Journal of Ergonomics
Open Access

Implementing Protective and Athletic Clothing can also Help Improve Performance

Jesal Daran^{* *}Correspondence: Jesal Daran, Department of Nursing, University of Montreal, Montreal, Canada, Email:

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Description

The purpose of this study is to give a quick overview of the difficulties with performance and comfort in protective and sporting apparel. In order to defend against physical risks, impact, abrasion, and poisonous hazards, Protective Gear (PC) is required in both work and sport. The usage of protective and athletic clothes can also improve performance. Protective and athletic gear serves important purposes, but they also increase physiological stresses that may hasten the deterioration of strength and agility. As a result, this may have varying effects on productivity and performance. Thus, it is especially important to consider how clothing affects people's comfort and performance at work or in sports. With reference to how people interact with one another, we examine the ergonomics of industrial and sports computers and athletic apparel.

Clothing that covers more than 30% of the body is referred to as protective clothing and is utilized in emergency response, industry, athletics, and the military. Sport attire includes articles of clothing that protect against impact and abrasion or enhance performance. Most protective industrial and athletic apparel is now designed to restrict the rate of heat dissipation; as a result, these garments pose specific risks to health and performance in hot, humid settings in both industry and athletics. Because there are many applications, this evaluation will focus on the ergonomic and comfort issues that arise in warm to hot conditions. PC specifications are governed by the National Fire Protection Association and the National Institutes for Occupational Safety and Health.

To defend against physical, radioactive, microbiological, and chemical risks at work, PC is frequently required. Examples include the firefighter's PC, which serves to protect against heat and flame, the ballistic protective vest, which serves to protect against projectiles in law enforcement and military applications, and encapsulating coveralls, which provide protection against toxins and pathogens at biomedical and hazardous materials work sites. In contemporary industry, encapsulating PC could also be necessary to safeguard against toxins being introduced into clean room working environments. Similar to how it is used in manufacturing, chemical PC is also used to clean up lead- or friable-asbestos-contaminated locations. Moreover, it can be necessary to wear clothing that blocks radiation.

Certain governing organizations for sport in sport mandate specific sport PC, however this is usually only done in the most generic terms, giving sportsmen and teams flexibility in what is utilized. In certain sports, such American football, baseball, lacrosse, hockey and others, sport PC becomes a must. PC padding is used in baseball, American football, and other sports to protect players from contact and abrasion. Along with crosscountry skiing, open-water swimming, sport breath-hold, and scuba diving, clothes for sports may also offer warmth. Bicyclists' athletic clothing the main ergonomics concern in the workplace is limiting the decreased human performance and productivity that frequently comes with Computer use. A number of factors contribute to decreased productivity, including the weight and thickness of the clothes, visual and tactile impairments caused by certain apparel, and the heat stress that frequently accompanies PC use in warm conditions.

For weight supported activities as opposed to sitting activities like operating a forklift or other vehicle, the weight of the Computer directly adds to the energy expenses of a work. For personnel like firemen who must carry themselves, their PC, and equipment up several flights of stairs, the weight of PC may be the biggest issue. This is because bending the layers of PC requires both weight and energy. Once more, the example that best demonstrates this is the fireman PC, where the worker has to be protected by numerous layers of cloth. Firefighter PC has been assessed, therefore simply carrying this weight increases the metabolic expenses. The additional weight of the PC also alters the wearer's gait variability and affects their balance, muscular strength, and weariness, which increases the risk of slips and falls during hard activity.