平成22年度 製品安全関連法の施行 報告書 株式会社 三 菱 総 合 研 究 所
Contents
1.2. b 36 Alicia CHR CCR C6802 2005 3 17 1 3 19 2
3. ater Ss 4 4 4 1 1 1 4 1
4. EEE E ER 2011 01 18 22 ika HEE _
5. C6802 2005 3 17 1 8 4e 3 3 gt a N
6. 3 1M 2M e 1M 2M 1M 2M
7. 1S 1998 2005 4 3 4 1 E 9 MA 4 AEL Accessible Emission Limit J 1S 6802 2005 41 ss 2008 30 18 H 2009 26
8. PSC UE 5 2 5 2 1 24 DINTA Kit PREF Tal NITE
9. C6802 2005 3 17 1 8 4e 3 3 JIS AT
10. C6802 2005 3 17 1 8 4e 3 3 58 2 C6802 2005 10 1
11. 2 C6 8 02 1998 3 15 1 9 3 e 3 3 1 1 PSC
12. 2 14mmm WERO d 7mmd 7mm 63mm 1 80 124 DL 2 14mmOm 14mm 18 8 mm 10 METIE 125 1500 1 200 300 60000mm 1715
13. 138 HAS RO REM lL UTFOLDE T Att O O O Sul UIAA E
14. UIAA 9 S 141 JE m 22
15. 2 C68 02 1998 3 1 5 1 9 Se 3 OF 3 1 1 PSC
16. C6802 2005 C6802 2005 C6802 2005 8 3 8 3 8 3 C6802 2005 2 8 3 I
17. 2 2 1 No 1 5 5 2 5 2 4 3 3 2 4 3 1 1 5 15 2 4 6 8 1 2 2 2 1 1M 2M 3 Tv 2
18. CW N 4 Microvision Inc SHOWWX 2011 01 18 22 111 5 2011 01 18 2 1 1M 2M 2
19. TH 8cm 3 8cm 8qm
20. e Laser pointer maculopathy e Ehud Zamir MD Igor Kaiserman MD Itay Chowers MD e 19984711 45 19 2 10 RE 20740 3 8 20 20 e PE
21. 2 C68 02 1998 3 1 5 1 9 Se 3 3 1 1 PSC
22. 47 8M 8qm e 8qm
23. Ne 112mm a 96mm 4 6 6 127 1 m tt Ea 1 Ta OKI k Tar DERGE toe SS MA 0 9 jie CRLCORWATES 4 6 7 260 FE 2009 FE tmi O
24. 2 C6 8 02 1998 3 1 5 1 9 Se 3 OF 3 1 1 PSC
25. 5 1997 x J I S 1 0 11 2 1 2 i a 3 B 3
26. e 8qm e 8cm e
27. z 21 19 213 4433 87 SC RAV
28. 4 6 7 4 6 7 7mm CCD 4 6 10 JIS JIS C 6802 IEC 60825 1 2007
29. BR AZETE AIT BV YH FEKITZRY WRF ASR 3R 3R e 3R 1IEC e 1M 2M 3R
30. 57 2
31. 13 1 3 e 1mW 1 2 1 2 8qm O 40g SS P j O 3 4 1 2 E Ey ck Buy Ra 20 21 2 3 21
32. 2 C6802 1998 3 15 1 9 3e 3 3 1 1 Wireless Presenter Mouse 8000 9DR 00003 pa CH AI
33. KD b OCHO CRIB D RG C6802 2005 C6802 2005 3 17 1 3 17 1
34. 4 3 2 LG LT ADBEVWO CARD EVEL PRY FICLO RAILS OLOOA
35. 2 2 PSC 4 No 30 2 1 1 30 000 C6802 1998 1 3 15 1 1 10 mW CW 9 Se 3 4 1
36. 7 amt PE X 21 21 156 362 156 362 8 5H x 0 313 48 941 4 Do P DE ZIORA 48 941 22 305 26 636 100 WAIL 31 39 21 22 305
37. 5 41mW 3 B 1S C 6802 1998 lt 28 3 2 6 1 No 32 MB 0008 No 33 No 34 SYG 100 G 29 2 3 2 9 PIN 32 33 34 ay Nas MB 0008 F F SYG 10
38. 3 T8133 1994 2 2 Oe Toram KE 2mm 2 1 0 5 5
39. 1 871mW 3A 1S C 6802 1998 OAR Baek DR COL YA 25 3 No 29 1 1 2 2 C6 2 0 802 1998
40. 22 3 2 8 1 C6802 1998 3 15 1 3 1 6 2 3 2 3 4 1 8 2 4 0 3 3 4 5 4 2 5 2 1 C68 02 1998 3 1 5 1 9 Se
41. 1 8cm BE 4 5 4 5 1 1M 2M 1 1 2
42. 11 3 2 3 3 2 3 No 7 10 175 2010 175 HA 2010 6 10 180 2010 180 HA 2010 6 8 1609 2009 16 2009 4 9 091210 2009 12 10 1031920 2010 3 2010 5 12 6 2010 11 12
43. 7 4 1 47 0 t43 2
44. C 6 8 0 2 1998 3 15 1 3 1 6 2 3 2 3 4 1 8 2 4 0 3 3 4 5 4 2 5 2 1 C68 02 1998 3 1 5 1
45. e 3R 3R e 3R 2 3R 3R 4 5 3 8cm Ban H
46. FE 23 2 os T 100 8141 1 0 3 03 6705 6041 ml aig
