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6 m WG WG WG WG WG WG WG URL WG 2 WG
7 WG WG 2 (1) (2) (3) (4) 2
8 ) 1)5) 14 2 [] 1) ) ) ) ) ) 4) 6 2) 4) 29 3
9 4
10
11 6
12 1) 2) 3) 4) 5) 6) 6) 7) 8) 9) 10) 11) 12) 13) 14) 1) 8) 2) 9) 3) 10) 4) 11) 5) 12) 6) 13) 7) 14) 7
13 8
14 Evac
15 10
16 11
17 3 Evac 1, ,010m/ Evac Evac 1 182kg 9.5kg 12
18 1.5m/ 0.81m/ Evac WTC 3 13
19 14
20 15
21 16
22 17
23 18
24 3 1, , , , EV 19
25 EV ,
26 1 21
27 (a) (b) (c) t EV _ EVC N n1 H P n 2 V E n T D 2 Pn N D E E 1 tev _ EVC P n n n n V E T D N E D E
28 [] ,200 1,800 2,400 []
29 m/s 7.0m/s (a) (b) (c) (d) (e) (a) (b)(a) (a) (c) 2 (b) (c) (d)(c) 24
30 25
31 F 25F 1F 1F 1F 50F 40F 30F 20F 10F 1F 50F 25F 50F 40F 30F 20F 10F 1F 50F 25F 26
32 (e) (a)(d)
33 Evac 1)4) (a) (b) (a) (b) 28
34 SWFC 1100m GE1,2,4 89F SH2,3 78F SE F SE F 2F 1F 12 29
35 GB /
36 Michael J.Kinsey, Edwin R. Galea and Peter J. Lawrence : INVESTIGATING THE USE OF ELEVATORS FOR HIGH-RISE BUILDING EVACUATION THROUGH COMPUTER SIMULATION, Human Behaviour in Fire Symposium, pp.85-96,
37 32
38 1) 2) 3) 4) 5) 6) 7) 8) 1) 5) 2) 6) 3) 7) 4) 8) 1.1) 1.1) 1 1.1) 1.2) 33
39 1,574, , , , , , , , ,
40 , , GH: 5. 35
41
42 (5 ) 3.1 (4 ) ( ) (a) ( WG ) 3.1(a) 2 2 ( 1.3 ) 3.1(b) (b) 3.1(a) 2 2 ( 1.3 ) 3.1(b) 24 ( WG ) 3.1) 37
43 ICU CCU NICU ) 3.2) 38
44 ( ) ( ) ) (*) (*) 83 (* 4.3 ) (*) ( ) P (*) (S.S. ) (*) (*) (2 ) (*) ( ) (*) ( ) ( ) ( ) ( ) ( ) ( ) ( ) 1 ( 4.2) (4) * * ( ) ( 39 ) 4.3 (1:1000) 4.1 ( ) ( ) ( 4.1 ) ( ) ( 4.1 ) 4.2 ( ) ( 4.1 ) ( ( ) ( 4.1 P=0 ) ) ( ) WG 39
45 A: ( ) B: 1( ) C: 2( ) ( ) ( ) D: ( ) D ( ) 4.1 ( ) ( ) ( ) 40
46 41
47 B) 2 ( B) 1 1 ( C( 1-1 ) A( 1 +1 ) S( ) (A S) ( ) ( +2) [5] 53 (P=18) 2 ( +1 2 ) [5] 53 A [6] 63 As [6] 63 2 ( +2) ( +0.5) ( ) ( +0.5) SS [5] 53 1 ( -0.5) 2 ( +1) Ba [6] ( +0.5) (3) ( 2 ) [7] 19 B [8] 60 3 ( +1) A 4.3 [ ] ( ) (1) ( 4 ) 2 1 B 2 ( 1 ) [1] 52 1 ( -1) C [2] 67 [3] 78 2 B [4] 44 3 ( +1) A 3 ([1] 52 [3] 78 [4] 44) B [2] 67 ( -0.5) ( +0.5) B [4] 44 ( ) ( +0.5) Ba (2) ( 2 ) 3 2 [7] 19 ( +0.5) Ba [8] 60 ( -0.5) Cb ( [7] ) [7] ([24] 74 ) ( ) 2 ( +2) 2 ( +1) [8] 60 (1 3 ) 2 (25 35 ) (4) ( 2 ) 2.5 ( ) 1 [9] 37 ( -1) 2 1 ( +1) B [10] 25 ( -1) 3 ( +1) 3 1 ( +2) S [6] 63 (P=0) [9]
48 m P=21 P=19 4.3[1] 52(1 : ) ( ) 4.1 ( ) 2 ( 4.1 ) ( ) m P=36 P=12 4.3[2] 67(1 : ) 43
