CN110236510A - A fully automatic intelligent sports training system - Google Patents
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Abstract
本发明涉及一种全自动智能体育训练系统，连接架内固定安装有单片机处理器，在底座上设置有与单片机处理器相连接的纵深位移传感装置，在顶盖的底部设置有与单片机处理器相连接的红外非接触监控装置，在连接架的内侧设置有与单片机处理器相连接的可视化平面位移显示装置，在连接架的底部设置有电源线；克服了传统的体育训练依靠的设备智能化程度较低的缺陷，采用平面位移以及纵深位移感应，配合红外线心率数据采集，将数据集中整合至显示器，实现可视化的显示，在训练的过程中实现实时监控和数据监测，其训练的效果得到合理的监控和监测；客服了目前市场上出现一些穿戴式训练监控设备的缺陷，采集数据范围广，使用范围广，监控手段强，应用范围广泛，实现了全面的监控手段和监控方法，有助于体育训练的高效化发展。
The invention relates to a fully automatic intelligent sports training system. A single-chip processor is fixedly installed in the connecting frame, a depth displacement sensing device connected with the single-chip processor is arranged on the base, and a sensor for processing with the single-chip processor is arranged at the bottom of the top cover. Infrared non-contact monitoring device connected to the device, a visual plane displacement display device connected to the single-chip processor is installed on the inner side of the connecting frame, and a power line is installed at the bottom of the connecting frame; it overcomes the equipment intelligence that traditional sports training relies on For defects with a low degree of automation, planar displacement and depth displacement sensing are used, combined with infrared heart rate data collection, and the data is integrated into the display to achieve visual display. Real-time monitoring and data monitoring are realized during the training process, and the training effect is obtained. Reasonable monitoring and monitoring; customer service has overcome the defects of some wearable training monitoring equipment currently on the market. It has a wide range of data collection, a wide range of use, strong monitoring means, and a wide range of applications. It has realized comprehensive monitoring means and methods, which is helpful for the efficient development of physical training.
Description
技术领域technical field
本发明涉及体育领域，具体涉及一种全自动智能体育训练系统。The invention relates to the field of sports, in particular to a fully automatic intelligent sports training system.
背景技术Background technique
体育训练是指人们根据身体需要进行自我选择，运用各种体育手段，并结合自然力和卫生措施，以发展身体，增进健康，增强体质，调节精神，丰富文化生活和支配余暇时间为目的的体育活动。体育训练是群众性体育活动的主要形式。对促进人体生长发育，培养健美体态，提高机体工作能力，消除疲劳，调节情感，防治疾病，益寿延年乃至提高和改善整个民族体质，都有重要作用。体育训练的形式与内容灵活多样，可独自锻炼，也可集体进行。内容极其丰富，可分为：健身运动、健美运动、娱乐性体育、格斗性体育、医疗与矫正体育等。训练内容和方法的确定及整个过程，都应遵循有针对性，因人制宜，循序渐进，持之以恒，适宜的负荷等。Physical training refers to the sports activities that people choose according to their physical needs, use various sports methods, and combine natural forces and hygiene measures to develop their bodies, improve their health, strengthen their physique, adjust their spirits, enrich their cultural life and control their spare time. . Physical training is the main form of mass sports activities. It plays an important role in promoting the growth and development of the human body, cultivating a healthy body, improving the working ability of the body, eliminating fatigue, regulating emotions, preventing and curing diseases, prolonging life and even improving the physique of the entire nation. The form and content of physical training are flexible and diverse, and can be exercised alone or in groups. The content is extremely rich and can be divided into: fitness sports, bodybuilding sports, recreational sports, combat sports, medical and corrective sports, etc. The determination of training content and methods and the whole process should be targeted, tailored to individual conditions, step by step, persistent, appropriate load, etc.
