• Title/Summary/Keyword: planterior

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A Study on the Design of Planterior to Reduce and Purify Indoor Particle Matters (PM) (실내 미세먼지 저감을 위한 플랜테리어 디자인 연구)

  • Ahn, SeungWon;Jeong, Jun Hyun
    • Journal of the Korean Society of Floral Art and Design
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    • no.44
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    • pp.3-31
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    • 2021
  • To verify the types of effects that plants have in our general living conditions, I examined an air quality in living rooms of the three, 129.78m2 size, apartments that were with and without plants. and the findings of the study were as addressed below. 1) Experiments showed no statistically significant differences in Case A. However, in Case B and Case C, the standard deviation of PM10, PM2.5 and PM 1.0 verified that each had statistically significant (p<.01) differences. 2) It is believed that the effect of reducing particle matters due to the installation of plants in the indoor space is to vary significantly depending on the indoor environmental conditions, the cleanliness of the room, and the amount of furniture and may also differ depending on the daily dietary cooking method. In addition, it is believed that the planterior will not only reduce indoor fine dust, but also reduce the psychological comfort and eye fatigue of the residents. Nevertheless, supplementary research is needed. 3) In the planterior design for reducing indoor particle matters, various measures were examined. Among them, the vertical wall design method was tested and suggested through empirical experiments. In addition, maintenance methods were proposed depending on the type of indoor plant.

Design and Implementation of Home IoT Cultivation System with iOS Interface (iOS 인터페이스를 지원하는 가정용 IoT 재배 시스템 설계 및 구현)

  • Jeong, Seung Gyun;Kim, Gyu Dong;Kim, Byeong Chang
    • KIPS Transactions on Computer and Communication Systems
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    • v.12 no.2
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    • pp.61-68
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    • 2023
  • Demand for "pet plants" and "planteriers" is increasing due to the increase in COVID-19 and fine dust. In this paper, Smart pots for planterior should be small in size while providing the functions for cultivation without any problems. They should provide a user interface for long-range control for user's convenience. We implemented smart pots by incorporating IoT into pots. In response to the growing number of iPhone users, we developed an iOS app for user interface and UX/UI design. By communicating with the smartphone app and a home pot server over the Internet, users can check and control the state of the pot anytime, anywhere. The server and the pot module were separated to reduce the size of the pot itself. By locating a water bottle at the bottom of the pot, we expect that it is suitable for a "planterier" because it adopts a circulating structure in which drainage flows down to the water bottle as it is.