47. AHI CRO BE RE UTR E 8cm 20
48. 59 1 2 102 1 2 3 4 3 1 2 3 1M 2M 3R 1S C 6802 2005 103 4 6 16 1 22 EE 2 2 22 4
49. 6 6 1 a g b IM 2M 100 mm
50. Bt 100 709 140 TE 2009 260 400 2009 Lae m Bea 1 10 128 H a L S LREEE CHS LFR Lae Lae Hie Ou 2
51. 37 4 2 2 2 2
52. Ds i 98 4 6 15 CO02 25kW YAG 5kW 61 1 27 39
53. dJ L 3 3 1
54. lt 1 kHz 2 DLP LOS 2011 02 22 22 2D lt gt gt 100KHz 2 MEMS scanner 2011 02 22 22 119 L f 2011 02 22 22 3R 200 1000 2000 10000 6 20 100 2011 02 22 22 120 TE
55. 1 2 3 or 4 5 4 59 1 2 101 1 2 3 4 5
56. 8n 75 EF 7 5qm 8M 1 2 1 1 8qm 2 1 GH
57. 2 400nm 700nm 3 1 2
58. 12KN 10kN EN 892 EN 892 6kN 6kN 12kN Jd 5 3 2 NE Ve Mf
59. 22 6 18 3 1 2 22 12 1 60 22 12 27
60. 1 2 1mW 1M 2M 3B 500mW 3R SMW 100 76 600nm W W 180 400 600 800 1000 1200 1400 1 0 39mW 2 imw 100 3R 5mW i i 3B 500mW 4 500mW 500mW 5mW 1mW 0 39mW nm 400nm 700nm 4 6 2 t 100 4 P 57 1 8 4 4 6 7
61. 2011 02 22 22 122 CW
62. C6802 2005 3 17 1 3 19 2 STI C6802 2005 C6802 2005 3 17 1 3 17 1 pul 3 19 2 3 18 1M amp 3 19 2 4 1 3 20 2M 1M
63. 1M 2M 1S 1 2 1M 2M 2 3R 1 2 3 8qm 8cm 8cm 2 1
64. 5 0 2 5 0 1 0 9 7 2 5 0 107 9 3 1 2
65. 8m TS X 1 e e Laser Pointers and the Human Eye A Clinicopathologic Study e Dennis M Robertson MD Tock H Lim FRCS Ed Diva R Salomao MD Thomas P Link CRA Robin L Rowe COT J ay W McLaren PhD e 20004712 3 15 1 24 11 3 3 89 1
66. 4 2000 1 1 0 1 1 2 2 Tes 3 1 3 1 31 B4
67. 2 IEC IS J IS C 6802 4 6 6 1M 2M PE AEH 1M 2M
68. F E 2001 No 1 2009 F HAO R 3 hC A1 A 2 2002 F
69. 5 37mW 3 B 1S C 6802 1998 lt 24 2 No 28 2 1 1 3 30 000 C6802 1998 1 3 15 1 1 871 mW CW 9 3e 3 4 1
70. 1 4 6 7 4 6 7 2 1 1 0
71. 9 50 TAE 2 ECT 9 90 13 9013 20 010 090 901320090 3 Tv 2008 200 2008 10 20 129 5 5 1
72. 26 PSC E Te
73. 20 freefan F BOOK 130 on 2 2 11 8 5 2 1 a 5 2 1 UIAA CE UIAA CE 2009
74. 3 7RV R OV pre Oe ae EWS ERE We AOE AOE O EROS boa FECHA eV SS 59 4 6 4 6 1 JIS C 6802 2005 EC 60825 1 2001 3 317 1 Class 1 laser product 8 4 e 1
75. 2 79 6000 T 0 1mm 50hm oan 4000 17W cm2 5480W cm 3000 Yo 2000 1000 0 1000 SS eGGSGoeoegGeseS mm 4 6 5 4 6 8 2 UL J apan 2
76. 2 1 2 1M 2M 9 1 1 2 NOHA8 1 OHA i
77. O Standard No 218 Motorcyde hed mets Code of Federal Regulations Title 49 section 571 218 National Highway Traffic Safety Administration 1 October 2007 Retrieved 19 September 2008 O ECE 22 05 Motoroydle Helmet Standard revision 2 Economic Commission for Europe 16 October 1995 Retrieved 19 September 2008 O ANSI UL 136 Standard for Safety Pressure Cookers O 97 23 EC EN 12778 2002 Cookware Pressure cookers for domestic use EN 12983 1 2000 Cookware Domestic cookware for use on top of a stove cooker or hob General requirements 139 m O 30 CPSC Consumer Produd Safety Commission
78. 2 No8 10 10C 4 0 3 No 9 1 2 5 0 kPa 5 O 4 No 10 10 30C 4 0
