Single -soldiers exogenous of the China -India border to strengthen human load -bearin

" Data show that exoskeleton is mechanical help, with a total weight of less than five kilograms.(internet)

(Beijing Comprehensive News) The People's Liberation Army, located on the border between China and India and the Ali region of Tibet, has recently equipped new single -soldiers exoskeleton and improves the ability to transport materials.

According to CCTV military news reports, this set of exogenous bone equipment allows soldiers to carry an adult's weight supplies, and can also effectively avoid waist and leg damage.

Warriors using exoskeleton said that with about 20 kilograms of materials on their backs, the weight is all on the exoskeleton and will not be pressed on the person.

The Ali region of Tibet belongs to Sino -Indian existence of border disputed areas with an altitude of 5,000 meters.

Judging from the video released by CCTV's military, the exosorny of the single soldier equipment equipped by the Alibaba -side defense officers and soldiers is similar to the equipment displayed in the Chinese Army's military, brigade, and camps in August this year.

This set of equipment was developed by Chongqing Niudi Technology Company.According to Niudi Technology's data, the exoskeleton they developed is pure mechanical help, with a total weight of less than five kilograms.

After wearing this system, the maximum load of the human body can reach 70 kilograms. When walking, the shoulder weight is 30%, and the shoulder weight is 50%when standing.The fast wear time is less than two minutes, and the quick liberation is less than 30 seconds, and it can also adapt to various complex environments such as indoor, outdoor, plateau, and wading.

The exoskeleton consists of two parts: upper limb mechanism and lower limb mechanism.When the human body is carrying heavy objects, the upper limb mechanism distributes heavy objects on shoulders, backs, waist and other parts, and conveys part of the pressure to the lower limb mechanism.The lower limb mechanism and human joint movement are highly matched, passing the pressure of the upper limb mechanism to the legs and the ground, and can absorb part of the impact kinetic energy during exercise and protect the knee joint.