CN210873982U - Exercise intensity intelligent regulation and control equipment based on heart rate data - Google Patents
Exercise intensity intelligent regulation and control equipment based on heart rate data Download PDFInfo
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- CN210873982U CN210873982U CN201921254436.8U CN201921254436U CN210873982U CN 210873982 U CN210873982 U CN 210873982U CN 201921254436 U CN201921254436 U CN 201921254436U CN 210873982 U CN210873982 U CN 210873982U
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Abstract
The utility model discloses a motion intensity intelligent control equipment based on rhythm of heart data, including motion intensity controller, strength training ware interface, power bicycle interface, racing boat dynamometer interface, rowing machine interface, treadmill interface, router, rhythm of the heart table, man-machine interaction terminal, user's module, strength training ware, power bicycle module, racing boat dynamometer, rowing machine module and treadmill module. Exercise intensity controller has realized body-building training intelligent control's full coverage, contain the mainstream equipment that carries out body-building training at present, ensure that the user can be connected exercise intensity controller through data line and exercise equipment digital display gauge outfit according to self demand, and at the flat board, the cell-phone, man-machine interaction terminal such as computer selects corresponding training equipment and suitable training scheme, train, man-machine interaction terminal sets up APP convenience of customers and selects different body-building schemes according to self needs, and provide the settlement function of rhythm of the heart safety value and threshold value.
Description
Technical Field
The utility model relates to an intelligent regulation and control equipment specifically is a sports intensity intelligent regulation and control equipment based on rhythm of the heart data, belongs to motion detection technical field.
Background
In recent years, most of patent inventions aiming at exercise intensity training equipment are improved on original equipment, and few of patent inventions are specially used for measuring and monitoring exercise intensity and heart rate.
Mainstream equipment that carries out heart and lung function training at present roughly divide into the treadmill, the rowing machine, racing boat dynamometer interface, the power bicycle, this five kinds of strength training ware, though exercise intensity controlgear is in these fields application extensively, some problems still exist, one of them, these sport equipment mostly all are artificial regulation and control intensity, have stronger subjectivity, can not be according to user's health intelligent control exercise intensity, and most all pay attention to the training effect, the health of user when using has been ignored, its two, user's exercise rhythm of heart can only be fed back to current exercise intensity intelligent control equipment, can not intelligent regulation exercise intensity, it is three, there is the promotion space in the aspect of the APP, present still perfect inadequately.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing an intensity of motion intelligent control equipment based on rhythm of the heart data just in order to solve above-mentioned problem.
The utility model discloses a following technical scheme realizes above-mentioned purpose: an exercise intensity intelligent regulation and control device based on heart rate data comprises an exercise intensity controller, a force trainer interface, a power bicycle interface, a racing boat dynamometer interface, a rowing machine interface, a running machine interface, a router, a rhythm table, a man-machine interaction terminal, a user module, a force trainer, a power bicycle module, a racing boat dynamometer, a rowing machine module and a running machine module; the exercise intensity controller is fixed between a force trainer interface, a power bicycle interface, a racing boat dynamometer interface, a rowing machine interface and a treadmill interface in a cuboid structure, the force trainer interface is arranged on the left side surface of the exercise intensity controller and is positioned opposite to the racing boat dynamometer interface and the rowing machine interface, the power bicycle interface is arranged opposite to the treadmill interface, the racing boat dynamometer interface and the rowing machine interface are arranged on the same surface of the exercise intensity controller, the treadmill interface is arranged on one side surface of the exercise intensity controller and is positioned on the surface between the force trainer interface and the rowing machine interface fixing surface, the router is independently arranged outside the exercise intensity controller, the heart rate meter is worn on a user module, and the human-computer interaction terminal is connected between the exercise intensity controller and the user module, the user module is the input of human-computer interaction terminal, the strength training ware, power bicycle module, racing boat dynamometer, rowing machine module and treadmill module all are connected with corresponding strength training ware interface, power bicycle interface, racing boat dynamometer interface, rowing machine interface and treadmill interface.
