（AD）の体系的技術に関する 標準化に関する成果報告書
Contents
1. a b TC159 SC5 a2. 2 ISO IEC 71 2001 IS0 IEC 71 COPOLCO IS0 TMB ad hoc TAG 2000 8 2001 11 IS0 IEC 71 4 3
3. 9 14
4. 1 2 8 5 2002
5. 2010 JIS 2011 2010 2010 JIS 2 2011
6. JIS GN A 80 GWS
7. 2 2 1 c 2 2 2 2 IS0 TC159 mm e 2 4 f
8. IS0 IEC 71 2002 1 CEN CENELEC 6 Guidelines for standards developers to address the needs of older persons and persons with disabilities 2002 12 KS A IS0 IEC 71 2008 1 1 4 JISZ 8071 2001 8 1S0 IEC 71 JIS 2002 6
9. 8 2 TC173 TC173 SC7 AD 2011 AD SC TC1 7 3 SC 2011 SC 2 WG TC17 3 SC7 C159
10. 2 1 67 2 3 IS0 TC173 SC7 2010 11 JIS NP 2011 1 1 TSO TC173 SC7 MP 3 4 NP JISC WG
11. i 6 EE 19 2 3 4 5 JBMIA 6 JEITA 7 8 9
12. JIS JIS IS0 TR 22411
13. 2001 ISO IEC 71 JIS ISO0 IEC 71 1S0 JIS Z 8071 JIS ISO 21
14. 1 2 ISO0 TR 22411 1 2
15. JIS JIS JIS 8 4 AD 1S0 TC 159 AD WBU 2010 11 WSC
16. 2 RS 0 2 39 4 500x 0 3 OYoung 6 Low Vision 1000 100 Old Old 10 OYoung cd m2 6 Low Vision 1 10 100 1 10 mm mm 100 2 19 5001x 0 31x 500lx 0 3lx 10000 1000 Old Old OYoung Low Vision cd m2 8 OYoung cd m2 Low Vision
17. 3 4 2 2 2 UD JISS 0026 I S 3 4 3 WG WC 1 2011 10 27
18. 3 1 1 WR W sel ogl se 3 11
19. 47 94 5 cd m 1010cd mf 2 1 5 1
20. 1 3 1 3 4 4 6 0 3 2 2 7 2 0 5 CT EE ET BE 3 7 wn s 4 ol ms mgE e wm 3 1 apt rg ls gg 3 3 82 EE Tr mg ET FT ET im we TS ii sg 3 4 3 2 9 CD
21. 9 il1uminated actuator JIS C 0448 7 XY 30 27 6 2011 10 19 2012 1 11 2 7
22. 2011 2 IEC SMB AAL 29 AAL AAL 29 29 2011 4 9 3 SMB SMB AAL SG5 2 2012 2 SMB 2012 3 6 7
23. 7 7 vi ISO21542 3 4 5 ISO TC173 SC7 NP IS0 TC173 SC7 NP 78 3 5 3 5 1 IS0 TC173 SC7 JIS T 0103 IS0 TC145 TC173
24. g 2 5 2 5 2 6 i P Positive P TP P N Negative I Ke 3 2 5 2 OC 10 3 3 1 3 2
25. 71 2 10 R00 3 2 6 1 WD CD SC7 CD 2012 6 3 WD WG 1 WD 72 3 3 3 3 1 JIS
26. 125 23 AD T101 0064 2 5 4 03 5280 0020 03 5280 2373 305 8566 1 1 1 029 861 6761 029 861 6761
27. JIS WG JIS NP JIS JIS Ek 3 3 6 IS0 TC173 SC7 NP WG
28. 83 3 5 3 7 ES VE a4 A EE 8 9 ai ml ETT MT ED RD 6 32 7 sl 36 7 4 2 9 0 21 9 7 5 2 9 32 22 40 39 33 32 34 3 33 16 6 14 1 29 7 2 9 CO 3 6 8 1 84 ZNZ 2 1 2 2 4 CI ED 8 9 ET ET TE ET 49 36 5 42 25 40 4 45 25 48 42 91 42 43 6 4 9 3 3 8 3 1 0 2 EE CT em 3 8
29. ISO 11156 2011 Packaging Accessible design General requirements JIS S 0021 2000 5 ISO 24502 2010 Ergonomics Accessible design SDec1ficat1on of age related luminance contrast for coloured light JIS S 0031 2004 2 3 I S TC 159 2 DISO CD 24504 Ergonomics Accessible design Sound pressure levels of spoken announcements for products and public address systems QISO NP 17630 Ergonomics Accessible design Colour combination for younger and older people JIS S 0033 2006 WG 2 71 2007 ISO TR 22411 1 2
30. 2 36 2 37 nn BI 2 36 2 37 4 2 38 mm 800 600 400 200 0 2nn mm 2 38 400 2 39 2 40 NO 1
31. 23 2 1 3 1 2010 10 2011 6 77 27 60 498 2 B NEC NTT Sr
32. 3 2 2 JISC JIS IS0 TC173 SC 7 2010 11 2011 1 JISC 1S0 TC173 SC 7 NP TICF JIS 4 NP WG 9 13 IS0 TC173 SC7 WGC2 3 2 3 1S0 TC173 SC7 WG2 WI17069 Accessible design Consideration and assistive products for accessible meeting
33. 5 5 ISO 24501 24502 24503 JIS S 0014 S 0031 S 0011 3 JIS 2012 3 1S0 TC159 3 JIS S 0033 2006 JIS ISO 4 TISO TC173 SC7 JIS IS0 3 JIS
34. 6 3 2012 3 2 JTAG 2 2012 9 JTAG CD 12 IS0 IEC DIS 119 7 IEC 7 1 2010 IEC AAL Ambient AssistedLiving AAL
35. ug ee wa bb re rs 4 Es 3 3 2 30 3 3 50 2 31 2 31 2 32 2 32 1 7 VICON
36. 3 2 2 3 2 3 3 3 1 f j 2 5 5 1 1 a n n 2 1 b c 2 2 2 c
