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Wearable Medical Devices Are Enabling Remote Patient Monitoring

Thanks to the IoT revolution, wearable medical devices are rising in popularity amongst patients and doctors alike.

Patient monitoring systems have progressed so much that wearable medical devices are slowly becoming the norm. Made popular by tech companies in smartwatches and fitness bands, these wearables are now being taken seriously by the healthcare community to monitor and improve patient health remotely.

Research suggests that by 2024, the wearable tech market will touch cross the $60 billion mark. This growth will be aided not just by regular users but also by large-scale adoption in the patient monitoring environment.

Introduction To Wearable Medical Devices

In medical terms, a wearable gadget is a non-invasive device that can collect and transmit health data and also visualize it for the user's understanding.

The healthcare industry has seen a major transformation due to wearable medical devices. Increased freedom along with lesser hospital visits are the two major reasons why the wearable market is booming.

Remote Monitoring, Away From Hospitals

Wearable health devices allow doctors to monitor the vital signs of their patients remotely, making it convenient for both parties. This has been made possible by wireless technology and miniaturization.

Patients can achieve the freedom of being able to leave the hospital while continuously being monitored for health risks. This increases the quality of life and can help reduce mental and financial stress.

Wearable medical devices can either be bought by the patients from regular stores or can be prescribed by their healthcare professionals.

Different Types Of Wearables

There are majorly three types of wearable devices used for medical purposes. They are epidermal temperature sensors, AMON (Advanced Care and Alert Portable Telemedical Monitors), and the commonly available smartwatches.

AMON Wearables

Short for 'Advanced Care and Alert Portable Telemedical Monitor', these advanced wearable medical devices remove the need for multiple devices to monitor the vital signs of the patient in regular conditions or during and after surgery.

AMON wearables can perform various critical functions like monitoring blood pressure, blood oxygen saturation, electrical movements of the heart, etc. All this data is transferred in real-time to the doctor, and all the patient needs to do is wear the little wearable device .

Wearable medical devices like AMON Improvements in sensor and wireless technology will continue to bolster the capabilities of multi-use wearables like the AMON device.

Epidermal Temperature Sensors

This technology is still in its early stages but shows great promise if successfully utilized as a wearable unit. It basically monitors the body temperature information.

In medical terms, body temperatures can be classified into two different categories: core temperature and skin temperature.

Data like metabolic rate, heart rate, and blood circulate can be gained from the skin temperature. Core temperature helps gain insight into the temperature at which internal structures and organs are operating. Skin temperature can vastly vary due to external factors, while the body insulation helps regulate the core temperature, which does not fluctuate much.

However, continuous monitoring of both the temperatures accurately is quite difficult and requires different devices and methods. Oral or rectal thermometers are used to measure the core temperature, while infrared ones measure the skin temperature.

Wearable medical devices that can solve this problem are currently being researched. Engineers are trying to create wearable, wireless sensors that can monitor both the temperatures accurately and continuously using RFID thermometers.

Smart Watch

The most widely available wearable medical devices currently are smartwatches and ultra-popular fitness bands. These gadgets perform useful functions like step-counting, sleep-monitoring, calorie-counting, heart-rate monitoring, etc.

Although smart bands are not of much help to doctors, they definitely help users keep a check on their vital signs daily. Also, it is the right step in the direction of more complex wearable medical devices.

Hopefully, we will see such gadgets soon that will bridge the gap between hospitals and patients while being extremely remote.

Technical Introduction:

Ultrasonic bonding is suited for bonding two layers with the same material, such as plastic, fiber, silica, etc.

Advantages:

1. It can be used for welding of a variety of composite materials
2. It will not cause high temperature pollution and operation to semiconductor and other materials
3. Easy to weld materials with high thermal conductivity and high electrical conductivity, such as gold, silver, copper, aluminum, etc
4. The cleanliness of the workpiece surface is not high.

Weakness:

The surface of the product is easy to produce scars and cracks

Application:

Chip bonding