TWM650980U - Electronic fitness testing system - Google Patents

Abstract

The electronic physical fitness testing system of this invention at least includes an identification device used to confirm the identity information of a tester; at least one fitness detection device used to detect the physical fitness of the tester; and a device used to detect the physiological state of the tester. Physiological detection device and a control device. The advantages of this creation are: it can improve the efficiency and accuracy of physical fitness testing, reduce the labor intensity of staff, and can simultaneously learn or record the physiological data of testers to monitor and analyze the physiological and physical status of testers. Improve the effectiveness of physical training.

Description

Electronic fitness testing system

The invention relates to the technical field of physical fitness testing equipment, specifically an electronic physical fitness testing system.

The YOYO test is a common test method for testing human physical fitness. The YOYO test requires the tester to run back and forth with intervals at an increasing speed between two markers distributed at both ends of the test area; the running speed starts from level 8 Level 21 is divided into 12 gears. The starting speed is level 8, which is equivalent to 11.5 km/h. Different speed gears require different sets of return runs: 2 sets each of level 8, level 10, and level 12; level 13, There are 8 groups each for Level 13.5 and Level 14; 3 groups each for Level 14.5 and Level 15; and 6 groups each for Level 15.5, Level 16, Level 16.5 and Level 17. The compliance standard is: the tester runs from one end of the test area to the other end every time the sound signal sounds, and must reach the other end before the next sound signal sounds, in order for the test to meet the standard. YOYO testing is widely used due to its advantages of flexible testing and low requirements on the size of the testing site. However, when currently conducting YOYO tests, artificial whistles are used to emit sound signals, and testers are manually judged whether they have completed the test area within the time interval between each two adjacent sound signals. This is caused by human factors. The physical fitness test has shortcomings such as low accuracy and high consumption of human resources.

In view of this, this invention provides an electronic physical fitness testing system that can improve the accuracy of physical fitness testing and monitor heart rate changes of testers.

In order to achieve the above purpose, this invention adopts the following technical solutions: electronic physical fitness testing system, including an identification device for confirming the identity of the tester; used to detect the tester The physical fitness of the tester and can produce integrated fitness data; can be configured on the tester to detect the physiological data of the tester; and a control device with a receiving unit and an output unit connected to each other, The receiving unit is connected to the identity authentication device, the physical fitness detection device and the physiological detection device respectively, and is used to receive the physical fitness data and physiological data corresponding to the identity information of the tester. The output unit is used to receive and Output the physical fitness data and physiological data corresponding to the tester's identity information.

In a preferred aspect, the physical fitness detection device can be a push-up electronic sensing device, used to measure the physical fitness data of the tester according to the standard push-up movement; alternatively, the physical fitness detection device It can be an electronic sensor device for sit-ups, used to measure the physical fitness data of the tester according to the standard movement of sit-ups; or, the physical fitness detection device can be a standing long jump sensor device, used to measure the test The physical fitness data of a person standing for long jump; alternatively, the physical fitness detection device can be a knee bending and forward bending sensor device to measure the physical fitness data of the tester's knee bending and forward bending; alternatively, the physical fitness detection device can It is a return running sensing device, used to measure the physical fitness data of the tester's return running; alternatively, the physical fitness detection device can be a vertical take-off sensing device, used to measure the physical fitness data of the tester's vertical take-off. ; Alternatively, the physical fitness detection device may be a running sensing device, used to measure the physical fitness data of the tester's running.

In a preferred aspect, the identity identification device is an RFID reader, NFC reader, barcode scanner, magnetic card reader, IC card reader, face reader, iris reader or fingerprint identification machine.

In a preferred aspect, the identity authentication device is a wearable device for the tester to wear, and a sensor chip that records the tester's identity information is provided on the wearable device.

In a preferred aspect, the physical fitness testing device at least includes: a sound player for emitting sound; two floor mats distributed at both ends of the test area; and at least two floor mats are respectively provided at the two floor mats. An induction antenna capable of detecting the induction crystal passing through the floor mat The chip reads information and simultaneously records the time when the sensor chip is read, and sends the read sensor chip information and the time when the sensor chip is read to the control device; the control device has a controller, and the control device The receiver forms a signal connection with the sound player, each induction antenna and the physiological detection device through the receiving unit. The controller can control the sound player to emit sound signals at a preset frequency, and the controller can receive the signals sent by the induction antenna in real time. The sensor chip information and the reading time of the sensor chip can be analyzed to determine whether the tester can run within the time interval between two adjacent sound signals based on the reading time of the sensor chip and the preset frequency analysis. After completing the test area, if the tester can complete the test area within the time interval between each two adjacent sound signals, the tester will be judged to have passed the physical test.