目前，传统的体育训练依靠的设备智能化程度较低，使用者在使用这些传统的设备进行训练时，依靠主观性实施训练，其训练的效果并未得到合理的监控和监测。虽然目前市场上出现一些穿戴式训练监控设备，但是其监控的范围较窄，监控手段局限性很大，监控数据仅限于部分数据，并且不适合大部分的训练项目的检测，应用范围不广泛，缺乏系统全面的监控手段和监控方法，这些缺陷制约着体育训练的高效化发展。At present, traditional sports training relies on equipment with a low degree of intelligence. When users use these traditional equipment for training, they rely on subjectivity to implement training, and the effect of their training has not been reasonably monitored and monitored. Although there are some wearable training monitoring devices on the market, their monitoring range is narrow, the monitoring means are very limited, the monitoring data is limited to some data, and it is not suitable for the detection of most training items, and the application range is not wide. Lack of systematic and comprehensive monitoring means and methods, these defects restrict the efficient development of sports training.
因此，提供一种结构简单，操作方便，工作效率高，自动化程度高，适用范围广，锻炼可视化效果明显，监控数据全面，科技含量高，智能化程度高，训练方法简单易操作的全自动智能体育训练系统，具有广泛的市场前景。Therefore, to provide a fully automatic intelligent training machine with simple structure, convenient operation, high work efficiency, high degree of automation, wide application range, obvious exercise visualization effect, comprehensive monitoring data, high technology content, high degree of intelligence, and simple and easy-to-operate training method The sports training system has broad market prospect.
发明内容Contents of the invention
针对现有技术的不足，本发明提供一种结构简单，操作方便，工作效率高，自动化程度高，适用范围广，锻炼可视化效果明显，监控数据全面，科技含量高，智能化程度高，训练方法简单易操作的全自动智能体育训练系统，用于克服现有技术中的缺陷。Aiming at the deficiencies of the prior art, the present invention provides a training method with simple structure, convenient operation, high work efficiency, high degree of automation, wide application range, obvious exercise visualization effect, comprehensive monitoring data, high technological content, and high degree of intelligence. A simple and easy-to-operate fully automatic intelligent sports training system is used to overcome the defects in the prior art.
本发明的技术方案是这样实现的：一种全自动智能体育训练系统，包括底座，通过连接架与底座相连接的顶盖，所述的连接架内固定安装有单片机处理器，在底座上设置有与单片机处理器相连接的纵深位移传感装置，在顶盖的底部设置有与单片机处理器相连接的红外非接触监控装置，在连接架的内侧设置有与单片机处理器相连接的可视化平面位移显示装置，在连接架的底部设置有电源线。The technical solution of the present invention is achieved in the following way: a fully automatic intelligent sports training system includes a base, a top cover connected to the base through a connecting frame, a single-chip processor is fixedly installed in the connecting frame, and a There is a depth displacement sensing device connected to the single-chip processor, an infrared non-contact monitoring device connected to the single-chip processor is arranged at the bottom of the top cover, and a visualization plane connected to the single-chip processor is arranged on the inner side of the connecting frame The displacement display device is provided with a power cord at the bottom of the connecting frame.
所述的红外非接触监控装置包括固定安装在顶盖底部中心位置的红外阵列发射板，在红外阵列发射板上固定安装有红外发射器和红外接收器，电源线与红外发射器相连接，红外接收器通过导线与安装在连接架内的红外信号采集器相连接，红外信号采集器通过导线与安装在连接架内的信号放大器相连接，信号放大器通过导线与安装在连接架内的信号过滤器相连接，信号过滤器通过导线与单片机处理器相连接。The infrared non-contact monitoring device includes an infrared array emitting board fixedly installed at the center of the bottom of the top cover, an infrared emitter and an infrared receiver are fixedly installed on the infrared array emitting board, the power cord is connected with the infrared emitter, and the infrared emitter The receiver is connected with the infrared signal collector installed in the connecting frame through wires, the infrared signal collector is connected with the signal amplifier installed in the connecting frame through wires, and the signal amplifier is connected with the signal filter installed in the connecting frame through wires The signal filter is connected with the single-chip processor through wires.
所述的可视化平面位移显示装置包括固定安装在连接架内侧的显示屏，显示屏的上方安装有平面位移摄像头，平面位移摄像头通过导线与安装在连接架内的平面位移信号接收器相连接，显示屏和平面位移信号接收器通过导线与单片机处理器相连接。The described visualized plane displacement display device includes a display screen fixedly installed on the inside of the connecting frame, a plane displacement camera is installed above the display screen, and the plane displacement camera is connected with a plane displacement signal receiver installed in the connecting frame through wires, and the display The screen and the plane displacement signal receiver are connected with the single-chip processor through wires.
