Combat training robot and training system

Abstract

The invention provides a training robot, and belongs to the field of combat training. The training robot comprises a robot body, a chassis, mechanical arms, a head and pressure sensors. The robot body is provided with a control module, a power supply and a communication module. Two groups of wheels and a first motor are mounted at the bottom of the chassis, the two wheels in each group are connected through a connecting rod, one connecting rod or the two connecting rods are in gear transmission connection with the first motor, and the first motor is connected with the control module. Each mechanical arm comprise an upper arm and a lower arm, the upper arms and the lower arms are rotationally connected to form elbow joints, the two upper arms are rotationally connected to the two sides of the robot body respectively to form two shoulder joints, the shoulder joints and the elbow joints are connected with a driving device, and the driving device is connected with the power supply and used for driving the joints to rotate. The head is provided with a camera, a touch display screen and a voice module, and the camera, the touch display screen and the voice module are electrically connected with the control module. The pressure sensors are arranged on the outer surface of the training robot and are electrically connected with the control module.

Description

technical field [0001] The invention relates to the field of fighting training, in particular to a fighting training robot and a training system. Background technique [0002] Combat training is a kind of comprehensive human body confrontation, which can improve people's physical fitness, reaction ability, strength and speed. people as a choice for physical fitness. [0003] Combat training is intense and dangerous, so people use some specific training equipment to assist in combat training. Traditional training equipment is mostly sandbags, pear balls, speed balls, rotating reaction targets and other equipment with simple structures, which cannot move and fight back like a human being, and give feedback of injury, and the training effect is poor. In order to achieve reality, the troops often use two-person teams to fight in real combat, but this kind of training is prone to injury, and there is no data. It is generally like a fighting game to defeat the opponent to win or...

AI Technical Summary

Problems solved by technology

Traditional training equipment is mostly sandbags, pear balls, speed balls, rotating reaction targets and other equipment with simple structures, which cannot move and fight back like a human, and give feedback of injury, and the training effect is poor

In order to achieve reality, troops often use two-person groups to fight in real combat, but this kind of training is easy to get injured, there is no data, and it is generally like a fighting game to defeat the opponent to win the game

This method is unsafe and prone to injury

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