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History of bulletproof clothing
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Bulletproof vests are used world-wide in order to protect the wearer of the vest from a bullet. A shot from a gun can be deadly to anyone and therefore, people searched for protection. They found the answer when they discovered Bulletproof vests. But how can a small vest worn around the torso save someone’s life? In order to understand how it is possible, the process of how it’s made, comes into question. Considering the copious amount of lives they have saved, Bulletproof vests are made by sewing woven fibers into vests and layering them on top of each other, in order to deflect bullets.
“Bulletproof vests are modern light armor specifically designed to protect the wearer's vital organs from injury caused by firearm projectiles” (“How Bulletproof Vest is Made”). Many people prefer calling them “bullet-resistant vests” because the person who wears the vest is not completely safe from a bullet. There are many components that go into making a vest. A vest-shaped sheet of advanced plastic polymers, called a panel, is composed of many layers of Kevlar or Spectra Shield. While, the layers of woven Kevlar are sewn together using Kevlar thread, the non-woven Spectra Shield is coated and bonded with resins. An example of a possible resin is Kraton. It is then sealed between two sheets of Polyethylene film. The panel is placed inside of a fabric shell that is made from nylon or a blend of cotton and polyester. Some bulletproof vests add nylon padding for extra protection. Many bulletproof vests contain built-in pouches that are used to hold plates. These plates are made from either ceramic bonded to fiberglass or metal. In order to keep the vest on, the sides are connected with elastic webbing, cloth, metallic buckles, or velcro closure...
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...a sewer stitches the layers together. The cloth must be cut into proper pattern pieces after it is made. To form the finished vest, these pieces are sewn together (“How Bulletproof Vest Is Made”).
There was a long history of Bulletproof vests, that date back to the early 1900s.
Works Cited
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Bellis, Mary. "History Of Body Armor And Bullet Proof Vests." About.com Inventors. About.com, 30 Apr. 2014. Web. 06 May 2014.
Harris, Tom. "How Body Armor Works." HowStuffWorks. HowStuffWorks.com, 01 May 2001. Web. 06 May 2014.
"How Bulletproof Vest Is Made." How Products Are Made. Advameg, Inc. Web. 06 May 2014.
Rahman, Anatol. "New Material Can Make Ultra-light And Better Bulletproof Armor." The Tech Journal RSS. 13 Nov. 2012. Web. 10 May 2014.
Malis, Steve. "Armor of the 12th Played Role in Hastening V-E." Beachhead News, 14 July 1945.
Under Armour provides innovatively designed performance products that incorporated a variety of technologically advanced fabrics and specialized manufacturing techniques, all in attempt to make the wearer feel “drier, lighter, and more comfortable.” This is Under Armour’s core competitive strength.
Doctor Richard Gatling patented the Gatling gun in 1861. This gun would become one of the deadliest weapons of the war. The Gatling gun was a six-barreled gun and would fire...
Finally, the third change involves the utility uniform itself, also known as “cammies”, giving it a complete makeover. The current cammie design for all branches of the Armed Forces is over twenty years old. The textile industry has made many advances in the production of clothing providing more comfort and durability. Revolutionary advances within the clothing industry, Velcro and zippers, are being tested on the new cammie uniform.
At the start of the war, many people, including president Abraham Lincoln, thought that the few battles wouldn’t turn into much and that the fighting would be over soon. Clearly, they were wrong. As the fighting continued, uniforms became necessary in order to stop men from shooting others on their own sides. When uniforms were first created, they were very inconsistent in the way they were made. Styles of clothing depended on where they were made or who made them. Many s...
middle of paper ... ... Works Cited Delozier, Dave. A.S. & Y.S. Gun safety program taught to elementary school students | 9news.com. 9news.com. N.p., n.d. Web.
The Web. 12 Feb. 2014. How to Become a Police Officer? Chron.com. - a.k.a.
In the year of 1851, Whitcomb Judson invented the zipper. Gideon Sundback improved on Whitcomb Judson’s work. After a few years the zipper was made better and stronger. Sundback increased the amount of “teeth” on the zipper; which seemed to make it stronger. The soldiers during the civil war wore zippers on their clothing.
[World war one -weapons]. (2013, February 25). Retrieved November, 2000, from War and Military Records website: http://www.historyonthenet.com/WW1/weapons.htm
After graduation, Plank traveled to New York City's garment district to test various materials and eventually designed a material out of spandex and lingerie to be worn under the football pads of athletes. Under Armour's product lines include HeatGear, ColdGear, TurfGear and LooseGear, which can be found in more than 8,000 retail stores and on Under Armour's website. The idea was a major suc...
In 1996, Under Armour,Inc. (UA) was founded by Kevin Plank as a former University of Maryland football player. Kevin Plank started his business with the idea of alteration athlete’s T-shirt. The shirt uses moisture-wicking fabrics to keep athletes cool and dry, and worked in a body to regulate temperature for enhancing athlete performance (Under Aumour, “About Under Armour” n.d.). Under Armour’s mission statement is to make all athletes better through passion, design and the relentless pursuit of innovation (Under Aumour, “Brand Mission”n.d.). Under Armour has developed different product for athletes to use in different seasons for men, women, and youth such as HeatGear that is designed to be worn in high temperatures, ColdGear, which is designed to be wore when the body circulate body heat from hotspot to the normal body temperatures, and AllSeasonGear, which is designed for wearing in changing temperatures (Under Aumour, “About Under Armour” n.d.). Under Armour develops, markets, distributes its apparels, footwear, and accessories for using in the athletics in various continents such as North America, Asia, Europe, the Middle East, and Africa. It is looking for expanding market in the future (Under Aumour, “Shop of Under Armour”n.d.). Under Armour’s headquatered is in Baltimor, MD. Moreover, it also operates in Canada, the United Kingdom, Australia and other 80 countries (Under Aumour, “Find a Retailer”n.d.). It distribute its products through retail stores and online.
For the ME 491 project assigned by Dr. Beth Todd, Zack Gilbert and Parker Barton propose the topic of Dynamic Bullet-Body Interactions and Ballistics. Our main focus for this project will be to discuss how the human body reacts to bullet penetration as well as blunt-force trauma, and how engineering has been used to create ballistics gel that replicates these responses.
“All the other kids with the pumped up kicks, You better run, better run, outrun my gun.” Not if you are wearing bulletproof armor! This song is by Foster the People. This illustrates the importance of wearing bullet-proof armor, such as a vest. Many people argue the law enforcement should wear bulletproof vests because of the officer fatalities, instead of ordinary citizens who aren’t open to harm. This type of protection must be strong, a life saver, and made to the highest standard. It must be used for: safety, have a certain level of protection, and legally worn.
Fecht, S. (n.d.). Lighter, Stronger bulletproof clothing. Retrieved April 8, 2014, from Popular Mechanics: http://popularmechanics.com/science/health/med-tech/6spidersilksuperpowers.htm
The invention and innovation of small firearms spans throughout the world and throughout multiple centuries. The main inventions during the early phases of small arms development quickly gave way to the next innovation, although they were slow to be adapted to military use due to the cost of their production. As time went on these innovations became more and more stagnant to the point of there being no major innovations in the field for close to two hundred years. However, after this stagnant period, there began another period of advanced innovation in the area of small arms technology. The goal of this essay is to understand and dissect the innovations that occurred during these two periods of advanced innovation and the cultural and historical factors that lead to them.