Industry Development Background

The hand rehabilitation robot is a branch of medical robots designed to assist patients with limb disabilities in hand movement and strength training. It has enormous growth potential in the medical and health fields.

Hand rehabilitation robots integrate intelligent technologies such as sensing, control, computing, AI vision, and medical technology, which can help patients improve their rehabilitation experience and efficiency. They are increasingly favored by major hospitals, communities, and home applications.

Equipment Supporting Requirements

Some medical technology companies specialize in researching hand rehabilitation robot devices. When developing new products, its functional requirements mainly focus on the following points:

● High-definition large screen and intelligent voice interaction requirements for patients' convenient operation;

● High-definition camera function to support visual tracking applications;

● Powerful algorithms and computing capability ensure the reliable operation of software and hardware functions;

● Stable operation capability in special environments such as medical electrostatic/strong magnetic interference.

Touch Think fourth-generation ARM architecture all-in-one panel PC model TPC-A4 is engineered to match such rehabilitation robot for use.

Touch Think Product Solution

Touch Think model TPC-A4 industrial all-in-one panel PC features a high-quality capacitive touchscreen. Take TPC215-A4 as an example, it features a 21.5-inch large screen, 1920*1080 FHD (full HD resolution), enabling a clear and intuitive display of training content and follow-up record, offering an immersive interaction experience for users. It is equipped with a high-decibel microphone module, and supports voice guidance and feedback monitoring, enhancing the patient's operation experience.

The TPC-A4 supports modular expansion of functions. For this project, we configured a 100-megapixel high-definition camera for the customer, which can capture patient movements and gestures, enabling applications such as visual tracking, motion assessment, and remote diagnosis. In addition, the TPC-A4 is also equipped with abundant I/O ports to meet the peripheral expansion needs in various scenarios.

Touch Think 4th-GEN android panel PC supports wide temperature (-10℃~60℃) and wide voltage (DC12-36V) operation. It has undergone a series of certifications in terms of waterproofing, dustproofing, ESD protection, EMI/EMC electromagnetic interference resistance, and vibration resistance. It can withstand the pulse, electromagnetic, and emission interference factors brought by precision instruments in medical environments, ensuring stable, safe, and durable operation.

In addition to providing high-quality hardware products, TouchThink also offers customers technical support services such as system development, software development, and firmware customization based on the ARM open-source architecture. We provide open standard API interfaces and SDK, promptly addressing customers' personalized feature design needs to help them quickly realize project implementation.