79. 9 laser safety officer 1S C 6802 2005 LSO 10 PPE Personal Protective Equipment 71 IEC 6 e 1 2 e 1M 2M 1M 2M e 3R e 3B e 4 1M 2M Divergent beam Collimated beam Bri 1M 2M E 1
80. 16 http Www fda govRadiation EmittingProduds RadiationEmittingProdudtsandProc edures HomeBusinessandE ntertainment LaserP roductsandl nstruments ucm116373 htm 17 http www fda govM edical Devices Safety AlertsandN otices ucm237129 htm 84 2 EU EC EU 1 2
81. 4 6 3 4 60 4 20mmm F 10mm A B 1 A41 B 1 F 77 A A 20mm CHAVET F 10mMM LY B 20MM mt m 4 6 3
82. 2 3 2 1 4 1 8 3 9 2 1 4 0 1 1 1
83. 1 2000 3 21 31 AQL ISO 2859 1 IS Z9015 1 AQL J IS Z 9015 1 1 AQL AQL 100 2 MAKE T 3
84. AEL 1 10 400 nm 484 nm 1 5 mrad 82 mrad 3 9x10 CsJ 1 1000W m_ 64 4 6 2 1M 1 9 1 es1 5 mrad 1 5 mrad lt as 11 mrad a gt 11 mrad t lt 0 35 s 1 0 35 s lt t lt 10 s 1 50 348 t gt 10 s 3 5 7 t lt 0 35 s 1 0 35s lt t lt 10s 1 5t 348 t gt 10 s 3 5 6 t lt 100s 7 r 14 mm r 100mm a 11 mrad r 100 mm t gt 100s 7 as 1 5 mrad 1 5 mrad lt as yp a gt Yp r a 0 46 mrad Cmax r 100 mm r 14mm a 1 5 mrad r 14 86 Y 1 5 mrad 15mraa r 100mm
85. IEC TR 60825 14 Table 9 463 4 6 4 7 3 41 laser controlled area 1S C 6802 2005 69 4 6 3 Laser controlled areas IEC 60825 14 Table 9 Laser dass Nature of hazard Example of controlled area Outline of protective control measures Class 1 Minimal Unrestricted Follow warnings on labels and Class 2 N B Embedded i e a designated laser area is manufacturer s instructions lasers may present assodated hazards not normally required for safe use Divergent beam Class 1M Divergent beam Class 2M i e products that have failed Class 1 or Class 2 under Condition 2 Localised eye hazard if optical viewing instruments such as eye loupes are used Localised Can be open plan if effective procedural control is exercised over the immediate area around the laser Training recommended Prevent use of eye loupes and other magnifiers in vicinity of the laser Prevent refocusing or collimation of the beam Collimated beam Class 1M Collimated beam Class 2M i e pr
86. 1 2 1 2 1 D H D
87. 132 2008 04 13 A200800964 E 08 et 2008 0297 2 1 EU RAPEX EU 2005 dimbing mountain CPSC
88. PSC 3 3 Sw co 1 1
89. 4 3 4 3 1 39 H
90. No 1 cae 2 3 ae 4 5 6 5 CD CD 3 1 4 No 1 5 5 2 5 2 4 3 3 4 2 8 4 3 1 A 1 5 1 5 2 4 6 3 1 A
91. 1M 2M 3R D 7 8cm 8qm
92. 2 2 86 7096 GE 9
93. 4 J T TNE Uy eae 8 1 2 HTEO 125 3 X A A 3 5
94. 2 2 1 42 Iy bo N 1 2011 01 18 22 104 OB 3 000 lt lt i lt LED 2011 01 18 22 Th 18 4 50 1 1 15 2011 01 18 2 105 21 5 24 3 1 BAR 51
95. C6802 1998 3 15 1 9 3e 3 3 1 1 E 21 3 2 7 3 5 1 4 1 1 1
96. JIS C6802 2005 10 1 OK 5 3R 5 E 1 53 F 2 2 1 2 3 1 1 1 1 1 1 1 1 1 1 8qm
