CN211611572U - Six physique detecting systems of children - Google Patents

Abstract

The utility model relates to a body constitution detecting system for six children, which comprises a bottom plate, a plurality of mounting plates connected with the bottom plate in a sliding way, a terminal host fixedly arranged on the bottom plate and a plurality of body constitution measuring devices arranged on the mounting plates and connected with the terminal host, wherein the mounting plates are in one-to-one correspondence with the body constitution measuring devices; a plurality of criss-cross slideways are formed in the bottom, and the mounting plate slides on the bottom plate along the slideways; the physique measuring devices are integrated with a central control module and a wireless transmission module connected with the central control module; when the physical quality is detected, the detection data of the physical quality measuring device is transmitted to a central control module in the physical quality measuring device, and then transmitted to a terminal host through a wireless transmission module and a transmission belt wireless transmission module of the central control module. The utility model discloses have the multiple physique detection scheme that can provide fixed place, have the effect that physique detected, physical training and sports amusement multiple functions.

Description

Six physique detecting systems of children

Technical Field

The utility model belongs to the technical field of children's physique detection's technique and specifically relates to a six physique detecting systems of children.

Background

With the attention of the countries to children's physical health education in recent years, the proper terms in the field gradually enter the field of vision of the masses; the children constitution detection is that the constitution condition of the children is judged by performing professional, scientific and planned tests on the aspects of physical function and physical form, physical quality and the like of the children and sorting and analyzing the test data, so that the deficiency of the physical condition of the children can be better found, physical exercise can be reasonably and planned aiming at the deficiency, and the children are helped to develop good exercise habits from childhood; the children physique detection items comprise height and weight, 10-meter back and forth running, a balance stool, standing long jump, continuous jumping of feet, forward bending of a sitting body, throwing and the like.

The existing children physique detection project detects through a plurality of detection devices, the detection devices are respectively connected with a data receiving end, when children respectively detect the physique of corresponding devices, the detection devices of the project transmit detection data to the corresponding data receiving ends, and then the data of the detection devices are transmitted to a terminal host by the data receiving ends in a unified mode.

The above prior art solutions have the following drawbacks: when carrying out children's physique and examining, need a plurality of responsible persons to supervise each detection project usually, the student needs to detect in proper order under mr's the guide, and detects used equipment and possess for school outer mechanism mostly, only just can put each check out test set and use when examining to make the student detect more inclined to a regularly campus organizational task. However, many items of child physique detection have functions of physical training and competitive entertainment, and how to combine physical training, physical training and competitive entertainment becomes the research direction of the child physique detection items.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a six physique detecting system of children, this system can provide the multiple physique detection scheme in fixed place, have physique detection, physical training and the multiple function of sports amusement.

The above utility model discloses an above-mentioned utility model purpose can realize through following technical scheme:

a six-constitution detecting system for children comprises a bottom plate, a plurality of mounting plates connected with the bottom plate in a sliding manner, a terminal host fixedly arranged on the bottom plate and a plurality of constitution measuring devices arranged on the mounting plates and connected with the terminal host, wherein the length of the bottom plate is greater than the lengths of six different constitution measuring devices arranged side by side, and the mounting plates are in one-to-one correspondence with the constitution measuring devices; a plurality of criss-cross slideways are formed in the bottom, and the mounting plate slides on the bottom plate along the slideways; the physique measuring devices are integrated with a central control module and a wireless transmission module connected with the central control module; when the physical quality is detected, the detection data of the physical quality measuring device is transmitted to the central control module in the physical quality measuring device, transmitted to the wireless transmission module through the central control module and transmitted to the terminal host through the wireless transmission module.

By adopting the technical scheme, the constitution detection system is fixed in position due to the arrangement of the bottom plate, and can be used for the constitution detection of schools, and meanwhile, in the daily activity process, the terminal host of the device can automatically collect the data of each measuring device, so that the data copying and recording are not needed manually, the data error and leakage are avoided, and the data precision is improved; and the bottom plate provides a platform for competition and training of students, and the students can use the bottom plate to compete or train. Meanwhile, due to the arrangement of the slide way and the mounting plate, the position of each measuring device can be automatically changed by a user, and the interestingness and the diversity in the application process of the physique monitoring system are further increased.