In a preferred aspect, two sensing antennas capable of reading sensing chips are respectively provided on the two floor mats.

In a preferred aspect, the wearable device is clothing with visually perceptible markings for the tester to wear.

In a preferred aspect, the visually perceptible mark is one or more of colors, numbers, letters, and graphics.

In a preferred aspect, the physiological detection device has a wearable body for loading the physiological sensing element and the transmission unit, and the wearable body can be worn by the tester; or, the physiological detection device is configured on The wearable device.

In a preferred aspect, the physical fitness data and the physiological data can be output by the output unit as a test report.

In a preferred aspect, the physiological detection device is provided with an interconnected physiological sensing element and a transmission unit. The physiological sensing element can detect the physiological signal of the tester and transmit the detected physiological signal. to the transmission unit, and the transmission unit is connected to the receiving unit.

Through the implementation of the above technical solutions, the beneficial effects of this creation are: it can improve physical fitness It can test efficiency and physical fitness test accuracy, reduce the labor intensity of staff, and can simultaneously obtain or record the physiological data of testers to monitor and analyze the physiological and physical status of testers to improve the effectiveness of physical training.

10: Identification device

11: Sensing chip

12: Visually perceptible logo

20:Physical fitness detection device

21: Sound player

22: Floor mat

23: Induction antenna

30: Physiological detection device

31: Physiological sensing element

32:Transmission unit

40:Control device

41: Receiving unit

42:Output unit

43:Controller

Figure 1 is a block diagram of the electronic fitness testing system in this creation.

Figure 2 is a schematic diagram of the working principle applied to YOYO testing in this creation.

Figure 3 is a schematic diagram of the block used in the YOYO test in this creation.

In order to help the examiner understand the technical characteristics, content and advantages of this invention and the effects it can achieve, this invention is described in detail below with the accompanying drawings in the form of expressions of embodiments, and the diagrams used therein are as follows. The subject matter is only for illustration and auxiliary instructions, and may not represent the true proportions and precise configuration of the creation after its implementation. Therefore, the proportion and configuration relationship of the attached drawings should not be interpreted to limit the scope of rights in the actual implementation of this creation. Let’s explain first.

As shown in FIG. 1 , the electronic physical fitness testing system at least includes: an identity authentication device 10 , at least an integrated fitness detection device 20 , a physiological detection device 30 and a control device 40 .

The identification device 10 is used to confirm the identity information of a tester; wherein, the identification device 10 is an RFID reader, an NFC reader, a barcode scanner, a magnetic card reader, an IC card reader, or a personal identification card reader. Face reader, iris reader or fingerprint recognition machine, and the tester can be equipped with RFID, NFC, barcode, magnetic card or IC card, or can be directly identified through the tester's biometric characteristics (such as face, iris or fingerprint) , and confirm the identity information of the tester. In a preferred embodiment, the RFID can be a conventional passive radio frequency identification element, for example, it can be a single chip issued to testers for the testers to temporarily tie or wear on their bodies, or the above-mentioned RFID can be Fixedly installed on a wearable device (such as a bib) for testers to wear; especially in the same The applicant's Republic of China Patent Invention Announcement No. I697843 describes the use of RFID technology, which is incorporated herein by reference.

The physical fitness detection device 20 is used to detect the physical fitness of the tester, and can produce overall fitness data; the above-mentioned physical fitness detection device 20 can be used to detect and collect the body mass index, 800 kg of the tester. Foot run and walk, standing long jump, sit-ups, seated forward bend, 50-meter standing sprint, triple frog jump, push-up, pull-up, basketball dribbling, football dribbling, volleyball pad, skipping or Fitness data such as return running. Therefore, the above-mentioned physical fitness detection device can be an electronic sensor device for push-ups and push-ups, which is used to measure the physical fitness data of the tester according to the standard push-up movements; alternatively, the physical fitness detection device can be a sit-up. The electronic sensing device is used to measure the physical fitness data of the tester according to the standard movement of sit-ups; alternatively, the physical fitness detection device can be a standing long jump sensing device, used to measure the physical fitness of the tester in the standing long jump. Fitness data; alternatively, the physical fitness detection device can be a knee flexion and forward bending sensor device to measure the physical fitness data of the tester's knee flexion and forward bending; alternatively, the physical fitness detection device can be a return running sensor device , used to measure the physical fitness data of the tester's return run; alternatively, the physical fitness detection device can be a vertical take-off sensor device, used to measure the physical fitness data of the tester's vertical take-off; or, the physical fitness detection device The fitness detection device may be a running sensor device used to measure the physical fitness data of the tester's running.

