将RFID和温度记录结合而成的新型监测电子标签，在完成物资身份识别的同时又对其所处的环境温度进行测量和记录，并用读卡器便捷提取储运过程中的温度值，可直观地判断物资储运过程中环境温度是否超过允许范围，实现品质全过程追溯。Thenew monitoring electronic tag, which combines RFID and temperaturerecording, measures and records the environmental temperature ofthe materials while completing the identification of the materials.The temperature value in the storage and transportation process canbe conveniently extracted by the card reader, which can intuitivelyjudge whether the environmental temperature in the storage andtransportation process exceeds the allowable range and realize thetraceability of the whole process.
冷链标签内置温度传感器和RFID芯片，实时监控标签所在处的温度变化并将数据记录在芯片当中。在一个大的冷冻仓库中，几千个小的冷藏箱，运输过程中的哪箱温度起了变化可能导致商品变质无法直接得知。通过读取标签内的信息，了解温度变化数据可以把握每一个产品在冷冻运输过程中的情况。Atemperature sensor and an RFID chip are built into the cold chainlabel to monitor the temperature change of the label in real timeand record the data in the chip. In a large refrigerated warehouse,thousands of small refrigerated containers, which changes intemperature during transportation may lead to deterioration ofgoods cannot be directly known. By reading the information in thelabel and understanding the temperature change data, we can graspthe situation of each product in the process of frozentransportation.
对冷链过程的所有产品进行实时温度监控，并在数据库中反应。商家可以通过读取标签，直接找出在运输中可能变质损坏的商品，而不用每箱检测，提高商品质量，节约管理成本。消费者可以读取对应数据，了解自己购买的产品在运输中的状态放心使用。Real- time temperature monitoring is carried out on all products in thecold chain process, and reactions are carried out in the database.Merchants can directly find out the goods that may deteriorate andbe damaged during transportation by reading the labels instead ofchecking each case, thus improving the of the goods andsaving the management cost. Consumers can read the correspondingdata and know the status of their purchased products duringtransportation and use them with confidence.
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