37. TC173 SC7P NP AE WW Bj6rn Westling CD COB CE C0 ONCE WBU Ana Pelaez ONCE Mokrane Boussaid EBU Penny Hartin WBU Thomas Kahlisch WBC 73
38. JIS 2 1S0 TC173 SC7 2012 5 WG1 1 WG 5 2012 5 WD CD SC7 CD 2012 6 3 WD WG 1
39. 1 i 3 7 1 4 9 1CF 8 R 2 2 4 1 1 iv 5 7 1 TI SO ob 2012 3 2 AG 5
40. IS0 TC173 SC7 NP 75 1 TC173 SC7 WG JIS S 0026 ISO IS0 1S0 3 4 2 1 1 6 1 3
41. JIST0922 IST0922 SA a a OOOO 1 1 9 ISO IEC 71 2001 ISO0 IEC 71 2010 5 IS0 COPOLCO CEN CENELEC IS0 TMB 2010 9 71 8 a 1IS0 IEC JTAG 1 2011 9 5 1 2 3 rh 5 6 2 2012 3
42. JIS 2 1 2 1 1 2011 3 JIS AD JIS 2011 3 JIS S 0052 AD JIS 33 JIS 2009 11 2010
43. RU 4 2 4 3 5 5 1 5 2 2 3 1 0 8 2 0mm JIS 0 4 0 8mm JIS 2 g 0 8mm 2 0mm 2 9 3 0 4mm 0 8mm 2 4 0 8mm 0 3mm
44. mm 0 200 400 600 mm 2 47 0 1 2 3 x 4 x 5 6 2000 1800 1600 1400 1200 1000 800 600 400 200 0 mm 0 200 400 600 800 1000 mm 2 48 60 2 49 2 50 i 1 m 2 3 x 4 x 5 6 mm 600 400 200 0 200 400 600 800 mm 2 49
45. 2 3 2 4 1 2 3 4 5 6 7 8 gt 9 8 1 9
46. 2011 n 498 mm 70 60 5 40 30 20 1 1 D 1 T T T T T T T T mm ee en a IRLRERRER Nn PO oo O 55 COO AAANAMMTTE 2 8 2011 2010 2011 n 920 mm ll T SE RE RR NA TN pe lt N 3 1 na CO co 2 9 2010 2011 2mm 3mm 3mm 7mm 3mm 9 mm 31 LED yon 2 10 loczone 300 4 250 200 150 100 a 0 0 lt wy a A wa ES ay or TS ph 1 0 A 0Y 5 h A SF r bm 3 nr er We 1 KL
47. JIS 8 116 6 ISO IEC 71 117 6 1 1998 IS0 COPOLCO 2001 ISO IEC 71 Guidelines for Standards developers to address the needs of older persons and persons with disabilities JISZ 8071 CEN CENELEC Guide 6 2010 10 COPOLCO I SO IEC TMB Technical Management Board TISO IEC 71
48. 1 S 24 2 24 I S 1 4 3 JIS AD WG 23 9 22 JIS 24 2 23 J I 8 1 4 4 TC173 SC7 WG 1 23 8 3 J IS 13 2 24 2 23 NP 1 4 5 7 1 1 23 8 11 OD EE 2 A UM 4 6 TC178 SC7 WG Fd 0 ee 1 4 7 TC173 SC7 WG 1 23 10 21
49. 1 1S0 CD 24504 Ergonomics Accessible design Sound pressure levels of spoken announcements for products and public address 2010 8 18 NWIP PL Co PL Zhang Xin ead ett de ene tate caplet ih li We 2011 9 12 CD pg rte 2011 10 5 WG CD 2011 3 PL NA 2011 4 25 WG CD WG DIS
50. I JEMA 13 IEC ET IEC TC100 6 IEC TC62 8 11 NTT TS 20 1 5 A TC 1 7 3
51. JIS T 0922 1S0 TC173 SC7 2010 11 JISC 3 3 2 JIS JIS T 0922 3 3 3 WG WC 1 2011 8 3 1 WG NP 2 2012 2 23 2 WG NP A 3 3 4 MP 1
52. 5 DN Cy 3 2 4 WG IS0 UBC M6 2 1 1 2011 8 11 2 4 ICF 70 2 2 2012 2 24 1 30 3 30 2012 2 1 JIS 3 2 5 1 2012 2 16 17 Swedish Institute of Assistive Technology Terry Skehan
53. TOTO 2 6 LIXIL 3 LIXIL R amp D 24 TOTO Document CORE Tokyo
54. 2 3 6 5 1 65 71 0 9 6 11 123 2 30
55. 3 3 3 3 6 2 2 3 1 2 3 6 3 3 CADTC China Assistive Devices and Technology Centre for Persons with Disabilities KRISS Korean Research Institute of Standards and Science IHT Institutet for Human Teknologi 81 3 6 4
56. 2 CD 2 3 CD 3 e MRO EER FL 93 Q1 CD
57. a O 1 2 b 1 3 0 8mm 0 3mm mm 3 4 2 4 2 5 1 MO BB 114 4 1
58. 2011 ISO IEC Guide 71 1S0 TC 159 TC 173 TC Guide 71 IS0 IEC JTAG 8 5 6
59. 1 2 3 x 4 x 5 mm 800 600 400 200 0 200 40 600 800 mm 2 50 61 a 2 51 2 52 0O 1 2 3 x 4 x 5 6 1200 1000 800 600 400 200 mm 1200 200 400 mm 2 51 0 1 2 3 x 4 x 5 1200 1000 800 600 400 200 mm 1400 200 400
60. 20mm 94 5 cd m 20mm 2 3 Low vision 94 5cd m2 20mm CN Ss 1 SF IE OYoung 94 5cd m2 100 20mm Hz 2 27 1 20mm 2 3 Low vision Old 94 5cd m2 20mm 5 OYoung 94 5cd m2 20mm Hz 2 28 2 46 20mm 94 5 cd mi 1010cd m 20mm 2 3 Old 94 5cd m2 20mm Old 1010cd m2 20mm Young 94 5cd m2 20mm OYoung 1010cd m2 20mm E BS 2 BE 1 10 Hz 2