97. 10 67 10 W W m Jam C 1 9 2 g HERO mm mm mm mm 2 9 2 h Sm o e i eee ee J a a eo S 1 400 nm 4 000 nm 25 2 000 14 1 lt 0 35s 1 0 35 s lt f lt 10 s DH 1 51 7 10s 3 5 tf 4 000 nm 10 nm t lt 0 35s 1 0 35s lt 1 lt l0s DH 1 51 t 10 s 3 5 nmn 7 ji un o J IS C 6802 2005 9 3 P 24 2007 IEC 60825 1 2007 10 Table 11 Condition 3 scanning beams 68 Table 11 Measurement aperture diameters and measurement distances for the default simplified evaluation Condition 1 Conditio
98. wi iN iit 1mW 2mW 5mW 15 1mW 2mW 5mW 2 e Thesafety of laser pointers myths and realities e john Marshall 1998 e 90 9 4ESA iN iit
99. Ds TA E 1 3 3 4 3 3 4 No H HH 1 3 000 50 000 H IAS a PSC JETRO JETRO 1 JETRO OF J LHI 2 20 000 60 000 3 40 000 60 000 4 20 000 30 000 5
100. e 3R 3R 3R 2 5 e e 6
101. 4 6 6 73 4 6 6 EAR 10 5 10 6 10 7 10 8 10 9 10 10 10 1 10 3 10 4 10 2 1 H 2 L 1M 2M 2 1 2 1M
102. 1M 2M 49 4 3R FDA 3R es 3R e 3 40 10 3R UL 2 UL e 3R IEC
103. 30 19 1 0 20 1 3 4 1 2 7 2 5 2 2 2 PS lt 7 FORERGRRONREO WPT VER SB MA BOA
104. 8 2 3 18 1M Class 1M laser product 1 9 2 g 8 4 e 1 302 5 nm 4000nm IFAM 8 2 3 19 2 Class 2 laser product 8 4 e 2 8 2 3 20 2M Class 2M laser product 2
105. IEC 4 6 4 IEC 1M 2M 45 4 6 11 EU 1 2
106. Ill 3R 1 1 A 400nm 700nm 400nm lt 700nm 2 400nm 700nm 3 2 1
107. la AI Im Sy x H a st Fr 9 Aq Bs ul aa d H aN qa ah 23 3 1 5 5 1 No 27 1 2 1 C6802 1998 3 1 5 1 9 Se 3 1 3 30 000 5 37 mW CW 4 1
108. 27 1 10mW 3 A 1S C 6802 1998 lt FE 5 No 31 1 2 1 C6802 1998 3 1 5 1 9 Se 3 1 3 30 000 5 41 mW CW 4 1
109. 2 JIS 10 6 2 1 2 1 2 3 4 5 3
110. i O O O _ O O 2 22 PSC O O O
111. F 3 D a R es 60825 2010 3 60825 2010 IIIA 3 DIY IF INA
112. mw 0 212mW Em AIL O 773MW E C 1mW 0 212mW PSC
113. Google 3 1 1 No 1 5 5 5 2 5 2 3 3 2 4 3 1 5 1 5 2 6 3 1 1 125cc 4
114. 14mm 70mm 3 10 13 13 MPE A 10 12 A 4 6 5 JIS C 6802 2005 10 IEC 60825 1 2007 1S KERTI JIS 4 6 11 1 TITLE 21 FOOD AND DRUGS CHAPTER I FOOD AND DRUG ADMINISTRATION DEPARTMENT OF HEALTH AND HUMAN SERVICES SUBCHAPTER J RADIOLOGICAL HEALTH 83 PART 1040 PERFORMANCE STANDARDS FOR LIGHT EMITTING PRODUCTS Sec 1040 10 Laser products FDA U S Food and Drug Administration Important Information for Laser Pointer Manufacturers 16
115. UIAA CE 8 UIAA CE 5 2 1 137 on on
116. 1M 2M 2 3R 3R 3R 3 8cm 1 1 8 2 3 UIAA 9 UIAA
117. EN 60825 18 2010 3B EN 60825 19 2010 3 7mW 4 5mW 1mW 1E EN 60825 20 2010 Mega IIIB Iv Code 82200 EN 60825
118. No 30 No 31 20 2 3 2 6 Eight Corp is eee oP or C6802 1998 3 15 1 3 1 6 2 3 2 3 4 1 8 2 4 0 3 3 4 5 4 2 5
119. 1 1 8 4 5 4 1 MPE MPE 10 2 3 MPE 48 fy e 50mW 100mW e 100mW 2
120. 3R 3B JERE he PPE10 4 Sher a
121. TEA e Bqm 1M 2M e 3R 1 2 3 1M 2M 8qm 8qm 8am IM 2M
122. 1 100mm 7mm 2 400 700nm 2 RR 1 AEL 0 25 1mW Ce Ne ies 2 2M 2
123. 2 1S 3 2 2 2 2 1
124. 2 10 3 E 4 5 4 1 No 7 10 11C 4 0
125. 5 6 147 1 ME 8 9 O 7 7 1 1 2 0 1 0 2 50 o o ec Em E 0 Wi o o Wad oO iol z 2 94 2 el ll o o EM Ri S E fa H aR if Ht
126. RE JISC 15 JIS C 6802 ISC 1 LED LED A 4 5 http www jisc go jp app pager id 62756 82 T LSE IWR k W 6 J w 7 8 C O T E e 9 2
