We represent one of the international engineering small teams to try to develop innovative ideas to improve the existing solution of a product.

1. Capillarity
(花盆鱼缸)
Group Members:
 罗人杰——19373228
 郭虎——76076013
 斯瓦——76076016
 庄威廉——76076017

2. Contents
Problem Statement01 Global Market
Requirements
02
Existing Solutions03
Concept Generation &
Selection04
05 System Design 06 Prototyping

3. 01PART
Problem Statement

4. Problem Statement
Watering the fish tank
manually.
Having problem on
maintaining both humidity &
temperature of the fish tank .
Difficult to sustain the
environment for all plants.
Recent Problems

5. Problem Statement
Design Concept
A pot for potting ceramic art is suitable for soilless cultivation. The pot is a national patent for keeping its
roots hydrated and ventilated. The lazy flowerpot is a double-layer structure, the upper is planted area,
the lower is storage area, water through soft absorbent fiber to the upper layer.
The double layer water storage structure ensures the plant to have enough stable water source,
guarantees the plant healthy growth, simultaneously clean and beautiful, the watering is convenient.
用于陶艺的盆栽适用于土壤及其栽培。该锅是保持其根系水分和通风
的一项国家专利。懒人花盆是双层结构，上层是种植区，下层是储藏
区，水通过柔软的吸收性纤维流到上层。双层蓄水结构，确保植物有
足够的稳定水源，保证植物健康生长，同时干净美观，浇水方便。

6. Problem Statement
Waste Recycle
Environment Maintenance
Water Maintenance
Fish Tank Controller
 The waste at the bottom of the tank (mainly the excrement of fish)
can be directly picked up and put into the flowerpot to reduce the
inconvenience of waste disposal (environmentally friendly).
 The system can set different humidity requirements accordingto different flower
seeds, and water accurately, which is more suitable for the growth of different
flower seeds rather then using traditionalwatering by customers.
 The system can change the environmentculture suggested by the users
according to the temperature and culture conditions of different flower seeds and
the data from the temperature sensor.
 Fish tank water supply can realize automatic water
renewal and ensure water quality.
 Connect the cotton rope through the automatic control device.
According to the data of the humidity sensor, when the humidity
reaches a certain level, pull the cotton rope and stop watering, which
can prevent the plants from rotting roots due to too much watering.
Advantages over Lazy Flowerpots

7. 02PART
Global Market Requirements

8. Functional
Requirements
 Using Capillarity to keep people from watering the fish tank everyday.
 Keeps the humidity in the pot.
 Maintaining both humidity and temperature of the water tank.
 Circulation of both fish and plants environment well maintained.
List of Functional Requirements

9. Non-Functional Requirements
 The water status will be displayed in a via app along with the sensors checking for its current temperature and humidity based on different
kinds of flowers.
 The height of the water will be maintained due to the sensor effect.
List of Non-Functional Requirements

10. 03PART
Existing Solutions

11. Scamper
Substitute——Instead of letting us over watch the condition of both fishes and plants,
we can place an automatic sensor to control the height, temperature & humidity of the
water.
Combine—— We combine both plants and water environment in order to preserved the
circulation of capillarity process as well as both habitat will remain beautiful and clean.
Adapt——Both environment supports one another. The water environment will be clean
and all fishes will remain healthy as the fish residues, and other waste are transferred to
the pot for plants to grow healthy.
SCAMPER

12. Scamper
Modify——Our main ideas are putting both environments into separate layers. This is
where the flower pot and the fish tank comes into the picture, the capillary tube delivers
water to the soil for mineral absorption by the plants.; Fish residues will be transferred to
the pot to fertilize the soil, which helps all plants healthy growth. Reversely, the water
tank will not be poisonous due to the waste transfer.
Put——We can set a system to fulfill the necessity for all fish & plants. The data will be
displayed inside the control system according to the specific time. [Example: All kinds of
data for both fishes and plants keeps on update for every 1-2 hours.]
SCAMPER

13. Scamper
Eliminate—— 1. Removes the filter required for the fish tank itself (used to filter
fish)
2. Remove the watering kettle for watering flowers.
Reverse—— Based on our project, We think about how others solve the problem that
we need to solve is how the flowerpots need to be watered. and also we think about the
shortcomings and improvement methods of the lazy flowerpot based on them.
SCAMPER

14. 04PART
Concept Generation & Selection

15. Concept Generation & Selection

16. Concept Generation & Selection

17. Concept Generation & Selection

18. 05PART
System Design

19. System Design

20. System Design
STANDARDIZED DESIGN

21. System Design

22. System Design
PLATFORM-BASED DESIGN
FRONT VIEW
TOP VIEW

23. System Design
PLATFORM-BASED DESIGN

24. System Design

25. 06PART
Prototyping

26. System Design

27. THANK
YOU Speaker:
Engineering Boys