With the current large-scale development of facility horticulture, pests and diseases in greenhouses will spread rapidly and cause huge economic losses. The use of traditional chemical control methods can easily cause pesticide residues and harm human health, so pollution-free control is a new approach to safe production. Combining this nuisance-free prevention idea, a complete set of temperature and humidity monitoring and early warning system is designed to monitor the pests at the same time and quickly diagnose early warnings, which will highlight its advantages. It can take measures when pests have not yet occurred or occurred. Early prevention and control to avoid the occurrence and expansion of pests and diseases.
The horticultural production base provides experimental bases, mainly selecting natural pests and diseases in the local greenhouses for forecasting and monitoring. The main highlights are downy mildew, powdery mildew, and aphids, which occur on the grapes and are relatively serious, and thus occur on the grapes. Powdery mildew, downy mildew, and locusts are key monitoring objects. At the same time take into consideration peach, plum, apricot and other vegetables and other pests and diseases. Mainly include temperature and humidity recorders and video surveillance equipment, including video surveillance equipment, including hard disk recorders, ball head and surveillance cameras. Temperature and humidity recorder is a new generation of environmental monitoring and recording equipment, using the latest computer IC chip, integrated temperature and humidity sensing module, micro-panel printer, preferred domestic and foreign first-class various functional components, real-time use of the environment Dynamic recording, can print the current temperature and humidity data, can also print 24h temperature and humidity curve, can also print over temperature and humidity set range record value, especially record year-long temperature and humidity data, print monthly, The output graph curve can directly follow the analysis and evaluation of long-term environmental conditions. The character-based liquid crystal display uses the negative plate method, and the blue background is accompanied by white characters to make the display beautiful and clear. The operation adopts multi-layer menu selection, and the user can easily and flexibly operate when leaving the specification. With its own micro-printer, it can automatically print and print a variety of records at any time; the printed records are in an intuitive manner using text and graphics for easy analysis and archiving; according to the user's different needs, the upper and lower limits of temperature and humidity alarms can be set. Sound alarms and printable over-temperature and humidity limits are recorded; this alarm technology plays an important role in pest monitoring. With the current large-scale development of facility horticulture, pests and diseases in greenhouses will spread rapidly and cause huge economic losses. The use of traditional chemical control methods can easily cause pesticide residues and harm human health, so pollution-free control is a new approach to safe production. Combining this nuisance-free prevention idea, a complete monitoring and early warning system is designed to monitor the pests at the same time and quickly diagnose early warnings, which highlights its advantages. It can take measures to prevent and control diseases and pests in the early stages of disease development and prevention. To avoid the occurrence and expansion of pests and diseases. Due to the close relationship between the occurrence and spread of plant pests and the temperature and humidity of the environment, temperature and humidity have become an important environmental factor for the development of plant diseases and insect pests. Therefore, the monitoring of temperature and humidity is very important for the monitoring and early warning of pests and diseases. The temperature and humidity monitoring measures are mainly realized by the temperature and humidity monitoring recorder. Firstly, the temperature and humidity sensors are placed inside the greenhouse (usually, the height of the plants is taken as a reference, and cannot be too high or too low from the ground, and the temperature should not be too close. Aisle, tuyere, and side wall, otherwise the measured data will not be accurate; then the temperature and humidity sensor's recording host will be installed in the monitoring room. After successful installation and debugging of the temperature and humidity recorder, it is possible to investigate the occurrence of pests and diseases in the greenhouse, to know when the temperature and humidity are prone to diseases and insects, and after obtaining the range of temperature and humidity prone to diseases and insect pests, Set the host on the temperature and humidity monitor. Once the temperature or humidity reaches the set range, the monitor will automatically alarm to remind the monitoring personnel to handle. For example, if the temperature is too high, the vents in the greenhouse can be opened in time to allow air convection to reduce the temperature inside the greenhouse. The temperature of this study is initially 37-12 °C as the upper and lower line, and humidity is 90%-10% as the upper and lower lines.
At present, the deployment and commissioning of remote monitoring and warning systems for pests and diseases in facilities have been initially completed at the experimental base; they have begun to play a role in production practice and have achieved good monitoring results (as soon as the temperature and humidity exceed the set threshold). Alarms can be provided; when a small number of lesions appear in the greenhouse, they can be monitored in time to take control and prevention measures as early as possible.) Remote monitoring can also be widely used. The wider the scope, the higher the relative efficiency and the more obvious the effect. If a large number of greenhouses are equipped with monitoring equipment, only a few workers are needed to monitor all greenhouses in the monitoring room, which greatly improves work efficiency, effectively reduces labor force, and effectively prevents them. Due to human-induced transmission of diseases and insects across the shed. In addition, the system combines the functions of observing crop growth, fruit maturation and anti-theft and providing evidence for public security crime detection (24h automatic video recording and query playback functions).