127. 8qm 8cm 88 2 4 6 13 DLI FIZ 3R 5mW
128. LDO O X 3 3 30 3
129. 2009 3 10 Class Illa 3R responsibly very small Are Class lIla laser pointers dangerous Class Illa or IEC Class 3R lasers can be dangerous Class Illa lasers can cause temporary visual effects such as flash blinding which could distract or startle the person exposed The risk of injury is very small when Class Illa pointers are used responsibly because natural body motion of a person holding the pointer or motion of a person who might be exposed makes it difficult to expose the eyes for a long period of time People also have a natural aversion to bright lights and are likely to close their eyes and turn their heads if exposed FDA 2010 12 16 FDA FDA Safety Notification Risk df Eye and Skin Injuries from High powered Hand held Lasers Used for Pointing or Entertainment Y 5mW
130. EN 60825 5 2010 3 EN 60825 6 2010 3 EN 60825 7 2010 3 EN 60825
131. i VU 1 VI ON dn ne ULJAPAN MICROVISION Inc Gh
132. ep 1 RE SR RARER OY args 1 35 Km EDX 4 4 2 1 4 O
133. Ke 77 4 6 8 ee 80 46 Ee E T Ai AA 81 4 6 10 J IS 82 7 San Ne E 28 Re 5 a A E RR 83 4 12 eS Be eaa AA Y E TaN TAEAO EEA 86 4 6 13 89 4 6 14 a E AE TE a 93 4 6 15 socere 99 4 0 10 BAAR in eel thn alone ated laude ae et alent na aa ieee alan na Aas 104 ASG 1 Te Ld edeiicd sbestalecasteants 127 5 130 5 ollie ee aE ao ea aa Ea ea a 130 0 R ae ae arheo a ee 130 pe cag TNE DaD Ei ce A E E ENE E SE 130 65222 T yeh E S TEET 131 By aA Ae MESA ter He E oh Ca heaved E 131 A Se HOR Ae CR On siesae nusauhstauuarsianaaAdeablac ntansicanehgniouates 132 5497 baer BMP Eee EES PiUneT OP nee pate noone 133 09 0 133 5 OA ENER ANT 09 FERE aeua een TeO eR Ta eee eT NT Re ran Cmte ne ere mea Sener 134 5 3 3 UIAA 136 Bi AE Fis Be ce auch eect EE A 138 DD TERE JA VS BIT O TEIA FE ca dan ccs i a aiiai 138 59 6 Ee
134. 1M 2M 1M 2M 4 5 2 3R BR 4 6 6 4 6 11 1S 3B g 46
135. 3R 3 8cm 4 2011 01 18 22 112 2M a gt 2011 01 18 22 3R 3B 3B 1 2 AEL 5 m Gi 4 3 3R FDA US Food and Drug Administration
136. 2 1 C68 1 02 1998 3 1 5 1 9 Se 3 6 53 mm 635 nm 653 nm 10s 0 25 sec 0 25 sec 0 25 sec 0 25 sec 0 25 sec 2
137. all UIAA 5 3 UIAA NITE 5 3 2 136 5 3 2 UIAA 5 2 3 3 UIAA CE UIAA CE 30cm
138. 1 AEL KER 4 6 1 AEL 1 CHS 2 400 700nm 0 25 1 AEL 0 25 1mW 1M 4 6 2 3 1 W 1 Si n gt 2 W 2 3 W nmY Im 62 4 6 1 1 2
139. 2005 1 dimbing rope TRR EDIZ UIAA 2007 DO 237 1 ues J uly 29 2008 Name of Product Maxim Apogee and Maxim Pinnade Dynamic Climbing Lines Ropes Units About 530 Manufacturer New England Ropes of Fall River Mass Hazard The climbing lines can break posing a serious fall hazard for dimbers Ind dents njuries None 5 3 5 3 1 UT EN 892 EN 892 e CE EN 892 UIAA UIAA EN 892 e TUV UIAA 1 TUV EN 892 ity
