History and Development of Clothes Irons

History and Development of Clothes Irons 1.0 Introduction The report thoroughly examines the development and history of cloths irons and investigate of the materials used. The purpose of this report is to describe and examine the function and special features of this appliance. And, to identify the social, environmental, sustainability and cultural implications that have arisen from the development. Further exploring the use of this type of appliance with so to classify the materials used. A clothes iron also known as a flat iron, or smoothing iron, is a household appliance used to smoothen out the crinkles out of and creases into clothes. 1.1 History of Iron The history of the cloths iron advanced from in the 1st century. First iron developed with metal pans filled with boiling water were initially used in China during that period. Empire-era Romans had several tools like the modern iron. This flat metal mallet was used to hit clothes. The creases were removed by the pounding. Around the fifteenth century, an enhancement over the flatiron was presented. The hot box was made of a hollow metal box with a smooth bottom and a grip. Inside, hot coals, or some other heating element were placed. In the late 1800s, gas irons came into existence. Households had separate gas lines, and the gas iron was hooked up to the gas line by a pipe. The iron contained a burner to which the gas ran. When the burner was lit, the iron intensified. These irons were usuallyiron heated with oil, gasoline, and other fuels. Later, throughout the 1880s when electricity was later becoming extensive accessible in regular households. The very initial development of plug-in iron was by Henry W. Seeley in 1882. This was attached to an electrical source by removable cables. Electricity from the source stimulated the irons interior coils. The irons were heated on a stand which had to be reheated frequently. There was no way of controlling its temperature. One big problem with Seeleys iron was that it heated gradually, and cooled progressively when used. The iron had to be reheated repeatedly. During the 20th century, Thomas Sears invented the first steam iron. Most modern irons are made of metallic and polymer materials, and most have features such as steam, temperature controls, and programable shutoff. High heat of steam provides the ease of removing wrinkles and creases off clothing. 1.3 Impact and Effects The development of iron led to the improvement of minimalise time consumption spent on ironing clothes improving the domestic household by reducing physical labor with the small and compact tool. The improvement of the iron led to new features and improved quality such as allowing vertical steaming, temperature control and etc. Engineers uses the latest materials and manufacturing processes, include a range of features to ensure comfort appearance, safety and ergonomics to the society. Frequent ironing can lead to environmental impacts depicted in society, leading to massive amounts of electricity consumption and greenhouse gas emissions. Generally, one iron uses 1000 Watts of energy annually of 3 people, significantly using a substantial amount of energy. Because the demand for electricity is variable throughout the day, its generation is uneven. This produces problems and enhances a financial and environmental cost. 2.0 Description 2.1 Components The iron is functioned when electric voltage is transferred through a coil and it is heated. This heat is then transferred to the soleplate through conduction. Modern irons operate by water transferred into a small transparent water tank and boiled until its indicated it is ready. User can adjust the steaming option with a mechanical button. The blend of heat and pressure removes wrinkles and creases using resistive heating from an electrical current. Ironing works by discharging the bonds between the long-chain polymer particles in the fibers of the material. While the particles are hot, the fibers are flattened by the mass of the iron, and they grasp their new form as they calm Modern Iron consists of: Sole Plate: Its made with molten aluminum. This is placed in a mold where holes are made. Then its pressure, cooled, and released. Aluminum allows corrosion not to occur. It is polished, layered with a non-stick material making it stainless. Thermostat: In mold, a small metal post is made. A spring is made onto it. This spring is completed of two different metals. The spring controls the irons temperature. Power contacts are connected to the spring, which then the electricity is allowed through so the iron can be heated. Housing and Handle: In a mold, the heated plastic is inserted into a mold under pressure, cooled, and released. The heating element: This is between the sole plate and cover plate. The heating element consists