The sampling inspection scheme and procedures designed in this standard are supplementary to GB/T 2828 (ISO 2859-1). This standard and GB/T 2828 can be referenced in product specifications, contracts, inspection instructions or other documents. When using this standard, the "responsible department" should be specified in the above documents. The sampling inspection method of this standard can ensure that the batches of acceptable quality have a high probability of acceptance and make the rejection probability of inferior batches as high as possible. As in GB/T 2828 (ISO 2859-1), the defective rate is used to express the batch quality and the corresponding production process quality. This standard is mainly used under the following conditions: A) The inspection procedure is applicable to continuous batches of discrete products, that is, these products are all provided by the same manufacturer using the same production process. If these products come from different manufacturers, this standard should be used separately. B) Only a single quality characteristic X of the product is considered, and this quality characteristic must be measurable using a continuous scale; if there are several equally important quality characteristics, this standard should be used separately. C) The production process is stable (under control) and the quality characteristic X obeys or approximately obeys a normal distribution. D) If the contract or standard specifies the upper specification limit U, the lower specification limit L, or both the upper and lower specification limits; the product is considered unqualified when the measured quality characteristic X meets one of the following inequalities: 1) For the upper specification limit, it is unqualified when X＞U; 2) For the lower specification limit, it is unqualified when X＜L; 3) For the double-sided specification limit, it is unqualified when X＞U or X＜L. In the latter case, it is further divided into comprehensive double-sided specification limits and discrete double-sided specification limits according to whether the upper and lower specification limits specify a total AQL value. GB/T 6378-2002 Variable sampling inspection procedures and charts for defective product rate (applicable to the inspection of continuous batches) GB/T6378-2002 standard download decompression password: www.bzxz.net
The variable sampling inspection plan and procedure designed by this standard is a supplement to GB/T 2828 (ISO 2859-1). This standard and GB/T 2828 may be referenced in product specifications, contracts, inspection instructions or other documents. When using this standard, the "responsible department" shall be specified in the above documents. The sampling inspection method of this standard can ensure that batches of acceptable quality have a high probability of acceptance and make the rejection probability of inferior batches as high as possible. As in GB/T 2828 (ISO 2859-1), the defective rate is used to express the batch quality and the corresponding production process quality. This standard is mainly used under the following conditions: A) The inspection procedure is applicable to continuous batches of discrete products, that is, these products are all provided by the same manufacturer using the same production process. If these products come from different manufacturers, this standard should be used separately. B) Only a single quality characteristic X of the product is considered, and this quality characteristic must be measurable using a continuous scale; if there are several equally important quality characteristics, this standard should be used separately. C) The production process is stable (under control) and the quality characteristic X obeys or approximately obeys a normal distribution. D) If the contract or standard specifies an upper specification limit U, a lower specification limit L, or both upper and lower specification limits; the product is considered unqualified when the measured quality characteristic X meets one of the following inequalities: 1) For the upper specification limit, it is unqualified when X＞U; 2) For the lower specification limit, it is unqualified when X＜L; 3) For the two-sided specification limit, it is unqualified when X＞U or X＜L. In the latter case, it is further divided into comprehensive two-sided specification limits and discrete two-sided specification limits according to whether the upper and lower specification limits specify a total AQL value.

