EPS@ISEP | The European Project Semester (EPS) at ISEP

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report [2015/06/22 19:06] – [7.3 Components] team3report [2015/06/25 05:27] (current) – [3.2 Time] team3
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 Task that we are dealing with in this week Task that we are dealing with in this week
  
-{{::gantt_16.png?direct&800|}}+{{::ganaaat.jpg?direct&800|}}
  
 **Figure 3.3:** Current tasks **Figure 3.3:** Current tasks
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 **Figure 4.9: ** Brand **Figure 4.9: ** Brand
  
 +In order to increase in our product and to start and to start advertising we made a simple webpage which contains most important informations:
 +
 +
 +{{ ::webpage.jpg?direct&500 |}}
 +**Figure 4.10: ** Screenshot of insectarium webpage - home page
 +
 +{{ ::webpagee.jpg?direct&500 |}}
 +**Figure 4.11: ** Screenshot of insectarium webpage - second page
 +
 +To visit our page:
 +http://bqraaa.wix.com/insecto
 ==== 4.7.4 Place/ Sales ==== ==== 4.7.4 Place/ Sales ====
 The market-directed and distribution-logistic activities are content of the distribution policy. Which include e.g.  acquisition of new customers, bringing about a transaction as well as the bridging of areal distance. The market-directed and distribution-logistic activities are content of the distribution policy. Which include e.g.  acquisition of new customers, bringing about a transaction as well as the bridging of areal distance.
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 ==== 7.1 Introduction ==== ==== 7.1 Introduction ====
  
-The objective of the project insectarium is to start developing an aquarium for insects to grow for animal feed. +After the project was chosen, our project development started, we began by conducting research through state-of-the-art studies, the development of a suitable architecture for the insectarium will be presented in the following. Afterwards Based on the knowledge obtained we agreed on the design and could finally make the list of materials.the prototype´s required components, electronic functionalities and implementation processes will be explained and experimentally evaluated.
- +
-Based on the knowledge obtained through state-of-the-art studies, the development of a suitable architecture for the insectarium will be presented in the following. Afterwards, the prototype´s required components, electronic functionalities and implementation processes will be explained and experimentally evaluated. +
  
 ==== 7.2 Architecture ==== ==== 7.2 Architecture ====
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 Electronic schematics Electronic schematics
  
-{{::diagram.png?direct&300|}} +{{::diagram.png?direct&400|}} 
-{{:schematbread.jpg?direct&300|}} +{{:schemat.jpg?direct&400|}} 
-{{:schematpin.jpg?direct&300|}}+{{::schematpin.jpg?direct&400|}}
  
 **Figure 7.25 - 7.27: **Electronic schematics **Figure 7.25 - 7.27: **Electronic schematics
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 {{ :flowchart.jpg?direct&500 |}} {{ :flowchart.jpg?direct&500 |}}
 +
 +** Figure 7.31: ** Flow chart of our software
  
  
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 We are using heater from toaster and supplying it by 12 volts. Warming up is a slow process and can warm insectarium up to 29-31 degrees.  We are happy with this results because we did not want to make it very fast because it can bad affected on insects. In accordance to our test insectarium need specified time to warm up. In a table below we can see how much it takes to warm up by one degree on few specified degrees and the chart we can see how long it take - 227 minutes. We are using heater from toaster and supplying it by 12 volts. Warming up is a slow process and can warm insectarium up to 29-31 degrees.  We are happy with this results because we did not want to make it very fast because it can bad affected on insects. In accordance to our test insectarium need specified time to warm up. In a table below we can see how much it takes to warm up by one degree on few specified degrees and the chart we can see how long it take - 227 minutes.
  