49 m P=28 P=22 4.3[3] 78(1 : ) m P=25 P=30 4.3[4] 44 (1 : ) 44
50 m P=20 P=18 P=12 4.3[5] 53(1 : ) m P=37 P=16 P=0 4.3[6] 63(1 : ) 45
51 m P=38 P=66 4.3[7] 19(2 : ) m P=56 P=35 4.3[8] 60(2 : ) 46
52 m P=41 P=41 P=0 4.3[9] m P=0 P=51 P=51 P=0 4.3[10] 47
53 ( -0.5) ( ) ( +0.5) B [10] 25 1 ( -0.5) 1 ( +1) ( +0.5) ( +0.5) As [10] 25 ( ) 3 1 ) [11] 04 [12] 16 ([11] 04 1 ) ([11] 04 [12] 16 ) [12] 16 (6) ( 2 ) 2 2 (5) ( 6 ) 3 1 ( P=0) 2 [11] 04 [12] 16 [15] 77 [16] 85 ( ) 2 ( +2) ( -1) S([12] 16 [15] 77 [16] 85) A([11] 04) [13] 23 [14] 61 ( ) 2 ( +1) ( ) ( -1) [13] 23 A [14] 61 Ba 4 ([12] 16 [13] 23 [14] 61 [15] 77) 2 ( +2) ( +0.5) ( +0.5) S Ss SS [11] 04 [16] 85 ( 1 ) ( +1) 2 ( +2) [18] ( 2 ) [17] 68 SS [18] ( +0.5) ( -1) Ss [17] 68 1 [11] 04 [16] 85 2 ( +0.5) ( +0.5) A [18] 73 1 ( -0.5) 2 ( +1) ( +0.5) A [18] 73 ( 2 1 ) 2 (7) ( 4 ) 3 3 ( +1) 4 ( +2) ( +2 +3) (6) 2 2 ( +2) [21] 71 ( +0.5) ( +0.5) A Ba [13] 23(SS) ( ) ( ) 1 ( 2 ( 2 [18] 73 ) 4 [22] 32 SSSSSS( ) 3 [19] 26 [20] 27 SSSS [21] 71( -1) SSS 1 ( -0.5) 48
54 m P=51 P=0 P=50 P=0 P=0 4.3[11] 04(2 : ) m P=0 P=48 P=50 4.3[12] 16(2 : ) 49
55 m P=44 P=44 P=14 4.3[13] 23(2 : ) m P=21 P=52 P=21 50
56 m P=43 P=0 P=43 4.3[15] 77(2 : ) m P=0 P=48 P=48 4.3[16] 85(2 : ) 51
57 m P=0 P=45 P=45 P=0 4.3[17] 68(2 : ) m P=40 P=0 P=40 P=16 4.3[18] 73(2 : ) 52
58 m P=0 P=50 P=50 P=0 P=0 4.3[19] 26(2 : ) m P=0 P=40 P=0 P=45 P=0 4.3[20] 27(2 : ) 53
59 m P=6 P=42 P=0 P=42 P=0 4.3[21] 71(2 : : 3) m P=0 P=0 P=50 P=50 P=0 P=0 4.3[22] 32(2 : ) 54
60 m P=23 P=38 4.3[23] 01(1 : : 4) m P=21 P=25 P=27 P=27 4.3[24] 74(2 : : 4) 55
61 m P=41 P=0 P=45 4.3[25] 08(2 : : : 1 3) m P=50 P=0 P=50 P=0 P=0 P=0 4.3[26] 56
62 m 4.3[27] 09(2 : : 2 4 7) P= m P=34 P=34 P=18 P=12 4.3[27] 09(2 : : 2 4 7) 57
63 [19] 26 2 ( +2) ( +0.5) ( +0.5) Ss [21] 71 [22] 32 2 ( +1) ( +0.5) ( +0.5) [22] 32 As [21] 71 1 ( +1) Ss [20] 27 Cb [19] 26 ( 9m 6m) ( ) 4 [24] 74 1 ( -0.5) 2 ( +1) ( +0.5) A 7 [27] ( -0.5) 2 ( +1) 3 ( +3) ( +0.5) SSS 5 [25] 08 [26] [27] (8) ( 5 ) 3 (4 [23] 01 5 [25] 08 [26] 05) 1 (4 [24] 74) 1 (7 [27] 09) 4 [24] 74 A 1 (21 27 ) [27] [23] 01 SSSS 5 [26] 05 SSSSS [25] 08 SSSS 4 [24] 74 ( -1) 4 ( +2) 2 ( +2) 2 1 ( +1) SSS 7 [27] 09 ( -1) ( ) ( +2) 2 3 ( +2.5) ( +1.5) SSSS ( ) 1 1 ( 8 ) [6] 63(1 3 1 ) ( As SS) 1 2 ( 31 ) SSSS Cb SSSS SSSSS SSS 5 [26] 05 [25] 08 3 ( +3)( 2 ) ( +0.5) ( +0.5) SSS 4 [23] 01 2 ( +2) ( +0.5) Ss 6. 58
