There is another scanning "artifact" at the nucleic acid testing site in Beijing. What role can this "artifact" play?

Before the epidemic in Shanghai was brought under control, a new epidemic broke out in Beijing, the capital of Shanghai. A new scanning "artifact" was discovered at the Beijing nucleic acid testing site. What kind of scanning "artifact" is it? What role can this scanning artifact play? The editor will briefly introduce it to you below. The design of the scanning artifact

The scanning artifact at the Beijing nucleic acid testing site is a nucleic acid sampling box designed by community employees and high school students for nucleic acid testing personnel. The magic of this box is that when residents arrive at the testing point to take samples, they only need to put their ID cards into the middle slot of the "small box", and their mobile phones can directly scan and read the information for registration. After the information registration is completed, turn the button next to the small box to pop out the ID card. The whole process is convenient, fast and contactless. What is the role of scanning artifacts?

The investment and use of scanning artifacts has greatly reduced the workload of nucleic acid sampling personnel, making the entire nucleic acid sampling process more convenient and efficient. I think the specific functions are as follows:

First of all, it speeds up the collection of personnel information. After the scanning artifact is put into use, personnel information can be collected more quickly. Residents who arrive at the nucleic acid testing point only need to show their ID card and put it on the scanning artifact, avoiding the previous cumbersome processes such as scanning posted codes and making online appointments.

Secondly, it can reduce the risk of cross-infection. As we all know, nucleic acid testing points are also potential places for cross-infection. In particular, the longer people stay in gatherings, the more likely infections will occur. The use of scanning artifacts can greatly reduce the time residents spend at nucleic acid testing points, thereby reducing the risk of cross-infection to a certain extent.

Finally, it can improve the efficiency of nucleic acid detection. The rapid collection of resident information can make nucleic acid sampling at the entire nucleic acid testing point more efficient and faster. On the one hand, it can make the entire nucleic acid testing point sampling work proceed in an orderly manner, and on the other hand, it can reduce the workload of nucleic acid sampling personnel.