Live plant body coding artistic picture production system and method

Abstract

The present invention discloses a live plant body coding artistic picture production system and method. The system comprises unit live plant body color lumps, a live plant body color palette module, a frame module, a drawing robot and a management system. The unit live plant body color lumps are standard-size single-color plants arranged in the live plant body color palette module; A plurality of spaces with standard sizes capable of holding unit live plant body color lumps are arranged at the live plant body color palette module and the frame module in the uniform array arrangement mode; and the drawing robot has a vision sensor which is in communication connection with the management system and is configured to receive an instruction of the management system select the unit live plant body color lumps with colors according with the requirements from the live plant body color palette module and take out and accurately put the unit live plant body color lumps to an assigned position in the frame module. The single-color plants are subjected to standardization and are taken as the minimum unit pixels of the artistic picture to drive the drawing robot to employ the color palette module to complete the live plant body copy of the artistic picture so as to realize combination of the painting art and industrialization greening product production technology.

Description

technical field [0001] The invention relates to the field of three-dimensional art greening products, in particular to a production system and a production method of living plant coded art paintings. Background technique [0002] The current three-dimensional greening technologies such as vertical greening walls and wall-mounted bonsai combine art appreciation and three-dimensional functional greening, and change the plane growth and viewing of ornamental plants into three-dimensional planting and viewing, making full use of the three-dimensional space and equipped with necessary equipment to maintain plant growth. Prepared irrigation and fertilization, lighting, monitoring systems, etc., have played a good aesthetic and greening effect. [0003] However, with the gradual improvement of the society's appreciation of greening products and art, the existing three-dimensional greening technology is difficult to meet further social needs, and the industry is also facing developm...

AI Technical Summary

Problems solved by technology

[0004] (1) The production of the product is mainly manual, and has not achieved standardization, scale, and industrial intelligence, especially for the selection, color separation, detection, cultivation, and pruning of the types of colored plants. Standardization and intelligence have not been achieved, and the production cost High, low efficiency, limited market development;

[0005] (2) Limited by non-standardized product structure and volume, products are often provided in the form of on-site engineering, especially green walls, which require a certain amount of on-site surveying and mapping and on-site installation work, which cannot be placed and installed independently by customers, resulting in high labor costs;

[0006] (3) The product has high requirements for logistics and transportation, and ordinary logistics and express delivery methods cannot be used;

[0007] (4) It is difficult for the product to represent complex pictures, photos and scenes, and can only be spliced ​​to realize simple patterns, which is difficult to meet higher appreciation requirements; for example, it cannot realize accurate color separation of classic paintings, works, photos, patterns, etc., and live plants Color block processing and reproduction;

[0008] (5) The platform management of the overall production and service has not been realized, and the interaction with customers, such as demand, order, after-sales service and other processes, cannot realize the mobile client (APP) support

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