Today’s post comes from guest author Anthony L. Lucas, from The Jernigan Law Firm.
According to the latest report from the CDC, from 2007 to 2013, the rate for traumatic brain injuries that resulted in emergency department visits, hospitalizations, or deaths increased 39 percent. Traumatic brain injuries contribute to about 30 percent of all injury deaths. It was initially believed that the increase in brain injuries was caused by rising awareness of sports-related head injuries in children and young adults. However, after researchers reviewed the data, they found that the biggest driver in the increase of brain injuries was due to older adults.
The rate for reported brain injuries for elderly Americans increased 76 percent from 2007 to 2013, much greater than any other age group. This increase is believed to be due to falls. Many times they are not reported, and according to Dr. Lauren Southerland, an Ohio State University emergency physician “what may seem like a mild initial fall may cause concussions or other problems that increase the chances of future falls – and more severe injuries.
To address fall-related brain injuries, the CDC has developed the STEADI (Stopping Elderly Accidents and Injuries) initiative to help primary care providers address their patients’ fall risk. The CDC has also launched a HEADS UP awareness campaign to help individuals recognize, respond to, and minimize the risk of concussion or other serious brain injury.
“’We expect that exoskeletons, or power-assist suits, will be widely used in people’s lives in 15 years,’ said Panasonic spokesperson Mio Yamanaka, who is based in Osaka, Japan, as quoted by Tech Review.”
“The suit, which weighs just over 13 pounds and attaches to the back, thighs, and feet, allows its wearer to carry an additional 33 pounds,” according to the Business Insider article. Industries that have tested the suit in Japan include warehouse handlers and forestry workers. Another suit in testing that’s larger “could help workers carry up to 220 pounds.”
I see some upsides and downsides to this trend:
This preserves manual-labor jobs. The human brain is still more sophisticated than a computer when it comes to having the skills to perform many tasks. Robotically enhanced humans might preserve human labor.
It’s potentially easier to accommodate injured and disabled employees. There might be fewer workers’ compensation payments, but employers may find it harder to fire injured workers. Not having an exoskeleton available for injured or disabled employees could be considered discrimination.
Less discrimination against older workers would occur when physical limitations are decreased.
Using an exoskeleton opens the potential of abuse by employers. The machines may push production workers to perform their duties even faster. Employees may still have injuries or maybe even develop new work-related injuries from using exoskeletons.
Are exoskeletons really safe? Who is responsible if they cause injury?