CN104794320A - Exercise safety management system and method for fitness equipment - Google Patents
Exercise safety management system and method for fitness equipment Download PDFInfo
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- CN104794320A CN104794320A CN201410026881.4A CN201410026881A CN104794320A CN 104794320 A CN104794320 A CN 104794320A CN 201410026881 A CN201410026881 A CN 201410026881A CN 104794320 A CN104794320 A CN 104794320A
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- building apparatus
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Abstract
The invention discloses an exercise safety management system and method for fitness equipment. The exercise safety management system comprises a physiology detection device and the fitness equipment. The physiology detection device is used for detecting and storing a physiology state of a human body, after the physiology state of a user is detected by the physiology detection device, the fitness equipment can be used. The fitness equipment comprises a control device and a machine; whether the machine is allowed to start or not is decided by the control device according to the stored physiology state by the physiology detection device. If the physiology state is a normal state, the machine is allowed to start, and if the physiology state is an abnormal state, the machine is forbidden to start. Accordingly, the user can be effectively prevented from exercising limpingly when the physiology state is not good, and the safety of fitness equipment using is improved.
Description
Technical field
The present invention is relevant with body-building apparatus use safety; Refer to a kind of sports safety management system and method for body-building apparatus especially.
Background technology
Along with the development of society, lack the common fault that motion has become modern.Research is pointed out that motion has and is strengthened human body cardio-pulmonary function, the chance of the suffering from chronic disease that stimulates circulation, reduces.Carry out moving by the impact of weather, the mode of motion of many people can not be become gradually with body-building apparatus.
Though the motion of appropriateness contributes to healthy, before motion, unless uncomfortable situation has appearred in health, otherwise people also self-cannot discover the physiological status of self, and such as, whether blood pressure, the rhythm of the heart or blood oxygen etc. are normal.If be rashly performed for more than when physiological status exception health can the amount of exercise of load, easily cause uncomfortable on the contrary, the possibility of sudden death even occur.
For fitness center, though fitness center provides multiple body-building apparatus for member, and have fitness to instruct from side, but, physiological status for member still cannot effectively be controlled, therefore also the sports safety of sports equipment cannot be used to manage for user, user cannot be felt at ease without enjoy motion process with deceiving.
Summary of the invention
Object of the present invention, for providing a kind of sports safety management system and method for body-building apparatus, can increase the security using body-building apparatus.
For achieving the above object, the sports safety management system of body-building apparatus provided by the invention, comprises a physiology detection apparatus and a body-building apparatus.Wherein, this physiology detection apparatus has a data storage element, and this physiology detection apparatus is used for a physiological status of human body, and is recorded in this data storage element; This body-building apparatus comprises a control device and a board, and this control device signal connects this physiology detection apparatus, and this control device controls this board according to the physiological status stored by this data storage element and allows to enable or forbid to enable.
The sports safety management method of body-building apparatus provided by the present invention comprises the following step: the corresponding relation setting up an identification identifier and a physiological status; This identification identifier is inputted at a body-building apparatus; Corresponding physiological status is obtained according to this identification identifier inputted; Determine whether this body-building apparatus is enabled according to acquired physiological status.
Effect of the present invention is to determine that user uses the authority of sports equipment according to the physiological status of user, effectively avoids user to move reluctantly when physiological status is not good, increases the security using body-building apparatus.
Accompanying drawing explanation
Fig. 1 is the sports safety management system calcspar of a preferred embodiment of the present invention body-building apparatus.
Fig. 2 is the physiological detection instrument calcspar of a preferred embodiment of the present invention.
Fig. 3 is the body-building apparatus calcspar of a preferred embodiment of the present invention.
Fig. 4 A, Fig. 4 B are the sports safety management method process flow diagrams of a preferred embodiment of the present invention body-building apparatus.
Symbol description in accompanying drawing:
10 physiology detection apparatus, 12 physiological detection instruments, 12a sphygmomanometer, 12b electrocardiograph, 12c oximeter, 122 first identity recognizing unit, 124 detecting units, 126 processors, 128 signal transceiving units, 14 servers, 142 data storage elements, 16 body-building apparatus, 16a treadmill, 16b exercycle, 16c elliptical machine, 18 control device, 182 second identity recognizing unit, 184 signal transceiving units, 186 processors, 188 alarm unit, 20 boards
Embodiment
For can the present invention be illustrated more clearly in, lifts preferred embodiment and coordinate accompanying drawing to be described in detail as follows.
