Multi-field comprehensive rapid screening method and application system

Multi-field comprehensive rapid screening method and application system

  • CN 105,741,217 A
  • Filed: 02/06/2016
  • Published: 07/06/2016
  • Est. Priority Date: 02/06/2016
  • Status: Active Grant
First Claim
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1. a multi-field comprehensive quick screening method, it is characterised in that realize in accordance with the following steps:

  • Step S1;

    product classification information is configured by supervisor by the product classification module in food quality supervising platform;

    Step S2;

    detection project information is configured by the detection parameter configuration module in described food quality supervising platform;

    Step S3;

    detected unit information and detection unit information are set by the area information module in described food quality supervising platform, organizational structure personal information module and Site Detection environmental information module;

    Step S4;

    detecting instrument information and described detection unit information are configured by the detection equipment Foundations data module in described food quality supervising platform, described area information module and described organizational structure personal information module;

    Step S5;

    testing staff is by the user in the on-line unit at detection scene and authority management module input organizational structure personal information, and body arranges data syn-chronization address information by the data multilevel Compliance control module in described on-line module, equipment operation management maintenance module and automatic data collection service module, described on-line unit and described food quality supervising platform are carried out data syn-chronization, to obtain the information that in described quality of food supervising platform, each module is corresponding;

    Step S6;

    testing staff analyzes setting module by the querying condition in described on-line unit and the detection acquisition configuration information of detected sample is configured, and sample is measured through the tacheometer device that mate with described data syn-chronization address information by the automatic identification module of the data acquisition in described on-line unit, obtain and detect project information;

    Step S7;

    the testing result data outputting unit in described on-line unit receives the detection project information that the automatic identification module of described data acquisition obtains, and shows online end testing result output data by the information generation release module in on-line unit;

    Step S8;

    described testing result is exported data by the described data multilevel Compliance control module in described on-line unit and is uploaded to described food quality supervising platform by testing staff;

    Platform in described food quality supervising platform shows that controlling module receives this testing result output data, in conjunction with the described detection project information in described detection parameter configuration module, and carry out information judgement by the Monitoring and Controlling module in described food quality supervising platform, output stage end testing result output data, and point out testing result.

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