At some point, the union of textiles and technology changed the way people recover in their homes. No longer do we have to depend completely on large cumbersome devices to assess our health while recovering. There are “smart fabrics,” which embed sensors right into what we wear. They can measure your movements, your pressure points, and temperature instantly. Smart Fabrics provide an additional layer of ‘invisibility’ for individuals recovering from severe injury. In essence, your clothing becomes part of the healthcare team.
Science of Intelligent Materials
Smart material systems incorporate electrically conductive fibers to build flexible electronic circuits. As a result, the fibers detect miniscule electrical changes that occur due to the body’s movement or swelling. Thus, the fabric can sense when a limb is misaligned. The information generated then transmits through wireless connection to a phone or bedside computer. With this continuous stream of information, care teams can immediately adjust treatment protocols.
Recovering usually includes using specialized furniture so that the individual maintains the correct position of their body. An example of such furniture in GTA residential environments include a Hospital Bed For Home Use. When paired with a smart fabric overlay, both items produce exciting results. The smart fabric can alert the caregiver if the patient remains stationary for extended periods of time.
- Flexible fibers (conductive polymer) enable the fabric to stretch without interrupting its ability to send signals.
- Thermistors integrated within the fabric enable it to monitor localized inflammation.
- Pressure sensors assist in detecting areas vulnerable to development of skin irritation.
- Moisturizing abilities protect electronics from moisture and continue to function.
Revolutionizing Pressure Monitoring
One of the biggest challenges facing patients with limited mobility is preventing bed sores. Continually applying excessive pressure to a small region prevents vital blood flow to the skin. Smart sheet technologies however can now demonstrate pressure distribution throughout the entire mattress. The system determines “high-pressure” zones prior to them turning into problematic medical conditions. Therefore, care providers can intervene well before any visible harm occurs.
Many families rent hospital beds for short-term recovery after surgery. Pairing smart fabric overlays onto these temporary rentals increases safety of the equipment. The smart fabric provides assurance to family members unable to observe the patient 24 hours per day.
- Visual representations of heat maps display exact locations of greatest pressure.
- Alerts via auditory means notify staff of when a patient needs to be repositioned.
- Logging of data enables physicians to view trends in a patient’s resting behavior.
- Sensor layers allowing for air circulation may help keep the skin cool and comfortable.
Promoting Natural Movement Patterns
Rehabilitation does not involve simply lying down; it entails proper movement. Smart legwear can demonstrate how far the knee or hip can extend. When a patient extends his/her knee/hip in a manner that puts him/her at risk for re-injuring himself/herself, he/she will experience vibrations from the fabric. The biofeedback teaches the brain how the injured body part should move properly to avoid exacerbating injuries.
Closing the Gap Between Hospital and Home
Transitions from a clinical setting to a living space are often abrupt and disorienting. While patients are away from the constant observation of registered nurses and high-technology monitoring devices, smart fabrics provide home-care professionals with professional-quality data. Furthermore, smart fabrics provide data in a non-invasive manner and feel identical to normal clothing. Smart fabrics permit the patient to perceive themselves as a person as opposed to a subject being studied clinically.
Using advanced technologies along with physical assistance devices used during home care make these devices safer for patients. An example of this type of equipment is a Hoyer lift rental. Utilizing smart fabrics during Hoyer lift operations assists in ensuring that the patient is placed in ideal positions. In other words, technology works in concert with hardware for complete safety.
- Wireless communication capabilities allow physicians to review the patient’s progress remotely.
- Sensors weigh very little and do not hinder the comfort of the patient’s clothing.
- Long-lasting design permits many smart garments to be machine washed.
- Cloud-based databases store all historical records of patient’s recovery journey.
Improving Caregiver Productivity
Caregiving is an extremely demanding task emotionally and physically for any family member. Ongoing concern for silent injuries including blood clots or infections can drain a caregiver. Smart fabrics serve as an additional set of eyes that never fall asleep and continually monitor minute variations in body function that humans typically fail to recognize over an excessively busy day. Caregivers therefore become able to devote much more time to providing emotional support and companionship to their loved ones.
An optimal environment reduces caregiver-stress levels. For example, utilizing a lift chair rental in Ontario provides a safe location for patients to rest. If that chair has embedded sensors capable of identifying length of time spent sitting, it will track that activity.
- Caregivers receive automated reports summarizing each day’s activities for visiting nurses.
- Remotely sent notifications enable caregivers to quickly respond when needed.
- Easy-to-understand applications translate complicated data into readable graphs.
- Reduction in false alarms cause caregivers react only to true caregiver needs.
The Potential Future Of Wearable Recovery
There is obviously much untapped potential for wearable technologies. Eventually, future fabrics may be capable of automatically generating localized heat or compression depending upon specific situations. Essentially, this technology transforms a simple t-shirt into an active therapeutic tool. At the same time, costs associated with purchasing these types of sensors continue to decline as mass manufacturing increases availability. In other words, high-tech healing is rapidly becoming available to every household.
For residents of GTA, accessibility to this type of technology is increasing. Families can purchase hospital beds designed specifically for home use and couple them with current wearable technologies. Combining both products forms a “smart room” that actively promotes recovery.
- Future fibers may possibly be able to monitor heart rates without chest straps.
- Smart socks may aid in the early detection of circulatory problems in diabetic patients.
- Software driven by artificial intelligence may soon be able to predict injuries prior to occurrence.
- Environmentally friendly recyclable parts will improve the sustainability of these electronics.
Conclusion
Smart fabric is enabling the migration of bedside medical monitoring from bedside tables into our bodies. Smart fabrics offer real-time feedback similar to previously unattainable in-home recovery settings. By measuring pressure and movement, smart textiles may possibly help reduce complications commonly experienced in patients with mobility restrictions. Traditional tools such as Hoyer Lift Rentals are utilized in conjunction with smart textiles. Regardless whether renting a Lift Chair Rental in Ontario or a Hospital Bed Rental for Short Term Use; technology provides an increased safety net surrounding each movement leading towards wellness. Smart fabrics provide an “invisible” form of support that directs every movement towards wellness and thus serves as a high-tech roadmap guiding us on the path toward healing.