64 59
65 60
66 61
67 5.1) 5.2) 5.3) 1 ( 5.1) (1) (2) ) 1 5.2) 5.4) (3)
68 (4) 5.5 (5) ( 5.2 ) 63
69 1: ( 2,3 ) 2: 3: 4: ( ) 5: ( ) 20 2,12 20 ( 5.3) ) % 59% 24% 38% % 61% ( 12 4 ) 8 (1 3 ) ( 19 ) 17% 30 49% 5 ) ( 5.4)
70 (1) (t start_aid ) 6.1 PHS (48 [ ]) t detect [sec] 6.1) l 1 [m] v [ ] k 1 k 2 (2) [m/sec] l 2 [m] (3) (4) 6.1) ) 6.1) t pre [sec] t pre 0sec l 3 [m] v aid [m/sec] N 1 [ ] P d [ ] P staff [ ] k 1 6.1) 6.3) 65
71 f1 f2 (2) m/sec (1) 2 6.3) (a) m 2.1m 2.1 (2) (b) ) (3) 2.0m ) 960MJ/m kW/sec kw/sec MJ/m kW/sec kw/sec kw/sec
72 (4) 20 90m m 2 (a) 180m 3 / 1m 2 1.0m 3 / 180m 2 100m 2 (b) 1m m m 2 /m 2 1/ m m m 3 / 60m 2 1/50 50m / A 4 A A 6.6 (a) ( 50m 2 1.0m 3 / /m 2 ) 6.4) A1 42m m m A m 2 (b) ( 60m 2 1/50) 1m 2 1.0m 3 / 1/ B 67
73 68
74 1.1) ) 1.2) 5.1) ) ) 5.5) 5.8) ( ) ( ) A: B: C: 1 20,19 A: 6,072 B: 1,894 A: 3,547 B: 1,106 A: 9,216 B: 3, (1980 ) A: 2,935 B: 1,472 A: 2,103 B: 1, A: 1,995 B: 0,589 A: 0,228 B: 0, ) 3 ( 25 9 ) 6.1) t detect Q detect ( 1) Q detect Alpert ( 2) 6.5) T e [ ] T g [K] Q [kw] H [m] r [m] T g r H [K] u [m/sec] RTI [m 1/2 sec 1/2 ] T e kW/sec 2 240MJ/m kW/sec 2 960MJ/m kW/sec 2 H 2.5 Q t 2 kw Q t 2 kw r 2.6 RTI 38m 1/2 sec 1/ kW(124 ) 956kW(61 ) 6.6) Ts [K] A w [ ] kpc [kw sec 1/2 /m 2 ] t [sec] Q detect [kw/sec 2 ] r [m] T detect [K] H f [m] 6.2) Alpert 6.5) [kw] ) Zn ) 0.16 kw sec 1/2 / 1/
75 s 0.525kg/m kg/m kg/m 3 B 1.3m 0.35 Q H 2.1[m] T s [K] T 0 293[K] [ ] B [m] g 9.8[m/sec 2 ] s [kg/m 3 ] [kg/m 3 ] W, H [m] W1.3 H2.1 W0.9 H kW 360kW kW 714kW 73kW 76kW 8kW 12kW kW ) 1m 2kW/m ) 1.1) Q c p 1.0[kJ/kg K] 400 T s 673K 20 T 0 293K H 2.1m Z n 70
76 1.1) ) ) 5 ) pp ) 3.3) ( ) pp ) Vol.35, No.6, pp.27-32, ) 5.4) 5.5) 5.6) 5.7) 5.8) pp NO.551, ( ) 22 ( ) ) 22 WG ) pp ) 6.4) BRI ) 6.6) 6.7) 6.8) 6.9) pp pp
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98 1) 5) 2) 6) 3) 7) 4) 8) 93
99 23, ) , ) )
100 m²
101 / /
102 3 2.1) ) ) B ,729 1, ( or ) ( or )
103 (or ) (10 )
104 ( or ) KE SU KE SU
105 A B 1 A B (7 ) A B 1 B 2 A A B
106 4 B A 17 B ( A 3 A B (2) 3 4 A 3 1.0m/s 4 1.3m/s 5 1.2m/s 1.9m/s 1.68 m/s 5 B m/s ~1.3m/s 31.8m/s 4 1.3m/s 5 1.3m/s (3) m/s m/s m/s m/s 5 0.5m/s ( 3 )
