Industrial Design-Hand Brain Perception Rehabilitation Training Instrument-Hefei Trojan Industrial Design Works

2025-02-17 Medical Instruments 553 2 2

合木设计

China · Home Appliance

Industrial Design-Hand Brain Perception Rehabilitation Training Instrument-Hefei Trojan Industrial Design Works

2025-02-17 Medical Instruments 553 2 2

合木设计

China · Home Appliance

The recovery of upper limb and hand after stroke is not good. The assessment of sensory function has been relatively neglected. This time, the evaluation and training of the patient's sensory function by the Shanghai Electric Hand-Brain Perception Rehabilitation Training Instrument may be a breakthrough in the recovery of the patient's upper limb from the hand.

Vortex is not just a toy. It should be able to serve as an entertaining programming learning platform, bringing children a wonderful game experience while bringing them to the door of smart technology. Due to the openness of Vortex, it has a variety of practical functionality. So that enterprises do not need to develop additional redundant products to meet the needs of consumers. The structure is simple, the disassembly and assembly are convenient, and it is beneficial to increase or decrease the sensor. There is no complex and large number of parts. The white and round body is very cute, the black glasses are cool, and the diversified LED dot matrix expressions make it lifelike. The smooth and simple shape does not lose the sense of affinity, making it easier for children to like it. In addition, connected to smartphones (IOS and Android) via Bluetooth, through simple programming,


It will enable Vortex to complete the corresponding action. Vortex redefines robotic toys. It is built from the outside to the inside into a smart, responsive robot that allows children to interact with it through programming. Through the app, children can play different games, learn about robots, and even create their own robots. Adults can also teach themselves simple Arduino to control the robot through Vortex. We believe that children can benefit from robots by setting their own challenge goals, understanding how they work, solving new problems, motivating themselves to complete a project, and inspiring others and sharing them with others.

Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
Appearance design | structural design,
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