The utility model discloses track type intelligent inspection robot system, comprise robot terminal system, described robot terminal system comprises profiled rail, and described profiled rail is arranged on indoor wall, described robot terminal system adopts towing cable mode to carry out powered communication, or adopts trolley mode to carry out power supply to add electric power carrier system and communicate.The compact conformation of employing of the present utility model is attractive in appearance, convenience quick for installation, and operate steadily reliable, positioning precision is high, and sensing range is large, and automaticity is high. Intelligent Inspection System,Track-Type Inspection System,Intelligent Robotic System,Infrared Thermography Robot Dandong Dongfang Measurement & Control Technology Co., Ltd. , https://www.dfmc-tec.com
Wheat powdery mildew is one of the common plant diseases in wheat and is widely distributed in the main wheat producing areas in China. It has great harm to wheat. Generally, it can cause about 10% reduction in yield, and when it is severe, it can reduce production by more than 50%. Some high-intensity varieties are even missing. If a large area of ​​wheat powdery mildew occurs, the resulting losses are even more unimaginable. Therefore, to achieve high quality and high yields of wheat, it is necessary to improve the control of wheat powdery mildew. For the prevention and control of plant diseases such as wheat powdery mildew, the best measure is to control the drugs in advance. Therefore, it is necessary to detect the occurrence of wheat powdery mildew in time, and take measures to prevent and control spores when they occur or are about to occur. In this process, the instrument plays an important role in effective monitoring and forecasting.
The spore trapping device arranged in wheat fields will catch all kinds of spores floating in the field. Through analysis and statistics, it will be able to know the number of spores of powdery mildew in the field, the application of spore trapping device, and the generation and release of spores of crop disease pathogens. The continuous dynamic monitoring of the spread, transmission and infestation process will advance the monitoring time of diseases from the present stage of artificially visualizing disease symptoms in field plants to the stage of spore production and release of pathogens, improve the timeliness and accuracy of disease monitoring and forecasting, and significantly increase the crops. Disease comprehensive control management level.
With the development of information technology, the application of spore capture devices is not only satisfied with the monitoring and statistics of harmful spores in the field. It is certain that the future development will be based on the establishment of a nationwide crop pest monitoring and reporting network to achieve national disease monitoring. Standardization of early warning data acquisition, automated management, and real landscape measurements of field crop growth status. In this way, the results of the data monitored by spore traps across the country can be used to expand the establishment of expert libraries for the identification of pathogen spores, which can be used in the automatic monitoring of plant diseases such as vegetables and fruit trees.
The use of spore catcher to control wheat powdery mildew
Wheat is a major economic crop in northern China, but such a large-scale agricultural crop is most vulnerable to diseases such as wheat powdery mildew, and studies have shown that the occurrence of wheat powdery mildew is due to the spores of powdery mildew in the field. Therefore, the use of spore traps to capture and identify these spores of powdery mildew is the key to early drug control and disease control. Practical applications in recent years have also shown that the use of spore capture devices to control wheat powdery mildew is effective. .