TES 53- *20. 30
National Standard of the People's Republic of China
GB/T6378--2002
Generation 3163781986
Sampling procedures and has or inspectiolbyariablesTorpercenlnonconformingAppliedloinspeclionofsuccessivefotsorbatchcs)Is 3951.198y,Sampling procedures and charts lor insncctionbyvariahleg forperccntnoncanaarming,NFQ?2002-06-13 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
20030101Implementation
Normative document
? 3. Terms and definitions
General provisions
Acceptable quality level (AQL)
4.1 Use of A21
4.1.2 Semi-definite AQL
Substituted AQL
4.2 Certificate belt, tightening and release of product inspection and transfer regulations
4.3.1 Micro-point
4.3.2 Same point
1. Non-continuous production and sampling characteristics
4.1 Continuous production
2 Sampling characteristics (C by line)
5. Implementation of a single sequence
3 Selection of sampling plans
5.? 4. Selection of sampling plan and sampling method 6.5.1 Standard plan 6.5.2 Special plan 6.6.1 Selection of sampling plan 6.6.2 Selection of sampling plan 6.6.3 Selection of sampling plan 6.6.4 Selection of sampling plan 6.6.5.1 Standard plan 6.6.2 Special plan 6.6.3 Selection of sampling plan 6.6.4 Selection of sampling plan 6.6.5.1 Standard plan 6.6.4 Special plan 6.6.5.2 Special plan 6.6.4 Selection of sampling plan 6.6.5.3 Selection of sampling plan 6.6.4.1 Preliminary work 6.6.4.2 Standard procedure for sampling 6.6.4.3 GH/T 6378—2002 6.6.4.5 Acceptance criteria for single or double-sided limits 6.7.1 Preliminary work 6.7.2 Standard procedure for sampling 6.7.2.2 Acceptance criteria for single or double-sided limits 6.7.2.3 GH/T 6378—2002 6.7.2.3 Acceptance criteria for single or double-sided limits 2002
.2.3 Method of single-measurement specification limits
72.1 Graphical method of single-measurement specification limits
3 Numerical values ​​of branch-effect specification limits
2. Graphical method of branch-effect specification limits
The acceptance criteria for double-measurement specification limits inspection are as follows. "Standard procedure for method...
7.3.1 Methods for obtaining...
7.3.2 Acceptance criteria for single-measurement or double-measurement specification limits...· Acceptance criteria for combined minimum specification limits...=Consecutive inspection procedure
7. Current status and high detail values
7. 5- 1: Diagnostic
6 Liao request
?.6." Acceptance of the tire.
. Transfer rules
7.7.1 Correction according to the account
7.7.2 Routine inspection to strict modification
.7.3 Strict inspection to routine inspection....
Stop routine control and supervision to loose inspection-
.7.> Relaxed inspection should be normal inspection.
?." Inspection entrustment temporary suspension and resumption...
7.9.1 Inspection philosophy,
3." Inspection information
,! Strict inspection and slightly loose inspection acceptance mountain load. Conversion method.
Appendix (Normative Appendix) Statistical theory
A.1 Symbol
A.2 Positive distribution
, non-conforming product rate
quality change
and do not change the design effect immediately. The receiving liquid
A: 6 Comprehensive double-measurement specification limit receiving liquid
A.6.1 Comprehensive double-sided period limit
process standard securities
A..3 According to the receiving curve
inhibition sample inspection
".\ Reach
receiving narrow number of guide||t t||......
The single-sided and discrete double-sided inspection limits are 4.%,?
A, and the double-sided inspection limits are 4.%. \Method"
High, 1 Acceptance number of pull
A..2 Acceptance criteria for single-sided specification limit and discrete specification limit inspection A.5.3 Acceptance criteria for combined low-level inspection A.5.4 Composite double-sided specification limit inspection
Profit seeking standard idle! "The paper diagram used by the paper: small example "in the new complex again \" method, single-sided standard grab non-acceptance diagram? Show the "method used in 4, discrete strong supply specification limit acceptance diagram Figure 3* method, sample code FAQL = 1.>.MSSJ) = 2. Acceptance supply line diagram example? The "reached, combined double-sided specification limit acceptance curve diagram Figure 4
Ei sR
wood character code
second sampling method of inspection
first state rate flash: out of the line
Figure: -T)
a·Shen oil fence plan of the shooting curve -
sample size Ning code (:
sample rate code
single sampling plan of the reduction
sample is Ning code
·second batch The sampling rate is about the material property of the sample
The detailed inspection direction of the second sampling
The risk characteristics of the single sampling can be concluded
The extraction characteristic curve of the decision-making plan
The inspection curve of the oil boom plan
The sampling characteristic curve of the first sampling element
The sampling characteristic curve of the second sampling flow
The support curve of the sampling plan| |tt||One-time loss sample rate adjustment characteristic line
One-time change sample force plan extraction characteristic line
Sample wooden egg code
Sample 4 quantity Ning code 1
Sample product code
Sample bone code K
Sample wooden disk
Push the original code M
The original code N
Sample music code P
A result of the acceptance The normal inspection method for the fuel efficiency and water content of % is the code diagram s
system platform resulting in the acceptance curve of the specification limit "". "Method sample number D sample size 5)
Qiong combined with the double specification limit acceptance line
comprehensive double acceptance tolerance related acceptance line
system containing double specification limit acceptance line
screening free in the system specification limit acceptance line
diagram. I Comprehensive double grid connection line
Comprehensive enterprise double side specification limit acceptance curve
Comprehensive efficiency specification limit acceptance curve
Figure sp
Figure cT
Comprehensive grid development acceptance line
Combined double convenience specification limit acceptance curve
Combined double specification limit acceptance line
Standard change slow squeeze limit this acceptance line
Comprehensive efficiency creation energy acceptance
Comprehensive request side specification limit teaching acceptance Curve method
Comprehensive double-sided regulation service collection curve
"，\
"\method
sexual 4 quantity science pregnancy (scan 4 quality 10)
sample quantity Ning code ((sample to display 151,
sample see sub-code H (details in this).