61. OO John D Heilbrunn rT Attorney Yehuda Miron Mrs Nurit Holz1inger Mrs Revital Maor 8 Prof Giancarl1o Abba Istituto dei Ciechi di Milano CR WG1 TI 3 3 5 NP WG NP 74 JIS WG
62. ON OFF LED 2 13 3 4 9 1 2 1 6 JIS
63. 0 2000 1800 1600 a 1400 1200 1000 600 600 400 mmm 200 0 200 400 600 600 1000 mm 2 39 NO 1 D mm 1000 500 0 500 1000 D mm 2 40 NO 1 6 4 2 41 Cluster Dendrogran for Solution HClust 3 CN Observation Number in Data Set Dataset Method ward Distance euclidian 2 41
64. WG 1 23 1 JIS WG 2011 10 3 10 12 105 2 23 2 JIS WG 2012 1 16 10 12 1 i TIS S 0014 S 0031 S 0011 5 2 ISO 24500 JIS S 0014 2003 5 1 JIS ISO 24501 Ergonomics Accessible design Sound pressure levels of auditory signals for consumer Droducts Introduction consumer products
65. 94 Q2 Q1 95 Q3 Q1 DI RS BS 3 7 2011 1 2 WG WG 4 1 96 4 TC159 4 1 IS0 TC
66. J TAG Joint Technical Advisory Group I SO CO C 122 159 173 TC 4 I SC 2 2011 7 I SO JTAG 7 1 1 JTAG 2011 9 TMB 11 5 I SO IEC ITU ANEC 32 24 5 2 JTAG 2012 3 13 15
67. 0 1 2 3 4 5 6 0 200 400 600 800 1000 1200 mm 2 44 GZ D8 2 45 2 46 4 1 2 3 x 4 x 5 6 mm 800 600 400 200 0 200 400 600 800 1000 mm 2 45 1 2 3 4 5 6 mm 1000 9 00 0 500 D mm 2 46 D9 b 2 47 2 48
68. i 7 1 Gu1delines for 1ncorporat1ng accessibility in standards older persons persons with disabilities scope i Scope older persons persons with disabilities older persons persons with disabilities 1 business cases iv TMB 3 V 8 9 ITCF 2 Vi 9 human size 2 118 3 2012 10 23 25 4 2013 1 15 17 6 2
69. T 0923 2010 S 0042 S 0041 TR S 0004 TR S 0005 2011 7 X 8341 7 JIS TR JIS 33 TR 3 36 35 JIS TR 1 2 JIS 2 8071
70. P 4 2 3 2 3 IP 3 2 3 3 2 1 113 B 1 4
71. 6 4 a 5 6 4 b 5 10 dB 6 2 c 7 S Range of sound pressure levels of auditory signals 1 1 13 315 Hz 3150 Hz 2500 Hz JIS S 0013
72. 1 CD 1 2 89 CD 1 X 3 CD 1 1 2
73. 260 oo6 oo et Me TT ss eewezw 7 8 6 572 oo 005 9 11 2 17 a x A 500 1x 0 3 1x LED OptoSupply 0SXXXME3C1S 1 5 2 3 4 5 7 10mm 7 3 20mm 2 45cm 50cm ND 0 05 0 31x
74. 10 25 12 3 5 5 0 10 P ISO TMB 2010 3 5 SC 1 SC 2010 11 SC SC IS0 IEC 71 2011 2 WO TC173 SC7 WG1 20 OMU0 0070W05
75. X 5 mm 4 c 5 3 ISO 24503 JIS S 0011 115 5 3 4 5 2 5 10 0 8 2 0mm 0 4 0 8mm 5 10 0 8mm 2 0mm 2 5w 10w 4 0 4mm 0 8mm 5 4 3
76. 4 LED 1 5mm CO OR 25 5 FE IS LED LED 10
77. 1000 1000 Old OYoung 8 100 8 100 Old Young 10 10 1 10 mm mm 2 25 2 500lx 0 31x 44 100000 100000 Sc OYoung gt Old Young 1000 100 1 10 mm mm 3 3 100000 10000 Old Old cd m2 1000 100 mm 2 26 5001x 45 100000 10000 OYoung Young cd m2 1000 100 mm 3 0 31x
78. 2011 2010 JIS 2 1 2 2011 2010 JIS 0A 5 LED
79. 3 4 9 9 8 72 CD MRO RER FL 90 1 1 9 9 1 H es T tm RS 92 1 CD 1
80. A Se 4 1 11 22 23 RNIB Royal National Institute for Blind Mr Dieter Moessner Mr Peter 0sborne Ms Sarah Morley Wilkins Ms Pam Barlow RNIB NP17049 1 Accessible design Methods of displaying Braille signage Part 1 Principle 68 JISC NP Brail1e
81. 2 33 2 33 2 34 NO 2 IEAR 3 IIREAR 5 ITHRX 6 Waist LASI 7 ILHPJ 8 RASI 9 RHPJ 7 Cervical spine 11 IVTBR Thoracic vertebrae 12 SAcR Sacrum 14 ILANK 15 ILHEL 16 IIMEF 7 19 RANK 20 RHEL 21 IRMEF 22 IRMET 24 LELB 25 lwsl 26 lws2 _27 ILFG3
82. 2 3 10 20 96 10 5 5 5 1996
83. i B C iv 3 v es Vi vw Yi B C 79 3 5 4 IS0 TC173 SC7 NP
84. 110 1S024503 Ergonom1cs Access1ble design Tactile dots and bars on consumer products 0A IS0 IEC 71 1
85. JIS 3 4 4 IS S 0026 i i iv 2 a b TC5 9
86. 9 13 Pe 2 IS0 TC173 SC7 WG1 NP IS0 TC173 SC7 WG1 3 WG WC 1 2011 8 3 1 WG EU SC7 JIS 2 2012 2 23 2 WG 2011 11 1 JIS