The utility model discloses further set up to: the physique measuring device comprises a back-turning running measuring device arranged on one side of a bottom plate, a seat body forward-bending measuring device arranged on one side, far away from the edge of the bottom plate, of the back-turning running measuring device, a standing jump measuring device arranged on one side, far away from the back-turning running measuring device, a tennis ball throwing distance measuring device arranged on one side, far away from the seat body forward-bending measuring device, a two-foot continuous jump measuring device arranged on one side, far away from the standing jump measuring device, of the tennis ball throwing distance measuring device, a balance stool arranged on one side, far away from the tennis ball throwing distance measuring device, of the two-foot continuous jump measuring device and a height and weight integrated measuring device, wherein the physique measuring device is integrated with a voice broadcasting module, and when the physique item is detected, the physique measuring device carries out voice broadcasting respectively and transmits detection data to a terminal host.

Through adopting above-mentioned technical scheme, when carrying out the constitution project test, constitution measuring device carries out voice broadcast respectively to can make things convenient for by testee and staff to check the test report according to voice broadcast result and demonstration result.

The utility model discloses further set up to: the turn-back running measuring device comprises a turn-back running rubber mat, a starting point probe arranged at one end of the turn-back running rubber mat and an end point bracket arranged at the turn-back running rubber mat and far away from the starting point probe, wherein the starting point probe is connected with a central control module of the turn-back running measuring device; when the turn-back running test is carried out, the starting point probe records the starting time and the turn-back time respectively and transmits the starting time and the turn-back time to the central control module, so that the turn-back running test is realized.

By adopting the technical scheme, the sensitive quality of the human body is calculated by measuring and calculating the starting time and the returning time, and the use is convenient.

The utility model discloses further set up to: the standing long jump measuring device comprises a long jump pad and a laser correlation detector arranged at one end of the long jump pad, scale marks are marked on the long jump pad, and the laser correlation detector is symmetrically arranged at two sides of the long jump pad along the length direction of the long jump pad and is connected to a central control module of the standing long jump measuring device; when the standing long jump test is carried out, the laser correlation detector outputs detection data to the central control module after the light of the laser correlation detector is shielded.

By adopting the technical scheme, the long jump data is measured and calculated by the laser correlation detector, so that the illusion of human eyes caused by the position relation can be avoided, and the detection precision is improved.

The utility model discloses further set up to: and a starting point sensor and an end point sensor are respectively arranged at two ends of the balance stool, and are both connected to the central control module of the balance stool.

Through adopting above-mentioned technical scheme, can carry out the record to the balanced bench passing time by the tester through starting point sensor and terminal point sensor to judge by tester's equilibrium, facilitate the use.

The utility model discloses further set up to: the double-foot continuous jumping measuring device comprises a double-foot jumping pad, a plurality of isolated square bags arranged on the double-foot jumping pad along the length direction of the double-foot jumping pad, and a take-off sensor and a terminal sensor which are respectively arranged at the starting point and the terminal point of the double-foot jumping pad, wherein the take-off sensor and the terminal sensor are both connected to a central control module of the double-foot continuous jumping measuring device.

By adopting the technical scheme, the take-off sensor and the end point sensor record the testing time of the tested person, so that the coordination and the lower limb muscle strength of the tested person are judged, and the use is convenient.

The utility model discloses further set up to: the tennis ball throwing remote measuring device comprises a throwing pad and a throwing ball, wherein one end of the throwing pad is provided with an induction area, a throwing sensor used for inducing the throwing ball is densely distributed below a pad film of the induction area, and the throwing sensor is connected with a central control module in the induction area.