The physiological detection device 30 can be configured on the tester to detect the physiological data of the tester and generate physiological data; the physiological detection device 30 is provided with interconnected physiological sensing elements 31 and a transmission unit 32. The physiological sensing element 31 can detect the physiological signals of the tester and transmit the detected physiological signals to the transmission unit. The physiological sensing element 31, such as electrodes and/or light sensors, is used to obtain physiological signals. Here, it should be noted that the physiological signal acquisition circuit will include all necessary components for obtaining physiological signals. Circuits and components, such as processors, analog signal processors, analog-to-digital converters, filters, memories, batteries, etc., are well known to those with ordinary knowledge in the field, so they will not be described in detail; in addition, if there is a wireless When transmission is required, for example, to transmit the acquired physiological signals When used as an external device, a wireless transmission module may also be included, or the memory may also be implemented in a removable form. Therefore, different circuits, components, and/or modules can be configured according to actual needs, which all fall within the scope of the present invention and are not subject to certain limitations. As for the type of physiological sensing element used, there is no certain limit and can be determined according to actual needs. For example, it may only include at least two signal acquisition electrodes to obtain electrophysiological signals, such as electrocardiogram signals, electroencephalogram signals, electrooculogram signals, myoelectric signals, electrocutaneous signals, etc., or it may only include light sensors. A detector can be used to obtain blood physiological information. For example, when there is one light source, heart rate, blood flow, etc. can be obtained, and when there are more than two light sources, blood oxygen concentration can be obtained. Of course, signal acquisition electrodes can also be included. And light sensors can also provide results based on the relationship between two physiological signals, such as pulse transit time (PTT), and then obtain information such as blood vessel hardness/elasticity, etc. Data can be further extrapolated to derive relevant blood pressure values, so there is no limit.

The control device 40 has a receiving unit 41 and an output unit 42 that are connected to each other. The receiving unit 41 is connected to the transmission unit 32 of the identity authentication device 10, the physical fitness detection device 20 and the physiological detection device 30 respectively. To receive the physical fitness data and physiological data corresponding to the tester's identity information, the output unit 42 is used to receive and output the physical fitness data and physiological data corresponding to the tester's identity information. In addition, the physical fitness data and the physiological data can also be output by the output unit as a test report for reference.

As shown in Figure 2, it is a preferred embodiment of this invention applied to the YOYO test; among them, the YOYO test is a common test method for testing human physical fitness. The YOYO test requires testers to place two signs at both ends of the test area. Between objects, run back and forth with intervals at an ever-increasing speed; the running speed is divided into 12 levels from level 8 to level 21. The starting speed is level 8, which is equivalent to 11.5 kilometers/hour. Different speed levels require Complete different groups of return runs: 2 groups each for levels 8, 10, and 12; 8 groups each for levels 13, 13.5, and 14; 3 groups each for levels 14.5 and 15; 15.5, 16, 16.5, There are 6 groups for each level 17. The standard to meet the standard is: the tester runs from one end of the test area to the other end every time the sound signal sounds, and must reach the other end before the next sound signal sounds to be considered a test. Meet the standards.

Please refer to FIG. 3 as well. The identity authentication device 10 is a wearable device for the tester to wear. For example, the wearable device can be clothing with a visually perceptible mark for the tester to wear. The wearable device is provided with A sensor chip 11 that records the identity information of the tester; and the physical fitness detection device 20 at least includes: a sound player 21 for making sounds, two floor mats 22 distributed at both ends of the test area, and two floor mats 22 located at both ends of the test area. At least one induction antenna 23 is provided at the floor mat 22 respectively. The induction antenna 23 can read information from the induction chip 11 passing through the floor mat 22 and simultaneously record the time when the induction chip is read, and record the read induction chip 11. 11 information is sent to the control device 40 together with the time when the sensor chip 11 is read.