Foreign month code sample disk 25)
hold quantity code 1 column this paragraph 35)
\format this science)
""Ran
sample not quantity code 1.1 Sample 73>
Sample month word sample)
Sample sense half code V sample wood quantity 150
Push this gas 1 (this city 2C6)
Ontology code C
Sample wood plate code
GB/T63782002
GB63782002wwW.bzxz.Net
·Figure rF shocking side specification limit acceptance curve diagram: comprehensive double stroke specification limit acceptance curve diagram H comprehensive double side specification limit According to the acceptance curve
".\Hong
group of wood an word F,
"\Zhang
"a Wo
because 6-1 tracking combined double-sided specification limit acceptance curve
Figure. "The final acceptance curve of the combined double-sided specification limit is detailed in this Dong word code G
￥This quantity science code [
sample domain code 1
sample most word code"
sample quantity word code K
Figure-K contains double you standard training The acceptance curve of energy ". \ Da cup this word
Figure. The acceptance curve of the comprehensive double-side specification limit eM
The proposed acceptance curve of the comprehensive double-side specification limit
The acceptance curve of the comprehensive double-side specification limit
The acceptance curve of the comprehensive double-side specification limit
The positive case points:
Figure A.2 Standard normal distribution
"" method
Sample 4 quantitative code M
Sample Jieyuan Yu again N||t t||"\Method to distinguish this mouse Ning code guard
Figure A for a fixed lower specification limit 1 is the same value (the corresponding sample Figure A, and "For a single lower specification limit test, the acceptance diagram is known. The user knows. For a single upper specification limit test, the acceptance diagram is.. Figure. and the separate double specification limit test are based on the acceptance diagram Figure A.7
Be careful to keep the influence of the exciting change on the process average on the defective rate. When the product is kept constant, it is necessary to explain the average defective rate. The impact of Figure A8
Figure A.! For the integrated double-drawing limit, -AQ1 Xing unqualified products firmly on the plane outline Figure A.10\\Method comprehensive effect side specification limit technology acceptance Figure A.11
""Let the double measurement heat, limit inspection cold acceptance by practice Figure "Method original false paper"
show 1-A sample quantity code and inspection result of this plane
B positive belt inspection details of this quantity Ning Chuang and sample ≥ basic stop normal nuclear industry one change plan (main table): 5 method table 2- 4
Strict inspection oil selection and rate "land", "Table 2-
Political loose inspection one-time sampling detailed plan main table), ", \ table 3-A normal environment inspection one-time selection force density (main table) "second old 3-H strict inspection change oil case (± clothing) "\ table 3℃
relaxed inspection one-time sampling plan (main table): "\ method maximum sample standard maintenance (MSs> quantity "value: "\ table -5
Table 4-:F
is too process standard Ya case (MFST). Value: "\Select table-13
Column code
Single-shot plan test characteristics curve I effective value table in 5-℃ sampling for the sampling selection line digital: table sample driving heart
Table-D single-shot sampling plan test characteristics also line number table sample size code IF table-F single-shot sampling force line test Texas value table sample code
Table 5F single-shot oil sampling plan test characteristics curve load value table analysis code F Table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5-H-1 sampling method single sample inspection characteristic curve numerical table 5
Single sampling plan sampling characteristic curve value table
Sample six longning 1.