 +
 +** Table 7.10: ** Table of temperature variety
 ^ Temperature[°C]      ^ Time [min]     ^ ^ Temperature[°C]      ^ Time [min]     ^
 | 24    |8 | | 24    |8 |
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 {{ ::warmupchart.jpg?direct&500 |}} {{ ::warmupchart.jpg?direct&500 |}}
 +** Figure 7.32: ** Temperature in time chart
  
  
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 Watts: 4.8 W Watts: 4.8 W
 +
 +** Table 7.11: ** Power consumption of heater
  
 ^Power consumption per hour  |0.0048 kWh | ^Power consumption per hour  |0.0048 kWh |
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 Watts - 1.68 W Watts - 1.68 W
 +
 +** Table 7.12: ** Power consumption of fan
  
 ^Power consumption per hour  | 0.00168 kWh | ^Power consumption per hour  | 0.00168 kWh |
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 Watts - 1.68 W Watts - 1.68 W
 +
 +** Table 7.13: ** Power consumption of Arduino
  
 ^Power consumption per hour  | 0.0096 kWh  | ^Power consumption per hour  | 0.0096 kWh  |
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 ==LCD:== ==LCD:==
-Voltage – 5+Voltage – 5 V
  
-Current – 0.05+Current – 0.05 A
  
 Watts - 0.25 W Watts - 0.25 W
 +
 +** Table 7.14: ** Power consumption of LCD
  
 ^Power consumption per hour  | 0.00025 kWh | ^Power consumption per hour  | 0.00025 kWh |
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 Watts - 0.0125 W Watts - 0.0125 W
 +
 +** Table 7.15: ** Power consumption of sensor
  
 ^Power consumption per hour  | 0.0000125 kWh | ^Power consumption per hour  | 0.0000125 kWh |
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 ==Arduino + LCD + Sensor== ==Arduino + LCD + Sensor==
 +
 +** Table 7.16: ** Power consumption of Arduino + LCD + Sensor
  
 ^Power consumption per hour  | 0.0000125 + 0.00025 + 0.0096 | 0.00986 kWh | ^Power consumption per hour  | 0.0000125 + 0.00025 + 0.0096 | 0.00986 kWh |
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 ==Arduino + LCD + Sensor + Fan== ==Arduino + LCD + Sensor + Fan==
 +
 +** Table 7.17: ** Power consumption of Arduino + LCD + Sensor + Fan
  
 ^Power consumption per hour | 0.0000125 + 0.00025 + 0.0096 + 0.00168| 0.01154  kWh| ^Power consumption per hour | 0.0000125 + 0.00025 + 0.0096 + 0.00168| 0.01154  kWh|
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 ==Arduino + LCD + Sensor + Heater== ==Arduino + LCD + Sensor + Heater==
 +
 +** Table 7.18: ** Power consumption of Arduino + LCD + Sensor + Heater
 +
 ^Power consumption per hour | 0.0000125 + 0.00025 + 0.0096 + 0.0048 | 0.01466 kWh| ^Power consumption per hour | 0.0000125 + 0.00025 + 0.0096 + 0.0048 | 0.01466 kWh|
 ^Power consumption per month | 0.009 + 0.18 + 6.912 + 3.456         | 10.557  kWh|  ^Power consumption per month | 0.009 + 0.18 + 6.912 + 3.456         | 10.557  kWh| 
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 Thanks to the calculations we can observe that the best case is when only Arduino + LCD + Sensor Thanks to the calculations we can observe that the best case is when only Arduino + LCD + Sensor
 Is turn on and the worst case when Arduino + LCD + Sensor + Heater are turned on. Is turn on and the worst case when Arduino + LCD + Sensor + Heater are turned on.
 +
 +** Table 7.19: ** Power consumption per hour
  
 ^Best case per hour    | 0.00986 kWh| ^Best case per hour    | 0.00986 kWh|
 ^Average case per hour | 0.01226 kWh| ^Average case per hour | 0.01226 kWh|
 ^Worst case per hour   | 0.01466 kWh| ^Worst case per hour   | 0.01466 kWh|
 +
 +** Table 7.20: ** Power consumption per month and year
  
