CN204092965U - Autonomous trainer - Google Patents
Autonomous trainer Download PDFInfo
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- CN204092965U CN204092965U CN201420366786.4U CN201420366786U CN204092965U CN 204092965 U CN204092965 U CN 204092965U CN 201420366786 U CN201420366786 U CN 201420366786U CN 204092965 U CN204092965 U CN 204092965U
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Abstract
A kind of autonomous trainer, includes two or more wireless detection device and a portable control device.Wireless detection device is located at human skin, at least one detection signal is produced in order to the motion state of human body muscle and the physiological status of human body, and in order to receive at least one control signal, and wirelessly send described detection signal and the control signal described in reception, and the exportable stimulating current of wireless detection device; Portable control device is wirelessly online with described wireless detection device, in order to receive the control signal described in described detection signal and transmission.Its beneficial effect is: user is when moving, and the muscular movement state of human body and physiological status are directly sent to portable control device by two or more wireless detection device; And wireless detection device can be controlled by portable control device and export stimulating current, reaching can real-time reminding and correct the exercise attitudes of user.
Description
Technical field
A kind of autonomous trainer, particularly a kind of user is when autokinetic movement, muscular movement state and the physiological status of human body is shown in real time by a portable control device, and wireless detection device can be controlled by portable control device and export stimulating current or with vibration mode, reaching can real-time reminding and correct the exercise attitudes of user.
Background technology
Along with people advocate the factor such as quality of life and health, add the change of lifestyle, people more and more focus on sport and body-building, such as: run, drive bicycle, aerobic exercise etc.
And in motion process, each action completes under needing to follow limited human synovial mobility, if slightly do not note, joint part not only can be caused injured, also pulling of muscle can relatively be caused, for avoiding incorrect the caused athletic injury of exercise attitudes, in professional motion training process, have professional motion coach aside to assist to check that whether athletic exercise attitudes is correct, when the exercise attitudes of once in motion person is incorrect, the professional motion coach assisted on side then can make exercise attitudes the very first time and correct prompting, to guarantee that sportsman can not move injury.
But, engage professional motion coach required costly, and professional motion coach also cannot can assist sporter to move on side whenever and wherever possible; Also, therefore, when sporter trains at autokinetic movement, because of incorrect the caused athletic injury of exercise attitudes, or may can exceed body burden because of training, relatively cause athletic injury.
In addition, Wearable device now, such as: wearable computer (Wearable computer), also only can the physiological status (as: heart rate measurement) of human body, and whether the exercise attitudes that cannot detect sporter is incorrect, and whether the training detecting sporter exceedes body burden, more to sporter's real-time reminding and cannot correct incorrect exercise attitudes.
Utility model content
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of autonomous trainer, muscular movement state and the physiological status of human body is shown in real time by a portable control device, and wireless detection device can be controlled by portable control device and export stimulating current, reaching can real-time reminding and correct the object of exercise attitudes of user.
The technical solution of the utility model is as follows:
A kind of autonomous trainer, includes:
Two or more wireless detection device, is located at human skin, and in order to the motion state of human body muscle and the physiological status of human body, this wireless detection device includes:
One base portion, it is provided with a first surface and one second surface;
One control circuit, is located at the first surface of this base portion, and with being wirelessly sent to a few detection signal and receiving at least one control signal, and this control circuit exports a stimulating current;
At least two electrode units, be located at the second surface of this base portion and be electrically connected with this control circuit, this two electrode unit attaches and is located at human skin, produces this detection signal in order to the muscular movement status signal and physiological status signal transmitting human body to this control circuit;
One power subsystem, is electrically connected with this control circuit, in order to supply power to this control circuit;
One portable control device, wirelessly be connected with each this wireless detection device, in order to directly to receive this detection signal that respectively this wireless detection device sends, and this portable control device and be sent to few one this control signal to respectively this wireless detection device, export this stimulating current to control respectively this wireless detection device, or export vibrations in the mode being connected with an electromagnetic shaker.
Above-mentioned autonomous trainer, wireless detection device and portable control device wirelessly make bidirectional data transfers, this portable control device can wirelessly be connected with a blue-tooth device, and this portable control device can send a caution sound source signal to this blue-tooth device.
Above-mentioned autonomous trainer, this portable control device and this control circuit have transmission of wireless signals function respectively, and this transmission of wireless signals can be WI-FI transmission, Bluetooth transmission or near-field communication (NFC) transmission.
Above-mentioned autonomous trainer, this portable control device is provided with a control module, and this control module can be mobile applications program.
Above-mentioned autonomous trainer, this control module includes a prompting module, a link control module, a display module and a recording module.
Above-mentioned autonomous trainer, this base portion is the flexual paster of tool.
Above-mentioned autonomous trainer, this base portion is the flexual elastic straps of tool.
