KR101531863B1 - Estimation System linked to physical fitness and personality test - Google Patents

Abstract

The present invention relates to an overall evaluation system, comprising: a plurality of physical strength measuring devices; A control unit for transmitting a physical strength measurement result while controlling the physical strength measuring device; And a terminal for collecting the result of the physical strength measurement transmitted from the control unit and the input toughness measurement result to derive a comprehensive analysis result, thereby obtaining a comprehensive analysis result obtained by simultaneously performing the physical strength measurement and the toughness measurement, And to manage scores or grades according to the results, thereby improving the physical strength and toughness of the students.

Description

[0001] The present invention relates to a fitness evaluation system,

The present invention relates to an overall evaluation system, more specifically, to collect the measurement results of the physical strength measuring unit and the toughness measuring unit, to derive a comprehensive analysis result and to manage the score or grade thereof, It is about an integrated evaluation system that integrates physical strength measurement and personality measurement to enable healthy living.

In recent years, interest in health has been greatly increased for happiness and joyful life along with the well-being craze, and the importance of exercise for promoting physical and mental health has been emphasized.

As for the promotion of physical health, the government 's efforts to promote nation - wide national health and welfare society and the heightened interest in individual' s health have raised interest in sports more than ever. In order to carry out proper exercise, it is recognized that it is urgently needed more than ever to know the physical strength of the person in advance and to select, implement, record, maintain and manage the exercise suitable for it. medium. In high school students, the rate of incidence of childhood obesity and childhood diseases is rising. To solve these problems, government agencies are trying various measures to measure health fitness as an encouraging means to make exercise a living standard.

The development of the student's body and the ability of the physical examination of the physical body were conducted in accordance with the regulations of the current school health inspection regulations, the increase of obesity and low physical fitness students, And research has been carried out by the policy research team with participation of health and nutrition experts. In this social environment, many physical fitness measuring devices are widely available in schools, sports facilities and health facilities.

However, such a fitness meter device is known to evaluate an individual's fitness component. In general, the physical strength components include muscle strength, flexibility, muscle endurance, cardiovascular endurance, agility, balance, power and body size, among which strength, muscle endurance, flexibility and cardiopulmonary endurance are health fitness factors and agility, balance, Is classified as a physical fitness in the general academic world.

On the other hand, the importance of personality development along with the physical health of students is also socially emphasized, and academic researches on the correlation between physical strength and personality development are actively being carried out. For example, in the January issue of Nature Reviews Neuroscience in 2008, "The better the school performance from elementary to college, the better the academic performance" (Illinois-based psychologist Charles Hillman) (PNAS) - "Healthy young adults have a high intelligence quotient" (Swedish neuroscientist Hans Georg Kundo, 18), University of Michigan researchers - 709 students aged 13 to 14 with physical fitness and leadership The results of this study were as follows. First, the relationship between exercise time and leadership was investigated by classifying into three groups according to leadership ability.

In recent years, there have been frequent cases of student violence, game addiction, and lack of sociality (bullying).

Therefore, it is necessary to manage and develop physical strength and personality together rather than to measure only physical fitness of students, and to solve the problem of institutional / system / contents of physical fitness and personality education of students by implementing a system that can solve these problems.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a method and apparatus for analyzing physical strength and toughness, , And to provide a comprehensive evaluation system that integrates physical strength measurement and personality measurement to enable a mental and socially healthy life.

In order to solve the above problems, an integrated evaluation system in which the physical strength measurement and the toughness measurement are interlocked according to the present invention includes a plurality of physical strength measurement devices; A control unit for transmitting a physical strength measurement result while controlling the physical strength measuring device; And a terminal for collecting the physical strength measurement result transmitted from the control unit and the input toughness measurement result to derive a comprehensive analysis result.

Wherein the control unit includes: an input unit for inputting conditions of a measurer; A control module for controlling the physical strength measuring device; And a first communication unit for collecting the fitness measurement results from the respective fitness measurement devices and transmitting the collected fitness measurement results to the terminal.

The terminal may further include: a second communication unit for receiving a physical strength measurement result from the control unit; A toughness measuring unit for inputting items relating to toughness of the measurer; An analysis unit for collecting the physical strength measurement result and the toughness measurement result from the toughness measurement unit to derive a comprehensive analysis result; A physical strength measurement result, a toughness measurement result, and a comprehensive analysis result.

In addition, the terminal is connected to a central server so that data can be transmitted and received between the terminals.

