CN204601566U - A kind of motion wireless monitoring device - Google Patents
A kind of motion wireless monitoring device Download PDFInfo
- Publication number
- CN204601566U CN204601566U CN201520284336.5U CN201520284336U CN204601566U CN 204601566 U CN204601566 U CN 204601566U CN 201520284336 U CN201520284336 U CN 201520284336U CN 204601566 U CN204601566 U CN 204601566U
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- pin
- resistance
- electric capacity
- lcds
- bluetooth chip
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Abstract
The utility model relates to a kind of motion wireless monitoring device of accurate measurements motion state.The utility model is high comprises housing, circuit board, LCDs and panel, and wherein, circuit board is located in housing, and circuit board is provided with electronic circuit; LCDs is located at the top of circuit board, and panel is located on housing; Described electronic circuit comprises Bluetooth chip U
2, display circuit, key scanning circuit, clock circuit, sampling with high precision circuit, Bluetooth signal receive with radiating circuit, backlight control circuit and battery electric quantity Acquisition Circuit.The utility model is applicable to multi-motion equipment, can carry out Real-Time Monitoring, have the feature of intellectual monitoring, accurate recording to motion.
Description
Technical field
The utility model belongs to sports apparatus field, particularly a kind of motion wireless monitoring device of accurate measurements motion state.
Background technology
Along with the increase of operating pressure, and the technicalization of working way, the time of the office that is seated significantly increases.Bend over the desk to cause the generation of sub-health state for a long time, the importance of motion highlights day by day, is also subject to increasing attention.Along with the development of intelligence science and technology, the requirement of people to motion monitoring also progressively promotes, traditional sports equipment, such as shuttlecock, table tennis, cannot accurate recording motion duration, consumption heat, and the body parameter in motion, lack the system monitoring to motion and trace analysis, the demand of people can not be met.
Summary of the invention
The purpose of this utility model to record the weak point of monitoring motion process, provides a kind of and adopt Bluetooth wireless transmission, possesses the motion wireless monitoring device of record kinematic parameter, monitoring motion state.
The purpose of this utility model realizes by following technical proposal: a kind of motion wireless monitoring device, this motion wireless monitoring device comprises housing, circuit board, LCDs and panel, wherein, circuit board is located in housing, and circuit board is provided with electronic circuit; LCDs is located at the top of circuit board, and panel is located on housing; Described electronic circuit comprises Bluetooth chip U
2, display circuit, key scanning circuit, clock circuit, sampling with high precision circuit, Bluetooth signal receive with radiating circuit, backlight control circuit and battery electric quantity Acquisition Circuit.
In described a kind of motion wireless monitoring device, described circuit board is provided with battery mounting, and battery mounting is built with chargeable battery.
In described a kind of motion wireless monitoring device, described panel is provided with pellicle.
In described a kind of motion wireless monitoring device, described display circuit comprises LCDs U
1, wherein, LCDs U
1on 1 pin be connected to Bluetooth chip U
2on 16 pin, LCDs U
1on 2 pin be connected to Bluetooth chip U
2on 15 pin, LCDs U
1on 3 pin be connected to Bluetooth chip U
2on 14 pin, LCDs U
1on 4 pin be connected to Bluetooth chip U
2on 13 pin, LCDs U
1on 5 pin be connected to Bluetooth chip U
2on 12 pin, LCDs U
1on 6 pin be connected to Bluetooth chip U
2on 11 pin, LCDs U
1on 7 pin be connected to Bluetooth chip U
2on 9 pin, LCDs U
1on 8 pin be connected to Bluetooth chip U
2on 8 pin, LCDs U
1on 9 pin be connected to Bluetooth chip U
2on 7 pin, LCDs U
1on 10 pin be connected to Bluetooth chip U
2on 6 pin, LCDs U
1on 11 pin be connected to Bluetooth chip U
2on 5 pin, LCDs U
1on 12 pin be connected to Bluetooth chip U
2on 38 pin, LCDs U
1on 13 pin be connected to Bluetooth chip U
2on 37 pin, LCDs U
1on 14 pin be connected to Bluetooth chip U
2on 36 pin.