Shown in please refer to the drawing 1, be the sports safety management system of a preferred embodiment of the present invention body-building apparatus, include a physiology detection apparatus 10 and a plurality of body-building apparatus 16.
In the present embodiment, this sports safety management system is applied to fitness center, the dealer of fitness center provides to each member one recognition device of fitness center, the present embodiment is with NFC(Near FieldCommunication) electric label is this recognition device, the NFC electric label that each member holds all in have an exclusive identification identifier.Certainly, other recognition device can also be adopted in reality, such as, be printed on the member card of bar code.
In the present embodiment, this physiology detection apparatus 10 includes a plurality of physiological detection instrument 12 and a server 14.Those physiological detection instruments 12 are for sphygmomanometer 12a, electrocardiograph 12b and oximeter 12c, but not as limit, also can be other physiological detection instrument 12, as the blood-glucose meter etc. of fat meter, Noninvasive.Please coordinate shown in Fig. 2, respectively this physiological detection instrument 12 includes one first identity recognizing unit 122, detecting unit 124, processor 126 and a signal transceiving unit 128.This first identity recognizing unit 122 is NFC identifier, for responding to the NFC electric label of user, to obtain identification identifier.
This detecting unit 124 is for detecting the physiological signal of human body, for sphygmomanometer 12a, pressure, number of times that detecting unit 124 is beated with the pulse of detecting human body, and the electrical signal of correspondence is sent in this processor 126 processes, with the physiological signal of the pressure value and pulse number of times that obtain human body.Similarly, for the detecting unit 124 of electrocardiograph 12b, be then with biopotential during electrode detecting heartbeat, then processed by processor 126, to obtain the Electrocardiographic physiological signal of human body.The detecting unit 124 of oximeter 12c irradiates human body with particular light ray, then receive the light intensity penetrating human body with sensor, then calculated the physiological signal learning the blood oxygen concentration of human body by processor.
The identification identifier of measured physiological signal and 122 identifications of this first identity recognizing unit is sent by this signal transceiving unit 128 by this processor 126 again.This signal transceiving unit 128 adopts Wi-Fi signal to transmit in the present embodiment system, but not as limit, also can adopt the mode of the wireless transmission such as bluetooth, RF or carry out transmission signal with wire transmission mode.In the present embodiment, the instrument that those physiological detection instruments 12 adopt medical grade to verify, to obtain testing result accurately.
This server 14 is connected with the signal transceiving unit signal 128 of those physiological detection instruments 12, in order to receive physiological signal and the identification identifier of the transmission of those physiological detection instruments 12.Have a data storage element 142 in this server 14, this data storage element 142 is in order to store the physiological signal of identification identifier and correspondence.In addition, the built-in alignment programs of this server, the physiological signal received in order to analysis is to produce a physiological status, and in the present embodiment, physiological status is distinguished a normal condition, a critical conditions or an abnormality.The standard that the analysis system of physiological status announces using the World Health Organization (WHO) or the health competent authority of location, fitness center is as judgement basis.Normal condition means that the physiological status of human body is in critical field, can move normally; Critical conditions means that the physiological status of human body is outside critical field, but does not exceed risk range, can move, but exercise intensity needs to reduce; Abnormality refers to that human body physiological state exceedes dangerous values, should not move.For blood pressure, systolic pressure is between 100 ~ 139mmHg, and diastolic pressure is judged as normal condition between 66-90; Systolic pressure is between 140 ~ 179mmHg, and diastolic pressure is judged as critical conditions between 91-100mmHg; Systolic pressure is at more than 180mmHg, and diastolic pressure is then judged as abnormality at more than 101mmHg.Similarly, cardiogram is then analyze the figure recorded, and blood sugar concentration is then the value judging blood sugar concentration, does not repeat in this appearance.
Physiological status (i.e. normal, critical or abnormality) corresponding for each identification identifier can be stored in data storage element 142 after having analyzed this physiological information number by this server 14.