Preferably, in order to realize body-building training intelligent control's full coverage, contain the mainstream equipment that carries out body-building training at present, conveniently transmit information instruction, the exercise intensity controller has adopted single chip microcomputer technology, and the singlechip can carry out the exercise intensity intelligent control instruction that APP descends to these five kinds of exercise equipment and the module of force training ware, power bicycle module, racing boat dynamometer, rowing boat module and treadmill module respectively through force training ware interface, power bicycle interface, racing boat dynamometer, treadmill interface.
Preferably, in order to ensure that a user can connect the exercise intensity controller with the exercise equipment digital display meter through a data line according to the self requirement, and select corresponding training equipment and a proper training scheme at a tablet personal computer, a mobile phone, a computer and other human-computer interaction terminals for training, the exercise intensity controller is provided with various data interfaces and is connected with each exercise module through the data line.
Preferably, for the convenience of the user according to the body-building scheme of self needs selection difference, and provide the settlement function of rhythm of heart safety value and threshold value, the human-computer interaction terminal sets up APP, and it all is bluetooth or wiFi communication connection with exercise intensity controller and rhythm of the heart table, APP is the exercise intensity according to rhythm of the heart data adjuster, the rhythm of the heart table is responsible for gathering user's exercise center rate, and upload to body-building APP software, body-building APP software is according to exercise load intensity and user's exercise rhythm of the exercise level that fitness equipment applyed at present, judge and decide the adjustment scheme of exercise load intensity on next step, and issue the adjustment scheme instruction and give exercise intensity controller, exercise intensity controller sets up the exercise load intensity of body-building equipment according to the APP instruction.
Preferably, for convenience, according to the exercise load intensity currently exerted by the fitness equipment and the exercise heart rate level of the user, the adjustment scheme of the exercise load intensity on the next step is judged and decided, the exercise intensity controller, the heart rate table and the human-computer interaction terminal loaded with the fitness APP jointly form the exercise intensity intelligent control equipment based on heart rate data, and the exercise intensity controller, the heart rate table and the human-computer interaction terminal are connected through wireless Bluetooth or WiFi.
Preferably, for the convenience this equipment can be applicable to different crowds, make the user can the free choice be fit for the motion scheme of self, and guarantee the rationality of motion, APP is established at the human-computer interaction terminal, and wherein body-building APP software is to body-building equipment such as strength training ware, power bicycle module, racing boat dynamometer, rowing machine module and treadmill module, and the adaptation has different body-building training schemes, and the training scheme of body-building APP software has the function of motion load intelligent regulation.
The utility model has the advantages that: the exercise intensity intelligent control equipment based on the heart rate data is reasonable in design, the exercise intensity controller adopts a single chip microcomputer technology, the single chip microcomputer can respectively execute exercise intensity intelligent control instructions transmitted by APP on five exercise equipment and modules, namely the force trainer, the power bicycle interface, the rowing machine dynamometer and the treadmill module through the force trainer interface, the power bicycle interface and the treadmill dynamometer interface, so that the full coverage of exercise training intelligent control is realized, the exercise intensity controller comprises mainstream equipment which is currently used for exercise training and is convenient for transmitting information instructions, the exercise intensity controller is provided with various data interfaces and is connected with various exercise modules through data lines, and a user can be ensured to connect the exercise intensity controller with a meter head of exercise digital display equipment through the data lines according to the self requirement, selecting corresponding training equipment and a proper training scheme at a man-machine interaction terminal such as a tablet, a mobile phone, a computer and the like for training, setting an APP at the man-machine interaction terminal, wherein the APP is in Bluetooth or WiFi communication connection with a exercise intensity controller and a heart rate meter, the APP adjusts the exercise intensity of equipment according to heart rate data, the heart rate meter is responsible for acquiring the exercise center rate of a user and uploading the exercise center rate to exercise APP software, the exercise APP software judges and decides the adjustment scheme of the exercise load intensity at the next step according to the exercise load intensity currently applied by the exercise equipment and the exercise heart rate level of the user and issues the instruction of the adjustment scheme to the exercise intensity controller, the exercise intensity controller sets the exercise load intensity of the exercise equipment according to the APP instruction, the user can conveniently select different exercise schemes according to the self requirement, and the setting functions of heart rate safety value and threshold value are provided, and the exercise intensity controller, The rhythm of the heart table constitutes this exercise intensity intelligent control equipment based on rhythm of the heart data with the human-computer interaction terminal that carries body-building APP jointly, and be wireless bluetooth or wiFi between the three and connect, conveniently according to exercise load intensity and user's motion rhythm of the heart level that body-building apparatus is currently applyed, judge and decide the adjustment scheme of exercise load intensity on next step, the APP is established at the human-computer interaction terminal, wherein body-building APP software is to the strength training ware, power bicycle module, the racing boat dynamometer, fitness equipment such as rowing machine module and treadmill module, the adaptation has different body-building training schemes, and body-building APP software's training scheme has the function of exercise load intelligent adjustment, make things convenient for this equipment can be applicable to different crowds, the user can the free choice be fit for the motion scheme of self, and guarantee the rationality of motion.