87. 85 EE EN EE ET 36 1 11 5 11 4 2 9 sl ad ws ha 3 9 lt H ee Te SA WP 3 ee 7 8 EC DN e 86 3
88. LED 0ptoSupply 0SXXXME3C1S 20mm 2 3 50cm 38 ND 2 94 5 1010cd m 105 6cd m 3 2 2 1 2 4 4 2 18
89. 71 JIS 71 JIS 2003 2 JIS 2003 3 19 6 20 ISLZ 8071 M 1 1 5 JISZ 8071 JIS Z 8071 2003 6 200 40 2009
90. CD 7 11 1 2 2 JI S 1 J IS 5 i 2 2 IS TC17 3 2 2 2011 1 TC173 SC7 2 WG
91. em _ 0 iee4 2 5 4 5 742 of 2 5 mm il aa ae da sm 3 6 163 1 1262 130 60 48 tlO 90 75 15 35 47 13 24 4 2 1586 1212 119 56 25 124 90 46 60 0o 29 55 20 20 5 3 1257 1015 105 36 30 90 90 20 100 0 20 4 15 15 6 5 1512 1147 90 90 15 ioO 90 90 135 O 15 35 10 15 2 42 7 a 2 43 2 44 O 1 2 3 x 4 x 5 6 2000 1800 1600 1400 1200 1000 800 600 400 200 0 mm 0 200 400 600 800 1000 mm 2 43
92. PL J Co PL LiuTaijie Lee Seongi1 NWIP scope purpose and justification Scope Of proposed proJect This international standard prov1des gu1delines for designing tact1ile symbols and letters used 1n consumer products and 1n public spaces for 1ncreas1ng easy read and recogn1t1on of tactile information to those who have disabilities in gett1ng v1sual 1nformation by taking 1nto account human ability of tactile perception 1ncluding the effect of aging as well as the long term exper1ence ln using tactile 1nformation of the people with visual disability This standard applies temporally static tactile symbols and letters that are read by fingers but does not apply to tactile information temporally changing such as v1bration nor Braille which is designed for spec1al use Purpose and justification Tactile information is being widely used in our daily life e g packaging home appliances elevator etc to provide useful information mainly to but not only to persons with visual disability Despite the increas1ng need for tactile 1nfTormation no design gu1delines have been supplied to the designers and users of the tactile information which may cause 1nappropr1ate use of tactile information or miss matching with the human ability of tactile percep
93. 8 3 AD 30 JIS 10 ISO 124 2
94. 9 JBMIA 18 TC173 SC7 WG ETT 2 UD UD 6 8 9 TC173 SC7 WG 2
95. JIS T 0922 JIS S 0026 JIS T 0103 SS 3 1 1 1TC173 SC7 WG ISO JIS2 JIS T 0921 JIS T 0923 ISO0 JIS JIS T 0921 JIS T 0923
96. i JIS SOO3 1 ii JIS SOO11 I SO IEC 7 1 I SO TMB TI SO TIEC 7 1 Pos I EC 10 a lt 1 3 2 3 6 2 4 2 4 3 2 6 1 4 4 1 AD WG 24 3 6 WG 2 TC173 TC15 9 1 4 2 JIS WG 23 9 7
97. 69 3 2 3 2 1 JIS S 0042 2010
98. JIS 3 2011 10 2010 JIS 2 2 2 JIS 2011 3 49 2 2 3 1
99. 75 dB 70 dB BibliographY 107 5 1 1SO 24500 JTS S 0014 2003 JIS ISO 5 3 ISO 24501 JIS S 0031 2004 5 2 JIS ISO 24502 of age related luminance contrast for coloured light Introduction age related luminance contrast ISO IEC Guide 71 ISO TR 22411 2 1 1 Scope 1 80
100. 4 5 TI SO i J IS S0033 in J IS SOO52 J IS S0032 iv i 1i ISO TC159 AGAD AD IS J I S 12 i JIS SOO14
101. ai iu yy lt is NN gt re y 1 Rr 3 CN W uf Ny 3 wj 2 6 2011 n177 2010 2011 n 288 SS 1 5mm 0 OT 30 100 0 Ba 0 En LS 9 A lt NN E er ma ws lt A ct YY co 1 OY P or x 1 1 Es J En 2 7 2011 n 477 2010 2011 n 899 LED X mm mm
102. 2 3 Terms and definitions 4 4 Age related luminance contras 380 780 nm Michelson SO 9241 302 TISO TR 22411 108 5 5 Using age related luminance contrast ISO 9241 303 1 Annex A informative An example of
103. Bjorn Westling HAkan Liander SC2 Mia Ahlgren 011e Frick Meijer TC173 1 NP 2 WI 1 Annex 2 OS 0 76 3 MG 3 31 BR 4 1 1
104. v q 4 a b c TC59 d TC59
