JJG 1097-2014 English PDF

JJG 1097-2014_English: PDF (JJG1097-2014)
Standard IDUSDBUY PDFLead-DaysStandard Title (Description)Status
JJG 1097-2014739 Add to Cart 6 days Verification Regulation of Phoropters(Eye Chart Included) Valid

BASIC DATA
Standard ID JJG 1097-2014 (JJG1097-2014)
Description (Translated English) Verification Regulation of Phoropters(Eye Chart Included)
Sector / Industry Metrology & Measurement Industry Standard
Classification of Chinese Standard A60
Classification of International Standard 17.180
Word Count Estimation 32,377
Date of Issue 2014/6/15
Date of Implementation 2014/9/15
Quoted Standard GB 11533-2011; ISO 10341-2012
Adopted Standard ISO 10341-2012, MOD
Drafting Organization China Institute of Metrology
Administrative Organization National Technical Committee of medical measurement
Regulation (derived from) The State Administration of Quality Supervision, Inspection and Quarantine Notice No. 64 of 2014
Issuing agency(ies) State Administration of Quality Supervision, Inspection and Quarantine
Summary This Standard specifies the phoropter and far vision chart (not included in the reading eye chart) the initial verification, subsequent verification and use of checks.


JJG 1097-2014 Verification Regulation of Phoropters (Eye Chart Included) State verification procedures People's Republic of China Integrated refractometer (including eye chart) Phoropters (EyeChartIncluded) Issued on. 2014-06-15 2014-09-15 implementation The State Administration of Quality Supervision, Inspection and Quarantine released Integrated refractometer (including eye chart) Verification Regulation Phoropters (EyeChartIncluded Focal point. the National Technical Committee on Medical Measurement The main drafting units. China Institute of Metrology Participated in the drafting unit. Hangzhou quality technical supervision detection hospital Zhejiang Institute of Metrology Shanghai-Bo Precision Instrument Co., Ltd. Hangzhou precision optical instruments to fly Manufacturing Co., Ltd. This procedure entrust the National Technical Committee is responsible for interpreting medical measurement The main drafters of this procedure. Zhang Ji Yan (China Institute of Metrology) High Bright (China Institute of Metrology) Drafters participate. Liu Wenli (China Institute of Metrology) Zheng Ru (Hangzhou Quality and Technical Supervision and Inspection Institute) Wang Wenxing (Zhejiang Institute of Metrology) Hu Chi-bing (Shanghai-Bo Precision Instrument Co., Ltd.) Murdoch just (Hangzhou precision optical instruments to fly Manufacturing Co., Ltd.) table of Contents Introduction (Ⅲ) 1 Scope (1) 2. References (1) 3 terminology and units of measurement (1) 3.1 integrated refractometer (1) 3.2 reference plane (1) 3.3 After the vertex (1) 3.4 prism (1) 3.5 optotype (1) 3.6 visual acuity chart (1) 3.7 Perspective (2) Visual target growth rate of 3.8 (2) 3.9 Vision Records (2) 3.10 Design Distance (2) 3.11 Check the distance (2) 3.12 standard distance (2) 4 Overview (2) 4.1 Composition and use (2) 4.2 principle and structure (3) 5 metering performance requirements (4) 5.1 integrated refractometer (4) 5.2 visual acuity chart (5) 6 General Requirements (6) 6.1 integrated refractometer (6) 6.2 visual acuity chart (7) 7 control of measuring instruments (7) 7.1 Verification condition (7) 7.2 The main test equipment (7) 7.3 Verification Project (7) 7.4 test methods (8) 7.5 Verification Results processing (11) 7.6 test cycle (12) Appendix A distant vision statement "E" type, as the standard data (13) Style eye chart different calculation method B, as the standard-sized appendix (14) Appendix C phoropter top power measuring device (15) Appendix D integrated refractometer original record format recommended (16) Appendix E chart format recommended by the original records (19) Appendix F integrated refractometer test certificates/test results notice (inside) Recommended format (20) Appendix G eye chart test certificates/test results notice (inside) Recommended format (23) introduction JJF1002-2010 "national verification procedures write rules", JJF1001-2011 "common terminology and measurement The definition of "together constitute the support of the protocol development of the basic family of specifications. The combination of integrated refractometer develop procedures and visual status of the domestic table and the special requirements of the application, modify, adopt ISO 10341.2012 "ophthalmic instruments optometry head" (Ophthalmicinstruments-Refractorheads) and GB 11533-2011 "standard vision chart." This procedure is the first release. Integrated refractometer (including eye chart) test procedures 1 Scope The order applies to integrated refractometer and far vision chart (not included in the reading eye chart) the initial verification, follow-up inspection And given the use of checks. 2. References This procedure refers to the following documents. GB 11533-2011 standard vision chart ISO 10341-2012 ophthalmic instruments optometry head (Ophthalmicinstruments-Refractorheads) For dated references, only the dated edition applies to this procedure; undated reference documents Member, the latest edition (including any amendments) applies to this procedure. 3 terminology and units of measurement The following terms and definitions apply to this procedure. 3.1 phoropter phoropter Also known as the head of optometry (refractorhead), commonly known as bovine lung or head, it is to check with the ball optometry lenses, lenticular Films, prism sheets and various auxiliary lenses and various adjustment components integrated in one visual inspection equipment, through different internal mirror Superimposed on the disc combination lenses, eye examination to achieve the refractive status and visual function. 3.2 reference plane referenceplane Top with integrated refractometer power measuring device reference plane of the integrated refractometer for checking the time on on this plane Metrological performance spherical degree of integrated refractometer, cylinder Indication errors, etc. for examination. Note. The method for determining phoropter reference plane generally given by the manufacturer. If manufacturers do not specifically pointed out that the use of integrated test The 15.00m-1 spectrometer ball lenses to determine the position of the reference plane. 3.3 After the vertex backvertexpower After the lens near the axis in meters measured at the top of the reciprocal of the focal length. The unit is the reciprocal meter (m-1). Note. The top paraxial focal length is the distance after the paraxial focus from the vertex to the lens. 3.4 prism prismaticpower Measure the light deviated by a predetermined point on the lens produced (usually the center of the lens) later. In centimeters per M (cm/m). 3.5, as the standard optotype Determination of vision with a variety of text, numbers, or graphics. NOTE. Depending on the measured object or situation, you can choose one or more visual target. 3.6 eye chart eyechart By the arrangement according to certain rules of composition, as the standard measurement for the human eye vision chart. ......


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