From agricultural mechanization to agricultural intelligence, agricultural robots are becoming the protagonist. The emergence of it not only promoted the realization of standardized production of agriculture, but also further improved the planting efficiency, reduced labor costs, and promoted the rapid transformation of traditional agriculture.
The advent of agricultural robots is the product of the development of robotics and automation technology. In the application of new agricultural production models and new technologies, agricultural robots will surely become more and more widely used as a new generation of intelligent agricultural machinery.
In 2017, the upgrading of agriculture driven by robotics opens up new space for the improvement of peasant life. The development of agricultural robots also shows a vigorous development trend, and the imagination of the market space is full. It is estimated that by 2021, the global sales of agricultural robots will exceed 14,000 units, and sales will exceed 2 billion US dollars.
What kind of concept is an agricultural robot? In simple terms, agricultural robots incorporate robotics and artificial intelligence technologies such as sensing technology, automatic control, and machine vision, enabling automation and intelligence of agricultural equipment operating in unstructured environments. The difficulty is that we talk about the acquisition of information in the natural environment, including the slow progress of crop information, the physiological and ecological sensory components of plants and animals, as well as agricultural robots and agronomic adaptability technologies.
In the application of new agricultural production models and new technologies, agricultural robots will surely become more and more widely used as a new generation of intelligent agricultural machinery. At present, the agricultural robot market is rapidly developing. A large number of mature and start-up companies are developing, testing, or releasing agricultural robot systems capable of performing various tasks.
The "Robot +" agricultural model is mainly supported by artificial intelligence robotics technology. It integrates information technology, and carries out information exchange and communication through perceptual recognition, intelligent analysis, automatic control, and flexible operations to achieve intelligent identification and positioning. The functions of tracking, monitoring and management will eventually advance the standardization and standardization of agriculture.
The robot is a member of the tide of precision agriculture. For its potential, Europe has invested in at least six robotic agricultural projects. For many tasks on the farm, automation technology has matured, and robots have huge room for development.
In the study of global agricultural robots, Japan has concentrated its research efforts and jointly implemented development plans. It currently ranks first in the world. As early as 1995, the number of private agricultural machinery manufacturers participating in the daily report reached 41. The object of the study is not only agricultural machinery but also the development of production materials such as fertilizers and pesticides related to the efficiency of mechanized operations.
Compared with foreign countries, the research and development of agricultural robots in China is still in its infancy. China's agricultural robots started relatively late. In the mid-1990s, domestic research and development of agricultural robot technology began. At present, the agricultural robots that China has developed include: cultivating robots, weeding robots, fertilizing robots, spraying robots, vegetable grafting robots, harvesting robots, and picking robots.
However, although the market outlook for agricultural robots is bright, the industry can't be accomplished overnight. Compared with industrial robots or robots in other fields, the working environment of agricultural robots is changeable, and the non-structural environment is the main task, and the task is extremely challenging. Therefore, in general, agricultural robots require much higher levels of intelligence than robots in other fields.
As China has promoted the development of the robot industry, the process of agricultural intelligence is constantly increasing. In the foreseeable future, China’s agriculture is expected to rapidly advance from mechanization to intelligence, and to use the technology of agricultural robots to achieve the ecological creation of smart agriculture.
Since 2019, big puffs vape pen started to popular, that inspired Cigfun to develop more excellent vaporizer pen to catch the market.
Thus 3500 Puffs box disposable vape bar has come out. Thanks to quality strategy Cigfun products, they are well accepted by customers, letting our vapes sold 3 million pieces.
Cigfun iBox 3500 puffs did a lot of work on surface treatment, it adopts paint craft the way that piano proceed, now we call piano paint with pearl powder. The artwork makes the big capacity vape shinning and attractive!
The mesh coil is a great advantage for big vapor, real and purest taste.
Pre-filled 10ml e liquid, 650mAh capacity battery, with type-c charging port, vaporizing your last drop of e liquid.
Good flavors, 20mg, 35mg, 50mg Nic salt, bring you great satisfaction.
1. Pineapple Coconut Milk
2. Peach Oolong
3. Lush Ice
4. Blueberry Cotton Candy
5. Aloe Grape
6. Energy Ice
7. Thai Mango
8. Raspberry Orange
9. Lemon Ice
10. Mint
Axiswell is the world's leading manufacturer of Vape Pens. Our business covers ENDS (Electronic Nicotine Delivery Systems) and other vaping devices, such as disposable vape, refillable vape pen, pod system, CBD vape pen, cbd pods, etc. We maintain factory price, good quality, providing vapers safe and competitive price vaping products.
Moreover, we're dedicated to establishing a healthy and sustainable environment for the whole vaping industry.
Pod Vape Disposable,Disposable Pod Vapes,Rechargeable Disposable Vapes,Electronic Cigarette 3000 Puff 3500 Puff
Shenzhen Axiswell Technology Co., Ltd , https://www.medhealthycare.com