In the present embodiment, those body-building apparatus 16 are for treadmill 16a, exercycle 16b and elliptical machine 16c, but not as limit, also can be other body-building apparatus, as chest mid row etc.Please coordinate shown in Fig. 3, respectively this body-building apparatus 16 comprises control device 18 and a board 20.This control device 18 comprises one second identity recognizing unit 182, signal transceiving unit 184, processor 186 and an alarm unit 188.This second identity recognizing unit 182 is similarly NFC identifier, for the identification identifier of the NFC electric label that identification member holds, and is sent to this processor 186.This signal transceiving unit 184 is connected with Wi-Fi signal with this server 14, and limit, not to limit in addition, also can adopt the mode of the wireless transmission such as bluetooth, RF or carry out transmission signal with wire transmission mode.This processor 186 according to the physiological status in this data storage element 142 control this board 20 startup, start after the action such as running intensity, stopping.This processor 186 passes through this signal transceiving unit 184 and this server 14 communication, to obtain the data in this data storage element 142.This alarm unit 188 is a loudspeaker in the present embodiment, and sound by this processor 186 controls, in fact, alarm unit 188 also can adopt display, or loudspeaker and display use.
The sports safety management method shown in Fig. 4 A, 4B is performed by above-mentioned system architecture.Wherein:
First, before user carries out moving, first respond to first identity recognizing unit 122 of NFC electric label at physiological detection instrument 12, to input identification identifier, carry out the detection of physiological signal.After detection, the identification identifier of user and the physiological signal of correspondence are sent in the data storage element 142 of server 14 and store by physiological detection instrument 12, this server 14 performs alignment programs, analyzing the physiological signal that receives and producing physiological status (i.e. normal, critical or abnormality) is stored in data storage element, to set up the corresponding relation of identification identifier and physiological status.
Then, user responds to second identity recognizing unit 182 of NFC electric label on body-building apparatus, to input identification identifier.After processor 186 receives identification identifier, by this signal transceiving unit 184 and server 14 communication, to obtain physiological status corresponding to this identification identifier.
If processor 186 judges that this data storage element 142 does not have the physiological status of this identification identifier and correspondence, represent user and not yet carry out physiological status detection, now then forbid enabling this board 20, and send warning message by this alarm unit 188, to require that user carries out physiological status detection.
If there is the physiological status of this identification identifier and correspondence in this data storage element 142, then according to this physiological status, this processor 186 determines whether this board 20 is enabled, wherein:
When normal condition, control this board 20 and allow to enable, user can normally be moved.
When critical conditions, control this board 20 and allow to enable, and limit the running intensity of this board 20.Thus, allow user do the motion of appropriateness by the running intensity of restriction board 20, carry out the motion of high strength in avoiding user unconscious, and cause uncomfortable.In addition, also send warning message by this alarm unit 188 and do not do fierce motion with reminding user.For example, the body-building apparatus 16 that user uses is treadmill 16a, then the crawler belt running speed per hour limiting the board 20 of treadmill 16a, below 4 kilometers, allows user carry out closing slow walking.
When abnormality, control this board 20 and forbid enabling, and by alarm unit 188 send warning message be not suitable at present moving with reminding user, thus, avoid user to occur in motion process uncomfortable.
After user uses body-building apparatus 16 to move, then point out user to carry out physiological status detection again by alarm unit 188 again, after detection, store post exercise physiological information and physiological status, for comparison by server 14.Judge whether user's post exercise physiological status has exception, carries out follow-up process for user again, such as, seek medical advice as quickly as possible when exception.In fact, comparison result can pass back on physiological detection instrument 12 by server 14 to be done to show, or shows with another display device, thus, user can be allowed to learn the physiological status that motion is forward and backward, and send warning message when exception.
In sum, the sports safety management system of body-building apparatus of the present invention and method, can determine whether give user the authority using sports equipment according to the physiological status of user, effectively avoid user to move reluctantly when physiological status is not good, increase the security using body-building apparatus.
The foregoing is only the better possible embodiments of the present invention, the equivalence that application instructions of the present invention and claim are done such as changes, and ought to be included in right of the present invention.
Claims (16)
1. a sports safety management method for body-building apparatus, comprises the following steps:
Set up the corresponding relation of an identification identifier and a physiological status;
This identification identifier is inputted at a body-building apparatus;
Corresponding physiological status is obtained according to this identification identifier inputted; And
Determine whether this body-building apparatus is enabled according to acquired physiological status.
