Silver Robotics, Automaton and Automation Design · 2021
Robot Manipulator Remote Operation Device
- A' Design Award 2021 Silver Winner in Robotics, Automaton and Automation Design
- Awarded April 15, 2021
- CLIENT: Shenyang Aerospace University
- Estimated Number of Design Views: 32,767
- Verification code D737239BA2 · Verify this award
About Robot Manipulator Remote Operation Device
Robot Manipulator is a handheld control device for operating a medical robotic arm. The body is made of carbon fiber and aluminum, a combination that increases strength and reduces weight. The device is held and moved by the hand, and many sensors inside convert hand movements into signals. The signals are sent to a processor, which controls the robotic arm along multiple dimensions and coordinates. The robotic arm returns feedback that matches the hand movement. Precise tasks can be carried out at a distance, including work in dangerous conditions.
Press Kit
- Unique Properties
- This product is a manipulator used to operate a Medical application robot. The overall shape is extremely sci-fi. The main body of the product is composed of carbon fiber and aluminum. Through the handheld gripping method, it simulates the real operation of human hands, and feeds back the human movement to the processor through a large number of sensors, and further performs multi-dimensionality on the robotic arm. Multi-coordinate, precise control.
- Dimensions & Packaging
- 700 mm x 350 mm x 350 mm
- Tags
- Industrial, Robot, Manipulator, Ergonomics, manipulation, multi-dimensional
- Production Technology
- Automatic control, program editing, industrial design
- Design Challenge
- Material selection, structure design, processing technology
- Project Duration
- 2019.9-2020.4 Shenyang, China
- Operation Flow
- This product is a manipulator used to operate a Medical application robotic arm. The device is manipulated by human hands. The sensor in the device converts the movement of the hand into a signal, which is then transmitted to the robotic arm. The robotic arm can give corresponding feedback according to the hand movement. Completion of off-site operations, remote operations, and dangerous operations.
- Research
- How to transform abstract motions into concrete images and symbols can allow users to give corresponding feedback and reduce learning costs. These are the difficulties. The processing of multiple materials is also a difficulty in design.
- Inspiration
- Robots are at the forefront of medical application and give people a strong sense of the future. Therefore, the combination of carbon fiber and aluminum in the processing of the shape not only increases the strength, reduces the weight, but also enriches the visual experience. The color is mysterious and deep. Color, with green and sci-fi lighting, creating a strong sense of technology.