所述的纵深位移传感装置包括固定安装在底座上的电子位移阵列板，在电子位移阵列板内固定安装有电子位移传感器，电子位移传感器通过导线与安装在连接架内的电子位移信号接收器相连接，电子位移信号接收器通过导线与安装在连接架内的电子位移信号处理相连接，电子位移信号处理通过导线与单片机处理器相连接。The depth displacement sensing device includes an electronic displacement array board fixedly installed on the base, an electronic displacement sensor is fixedly installed in the electronic displacement array board, and the electronic displacement sensor connects with the electronic displacement signal receiver installed in the connecting frame through wires. The electronic displacement signal receiver is connected with the electronic displacement signal processing installed in the connection frame through the wire, and the electronic displacement signal processing is connected with the single-chip processor through the wire.
所述的连接架为弧形空心腔体结构，在连接架内垂直设置有第一固定板和第二固定板，单片机处理器固定安装在第一固定板和第二固定板之间的第二固定板的侧壁上。The connecting frame is an arc-shaped hollow cavity structure, and a first fixing plate and a second fixing plate are vertically arranged in the connecting frame, and the single-chip processor is fixedly installed on the second fixing plate between the first fixing plate and the second fixing plate. on the side wall of the mounting plate.
所述的底座和顶盖的形状和大小均相同，底座为长方形空心板状结构，底座和顶盖平行设置在连接架的相同侧位置。The shape and size of the base and the top cover are the same, the base is a rectangular hollow plate structure, and the base and the top cover are arranged in parallel on the same side of the connecting frame.
所述的红外阵列发射板的顶部固定安装有红外阵列发射板基板，红外阵列发射板基板的顶部固定安装有红外阵列发射板基板支撑座，红外阵列发射板基板支撑座的顶部与顶盖内侧顶部的底面固定连接，红外发射器和红外接收器的发射角度和接收角度相互对应。The top of the infrared array emitting board is fixedly installed with an infrared array emitting board substrate, the top of the infrared array emitting board substrate is fixedly installed with an infrared array emitting board substrate support seat, and the top of the infrared array emitting board substrate support seat is connected to the inner top of the top cover. The bottom surface of the infrared transmitter and the infrared receiver are fixedly connected, and the emitting angle and receiving angle of the infrared transmitter and infrared receiver correspond to each other.
所述的电子位移阵列板的底部固定安装有电子位移阵列板基板，电子位移阵列板基板的底部固定安装有电子位移阵列板基板支撑座，电子位移阵列板基板支撑座的底部与底座内侧底面固定连接。The bottom of the electronic displacement array board is fixedly installed with an electronic displacement array board substrate, the bottom of the electronic displacement array board substrate is fixedly installed with an electronic displacement array board substrate support seat, and the bottom of the electronic displacement array board substrate support seat is fixed to the inner bottom surface of the base connect.
本发明具有如下的积极效果：首先，本产品结构简单，操作方便，克服了传统的体育训练依靠的设备智能化程度较低的缺陷，采用平面位移以及纵深位移感应，配合红外线心率数据采集，将数据集中整合至显示器，实现可视化的显示，在训练的过程中实现实时监控和数据监测，其训练的效果得到合理的监控和监测；客服了目前市场上出现一些穿戴式训练监控设备的缺陷，采集数据范围广，使用范围广，监控手段强，应用范围广泛，实现了全面的监控手段和监控方法，有助于体育训练的高效化发展。The present invention has the following positive effects: firstly, the product is simple in structure and easy to operate, which overcomes the defect of low intelligence of the traditional sports training equipment, adopts plane displacement and depth displacement sensing, cooperates with infrared heart rate data collection, The data is centrally integrated into the display to achieve visual display, real-time monitoring and data monitoring are realized during the training process, and the training effect is reasonably monitored and monitored; customer service solves the defects of some wearable training monitoring equipment on the market at present, and collects The data range is wide, the use range is wide, the monitoring means is strong, and the application range is wide, which realizes comprehensive monitoring means and monitoring methods, and is conducive to the efficient development of sports training.
附图说明Description of drawings
图1为本发明的结构示意图。Fig. 1 is a structural schematic diagram of the present invention.
图2为本发明的图1的侧面结构示意图。FIG. 2 is a schematic side view of the structure of FIG. 1 of the present invention.