Arrange the original code M
Single sampling is the required sampling characteristic curve value table sample or code N#5
Single sampling plan sampling characteristic curve value table sample size code under the strict inspection will be pushed to the sampling plan and the normal inspection plan of the corresponding relationship table 6A
Relaxed sampling plan and the normal inspection plan of the corresponding relationship GH/T6378
GB/T637R—20C2
+Standard G1T-19 The metrological random inspection process chart of the defective product rate is suitable for the control of batch change in month 3. This standard corresponds to the international standard: 19, and the degree of effectiveness is non-equivalent to that of 1989. Compared with C[37-156, this standard has major changes in technical content: the table and
of the draft standard are adopted in accordance with the technical content of [S039511S89]. The significant internal inspection value of the composite double specification limit test of 3/6378186 is eliminated in the Ning version, and the 1/378-18 implementation procedure is retained, and the significant content related to the \R method test is cancelled. This paragraph shall be subject to the final approval of the name and nature of the certificate. The necessary changes shall be made: This standard shall only be proposed by the Technical Committee for Standardization of the whole region. The drafting units of this standard are: Military Academy, China International Standard Research Center, Institute of Mathematics and System Engineering of the Chinese Academy of Sciences, Institute of Musical Instruments Standards, Ling Industrial Co., Ltd. The drafters of this standard are: Yu Mang, Liu Wen, Shu, Shi Zuoming, Chang Zhijiu, etc. This standard is first issued on the market
1 Scope
Sampling inspection procedures and charts for the calculation of the rate of non-conforming products (applicable to the inspection of continuous batches)
CB/T6378-2302
The measurement sampling inspection program and sequence designed by this standard shall refer to the supplementary points of GB/T2H2K(15()91). This standard and/9828 can be referred to in product specifications, contract inspection instructions or other cabinet documents. When checking this standard, the responsible person shall be specified in the above documents.
This standard has been inspected and delivered, and can ensure that the batch has a receiving tree, and can give the highest possible quality before the batch is received.
It is the same as GB/2828:ESO28591>. The batch quality and material quality records of the production process shall be used to express the non-conforming product rate. This standard is mainly used under the following conditions: a) The inspection procedure is used for continuous batches of discrete products, that is, these products are all provided by the same production process. If these products come from different production methods, this standard should be used separately: b: This is a single quality characteristic X of the product, which must be measured by a continuous scale when quality certification is required. There are several important quality characteristics! The quality characteristics should be used separately: ) The production should be assumed (under controlled conditions), and the quality characteristic X obeys or is likely to obey a normal distribution. ) If the current specification limit and the lower specification limit are specified in the same or standard, or if the upper specification limit and the lower specification limit are specified at the same time, the product is unqualified when the maximum quality characteristic × does not meet one of the inequalities: 1) For the upper specification limit X, it is unqualified; 2) For the double specification limit or X~, it is unqualified. In the latter case, the total AQI value is further divided into the comprehensive two-sided specification limit and the discrete two-sided specification limit according to the upper and lower specification limits.
