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Fabrication Of Electrical Pop Corn Machine
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CHAPTER TWO
DESCRIPTION OF THE COMPONENT PARTS AND WORKING PRINCIPLE
2.1 Description of Components Parts
This comprises of the main body itself i.e the part and the equipment used in constructing the pop corn machine.
Four legs -: this serve as lifting mechanism
Sitting portion of the pot
Aluminium pot-: this is the uppermost of the pot that is accommodating the com-steering
Element:this is caled electric burner.
Support pipe, steering pot and the stirrer
2.2 Body frame work
Mild steel of a certain length was measured and marked to give the length and breadth of housing which was 406mm and height of 357mm and the leg is also marked off to be 1.5 mm which are typically of four types.
The tools used were steel rule, hammer guillotine machine and engineering vice
The different cut-out parts were now assembled together according to how they would be joined and welded
The upper parts of the mild steel cut was marked off suit the diameter of the element (electrical burner).
And this rod is welded across the diameter of cut-off part to enable it to hold the electric burner and to prevent it from falling
Tools used was chisel, electrode, goggle hack saw, hammer and arc welding machine, tools and screw driver.
The front view was chosen from the cut off mild steel, from the front view, the position of the switch was marked off and cut. We make use of engineering vice.
Side view was also chosen from the marked mild steel and its design to have a semi arc on top to facilitate easy carriage to the housing when cooled.
Tools used anvil, steel rule and scriber.
All different part were arranged in a single form by rivet pipe and there was necessity for the placement of the aluminum pot on the housing and that bar was bent to suit the diameter of the mechanism serves as lift for the pot easy discharge of the pop corn.
The element was placed on its position, the electronic cable and the switch were also connected, ensuring that the connection were in right order to avoid short circuit.
FABRICATION DETAILS
2.3 Materials selection
The selection of material should be based depending on the properties of particular material to be used, in relative to the purpose, such material would serve in the fabrication
In order to achieve good, standard and quality product, the selection of material for any fabrication and production of anything must be done at the best for the durability of such material selected.
Steel metals constitutes the material which is being used for engineering works of different shapes and sizes such steels are
Cast iron
High carbon steel
Medium carbon steel of different grades
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ABSRACT - [ Total Page(s): 1 ]ABSTRACTIron pop corn machine has being a machine that is fabricated to produce a large and reasonable amount of pop corn with a limited cost and of fast rate it is economical as it is known to be for average Nigerians and also as appetizer to meet the demand of the consumer, invention of this machine at very economical rate, its source of heat is an electric burner, with a very moderate height and a detachable aluminum pot and container to collect the pop corn, the fabrication of the pop corn ... Continue reading---
TABLE OF CONTENTS - [ Total Page(s): 1 ]TABLE OF CONTENTS Title Page Certification Dedication Acknowledgement Abstract Table of contents CHAPTER ONEINTRODUCTION 1.1 The Background of the Project 1.2 Literature Review 1.3 Specification of Problems 1.4 Requirement of Design 1.5 Condition for Use 1.6 Characteristics 1.7 Appearance CHAPTER TWO2.1 Description of component part 2.2 Body frame work 2.3 Material needed fo ... Continue reading---
CHAPTER ONE - [ Total Page(s): 1 ]CHAPTER ONEINTRODUCTION1.1 The Background of The ProjectThe basic aim of this project is to improve the quality and standard of production of a pop-corn machine and how its producing the popcorn. Therefore, it act or promote and improve production rate and limit the frying time, as much as it could performed and lastly production it in a sanitary condition. The design and construction of pop corn machine is brought from the perspective of its availability in market.Also this p ... Continue reading---
CHAPTER THREE - [ Total Page(s): 1 ]CHAPTER THREE3.1 Assembly Assembly is a way of fussing or coupling split parts together to become whole. Assembly procedure of this project goes thus: - After work has been completed on the source of heat supply (electric burner). The aluminum pot, the pot was designed on where to sit which is bolted i.e couple together with the electric burner for its operation. The means of assembling by bolting or riveting makes it more turn to both pot and sources of heat. The container of ... Continue reading---
CHAPTER FOUR - [ Total Page(s): 1 ]CHAPTER FOUR 4.1 PrecautionsAccident can be defined as an unexpected, unplanned and unpredicted event, which could cause loss of life, damage of properties and stoppage of work Safety can also be defined as freedom from accident. The following precaution are put in place when operating the machine. Touching of hot pot during processing is not advisable Line wire must not be touched with unprotected hands. Broken glasses and frame should be properly disposed. 4.2 ... Continue reading---
CHAPTER FIVE - [ Total Page(s): 1 ]CHAPTER FIVECONCLUSION AND RECOMMENDATIONS5.1 Conclusion After testing the machine, we discovered that we are able to pop higher amount of popped coin due to the fact that pot is bigger than the previous ones constructed. Stirrer touches all the botton part of the pot A detachable container is constructed so as to reduce the wastage of pop-corn when transferring from pot to the containers. Also my conclusions give me the room for production of high demand of pop-corn ... Continue reading---
REFRENCES - [ Total Page(s): 1 ]REFERENCES Abdul Qadir, B.L (2010) strength at materials “I†Edition, Published by SMS published and printing enterprises, Ilorin page1-20, page 37/38.(P.N OKEKE and M.W Anyakqwha (1987&1989), Senior Secondary School Physics, Revised Edition, Macmillan Education LTD, London and Basingstoke, page 17.R.A Higgins, (1994) “Properties of engineering materials†Second Edition, Edward Arnold, a division of Hodder Headline PLC, 338 Euston Road, London, page 378. ... Continue reading---
