Special wearable robot armor for teenager national defense scientific literacy education and training

Abstract

The invention relates to a special wearable robot armor for teenager national defense scientific literacy education and training. The special wearable robot armor comprises a robot armor main body chest armor, a face mask, a face mask breathing opening, a left upper arm armor, a left chest light-emitting armor, an abdominal armor, a left hand armor protecting sleeve, a left leg hip bone armor protecting sleeve, a left leg armor protecting sleeve, a left foot armor protecting sleeve, a face mask left eye light-emitting visual chip, a face mask right eye light-emitting visual chip, a helmet armor, a right upper arm armor, a right chest light-emitting armor, a left and right waist protecting light-emitting armor, a right hand armor protecting sleeve, a right leg hip bone armor protecting sleeve, a right leg armor protecting sleeve and a right foot armor protecting sleeve. The special wearable robot armor has the advantages that the face mask left eye and right eye armors, the left chest and right chest armors and the left and right protecting waist light-emitting armor of the wearable robot armor are provided with wireless charging LED (light emitting diode) chips; by utilizing function displaying, the interest of a teenager on the research of military wearable robot devices is enlightened, and the patriotic enthusiasm of the teenager devoting to the science and research carrier of China military warfare robots and medical rescue robots is encouraged.

Description

technical field [0001] The invention relates to the field of robot armor, in particular to a wearable robot armor dedicated to the education and training of young people's national defense scientific literacy. Background technique [0002] In the field of wearable robots, a type of device that assists the human body to complete actions (synchronization, reinforcement, imitation) through precision mechanical devices, which combines exoskeleton bionic technology and information control technology, involves biological kinematics, robotics, information science, artificial Intelligence and other interscientific knowledge. Restricted by factors such as the difficulty of achieving a high degree of human motion accuracy, motion intention judgment, energy supply, structural materials (light, strong, elastic), and control strategies, human exoskeleton-assisted robots are still in their early stages. "——"Research on a Multi-sensor Perception System for Wearable Robots". [0003] The...

AI Technical Summary

Problems solved by technology

In terms of battery life, as the only personal robotic exoskeleton product approved by the FDA, ReWalk’s battery life advantage is quite obvious. It lasts for a whole day under intermittent use and 3-4 hours when used continuously. Ekso’s robot battery lasts 6 hours, the battery life of HAL and Rex is less than 2 hours, HAL currently has no personal products

In comparison, HAL is twice as light as ReWalk / Ekso, ReWalk and Ekso machines weigh 23kg (battery ~5kg), while HAL only weighs 12kg (wireless battery ~2kg), although ReWalk and Ekso claim that the weight of the robot is controlled by the ground when walking Bearing weight, but an elderly Japanese who uses HAL said in an interview that HAL is too heavy, so the weight of ReWalk / Ekso may put more pressure on some patients

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