105. 1 4 8 J I S 1 23 10 3 JIS S 0014 JIS S 0031 JIS S 0 0 1 1 2 24 1 16 JIS S 0014 JIS SO0O031 JIS S 0 0 1 1 I EC 1 23 11 18 IEC AAL IEC AATL 2 24 2 10 1 IEC SG5 AAL 14 AD INO 1 6 8
106. 2007 3 2008 2 4 2008 1 JIS JIS S 0026 2007 JIS T 0103 2005 JIS T 0921 2006 JIS T 9201 2006 JIS T 9203 2006 JIS T 9251 2001 JIS Z 8210 2002 JIS
107. 79 3 6 81 3 7 96 4 TC15 9 97 4 1 98 4 2 99 4 3 100 4 4 103 5 JIS 104 5 1 105 5 2 106 5 3 108 5 4 110 5 5 116 6 ISO IEC 7 1 117 6 1 118 6 2 119 6 3 119 7 IEC 120 7 1 121 7 2 WG 121 7 3 1 SG5 AAL 121 7 4 122 8 AD 123 8 1 TC159 124 8 2 TC173 124 8 3 AD 124 8 4
108. PL Co PL Ran Linghua Lee Inseok 100 NWIP scope purpose and justification Scope Of proposed proJect This standard specifies a method for estimating minimum legible font size of alphanumer1ic letters used in visual signs products labels documents and displays at the condition in which age of the observer viewing distance and lum1nance level are varied The method consists of a simple formula as a function of those three var1ables on the bases of estimating human visual acuity that corresponds to the condition The font size for some other national languages are g1ven ln annex as 1nformat1Ve Purpose and justification The purpose of this standard is to prov1de a method for estimating m1n1mum legible font size as a fundamental scale for legibility of letters used in visual signs products labels documents and displays so that they are made access1ble to people at any age 1ncluding older people While font size 1s a basic concern of access1b111ty in visual signs products labels etc that contain letters of various size there has been no consistent method for estimating legible font size espec1ally for older people due to complex change of human visual acu1ty with view1ng conditions such as age of the observer v1ew1ng distance and luminance
109. WG 1S0 TIS0 TIS0O JIS EE GT 80 6 6 1 JIS ISO 24500 I SO 2 3
110. i 11 NL Hm I DPI Al AN ET 15 JI S WG JEITA 6 JBMIA 8 UD
111. 1S0 NWIP 2007 1 2 3 TC SC 5 TC 159 2010 TC 122 2011 ISO 24503 2010 Guidelines for all people including elderly and people with disabilities Tactile dots and bars on consumer products JIS S 0011 2000 ISO 24500 2010 Ergonomics Accessible design Auditory signals for consumer products JIS S 0013 2002 ISO 24501 2010 Ergonomics Accessible design Sound pressure levels of auditory s1gnals for consumer products JIS S 0014 2003
112. calculation and application of age related luminance contrast 2 Bibliography 5 2 ISO 24501 JIS S 0031 2004 109 5 4 ISO 24503 JIS S 0011 5 3 1 JIS S 0011 Gu1delines for all people including elderly and people with disabilities marking tactile dots on consumer products 0A
113. 1 1 7 ISO IEC ITU Wor1d Standards Day 2010 0 02 C 2000 11 IDA 1 1 8 TC 173 S07 JIS Z 8071 32 JIS JIS ISO 1S0 TC 173 AD
114. HH lll 3 6 5 2 4 87 15 30 45 60 29 44 So 909
115. n 40 33 lt 4n 31 30 1 15 m 3 n nm nm nwnnr nonnn oD ak uw Tn rm 8 FI PT a lt I k 0 G i tr ed SY e 5 1 3 i br nm mina nn om nn oo m On ww IO cy 10 V 2 13 n 131 n 98 n 43 34 2010 2011 amp 0 5 G0 10 10 20 0 Ea A 1 a W lt ww wv lt Gr a 4 8 1 i 6 ay 1 4 AU x 2 2 14 n 294 n 255 n 212 n 68 n 53 35
116. ISO 20282 1 OA office automation equipment consumer products ISO IEC Guide 71 ISO TR 22411 OS 1 1 Scope 4 m 3 Terms and definitions 5 Annex A normative Method for measuring the sound Dressure level of an auditory signal Annex A 2 b 106 1 2 NOTE 10 dB 5 2 c 6 Annex B normative Method for measuring the sound pressure level of interfering sound Annex B
