バーコード検証機の最新状況 - munazo.org

1 1 /PTP 3:3 JEITA ISO/JTC SC31 WG1 JAISA 2 3 1D/2D >JEITA 2006 ~ ISO/JTC SC31 WG1 1D/2D 2006 3 ISO SC31/WG1 2007 9 ISO SC31/WG1 2008 5 ISO SC31/WG1 2008 9 ISO SC31/WG1 2009 9 ISO SC31/WG1 2010 9 ISO SC31/WG1 2011 9 ISO SC31/WG1

2 >JAISA 2006~2010 JISx0508 PDF417 JIS JISx0509 GS1 JIS 4 JISx0521 JISx0522 1 JISx 0524 JISx0508 PDF417 JISx0509 GS1 RSS JIS 2006 2005 > GS1 2009~ GS1 > (2009) STEP (2009) 5 /PTP/ 6 ) 16:20~ ) 16:23~ 16:30~ ) 16:37~5) GTIN 16:45~6) GS-1 DataBar 16:50~7) /PTP 16:55~8) 17:05~9) 17.

3 10~71) 10 9 10 11 1978 EAN 1978 JIS B9551 1985 JISX0501 1990 ANSI 1918 Traditional ANSI 1996 ISO/IEC JTC1-SC31 Automatic Data Capture WG1 / WG2 / WG3 2004 JISX0507(ISO/IEC15420 2000 ) EAN/UPC 2005 UCC ECCC EAN GS1(Grobal Standard 1) 12 ISOIECGS1GS1 CENJISCAIMUSAAIME urope JIPDRCAIMG lobal1972 AIAGSC31 ADC EIASEMIHIBCCODETTEJAMAEIAJ Global Standard 1 UCC Global Standard 1 EAN 2005 JAN 1969 JTC 1 ANSIGS113 ANSI /ISO /JIS / GS1 GS1 General Specifications 16 JISX0501-1985(2010 ) JAN JISx0507-2004 (ISO/IEC15420-2000)

4 EAN/UPC JISx0502-1994 JISx0504-2003(ISO/IEC15417-2000) 128 JISx0506-1994/2000 (ISO/IEC ) JISx0505-2012(ISO/IEC1639-2007 2 5 JISx0503-2012(ISO/IEC 16388-2007) 39 JISx0509-2012(ISO/IEC 24724-2011) GS1 / 15 JIS JISx0508-2010(ISO15438-2006) PDF417 JISx0510-2004(ISO18004-2004) QR JIS ISO/IEC 16022-2000 2012 / 16 ISO/IEC15416-2000 (JISx0520-2001) ISO/IEC15415-2004( JIS ) ISO/IEC15419-2001 ISO/IEC15423-1-2001 JISx0522-1,2005 P1 ISO/IEC15423-2-2001 JIS P2 ISO/IEC15426-1-2005 JISx0521-1:2000 P1 ISO/IEC 15426-2-2005 JIS P2 / / 19GS1 General Specifications 18 ISO15416(2000 ) (1990 ) / / / / / / 19GS1 General Specifications.)

5 GS1 20GS1 General Specifications EAN/UPC X 0,18mm<=X<0,33mm ISO 5mil GS1 EAN/UPC 6mil > 1990 5mil >1995 2004 6mil > 6mil EAN/UPC GS1 >2005 6mil ISO15416/JISx0520 5mil 3mil 23 ANSI/ISO/JIS GS1 620 700nm 720 940nm 1990 2000 24GS1 * GS1 2013 23 .. -1.. GS1 24 1.

6 1 ISO15416/JISx0520 - 1 252. JISx0520 * ISO/IEC15416 NOTE Figure 1 illustrates the principle of the optical arrangement, but is not intended to represent an actual may not correspond with the optical geometry of individual scanning systems. Alternative optical geometries and components may be used, provided that their performance can be correlated with that of the reference optical arrangement defined in this section.

7 ISO/IEC15426 126 -1. 45 ~60 90 27 ISO/IEC15426 1 TruCheck201R TruCheck USB Xaminer EliteScan Vision TruCheck USB CCD PC6015/6515 LED Inspector D4000A28 . Applied Image GS1 Applies Image The Judge GS1 29 GS1 GS1 The Judge GS1 JISx0521 1(ISO/IEC15426 1) 30 ) a b.

8 C d 31a X 32a / / 33a / 34b / , / 35 A 36 ( )

9 37c 10 80% 80% 10% 10% 38 / d / / QZ * 91 40 / Rb Rs 41 / / =(Rmax-Rmin)/2+Rmin42 13.

10 48 45 2000 44 47 Actual edge Expected edge location46 Code3of9 ITF 2 / EAN/UPC GS1 128 GS1 DataBar n,k n= K= 47 2 / / RT / 50 2 / 49 / (n/k) n= K= (n/k) RT all j = 1 to n 2(k 1) , RTj = ((j + 0,5) S) / n e RT / 53 52 Rmin)