Among them, the control device 40 has a controller 43. The controller 43 forms a signal connection with the sound player 21, each induction antenna 23 and the transmission unit 32 through the receiving unit 41. The controller can control the sound player. Emitting a sound signal at a preset frequency, the controller 43 can instantly receive the information of the sensor chip 11 and the reading time of the sensor chip 11 sent by the sensor antenna 23, and can according to the reading time of the sensor chip 11 and the preset time. Frequency analysis determines whether the tester can complete the test area within the time interval between two adjacent sound signals. If the tester can complete the test area within the time interval between each two adjacent sound signals, Then it is judged that the tester has passed the physical fitness test.

In this embodiment, two induction antennas 23 capable of reading the induction chip 11 are respectively provided on the two floor mats 22 , which can further improve the test accuracy; in this embodiment, the wearable device has a visually perceptible mark. Clothes 12 for testers to wear, the visually perceptible mark 12 is one or more of colors, numbers, letters, and graphics, which facilitates identification of the tester and is conducive to the smooth progress of the test process; and the physiological detection device 30 has a A wearable body for loading the physiological sensing element 31 and the transmission unit 32; in the embodiment shown in the figure, the wearing body can be a bracelet for the tester to wear on his hand; or the physiological detection device can Directly configured on the above-mentioned wearable device, and Bluetooth can be used between the transmission unit and the controller (Bluetooth) signal to connect and transmit signals. Of course, the wearing body can also be other wearing objects, such as rings, headphones, smart watches, smart glasses or heart rate chest straps, etc.

During the test, it is assumed that the two floor mats 22 are set as point A and point B respectively, and the tester is made to wear clothes with the sensor chip 11 and stand outside point A, and then the controller 43 controls the sound player 21 to generate sound at a certain frequency interval. signal, the sound signal is the BEEP sound. When the tester hears the first BEEP sound, he runs from point A to point B. When the tester passes the induction antenna 23 at point A and the induction antenna 23 at point B, the induction antenna 23 will read the information of the sensor chip 11 passing through the floor mat 22 and record the time of reading the sensor chip at the same time, and send the read sensor chip information and the time of reading the sensor chip to the controller 43, When the controller 43 analyzes and determines that the sensor chip 11 has reached the floor mat at point B before the second BEEP sound is sounded, it determines that the tester has completed the test area between the first BEEP sound and the second BEEP sound, that is, This one-way test is qualified; if the controller 43 analyzes that the sensor chip 11 has not reached the floor mat at point B before the second BEEP sound is sounded, then it is judged that the tester has not reached the floor mat at point B between the first BEEP sound and the second BEEP sound. After running through the test area, that is, the one-way test fails; then when the tester hears the third BEEP sound, he runs from point B to point A. The tester passes the induction antenna 23 at point B and the induction antenna at point A. At 23:00, the induction antenna 23 will read the information of the induction chip 11 passing through the floor mat 22 and simultaneously record the time when the induction chip is read, and send the read induction chip information together with the time when the induction chip is read. to the controller 43. When the controller 43 analyzes that the sensor chip 11 has reached the floor mat at point A before the fourth BEEP sound is sounded, it then determines that the tester ran between the third BEEP sound and the fourth BEEP sound. The test area is completed, that is, the single-pass test is qualified; if the controller 43 analyzes that the sensor chip 11 has not reached the point A floor mat before the fourth BEEP sound is sounded, then it is judged that the tester is between the third BEEP sound and the fourth BEEP sound. If the test area is not completed between BEEP sounds, the single-pass test fails; by analogy, all tests are completed according to the above process. If the tester can complete the test area within the time interval between each two adjacent sound signals , then it is judged that the tester body Can pass the test; in actual use, the controller can quickly analyze and calculate the total distance moved by the tester during the test, the average speed, the fastest speed, and the test results of all testers based on the received data, so as to evaluate the tester's performance. Track training intensity and training results.

When the tester goes through the above test, the physiological sensing element 31 simultaneously detects the tester's physiological data (such as heart rate, blood oxygen concentration, blood pressure, etc.), and transmits the detected physiological data to the tester through the transmission unit 32. The controller 43 interprets or records the physiological changes of the tester, thereby monitoring the physiological and physical status of the tester, achieving the purpose of health monitoring, and also providing training effects.

The advantages of this creation are: it can improve the efficiency and accuracy of physical fitness testing, reduce the labor intensity of staff, and can simultaneously monitor the heart rate changes of testers during the physical fitness testing process to achieve the purpose of health monitoring. Physical fitness or physiological data can be transmitted through wired or wireless transmission methods to achieve real-time integration of electronic fitness test results.