Drawings
FIG. 1 is a schematic structural view of the present invention;
fig. 2 is a schematic diagram of the structure of the utility model using the module scene.
In the figure: 1. exercise intensity controller, 2, strength training machine interface, 3, power bicycle interface, 4, racing boat dynamometer interface, 5, rowing machine interface, 6, treadmill interface, 7, router, 8, rhythm of the heart table, 9, human-computer interaction terminal, 10, user's module, 11, strength training machine, 12, power bicycle module, 13, racing boat dynamometer, 14, rowing boat module and 15, treadmill module.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
Referring to fig. 1-2, an exercise intensity intelligent regulation and control device based on heart rate data comprises an exercise intensity controller 1, a force trainer interface 2, a power bicycle interface 3, a rowing dynamometer interface 4, a rowing machine interface 5, a treadmill interface 6, a router 7, a heart rate meter 8, a human-computer interaction terminal 9, a user module 10, a force trainer 11, a power bicycle module 12, a rowing dynamometer 13, a rowing machine module 14 and a treadmill module 15; the exercise intensity controller 1 is fixed between a force trainer interface 2, a power bicycle interface 3, a rowing dynamometer interface 4, a rowing machine interface 5 and a treadmill interface 6 in a cuboid structure, the force trainer interface 2 is arranged on the left side surface of the exercise intensity controller 1 and is positioned opposite to the rowing dynamometer interface 4 and the rowing machine interface 5, the power bicycle interface 3 is arranged opposite to the treadmill interface 6, the rowing dynamometer interface 4 and the rowing machine interface 5 are arranged on the same surface of the exercise intensity controller 1, the treadmill interface 6 is arranged on one side surface of the exercise intensity controller 1 and is positioned on the surface between the force trainer interface 2 and the rowing machine interface 5 fixing surface, the router 7 is independently arranged outside the exercise intensity controller 1, the heart rate meter 8 is worn on a user module 10, the human-computer interaction terminal 9 is connected between the exercise intensity controller 1 and the user module 10, the user module 10 is the input end of the human-computer interaction terminal 9, the force trainer 11, the power bicycle module 12, the racing boat dynamometer 13, the rowing machine module 14 and the treadmill module 15 are all connected with the corresponding force trainer interface 2, the power bicycle interface 3, the racing boat dynamometer interface 4, the rowing machine interface 5 and the treadmill interface 6.