2 Normative references
The following documents shall become the system of this standard through the use of this standard. For any document with a specified date, its subsequent amendments (not including the contents of the number of amendments) or quality agreements are not applicable to this standard. The parties concerned shall study whether the latest versions of these documents can be used. If the date of application is specified, the latest version of this standard shall apply. GB/2828\Count sampling shall be counted according to the acceptance quality limit (AL) of the library search method to idt 1S 85y 1)
(1/5368.1 Statistical terminology Part - 1 Statistical terms 3, T5.2 Statistical terms Part - 2: Statistical quality management GES3EC data analysis and statistical estimation Confidence intervals/TA&2 Statistical treatment of data Normal ratio test 1) This is a test of the GB/T 2222-1587 standard for efficient sampling procedures and sample tables (using the standard: 3 accounts!, etc. 9
GH/T 6378- 20C2
B153 The verification and interpretation of the normal single book abnormality and the verification method of the internal situation of the laboratory test standard test method of the verification and marketability 3 Terms, definitions and symbols
3.1 Technical specifications and definitions
GR/T35H.1.3/.1.2G5/T2828.JS2859: A list of technical standards and definitions is established in accordance with the applicable 4 standards. 3.1.1
Unit product ilem
For the purpose of sample inspection, the product components can be divided into technical specifications 3.1.2
Measurement of the measured characteristics of the product.3. 1- 3 ... 3.1-6
Acceptable quality level: a) acceptable quality level is the minimum acceptable quality level for batches of defective products to be inspected and approved. 3.1.7
Limiting quality (LQ) is the point of inspection, for parallel sampling inspection, limited to a certain minimum rate (for this standard, 10%) of the point of quality. 3-1-8
Unqualified
nnnconfurming
single product or service, the person responsible for the quality control shall meet the requirements specified by the enterprise. The whole standard is strict and strong, and can be divided into eight categories: unqualified, qualified and non-conforming. 3- 1- 6- 1
Class A unqualified classAifnncanformingA sent non-conforming consultation has a serious impact on the quality of the product. In the random inspection, the value of non-conformity can be used to reduce the amount of the product.
3. 1- 6- 2
Class R non-conformity has a relatively strict impact on the product. In the random inspection, the value of non-conformity can be used to reduce the amount of the product.
3. 1- 6- 2
C English unqualified elassnfnnnronforming class unqualified consultation has a greater impact on the quality of the following prenatal staff: in the drop inspection can be micro-his book than class A and class 2
acceptable quality stop water.
unqualified product nnnenfmmity
list a few - item security step characteristics not now the unit product and (or service, 3- 1- 1C
\s\ method\r\nilwd
use the column this standard coupon assessment than the positive female prescription 3. 1. 11
\\ method\g\methid
birth H too strong standard first detailed determination batch acceptance force method: 3. 1. 12
Specification limitpceiicationHimt
is used to determine whether a product or service meets the quality standards. 3. 1. 13
lower specification limit.lowerspeeificatlonlimltFor unit product service, it is the lower specification limit of the previous specification limit. 3. *.14
upperspecificatiaulimii
upper specification limit>
for unit product cost, it is the upper specification limit of the enterprise. 3. 1. 15
single specification limityinglespifientionIlmit only the upper or lower specification limit determines the minimum acceptance level specification limit. 3- 1. 16
doublespecificationlimit, that is, the lower specification limit determines the acceptance level specification limit. 3. 1. 17
separate double specification limitsscparaledoublesperifiuulionlimit The upper and lower specification limits of the acceptable quality level are respectively defined by the double specification limits. 3- 1. 18
rounbined double specificatlon limit The lower specification limit is the double sided specification limit of the total acceptable quality level. 3. 1. 19
CB/I63782007
Acceptance constantaceeplabilitysunsunsian acceptance standard The acceptance constant is a single number determined by the acceptable sample quantity and is used to determine whether a batch is acceptable. The quality statistic (Q) qualityslulisti specification limit, the function of the sample size and standard deviation, the question is to compare Q and the acceptability of a specified batch. 3 1.21
Lower quality statistics (Qr.) lowerqualitystatistics (Qr.) lowerqualitystatistics (Qr.) lowerqualitystatistics (Qr.) lowerqualitystatistics (Qr.) lowerqualitystatistics (Qr.) lowerqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) upperqualitystatistics (Qr.) deriniun When the inspection is carried out according to the combined double specification limits, the standard deviation of the selected sample shall be large. 3.1.25
Transfer rules swltchlnerules
. In the individual sample planning, the sampling plan shall be changed according to the actual quality of the sample plan. The new sampling plan shall be changed according to the strict or loose sampling plan. 3.2 Symbols
This standard uses the following symbols
The reasons in Table 4-4 are the final reasons. It is the standard deviation and the 4 arrows of the difficulties, It is more sensitive than the standard and! The value is: K
When and the acceptance constant:
Ride ratio, "." The acceptance constant of the method is busy
Second specification limit!
