强大的检测功能：公共卫生随访包功能十分强大，可配备多种检测仪器。以常见的配置为例，包含智能随访 PAD、血压仪、血糖仪、血氧仪、蓝牙耳温枪、蓝牙体重称、手持蓝牙尿液分析仪、腰围尺等。这些仪器能实现血压、血糖、血氧、脉率、体重、尿液分析、腰围等多项关键生命体征的检测。通过这些检测数据，医护人员能够全面了解居民的健康状况，及时发现潜在的健康问题。

Powerful detection function: The public health follow-up package has a very powerful function and can be equipped with various detection instruments. Taking common configurations as an example, they include intelligent follow-up PAD, blood pressure monitor, blood glucose meter, oximeter, Bluetooth ear thermometer, Bluetooth weight scale, handheld Bluetooth urine analyzer, waist measurement tape, etc. These instruments can detect multiple key vital signs such as blood pressure, blood glucose, blood oxygen, pulse rate, weight, urine analysis, waist circumference, etc. Through these detection data, medical staff can comprehensively understand the health status of residents and promptly identify potential health problems.

便捷的身份识别与登记：该设备具有便捷的身份识别功能，可自动识别二代身份证内所有信息。在进行随访检测时，医护人员只需扫描居民的身份证，就能快速准确地获取居民的基本信息，无需手动录入，大大节省了时间，同时也避免了因手动录入可能出现的错误，方便快捷地完成用户登记，为后续建立居民健康档案和数据记录奠定基础。

Convenient identity recognition and registration: This device has a convenient identity recognition function, which can automatically recognize all information in the second-generation ID card. During follow-up testing, medical staff only need to scan residents' ID cards to quickly and accurately obtain their basic information, without the need for manual input, greatly saving time and avoiding errors that may occur due to manual input. This facilitates and quickly completes user registration, laying the foundation for establishing residents' health records and data records in the future.

数据自动生成与管理：随访包能够自动生成数据报表，具备离线采集并保存数据的能力。在没有网络连接的情况下，医护人员依然可以正常进行各项检测工作，采集到的数据会暂时保存在设备中。一旦设备连接到网络，数据便会自动上传至公共卫生信息管理平台。这种数据管理方式不仅提高了工作效率，还确保了数据的完整性和准确性，为后续的数据分析和健康管理提供可靠依据。

Automatic data generation and management: The follow-up package can automatically generate data reports and has the ability to collect and save data offline. Even without a network connection, medical staff can still perform various testing tasks normally, and the collected data will be temporarily stored in the device. Once the device is connected to the network, the data will be automatically uploaded to the public health information management platform. This data management method not only improves work efficiency, but also ensures the integrity and accuracy of data, providing reliable basis for subsequent data analysis and health management.

便携式设计：公共卫生随访包采用便携式设计，解决了全科医生入户调查的难题。它体积小巧、重量轻便，医护人员可以轻松携带其走街串巷，深入社区、乡村，甚至偏远地区，为居民提供上门健康服务。无论是在城市的高楼大厦间，还是在乡村的田间地头，只要有居民需要，随访包就能及时到达，让居民足不出户即可完成全套体检，真正实现了公共卫生服务的 “零距离” 覆盖。

Portable design: The public health follow-up kit adopts a portable design, which solves the problem of general practitioners conducting household surveys. It is compact in size and lightweight, allowing medical staff to easily carry it through the streets, villages, and even remote areas, providing home health services for residents. Whether in high-rise buildings in the city or in rural fields, as long as residents need it, follow-up packages can be delivered in a timely manner, allowing residents to complete a full set of physical examinations without leaving their homes, truly achieving "zero distance" coverage of public health services.

即时建立居民档案：通过随访包采集到的居民健康数据，能够即时建立居民个人档案。借助公共卫生体检自动采集系统和公共卫生信息管理平台，硬件数据监测后通过蓝牙自动传输录入，智能甄别个体健康数据，从而生成完整的居民健康档案。这些档案不再是静态的纸质文件，而是通过健康云平台实现动态管理。居民的健康状况变化能够实时更新在档案中，医生可以根据最新数据为居民提供更精准的健康管理建议，实现从 “被动医疗” 到 “主动健康管理” 的转变。

Real time establishment of residents' files: By collecting residents' health data through follow-up packages, it is possible to establish residents' personal files in real time. With the help of the automatic collection system for public health examinations and the public health information management platform, hardware data monitoring is automatically transmitted and entered through Bluetooth, intelligently identifying individual health data and generating complete resident health records. These archives are no longer static paper files, but are dynamically managed through the Health Cloud platform. The changes in residents' health status can be updated in real-time in the archives, and doctors can provide more accurate health management advice to residents based on the latest data, achieving a transition from "passive medical care" to "active health management".