The exercise intensity controller 1 adopts the singlechip technology, the singlechip can respectively execute exercise intensity intelligent regulation and control instructions transmitted by APP on five exercise equipment and modules, namely a force trainer 11, a power bicycle module 12, a racing boat dynamometer 13, a rowing machine module 14 and a running machine module 15 through a force trainer interface 2, a power bicycle interface 3, a racing boat dynamometer interface 4, a rowing machine interface 5 and a running machine interface 6, so that the full coverage of the intelligent regulation and control of the exercise training is realized, the exercise intensity controller comprises mainstream equipment for the exercise training at present, a plurality of data interfaces are arranged on the exercise intensity controller 1 and are connected with each exercise module in a data line manner, a user can be ensured to connect the exercise intensity controller 1 with an exercise equipment digital display meter head through the data line according to the requirement of the user, and corresponding training equipment and a proper training scheme are selected at a man-machine interaction terminal 9 such as a tablet, a mobile phone, a computer and the like, training is carried out, the human-computer interaction terminal 9 sets up APP, the APP is in Bluetooth or WiFi communication connection with the exercise intensity controller 1 and the heart rate meter 8, the APP adjusts the exercise intensity of the equipment according to heart rate data, the heart rate meter 8 is used for collecting the exercise center rate of a user and uploading the exercise center rate to exercise APP software, the exercise APP software judges and decides the adjustment scheme of the exercise load intensity of the next step according to the exercise load intensity applied by the exercise equipment at present and the exercise heart rate level of the user, the adjustment scheme instruction is issued to the exercise intensity controller, the exercise intensity controller sets the exercise load intensity of the exercise equipment according to the APP instruction, the user can conveniently select different exercise schemes according to the self requirement, and the setting function of the heart rate safety value and the threshold value is provided, the exercise intensity controller 1, the heart rate meter 8 and the human-computer interaction terminal 9 carrying the exercise APP jointly form the exercise intensity intelligent regulation and control equipment based on the heart rate data, and be wireless bluetooth or wiFi between the three and connect, the exercise load intensity and user's motion rhythm of the heart level that conveniently applys according to body-building apparatus is current, judge and decide the adjustment scheme of exercise load intensity on next step, APP is established at human-computer interaction terminal 9, wherein body-building APP software is to exercise machine 11, power bicycle module 12, racing boat dynamometer 13, fitness equipment such as rowing machine module 14 and treadmill module 15, the adaptation has different body-building training schemes, and body-building APP software's training scheme has the function of exercise load intelligent regulation, make things convenient for this equipment can be applicable to different crowds, make the user can freely select the motion scheme that is fit for self, and guarantee the rationality of motion.
The working principle is as follows: when the exercise intensity intelligent control equipment based on heart rate data is used, in the using process, a user module 10 selects training equipment and a training scheme on a fitness APP, a man-machine interaction end 4 sends the scheme to an exercise intensity controller 1 in a wireless signal mode through an internal Bluetooth or WiFi module (when a Bluetooth or WiFi signal is selected, a router 7 is not used) or WIFI (when a WIFI signal is selected), after the exercise intensity controller 1 and the man-machine interaction end 4 carry out data handover, the exercise intensity controller 1 sends the data to a strength trainer interface 2, a power bicycle interface 3, a racing boat dynamometer interface 4, a rowing machine interface 5 and a running machine interface 6 through a data line, the user module 10 carries out corresponding exercise intensity training according to the exercise equipment, and after the user module 10 selects the corresponding training scheme, the user module can manually set a safety threshold value and a threshold value of the heart rate, in the exercise intensity training, heart rate table 8 that user 10 carried transmits the heart rate for human-computer interaction end 4 with the wireless signal form, the dull and stereotyped heart rate that detects user 10 that carries body-building APP reaches the safety threshold, body-building APP proposes the early warning, and send the instruction for exercise intensity controller 1, stop or reduce exercise intensity, guide user 10 to have a rest or continue the training with new exercise intensity, it is less than the threshold value to detect user 10 heart rate when body-building APP, send the instruction for exercise intensity controller 1, exercise intensity controller 1 can increase exercise intensity, further stimulate user's cardiopulmonary function.
It is obvious to a person skilled in the art that the invention is not restricted to details of the above-described exemplary embodiments, but that it can be implemented in other specific forms without departing from the spirit or essential characteristics of the invention. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.
Claims (6)
1. The utility model provides a motion intensity intelligent control equipment based on heart rate data which characterized in that: the rowing machine comprises a motion intensity controller (1), a force trainer interface (2), a power bicycle interface (3), a rowing dynamometer interface (4), a rowing machine interface (5), a treadmill interface (6), a router (7), a heart rate table (8), a human-computer interaction terminal (9), a user module (10), a force trainer (11), a power bicycle module (12), a rowing dynamometer (13), a rowing machine module (14) and a treadmill module (15); the exercise intensity controller (1) is fixed between the strength training device interface (2), the power bicycle interface (3), the rowing machine dynamometer interface (4), the rowing machine interface (5) and the running machine interface (6) in a cuboid structure, the strength training device interface (2) is arranged on the left side surface of the exercise intensity controller (1) and is located opposite to the rowing machine dynamometer interface (4) and the rowing machine interface (5), the power bicycle interface (3) is arranged opposite to the running machine interface (6), the rowing machine dynamometer interface (4) and the rowing machine interface (5) are arranged on the same surface of the exercise intensity controller (1), the running machine interface (6) is arranged on one side surface of the exercise intensity controller (1) and is located on the surface between the strength training device interface (2) and the rowing machine interface (5) fixing surface, router (7) are installed outside exercise intensity controller (1) alone, rhythm of the heart table (8) are dressed on user's module (10), human-computer interaction terminal (9) are connected between exercise intensity controller (1) and user's module (10), user's module (10) is the input of human-computer interaction terminal (9), strength training ware (11), power bicycle module (12), rowing boat dynamometer (13), rowing machine module (14) and treadmill module (15) are all connected with corresponding strength training ware interface (2), power bicycle interface (3), rowing boat dynamometer interface (4), rowing machine interface (5) and treadmill interface (6).