Through adopting above-mentioned technical scheme, when the throwing sensor of induction zone senses the throwing ball, the sensor output sensing signal of throwing, can carry out the record to the throw distance through the sensing signal of the sensor output of throwing of different positions in the induction zone to judge human upper limbs and waist abdomen muscle strength.

The utility model discloses further set up to: the height and weight integrated measuring device is an integrated height and weight scale.

The utility model discloses further set up to: the seat body forward-bending measuring device comprises a horizontally arranged base support, aluminum alloy rails arranged on two sides of the base support, an induction plate connected with the aluminum alloy rails in a sliding mode and a host box arranged at one end of the base support, wherein the host box is connected with a central control module of the seat body forward-bending measuring device, and the induction plate slides along the aluminum alloy rails to enable the host box to sense the sliding distance of the induction plate.

Through adopting above-mentioned technical scheme, the host computer box senses the sliding distance of tablet, can avoid the illusion because of people's eye position causes to improve and detect the precision.

To sum up, the utility model discloses a beneficial technological effect does:

1. the constitution detection system can be fixed in position by arranging the bottom plate and the mounting plate, can be used for constitution detection of schools, and provides a platform for competition and training of students, so that the students can use the platform for competition or training;

2. through set up different sensors on physique measuring device, can realize the intellectuality and the automation that detect, improve and detect the precision.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the middle seat body forward bending measuring device of the present invention.

In the figure, 11, the bottom plate; 12. a slideway; 13. mounting a plate; 2. a physical constitution measuring device; 21. a reentry run measurement device; 211. turning back and running the rubber pad; 212. a starting point probe; 213. a destination support; 22. standing long jump measuring device; 221. a long jump pad; 222. a laser correlation detector; 23. a balance stool; 24. a bipedal continuous jump measuring device; 241. a double-foot jumping pad; 242. isolating the square bags; 243. a take-off sensor; 244. an endpoint sensor; 25. a tennis ball throwing remote measuring device; 251. throwing the mat; 252. a sensing region; 26. a height and weight integrated measuring device; 27. a seat body forward flexion measuring device; 271. a base support; 272. an aluminum alloy rail; 273. an induction plate; 274. a main chassis; 3. and (4) terminal hosts.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Referring to fig. 1, for the utility model discloses a six physique detecting systems of children, including bottom plate 11, a plurality of physique measuring devices 2 and the terminal host computer 3 that is connected with physique measuring device 2 that set up on bottom plate 11, set up a plurality of slides 12 that interlock each other on bottom plate 11, slide and connect with a plurality of mounting panels 13 on slide 12, physique measuring device 2 sets up respectively on mounting panel 13 and physique measuring device 2 and mounting panel 13 one-to-one, physique measuring device 2 slides along slide 12 along mounting panel 13, when mounting panel 13 slides to appointed position, mounting panel 13 and bottom plate 11 bolt fastening; the physique measuring devices 2 are integrated with a wireless transmission module and a central control module connected with the wireless transmission module, and the physique measuring devices 2 are in communication connection with the terminal host 3 through the wireless transmission module; when the physical quality is detected, the detection data of the physical quality measuring device 2 are sequentially transmitted to the central control module and the wireless transmission module, the detection data are sequentially transmitted to the terminal host 3 through the wireless transmission module, and when the terminal host 3 receives the detection data of the physical quality measuring device 2, a detection report is formed and printed; wherein, the wireless communication module sets up the wireless communication module that the model is RF903, and the central control module sets up the singlechip that the signal is AT89C 51.

