A somatosensory interactive body measurement system based on block chain

Abstract

The invention provides a body sensing interactive body measurement system based on a block chain, which comprises a block chain layer and a body measurement data module, a body monitoring module, a manual control module, and a display module; the block chain layer is used for providing data storage and transmission functions to the body measurement data module, the body monitoring module, the manual control module and the display module; storing and transmitting of data are performed by using an asymmetric encryption technology, the body measurement process is captured dynamically by a body sensing camera, and the body sensing interactive data is collected. The invention has the advantages that: all the data in the process of body measurement are stored and transmitted through the block chain, Asymmetric encryption technology is used to ensure the security of data storage and transfer, and the workload proof mechanism is used to solve the problem of data loss. In the process of data acquisition and processing, the active intelligent interactive mode of body sensors, such as somatosensory camera and acceleration sensor, is used to greatly improve the efficiency of body measurement and meet the needs of all kinds of body measurement.

Description

technical field [0001] The invention relates to the field of body measurement, in particular to a block chain-based somatosensory interactive body measurement system. Background technique [0002] In recent years, students have gradually strengthened their physical fitness while their learning tasks have become increasingly heavy. On-campus physical exercises and physical tests have gradually become popular and their types have gradually increased. Physical tests are an important channel to understand students' current physical fitness. Physical tests include but are not limited to Standing long jump, sitting forward bend, pull-ups, sit-ups and other common physical examination items on campus, generally consume a lot of manpower and material resources to control the physical examination process when conducting physical examinations on campus. Manual inspection and recording of physical examination results often occur. The results are inaccurate, and the detection takes a lo...

AI Technical Summary

Problems solved by technology

[0002] In recent years, students have gradually strengthened their physical fitness while their learning tasks have become increasingly heavy. On-campus physical exercises and physical tests have gradually become popular and their types have gradually increased. Physical tests are an important channel to understand students' current physical fitness. Physical tests include but are not limited to Standing long jump, sitting forward bend, pull-ups, sit-ups and other common physical examination items on campus, generally consume a lot of manpower and material resources to control the physical examination process when conducting physical examinations on campus. Manual inspection and recording of physical examination results often occur. The results are inaccurate, and the detection takes a long time. When problems occur during the detection process, they are often not found in time. The detection results rely on files or electronic document records to generate a large number of redundant files. It is time-consuming and laborious to call and consult. Therefore, the current body measurement system is very difficult. It is difficult to achieve the goal of evaluating the physical fitness of students, accurately recording the test results, protecting the privacy of students, and being able to retrieve the test records at any time.

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