of nichrome wire wound around a sheet of mica. The two ends of the nichrome wire are connected to the contact strips. The contact strips are connected to the terminals of the iron. Mica is a very good insulating material and can also endure very high temperature 2.2 Production When all the components are mass-produced, the iron is completed on a computerised production line. The sole plate is the first part on the assembly line. The thermostat is screwed then to the plate by automaton machinery. To the sole plate-thermostat subassembly, the water tank is set together. It is secured with mechanical robots with attachments, Grip and frame is linked over the sole plate, thermostat and water tank, and secured by bolts. Electrical cord is the last piece to be added. After robotic testing procedure, the irons are examined by hand. Finished irons are packed into separate boxes with instructions and other documents. 2.3 FEATURES Modern irons have various features: Auto Shutoff Automatically turned off when left idle its heel for 8 minutes Anti-drip Prevents leaks when the iron is not hot enough to steam. Anti-calcium Allows self-cleaning. A valve that acts as a filter that you need to be clean from time to time. This prevents the built-up of calcium built-up due to hardness of water. Temperature Control Adjust the temperature on types of materials: silk, wool, cotton, linen, etc. Cord Control The point at which the cord attaches to the iron and has a spring to hold the cord out of the way when ironing, this prevents fires and provides more convenience. 3.0 Analysis The three main materials used in the clothes iron and the engineering properties of each are: Materials Advantages Disadvantages Thermosetting Polymer (Outer Cover) Allow easy cleaning on the smooth surface Reduced weight Cheap and inexpensive Insulator remains cool when operated in elevated temperature of heat High toxicity and flammability Low strength Non-biodegradable Ceramics (Components) Inexpensive Stable at elevated temperatures Good electrical insulators Weak in tension. Poor shock resistance. Molten Aluminum (Sole plate) Non-corrosive Prevention of rusting Stainless metal Recyclable Resistant to elevated temperature use Expensive Vulnerable when scratched Comparison between the early and late model: Early Model Later Model Steel fittings Cast iron base Polymer- Bakelite electrical fittings Copper- electrical wire Cloth- electrical insulation Heated by wood fire or other gases Stainless steel base Aluminum Polymer Polymer PVC electrical insulation Copper electrical wire Ceramic electronic components Heated by electric element 4.0 RECOMMENDATIONS CONCLUSION A feature I would improve on the iron is the sole plate. An improved and better coating would be invented that can be more resistant and tough from damage as zippers or other protrusions on clothing to can damage the sole plate. And reduce the dragging over and on the textile material when using the iron making it smoother to utilise. These enhancements and development can be found in the factor of better alloys or better nonstick coatings. With the innovations advancement of inventions of technologies, materials and component has been advanced and hence better quality. The early model utilises wood and other gases to power the iron whilst in comparison now into the contemporary modern day society it enhances on electrical power to rely on. Metal was used in the ancient periods but in present society polymer is handled to which creates an insubstantial light-weighted product and thus extremely convenient and accessible on daily lives in society. 5.0 APPENDIX References Information About the Electric Iron Invention: How an Electric Iron Works. Bright HubEngineering: Articles, News Industry, Information Written for Engineers. NP/NDWeb. 18 March 2017. Bright Hub Engineering. 2010. The Invention of the Electric Iron. [ONLINE] Available at: http://www.brighthubengineering.com/consumer-appliances-electronics/64941-the-invention-of-the-electric-iron/. [Accessed 18 March 2017]. MOHD HAZUAN BIN MOHD ZAWAWI. 2010. DESIGN AND ANALYSIS OF ELECTRICAL IRON USING BOOTHROYD DEWHURST DFMA METHODOLOGY. [ONLINE] Available at: http://eprints.utem.edu.my/2985/1/Design_And_Analysis_Of_Electrical_Iron_Using_Boothroyd_Dewhurst_DFMA_Methodology_-_24_pages.pdf. [Accessed 18 March 2017]. Eric Benac. 2010. Who Invented the Pressing Iron? [ONLINE] Available at: http://www.ehow.com/about_5113872_invented-pressing-iron.html. [Accessed 18 March 2017]. How clothes iron is made material, history, used, parts, components, product, machine, History, Raw Mcaterials. 2017. How clothes iron is made material, history, used, parts, components, product, machine, History, Raw Mcaterials. [ONLINE] Available at: http://www.madehow.com/Volume-6/Clothes-Iron.html. 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