In described a kind of motion wireless monitoring device, described key scanning circuit comprises button one KEY
1, button two KEY
2, button three KEY
3, electric capacity one C
1, electric capacity two C
2, electric capacity three C
3, resistance one R
1, resistance two R
2, resistance three R
3with resistance four R
4, wherein, resistance one R
1an end be connected to positive pole export VCC, resistance one R
1the other end be connected to resistance two R
2one end and Bluetooth chip U
2on 18 pin, resistance two R
2the other end and resistance three R
3one end, button one KEY
1one end and electric capacity one C
1one end connect, resistance three R
3the other end and resistance four R
4one end, button two KEY
2one end and electric capacity two C
2one end connect, resistance four R
4the other end and button three KEY
3one end and electric capacity three C
3one end connect; Button one KEY
1the other end and electric capacity one C
1the other end connect, the node ground connection between them; Button two KEY
2the other end and electric capacity two C
2the other end connect, the node ground connection between them; Button three KEY
3the other end and electric capacity three C
32the other end connect, the node ground connection between them.
In described a kind of motion wireless monitoring device, described clock circuit comprises electric capacity four C
4, electric capacity five C
5with crystal X, wherein, 1 pin of crystal X is connected to Bluetooth chip U
2on 23 pin and electric capacity four C
4one end, 2 pin of crystal X are connected to electric capacity four C
4the other end, electric capacity five C
5one end and ground, 3 pin of crystal X are connected to Bluetooth chip U
2on 22 pin and electric capacity five C
5the other end, the 4 pin ground connection of crystal X.
In described a kind of motion wireless monitoring device, described sampling with high precision circuit comprises ADC chip U
5, ADC chip U
511 pin be connected to Bluetooth chip U
2on 17 pin, ADC chip U
512 pin be connected to Bluetooth chip U
2on 35 pin.
In described a kind of motion wireless monitoring device, described Bluetooth signal receives and comprises Bluetooth Receiver U with radiating circuit
3, Bluetooth antenna U
4, electric capacity six C
6, electric capacity seven C
7and inductance L, wherein, Bluetooth Receiver U
31 pin be connected to electric capacity six C
6one end and one end of inductance L, electric capacity six C
6other end ground connection, Bluetooth Receiver U
33 pin be connected to Bluetooth chip U
2on 26 pin, Bluetooth Receiver U
34 pin be connected to Bluetooth chip U
2on 25 pin, Bluetooth antenna U
41 pin be connected to the other end and electric capacity seven C of inductance L
7one end, electric capacity seven C
7other end ground connection.
In described a kind of motion wireless monitoring device, described backlight control circuit comprises LED and resistance five R
5, wherein, an end of LED is connected to Bluetooth chip U
2on 32 pin, the other end of LED and resistance five R
5one end connect, resistance five R
5the other end be connected to positive pole export VCC.
In described a kind of motion wireless monitoring device, described battery electric quantity Acquisition Circuit comprises resistance six R
6with resistance seven R
7, wherein, resistance six R
6an end be connected to positive pole input VBAT, resistance six R
6the other end be connected to Bluetooth chip U
2on 19 pin and resistance seven R
7one end, resistance seven R
7other end ground connection.
During use, the utility model is arranged on sports equipment, such as racket, tennis racket, prostrate device, chest-developer and chest expander etc., the parameter such as height, body weight of input motion person, the motion conditions such as the calorie of the utility model energy accurate recording run duration, consumption, by Bluetooth wireless transmission technology, the data collected are sent on corresponding intelligent terminal, sporter can carry out the supervision and analysis of system on intelligent terminal to motion, adjust amount of exercise targetedly, improve the validity of motion.
The utility model is applicable to multi-motion equipment, can carry out Real-Time Monitoring, have the feature of intellectual monitoring, accurate recording to motion.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of motion wireless monitoring device of the utility model.