2. the sports safety management method of body-building apparatus according to claim 1, wherein, the step setting up this identification identifier and this physiological status corresponding relation includes:
This identification identifier is inputted at a physiology detection apparatus;
User carries out the detection of this physiological status at this physiology detection apparatus; And
Record this identification identifier and this corresponding physiological status.
3. the sports safety management method of body-building apparatus according to claim 2, wherein, this physiology detection apparatus is the physiological information of human body, then analyzes this physiological information to obtain this physiological status.
4. the sports safety management method of body-building apparatus according to claim 1, wherein, this physiological information is blood pressure, blood oxygen concentration or cardiogram.
5. the sports safety management method of body-building apparatus according to claim 1, wherein, when this physiological status is a normal condition, allows to enable this body-building apparatus, when biological value state is an abnormality, forbids enabling this body-building apparatus.
6. the sports safety management method of body-building apparatus according to claim 5, wherein, when this physiological status is a critical conditions, allows enable this body-building apparatus and send warning.
7. the sports safety management method of body-building apparatus according to claim 5, wherein, when this physiological status is a critical conditions, allows to enable this body-building apparatus and limits the running intensity of this body-building apparatus.
8. the sports safety management method of body-building apparatus according to claim 1, wherein, more comprise after this body-building apparatus inputs this identification identifier, judge whether this identification identifier has corresponding physiological status, if have, then determine whether this body-building apparatus is enabled according to the physiological status obtained, if not, then forbid enabling this body-building apparatus.
9. the sports safety management method of body-building apparatus according to claim 1, wherein, is included in after user uses body-building apparatus to move and carries out physiological status detection; And the physiological status analyzed after user's motion.
10. a sports safety management system for body-building apparatus, comprising:
One physiology detection apparatus, has a data storage element, and this physiology detection apparatus is used for a physiological status of human body, and is recorded in this storage element;
One body-building apparatus, comprises a control device and a board, and this control device signal connects this physiology detection apparatus, and this control device controls this board according to the physiological status stored by this data storage element and allows to enable or forbid to enable.
The sports safety management system of 11. body-building apparatus according to claim 10, wherein, this physiology detection apparatus includes a physiology detecting instrument and a server, one physiological signal of this physiological detection instrument human body, this server signal connects this control device, this physiological signal of this server analysis, to produce this physiological status, and this servomechanism has this data storage element.
12. according to the sports safety management system of body-building apparatus described in claim 11, and wherein, this physiological signal is blood pressure, blood oxygen concentration or cardiogram.
The sports safety management system of 13. body-building apparatus according to claim 10, wherein, this physiology detection apparatus comprises one first identity recognizing unit, and this first identity recognizing unit receives an identification identifier; This data storage element stores the physiological status of this identification identifier identity that this first identity recognizing unit receives and correspondence; This control device comprises one second identity recognizing unit, and this second identity recognizing unit receives this identification identifier, and the identification identifier that this control device receives according to this second identity recognizing unit is to should physiological status in data storage element.
The sports safety management system of 14. body-building apparatus according to claim 10, wherein, this control device of this body-building apparatus captures this physiological status of this data storage element, when this physiological status is a normal condition, this control device controls this board and allows to enable, and when this physiological status is an abnormality, this control device controls this board to be forbidden enabling.
15. according to the sports safety management system of body-building apparatus described in claim 14, wherein, this control device of this body-building apparatus includes an alarm unit, this control device is when this physiological status is a critical conditions, control this board to allow to enable, and send a warning message by this alarm unit.
16. according to the sports safety management system of body-building apparatus described in claim 14, and wherein, this control device, when this physiological status is a critical conditions, controls this board and allows to enable and the running intensity limiting this board.
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| CN201410026881.4A CN104794320B (en) | 2014-01-20 | 2014-01-20 | The sports safety management system and method for fitness equipment |
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| CN201410026881.4A CN104794320B (en) | 2014-01-20 | 2014-01-20 | The sports safety management system and method for fitness equipment |
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| CN109107039A (en) * | 2018-06-29 | 2019-01-01 | 燕山大学 | A kind of EMG feedback and electro photoluminescence assist type recovery training appliance for recovery lower limbs |
| CN110787412A (en) * | 2018-08-01 | 2020-02-14 | 深圳富泰宏精密工业有限公司 | Fitness equipment and control method thereof |
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| CN104794320B (en) | 2019-01-29 |
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