Automatic Clothesline
Chapter 3
Discussion of findings This chapter discusses the answers to the objectives raised in this study.
Remotely-Controlled Automatic Clothesline The current system is a clothesline presented in mechanically controlled by magnets. It uses X-10 module interfaced with the stamp to provide power to the clothesline from a remote location. It uses a phototransistor that acts as a motion sensor for clothes moving the line. In figure 1, it shows the software flow chart of the existing system.
Figure 1:
Software Flowchart
[pic]
determine the cost, accuracy and response of rain sensors
1. Rain Sensor
|Components |Cost (P) |
|1k ohms and 10k ohms resistor |P 2.00 |
|2.2 uF Capacitor |P 5.00 |
|NE555 timer |P 20.00 |
|Total |P 27.00 |
|Test |Accuracy |Response (time) |
|1 |100% | |
|2 |100% | |
|3 |100% | |
2. Humidity Sensor
|Device |Cost (P) |
|Humidity sensor |P 278.00 |
|Test
Discussion of findings This chapter discusses the answers to the objectives raised in this study.
Remotely-Controlled Automatic Clothesline The current system is a clothesline presented in mechanically controlled by magnets. It uses X-10 module interfaced with the stamp to provide power to the clothesline from a remote location. It uses a phototransistor that acts as a motion sensor for clothes moving the line. In figure 1, it shows the software flow chart of the existing system.
Figure 1:
Software Flowchart
[pic]
determine the cost, accuracy and response of rain sensors
1. Rain Sensor
|Components |Cost (P) |
|1k ohms and 10k ohms resistor |P 2.00 |
|2.2 uF Capacitor |P 5.00 |
|NE555 timer |P 20.00 |
|Total |P 27.00 |
|Test |Accuracy |Response (time) |
|1 |100% | |
|2 |100% | |
|3 |100% | |
2. Humidity Sensor
|Device |Cost (P) |
|Humidity sensor |P 278.00 |
|Test