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Base jacks are usually made out of steel and are adjustable to various lengths. The adjustments are made based on the amount of weight it needs to bear. They can also be made in a variety of configurations, such as swivels that adjust to sloped ground.
For scaffolds that are built off other structures like steel beams, base plates can be replaced with shoring heads (U-heads, for example).
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(Original title: Agricultural High School: fingertips control agricultural wisdom to create a better future) 
[China Agricultural Machinery Industry News] Through the mobile phone, real-time monitoring and automatic irrigation of temperature and humidity in greenhouses can be carried out; fertilization time and fertilizer dosage can also be realized by agricultural Internet of Things technology, data, and energy consumption. These are the credits of “smart agricultureâ€, which was concentrated in the Agricultural High-Level Conference, allowing farmers to bid farewell to the traditional crop model that relies on the heavens.
Farmers say goodbye to traditional crop models, wisdom agriculture is huge
Smart cloud platform allows fingertips to manipulate agriculture
In front of the booth of an Internet of Things company in Shanghai, an agricultural cloud platform displays data on crop growth environment corresponding to each sensor in the greenhouse, including light, greenhouse temperature, greenhouse humidity, soil temperature, and soil moisture. Through the sensor, farmers can “communicate†with crops, and they can get data without remotely monitoring the crop growth status and environmental status.
For large-scale growers, manual management alone requires a lot of manpower, is time consuming, and has inevitable manual errors. After using the agricultural cloud platform, you only need a mobile phone and an administrator to monitor the information of large-scale campuses 24 hours a day. Even if the data detected by the sensor deviates from the preset value, the system will automatically issue a command to operate the fan, sunshade, humidification, watering and other equipment connected to the intelligent start system.
The person in charge of the company said that the intelligent cloud platform not only greatly reduced labor costs, but also saved water and fertilizer, and increased crop production efficiency by more than 30% and increased production.
Smart robots add momentum to agriculture
In the C Museum of the Agricultural High School, a small picking machine attracted many people to watch. In the operation, the picking robot slowly approaches the branch of the kiwifruit, and the fruit is subjected to non-destructive picking using the "finger" before and after. This project is mainly applied to the clustered kiwi fruit in the scaffolding mode. “The machine vision recognizes the position information of a cluster of fruits and determines the picking order. The robotic arm completes the coordinate transformation and is not damaged by the end effector.†Cui Yongjie, the team leader said .
As the kiwifruit native place and Jiayousheng area, Shaanxi is a large province of kiwifruit cultivation. How to make up for the high cost of manual picking and labor intensity, this is the vice professor of Cui Yongjie of Northwest A&F University and nearly 30 teachers and students of his team have been thinking about it. problem. They spent four years developing the kiwi picking robot, which provides technical support for the scale, standardization and automation of the kiwifruit industry.
The picking robot picking speed is 18 seconds per piece, and it is currently not meeting the market demand. Cui Yongjie pointed to the running machine and said, "We are going to cooperate with a company that develops a robotic arm in the United States. If there are four robotic arms in this robot, then the efficiency can be recognized by the market." They expect future pollination Mechanization can also be achieved by grading, and the whole process is intelligent.