 ^Average case per month | 8.829   kWh| ^Average case per month | 8.829   kWh|
 ^Average case per year  | 107.414 kWh| ^Average case per year  | 107.414 kWh|
- 
- 
  
  
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 The average cost of one year (working 24h/day) will be 28.37 €. The average cost of one year (working 24h/day) will be 28.37 €.
- +==== 7.6 Final pictures ====
-==== 7.6 final pictures ====+
 {{:imag1766.jpg?100|}} {{:imag1766.jpg?100|}}
 {{:imag1762.jpg?200|}} {{:imag1762.jpg?200|}}
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 {{:imag1768.jpg?200|}} {{:imag1768.jpg?200|}}
 {{:imag1769.jpg?1200|}} {{:imag1769.jpg?1200|}}
 +
 +**Figures 7.33-7.39: ** Depict our final product. 
 ==== 7.7 Conclusion ==== ==== 7.7 Conclusion ====
  
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 {{:schermafbeelding_2015-04-26_om_19.01.14.png?300|}} {{:schermafbeelding_2015-04-26_om_19.01.14.png?300|}}
  
-**Figure 7.32 - 7.38:** Presenting team \\+**Figure 7.40 - 7.46:** Presenting team \\
  
  
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 {{:schermafbeelding_2015-04-29_om_20.41.52.png?900|}} {{:schermafbeelding_2015-04-29_om_20.41.52.png?900|}}
  
-**Figure 7.39 - 7.41:** Work progress \\+**Figure 7.47 - 7.49:** Work progress \\
  
 **explaining insecto** **explaining insecto**
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 {{:schermafbeelding_2015-04-29_om_20.53.13.png?900|}} {{:schermafbeelding_2015-04-29_om_20.53.13.png?900|}}
  
-**Figure 7.42 - 7.44:**Explaining insecto \\+**Figure 7.50 - 7.52:**Explaining insecto \\
  
 **selling and presenting the insectarium** **selling and presenting the insectarium**
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 {{:schermafbeelding_2015-04-29_om_21.11.04.png?900|}} {{:schermafbeelding_2015-04-29_om_21.11.04.png?900|}}
  
-**Figure 7.45 - 7.47:** Selling and presenting the insectarium+**Figure 7.53 - 7.55:** Selling and presenting the insectarium
 ==== 7.8 Conclusions ==== ==== 7.8 Conclusions ====
 We try to follow one concept. We start as a team, each of us has special skills that we can share the work and come further a bit faster. We have the aim to occur as a serious and intelligent team which build good devices. We are motivated from the beginning till the end. While building, while presenting and while selling the Insectarium. And that could be our advantage to become successful in the market. We try to follow one concept. We start as a team, each of us has special skills that we can share the work and come further a bit faster. We have the aim to occur as a serious and intelligent team which build good devices. We are motivated from the beginning till the end. While building, while presenting and while selling the Insectarium. And that could be our advantage to become successful in the market.
 ===== 8. Conclusions ===== ===== 8. Conclusions =====
  
-===== 8.1 final Conclusion =====+==== Final Conclusion ====
  
 Overall as a group we learned to work in a strict time scale communicate and present ourselves well despite the language barrier problems and successfully build our project within the limited budget of 100 euros (spending 70 euros )  despite having problems with choice of materials and schematic designs we managed to do this in the short time scale necessary, the advisers had some complainants with some parts of the wiki but we felt as a group we couldn't overcome these problems until we built the system (e.g functional tests ). Overall as a group we learned to work in a strict time scale communicate and present ourselves well despite the language barrier problems and successfully build our project within the limited budget of 100 euros (spending 70 euros )  despite having problems with choice of materials and schematic designs we managed to do this in the short time scale necessary, the advisers had some complainants with some parts of the wiki but we felt as a group we couldn't overcome these problems until we built the system (e.g functional tests ).

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