blue:5V

1 8

(a)

(b) (c)

(d)

(e) (f)

(g)

(h) (i)

(a)(b)(c):

(d)(e)(f):

60deg LED Red:3V Green:0V

Blue:2V

(d)(e)(f):

30deg LED Red:5V Green:0V

Blue:1V)

9

1) 3

(2010)

2) 1

(2010)

3)

DIA2013 P.272-275 (2013)

4)

( 1

23 P.66-71 (2012)

5) PSF

Vol.21 P.564-569 (2005)

6)

Vol.46(6) P.824-830 (1990)

7)

24

P.73-76 (2013)

*1 *1 *2 *2

Research and development of anion exchange electrolyte membrane for fuel cells

Michiyoshi NISHIMURA, Masaaki FURUYA, Takefumi MIKAMI, Takahiro SATO*1

Naoki YOKOTA*2 and Manai SHIMADA*2

1

PEFC

PEFC

2 2 1

150mm x

150mm 50 m

1

90

90

200mm x 200mm

150mm x 150mm

1

2 2

40ml 50

2 20 m

m

2

3

25 42 m

34 40 m

10 m

9

+

25 33 31

29 40 32

34 34 4042 35 31

38 38 34335

*1 *2

1

*1 *1 *1 *1 *1 *1

Design sources peculiar to Yamanashi Japan:The collection digitizationand archiving (1st Report)

Tetsuya IGARASHI, Rie AKIMOTO Ken’ichi KUSHIDA*1, Fumiaki SUZUKI*1, Hiroki SATO*1

Masafumi ISHIDA*1, Katsuhiko KANEMARU*1 and Yukari MITSUI*1

1

2

30

1

2

3 2

DTP

3 CG

*1

*1

*2 *3

Concentration of fluorine in groundwater and groundwater table at the northern foot of Mt. Fuji

Masaki OGATA, Hiroshi KOBAYASHI*2 and Satoshi KOSHIMIZU*3

800m 900m

2 1 3 1

*1 56 1 (2014) p35-51 *2 *3

*1

*2 *2 *2

Jacquard Fabric Pattern Generation with Extended Dithering

Masahiro TOYOURA*2, Tetsuya IGARASHI, Mayu SHOJI*2 and Xiaoyang MAO*2

*1 NICOGRAPH 2013 (2013)p9-16 *2

*1

2011http://shikenjyo.blogspot.jp

*1 Vol.55 No2(2014) p8-18

*1

*2 *2 *3 *3

Automatic Illumination Adjustment for Visual Inspection Device using Logarithmic Spectrum Analysis

Masaaki FURUYA, Masana NAKAMURA, Hiroyuki YAMADA, Osamu ABE

Hiroyuki NAKAGOMI, Yoshihiro FUSE, Shinji KOTANI and Hiromi WATANABE

Red Green Blue2

*1 DIA2014 26 3 6

*2 *3

25

6-16-2

0555 – 22 – 2100

FAX 0555 – 23 – 6671

URL http://www.pref.yamanashi.jp/kougyo-fj/

200

9 – 8

055 – 253 – 9293

0555-22-2100 FAX [email protected]://www.pref.yamanashi.jp/kougyo-fj/

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