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Application of Hearing Aids
Hearing aids are devices used by individuals with various hearing problems in order to absorb and discriminate sound waves.

Most hearing aid devices function by gathering sound energy from the source, and directing the gathered waves into the ear canal.

Additionally, hearing aid devices work by modulating and amplifying sound from the source. In this context, the two functions integrate together towards enabling an individual with hearing impairment to discriminate and perceive sound waves objectively.

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Siemens hearing aids along with Phonak, Oticon, and Panasonic strive to provide solutions to the problem of hearing impairment, which from a clinical perspective could be either partial or full impairment.

Hearing impairment creates a situation whereby an individual’s auditory nerves cannot detect and discriminate sounds from various sources.

This condition arises from different causes, including genetic disorders, mechanical injuries or even hearing loss caused by noise pollution.

In an event of partial impairment, numerous remedies available include the use of hearing aids.

In the past, limited technological advances allowed manufactures to only produce analogue hearing aids.

These devices were mainly amplifiers, which functions by making sounds louder to the hearer.

Currently, analogue hearing aids find limited application because these devices cannot objectively discriminate between speeches and background sound.

Manufacturers are adopting the use of relevant technologies in producing digital hearing devices.

Digital aids prove effective because they can objectively discriminate noises on the basis of their frequencies.

Therefore, the device wearer can easily and clearly distinguish between different sound waves within the immediate environment.

The other type of hearing aid devices is cochlear implants. These are surgically implanted devices meant to improve and aid the functions of auditory system.

They are basically electrodes attached to the eardrum, and receive sound waves from a microphone worn externally by the impaired individual.

Upon reception of the waves, the responsible nerves transmit messages to the brain.

Continual reception and transmission of particular sound waves trains the brain to comprehend the meaning behind each specific wave pattern.

This device proves effective since it can enable fully impaired people to hear.
One renowned designer and manufacturer of hearing aids is Siemens. The company has approximately a century long history and accomplishment in helping millions of people with different levels of hearing problems.

Siemens have progressed their innovation and productions along with improving technology.

In the past three decades, use of transistors in sound technology evolved into miniaturization of devices into glass frame equipment.

In this context, continual research and innovation has enabled Siemens to emerge as one champion in design and production of hearing aid devices.

In an effort to reach the target population with hearing problems, Siemens has developed a hearing care center in numerous regions across East and Central Asia and America.

In India, Siemens has a facility which delivers customized hearing impairment treatment services.

Within the facility, several Siemens hearing aids are under dispensation. Typical services offered include audiometric testing, instrumental trials, and selection of instruments and fitting of hearing devices.

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Within the facility, Siemens utilize the expert services of audiologists and doctors in ensuring proper administration of the hearing aids to the customers.