140. 3 1 AE L 1 1 1 2 22 AEL AEL IM 3B AEL 3 1 AEL IM 50mm 4 6 1 DER 50mm 6 7mm 6 50 2 3 1 AEL 1 1 AEL 1 1 1 AEL
141. AEL 1 2 3R
142. J IS C 6802 2005 75 4 6 6 4 6 2 4 P 57 1 8 41 1S C 6802 1 100 Immo 600nm
143. 3 2 3 1 No 11 BBM SS 260BR No 12 mT 3WAY LLL TT a ye ie LIM 12 No 13 sleepy 13 SEE 1 1 1 Pee 2 3 2 4 sleepy ba i RORORTOR 4
144. H 56 2 1 D
145. 4 6 4 4 6 4 1mW 10 z mm F mm Po W D cm A qm 78 EN N F 10mm P o 1mW D dx F z z A xD P W qm 0 16 Y P 1x103 A X0 16 W m 2 1mW 20mm 4 6 5 50 m gy 0 1mm 17W qm
146. 6 1 2 K 3 1 2 No 1 2 3 4 5 UL Japan 6 UL Japan 3 1 3
147. C6802 2005 3 18 1M 20 2M 8 4e 1 C6802 2005 DRE 1 3 17 3
148. Te 19 http Awww jiko nite go j p php iko index html 97 HT TH O No 3 DHIE G2 3 1999 1 2 1 1 9 EL 2
149. 2 4 1 2 2 1 2 3 3 3 4 2 Ea 980 7 1 471 0 N 1 536N 1 562N 2 N 1 580N 1 544N 3 N 2 413N 1 566N a a PSC PS6 x O O X 3 3
150. UIAA 4 O UIAA 9 5 UIAA 268 9 39 9 N IGRALO HOD PSC 262 3 6 19 O 2007 237 1 0 39 O
151. 134 20 MEL UIAA CE 5 3 1 5 3 1 UIAA CE 2 5m 2 3m 3 8 a _ KA HERRE 2 5m before wt jot ir r f peak force fst drop 3 during first drop RI i half rope lt 8 kN single rope lt 12 kN falling mass half rope 55 kg single rope 80 kg at least 5 drops 1 lt without breakage dynamic elongation 40 no
152. 10 20 26 7 4 3 1 42 4 3 2 43 4 4 4 4 1 4 4 1 1 1M 2M 1 2
153. 2M C6802 2005 10 1 1 2 1 1 1 2 3 8cm 1 2 LES 3 1M 2M UT J IS C 6802 2005 10 1 54 8 2 1 2 1
154. e e 10m e 2 1M 2M 3R e 1M 2M 15 6802 2005 p9 3 50 10 100mm 7mm 1 2 1M 2M
155. 34 1 PSC F ai 4 4 1 20 21 22 6 18 C6802 2005 4 1998 EK JIS 1 2 3A 3B 4 5 2005 1 1M 2 2M 3R 3B 4 7 A 1M 2M 22 12 H 17
156. e 1M 2M IEC 60825 1 2007 1S C 6802 2011 3 5mm 500mW IM 2M e r e cu 1M 2M IEC 60825 1
157. IIla IEC 3R OK IIla EC 3R DEER Mla 2011 01 18 113 8cm WEB g 4 2 8cm
158. 0 2009 4 2010 3 29 1 3 4 2 2 2008 4 2009 3 49 2 4 1 2 2 2007 4 2008 3 62 4 6 5 2 4 2 2006 1 3 1 1 2 2006 4 2007 3 40 1 2 5 2 2 2006 1 3 H 28 1 3 6 2 2007 4 2008 3 268 9 3 1 2010 4 12 5
159. 3 1 5 1 3 1 6 2 3 2 3 4 2 J QA 0 773mW 14 7mW 3B JISC 6802 1998 m PSC e JQA PSC i FORM J QA
160. 92h 8 4e 2 400 nm 700 nm IFAM 3 21 3R 3B Class 3R and Class 3B laser products 1 2 3R 3B 8 2 3 22 4 Class 4 laser product 3B 8 2 60 4 6 2
161. Ei BRUBHOELSA BRL SAMO fess iat in ae fa EL S S a k xq 1 1 47 1 15 196 1 S E R a aH 16 588 4 1 0 17 196 1 18 2 9 4 2 3 0
162. PPE Jo 8 NOHA nominal ocular hazard area NOHA MPE NOHA NOHA J 1S C 6802 2005
163. 0 22 4 1 D 1 3 3 3 hy 3 3 3 1 n He et oe A o BETAK il 113 F 0 65 20 2 56 E 1 5 8 3 40 D 2 5 5 4 12 B 6 5 2 5 95 F 1 0 13 6 49 D 1 5 8 33 om BY 3 4 Do
164. 5 400nm 700nm 3 1 2 3 IV 1M 2M 1 1
165. 8qm 8 2011 3 20 15 1S 51 e JIS6802 2005 IEC 60825 1 2007 LED 9 e 52 4 5 5 1 LAS
166. 96 4 6 9 RAPEX No 1 2006 BY 1 3 1 2mW 3R 1 2 y 19 D NITE 5 3B 4 6 10 NITE sara JARE 13 4