Referring to fig. 1, the physique measuring device 2 includes a back running measuring device 21 disposed on one side of a bottom plate 11, a seat body forward bending measuring device 27 disposed on one side of the back running measuring device 21 away from the edge of the bottom plate 11, a standing jump measuring device 22 disposed on one side of the seat body forward bending measuring device 27 away from the back running measuring device 21, a tennis ball throwing distance measuring device 25 disposed on one side of the standing jump measuring device 22 away from the seat body forward bending measuring device 27, a two-foot continuous jump measuring device 24 disposed on one side of the tennis ball throwing distance measuring device 25 away from the standing jump measuring device 22, a balance stool 23 disposed on one side of the two-foot continuous jump measuring device 24 away from the tennis ball throwing distance measuring device 25, and a height and weight integrated measuring device 26, wherein the length of the bottom plate 11 is greater than or equal to the length of the six physique measuring devices 2 when they are disposed side by side; the physique measuring devices 2 are all integrated with voice broadcast modules, and when the physique items are detected, the physique measuring devices respectively perform voice broadcast through the voice broadcast modules and transmit detection data to the terminal host 3, so that the detection data are collected; wherein, the voice broadcast module sets up to the voice broadcast module that the model is N588D.

Referring to fig. 1, the turn-back running measuring device 21 includes a turn-back running rubber mat 211 at least ten meters long and arranged on the mounting plate 13, a starting point probe 212 arranged at one end of the turn-back running rubber mat 211, and an end point bracket 213 arranged at one end of the turn-back running rubber mat 211 far away from the starting point probe 212, wherein a scale mark for marking a turn-back running distance is scribed on the surface of the turn-back running rubber mat 211, and the starting point probe 212 is connected to a central control module of the turn-back running measuring device 21; when the return running test is performed, the starting point probe 212 records the starting time and the return time respectively and transmits the starting time and the return time to the terminal host 3, so as to realize the return running test; wherein the starting point probe 212 is set AS a digital type PIR human infrared sensor with model AS 312.

Referring to fig. 1, the standing long jump measuring device 22 includes a long jump pad 221 disposed on the mounting plate 13 and a laser correlation detector 222 disposed at one end of the long jump pad 221, scale marks are scribed on the long jump pad 221, and the laser correlation detector 222 is symmetrically disposed on two sides of the long jump pad 221 along the length direction of the long jump pad 221 and is connected to a central control module of the standing long jump measuring device 22; when the standing long jump test is carried out, the light of the laser correlation detector 222 is shielded by a tester, so that the laser correlation detector 222 outputs detection data to the central control module; the laser correlation detector 222 is provided as a grating sensor with the model number of SK08-SK 08J.

Referring to fig. 1 and 2, the seat body forward flexion measuring device 27 includes a base support 271 horizontally disposed on the mounting plate 13, aluminum alloy rails 272 disposed on two sides of the base support 271 along the length direction of the base support 271, an induction plate 273 connected with the aluminum alloy rails 272 in a sliding manner, and a main box 274 disposed at one end of the base support 271, an infrared probe is disposed in the main box 274, and a central control module of the seat body forward flexion measuring device 27 is disposed in the main box 274 and connected with the infrared probe; when the seat body forward bending test is carried out, a tested person pushes the induction plate 273 on the base support 271, so that the induction plate 273 slides along the aluminum alloy track 272, then the infrared probe in the main box 274 induces the change of the distance of the induction plate 273 so as to output a distance signal, and then the central control module in the main box 274 outputs a seat body forward bending induction signal, so that the seat body forward bending test is completed; wherein the infrared probe is a diffuse reflection type infrared sensor with the model number of E18-D80 NK.

Referring to fig. 1, the tennis ball throwing remote measuring device 25 includes a throwing pad 251 and a throwing ball, which are disposed on a mounting plate 13, one end of the throwing pad 251 is provided with a plurality of sensing areas 252 along the length direction of the throwing pad 251, a plurality of throwing sensors for sensing the throwing ball are densely distributed below the pad film of the throwing pad 251 of the sensing areas 252, and the throwing sensors are connected to a central control module disposed below the pad film of the sensing areas 252; when the throwing ball is thrown to the sensing area 252, the throwing ball presses the cushion film of the sensing area 252, so that the throwing sensor of the sensing area 252 senses the throwing ball, then the throwing sensor outputs a sensing signal, and the throwing distance can be recorded through the sensing signals output by the throwing sensors at different positions in the sensing area, so that the muscle strength of upper limbs and waist and abdomen of a human body can be judged; wherein the throwing sensor is provided as a small load cell of type L10B.

