In the special period of the spread of the epidemic, technology companies are moving towards the front line of epidemic prevention, using technology as a weapon to participate in the battle against the epidemic. Taking robots as an example, before the outbreak of the epidemic, many robots had functions such as body temperature detection, disinfection and sterilization. The application of robots will reduce the risk of infection among medical staff and improve the efficiency of epidemic prevention and control in prevention and control departments.
The security guard robot acts as the first guard for epidemic prevention in the outpatient hall and ward of the hospital, and undertakes tasks such as temperature detection, mask wearing identification, crowd density monitoring, identity verification, epidemic publicity and consultation, entertainment interaction, etc., providing visitors with the latest epidemic knowledge, epidemic policies, epidemic prevention and control and other information services 24 hours a day. When someone visits, it can identify whether the visitor is wearing a mask through thermal imaging and high-definition cameras, and detect the visitor's body temperature. If the visitor does not wear a mask, the security robot will issue a friendly reminder and trigger a linkage warning in the background. If visitors have questions and need further consultation with medical staff, they can consult the doctor on duty through the remote video function of the robot for online video diagnosis.
The security robot integrates security patrol and epidemic prevention and control capabilities. In the hospital buildings, halls and corridors, we provide 24-hour professional epidemic prevention and control information inquiry, publicity and popularization of epidemic prevention and control policies and other services for those who come to consult a doctor. Assist epidemic control personnel to discover risks such as crowd gathering, abnormal mask wearing, abnormal body temperature, etc. When someone visits the fever clinic, it uses infrared and visible light binocular cameras to identify the mask wearing and body temperature of the visitor, even if there are many people together, it can It can also be combined with AI analysis to realize instant full-screen multi-person recognition. When monitoring is at risk, on-site sound and light intervention will be issued, and background early warning linkage will be triggered. The on-duty outpatient staff can remotely view the monitoring screen through the background computer at any time, and deal with abnormal information in a timely manner through remote shouting.
The access control system will more standardize the management of inpatient visits and accompanying personnel. After the implementation of the system management, unrelated personnel will not be able to enter the hospital's ICU ward and the storage of important medical supplies and other related areas. In the isolation unit area, the epidemic prevention and control intelligent access control system records staff information, effectively realizes the refined management of channels, meets the higher security requirements of the isolation point, and greatly reduces the occurrence of public security emergencies, which will maximize the protection of medical staff. And the safety of life and property of patients, create a quiet, warm and safe ward environment for patients, and promote the orderly progress of medical work.
The intelligent distribution robot benefits from its own advantages of being flexible enough to make it have strong adaptability. It does not need to modify the original construction of the hospital. It can fully autonomously locate and navigate, independently plan the operation path, and realize cruise multi-point contactless distribution. The hospital can open the normalized blood bank blood bag professional unmanned distribution mechanism, and the robot special container maintains a constant temperature environment to ensure the quality and safety of blood products. Epidemic prevention and control and daily work can also meet the automatic circulation of medical supplies such as medicines, sterile packs, infusion packs, specimens, garbage quilts, etc., reduce the risk of infection by medical staff, and save medical protective equipment.
The intelligent disinfection robot performs sterilization tasks without dead ends 24 hours a day. The disinfection robot uses the dual methods of atomization spray and ultraviolet light to sterilize and sterilize. It is a strong guard to ensure the safety of all dead ends and air in public places. For relevant staff to check at any time, if there is any abnormality, they can take countermeasures as soon as possible. The lidar and depth camera carried by the robot enable him to navigate autonomously, avoid obstacles dynamically, and cooperate with the electro-hydraulic integrated workstation to complete automatic recharging and self-filling. It supports setting timed execution of disinfecting tasks, and supports remote control throughout the process to avoid cross-infection. Free the staff from the heavy task of disinfecting, improve efficiency and provide a strong peace of mind.
The epidemic is raging and medical staff are in short supply. How to better provide safety guarantee for patients and medical staff under the circumstance of limited manpower and materials has become a focus of attention. Use robots to work with medical staff without protective equipment, creating a healthy and safe environment.