167. 3 1 3 2 2 1 1 No 1 BH 16 No 2 MAX 777 No 3 ES 3 EST No 4 CROWN HELMET CR II No 5 YF 5II 2 3 2 1 2 3 4 5 CROWN HELMET CR YF 5II L 125cc
168. 1S C 6802 2005 1S 5 7 4611 99 46 11 4 3B 3R 2M 1M O O O 1 O lo O lo oO O O O O 1 O O OXI O 2 O O O IO O JO OX1 O O O O O lo lo O O lo lo O
169. LPB2401BK No 22 LOGICOOL LCD R800 No 23 TLP 3200 B No 24 LPG 532 18 No 25 Wireless Notebook Presenter Mouse 8000 9DR 00003 iy No 26 T No 27 No 28 SILVERBACK AIRSOFT 1911 19 No 29 e
170. 2011 01 18 22 106 WG JVC Microvision 2011 01 18 22 IDW PRJ OITDA 2010 3 2011 01 18 22 107 2 2011 01 18 22
171. 2 EC IEC 60825 1 2007 Table 11 Condition 1 Condition 2 1S C 68025 2005 10 1 2 1 R F 2 1M 2M 2 1 2 1M 2M FH 1 1 2 IEC 1M 2M IEC 68025
172. Fall test half rope single rope E UIAA CE 4 5 3 1 UIAA CE 30qm NITE 135 UIAA CE UIAA CE Q O 8
173. 2 6 2 2 5 4 0 1 2 1 1 50 2 5 300 2 4 0 1 80 25 30 0
174. 3 19 2 3 19 2 8 at es ee 2 1 C6802 2005 2 1 DN C6802 2005 3 17 1 3 1 2 C6802 2005 3 17 1 55 3 1 2 C6802 2005 3 17 1 8 4e 3 1 2 AEL IEC ELT
175. AX O 3 2 2 1 No 6 No 7 Tfal 7 4 5L No 8 Fissler 4 5L 11 633 0 4 No 9 4 5L DLP KK 4 5 No 10 IH 4 5L LT E F 2 3 2 2 NO 3 5 1 4 1 1 2
176. 1 1M 4 6 1 E 7mm 14mm 1 2 1 AEL 50 IM 2 2M 1 1M 63 4 6 1 1AEL 1 1 8 1
177. 400 700nm BEX CRIBS AIK HAL 3R 3B 3B AEL 1 AEL 5 400 700nm 2 5 AEL Te 3B 315nm CW
178. 8cm 8cm 1 2 1 1 8cm 2011 01 18 22 4 1 2
179. 5 5 5 2 4 15 BERT TIV SAUD PRAT 1 Zeiss 1 0mW 2 f 6 3mW 2 3mW 3 2 2 3 3 5
180. HEH 1 4 0 0 7 0 0 wD Se 4 0 0 7 0 0 1 0 1 0 1M 2M 81
181. IS C 6802 2005 66 9 3 10 1 2 1 2 10 J IS C 6802 2005 9 3 P 23 10 6 10
182. 15 T E N a 2008 2010 2009 2011 2009 2
183. 4 Un 38 jL 22 2 2 20 21
184. 6 3 262 268 943 262 3 11 5 2 4 NITE 2005 2 1 5 1 E 2005 03 15 2004 2640 H 08 HA EnEn w S en ra 1
185. 8 2010 3 MR CC oe 60825 9 2010 3 94 2010
186. Was OO A E Gd SD 4 4 1 4 2 mt XE e a DDD EEEE E 4 2 2 ee SM7 5 ES 453 OO 4 83 2 SRT SE kk ES RG 4 3 3 6 31 4 3 4 ll 4 4 a E N a 45 ADN 2220HML2M0 EE 45 46 4 5 3 8cm 47 4 5 4 cas sces ca ca ececeaincee sevens scteeeneceniacvidvnvatectavgn scans 48 E e e E E EE EE 53 BGS ped e S S E EE 60 00 a T DE A E E a E AA 60 2 Wea AO iit E AA A T A ET E AEA 61 4 03 Ee 66 AO ANEC ET AR a a RN 69 4 6 5 PS C6802 Scone 73 76 4 6 7
187. 7 O X 3 3 14 3 2 4 1 No 14 9 5mm No 15 9 8mm No 16 10 0mm 15 2 3 2 5 SAN s 9 5mm 9 8mm 10 0mm ea i M 14 1 BLOROK N 10 910N 9 071N 2 4 2 7 845 3 11 768 3 2
188. lt 3mm 40 x 30 Japans 0 100 200 300 400 500 600 700 800 900 1000 mm 123 2 3R 1
189. 8 4e 3 8 4e 3 2 ty 2 Eo gt Sa 3 3 1 1
190. 2M 1 1 2 3R 3B 4 T Do MPE 74 JIS C 6802 2005 6 1 IM 2M 6 1 b
191. 2 509 50 TV 10W TV 100W 1 10 CO2 1 0 019KL 20 Tv 3800 KL 2030 2011 02 22 2 117 CT 2011 02 22 2 2 2011 02 22 22 118 2D gt MEMS
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212. 4 e Maculopathy From Handheld Diode Laser Pointer 91 e CliveH Sell MD J Shepard Bryan MD e 1999 e 1 3 11 670nm SMW 3a