Referring to fig. 1, the bipedal continuous jump measuring device 24 includes a bipedal jump pad 241 arranged on the mounting plate 13, a plurality of isolated square bags 242 arranged on the bipedal jump pad 241, and a jump starting sensor 243 and an end point sensor 244 respectively arranged at the start point and the end point of the bipedal jump pad 241, wherein the isolated square bags 242 are sequentially arranged along the length direction of the bipedal jump pad 241, and the jump starting sensor 243 and the end point sensor 244 are both connected to a central control module of the bipedal continuous jump measuring device 24; the take-off sensor 243 and the end point sensor 244 record the testing time of the tested person so as to obtain the time required by the tested person to complete the test, thereby judging the coordination and the lower limb muscle strength of the tested person and being convenient to use; wherein, the take-off sensor 243 and the end point sensor 244 are both arranged as diffuse reflection type infrared sensors of E18-D80 NK.

Referring to fig. 1, the height and weight integral measuring device 26 is provided with an integral height and weight scale fixed on the mounting plate 13; after the tested person stands on the height and weight scale, the height and weight scale simultaneously tests the height and weight of the tested person.

Referring to fig. 1 and 2, a start point sensor and an end point sensor are respectively arranged at two ends of the balance stool 23, and both the start point sensor and the end point sensor are connected to a central control module of the balance stool 23; the tested person walks on the balance stool, then the starting point sensor and the end point sensor can record the passing time of the balance stool 23 of the tested person, the balance of the tested person is judged according to the walking time, and the balance chair is convenient to use.

The implementation principle of the embodiment is as follows: when the physical quality is detected, the testees sequentially use the physical quality measuring devices 2 to perform physical quality testing, meanwhile, the voice broadcasting module performs voice broadcasting on test results, then, the wireless transmission module sequentially transmits detection data to the terminal host 3, and after the terminal host 3 receives the detection data of the physical quality measuring devices 2, a detection report is formed and printed; when it is necessary to change the detection order, the mounting plate 13 is slid to a specified position, thereby changing the advancing path.

The utility model can fix the position of the physique detection system by arranging the bottom plate 11 and the mounting plate 13, can be used for physique detection of schools, and simultaneously provides a platform for student competition and training, so that students can use the physique detection system to compete or train; through set up different sensors on physique measuring device 2, can realize the intellectuality and the automation that detect, improve and detect the precision.

The embodiment of this specific implementation mode is the preferred embodiment of the present invention, not limit according to this the utility model discloses a protection scope, so: all equivalent changes made according to the structure, shape and principle of the utility model are covered within the protection scope of the utility model.

Claims (9)

1. A kind of children six physique detecting systems, characterized by that: the physical fitness measuring device comprises a bottom plate (11), a plurality of mounting plates (13) connected with the bottom plate (11) in a sliding mode, a terminal host (3) fixedly arranged on the bottom plate (11) and a plurality of physical fitness measuring devices (2) arranged on the mounting plates (13) and connected to the terminal host (3), wherein the length of the bottom plate (11) is larger than the length of six different physical fitness measuring devices (2) arranged side by side, and the mounting plates (13) correspond to the physical fitness measuring devices (2) one by one; the bottom plate (11) is provided with a plurality of criss-cross slideways (12), and the mounting plate (13) slides on the bottom plate (11) along the slideways (12); the physique measuring devices (2) are integrated with a central control module and a wireless transmission module connected with the central control module; when the physical quality is detected, the detection data of the physical quality measuring device (2) is transmitted to a central control module in the physical quality measuring device (2), transmitted to a wireless transmission module through the central control module and transmitted to a terminal host (3) through the wireless transmission module.

