On April 10, Yang Jun, an orthopedic doctor of Sanmen People's Hospital held an online conference with relevant enterprises. They have jointly developed the “Cross-Infection-Free Touching Device” based on clinical scientific research during the COVID-19 pandemic.

At this small online conference, Yang Jun was more like an inventor than a clinician. He said, “During the pandemic, everyone pressed elevator buttons with paper tissue or toothpick to prevent infection. This has not only resulted in waste but also polluted the environment if these things are discarded at will. "

To solve this problem, Yang Jun, who was keen on designing inventions, began to consider inventing a touching device whose head could retract into a sealed cavity after people pressed elevator buttons, and then people pressed the disinfected buttons on the touching device to disinfect the head. In this way, not only will cross-infection be prevented but also the touching device can be repeatedly used, which is more environment-friendly.

Just a few days after Yang Jun had this idea, he noticed the announcement of the collection of scientific and technological achievements for fighting COVID-19 on China (Zhejiang) Medical Technology Development and Transformation Platform. According to the notice, any innovative achievements and products related to the diagnosis, protection, inspection, and testing of COVID-19 can be declared online and transformed into products through online cooperation with relevant enterprises and scientific research institutions.

"During the pandemic, clinical scientific research results can be shared through the Internet, which has greatly stimulated the enthusiasm of clinicians." Yang Jun told the reporter that many frontline clinicians had innovative ideas, but they were unable to transform them into products since they could not find any platform on which they could cooperate with relevant enterprises and scientific research institutions.

Within 24 hours after the online submission of the project application, the project entered the cooperation phase. Now, according to the characteristics of different users, Yang Jun designed different versions of the device, including "ultraviolet version", "disinfectant version" and "cartoon version", and has applied for several invention patents.

"The online cooperation during the pandemic has broken down the barriers among medical institutions, enterprises, and scientific research institutions. Thanks to the strategy of “Internet +”, the ideas of many frontline clinicians have been transformed into products.” The relevant person in charge of the provincial Medical Science and Technology Education Development Center said.

4月10日，三门县人民医院骨科医生杨军与相关企业进行了一次“云对接”。他们共同打造的是一个诞生于新冠肺炎疫情期间的临床科研成果——防交叉感染触碰器。 

在这场小型线上对接会上，杨军从一位临床医生变为“发明家”。“疫情期间，大家为了防止感染，都用纸巾或牙签按电梯按钮。这不仅造成浪费，随意丢弃也会污染环境。”杨军说。

平时就热衷临床发明的杨军开始思考，能不能发明一个专门的触碰器：触碰头在按压电梯按钮后可收回密封腔内，再按压触碰器上的消毒按钮，对触碰头进行消毒，这样既能防止交叉感染，又能实现反复使用，更为环保。 

就在杨军有了这一想法的几天后，中国（浙江）卫生健康科技研发与转化平台上的征集抗击新冠肺炎疫情有关科技成果的通知引起了他的注意。根据通知规定，任何关于新冠肺炎诊断、防护、检验检测等的创新成果和产品，都可以在线上进行“云申报”，并与相关企业、科研机构进行“云对接”，进而实现“云转化”。

“疫情期间，临床科研成果能够通过互联网对接，这大大激发了我们临床医生的积极性。”杨军告诉记者，医生在临床一线有不少创意和想法，但是苦于没有与企业、科研机构对接的渠道，很多创意无法实现。

杨军线上提交防交叉感染触碰器项目申请的24小时之内，就进入了“云对接”流程。现在，他还根据不同使用人群的特点，将防交叉感染触碰器设计成“紫外线版”“消毒剂版”“卡通版”等多个版本，申请多项发明专利。 

“疫情期间的‘云对接’，打通了医疗机构、企业、科研机构之间的壁垒，利用‘互联网+’的优势，让很多临床一线的灵感得以落地。”省医学科技教育发展中心相关负责人告诉记者。

(Executive Editor: Ye Ke)