Upper specification:
Duqi (the effective quantity of a single product in a batch)
Sample empty single (the number of sample lamb products): P
Bottle receiving car;
Quality statistics:
Good: Lower quality statistics;
Q: Upper quality statistics:
Standard coupon process standard coupon estimation ):
The most important characteristic measurement technique in this column is: positive lower acceptance number:
Y, upper acceptance number of Y:
5 The measurement of this characteristic is:
"On the process card:
The upper process card is called the pass card in some places). 4 General provisions
4.1 Acceptable quality level [ACL
2.1.1 Use of AQL
In this specification, 4Q and sample size code sampling plan, 4.1.2 Designation of AQ1.||tt| |AQ product manual, or the responsible department specifies. For separate double-measurement limits, the upper and lower limits should be plotted with their respective AQI values; for comprehensive multi-side thermal limits, the upper and lower limits should be given a total A value.1
4.1.3 Preferred A1
CB/T53/82002
This standard gives 11 Q values ​​from 0.1% to 10% defective rate, which are designed according to the optimal light number system. For any product or service, if the AQI is not lower than the upper optimal light, this standard cannot be applied. In order to implement the transfer rule, 3.055% and 25% 1.00 are also given, and the corresponding oil details and acceptance limits are only used in the case where the transfer rule is implemented when the AQ1 is 0.1% or 10% under the inspection condition: 4.1.4 Note
This standard Q! . The protection provided is applicable to the inspection of subsequent batches. 4.1.5 Limitation
Designation of AQ values ​​· The manufacturer has the right to supply any known nonconforming product according to the specified value. 4.2 Normal, strict and relaxed inspection and adjustment rules 4.2.1 In order to prevent the manufacturer from over-qualified products from passing the process. This standard specifies the strict time limit for transfer of inspection results. If strict inspection cannot improve the production process, the manufacturer will be encouraged to improve its production process. 4.2.2 If the protection provided by this standard AQ1. is to be maintained, the strict inspection and adjustment and replacement inspection rules listed must be implemented as a whole.
4.2.3 When the results of the light assumption show that the quality level is stable and is indeed lower than AQ1. This standard provides an option to relax the inspection. However, the proposed rule is sufficient for the quality department to choose: 4.2.1 When using the ".\ method, if there is sufficient basis on the control chart, the "," method can be used instead. For example, the book value is taken as the value of the product. 4.2.5 When the sampling is suspended, the production capacity has not taken effective measures to improve its product quality before the test. 4.2.E transfer to our rules book 7.77.8 gives
4.3 and GB782828591) related
4-3-1 Points
) This standard is GT/2S)2H-1Additional: These two standards belong to the same purchase, their shift order and words are the same.
) Both countries use AQI to search for sampling plans, and the priority values ​​used in this standard are the same as T/T2S25! The numerical range used is used to determine the sample type by batch reading and inspection level (if there is no other drug, the chemical method is used first) in the two different national standards. The above table gives the sample acceptance number of Anlai, they are determined as much as possible according to the "method or\". "Method, report the sample mother code and A, the correction will be given to the mountain respectively. As needed, the strictness and effectiveness of each inspection plan are given in the table. d transfer rules are essentially the same.
) According to the severity of the non-conforming, the non-conforming products are divided into A, 3 and 10, etc., which are called standard items. 4.2.2 Different points
) According to the determination of acceptance
B/(IS251), the acceptance criteria for the percentage of non-conforming products in the sampling plan are determined by the number of non-conforming products issued on the day. The acceptance criteria for metrological sample inspection! The process standard is estimated and is related to the specification limit. This standard provides two methods: the \\ method is used when the standard fee is met, and the "state" is used when the difference is met. "Method, there are small situations where there are medium-term specifications or separate double-sided specifications, the verification and confirmation can be deleted using the fractional age <see 7.? and 7.3.) Only the solution method is used, easy, under the comprehensive double-sided specifications, the standard provides a rate method. 5) Static
1/282 (15) 3359-1 has requirements for the city of Bei quantity characteristics compensation. In the wood standard, An Qiuzhou quantity is assumed to reduce the proposed stock to stop the state division.
) Oil control special compensation curve
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