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230. n 2 Condition 3 applied to collimated beam applied to diverging beam applied to determine irradiation relevant where e g telescope or where e g magnifying for the unaided eye and for scanning binoculars may increase the glasses microscopes may increase the hazard stop Aperture Distance Aperture stop Distance lt 302 5 gt 302 5 to400 25 2000 gt 400 to 1 400 1 for t lt 0 35 s 3 8 21400 to 4000 pnt Se 3 7 ee Page ded on hg s 1 for t lt 0 35 s gt 4 000 to 105 1 5 18 for 0 35 s lt t lt 10s 3 5fort2 10s WE ay in gt 105 to 106 NOTE The descriptions below the Condition headings are cases for J ENE only and are not intended to be exclusive I EC 60825 1 2007 P 52 4 6 4 IEC IEC IEC TR 60825 14 Safety of Laser products Part 14 A user s guide 14 TR Technical Report IEC Tabe 9 9 Laser controlled areas 7
231. ntenance or serviding and is intended only as a guide to laser controlled areas A risk assessment may indicate that a laser of a given class should be placed in a higher or lower category of controlled area or that a different system of protective controls is necessary in order to adequately reduce the risk 70 K 46 4 Kik IEC 60825 14 Table 9 1 2 1M 2M
232. o 1 22 12 H 16 Oo 2 23 1 18 3 23 2 2 Oo 4 23 2 22 H 36 4 2 1 D S amp T
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234. oducts that have failed Class 1 or Class 2 under Condition 1 Long range eye hazard if optical viewing instruments such as binoculars or telescopes are used Endosed or open plan Access to the ENOHA tobe controlled by procedural means i e by the use of signs instructions and training Where open plan public access into the ENOHA must be prevented Training required LSO recommended Prevent use of telescopes and binoculars Prevent refocusing of the beam Class 3R Low level eyehazard Unrestricted Training recommended i e Safety depends on Prevent direct eye exposure responsible use Class 3B Eye hazard Endosed and Training and LSO required Possible skin hazard interlock protected Ensure key security at higher ie access controlled by Endose as much of beam as levels of class engineering means possible using complete endosure where feasible Implement safe systems of work Use PPE if exposure risk is unavoidable Class 4 Eyeand skin hazard Endosed and Training and LSO required Possible fire and fume hazards interlock protected i e access controlled by engineering means Ensure key security Endose as much of beam as possible using complete endosure where feasible Implement safe systems of work Use PPE if exposure risk is unavoidable Protect against assodated hazards e g fire fume NOTE This table covers the normal operation of lasers i e not mai
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