On January 18, 2023, the Ministry of Industry and Information Technology, the Ministry of Education, the Ministry of Public Security, the Ministry of Finance, the Ministry of Human Resources and Social Security, the National Health Commission, the Ministry of Emergency Management, the National Energy Administration, the State Administration of Science, Technology and Industry for National Defense and other 17 departments jointly issued the Notice on Printing and Distributing the "Robot +" Application Action Implementation Plan. On the 19th, the "Robot +" Application Action Implementation Plan (hereinafter referred to as the Plan) was released to the public, proposing that the ten key application areas include the manufacturing, agriculture, construction, energy, and commercial logistics sectors in the economic field, as well as the medical and health care, elderly care services, education, commercial and community services, safety and emergency response, and extreme environment application sectors in the social and people's livelihood field.
The Plan proposes that by 2025, the density of robots in manufacturing will double compared with 2020, the depth and breadth of industrial applications of service robots and special robots will be significantly improved, and the ability of robots to promote the high-quality development of the economy and society will be significantly enhanced. Focusing on 10 key application areas, we will break through more than 100 innovative robot application technologies and solutions, promote more than 200 typical robot application scenarios with high technical level, innovative application models and remarkable application results, and build a number of benchmark enterprises for "Robot +" applications.
Point 9 mentioned in the Plan: Commercial and Community Services
Develop commercial robots for catering, delivery, welcoming guests, tour guiding, consulting, cleaning, and mobility aids, as well as household robots for cooking, cleaning, monitoring, and companionship. Strengthen the exploration of application scenarios and product form innovation, improve the interaction level between intelligent hardware and users, and enhance the service value of robots. Promote the integration of robot technology with new technologies such as 5G, cloud computing, and intelligent sensors to realize functions such as autonomous navigation, automatic obstacle avoidance, human-machine interaction, voice and visual recognition, and data analysis. Actively promote the integration of robots into service scenarios such as hotels, restaurants, shopping malls, communities, and families to meet the upgrading needs of commercial and community consumption experiences and improve the intelligent level of commercial services and living services.
The Pool Cleaning Robot Chasing Manta CM600 independently developed and produced by Chasing Innovation is a device that replaces manual work to clean and maintain pool cleanliness. The robot combines suction and filtration functions to collect dirt, debris and other substances from the pool. It adopts the world-leading long-life deep-sea technology BLDC brushless motor independently developed by CHASING. The patented CHASING Gecko-Climb technology drives it to move around the pool floor and walls. The collected debris and dirt are filtered through the robot's internal filtration system, which traps the dirt and debris inside. For square pools, its unique regular path algorithm can cover the entire pool or clean specific areas with manual control. The Chasing Manta CM600 can also be remotely controlled via APP, allowing cleaning schedules to be arranged anytime and anywhere. The Chasing Manta CM600 pool cleaning robot is intelligent, convenient and comprehensive in cleaning, which can improve commercial services and living services, and is suitable for communities, hotels and private pools.
Point 10 mentioned in the Plan: Safety and Emergency Response and Extreme Environment Applications
Develop robot products for mines, civil explosives, social security, emergency rescue, extreme environments and other fields. Enhance robot functions such as stereoscopic vision, outdoor navigation and positioning, multi-dimensional information perception, remote disaster warning, and robot authentication and control. Develop adaptive technologies for robots in complex unstructured operating environments such as extreme cold, open flames, high temperature and pressure, flammability and explosion, high altitude and low air pressure, toxicity, high humidity, water accumulation, high dust, radiation, and large changes in pedestrian flow. Promote the application of intelligent mining, disaster prevention and control, inspection and duty, underground rescue, intelligent cleaning, unmanned transportation, geological exploration, dangerous operations and other mine scenarios. Promote the application of safety production scenarios such as on-site patrol inspection, duty and attendance, and special operations of hazardous chemical production equipment and storage facilities. Promote the application of civil explosive industry scenarios such as explosive charging, production and preparation, packaging, loading and unloading transportation, and online detection. Promote the application of social security scenarios such as security patrol, anti-smuggling and security inspection, anti-terrorism and riot control, investigation and evidence collection, traffic and border defense, public security control, special operations disposal, and service management. Strengthen applications in dangerous environments such as explosion-proof and explosive disposal, fire inspection, engineering emergency rescue, marine fishing, marine oil spill and hazardous chemical ship rescue, natural disaster rescue, safety production accident rescue, and nuclear emergency safety rescue. Promote applications in extreme environment scenarios such as space, underwater and deep earth.
At present, the Industrial-Grade Underwater Robots Chasing P Series products independently developed and produced by Chasing Innovation are widely used in underwater emergency rescue, underwater intelligent sample collection, dam and reservoir disaster prevention and control, underground rescue, intelligent cleaning, explosion-proof and explosive disposal, fire inspection, engineering emergency rescue, marine fishing, natural disaster rescue, safety production accident rescue and other aspects.
At the same time, Chasing Innovation will actively respond to the Robot + Application Action Implementation Plan, creating a new experience for industrial and consumer-grade underwater robot applications! Continuously break through robot typical application scenarios with technical level, innovative application models and remarkable application results, and become a benchmark enterprise for "Robot +" applications.
Shenzhen Chasing Innovation Technology Co., Ltd. is a world-leading enterprise integrating R&D, production and sales of consumer-grade underwater robots, industrial-grade underwater robots and portable water intelligent unmanned equipment, and a national high-tech enterprise.
It has now produced 7 generations of products, which are characterized by low cost, high performance, easy operation and outstanding portability. They are widely used in underwater observation, fishery breeding, emergency rescue, hull inspection, scientific research and exploration, environmental protection testing, water conservancy and hydropower, etc., and are sold in more than 100 countries and regions around the world. At present, it has obtained more than 100 invention patents and more than 100 various domestic and foreign awards.
The company's vision is Explore the Unexplored, arousing the human spirit of exploration. Chasing Innovation provides a spirit of exploration and solutions, driving people to have more desire for life, break boundaries, discover undiscovered things, continuously innovate and improve, and explore unexplored places.