117. 22 2 TC SC 5 23 ISO CD 24504 Ergonomics Accessible design Sound pressure levels of spoken announcements for products and public address JIS SO0 WD 17630 Ergonomics Accessible design Colour combination for younger and older people JIS S 0033 2 TC SC 4 ISO NP Ergonomics Accessible design Minimum legible font size for people at any age JIS S 0032 ISO NP Ergonomics Accessible design Guidelines for designing tactile symbols and letters JIS S 0052 23 98 4 2
118. 10 1995 1995 4800 2009 3 4302 14 7 1
119. 1998 5 20 IS0 COPOLCO adhoc TAG IS0 COPOLCO ISO IEC 71 1 1 3 ISO IEC 7 1 1 1S0 IEC 2000 ISO 2001 1 ISO IS0 IEC
120. 2008 TR 2 1 1 6 2007 11 IS0 TC 159 DD Advieory Croup ot Accessible Design AGAD TLIS0 TC 159 1 2 3 TC 4 ISO
121. SC 5 WG 5 TC SC 4 scope SC 2011 10 6 SC 5 JWG SC 5 SC 4 WG Accessible Design Visual Environments SC 4 JWG JWG 2012 4 25 WG 5 JWG 2014 IS 3 1 ISO NP Ergonomics Accessible design Minimum legible font size for people at any age 2012 1 10 NWIP 4 10
122. TC AAL SG 5 AAL SG D SCODe To manage and coordinate Ambient Assisted Living AAL standardization work in IEC TCs to establish and achieve interoperab11l1ity and 1nterconnectivities of AAL systems and access1ble design of their user 1nterface 121 AAL encompasses products services env1ronments and facilities used in support those whose 1ndependence safety wellbeing and autonomy are comprom1sed by their physical or mental status Note for the definition of Accessible Design refer to ISO IEC Guide 71 AAL CEN CENBLEC ESTT 2012 9 11 12 7 4 1 SG5 AAL SG5 AAL
123. mm 2 52 62 2 53 2 54 1 2 3 gt 4 x 5 6 mm 600 400 200 0 200 40 600 800 1000 mm 2 53 1 2 3 x 4 x 5 mm 800 600 400 200 0 200 400 600 800 1000 mm 2 54 63 b 2 55 2 56 1 2 3 x 4 x
124. 1989 a 1995 lt 2009 35 000 34 302 33 402 32 396 RE 29 990 30 000 29 028 1062 9 12 641 26 386 10 598 6 574 8 163 25000 ED i 23 790 22 631 es 21 924 What 3 495 2 366 2 930 20 000 18 548 7237 6 546 7025 8 308 1 936 5 910 a de Ee 15000 14 094 8 1 267 5 038 4 836 ATM CD FT 4860 ai 49
125. 1996 1 1 2 2006 12 13 2008 4 3 20 30 5 3 2007 9 28 50 1 2
126. 2 15 n 108 n 81 n 67 n 19 36 2010 2011 Hi hi rt fi GO Sl 5 10 10 JU 3 30 n0 0 mm I mn iim tr rt Fr Ee rr b WI EE Rm i hn Tu Td Ei imt PE ed nn PO np nn Ow tt wn oO An mm G CO ga an Ow tt ww 6 lt uD lt a wn tk S0 1 1 2 16 n 294 n 268 An 217 n 69 n 57 7 60 45 C7 8 9 350 150 cd m 5596 6 1 080 cd m 12 15 mm 59 2mm 3mm 3mm 7mm
127. JIS 48 2 2 2 2 1 1 2011 3 JIS AD JIS 2011 3 JIS S 0052 AD JIS 33 JIS 2005
128. AD TC 1 5 9 TC1 7 3 IS ee A AD AD JI SWG TC17 3 WG HAL CADTC China Assistive Devices and Technology Centre for Persons with Disabilities KRISS Korean Research Institute of Standards and Science B IHT Institutet TC 1 5 9 fGr Human Teknologi AD B 21 2 2
129. Young Old Young 2 1 old 2 1 Young AOld A Young 3 3 OOld O Young 0 1 0 1 NM 001 1 10 1 10 mm mm 2 22 1 5001x 0 31x 41 500lx Old 100000 500lx Young 100000 10000 Old a Young Old E Young 3 Old 3 Young i AOld Young a OOld OYoung 1000 1000 100 100 1 10 1 10 4 mm mm lt 0 3Ilx Young lt Si Ni 100000 100000 10000 Old Young lt Old Young 9 Old Young AOld AYoung FN Young OOld 1000 1000 100 100 1 10 1 10 7 mm mm 2 23
130. 1 AAL SG5 AAL AAL 7 2 WG AAL AAL WG AAL SG5 1 SG5 7 3 1 SG5 AAL 1 SG5 AAL 2012 3 6 7 SG5 1 2 7 IEC
131. 10 mm 2 20 5001x 0 31x NN 500lx 0 3lx 100000 100000 10000 4 10000 8 Old E MM Old 8 1000 OYoung 3 1000 5 OYoung Low Vision 3 Low Vision 100 100 10 10 1 10 100 1 10 mm mm 2 21 5001x 0 31x 40 2 Jy 1000 1000 100 100 Old Young Old Young Old Young AOld AYoung 3 3 10 OOld 10 OYoung 1 1 1 10 1 10 mm mm 03 Old 100 100 10 10 Old