The beneficial effects of the utility model are: user is when autokinetic movement, the muscular movement state of human body and physiological status are directly sent to portable control device by two or more wireless detection device, are shown muscular movement state and the physiological status of human body by portable control device in real time; When user's exercise attitudes is incorrect, portable control device can control wireless detection device in real time and export stimulating current, remind user that exercise attitudes is incorrect instantly in microelectric current mode, initiatively inform that the exercise attitudes of user must correct, avoid because incorrect the caused athletic injury of exercise attitudes.
Accompanying drawing explanation
Fig. 1 is autonomous trainer one embodiment schematic diagram of the present utility model.
Fig. 2 is checkout gear one schematic side view of autonomous trainer of the present utility model.
Fig. 3 is the control module configuration diagram of autonomous trainer of the present utility model.
Fig. 4 is autonomous trainer first Application Example schematic diagram of the present utility model.
Fig. 5 is autonomous trainer second Application Example schematic diagram of the present utility model.
Fig. 6 is autonomous trainer the 3rd Application Example schematic diagram of the present utility model.
Fig. 7 is autonomous trainer the 4th Application Example schematic diagram of the present utility model.
Fig. 8 is autonomous trainer the 5th Application Example schematic diagram of the present utility model.
Fig. 9 is another embodiment schematic side view of checkout gear of autonomous trainer of the present utility model.
wherein:
1, checkout gear
11, base portion
111, first surface
112, second surface
12, control circuit
13, electrode unit
14, power subsystem
15, electromagnetic shaker
2, portable control device
20, control module
201, prompting module
202, link control module
203, display module
204, recording module
21, screen
3, blue-tooth device
4, internet.
Detailed description of the invention
Refer to the schematic diagram shown in Fig. 1, Fig. 2 and Fig. 3, the autonomous trainer of one described in the utility model, include two or more wireless detection device 1 and a portable control device 2.
Each described wireless detection device 1 is located at human skin, and in order to the motion state of human body muscle and the physiological status of human body, it includes base portion 11, control circuit 12, at least two electrode unit 13 and a power subsystem 14.
Described base portion 11 its be provided with a first surface 111 and one second surface 112, and base portion 11 tool pliability, such as: base portion 11 can be paster, bandage or elastic straps etc.
Described control circuit 12 can be located at the first surface 111 of base portion 11, and in order to as signal transacting, control circuit 12 has transmission of wireless signals function (such as: WI-FI transmission, Bluetooth transmission, near-field communication (Near Field Communication; Be called for short: NFC) transmission etc.), make control circuit 12 with being wirelessly sent to a few detection signal and receiving at least one control signal, and the exportable stimulating current of control circuit 12.And control circuit 12 separately can be provided with a gauge tap.
Described two electrode units 13 can be located at the second surface 112 of base portion 11, and be electrically connected with control circuit 12, and two electrode units 13 can be a positive pole conducting subassembly and a negative pole conducting subassembly, such as: attached by two electrode units 13 and be located at human skin, produce detection signal in order to the muscular movement status signal and physiological status signal transmitting human body to control circuit 12.
Described power subsystem 14 is electrically connected with control circuit 12, in order to supply power to control circuit 12, and power subsystem 14 can be and generally abandons formula battery or TunePower, and TunePower can be charged by wired mode, or TunePower can be charged by wireless mode.
Portable control device 2 has transmission of wireless signals function (such as: WI-FI transmission, Bluetooth transmission, near-field communication (Near Field Communication; Be called for short: NFC) transmission etc.), and portable control device 2 can wirelessly be connected with described two or more wireless detection device 1, in order to receive the detection signal that two or more wireless detection device 1 sends, and portable control device 2 can send and at least onely control signal to two or more wireless detection device 1, to control the exportable described stimulating current of each wireless detection device 1; In addition, portable control device 2 can wirelessly with a blue-tooth device 3(such as: bluetooth earphone) be connected, and portable control device 2 also can be connected with internet 4.Described portable control device 2 can be a Mobile multimedia device (such as: intelligent communication device, tablet PC).
Described portable control device 2 is provided with a control module 20 and is provided with a screen 21, and screen 21 can be a Touch Screen, and control module 20 can be installed on portable control device 2, such as: control module 20 can be an action application program (mobile application: be called for short app), and described control module 20 includes prompting module 201, link control module 202, display module 203 and a recording module 204.
Whether abnormal in order to set portable control device 2 if monitoring the detection signal that wireless detection device 1 sends for described prompting module 201, when detection signal occurs abnormal, portable control device 2 can send one and control signal to wireless detection device 1, to control the exportable described stimulating current of wireless detection device 1, and portable control device 2 also can send another control signal (as: caution sound source signal) to blue-tooth device 3.
