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Essay On Design Of Chicken Egg Hatching Design

explanatory Essay
1584 words
1584 words
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Input-Process-Output

In order to design an “Design of Chicken Egg Hatching Device”, Figure 3-1 shows to consider four requirements as input for the design (Knowledge requirements, Hardware requirements, Software requirements and Multiple Constraints), and also were we can apply the design standards. The process would require an adequate amount of knowledge in circuitry, programming and egg incubation development

The rationality of these inputs should contain an egg turner, microcontroller, Bluetooth module network, and sensors for the hardware requirements. The development should also consider software requirements such as C compiler software and java programming. Part of these rationale inputs must deal with the multiple constraints, trade-offs and engineering standards on the development process to falter upon the constriction.

The above requirements must be processed correctly to produce the desired output base from the given detailed design process on Chapter 1, Figure 1-1 Project Development.
System Flowchart

In Figure 3-2 and 3-3, the system stabilizes the temperature and humidity to its maintaining value by controlling the incandescent bulb on or off. According to the design standard which is the American Standard of Perfection is the standard of temperature inside the incubator wherein the detailed information is shown in Appendix F. The egg turner will automatically be turned three times a day, as part of design standard American Standard of Perfection (see detailed standard shown in appendix F). The egg candling is done once the eggs is on its 1st, 9th and 18th day, throughout the candling process the user can view what is inside the incubator using the live preview from the IP Camera. While viewing the insides of t...

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...andling process by turning on or off the egg candler, and also controls the egg turner by moving it counterclockwise (turns left) or clockwise (turns right). The variable "val" is the value received from android phone, the value depends on what the user has chosen and the action of the system depends on the "val" value.

The process focuses on how the data is transmitted and received from Android to the Prototype and vice versa as shown in Figure 3-23. The Android phone acts as the controller for the robotic arm and egg turner, which is one of the features and interface specifications of the Design of Chicken Egg Hatching Device. The data that must be monitored such as temperature, humidity and egg's development will be sent to the android phone. The system continuously receives and transmits data from and to the android phone using a Bluetooth module as the medium.

In this essay, the author

  • Explains that microcontroller centralized the process of the design project. all the program needed will be provided.
  • Explains that pc – views the sent data from the ip camera and controls the robotic arm.
  • Explains that hardware design specifies the design of chicken egg hatching device's capabilities. the components are used for a particular purpose.
  • Illustrates the prototype design in figure 3-7, which shows the circuit diagram of the design 1, use of vacuum with x and y axis movement, and how the components are connected to the humidity and temperature sensor, microcontroller, egg turner, ip camera, vacuum.
  • Illustrates the proposed egg picker using a vacuum that uses air compression to get hold of the egg that will be removed and moves in x and y axis.
  • Explains that ip camera is utilized for image processing which takes photo of the eggs during candling.
  • Explains that temperature sensor senses temperature inside the prototype and sends the acquired data to the mcu.
  • Explains that ip camera is utilized for image processing which takes photo of the eggs during candling.
  • Explains robotic arm (a) - used to pick up and separate putrefied eggs from the egg turner.
  • Explains robotic arm (b) - used to pick up and separate putrefied eggs from the egg turner.
  • Explains that temperature sensor senses temperature inside the prototype and sends the acquired data to the mcu.
  • Explains that the circuit diagram for design 2 that is presented in figure 3-14 has the same components from previous design, but uses two robotic arms that travel in x axis movement in exchange to the vacuum as the egg picker.
  • Explains robotic arm, used to pick up and separate putrefied eggs from the egg turner.
  • Explains that ip camera is utilized for image processing which takes photo of the eggs during candling.
  • Explains that temperature sensor senses temperature inside the prototype and sends the acquired data to the mcu.
  • Explains software design is the process of which the designers create a specification regarding the design of chicken egg hatching device.
  • Explains the cycle of planning, analysis requirements, design, development, quality assurance, deployment, and maintenance/enhancement.
  • Explains that in order to design an "design of chicken egg hatching device", figure 3-1 shows to consider four requirements as input for the design.
  • Explains how the system stabilizes the temperature and humidity by controlling the incandescent bulb on or off. the egg turner is automatically turned three times a day as part of the american standard of perfection.
  • Explains that the cost stated in table 3-1 is very inexpensive, in view of the fact that it will use a vacuum for the egg picker.
  • Explains that the cost in table 3-2 is more expensive than table 3-1 because design 2 uses two robotic arms. figure 3-15 represents the prototype design using a robotic arm as egg picker.
  • Explains how the system reads temperature and humidity, then heats the incubator if the temperature inside is below the minimum maintained temperature value. the android phone controls the egg candling process.
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