The horticultural production base provides experimental bases, mainly selecting natural pests and diseases in the local greenhouses for forecasting and monitoring. The main highlights are downy mildew, powdery mildew, and aphids, which occur on the grapes and are relatively serious, and thus occur on the grapes. Powdery mildew, downy mildew, and locusts are key monitoring objects. At the same time take into consideration peach, plum, apricot and other vegetables and other pests and diseases. Mainly include temperature and humidity recorders and video surveillance equipment, including video surveillance equipment, including hard disk recorders, ball head and surveillance cameras. Temperature and humidity recorder is a new generation of environmental monitoring and recording equipment, using the latest computer IC chip, integrated temperature and humidity sensing module, micro-panel printer, preferred domestic and foreign first-class various functional components, real-time use of the environment Dynamic recording, can print the current temperature and humidity data, can also print 24h temperature and humidity curve, can also print over temperature and humidity set range record value, especially record year-long temperature and humidity data, print monthly, The output graph curve can directly follow the analysis and evaluation of long-term environmental conditions. The character-based liquid crystal display uses the negative plate method, and the blue background is accompanied by white characters to make the display beautiful and clear. The operation adopts multi-layer menu selection, and the user can easily and flexibly operate when leaving the specification. With its own micro-printer, it can automatically print and print a variety of records at any time; the printed records are in an intuitive manner using text and graphics for easy analysis and archiving; according to the user's different needs, the upper and lower limits of temperature and humidity alarms can be set. Sound alarms and printable over-temperature and humidity limits are recorded; this alarm technology plays an important role in pest monitoring. With the current large-scale development of facility horticulture, pests and diseases in greenhouses will spread rapidly and cause huge economic losses. The use of traditional chemical control methods can easily cause pesticide residues and harm human health, so pollution-free control is a new approach to safe production. Combining this nuisance-free prevention idea, a complete monitoring and early warning system is designed to monitor the pests at the same time and quickly diagnose early warnings, which highlights its advantages. It can take measures to prevent and control diseases and pests in the early stages of disease development and prevention. To avoid the occurrence and expansion of pests and diseases. Due to the close relationship between the occurrence and spread of plant pests and the temperature and humidity of the environment, temperature and humidity have become an important environmental factor for the development of plant diseases and insect pests. Therefore, the monitoring of temperature and humidity is very important for the monitoring and early warning of pests and diseases. The temperature and humidity monitoring measures are mainly realized by the temperature and humidity monitoring recorder. Firstly, the temperature and humidity sensors are placed inside the greenhouse (usually, the height of the plants is taken as a reference, and cannot be too high or too low from the ground, and the temperature should not be too close. Aisle, tuyere, and side wall, otherwise the measured data will not be accurate; then the temperature and humidity sensor's recording host will be installed in the monitoring room. After successful installation and debugging of the temperature and humidity recorder, it is possible to investigate the occurrence of pests and diseases in the greenhouse, to know when the temperature and humidity are prone to diseases and insects, and after obtaining the range of temperature and humidity prone to diseases and insect pests, Set the host on the temperature and humidity monitor. Once the temperature or humidity reaches the set range, the monitor will automatically alarm to remind the monitoring personnel to handle. For example, if the temperature is too high, the vents in the greenhouse can be opened in time to allow air convection to reduce the temperature inside the greenhouse. The temperature of this study is initially 37-12 °C as the upper and lower line, and humidity is 90%-10% as the upper and lower lines.
At present, the deployment and commissioning of remote monitoring and warning systems for pests and diseases in facilities have been initially completed at the experimental base; they have begun to play a role in production practice and have achieved good monitoring results (as soon as the temperature and humidity exceed the set threshold). Alarms can be provided; when a small number of lesions appear in the greenhouse, they can be monitored in time to take control and prevention measures as early as possible.) Remote monitoring can also be widely used. The wider the scope, the higher the relative efficiency and the more obvious the effect. If a large number of greenhouses are equipped with monitoring equipment, only a few workers are needed to monitor all greenhouses in the monitoring room, which greatly improves work efficiency, effectively reduces labor force, and effectively prevents them. Due to human-induced transmission of diseases and insects across the shed. In addition, the system combines the functions of observing crop growth, fruit maturation and anti-theft and providing evidence for public security crime detection (24h automatic video recording and query playback functions).
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