107 [m/s] [m/s] [m/s] [m/s] [: A: B] [m/s] [m/s] (4) m/s [m/s] [: A: B] [m/s] B m/s B 23 1/ /4 (1) 1 A B 01 3 (7 )
108 (2) AB A B :0 :1 A (3) A B E ( B (4) A B 103
109 (1) 6 3 B 25 (2) A B 2 B 1 A AB A B () A 1 3 B
110 A B A B A 6 105
111 01 B 1 A 3 B B 1 B EV
112 ( 30 ) 0.5m/ 0.12m/ ~1.3m/ 0.6~0.78m/ 3 1.0m/ 0.15m/ m/ m/ ~5 107
113 0 1 B m/s 0.12 m/s m/ m/4 0.42m/5 0.67m/ 2 108
114 ()
115 110
116 ,1,2 1 3, ,1, ,
117
118 E C ,1 0 1 C E D E 012 E 345 D 7 KI EV EV
119 EV
120 ( ) 115
121 116
122
123 118
124
125 120
126 121
127
128 123
129 124
130 125
131 0 1, ,
132 127
133 128
134 1) 2) 3) 5) 6) 7) 1) 5) 2) 6) 3) 7) 4)
135 WG 1) m 2 60cm 130
136 ,000m ,000m ,000m % 6 60,000m ,000m
137 %2%2 3 3% % 1 /m % % 132
138 % % ) )
139 6 IC 2cm 2cm 134
140 /m /m 2 0.6m 2 / 0.2m 2 / 100m m m60m 3,000 m 2 135
141 0.5 /m 2 8 3,000m 2 0.5/m 2 1,500 A B ,000/1000.6m18m /82.25m m2 15m 124 3,000/ m8.1m 8.1/ m 2.5m2.25m 1.8m 1.5 /m A750/ B 750/ m A B A A JR 3 JR p
142
143 p m 2m 138
144 123 1m m 1/12 75cm 2m 1.5m 4m 2 1) AA=4m1248m 4m B B 2m510m 1 2 2m CC2m 24m 1 ABC m 2) m 62m 3) m1 10m 2 139
145 ICU 5% m 2,048.80m m
146 12p p m 2,840m p ,471.84m 2 1,000m
147 m 2 5cm ,500mm 142
148 /13 120cm 150cm m 94m NPO NPO /13 120cm 150cm , m 143
149 4m /12 80m
150 cm 1/16 860cm 225cm 45m
151 *1 *2 146
152 1) 2cm 24 2cm 25JIS cm 23cm 2cm 26 2) 3) 0.6m 2 / 560mm 950mm m mm 1,200mm=1.08m 2 1 4) 1) 5) m 2 27cm 36cm 6) 7) m 2 2 2m 1) 34 pp ) ) 298 pp ) 21 pp ) p ) ) pp ) No.395p ) 431 pp ) pp ) pp ) pp ) ) Vol.31 No pp ) pp ) pp ) pp ) pp ) pp ) pp ) pp ) 216 pp ) 431 pp ) p ) pp ) p )
153 100m m ,500m 2 2m 1) )
154
155 僅 150
156 151
157 152
158 迂 迂 153
159 154
160 155
161 156
162 汲 157
163 1 僅
164
165 160
166 161
167 162
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169 164
170 杖 杖 165
171 166
172 167
173 ID
174 摺 169
175 170
176 2F (11) (12) (13) (14) (15) (16) (17) (18) (19) EV (20) 2 1 h B h W 3F (21) (22) (23) (24) (25) (26) (27) (28) (29) EV (30) h B h W h B h W h B hw
177 (1) (1) (2) (5) (3) (4) (5) m (3) (4) (2)
178 173
179 174
180 梗 樋 樋 5 175