The physical strength measuring device may further include: a base plate protruding from the bottom plate; An upper plate connected to the base plate by height adjusting means and provided with a sensor; And a heartbeat measuring unit for measuring a heartbeat of the measurer.

The physical strength measuring device may further comprise: a mat having a foot fixing part; A rod whose height and angle are adjusted at one end of the mat; And a touch plate connected to the rod and having a sensor mounted thereon.

More preferably, the touch plate is composed of a center plate and a side plate hinged to both sides of the center plate, and each sensor is provided with a sensor.

In the apparatus for measuring physical fitness, the upper plate, the bottom plate, and the mat each have a space formed therein. Each upper surface of the upper plate, the bottom plate, and the mat includes a plurality of mounting grooves formed in the diaphragm as a diaphragm, It is appropriate that the piezoelectric element to be mounted, the lid for sealing the mounting groove, and the power storage unit connected to the piezoelectric element are constructed so that self-power generation is possible.

It is more preferable that a plurality of springs are formed on the top plate, the bottom plate, and the mat.

As described above, the overall evaluation system in which the toughness measurement is interlocked includes a control unit that transmits a physical strength measurement result while controlling a plurality of physical strength measurement devices and a physical strength measurement device, and a control unit that transmits the physical strength measurement results and the toughness measurement results It is composed of a terminal that collects and collects the comprehensive analysis results. It simultaneously measures the physical strength and the toughness, and collects the results of the comprehensive analysis that collects the results of the measurements, and manages scores or grades accordingly. .

FIG. 1 is a block diagram showing an overall evaluation system in which fitness measurement and toughness measurement of the present invention are interlocked,
2 is a schematic view showing an interlocking relationship between a step box and a controller, which is a constitution of the present invention,
FIG. 3 is a schematic view showing an interlocking relationship between a sit-up measuring apparatus and a controller, which is an embodiment of the present invention,
4 is a schematic view showing an embodiment of a step box which is an embodiment of the present invention,
5 is a schematic view showing an embodiment of a sit-up raising measuring apparatus, which is an embodiment of the present invention.

Hereinafter, the structure and operation of the present invention will be described in more detail with reference to the accompanying drawings. In describing the present invention, terms and words used in the present specification and claims are to be construed in accordance with the principles of the present invention, on the basis that the inventor can properly define the concept of a term in order to best explain his invention It should be construed as meaning and concept consistent with the technical idea of.

As shown in FIG. 1, an overall evaluation system in which fitness measurement and toughness measurement are interlocked according to a preferred embodiment of the present invention includes a fitness measuring unit 1, a terminal 2, and a central server 3.

The physical strength measuring unit 1 includes a physical strength measuring apparatus 10 for measuring the physical strength of the measurer and a control unit 20 for deriving control and physical strength measurement results of the physical strength measuring apparatus 10, To the terminal 2 which will be described in detail below.

Also, the terminal 2 integrally analyzes the physical strength measurement result transmitted from the physical strength measurement unit 1 and the toughness measurement result of the tester through the toughness measurement unit 510 configured in the terminal 2, thereby deriving a comprehensive analysis result The physical strength measurement result, toughness measurement result, and comprehensive analysis result are displayed and stored.

In addition, the central server 3 receives data on the fitness measurement results, the toughness measurement results, and the comprehensive analysis results generated for each of the plurality of measurers derived from the plurality of fitness measuring units 1 and the terminal 2 It enables integrated management.

Specifically, the physical strength measuring unit 1 includes a physical strength measuring device 10 and a control unit 20, and measures a health physical strength component and an exercise physical strength component through various physical strength measuring devices 10, The physical fitness factor measures the cardiorespiratory endurance, muscle strength, muscle endurance, flexibility and body composition, and the physical fitness factor measures the power and so on.

The control unit 20 includes an input unit 21, a control module 22, and a first communication unit 23.

1, the physical strength measuring apparatus 10 includes a step box 100, a sit-up raising measuring apparatus 200 and a wide-jump measuring apparatus 300. Hereinafter, the step box 100, The configuration of the apparatus 200 and the interlocking relationship with the control unit 20 will be described.

2, the step box 100 includes a foot plate 110 on which a bottom plate 111 is protruded, a foot plate 110 connected to the foot plate 110 by a height adjusting means 121, And a heartbeat measuring unit 130 for measuring the heart rate of the examinee.

The step box 100 is for performing a cardiopulmonary fitness test and repeatedly performs an operation of alternately raising and lowering a right or left foot on the step box 100 for a predetermined period of time, And to derive the body efficiency index and the like. The height of the step box 100 should be varied according to sex, type of test, etc. The step box 100 of the present invention is characterized in that height adjustment is automatically performed.