2. The intelligent exercise intensity control device based on heart rate data, according to claim 1, wherein: exercise intensity controller (1) has adopted the single chip microcomputer technique, and the single chip microcomputer passes through strength training ware interface (2), power bicycle interface (3), racing boat dynamometer interface (4), rowing machine interface (5), treadmill interface (6), can carry out exercise intensity intelligent control instruction that APP passed down to strength training ware (11), power bicycle module (12), racing boat dynamometer (13), rowing machine module (14) and treadmill module (15) these five kinds of exercise equipment and module respectively.
3. The intelligent exercise intensity control device based on heart rate data, according to claim 1, wherein: the exercise intensity controller (1) is provided with a plurality of data interfaces and is connected with each exercise module through a data line.
4. The intelligent exercise intensity control device based on heart rate data, according to claim 1, wherein: human-computer interaction terminal (9) are established APP, and it all is bluetooth or wiFi communication connection with exercise intensity controller (1) and heart rate table (8), APP is the exercise intensity who comes the adjusting device according to heart rate data, heart rate table (8) are responsible for gathering user's exercise heart rate, and upload to body-building APP software, body-building APP software is according to exercise load intensity and user's exercise heart rate level that body-building apparatus applyed at present, judge and decide the adjustment scheme of exercise load intensity on next step, and give exercise intensity controller (1) with the adjustment scheme instruction issue, exercise intensity controller (1) sets up the exercise load intensity of body-building apparatus according to the APP instruction.
5. The intelligent exercise intensity control device based on heart rate data, according to claim 1, wherein: exercise intensity controller (1), heart rate table (8) and man-machine interaction terminal (9) that load body-building APP constitute this exercise intensity intelligent control equipment based on heart rate data jointly, and realize wireless connection with bluetooth or wiFi communication mode between the three.
6. The intelligent exercise intensity control device based on heart rate data, according to claim 1, wherein: APP is established in the human-computer interaction terminal (9), wherein fitness APP software is adapted to fitness equipment such as a strength trainer (11), a power bicycle module (12), a racing boat dynamometer (13), a rowing machine module (14) and a treadmill module (15) and has different fitness training schemes, and the training scheme of the fitness APP software has the function of intelligent adjustment of exercise load.
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| CN201921254436.8U CN210873982U (en) | 2019-08-05 | 2019-08-05 | Exercise intensity intelligent regulation and control equipment based on heart rate data |
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| CN201921254436.8U CN210873982U (en) | 2019-08-05 | 2019-08-05 | Exercise intensity intelligent regulation and control equipment based on heart rate data |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114307043A (en) * | 2022-01-14 | 2022-04-12 | 吉林体育学院 | Integrated training instrument for physical training and operation method |
| CN114373356A (en) * | 2022-01-17 | 2022-04-19 | 中国人民解放军军事科学院军事医学研究院 | Self-adaptive stress training method and system based on virtual reality |
-
2019
- 2019-08-05 CN CN201921254436.8U patent/CN210873982U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114307043A (en) * | 2022-01-14 | 2022-04-12 | 吉林体育学院 | Integrated training instrument for physical training and operation method |
| CN114373356A (en) * | 2022-01-17 | 2022-04-19 | 中国人民解放军军事科学院军事医学研究院 | Self-adaptive stress training method and system based on virtual reality |
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