132. 2 0 2 2 LED LED 0 a OT lt X mm mm 1 2 3 4 5 6 7 8 9 10 15 20 30 40 26 50 60 70 80 90 100 150 200 250 300 350 400 27 11 2 11
133. 5 6 1200 1100 1000 900 800 700 600 500 400 300 200 100 mm 0 200 400 600 800 1000 mm 2 55 0 1 2 3 4 5 6 1200 1000 600 mm mm 2 56 64 2 57 2 58 1 2 3 x 4 x 5 6 mm 600 400 200 0 200 400 600 800 mm 2 57 1
134. ME 5 0 31 RWS2 32 IRFG3 2 34 2 3 VICON 3 2 35 4 2 35 D3
135. 28 0 1 80 854 22 823 31 1
136. 3 5 2 WG We 1 2011 10 221 1 WG TC173 2 2012 2 21 2 WG 2 3 5 3 i
137. 1 AAL 122 8 AD 8 1 TC159 2 6 ISO0 TC 159 1S0 24500 4 2 2 5 TC 159 0 ISO IBC Guide 71 1 7
138. 2 5001x 0 31x 500 ET 1000 1000 Ol OYoung E Old E Young 3 1oo 100 10 10 1 10 1 10 mm mm 4 3 100 100 10 old 10 old Old OYoung 8 Old Young 1 1 0 1 0 1 1 10 1 10 mm mm 2 24 1 5001x 0 31x 43 10000 10000 Old OYoung 8 1000 3 1000 tu Old Young 100 100 1 10 1 10 mm mm
139. WG NP 2011 9 WG 1 201 1 1 1 WG 2 7 2012 2 i JIS T0921 JIS T0923 i TS S0042 JIS TO922 iv JIS TT 0922 v JIS TO103 wu TC159
140. 23 AD 24 3 AD 1 3 EDO 4 1 1 4 1 2 12 1 3 1 4 13 1 5 21 2 22 2 93 2 1 23 2 2 49 3 TC1 7 3 66 3 67 3 1 67 0 70 3 3 8 3 4 76 3 5
141. 3mm 9mm 10mm 100 mm 9 319 37 2 1 4 1 16 67 4 61 24 22 1 46 32 67 4 05 16 16 20 21 1 67 16 4 12 57 10 6 2012 2 13 1 445 00 002 2 5 Z SS 3698 ol pi 3 9 5
142. 7 3 2 1 dill CD 2011 498 UN 920 i 2 3 2 6 6 29 GU S00 400 300 200 100 I 2 5 2011 n 489 2010 2011 n 898
143. AD 125 8 5 125 9 1 RIN 1 IS0 IEC 71 AD IS0 TC159 TC173 AD 1 1 1 1 1 65 7 14 21 2012 2 65 23 9 1 2968 23 2 2940 23 1
144. 1 WG ISO JIS i i iv JIS 2 2012 2 21 2 WG 76 NP i i iv JIS v JIS
145. WG i JEMA UD CIAJJ 16 JIS AD WG 5 Ni DPT N PO 7 a 8 _9 WE 5 TC173 SC7 WG H
146. 2011 60 FAX LAN _ 14 13 15 8 2011 2 3 2011 28 2 498 2010 2011 130 FAX LAN IH 35 23 2 22 5 13 24 3 7 29 13 gt 6 5 2 J _ sa co OO CO ID gt OO OO OO OOO ND Ol CD CD I NM RS lx ks Ww 0 OD INO 0 2 130 920 2 4 2010 2011
147. 2014 1S 2 1S0 WD 17630 Ergonomics Accessible design Colour combination for younger and older people 2011 9 22 NWIP PL Co PL Zhang Xin NWIP scope purpose and justification Scope Of proposed proJect This standard prov1des a method for designing colour combinat1ions that are consp1cuous to younger and older people being based on the concept of categor1cal colour perception By tak1ing into account the span of categorical colors for each of basic colours such as red green in Munsel1 Colour Space this standard prov1des a method for comb1n1ng colours that are consp1cuous 1n colour by select1ing colours each from different colour categories 1n visual signs The method is used in access1ble design for visual signs and displays that use colour comb1nations for mark1ing or 1dentifying the different informat1on Purpose and justificat1on Colour is widely used in vsual signs and displays and consp1cuous colour comb1nat1ion espec1ally to older people whose color vision changes with age 1s one 99 of the main concerns of access1ble design as human color perception changes w
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152. JIS S 0014 2003 S 0031 20042 S 0011 2000 ISO ISO 24501 24502 245039 2010 12 2011 1 4 Ergonomics Accessible design Sound pressure levels of auditory signals for Ui CC consumer products 9 Rrgonomics Accessible design Specification of age related luminance contrast for coloured light 92Frgonomics Accessible design Tactile dots and bars on consumer products ISO 24501 JIS S 0014 TIS0O JIS S 0014 ISO 2450