The bottom plate 110 supports the top plate 120 by the height adjusting means 121 at the bottom surface of the bottom plate 110. The bottom plate 111 protrudes from the front end of the bottom plate 110, So that the test plate 110 and the upper plate 120 can be tested while the measuring person moves up and down.

The height adjusting means 121 may be configured to adjust the height of the top plate 120, and various techniques may be used. For example, a hydraulic cylinder may be used. The height adjusting means 121 is controlled by the control module 22 of the control unit 20 so as to control the height and the degree.

The heartbeat measuring unit 130 is configured to measure the heart rate after the measurer repeats the steps for a predetermined period of time.

In view of the interlocking relationship between the step box 100 and the control unit 20 having such a configuration, when the measurer writes the necessary items such as sex, height, etc. in the input unit 21 in the control unit 20, (22) controls the height adjusting means (121) to automatically adjust the height of the top plate (120). The sensing value of the sensor 122 is transmitted to the first communication unit 23 and the first communication unit 23 transmits the sensing value of the sensor 122 to the terminal (2). It is proper that short-range communication is possible between the first communication unit 23 and the second communication unit 520 between the sensor 122 and the first communication unit 23.

The heart rate measuring unit 130 transmits the measured heart rate to the first communication unit 23 and the first communication unit 23 transmits the measured heart rate to the heart rate measuring unit 130. [ The terminal 2 transmits the measured heart rate. This case also depends on ZigBee and other short distance communications.

3, the sit-up raising measuring device 200 includes a mat 210 on which the erecting part 211 is mounted, a rod 210 whose height and angle are adjusted at one end of the mat 210, (220), and a touch plate (230) connected to the rod (220) and equipped with a sensor.

The mat 210 is configured to perform sit-up in a state in which the measurer is lying down, thereby fixing the feet of the measurer to the erecting part 211, thereby performing sit-up.

As shown in FIG. 3, the rod 220 includes a first rod 221 and a second rod 222, and both ends of the rods 221 and 222 are angularly adjusted by hinge coupling. The height and angle of the first rod 221 and the second rod 222 are adjusted by adjusting the angle between the first rod 221 and the second rod 222 so that the position of the touch plate 230 can be adjusted in consideration of the body structure such as the elongation of the measurer. Such a rod 220 may allow the user to manually adjust the height and angle, but may be automatically adjusted in height and angle under the control of the control module 22, There is no need for a motor, a chain, and so on.

The touch plate 230 measures the number of times the sit-up is caused by allowing the user to touch the touch plate 230 by the head of the measurer by raising the sit-up. To this end, the touch plate 230 is also provided with a sensor 231 do.

In the interlocking relationship between the above-described sit-up apparatus 200 and the control unit 20, when the measurer writes to the input unit 21 in the control unit 20, (22) controls the rod (220) to automatically adjust the angle and height of the touch plate (230). The sensor 231 senses the sensed value (the number of times of sit-up) by the first communication unit 23, and then, And the first communication unit 23 transmits the sensing value (the number of times of sit-up) to the terminal 2. [ In this case, it is proper that the first communication unit 23 between the sensor 231 and the first communication unit 23 and the second communication unit 520 of the terminal 2 are configured to be able to perform a Zigbee-like local communication.

5, the touch plate 230 includes a center plate 230a and a side plate 230b hinged to both sides of the center plate 230a. Sensors 231-1 and 231-2 231-3 so that one set is configured by touching the center plate 230a, one side plate 230b, the center plate 230a, and the other side plate 230b in performing the sit- So that the number of times of the sit-ups as well as the set times can be automatically measured. The reason for measuring the number of sets is to measure the degree of development of the left abdomen and the right abdomen as well as the central abdomen in the measurement of the abdominal strength. In order to enable this detailed analysis, the touch plate 230 is attached to the center plate 230a And a side plate 230b hinged to both sides of the center plate 230a. Sensors 231-1, 231-2, and 231-3 are also provided. In this case, each sensor 231 -1, 231-2, and 231-3 send the sensing value to the terminal 2 through the first communication unit 23. [ In the set measurement, the analysis unit 530 of the terminal 2 touches both the center plate 230a, the one side plate 230b, the middle plate 230a, and the other side plate 230b to constitute one set And for data missing one or more of these, the data should be processed so as to derive the correct set frequency by dropping the corresponding set in the set frequency.

