Informative Report: Revision

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Informative Report: Draft

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Technical Writing

5/16/2021

Informative Report: Draft

A Vacuum Cleaner

A vacuum cleaner is among the convenient household appliances we have today. For many years, individuals had to sweep their rugs and clean dust and other particles manually – a labor and time-intensive process. But with the help of vacuum cleaners, which emerged as a result of technological advancements, house cleaning has become more accessible and efficient. Figure one is an image of a vacuum cleaner. The following components (motor, dusting brush, drive belt, dust collector, and filters) will help explain how the cleaning device works.

Figure 1: A vacuum cleaner (Samsung, n.d)

Motor

One of the most vital components of a vacuum cleaner, the motor, develops the vacuum pressure and the suction by spinning a motor fan (Samsung, 2016). The suction makes it easier for the vacuum cleaner to pick dust. A vacuum cannot function properly without a motor. The strength of the motor determines the performance and suction power of the vacuum cleaner.

Dusting Brush

Dusting brush sweeps dust and forces them into the hose. Dusting brushes can vacuum delicate areas and hard surfaces (Aguirre, 2019), including baseboards, fireplace mantels, window treatments, lampshades, furniture, air conditioners, to mention a few.

Figure 2: Dusting Brush (Samsung, 2016)

Drive Belt

The drive belt connects the motor with the brush using a cog. The belt comprises durable rubber, and although it can endure constant use, it is always recommendable to change the belt after every three months. This will ensure that the vacuum is operating at a maximum level

Dust Collector

The dust collector is an area where the dust and other impurities go. There are two types of dust collectors. One tends to use a bag, while the other does not. A vacuum cleaner with a bag is usually light. However, the user must purchase and swap the bag at certain intervals. The dust collectors without a bag can be categorized into two: multi-cyclone type and single-cyclone. The multi-cyclone type is heavy and has a complicated structure but sustains its suction power for a longer time than a single cyclone. The single-cyclone style, on the contrary, maintains its suction power for a long time without the replacement of a dust bag.

Filters

Vacuum cleaners have two filters. One traps dirt and dust particles, preventing them from circulating back into the room. The other prevents dust from entering the inner mechanisms of the vacuum. It is always recommendable to always check and clean the filter when emptying the dustbin. It is also recommendable to replace the filter after six months. However, one can change the filter even earlier depending on allergy care and usage.

Figure 3: A Filtering System (Samsung, 2016).

In summary, a vacuum cleaner comprises several parts. When these parts are put together, the cleaning process becomes simple. Dust is drawn up with the help of either a brush or a hose and into a dust collector. The process is powered and driven by the suction motor. The strength of the motor determines the performance and suction power of the vacuum cleaner. The drive belt connects the motor to the brush. The filters in the vacuum trap dirt and dust particles to ensure that they do not get back into the room. The filters also prevent dust from entering the inner mechanisms of a vacuum.

References

Aguirre, S. (2019). Vacuum Cleaner Features. The Spruce. Retrieved from: https://www.thespruce.com/vacuum-cleaner-features-1901184

Samsung. (2016). A Look Inside your Vacuum: How it Works. Retrieved from: https://news.samsung.com/global/a-look-inside-your-vacuum-how-it-works

Samsung. (n.d). Vacuum Cleaners. Retrieved from: https://www.samsung.com/levant/vacuum-cleaners/all-vacuum-cleaners/