Jerry from Waupaca awarded $44,513*... Michael from Neenah awarded $60,000*... Jerry from Somers awarded $40,500*... Kathleen from Athens awarded $30,000*... Rolf from Stoughton awarded $35,000*... Charles from Menasha awarded $29,500*... Linda from Black River Falls awarded $24,500*... Charles from Freedom awarded $21,500*... Jerome from Menominee awarded $21,500*... Thomas from Amherst awarded $55,000*... Jerry from Durand awarded $29,000*... Michael from Oshkosh awarded $33,000*... Charles from New London awarded $22,500*... Stephen from Wauwatsoa awarded $16,250*... Steven from Lavalle awarded $27,000*... Richard from Saxon awarded $27,500*... Peter from Marinette awarded $29,000*... Kevin from Omro awarded $45,000*... Kranski from Black Creek WI awarded $26,773.13*... Garry from Edgar awarded $26,773.13*... Daniel from Appleton awarded $19,596.60*... Michael from Neenah awarded $47,619.00*... Jerry from Waupaca awarded $35,610.62*... Brian from Wausau awarded $12,430.00*... Roger from Green Bay awarded $14,397.00*... Belinda from Milwaukee awarded $10,030.00*... Ronald from Fond du Lac awarded $14,755.00... Richard from Kewaskum awarded $15,153.07... Marcel from Beaver Dam awarded $12,931.50... Gail from Prarie du Sac awarded $9,580.00... Richard from Antigo awarded $18,030.00*... Nadine from Wausau awarded $7,597.00*... Daniel from New Holstein awarded $14,000*... Shirley from Oshkosh awarded $18,000*... Robert from Fond du Lac awarded $15,000*... Kenneth from Milwaukee awarded $10,000*... *Not all claims qualify. Award amounts vary on a case-by-case basis.
What is Acoustic Shock Syndrome?

Telemarketers and employees working in call centers are most susceptible to experiencing symptoms that bring about acoustic shock. Acoustic Shock Syndrome is a result of an individual’s exposure sudden rise in loud sounds via telephones, headsets, et al. Triggers of Acoustic Shock Syndrome which include High Pitched Tones (HPT) and sounds from fax machines, feedback oscillation, signaling tones, IP network shrieks, mobile phone interference, et al.

 

What is acoustic shock syndrom

 

In a study by the Department of Human Anatomy, University of Nairobi, Nairobi Kenya, Nyandusi Musa, Loyal Poonamjeet, Ayugi John, and Peter Mugwe investigated the correlation of people with Acoustic Shock Syndrome with the number of years worked.

For individuals working with headphones all day long, 1.56% of individuals who had been in employment for less than one year had the Acoustic Shock Syndrome. The percentage increased exponentially with people having worked for between 3 to 5 years having the highest number of people who had Acoustic Shock Syndrome. Findings from the study of 385 people with diagnosed Acoustic Shock Syndrome showed that 13% of the employees at call centers or telemarketers eventually develop Acoustic Shock Syndrome irrespective of the number of years of service.

Acoustic Shock Syndrome Symptoms

Males and Females have similar chances of risk and it is only necessary that employees in jobs that require wearing of headsets on a daily basis to be wary of the occupational hazards. The symptoms manifest themselves because of the huge contraction of the muscles in the inner ear.

The resulting effect of the contraction is a tear in the ear’s inner membrane. The symptoms to look out for and diagnose Acoustic Shock Syndrome include:

•Pain in the ear, neck, and the jaw

• Headache

• Tinnitus, which is the hearing of sound in your ear without a source of external sounds

• Nausea

• Hypersensitivity to noise ranging from moderate to loud

• Reduced balance

• Increased levels of anxiety leading to depression

• Fatigue leading to disorientation

• Fluttering noises in the ear that manifest as a hollow feeling

• Shock

Tinnitus may go on for an indefinite period, and if the above symptoms go unchecked by a qualified physician, it can lead to permanent tinnitus and hearing loss. The symptoms are involuntary and subjective in nature meaning they are not easily controlled nor measured. In many cases, the symptoms are easy to misconstrue, and it can lead to severe hearing loss and in other cases, permanent damage.

How to Prevent Acoustic Shock Syndrome

Prevention is better than cure and specialists after many attempts have devised methods to ward off Acoustic Shock Syndrome. The most popular way is the installation of smart devices in the workplace by employers to reduce and remove any potentially harmful HPTs through digital processing. Here are ways to prevent the onset of Acoustic Shock Syndrome

High-Quality Headsets: – The market is full of headsets that have inbuilt amplifiers that provide a degree protection from harmful sounds by lowering the sound when HPTS occurs.

Education: – Most employees will hardly note the danger of HPTs and will brush them off as not harmful. By making information on Acoustic Shock Syndrome, the earlier the noticing of symptoms, the easier it will be to diagnose and treat the Acoustic Shock Syndrome.

Technology: – In sectors that require that an employee wears headsets for long periods, there is technology that measures the employee’s noise exposure prior and after the attaching of devices. These technologies can store data for up to six weeks. The data collected can be useful in the undertaking of workplace audits.

Acoustic Shock Syndrome Suits

It is common to find employees suing their employers for neglect and a myriad of other reasons. Acoustic Shock Syndrome cases have been on the rise. The johnsonlawoffices.net specializes in workplace lawsuits and here is a guide on what to do when presented with an Acoustic Shock Syndrome claim.

• Have an updated account of the Acoustic Shock Syndrome protector equipment already installed

• Have a detailed log of all the Acoustic Shock Syndrome incidents in the past

• Have a record of the hearing health status of the employees and regularly monitor for deterioration or improvement in the hearing health of the employee.

• Keep the evidence on the maintenance schedules of headsets and devices

• Have records of the headsets and Acoustic Shock Syndrome as well as the Acoustic Shock Syndrome training sessions involving the employees and the materials used in the sessions.

The call center industry is fast expanding, and Acoustic Shock Syndrome has become the leading industrial injury problem of the 21st century. The number of individuals keeps growing as the sector grows.

From the study done by the University of Nairobi, the researchers concluded that methods of noise measurement and monitoring in Call centers and other similar work environments require the implementation to allow for the establishment of a time-weighted average for employee protection.

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