Described link control module 202 is connected with one or more wireless detection device 1 in order to set portable control device 2.Such as: opened by the gauge tap of wireless detection device 1, to start wireless detection device 1, the wireless detection device 1 started by portable control device 2 automatic searching also connects; Again such as: portable control device 2 can utilize near-field communication (NFC) mode directly to start wireless detection device 1, be connected and with the wireless detection device 1 started.And described link control module 202 be separately provided with one preset muscle sites detecting pattern (as referred to shown in Fig. 4) and make muscle sites detecting pattern (as referred to shown in Fig. 5) by oneself, under default muscle sites detecting pattern, the screen 21 of portable control device 2 can show a two or more default muscle and detect position, and wireless detection device 1 can arrange according to default muscle sites by user; Making by oneself under muscle sites detecting pattern, the screen 21 of portable control device 2 can show two or more and make muscle detected field by oneself, user wireless detection device 1 can be arranged at voluntarily the muscle sites for detecting, and shown by the portable control device 2 of sets itself, make the toponym of muscle detected field by oneself.
Described display module 203 is in order to be shown in the screen 21 of portable control device 2 by the human muscle's motion state detected by wireless detection device 1 and physiological status, and display module 203 includes electromyogram (as shown in Figure 6), heart rate figure (as shown in Figure 7) or statistical graph (as shown in Figure 8) etc.
Described recording module 204 is in order to be undertaken storing and adding up by the detection signal of the human muscle's motion state detected by wireless detection device 1 and physiological status.Detection signal after statistics then statistical graph (as shown in Figure 8) mode can be presented in the screen 21 of portable control device 2, when providing user's autokinetic movement to train, can learn whether the training amount of user exceedes body burden by statistical graph, and can judge whether to continue training, avoid overtraining and cause athletic injury.
In the present embodiment, user can according to portable control device 2 preset muscle detect position, or one or more wireless detection device 1 is directly located at human body by sets itself muscle detection position, and each wireless detection device 1 is attached at human skin by two electrode units 13, so as to detect the electromyographic signal at the position that is sticked, by two electrode units 13 electromyographic signal be passed to control circuit 12 and produce detection signal, by control circuit 12, detection signal is wirelessly directly sent to portable control device 2 again, judge that whether the detection signal that each wireless detection device 1 sends is abnormal by portable control device 2, can learn that the exercise attitudes at which position is incorrect, if when portable control device 2 detects that the detection signal that the wireless detection device 1 at a certain position sends is abnormal, portable control device 2 can send a control signal to the wireless detection device 1 that detection signal exception occurs, a stimulating current is exported by the control circuit 12 of wireless detection device 1, and conduct to skin by two electrode units 13, remind the exercise attitudes at this position of user incorrect in microelectric current mode, and portable control device 2 also can send a control signal (as: caution sound source signal) to connected blue-tooth device 3 simultaneously, remind the exercise attitudes at this position of user incorrect in alarming sound mode.Simultaneously, wireless detection device 1 can be located at position, human body proximity thoracic cavity, in order to the heart rate of Measurement accuracy user, with wireless transmission method, the heart rate information of measurement is directly sent to portable control device 2 by wireless detection device 1, is calculated the cardio-pulmonary function of user by portable control device 2.
So, user is when autokinetic movement is trained, the muscular movement state of human body and physiological status are directly sent to portable control device 2 by two or more wireless detection device 1, by the control module 20 of portable control device 2, the muscular movement state of human body and the detection signal of physiological status are shown in real time the screen 21 of portable control device 2; When user's exercise attitudes is incorrect, portable control device 2 can control wireless detection device 1 in real time and export stimulating current, remind user that exercise attitudes is incorrect instantly in microelectric current mode, initiatively to inform that the exercise attitudes of user must correct, avoid because incorrect the caused athletic injury of exercise attitudes.
The detection signal of the human muscle's motion state detected by wireless detection device 1 and physiological status can carry out storing and adding up by the control module 20 of portable control device 2, detection signal after statistics then statistical graph (as shown in Figure 8) mode can be presented in the screen 21 of portable control device 2, when providing user's autokinetic movement to train, can learn whether the training amount of user exceedes body burden by statistical graph, and can judge whether to continue training, avoid overtraining and cause athletic injury.
User can by the detection signal of the muscular movement state and physiological status that are stored in portable control device 2, by portable control device 2 by internet 4 to be sent to another portable control device 2 of long-range specific personage (such as: household or professional motion are trained), allow specific personage can understand muscular movement state and the physiological status of user in real time.
