4 results about "Growth management" patented technology

The invention discloses a portable terminal and a method for measuring and calculating economic benefits of a smart greenhouse in a full life cycle, belongs to the field of smart agricultural hardware, and aims to solve the problems of insufficient coverage, data breakage, low accounting efficiency and difficult recovery of full-stage measurement and calculation of existing equipment through full-cycle exclusive hardware design. The portable terminal comprises a main body protection shell, an economic parameter interaction assembly, an income data acquisition assembly, a hardware calculation assembly and a power supply assembly, and all the assemblies cooperate to adapt to a full-life-cycle economic income measurement scene of planting preparation, growth management, harvesting and selling, and operation redisk of the intelligent greenhouse. After the method is applied, the complete-cycle data integrity of the greenhouse is 100%, the annual average income error calculation is reduced by 70%, the annual average income increase of a five-greenhouse tomato base exceeds 926000 yuan, the return on investment is shortened to 2-3 months, data can be stored in a structured mode, and planting optimization is supported.

This program will enable people with little agricultural knowledge or experience to acquire basic agricultural knowledge and skills that can be applied to a variety of farming styles in a practical and short period of time. It will also foster small-scale, self-sufficient farmers who can diversify their income sources and be highly profitable. [Solution] Multiple cultivation plots are set up in one management unit field, which is considered a single management unit. A cultivation plan is created and agricultural work is carried out for the multiple cultivation plots so that all agricultural work, broadly categorized as "ridge making," "planting," "growth management," and "harvesting," can be carried out on a learning agricultural work day, which occurs about once a week.

A method for predicting growth on the basis of growth age and providing a solution by using an artificial intelligence model may include the steps of: receiving biometric data of a measurement target; extracting data regarding the predicted age of peak height velocity (APHV), at which the growth velocity is expected to reach the maximum value, by using the biometric data of the measurement target; classifying the growth step of the measurement target into one of multiple growth steps on the basis of the extracted data regarding the predicted APHV; predicting the final height by inputting the extracted data regarding the predicted APHV into a trained neural network; and providing a growth management solution on the basis of the classified growth step and the predicted final height.

The invention relates to the technical field of intelligent agriculture, and discloses a planting method and system based on summer vegetables in a plateau area. The method comprises the following steps: continuously acquiring soil and meteorological multi-parameter data through a sensor array deployed in a target planting area, and performing verification processing to form a standardized data set; carrying out planting suitability analysis by using the data set to generate a spatial distribution map; establishing a crop growth prediction model in combination with historical data and real-time data, and outputting growth expectations of different planting schemes; formulating a detailed planting plan including time, density and position according to the map and an expected result; controlling the planting equipment to sow according to the plan, and continuously monitoring the growth vigor; and dynamically adjusting management measures according to the growth vigor change to form closed-loop regulation and control. According to the plateau summer vegetable planting management system, refining of planting planning and intellectualization of growth management are achieved, and the resource utilization efficiency and output stability of plateau summer vegetable planting are improved.