Lower limb strength test method and lower limb strength tester

Abstract

The invention relates to a lower limb strength testing method and a lower limb strength testing instrument. The method includes the steps of S1, a main control computer initializes an upper computer and a pressure plate and sets various preset values; S2, a to-be-tested person stands on the pressure plate, the main control computer judges whether the weight of the to-be-tested person exceeds a preset test-starting weight or not, if so, the test can be moved to S3, and if not, the S2 is executed constantly; S3, the main control computer judges whether the weight of the to-be-tested person reaches a locking condition or not, if so, locking is performed and the left limb weight, the right limb weight and the weight are recorded respectively, and if not, the S3 is executed constantly; S4, the main control computer locks, records the weight and records the weight, the left limb weight and the right limb weight in each preset recording time; S5, the largest weight data, the largest left limb weight data and the largest right limb weight data are found out from the collected weight data, and calculating the doubled weight, the left limb doubled weight and the right limb doubled weight; S6, the doubled weight, the left limb doubled weight and the right limb doubled weight are transmitted to the upper computer for displaying.

Description

technical field [0001] The invention relates to a lower limb strength test method and a lower limb strength tester, which belong to the technical field of human body motion analysis and human body motion signal pattern recognition. Background technique [0002] Due to the complexity of the human musculoskeletal system, the complexity of the human body's control and regulation of the movement system, the complexity of the supply of movement system capabilities, and the complexity of the interaction between the human body and the external environment, the detection of human muscle strength is also quite complicated. sex. [0003] The existing lower limb strength detection methods are roughly divided into two types. One measurement method is: the subject conducts a vertical jump test on the pressure plate, measures the time spent in the air by the switch-type pressure plate, and calculates the flight height through the public announcement. Human lower body strength. Another m...

AI Technical Summary

Problems solved by technology

[0004] The above two measurement methods are only for the analysis and testing of the strength of the lower limbs, and neither can reflect the respective strength data and curves of the left and right lower limbs

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