The above embodiments are only for illustrating the invention and are not intended to limit the invention. Various modifications or changes made by those skilled in the relevant fields without departing from the technical scope of the invention should also fall within the scope of protection of the invention.

10: Identification device

20:Physical fitness detection device

30: Physiological detection device

40:Control device

41: Receiving unit

42:Output unit

Claims (12)

An electronic physical fitness testing system, which at least includes: an identity identification device used to confirm the identity information of a tester; at least a physical fitness detection device used to detect the physical fitness of the tester and can produce a physical fitness test device. energy data; a physiological detection device that can be configured on the tester to detect the physiological data of the tester and can generate physiological data; and a control device that has a receiving unit and an output unit connected to each other. , the receiving unit is connected to the identity authentication device, the physical fitness detection device and the physiological detection device respectively, and is used to receive the physical fitness data and physiological data corresponding to the tester's identity information, and the output unit is used to receive And output the physical fitness data and physiological data corresponding to the tester's identity information. The electronic physical fitness testing system as described in claim 1, wherein the physical fitness detection device can be a push-up electronic sensing device for measuring the physical fitness of the tester according to the standard push-up movement. data; alternatively, the physical fitness detection device can be a sit-up electronic sensing device, used to measure the physical fitness data of the tester according to the standard sit-up movement; alternatively, the physical fitness detection device can be a standing posture The long jump sensor device is used to measure the physical fitness data of the tester's standing long jump; alternatively, the physical fitness detection device can be a knee flexion and forward bending sensor device, used to measure the physical fitness data of the tester 's knee flexion and forward bending. data; or, the physical fitness detection device can be a return running sensing device, used to measure the physical fitness data of the tester's return running; or, the physical fitness detection device can be a vertical take-off sensing device, used to measure Measure the physical fitness data of the tester's vertical take-off; alternatively, the physical fitness detection device can be a running sensor device to measure the physical fitness data of the tester's running. The electronic physical fitness test system as described in claim 1, wherein the identity authentication device is an RFID reader, an NFC reader, a barcode scanner, a magnetic card reader, an IC card reader, a face recognition device reader, iris reader or fingerprint scanner. The electronic physical fitness testing system as described in claim 1, wherein the identification device is a wearable device for the tester to wear, and a sensor chip that records the tester's identity information is provided on the wearable device. . The electronic physical fitness testing system as described in claim 4, wherein the physical fitness testing device at least includes: a sound player for making sounds; two floor mats distributed at both ends of the test area; and in the At least one induction antenna is provided on each of the two floor mats. The induction antenna can read the information of the induction chip passing through the floor mat, record the time when the induction chip is read, and store the read induction chip information. Together with the time of reading the sensor chip, it is sent to the control device; the control device has a controller, which forms a signal connection with the sound player, each induction antenna and the physiological detection device through the receiving unit. The control device The controller can control the sound player to emit sound signals at a preset frequency. The controller can instantly receive the sensor chip information sent by the sensor antenna and the reading time of the sensor chip, and can according to the reading time of the sensor chip and The preset frequency analysis determines whether the tester can complete the test area within the time interval between two adjacent sound signals. If the tester can complete the test area within the time interval between each two adjacent sound signals, The test area determines that the tester has passed the physical fitness test. The electronic physical fitness testing system as described in claim 5, wherein two induction antennas capable of reading induction chips are respectively provided on the two floor mats. The electronic physical fitness testing system as claimed in claim 5, wherein the wearable device is a garment with a visually perceptible mark for the tester to wear. The electronic physical fitness testing system as described in claim 7, wherein the visually perceptible mark is one or more of colors, numbers, letters, and graphics. The electronic physical fitness testing system according to any one of claims 4 to 8, wherein the physiological detection device is configured on the wearable device. The electronic physical fitness testing system as described in any one of claims 1 to 8, wherein the physical fitness data and the physiological data can be output by the output unit as a test report. The electronic physical fitness testing system as described in any one of claims 1 to 8, wherein the physiological detection device is provided with interconnected physiological sensing elements and transmission units, and the physiological sensing elements can detect the tester physiological signals, and transmits the detected physiological signals to the transmission unit, and the transmission unit is connected to the receiving unit. The electronic fitness testing system of claim 11, wherein the physiological detection device has a wearable body for loading the physiological sensing element and the transmission unit, and the wearable body can be worn by the tester.

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