Described wireless detection device 1 includes at least one electromagnetic shaker 15 further, and electromagnetic shaker 15 and control circuit 12 are electrically connected.When portable control device 2 detects that the detection signal that the wireless detection device 1 at a certain position sends is abnormal, portable control device 2 can send a control signal to the wireless detection device 1 that detection signal exception occurs, by the control circuit 12 starting shock device 15 of wireless detection device 1, reach wireless detection device 1 and also can vibration mode remind the exercise attitudes at this position of user incorrect.
Above-described embodiment is only for clearly illustrating that the utility model creates example, and not the utility model is created to the restriction of detailed description of the invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All within spirit of the present utility model and principle any apparent change of extending out or variation be still among the protection domain of this claim.
Claims (8)
1. an autonomous trainer, is characterized in that, includes:
Two or more wireless detection device, is located at human skin, and in order to the motion state of human body muscle and the physiological status of human body, this wireless detection device includes:
One base portion, it is provided with a first surface and one second surface;
One control circuit, is located at the first surface of this base portion, and with being wirelessly sent to a few detection signal and receiving at least one control signal, and this control circuit exports a stimulating current;
At least two electrode units, be located at the second surface of this base portion and be electrically connected with this control circuit, this two electrode unit attaches and is located at human skin, produces this detection signal in order to the muscular movement status signal and physiological status signal transmitting human body to this control circuit;
One power subsystem, is electrically connected with this control circuit, in order to supply power to this control circuit;
One portable control device, wirelessly be connected with each this wireless detection device, in order to directly to receive this detection signal that respectively this wireless detection device sends, and this portable control device and be sent to few one this control signal to respectively this wireless detection device, export this stimulating current to control respectively this wireless detection device.
2. an autonomous trainer, is characterized in that, includes:
Two or more wireless detection device, is located at human skin, and in order to the motion state of human body muscle and the physiological status of human body, this wireless detection device includes:
One base portion, it is provided with a first surface and one second surface;
One control circuit, is located at the first surface of this base portion, with being wirelessly sent to a few detection signal and receiving at least one control signal;
At least two electrode units, be located at the second surface of this base portion and be electrically connected with this control circuit, this two electrode unit attaches and is located at human skin, produces this detection signal in order to the muscular movement status signal and physiological status signal transmitting human body to this control circuit;
One power subsystem, is electrically connected with this control circuit, in order to supply power to this control circuit;
One electromagnetic shaker, is electrically connected with this control circuit;
One portable control device, wirelessly be connected with each this wireless detection device, in order to directly to receive this detection signal that respectively this wireless detection device sends, and this portable control device and be sent to few one this control signal to respectively this wireless detection device, produce vibrations with the electromagnetic shaker controlling this wireless detection device.
3. autonomous trainer as claimed in claim 1 or 2, it is characterized in that, this portable control device can wirelessly be connected with a blue-tooth device, and this portable control device can send a caution sound source signal to this blue-tooth device.
4. autonomous trainer as claimed in claim 1 or 2, it is characterized in that, this portable control device and this control circuit have transmission of wireless signals function respectively, and this transmission of wireless signals can be WI-FI transmission, Bluetooth transmission or near-field communication (NFC) transmission.
5. autonomous trainer as claimed in claim 1 or 2, it is characterized in that, this portable control device is provided with a control module, and this control module can be mobile applications program.
6. autonomous trainer as claimed in claim 5, it is characterized in that, this control module includes a prompting module, a link control module, a display module and a recording module.
7. autonomous trainer as claimed in claim 1 or 2, it is characterized in that, this base portion is the flexual paster of tool.
8. autonomous trainer as claimed in claim 1 or 2, it is characterized in that, this base portion is the flexual elastic straps of tool.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420366786.4U CN204092965U (en) | 2014-07-03 | 2014-07-03 | Autonomous trainer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420366786.4U CN204092965U (en) | 2014-07-03 | 2014-07-03 | Autonomous trainer |
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|---|---|
| CN204092965U true CN204092965U (en) | 2015-01-14 |
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| CN201420366786.4U Active CN204092965U (en) | 2014-07-03 | 2014-07-03 | Autonomous trainer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018133527A1 (en) * | 2017-01-22 | 2018-07-26 | 深圳市未来健身衣科技有限公司 | Somatosensory detection and somatosensory stimulation device and method |
| CN109420289A (en) * | 2017-09-05 | 2019-03-05 | 无锡时代天使医疗器械科技有限公司 | For monitoring the device and method of mouth facial muscle training |
-
2014
- 2014-07-03 CN CN201420366786.4U patent/CN204092965U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018133527A1 (en) * | 2017-01-22 | 2018-07-26 | 深圳市未来健身衣科技有限公司 | Somatosensory detection and somatosensory stimulation device and method |
| CN109420289A (en) * | 2017-09-05 | 2019-03-05 | 无锡时代天使医疗器械科技有限公司 | For monitoring the device and method of mouth facial muscle training |
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