4 and 5, the step box 100 and the sit-up raising measuring apparatus 200 may include a height adjusting unit 121, a load sensor (not shown) using the vibration energy generated as the measurer performs the test process, 220, and the first communication unit 23 so that energy can be saved.

4 and 5, the upper plate 120, the bottom plate 111, and the mat 210 are formed with a space therein, and each upper surface of the upper plate 120, the bottom plate 111, A plurality of mounting grooves 720 formed in the diaphragm 710 in a concave shape and a piezoelectric element 730 mounted in the mounting grooves 720 and a cover 740 for sealing the mounting groove 720. [ And a power storage unit 750 connected to the piezoelectric element 730 are configured to be self-generated.

The diaphragm 710 corresponds to the upper surface of the top plate 120, the bottom plate 111, and the mat 210 in which a space is formed as described above . Vibration energy is generated in the diaphragm 710 in the course of the stepping and sit-up of the measurer, and electric energy is stored using the vibration energy. The material of the diaphragm 710 is not limited, but a material having excellent elasticity should be used. 4 and 5, an upper layer 711 made of an elastic material such as urethane or the like and a lower layer 712 made of a rigid or elastic material such as an iron plate at the lower part of the upper layer 711 This is an example. The upper layer 711 is configured to prevent the impact to be transmitted to the user during the step and sit-up process. The vibration energy due to the elasticity is absorbed by the lower layer 712 while holding the load imposed by the measurer .

The diaphragm 710 is formed with a plurality of mounting grooves 720 formed in a groove shape and the piezoelectric element 730 is mounted on the mounting groove 720 and the cover 740 for sealing the mounting groove 720 ). The power storage unit 750 is connected to the piezoelectric element 730 so that electricity accumulated in the power storage unit 750 is supplied to the height adjustment unit 121, the rod 220, 1 communication unit 23 and the like. In addition, although not shown in the drawing, a rectification part to which an AC voltage generated by the piezoelectric element 730 is inputted is further comprised, and the power storage part 750 is formed by a direct current (DC) The electric energy is stored in the battery.

The piezoelectric element 730 includes a piezoelectric thin film made of a piezoelectric ceramics such as various piezoelectric materials (Pb (Zr, Ti) O3, etc.) including inorganic and organic substances, The generated voltage is outputted through the terminal. The piezoelectric element 730 itself is a well-known technology and its detailed description is omitted.

The piezoelectric element 730 is accommodated in a mounting groove 720 formed in a concave shape in the diaphragm 710 and the mounting groove 720 is sealed by the lid 740 so that the stepper and the sit- The vibration energy of the diaphragm 710 is transmitted to the air enclosed in the mounting groove 720 and transmitted to the piezoelectric element 730 by the hitting of the diaphragm 710 .

The vibration energy transmitted to the piezoelectric element 730 causes an AC voltage to be generated in the piezoelectric element 730 and the voltage is stored in the power storage unit 750 through a rectifying unit. The voltage thus accumulated is supplied to the height adjusting means 121, the rod 220 and the first communication unit 23, and the other system of the present invention, .

4 and 5, a plurality of springs 760 are embedded in the inner space of the top plate 120, the bottom plate 111, and the mat 210, 710 may be doubled by the spring 760.

 The terminal 2 according to the preferred embodiment of the present invention collects the toughness measurement result measured through the toughness measuring unit 510 provided in the terminal 2 and the physical strength measurement result transmitted from the physical strength measuring unit 1, A toughness measurement unit 510, an analysis unit 530, a storage unit 540, and a display unit 550. The second communication unit 520 includes a first communication unit 520, a toughness measurement unit 510,

Specifically, the second communication unit 520 is configured to be capable of receiving and transmitting, receives the physical strength measurement result from the first communication unit 23, which is a component of the control unit 20, and transmits the physical strength measurement result to the analysis unit 530 .

Also, the second communication unit 520 transmits the physical strength measurement result, the toughness measurement result, and the comprehensive analysis result data measured by the above-described method to the central server 3.

 The toughness measuring unit 510 provides a checklist in which a plurality of items are provided so that the measuring person can directly input an item related to toughness. For example, the checklist is not shown in the drawing, , Self-concept evaluation, sociality evaluation, and stress evaluation, and may also include evaluation items on school violence or game addiction. However, the present invention is not limited to this, and it goes without saying that various kinds of questions for evaluating toughness measurement may be further included.

