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Smart potted plants that are automatically created into the growing environment according to the growing conditions of the plant

机译:根据植物的生长条件自动创建到生长环境中的智能盆栽植物

摘要

The present invention relates to a smart flower pot 100 interlocking with a user terminal (S), at least a growth space 11 for accommodating plants and soil, and a control space 12 attached to the lower end of the upper growth space 11 The enclosure 10 consisting of a partition plate 15 to partition; On the upper housing (10), there are a temperature/humidity detector (21) (22) that measures the temperature and humidity of the soil, an illuminance detector (25) that measures the amount of external light, and a dust detector (26) that measures the dust concentration. Configured detection module 20; A communication module 30 connected to a private communication network in the enclosure 10 to transmit and receive information with a user terminal S, and to collect plant growth conditions by being connected to the Rural Development Administration; An output module 40 composed of a display 41 for notifying information according to an output signal on the housing 10, a speaker 42, and a supply tank 45 for discharging a nutrient solution; And a control module 50 that receives information from the sensing module 20 and the communication module 30 in the housing 10, analyzes the input information, and outputs a signal according to a set sequence. do. Therefore, the present invention collects the growing conditions from the Rural Development Administration for plants, and automatically supplies nutrient water according to the growing conditions to improve management convenience, and measures the dust concentration to notify the plant to clean the leaves of the plant. It has the effect of promoting growth.
机译:智能花盆100技术领域本发明涉及一种智能花盆100,其与用户终端(S),至少用于容纳植物和土壤的生长空间11以及与安装在上部生长空间11的下端的控制空间12互锁。由分隔板15组成,用以分隔;在上壳体(10)上,具有测量土壤的温度和湿度的温度/湿度检测器(21)(22),测量外部光量的照度检测器(25)以及灰尘检测器( 26)测量粉尘浓度。配置检测模块20;通信模块30连接到外壳10中的专用通信网络,以与用户终端S发送和接收信息,并通过连接到农村发展管理局来收集植物生长条件;输出模块40包括:显示器41,其根据壳体10上的输出信号来通知信息;扬声器; 42;以及排出营养液的供给箱45;控制模块50从壳体10中的感测模块20和通信模块30接收信息,分析输入的信息,并根据设定的顺序输出信号。做。因此,本发明从农村发展管理局收集植物的生长条件,并根据该生长条件自动供应营养水,以提高管理的便利性,并测量粉尘浓度以通知植物清洁植物的叶子。它具有促进增长的作用。

著录项

  • 公开/公告号KR20200107049A

    专利类型

  • 公开/公告日2020-09-16

    原文格式PDF

  • 申请/专利权人 정종현;

    申请/专利号KR20190025526

  • 发明设计人 정종현;

    申请日2019-03-06

  • 分类号A01G27;A01G27/02;A01G29;A01G9/02;G01N33/24;G06Q50/02;

  • 国家 KR

  • 入库时间 2022-08-21 11:05:58

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