The robot’s “hot wheel”
The most critical part of mobility
Nowadays, technological products such as robots have touched on all aspects of life. They are no longer just imaginary ideas on paper. They have greatly facilitated human life. As the most critical component for robots to obtain mobility, the robot mobile chassis is also a robot. The core technology recognized by the industry determines to a large extent whether the robot may possess human-like intelligence. With the upgrading of robots’ ability to receive and process sensor information and the continuous innovation of application scenarios and service modes, there are more and more types of application-oriented development of robots. As the basis of a mobile robot, the requirements for the robot chassis are getting higher and higher. The use of a standard robot chassis can save development time and cost, while speeding up product development and seizing the rapidly growing market share of robots.
The Sterbot, a sterilization robot for environmental disinfection developed by Shanghai Lingzhi Technology Co., Ltd., is a robot chassis independently developed and produced by Lingzhi Technology and combined with mainstream suppliers of disinfection equipment in the industry. It adopts the most advanced mobile control technology and The mechanical and electronic design of the mobile chassis is customized for the disinfection scene, and it has super stable working performance, which completely solves the problems of high flexibility of the machine movement and adaptation to complex changes in the environment in the space disinfection application.
SHANGHAI LINGZHI TECHNOLOGY
The robot chassis designed by Shanghai Lingzhi Technology has exquisite appearance, stable performance, high cost performance, and easy to use. Built-in more than a dozen kinds of sensors, including depth camera, high-performance lidar, inertial navigation unit, ultrasonic, vibration, infrared, touch, etc., can scan the surrounding environment at all times, provide environmental map data, and cooperate with fully autonomous navigation algorithms based on this data , To provide precise and rigorous planning for autonomous positioning and navigation of robots, which greatly promotes the operating efficiency of autonomous navigation; at the same time, the use of multi-sensor information fusion technology, especially item recognition technology, enhances the adaptability of robots in different environments and improves the system’s Stability in comprehensive scenarios.
In terms of power supply, the robot chassis introduced by Shanghai Lingzhi Technology adopts a unique low-power design to maximize the robot’s working time and standby time. Compared with similar robot chassis, the robot chassis designed by Shanghai Lingzhi Technology is superior in terms of power, stability, accuracy, and sensitivity, and can meet the requirements of handling complex situations in all aspects.
Therefore, the chassis is like a magical stroke in cooperation with the disinfection robot, integrating VHPS dry sterilization technology and multi-sensor navigation technology to realize autonomous path planning and target point navigation, and to flexibly complete gaseous hydrogen peroxide in multiple rooms and layouts Complete coverage of complex spaces, high-efficiency air injection and environmental sterilization, while real-time monitoring of environmental temperature and humidity, built-in hydrogen peroxide concentration detector, can detect the concentration and residual concentration of hydrogen peroxide in real time, creating a pure and sterile environment.
Disinfection robot technical parameters
|Disinfection space：500m²||Dimensions: 575mm*675mm*1370mm (length * width * height)|
|Sterilization space：300m²||Liquid storage：1500ml|
|Single continuous working time：≥3h||Online hydrogen peroxide concentration monitoring range：2-2000ppm|
|Detection range of hydrogen peroxide residue：0-20ppm||Air intake filter method: medium efficiency filter|
|Maximum straight travel speed：0.6m/s||Maximum ground clearance：22mm|
|Control method: PLC+PAD external control operation screen||Injection rate：0-7g/min|
|Outlet humidity：≤100°||Disinfection effect: up to 6 logarithmic killing of Bacillus stearothermophilus|
|Battery capacity: 60AH or 90AH (optional)||Charger：AC220V±22V，50Hz±1Hz|
|Disinfection mode: self-propelled disinfection||weight：135kg|
Disinfection robots can be widely used in closed R&D spaces such as sterility inspection laboratories, microbiological inspection laboratories, etc., in hospitals’ intensive care unit (ICU), negative pressure isolation ward/infectious ward, operating room fever clinic, pathology department and laboratory department, etc. It is widely used in the area, which not only greatly reduces the complicated manual operation, but also realizes long-term, high-efficiency, high-quality work, and escorts human life and health at all times.
A beautiful environment is far from enough to rely on manpower alone. Nowadays, with the popularity of robots in multiple scenarios and fields, high-quality chassis endows robots with the most important movement capabilities, maximizing the application value and advantages of robots. Having a robot chassis with complete and efficient perception and cognition capabilities and autonomous positioning and navigation capabilities will surely enable us to use technology as a brilliant pen to jointly outline a safer, more harmonious and better world.