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Intelligent control system and method based on stone lock

An intelligent control system, stone lock technology, applied in the direction of control/regulation system, electric fluid pressure control, fluid pressure control, etc., can solve the problem that the weight of the stone lock cannot be changed

Active Publication Date: 2020-04-14
许晓阳
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004]Most of the current stone locks are made of stones, the weight of the stone lock is fixed, and the weight of the stone lock cannot be changed

Method used

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  • Intelligent control system and method based on stone lock
  • Intelligent control system and method based on stone lock
  • Intelligent control system and method based on stone lock

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0079] Example 1: Limiting conditions, the user inputs the weight of 74kg and the height of 175cm into the sub-module, evaluates the weight of the stone lock that the user can bear and sets it to 14kg, and the weight measured by the weight monitor to the stone lock is set to 8kg, and the setting of the stone lock needs to be increased. The heavier or lighter weight is L', according to the formula:

[0080] L'=L-L 0 (unit: kg)

[0081] Calculated: L'=14kg-8kg=6kg, manually increase the weight of the stone lock by 6kg, when the user lifts weight, the stone lock height monitoring sub-module monitors the lifting height of the user, and the monitoring lifting heights are 80cm, 114cm, 121cm, 181cm, 170cm, 157cm, use the stone lock height monitoring sub-module to effectively sort the collected data in order from high to low The value 80cm is deleted, according to the formula:

[0082]

[0083] Calculated where the threshold is set to H' is greater than the set threshold, wh...

Embodiment 2

[0084] Example 2: Limiting conditions, the user inputs the data into the sub-module with a weight of 55kg and a height of 165cm, and evaluates that the weight of the stone lock that the user can bear is set to 8kg, and the weight measured by the weight monitor on the stone lock is set to 10kg, and the setting of the stone lock needs to be increased The heavier or lighter weight is L', according to the formula:

[0085] L'=L-L 0 (unit: kg)

[0086]Calculated: L'=8kg-10kg=-2kg, manually reduce the weight of the stone lock by 2kg, when the user lifts weight, the stone lock height monitoring sub-module monitors the lifting height of the user, and the monitoring lifting height is 75cm and 121cm respectively , 170cm, 165cm, 130cm, 157cm, use the stone lock height monitoring sub-module to effectively sort the collected data in order from high to low The minimum value of 75cm is deleted, according to the formula:

[0087]

[0088] Calculated where the threshold is set to H' ...

Embodiment 3

[0089] Embodiment 3: limited conditions, the user inputs the data of 90kg in weight and 178cm in height into the sub-module, evaluates that the weight of the stone lock that the user can bear is set to 20kg, and the weight measured by the weight monitor on the stone lock is set to 10kg, and the setting of the stone lock needs to be increased The heavier or lighter weight is L', according to the formula:

[0090] L'=L-L 0 (unit: kg)

[0091] Calculated: L'=20kg-10kg=10kg, manually increase the weight of the stone lock by 10kg, when the user lifts weight, the stone lock height monitoring sub-module monitors the lifting height of the user, and the monitoring lifting heights are 60cm, 100cm, 112cm, 177cm, 152cm, 107cm, use the stone lock height monitoring sub-module to effectively sort the collected data in order from high to low The value 60cm is deleted, according to the formula:

[0092]

[0093] Calculated where the threshold is set to H' is less than the set thresho...

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Abstract

The invention discloses an intelligent control system and method based on a stone lock, and the system comprises a pressure sensing module, a heat consumption monitoring module, a stone lock intelligent weight gain module, a temperature regulation and control module, a voice broadcast module, and a central control platform, and all modules are disposed in the stone lock (1). The pressure sensing module, the temperature regulation and control module and the heat consumption monitoring module are electrically connected with the central control platform; the temperature regulation and control module and the stone lock intelligent weight gain module are electrically connected with the pressure sensing module, and the stone lock intelligent weight gain module and the voice broadcast module areelectrically connected with the heat consumption monitoring module. According to the intelligent weight increasing system for the stone lock, intelligent weight gain can be conducted on the stone lock, and the situation that when a user exercises, the user is strained due to the fact that the stone lock is too heavy, or the exercise effect cannot be achieved due to the fact that the stone lock istoo light is avoided.

Description

technical field [0001] The invention relates to the field of stone locks, in particular to an intelligent control system and method based on stone locks. Background technique [0002] Stone locks originated from the military camps of the Tang Dynasty in China. Soldiers often exercise with stone locks and stone burdens, which were later spread among the Chinese people and evolved into a traditional athletic event that combines strength, skills, and fitness. flourished in the Daoguang period of the Qing Dynasty [0003] Shisuo Gong is a long-standing traditional Chinese martial art. According to legend, Shisuo originated from the military camp of the Tang Dynasty and flourished in the Daoguang period of the Qing Dynasty. In one of the traditional sports. When practicing martial arts, you can use the stone lock technique to train grip strength, wrist strength, arm strength, waist and leg strength, which can enhance the ability of the fist face to withstand reaction force, im...

Claims

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Application Information

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IPC IPC(8): G05D16/20
CPCG05D16/2026
Inventor 许晓阳沈纲叶民屠丽琴
Owner 许晓阳