18682480. CROP GROWTH ASSISTANCE APPARATUS, CROP GROWTH ASSISTANCE METHOD, AND RECORDING MEDIUM simplified abstract (NEC Corporation)
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CROP GROWTH ASSISTANCE APPARATUS, CROP GROWTH ASSISTANCE METHOD, AND RECORDING MEDIUM
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CROP GROWTH ASSISTANCE APPARATUS, CROP GROWTH ASSISTANCE METHOD, AND RECORDING MEDIUM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18682480 titled 'CROP GROWTH ASSISTANCE APPARATUS, CROP GROWTH ASSISTANCE METHOD, AND RECORDING MEDIUM
The abstract describes a crop growth assistance apparatus that accepts requests for information about the size, taste, harvest period, and harvest yield of a crop, generates a response with a method for growing the crop based on a learned model, and outputs the method for growing the crop.
- The apparatus assists in the growth of crops by providing tailored methods based on specific crop characteristics.
- It uses a learned model to determine the best method for growing a particular crop based on past results.
- The apparatus aims to optimize crop growth by considering various factors such as size, taste, harvest period, and harvest yield.
- By providing customized growing methods, the apparatus can potentially improve crop yield and quality.
- The outputted method for growing the crop is based on data-driven insights and best practices.
Potential Applications: - Agriculture industry for optimizing crop growth and yield. - Farming operations looking to improve efficiency and productivity. - Research institutions studying crop cultivation methods.
Problems Solved: - Lack of personalized guidance for growing specific crops. - Inefficient use of resources in crop cultivation. - Inconsistent crop yields due to suboptimal growing methods.
Benefits: - Increased crop yield and quality. - Enhanced efficiency in crop cultivation. - Tailored guidance for optimal crop growth.
Commercial Applications: Title: "Crop Growth Assistance Apparatus for Enhanced Agricultural Productivity" This technology can be used in precision agriculture systems, smart farming solutions, and agricultural consulting services to improve crop production and profitability.
Questions about the technology: 1. How does the apparatus determine the best method for growing a specific crop? - The apparatus uses a learned model that analyzes relationships between growing methods and crop characteristics to generate personalized recommendations. 2. What are the potential implications of using this technology in large-scale farming operations? - This technology could lead to increased efficiency, higher crop yields, and improved overall profitability for large-scale farming operations.
Original Abstract Submitted
In order for the growth of a crop to be assisted, a crop growth assistance apparatus () includes an accepting section () for accepting a request containing any of a size, a taste, a harvest period, and a harvest yield of a crop which is a subject of growth; a generating section () for generating response information containing a method for growing the crop which is the subject of growth, in accordance with the request and a learned model having learned relations between methods for growing a plurality of crops and growth results including any of sizes, tastes, harvest periods, and harvest yields of the plurality of crops; and an outputting section () for outputting the method for growing the crop which is the subject of growth.
