Hospital wards are often overcrowded, and the problem of nosocomial infection is becoming increasingly prominent. There are countless "invisible killers" on the surfaces of high-touch objects, hidden corners, bed sheets and pillows of patients, etc. The disinfect robot disinfection must not be underestimated. Otherwise, once the infection spreads among patients, the epidemic alarm may be sounded at any time. At present, most of the sterilization mechanisms and sterilizers that are ubiquitous on the market are inseparable from manual operation, and they will inevitably face the following two major problems: On the one hand, considering the operating cost and labor input, efficient disinfection operations are difficult to achieve. On the other hand, manual operation of disinfection equipment (often accompanied by certain corrosiveness) is bound to cause more or less harm to the human body.
From the conception to the product launch, the birth history of disinfect robots can be described as difficult. Among them, product integration is the "most troublesome" part of F data's design: technology, appearance design, product structure, feasibility of mass production, product stability, R&D investment, etc., countless factors need to be reconsidered.
In order to avoid conflicts with other people's patents, understand the real-time dynamics of industry leaders, and truly realize "standing on the shoulders of giants to innovate", F data has comprehensively collected and carefully analyzed the patent information of similar products of major international companies ( Including welcome robots, food delivery robots, hydrogen peroxide sterilizers, etc.), integrating the culmination of various research and development ideas, successfully found original points, and also made full preparations to reasonably avoid infringement risks. Patent data greatly improves the efficiency of R&D and design, and can help us quickly find valuable information from massive amounts of information. At the same time, with the help of citation analysis and other functions, the development of each technical patent can be traced, and the description of the full text of the document can be viewed for reference.
After years of development and precipitation, the era of staking the robot industry has arrived. At a time when market competition is fierce, more and more companies are beginning to focus on deploying patented technologies, which also makes the innovation road of latecomers bristling with thorns. For a long time, F data has been paying close attention to the technology research and development and market dynamics of the robotics industry. Through detailed data statistics, sorting and analysis, it has finally gained insight into a new opportunity – disinfect robots. The disinfect robot can realize autonomous navigation, autonomous walking and disinfection, and provide accurate disinfection solutions for complex environmental spaces. The application scenarios of this robot are very wide:
(1) It is used for sterilization in confined spaces such as sterile inspection laboratories, microbiological inspection laboratories, positive control laboratories, sampling rooms, and material transfer rooms.
(2) It is used in ICU, negative pressure isolation ward/infectious disease ward, operating room fever clinic, pathology department and laboratory department, drug dispensing room/intravenous drug dispensing center (PIVAS), supply room, ambulance and other areas.
(3) It is used for biosafety laboratories, biosafety cabinets, high-efficiency filters for air exhaust and overall disinfection of laboratories.