| Product Information |
Core Technology abstract
Metal Fiber - "Thousand-Point Conductive Fabric" Facilitates Wider and Deeper Stimulus Transmission
The "Thousand-Point Conductive Fabric" is woven using elastic nylon, cotton, and stainless steel fibers, allowing for an increased contact area between the electric current and the stimulus, to achieving low impedance.
Principle of Textile Sensor "Thousand-Point Conductive Fabric"
Effectively penetrating micro-conduction to stimulate muscle layers, inducing spontaneous high-intensity contraction of muscles. Utilizing it for 30 minutes daily can yield effective exercise results, accelerate metabolism, and alleviate issues such as muscle adhesion, stiffness, and soreness.
Products Description
Smart Healthcare Integrated System- Applicable for institutions and Home Care.
This Smart Healthcare solution consists of integrated software and hardware.
The hardware consists of BT controllers and the Thousand-Point Conductive Fabric -Made body brace that works as a passive exercise to relieve pain, prevent bedsores and improve muscle strength.
The software can install on any mobile and tablet, iOS or Android, that can control the hardware as the controller and records patients' physiological information and the treatment progress. The goal is to minimize workload and cost by which one caregiver can handle up to 20+ patients.
Key Data for Smart Healthcare
After each patient's treatment, the following information can be accessed in the cloud database:
.Wound Index
.Pain Index Record
.Photos of various joint angles
Physiological information stored in the cloud allows for a clear visualization of the data curve for each body part, providing a comprehensive record of the patient's pathologies over a period of one month to one year.
Error Prevention and Reduced Fatigue
Utilizing the stability of Bluetooth 5.0 wireless technology found in current smartphones and tablets, a single caregiver can easily attend to 1 to 100 patients.
The patient's treatment progress and pathological records are stored in their personal electronic medical records in the cloud. By selecting the patient's name, caregivers can quickly understand the patient's condition and accurately complete daily tasks.
Comprehensive Smart Healthcare
When patients return home for recuperation, doctors or nurses can remotely control the patient's mobile device through the cloud to provide treatment similar to that in the hospital. This not only reduces overcrowding in hospitals but also lowers time costs for patients while achieving the same objective. |