181 T. Nishino, M. Ouchi, S. Tsuburaya, T. Tanaka, A. Hokugo, Emergency Evacuation of Fukushima Residents Living in the Vicinity of Nuclear Power Station, Proceedings of International Symposium on Engineering Lessons Learned from the Giant Earthquake, 梗 4-10Tanaka, T., (2012) Characteristics and Problems of Fires following the Great East Japan Earthquake in March 2011, Fire Safety Journal 54: Hokugo, A., Nishino, T. and Inada, T.: Damage and Effects Caused by Tsunami Fires: Fire Spread, Fire Fighting and Evacuation, Fire Science and Technology, Vol.30, No.4, pp ,
182 WG 1), 2, 3), 4), 5), 6), 7), 8), 9) 1) 2) 3) 4) 5) 6) 7) 8) 9) 1. ( )( ) WG 5 WG WG 2. ( ) 1) 1 3. (C)(G)(R) 1),2) 1() (M P) 2 3 (1)(M) :M - :M - :M - ():M - ():M - ():M - ():M - ()():M - ():M - ():M - (2)(P) :P :P :P ():P :P :P :P :P 3.1 ()() () Cb Cf Cb 2 Cf 4 Cb :Cb-p :Cb-m Cf :Cf-v:Cf-h :Cf-t:Cf-s :Cf-c :Cf-m () 177
183 1 1 2) 178
184 3.1.1 ()(Cb-m) (Cf-m) ( 3 ) P -P -P (Cb-p) (Cb-p Cb-m) (Cb-p) (1) () (Cf-h) ( 3 ) P Cb-pCf-h (2) () (Cf-v) ( 3 ) P P Cb-pCf-v (3) ( ) () (Cf-t) () (Cf-s) () () ( 3 ) P P Cb-pCf-tCf-s ()() (4) (Cf-v) (Cf-t) ( 3 ) P P Cb-pCf-vCf-t (5)() ()() (Cf-c) (VOCA) ( 3 ) P Cb-pCf-c () (Cb-p) () () () (Cf-v)( 179
185 ) (Cf-h) (Cf-c) ( 3 ) P P Cb-pCf-hCf-vCf-c 3.2 ( ) ( Gb-p) (Gf-v, Gf-h)( ) ( 58 :)( 62 :)( 57 : :)( )() () ( 11 ) (Gf-m) ( ) 2 Gb Gf Gb 2 Gf 5 Gb :Gb-p :Gb-m Gf ( ) :Gf-v (, ) :Gf-h ( ) :Gf-t :Gf-c ( ) :Gf-m ( 3 ) P P P P P P Gb-pGb-m Gf-vGf-hGf-tGf-mGf-c Rb Rf Rb 6 Rf 4 Rb :Rb-p :Rb-m 4 :Rb-w : :Rb-u : :Rb-t : :Rb-s : Rf : :Rf-s : : :Rf-e : : :Rf-c : : :Rf-r : () () (Rb-w) () (Rf-s) 180
186 114 ( ) ( 3 ) M -M -M -M -M -Rb-wRf-s ( )(Rb-u) (Rf-e) (3.2) ( 3 ) M -Rb-wRf-e ( ) ( WG 1 ) (1) (2) ( ) () ( )( WG 2 ) (3) () ( WG 1 ) (4) () ( WG 2 ) (1)(4)( 3 )M -M - M -M -M -M -M -M -Rb-wRf- (M -)()( 2 ) 2 3) 181
187 () ( 1 ) WG ( WG 2 ) ( WG 4 ) ()( )(M -) () (1) a) ( 2 ) () () b) ( WG ) c) () (2) a) ( ) b) () ( ) (M -) () () (M -) (M -) 1 ( 5 ) ( ) 2 () 2 (1) ( WG 4 ) ( WG 2 ) (2) 182
188 ( WG 2 ) (1) (2)(3 ) M-M-Rb-w Rf-r 4. 1) 18 : ):: : 216 : 16 3): : 42 4 : 4 183
189 2 184
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HITACHI 液晶プロジェクター CP-EX301NJ/CP-EW301NJ 取扱説明書 -詳細版- 【技術情報編】 日本語
A B C D E F G H I 1 3 5 7 9 11 13 15 17 19 2 4 6 8 10 12 14 16 18 K L J Y CB/PB CR/PR COMPONENT VIDEO OUT RS-232C RS-232C RS-232C Cable (cross) LAN cable (CAT-5 or greater) LAN LAN LAN LAN RS-232C BE