TWI773056B - Interval training apparatus with beep signaling - Google Patents

Abstract

The invention relates to an interval training apparatus comprises a wearable device adapted to be worn by a user and provided with a sensor chip; a speaker for broadcasting an audio signal; two timing mats adapted for being disposed at two ends of a test field, respectively; two sensing antennas, each being mounted on one of the two timing mats and adapted to read data on the sensor chip and recording the time when the sensor chip passes thereby and transmitting the read data and recorded time to a controller; the controller signally connected to the speaker and the antenna, so that the speaker can be activated by the controller to broadcast the audio signal at a predetermined frequency. The invention has the advantages of enhancing the efficiency of physical fitness test, improving the test precision, and reducing the workload of the staff.

Description

BEEP Acoustic Interval Training Tester

The invention relates to the technical field of physical fitness testing equipment, in particular to a BEEP acoustic interval training tester.

The YOYO test is a common test method for testing human physical fitness. The YOYO test requires the tester to perform intermittent reentry running at an increasing speed between two markers distributed at both ends of the test area; the running speed is from level 8 At level 21, it is divided into 12 gears. The starting speed is level 8, which is equivalent to 11.5 km/h. Different speed gears need to complete different sets of reentry runs: 2 groups for level 8, level 10, and level 12; level 13, 13.5, 14, 8 groups each; 14.5, 15, 3 groups each; 15.5, 16, 16.5, 17, 6 groups each. The standard of compliance is that the tester runs from one end of the test area to the other end of the test area when each sound signal sounds, and must reach the other end before the next sound signal sounds, so that the test meets the standard. The YOYO test is widely used for its flexible testing and low requirements on the size of the test site. However, in the current YOYO test, it relies on manual whistling to send out sound signals, and it is manually judged whether the tester has completed the test area within the time interval between each two adjacent sound signals, which is caused by human factors. The physical fitness test has the disadvantages of low accuracy and human resource consumption.

In view of this, the present invention provides a BEEP acoustic interval training tester capable of improving the accuracy of physical fitness test, which is its main purpose.

For the purpose of disclosure, the BEEP sound interval training tester of the present invention includes The wearable device worn by the test personnel is provided with a sensor chip that records the tester's identity information; a sound player for making sounds; two floor mats distributed at both ends of the test area; At least one inductive antenna is provided, and the inductive antenna can read the information of the inductive chip passing through the ground pad, record the time of reading the inductive chip at the same time, and combine the read inductive chip information with the time of reading the inductive chip Send it to the controller; the controller is connected with the sound player and each induction antenna signal at the same time, the controller can control the sound player to send out sound signals at a preset frequency, and the controller can instantly receive the signal sent by the induction antenna. Sensing chip information and the reading time of the sensing chip, and can judge whether the tester can complete the test area within the time interval between two adjacent sound signals according to the reading time of the sensing chip and the preset frequency analysis , if the tester can run through the test area within the time interval between every two adjacent sound signals, the tester is judged to be qualified in the physical fitness test.

In a preferred aspect, two sensing antennas capable of reading the sensing chip are respectively disposed at the two ground pads.

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

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

Through the implementation of the above technical solutions, the present invention has the beneficial effects of improving the efficiency and accuracy of the physical fitness test, and reducing the labor intensity of the staff.

1: Wearing the device

2: Induction chip

3: Sound Player

4: Floor Mat

5: Induction antenna

6: Controller

7: Visually perceptible signs

FIG. 1 is a schematic diagram of the working principle of the BEEP acoustic interval training tester in the present invention.

In order to facilitate your examiners to understand the technical features, content and advantages of the present invention and the effects that can be achieved, the present invention is hereby described in detail in the form of examples with the accompanying drawings. The main purpose of the drawings used in the drawings is only for illustration and auxiliary instructions, and may not be the real proportions and precise configurations after the implementation of the present invention. Limiting the scope of the rights of the present invention in actual implementation is described together first.

As shown in FIG. 1, the BEEP sound interval training tester includes a wearable device 1 for testers to wear, and a sensor chip 2 that records the tester's identity information is provided on the wearable device 1; Player 3; two floor pads 4 distributed at both ends of the test area; at least one sensing antenna 5 is respectively provided at the two floor pads 4, and the sensing antenna 5 can read information on the sensing chip 2 passing through the floor pad 4 and At the same time, the time of reading the sensor chip is recorded, and the read sensor chip information is sent to the controller 6 together with the time when the sensor chip is read; the controller 6 is connected to the audio player 3 and the sensor antennas at the same time. 5 signal connection, the controller 6 can control the sound player 3 to send out sound signals at a preset frequency, the controller 6 can instantly receive the sensor chip information sent by the sensor antenna 5 and the reading time of the sensor chip, and can According to the reading time of the sensing chip and the preset frequency analysis, it is judged whether the tester can run through the test area within the time interval between two adjacent sound signals. If the test area is completed within the time interval, the tester will be judged to be qualified in the physical fitness test.

