Fortnightly holiday counting bracelet, counting method and counting system

Abstract

The invention discloses a fortnightly holiday counting bracelet, a counting method and a counting system. The counting method comprises the following steps; acquiring collected triaxial gravitational acceleration information, judging if the gravitational acceleration information meets a first judgment condition to judge if a user accomplishes a first action; if the first action is accomplished, judging if the gravitational acceleration information meets a second judgment condition to judge if the user accomplishes a second action; if the second action is accomplished, judging if the gravitational acceleration information meets a third judgment condition to judge if the user accomplishes a third action; if the third action is accomplished, judging if the gravitational acceleration information meets a fourth judgment condition to judge if the user accomplishes a fourth action; if the fourth action is accomplished, judging if the gravitational acceleration information meets a fifth judgment condition to judge if the user accomplishes a fifth action; if the fifth action is accomplished, adding one to fortnightly holiday counting. The device, the method and the system can carry out automatic counting and are free from external interference, so that the counting accuracy is improved.

Description

technical field [0001] The invention relates to the technical field of automatic counting, in particular to a prostration counting bracelet, a counting method and a counting system. Background technique [0002] Prostration was originally a special way of worship in Tibetan Buddhism. It has become a method of prostration in Buddhism and has a broad mass base. Individuals need to accurately count the number of prostrations during their practice, so they need to have relevant counting means. [0003] Existing counting devices are roughly divided into two types: touch counters and infrared induction counters. The counting method of the touch-sensitive counter is as follows: after each group of prostrations, the user manually touches the counter once to increase the counter by one count. This counting method is likely to distract the user and increase the psychological burden of the user. When doing prostrations, they often forget to touch the counter and cause missing counts....

AI Technical Summary

Problems solved by technology

The counting principle adopts the principle of infrared diffuse reflection. Different clothing materials, colors and reflection angles of users may cause different reflectivity, resulting in infrared detection failure. When the ambient light is strong enough, it is easy to cause the infrared receiver to saturate and fail, or When there is no large space for use, the infrared receiver receives infrared signals reflected by other surfaces in the environment and fails

[0004] The above two counters are easily affected by the user's own influence or the environment, resulting in low counting accuracy

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