CAJ | 학술논문

为解决动物卫生监督抽检样品纸质标签在反复冻融后出现的不易识读、抗污损和抗形变能力差等问题，基于二维码技术构建了“北京市动物卫生监督抽检样品标识系统”。该系统能够根据标签纸规格打印的二维条码代替手写标签，以扫描替代手工输入样品基础信息。通过试运行和初步应用，每份样品的标识过程平均缩短3~5分钟，实现了抽样单上的包装码和样品封条上的样品码的一致性，样品标识准确性和工作效率得到明显提高。
위해결동물위생감독추검양품지질표첨재반복동융후출현적불역식독、항오손화항형변능력차등문제，기우이유마기술구건료“북경시동물위생감독추검양품표식계통”。해계통능구근거표첨지규격타인적이유조마대체수사표첨，이소묘체대수공수입양품기출신식。통과시운행화초보응용，매빈양품적표식과정평균축단3~5분종，실현료추양단상적포장마화양품봉조상적양품마적일치성，양품표식준학성화공작효솔득도명현제고。
In order to solve the problems including difficult reading,poor resistance to defacing and deformation af-ter repeated freezing and thawing of samples in animal health inspection,an animal health supervision and sampling system was built in Beijing based on the QR-code technology. The system could print two dimensional barcode label instead of handwriting label;input sample information by scanning instead of manual entry. The system has the follow-ing function bars:task management,coding and decoding of two dimensional bar code and work order management etc. Trial application demonstrated that QR-code technology could significantly improve the efficiency and accuracy of sample identification and reduce coding time per sample by 3-5 minutes.