JB/T 10018-1999 This standard is a revision of ZB J42 016-87 "Regular Polyhedron". During the revision, only editorial changes were made according to relevant regulations, and the technical content was not changed. This standard specifies the type, basic parameters and dimensions, technical requirements, marking and packaging of regular polyhedrons. This standard is applicable to the transmission of angle values ​​and the verification of regular polyhedrons for precision angle measuring instruments, precision machine tools and precision parts. This standard was first issued on September 12, 1987. JB/T 10018-1999 Regular Polyhedron JB/T10018-1999 Standard download decompression password: www.bzxz.net

ICS 25.060.20
Machinery Industry Standard of the People's Republic of China
JBrT10018-1999
Regular polygon mirror
Published on May 20, 1999
National Bureau of Machinery Industry
Implementation on January 1, 2000
3B, T10618-1999
This standard is revised on the basis of ZB[42016-87 Regular Polyhedron". The technical content of this standard is consistent with 2BJ42016-87, and only the relevant provisions have been revised. This standard replaces 2BJ42016-87 from the date of implementation. This standard Appendix A of the standard is the standard appendix.
The National Standardization Technical Committee for Tooling Instruments proposed and approved the technical standard. The responsible drafting unit of the technical standard is Harbin Panqi Cutting Tool Factory. The drafting unit of this standard is China Academy of Design and Technology, former Sanjunxi Institute of Gongda General Company, the main drafters of this standard are Yue Yufeng, Zhang Xiuzhi, Ding Xiuhua, and this standard was first issued in 1987.
Mechanical Industry Standard of the People's Republic of China
Regular Polyhedron
Regular polygan mirrnr
JB/T10018-199
代142016—87
不标造规定工多面按你的式，基本争效与大小，代依求求求，标标与包装等，本标消消適用及原母值轉轉和格定角皮合仪，拍率机工具和柯卡率气件止多面定文
速秘進用下完成文.
2.! The upper and lower multi-faceted (the lower and lower multi-faceted) are tested for the same value of the negative and the angle of the polygon. The angle measuring device with the accurate angle value is 2.2 Jingping
平平均在列说明中线和即梦体1作面中被面的平平（见2. 31. Angle of measurement 1. The angle formed by the normal of the measuring surface on the measuring plane. 2. 4H push surface
The surface for positioning during measurement (see Figure 1) 2. 5 Upper surface
The surface with markings opposite to the standard surface (see Figure 1) 3. Type, basic structure and size
The type of the body, the basic parameters and dimensions are shown in Figures 1, 2 and 1 (Figures 1 and 2 are only for illustration, not for showing detailed structure
Measuring plane
1 Working surface
One" Confirmation:
State Bureau of Machinery Industry 1999-05-20 Approved Figure 2
2000-01-01 implementation
The middle surface number
HT-19
standard nominal citywww.bzxz.net
21\10'35.3\
1B*56'50.5
1.5*39.7.8
design: the sample surface size with...-1 is required,.4 Technical requirements
4.! The working surface of the cable body shall not have any period of development and use of quality-based quick sink. Surface size
12x15*
10x204
440H8*
4.2 The model has four accuracy levels: 0, 1, 2, 3, including: deviation of working angle, tolerance of sub-surface of work, perpendicularity tolerance of work and reference surface, half-line tolerance between upper surface and reference surface, and flatness tolerance of the above table are shown in Table 2. 4.3 The model body is made of alloy T, GCI5, CTMn or Cr, and can be made of chemical steel, stone glass or optical glass. 4.4 Steel model must be graded.
4.5 The hardness of steel prism is less than 766HV. The magnetic scale value of the working surface of the nuclear part is 0.025m; the surface roughness scale value between the upper surface and the reference is 0.05m4.6
The working surface of the body made of quartz glass or quartz glass must be coated with a total reflection film.
Number of faces of the work surface
Working tolerance "
JB/T10018-199
1 The flatness error of the base is allowed to be within the range of 0.5mm. 5 Marking and packaging
5.1 The upper surface of the roll should be marked with the "manufacturer's name" and the "registered" mark:
b) product serial number;
The number of faces of the working surface:
d) the serial number of the lower corner.
5.1 Marking on the packaging box of the building:
a) manufacturer's name or trademark:
b) product name;
e) the number of faces of the lower working surface:
) penetration, etc.
5.3 Before color assembly, the steel calibration body shall be treated with anti-rust treatment and well packed. 1. Flatness tolerance of the product
1 The flatness tolerance of the reference surface
The mean tolerance of the half-length between the table and the system
「Year [(9mrt length!: ]
5.4 The calibration body that has been verified and meets the requirements of this standard shall be accompanied by a product certificate. The product certificate shall be marked with the standard number, accuracy grade, product serial number and date of production of this standard.
1 The deviation of the angle of the multi-faceted compensation body
JB/T100181999
Appendix A
(Green standard record:
Test method of prism
Mold misalignment The accuracy of the body can be verified on a multi-tooth indexing unit, or on a gearbox generator, by a test point dial or by a full combination comparison method. Other methods can also be used. When calibrating, the relative hole is used as the positioning center and the reference surface is used as the positioning surface. 2 Regardless of which of the above-mentioned calibration methods is used, the calibration uncertainty should not exceed the requirements of Table A1 below Table A1
Conditions
Calibration uncertainty
4 a-/3
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