Population aging is an important trend in global social development, and it is also the most significant and irreversible feature of the times. Developed countries are entering an aging society, and developing countries are entering an aging society. According to the census results of the National Bureau of Statistics, the age of 60 by the end of 2021 The population of 200 million and above, accounting for nearly 20% of the national population, of which nearly 150 million people aged 65 and above, accounting for about 15% of the total population, the aging is becoming increasingly severe. In order to cope with the aging of the population, the “Outline” of the national “14th Five-Year Plan”, in addition to actively implementing relevant national strategies, improving the work policies for the elderly, and promoting the development of the cause of aging, has also given a lot of targeted policy support and support to high-quality development-related industries. The development of the robot industry is an important means to stabilize production and ensure people’s livelihood.
In recent years, the development effect of industrial robots has been obvious to all. The promotion and application of automated and unmanned chemical factories has further alleviated the impact of labor shortages, and laid the general direction of industrial unmanned development. Industrial development is gradually transitioning from the stage of machines “helping” people to machines “replacing” people, thereby freeing more labor to transfer to other fields and promoting the development of other industries, which is in line with the high-quality development policy.
The stable development of industry is the guarantee of social productivity, and the service industry is an intuitive reflection of the quality of people’s livelihood. With the release of policies, the development of service robots has entered a period of rapid development, accelerating technological innovation, promoting product implementation, and accelerating the development of service industries. Among them, the most typical is the sanitation and cleaning industry, which has long relied on a large number of manpower for cleaning operations, and the employees are older, the environment is poor, and the income is low. Under the impact of aging, it has already fallen into the dilemma of the employment gap.
With the addition of intelligent terminal equipment, sanitation robots and other emerging products, it has been alleviated. The phenomenon of “replacing” people with machines is also applicable to the sanitation and cleaning industry, but combined with the complexity of the use environment, the process needs to be buffered, from mechanization to semi-automation, Intelligent, even unmanned operation, still needs to be gradually developed. On the one hand, it is technical iteration, and on the other hand, it is the process of practitioners accepting new products. Too fast pace may be counterproductive.
On July 20, Candela Smart Technology’s new product Sunshine S200 multi-functional cleaning robot was released, which is of great significance to the industry and enterprises, and provides another innovative solution for the sanitation industry. The need for sanitation scenarios is highly integrated with technology, and through on-site operation and exploration of sanitation operations, it will further open up the whole process of intelligent operations; equipped with driverless technology, it will cover the target area, and actively identify garbage through core intelligent algorithms. The width of the side brush is adaptive to the environment, autonomous detection after garbage overflow, autonomous return to the site to dump garbage, low power return, autonomous separation from the charging pile to perform tasks, and continuous scanning at break points, etc.
In order to ensure the cleaning effect, the new self-developed V-shaped roller brush technology + 4 side brush design, combined with the self-cleaning system of the filter element, can easily clean common dust, sand, leaves, paper scraps, milk cartons, cans, small beverage bottles It can also avoid secondary pollution caused by dust, ensure the cleaning effect and also greatly improve the cleaning efficiency. Combined with the purging mode, the cleaning effect of full coverage in the area can be achieved. The comprehensive cleaning efficiency is 6000-8000㎡/h, which is more than 10 times that of manual cleaning. The daily operation time can reach 8-10h, which can effectively undertake the workload of 8-10 sanitation workers, and can effectively clean the border area. The cleaning efficiency can reach 10000㎡/h, the cleaning efficiency is high, and the cost reduction and efficiency increase are truly realized.
The unmanned whole process to create sanitation is the phased goal of smart sanitation and an important stage in the transition from mechanization to intelligence. In addition to easing the manpower gap and realizing sanitation cost reduction and efficiency, it is more about optimizing the industrial structure. The so-called machine “Replace” people, not eliminate them, from sanitation executors through learning, to be promoted to intelligent terminal equipment operators, realize the ideal operation scenario of one person operating multiple terminal equipment in the region, and scale the innovation model of cost reduction and efficiency increase, forming a feasible Copy the solution.
Smart sanitation is a crucial part of smart city construction. The use of robots is not limited to a single scenario. This innovative model also provides a valuable template for other scenarios in smart city construction. It realizes unmanned operation from a technical level and can be It is widely used in various indoor and outdoor scenarios, such as cleaning, garbage transfer, new retail, inspection, distribution, etc., everywhere, and greatly relieves the deadlock of aging. To promote the development of smart cities with smart sanitation, from the point to the surface, from a single industry to various industries, the high integration of technology and demand is the real industrial layout of Candela Smart Technology to launch the Sunshine S200 multi-functional cleaning robot.
Service robots to relieve the dilemma of aging are not limited to the sanitation industry. In addition to the employment gap caused by aging, promoting the high-quality development of aging undertakings and industries is the ultimate goal. From incubation to landing operations, it catalyzes the upgrading of the industrial structure. In the future, both sanitation robots and service robots in other fields will become the main force in the construction of smart cities, empowering industrial development with technology, actively responding to population aging, and promoting the further development of the sanitation industry through diversification is just the beginning. Looking forward to the future of Candela Smart Technology Show your strengths in more fields!
Leifeng.com
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