In this embodiment, two sensing antennas 5 capable of reading the sensing chip 2 are respectively disposed at the two ground pads 4, so that the test accuracy can be further improved; in this embodiment, the wearable device 1 is visually perceptible The clothes with the mark 7 for the tester to wear, the visually perceptible mark 7 is one or more of colors, numbers, letters, and graphics, which is convenient for the tester to identify and is conducive to the smooth progress of the test process; During the test, it is assumed that the two floor mats 4 are set to point A and point B respectively, so that the tester can The tester wears the clothes with the induction chip 2 and stands outside the point A, and then makes the controller 6 control the sound player 3 to generate sound signals at certain frequency intervals. The sound signal is BEEP sound. When the tester hears the first BEEP sound, Running from point A to point B, when the tester passes the sensing antenna 5 at point A and the sensing antenna 5 at point B, the sensing antenna 5 will read the information of the sensing chip 2 passing through the ground pad 4 and record the reading at the same time The time of the sensing chip is sent to the controller 6 together with the read sensing chip information and the time when the sensing chip is read. When the controller 6 analyzes and obtains that the sensing chip 2 has arrived before the second BEEP sound When the floor mat is at point B, that is, the reading time of the sensor chip is between the first BEEP sound and the second BEEP sound, it is judged that the tester runs between the first BEEP sound and the second BEEP sound. After the test area is completed, the one-way test is qualified; if the controller 6 analyzes and obtains that the sensor chip 2 does not reach the floor pad at point B before the second BEEP sound, it is judged that the tester is in the first BEEP sound and the second BEEP sound. The test area is not completed between the BEEP sounds, that is, the one-way test fails; then when the tester hears the third BEEP sound, he runs from point B to point A, and the tester passes the induction antenna 5 and A at point B. When the sensing antenna 5 is located at the point, the sensing antenna 5 will read the information of the sensing chip 2 passing through the ground pad 4 and record the time of reading the sensing chip, and combine the read sensing chip information with the reading of the sensing chip. The time of the chip is sent to the controller 6 together, when the controller 6 analyzes and obtains that the sensing chip 2 has reached the ground pad at point A before the fourth BEEP sound, that is, the reading time of the sensing chip is between the third Between the BEEP sound and the fourth BEEP sound, it is judged that the tester has completed the test area between the third BEEP sound and the fourth BEEP sound, that is, the one-way test is qualified; Before the sound of BEEP, when the sensor chip 2 does not reach the ground pad at point A, it is judged that the tester has not completed the test area between the third BEEP sound and the fourth BEEP sound, that is, the one-way test is unqualified; and so on. , Complete all tests according to the above process. If the tester can run the test area within the time interval between every two adjacent sound signals, that is, the reading time of the sensing chip is between every two adjacent sound signals. time, the tester's physical fitness test is judged to be qualified; in actual use, The controller can quickly analyze and calculate the total distance, average speed, fastest speed, and test scores of all testers during the test according to the received data, so as to track the training intensity and training effectiveness of the testers.

The advantages of the invention are that the efficiency and accuracy of the physical fitness test can be improved, and the labor intensity of the staff is reduced.

The above embodiments are only for the purpose of illustrating the present invention, rather than limiting the present invention. Those skilled in the relevant fields can make various modifications or changes without departing from the technical scope of the present invention. It should also belong to the protection category of the present invention.

Wearing device 1 Induction chip 2 sound player 3 floor mat 4 Induction Antenna 5 Controller 6 Visually Perceivable Signs7

Claims (4)

A BEEP sound interval training tester, at least comprising: a wearable device for testers to wear, on which is arranged a sensor chip that records the tester's identity information; a sound player for making sounds; two ground pads distributed at both ends of the test area; and at least one sensing antenna is respectively disposed at the two ground pads, the sensing antenna can read the information of the sensing chip passing through the ground pad and record and read the sensing chip at the same time time, and send the read sensor chip information together with the read time of the sensor chip to a controller; the controller forms a signal connection with the audio player and each sensor antenna at the same time, and the controller can control The sound player sends out sound signals at a preset frequency, and the controller can receive the sensing chip information and the reading time of the sensing chip sent by the sensing antenna in real time, and can according to the reading time and the preset frequency of the sensing chip The analysis determines whether the tester can finish the test area within the time interval between two adjacent sound signals, if the test person can finish the test area within the time interval between every two adjacent sound signals, That is, if the reading time of the sensing chip is between every two adjacent sound signals , it is judged that the tester's physical fitness test is qualified. The BEEP acoustic interval training tester according to claim 1, wherein two sensing antennas capable of reading sensing chips are respectively arranged at the two ground pads. The BEEP acoustic interval training tester according to claim 1, wherein the wearable device is a garment with a visually perceptible mark for the tester to wear. The BEEP sound interval training tester according to claim 3, wherein the visually perceptible identification is one or more of colors, numbers, letters, and graphics.

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