图3为本发明图1的内部结构示意图。Fig. 3 is a schematic diagram of the internal structure of Fig. 1 of the present invention.
图4为本发明的原理结构示意图之一。Fig. 4 is one of the schematic structural diagrams of the present invention.
图5为本发明的原理结构示意图之二。Fig. 5 is the second schematic diagram of the principle structure of the present invention.
图6为本发明红外阵列发射板仰视结构示意图。Fig. 6 is a schematic bottom view of the structure of the infrared array emitting board of the present invention.
具体实施方式Detailed ways
如图1、2、3、4、5、6所示，一种全自动智能体育训练系统，包括底座1，通过连接架3与底座1相连接的顶盖2，所述的连接架3内固定安装有单片机处理器21，在底座1上设置有与单片机处理器21相连接的纵深位移传感装置，在顶盖2的底部设置有与单片机处理器21相连接的红外非接触监控装置，在连接架3的内侧设置有与单片机处理器21相连接的可视化平面位移显示装置，在连接架3的底部设置有电源线4。As shown in Figures 1, 2, 3, 4, 5, and 6, a fully automatic intelligent sports training system includes a base 1, a top cover 2 connected to the base 1 through a connecting frame 3, and the inside of the connecting frame 3 A single-chip processor 21 is fixedly installed, the base 1 is provided with a depth displacement sensing device connected to the single-chip processor 21, and the bottom of the top cover 2 is provided with an infrared non-contact monitoring device connected to the single-chip processor 21, A visual plane displacement display device connected to the single-chip processor 21 is arranged inside the connecting frame 3 , and a power cord 4 is arranged at the bottom of the connecting frame 3 .
所述的红外非接触监控装置包括固定安装在顶盖2底部中心位置的红外阵列发射板5，在红外阵列发射板5上固定安装有红外发射器23和红外接收器24，电源线4与红外发射器23相连接，红外接收器24通过导线与安装在连接架3内的红外信号采集器15相连接，红外信号采集器15通过导线与安装在连接架3内的信号放大器16相连接，信号放大器16通过导线与安装在连接架3内的信号过滤器17相连接，信号过滤器17通过导线与单片机处理器21相连接。所述的可视化平面位移显示装置包括固定安装在连接架3内侧的显示屏7，显示屏7的上方安装有平面位移摄像头8，平面位移摄像头8通过导线与安装在连接架3内的平面位移信号接收器20相连接，显示屏7和平面位移信号接收器20通过导线与单片机处理器21相连接。所述的纵深位移传感装置包括固定安装在底座1上的电子位移阵列板6，在电子位移阵列板6内固定安装有电子位移传感器22，电子位移传感器22通过导线与安装在连接架3内的电子位移信号接收器19相连接，电子位移信号接收器19通过导线与安装在连接架3内的电子位移信号处理18相连接，电子位移信号处理18通过导线与单片机处理器21相连接。The infrared non-contact monitoring device includes an infrared array emitting board 5 fixedly installed at the bottom center of the top cover 2, an infrared emitter 23 and an infrared receiver 24 are fixedly installed on the infrared array emitting board 5, and the power cord 4 is connected to the infrared array emitting board 5. Transmitter 23 is connected, and infrared receiver 24 is connected with the infrared signal collector 15 that is installed in the connection frame 3 by wire, and infrared signal collector 15 is connected with the signal amplifier 16 that is installed in the connection frame 3 by wire, and signal The amplifier 16 is connected with the signal filter 17 installed in the connecting frame 3 through wires, and the signal filter 17 is connected with the single-chip processor 21 through wires. Described visual plane displacement display device comprises the display screen 7 that is fixedly installed on the inside of connecting frame 3, and the top of display screen 7 is equipped with plane displacement camera 8, and plane displacement camera 8 is installed in the plane displacement signal in connecting frame 3 by wire. The receiver 20 is connected, and the display screen 7 and the plane displacement signal receiver 20 are connected with the single-chip processor 21 through wires. The described depth displacement sensing device comprises an electronic displacement array plate 6 fixedly installed on the base 1, an electronic displacement sensor 22 is fixedly installed in the electronic displacement array plate 6, and the electronic displacement sensor 22 is installed in the connecting frame 3 through wires. The electronic displacement signal receiver 19 is connected, and the electronic displacement signal receiver 19 is connected with the electronic displacement signal processing 18 installed in the connecting frame 3 by wires, and the electronic displacement signal processing 18 is connected with the single-chip processor 21 by wires.