153. 159 SC4 SC 5 JIS 4 SC 2011 1 SO0 24500 Ergonomics Accessible design Auditory signals for consumer products JIS S 0013 TS0 24501 Ergonomics Accessible design Sound pressure levels of auditory signals for consumer products JIS S 0014 SO 24502 Ergonomics Accessible design Specification of age related 1uminance contrast for coloured light JIS S 0031 SO 24503 Ergonomics Accessible design Tactile dots and bars on consumer products JIS S 0011
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162. ith age While the designers of visual signs 1s seeking for a consistent method on how to make colour comb1nat1on consp1cuous and distinguishable to older people there 1S no w1dely accepted method for such colour combination but only depending on the experience of the each of the designerSs This standard prov1des a simple and straight forward method to create colour comb1nations that are consp1cuous not only to older people but also to younger people by taking into account the change of categor1ical colour percept1on with age which the present method is based on This method is effectively applied to accessible des1gn of visual signs and displays that contain var1ous colours that should be distingu1shable Being based on the combination of different colour categories groups but not on a selection of specific colours this method helps the designers easy and with some freedom to choose colours for combination The extensive data of span of color category are presented in this standard for selecting colours for the combination This standard is based on the concept of accessible design described in ISO IEC Guide 71 and ISO TR 22411 It is proposed that this new work be assigned to SC5 WG5 NWIP 2011 10 5 WG WD purpose and justification
163. level Provid1ing a s1mple method for estimating legible font Ss1Ze covering a w1de range of those conditions can facilitate access1ble design of visual signs products labels documents and displays This standard is based on the concept of accessible design contained in ISO IEC Guide 71 and data in ISO TR 22411 Tt is proposed that this new work be assigned to SC4 WG10 purpose and justification SC 4 WG 10 4 2 1 JWG WG 2015 15 2 ISO NP Ergonomics Accessible design Minimum legible font size for people 101 at any age 1 2012 1 10 NWIP 4 10
164. t1ion Moreover human tactile sense changes with age and exper1ience of long term exper1ence such as of blind persons affects the ability of accepting tactile informat1on In order to facilitate the use of tactile information in access1ble design 1n consumer products and in daily life provis1on of appropr1ate des1gn gu1del1ines and considerat1ons on the use of tactile symbols and letters is needed This international standard provides qualitat1ive as well as quantitat1ive specifications for designing tactile symbols and letters such as size line width raised height etc that can be used as information to vision and other sensory functions along with the basic concept of accessible design provided in ISO IEC Guide 71 2001 and IS0 TR 22411 2008 This international standard follows ISO 24503 Ergonomics Accessible design Tactile dots and bars which specifies only dots and bars of tactile symbols and needs further document for tactile symbols and letters SC 4 WG 10 T1IS 2015 4 4 23 1 3 24 9 T
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