2. The system for detecting the physical fitness of six children according to claim 1, wherein: the physique measuring device (2) comprises a back-turning running measuring device (21) arranged on one side of a bottom plate (11), a sitting body forward-bending measuring device (27) arranged on one side of the back-turning running measuring device (21) far away from the edge of the bottom plate (11), a standing jump measuring device (22) arranged on one side of the sitting body forward-bending measuring device (27) far away from the back-turning running measuring device (21), a tennis ball throwing distance measuring device (25) arranged on one side of the standing jump measuring device (22) far away from the sitting body forward-bending measuring device (27), a two-foot continuous jump measuring device (24) arranged on one side of the tennis ball throwing distance measuring device (25) far away from the standing jump measuring device (22), a balance stool (23) arranged on one side of the two-foot continuous jump measuring device (24) far away from the tennis ball throwing distance measuring device (25) and a height and weight integrated measuring device (26), wherein voice broadcasting modules are integrated with the physique measuring device (2), when carrying out the physical fitness item and examining, the voice broadcast is carried out respectively to physique measuring device (2) to detect data transmission to terminal host (3).

3. The system for detecting the physical fitness of six children according to claim 2, wherein: the turn-back running measuring device (21) comprises a turn-back running rubber mat (211), a starting point probe (212) arranged at one end of the turn-back running rubber mat (211), and an end point bracket (213) arranged at the turn-back running rubber mat (211) and far away from the starting point probe (212), wherein the starting point probe (212) is connected to a central control module of the turn-back running measuring device (21); when the turn-back running test is carried out, the starting point probe (212) records the starting time and the turn-back time respectively and transmits the starting time and the turn-back time to the central control module, so that the turn-back running test is realized.

4. The system for detecting the physical fitness of six children according to claim 2, wherein: the standing long jump measuring device (22) comprises a long jump pad (221) and a laser correlation detector (222) arranged at one end of the long jump pad (221), scale marks are marked on the long jump pad (221), and the laser correlation detector (222) is symmetrically arranged on two sides of the long jump pad (221) along the length direction of the long jump pad (221) and connected to a central control module of the standing long jump measuring device (22); when the standing long jump test is carried out, the laser correlation detector (222) outputs detection data to the central control module after the light of the laser correlation detector (222) is shielded.

5. The system for detecting the physical fitness of six children according to claim 2, wherein: and a starting point sensor and an end point sensor are respectively arranged at two ends of the balance stool (23), and are both connected to the central control module of the balance stool (23).

6. The system for detecting the physical fitness of six children according to claim 2, wherein: the double-foot continuous jumping measurement device (24) comprises a double-foot jumping pad (241), a plurality of isolated square bags (242) arranged on the double-foot jumping pad (241) along the length direction of the double-foot jumping pad (241), and a take-off sensor (243) and an end point sensor (244) which are respectively arranged at the starting point and the end point of the double-foot jumping pad (241), wherein the take-off sensor (243) and the end point sensor (244) are both connected to a central control module of the double-foot continuous jumping measurement device (24).

7. The system for detecting the physical fitness of six children according to claim 2, wherein: the tennis ball throwing remote measuring device (25) comprises a throwing pad (251) and a throwing ball, wherein one end of the throwing pad (251) is provided with a sensing area (252), a throwing sensor for sensing the throwing ball is densely distributed below a pad film of the sensing area (252), and the throwing sensor is connected with a central control module in the sensing area (252).

8. The system for detecting the physical fitness of six children according to claim 2, wherein: the height and weight integrated measuring device (26) is an integrated height and weight scale.

9. The system for detecting the physical fitness of six children according to claim 2, wherein: the seat body forward-bending measuring device (27) comprises a base support (271) which is horizontally arranged, aluminum alloy rails (272) which are arranged on two sides of the base support (271), an induction plate (273) which is connected with the aluminum alloy rails (272) in a sliding mode, and a host box (274) which is arranged at one end of the base support (271), wherein the host box (274) is connected with a central control module of the seat body forward-bending measuring device (27), and the induction plate (273) slides along the aluminum alloy rails (272) to enable the host box (274) to induce the sliding distance of the induction plate (273).

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