[China Agricultural Machinery Industry News] In recent years, with the development of science and technology, electronics and information technology have gradually infiltrated into people's daily life and industrial production. The high-tech products used in the military field by drones have also entered the civilian sector extensively with the continuous application of information technology in various industries.
UAV promotes the intelligent development of agricultural machinery and engineering construction
The drone is referred to as the "UAV", abbreviated as "UAV", and is a non-manned aircraft operated by radio remote control equipment and self-provided program control devices. UAVs can be divided into military and civilian applications according to the application field. For civil use, the UAV industry is the real need for drones. Currently in aerial photography, agriculture, plant protection, self-timer, express delivery, disaster relief, observation of wildlife, surveillance of infectious diseases, surveying and mapping, power inspection, disaster relief, film and television The application in the fields of shooting, manufacturing romance, etc. has greatly expanded the use of the drone itself, and developed countries are also actively expanding the application and development of drone technology in the industry.
In the agricultural machinery and engineering machinery industry, the application of drones has begun to emerge, especially in developed countries, combined with information and data analysis technology, drones have promoted the intelligent development of agriculture and engineering construction.
Provide analytical guidance and support for construction machinery construction
Caterpillar partnered with French drone company Redbird to help dealers and customers improve the level of intelligence in construction with drone technology and data analysis, covering Caterpillar Europe, Africa and the Middle East. UAV data collection and Redbird's image analysis capabilities will provide customers with a variety of solutions, including material inventory management, haul road optimization and project progress.
In response to the shortage of skilled workers in Japan and the problem of unmanned engineering machinery, Komatsu introduced a work using a drone to command construction machinery. The drone uses a three-dimensional map to judge the driving route of the excavator, and immediately grabs the progress of the project and adjusts the transmission. Give instructions to the machine. The drone was built by American startup Skycatch. Komatsu is the company's main investor. In the future, Komatsu will sell an intelligent engineering machinery solution to customers, and customers can free themselves from engineering operations. In the process of mechanical work, one or two staff members are mainly required to be on standby to deal with emergencies.
Agricultural drone spraying pesticide
At this stage, the disease prevention and pest control of crops in China mainly rely on agricultural equipment and manual manual. Manual spraying of pesticides can be said to be dangerous and tiring work in field operations. Although the farmers carried out artificial pesticide spraying for the hard work, the results were not entirely rewarding.
A series of problems such as artificial control of pests and diseases, low mechanical efficiency, and difficulty in entering the land to spray pesticides are reminding us that agriculture faces many technical bottlenecks. In order to solve this problem, people began to focus on the operability of agricultural drones, and have already achieved considerable application results.
In fact, many developed countries abroad have applied agricultural drones to their agricultural fields. U.S. has developed drones equipped with cameras and sensors to monitor crop growth, pest and disease or spot sprays of pesticides and pesticides. In Florida, farmers and researchers used small drones equipped with infrared cameras to monitor citrus trees to prevent fatal citrus Huanglong disease.
What is certain is that intelligentization will be an important direction for the future development of machinery manufacturing industry. The application of intelligent technology in China's agricultural machinery and engineering machinery industry is also developing with each passing day. The promotion and application of high-precision equipment and technology such as drones in this industry are being applied. Will face more exploration and try!
(Original title: Open smart work drones to connect agricultural machinery and construction machinery)
Metal Sheet Laser Cutting Machine
What is the metal sheet Fiber Laser Cutting Machine?
Metal sheet laser cutting machine can only cut metal material in sheet. If you want cut metal tube, we have a special metal tube fiber laser cutting machine. If you want cut both metal sheet and metal tube, we also have metal Tube And Plate Fiber Laser Cutting Machine. It has the advantages of fast cutting speed, high precision, small area of heat affected area, stable performance, guaranteed continuous production, not easy to deform, smooth and beautiful cut seam, and no need for subsequent processing. Compared with other metal laser cutter, fiber laser cutter can complete the processing of various complex structures. As long as it can draw any image on the computer, the machine can complete the processing without opening the mold, and the product can be produced immediately. That is, new products can be developed quickly and costs can be saved. No matter how complicated the process requirements are, fiber laser cutting machines can do it.
Therefore, with the above processing advantages, fiber laser cutting machines are widely used in advertising sign production, sheet metal structure, high and low voltage electrical cabinet production, textile machinery parts, kitchenware, automobiles, machinery, elevators, electrical parts, spring sheets, subway parts, etc.
Why to choose the fiber laser cutting machine?
1. High cutting accuracy: The positioning accuracy of the metal laser cutter reaches 0.05 mm, and the repeated positioning accuracy reaches 0.03 mm.
2. Narrow slit: The width of the slit is generally 0.10-0.20 mm.
3. Smooth cutting surface: There is no burr on the cutting surface, and the roughness of the cut surface is generally controlled within Ra 6.5.
4. Fast cutting speed: the cutting speed can reach 10 m / min, and the maximum positioning speed can reach 30 m / min.
5. Good cutting quality: Adopting non-contact cutting, the cutting edge is affected by heat little, there is basically no thermal deformation of the work piece, to ensure that the work piece is not scratched, and the slitting generally does not require secondary processing.
6. Laser processing has good flexibility: the fiber laser cutting machine can process arbitrary graphics, and it can cut pipes and other profiles without being affected by the shape of the work piece.
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