An intelligent treadmill that prevents falling and automatically adjusts speed

Abstract

The invention provides an intelligent treadmill that prevents falling and automatically adjusts the speed, belongs to the technical field of fitness equipment, and includes a body. A laser emitter group and a laser receiver group are fixedly installed on both sides of the body, and a laser emitter group and a laser The receiver group is fixedly installed with laser emitting modules and laser receiving modules corresponding to one-to-one horizontal positions. It can detect the user's stride and stride frequency in real time through the laser emitting and receiving devices on both sides of the runway, and can automatically adjust according to the user's pace. Adjusting the speed of the running belt by stride length and frequency can improve the comfort of the user when running, greatly reduce the possibility of the user falling due to the excessive speed of the running belt, and can reduce the user's shock when the user stumbles and falls. The impact damage can prevent the user from contacting the high-speed running belt, and effectively reduce the possibility of injury when the user falls.

Description

technical field [0001] The invention relates to the technical field of fitness equipment, more specifically, to an intelligent treadmill that prevents falls and automatically adjusts speed. Background technique [0002] With the improvement of people's material life, more and more people pay more and more attention to the improvement of physical fitness. People's emphasis on physical health is reflected in fitness. For example, more and more people fall in love with running. However, due to severe smog in individual cities, problems such as obstructed running sight at night, and many emergencies that cannot be dealt with in time, Many people choose to run on a treadmill to ensure safety. [0003] Treadmills on the market drive the running belt through a motor to make people run or walk passively at different speeds. Due to the passive formation of running and walking, it is almost the same as running or walking on the ground from the perspective of movement shape, but from...

AI Technical Summary

Problems solved by technology

[0004] However, in the prior art, the speed adjustment of the treadmill is manual, and the user often needs to manually adjust the speed in order to achieve the ideal fitness effect during the running exercise. This operation is a very cumbersome and laborious process.

What's more serious is that due to the unreasonable setting speed of the user, for example, if the setting is too fast, it will cause the user to fall off the treadmill, resulting in serious injuries and life-threatening injuries. However, the treadmills on the market only sense whether the user is Fall, after the user falls, the user only stops the running belt to reduce the user's damage. This detection method has poor detection effect, and in order not to affect the user's normal running, the magnetic buckle of the magnetic safety lock is usually connected with the user. There should be a large margin between the ropes, so that it is impossible to stop the running belt in time when the user falls, which greatly reduces the protection effect on the user. The existing protective measures only stop the running belt after the user falls. The way of running is to reduce the user's injury, and the user falls on the high-speed running belt and is driven by the running belt to move backward, and will fall on the running belt, which is easy to cause secondary damage to the user

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