 The toughness measuring unit 510 is a measuring device capable of measuring the toughness of a user. The toughness measuring unit 510 displays a check list on a display window (not shown) of the toughness measuring unit 510. A check list can be implemented on a screen through an app installed in a smartphone or a PC of a measurer, though it is not shown in the drawing. The selected answer may be data communication or a local communication network It is obvious that the toughness measurement result can be derived by providing the toughness measurement unit 510 with the toughness measurement unit 510.

 On the other hand, the toughness measurement result derived through the check list of the toughness measuring unit 510 is transmitted to the analyzer 530.

 The analysis unit 530 scales each of the physical strength measurement results and the toughness measurement results in order to analyze the results of the physical strength measurement and the toughness measurement, analyzes the correlation between the scores, derives a comprehensive analysis result, Management.

 On the other hand, data on physical fitness, toughness, and comprehensive analysis results are stored in the storage unit 540 and provided to the observer through the display unit 550.

 FIG. 6A shows an example in which a physical strength measurement result is provided, and an example in which measurement values and graphs for cardiorespiratory endurance, flexibility, strength and muscle endurance, power, equilibrium and body composition are provided.

 Specifically, the physical strength measurement result can be given a rating according to a preset reference value for the total score of the measurer as described above, and the scores such as height, weight, cardiopulmonary endurance, flexibility, and quickness are compared with the average value And ratings.

 FIG. 6B is a view showing an example in which an exercise prescription paper is provided according to a physical strength measurement result. The exercise prescription person displays a specific record for each physical strength measuring device to the observer, presents a target record and a exercise method according to the result, And suggest ways to improve it. Therefore, the observer can concentrate on deficient items by watching exercise prescription paper, so that they can supplement deficient items and be motivated to improve their physical fitness.

Referring again to FIG. 1, the central server 3 can manage data on the fitness measurement results, the toughness measurement results, and the comprehensive analysis results generated by the plurality of the testers in cooperation with the various terminals 2. [ Although not shown in the figure, the central server 3 equipped with a communication unit (not shown) receives a physical strength measurement result, a toughness measurement result, and a comprehensive analysis result through a second communication unit 520, Data can be stored and each measurer can browse through a PC or a portable terminal (smart phone) to perform comprehensive management.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification, but should be defined by the claims.

1: Stamina measuring part 2: Terminal
3: Central server 10: Physical strength measuring device
20: control unit 100: step box
200: Sit-up measuring apparatus 300: Wide jump measuring apparatus
510: Toughness measurement unit 520: Second communication unit
530: Analysis section 540: Storage section
550:

Claims (10)

A physical strength measuring unit including a plurality of physical strength measuring devices and a control unit for transmitting a physical strength measurement result of a measurer output according to the physical strength measurement while controlling the physical strength measuring device;
A toughness measuring unit for receiving data of a physical strength measurement transmitted from the control unit in data communication with the physical strength measuring unit and inputting an item related to the toughness of the tester to measure toughness of the toughness measuring unit, A terminal for collecting and scoring integrated analysis results; And
And a central server for receiving and measuring the physical strength measurement result, the toughness measurement result, and the comprehensive analysis result of the measurer transmitted through the terminal in data communication with the terminal,
The apparatus includes a mat on which a foot fixing part is mounted, a rod whose height and angle are adjusted at one end of the mat according to an input of a physical condition of a measurer in the terminal, and a rod connected to the rod, A side plate, a middle plate and an other side plate are successively touched by a sit-up raising measuring device including a touch plate on which a sensor is mounted, The number of times is measured,
Wherein the mat has an inner space provided with a spring and an upper surface thereof is a diaphragm, a plurality of mounting grooves formed in a shape of a groove in the diaphragm, a piezoelectric element mounted in the mounting groove, a lid sealing the mounting groove, And a power storage unit connected to the piezoelectric element is constituted.
The method according to claim 1,
The control unit includes:
An input unit for inputting conditions of the measurer; A control module for controlling the physical strength measuring device; And a first communication unit for collecting the fitness measurement results from the respective fitness measurement devices and transmitting the collected fitness measurement results to the terminal.
delete The method according to claim 1,
The toughness measuring unit is an apparatus for measuring toughness of a user,
A monitor configured with a touch screen; And a toughness measurement data portion in which a check list output to the monitor is stored,
The checklist is composed of items of learning development evaluation, character evaluation, self-concept evaluation, sociality evaluation, and stress evaluation, and is an integrated evaluation system in which fitness measurement and toughness measurement are linked. delete delete delete delete delete delete

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