所述的连接架3为弧形空心腔体结构，在连接架3内垂直设置有第一固定板13和第二固定板14，单片机处理器21固定安装在第一固定板13和第二固定板14之间的第二固定板14的侧壁上。所述的底座1和顶盖2的形状和大小均相同，底座1为长方形空心板状结构，底座1和顶盖2平行设置在连接架3的相同侧位置。The connecting frame 3 is an arc-shaped hollow cavity structure, and the first fixing plate 13 and the second fixing plate 14 are vertically arranged in the connecting frame 3, and the single-chip processor 21 is fixedly installed on the first fixing plate 13 and the second fixing plate. On the side wall of the second fixed plate 14 between the plates 14. The shape and size of the base 1 and the top cover 2 are the same, the base 1 is a rectangular hollow plate structure, and the base 1 and the top cover 2 are arranged in parallel on the same side of the connecting frame 3 .
所述的红外阵列发射板5的顶部固定安装有红外阵列发射板基板9，红外阵列发射板基板9的顶部固定安装有红外阵列发射板基板支撑座10，红外阵列发射板基板支撑座10的顶部与顶盖2内侧顶部的底面固定连接，红外发射器23和红外接收器24的发射角度和接收角度相互对应。所述的电子位移阵列板6的底部固定安装有电子位移阵列板基板11，电子位移阵列板基板11的底部固定安装有电子位移阵列板基板支撑座12，电子位移阵列板基板支撑座12的底部与底座1内侧底面固定连接。The top of the infrared array emission plate 5 is fixedly installed with an infrared array emission plate substrate 9, the top of the infrared array emission plate substrate 9 is fixedly installed with an infrared array emission plate substrate support seat 10, and the top of the infrared array emission plate substrate support seat 10 It is fixedly connected with the bottom surface of the inner top of the top cover 2, and the emitting angle and receiving angle of the infrared emitter 23 and the infrared receiver 24 correspond to each other. The bottom of the electronic displacement array board 6 is fixedly equipped with an electronic displacement array board substrate 11, the bottom of the electronic displacement array board substrate 11 is fixedly installed with an electronic displacement array board substrate support seat 12, and the bottom of the electronic displacement array board substrate support seat 12 It is fixedly connected with the inner bottom surface of the base 1.
本系统具体操作如下，使用者打开电源后，站在电子位移阵列板6上，产生的纵向位移通过电子位移阵列板6收集，并传输至电子位移传感器22，通过电子位移传感器22传输至电子位移信号接收器19，然后通过电子位移信号接收器19传输至电子位移信号处理18，并通过单片机处理器21处理后显示在显示屏7上。同时，平面位移摄像头8采集平面体感位移信息，并通过单片机处理器21处理后显示在显示屏7上。红外发射器23发射红外信号，红外接收器24接受信号后传输至红外信号采集器15相连接，红外信号采集器15将信号传输至信号放大器16以及信号过滤器17并通过单片机处理器21处理使用者的心率和呼吸信息数据，处理后显示在显示屏7上。The specific operation of this system is as follows. After the user turns on the power, he stands on the electronic displacement array board 6, and the longitudinal displacement generated is collected by the electronic displacement array board 6, and transmitted to the electronic displacement sensor 22, and then transmitted to the electronic displacement sensor 22 through the electronic displacement sensor 22. The signal receiver 19 is then transmitted to the electronic displacement signal processing 18 through the electronic displacement signal receiver 19, and is displayed on the display screen 7 after being processed by the single-chip processor 21. At the same time, the plane displacement camera 8 collects plane somatosensory displacement information, and displays it on the display screen 7 after being processed by the single-chip processor 21 . Infrared transmitter 23 emits infrared signals, and infrared receiver 24 receives the signals and transmits them to infrared signal collector 15 to be connected, and infrared signal collector 15 transmits signals to signal amplifier 16 and signal filter 17 and processes and uses them by single-chip processor 21 The patient's heart rate and breathing information data are displayed on the display screen 7 after processing.
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