Fig. 2 is the STRUCTURE DECOMPOSITION figure of a kind of motion wireless monitoring device of the utility model.
Fig. 3 is the circuit block diagram of a kind of motion wireless monitoring device of the utility model.
Fig. 4 is the display circuit figure in the utility model circuit.
Fig. 5 is the key scanning circuit figure in the utility model circuit.
Fig. 6 is the clocking scheme in the utility model circuit.
Fig. 7 is the sampling with high precision circuit diagram in the utility model circuit.
Fig. 8 is that the Bluetooth signal in the utility model circuit receives and radiating circuit figure.
Fig. 9 is the backlight control circuit figure in the utility model circuit.
Figure 10 is the battery electric quantity Acquisition Circuit figure in the utility model circuit.
In accompanying drawing 1 ~ 10,1 represents housing; 2 indication circuit plates; 2a represents battery mounting; 3 represent LCDs; 4 represent panel; 5 represent pellicle; 6 represent display circuit; 7 represent key scanning circuit; 8 represent clock circuit; 9 represent sampling with high precision circuit; 10 represent that Bluetooth signal receives and radiating circuit; 11 represent backlight control circuit; 12 represent battery electric quantity Acquisition Circuit.
U
1represent LCDs; U
2represent Bluetooth chip; U
3represent Bluetooth Receiver; U
4represent Bluetooth antenna; U
5represent ADC chip; X represents crystal; L represents inductance; LED represents light emitting diode; KEY
1represent button one; KEY
2represent button two; KEY
3represent button three; R
1~ R
7represent resistance one ~ resistance seven; C
1~ C
7represent electric capacity one ~ electric capacity seven.
Detailed description of the invention
Contrast accompanying drawing below, by embodiment, the utility model is described in further detail.
With reference to accompanying drawing 1 ~ 10, a kind of motion wireless monitoring device, this motion wireless monitoring device comprises housing 1, circuit board 2, LCDs 3, panel 4 and pellicle 5, wherein, circuit board 2 is located in housing 1, circuit board 2 is provided with battery mounting 2a, and battery mounting 2a is built with chargeable battery, and circuit board 2 is provided with electronic circuit; LCDs 3 is located at the top of circuit board 2, and panel 4 is located on housing 1; Panel 4 is provided with pellicle 5; Described electronic circuit comprises Bluetooth chip U
2, display circuit 6, key scanning circuit 7, clock circuit 8, sampling with high precision circuit 9, Bluetooth signal receive with radiating circuit 10, backlight control circuit 11 and battery electric quantity Acquisition Circuit 12, described Bluetooth chip U
2adopt CC2541 chip.
Described display circuit 6 comprises LCDs U
1, wherein, LCDs U
1on 1 pin be connected to Bluetooth chip U
2on 16 pin, LCDs U
1on 2 pin be connected to Bluetooth chip U
2on 15 pin, LCDs U
1on 3 pin be connected to Bluetooth chip U
2on 14 pin, LCDs U
1on 4 pin be connected to Bluetooth chip U
2on 13 pin, LCDs U
1on 5 pin be connected to Bluetooth chip U
2on 12 pin, LCDs U
1on 6 pin be connected to Bluetooth chip U
2on 11 pin, LCDs U
1on 7 pin be connected to Bluetooth chip U
2on 9 pin, LCDs U
1on 8 pin be connected to Bluetooth chip U
2on 8 pin, LCDs U
1on 9 pin be connected to Bluetooth chip U
2on 7 pin, LCDs U
1on 10 pin be connected to Bluetooth chip U
2on 6 pin, LCDs U
1on 11 pin be connected to Bluetooth chip U
2on 5 pin, LCDs U
1on 12 pin be connected to Bluetooth chip U
2on 38 pin, LCDs U
1on 13 pin be connected to Bluetooth chip U
2on 37 pin, LCDs U
1on 14 pin be connected to Bluetooth chip U
2on 36 pin.
Described key scanning circuit 7 comprises button one KEY
1, button two KEY
2, button three KEY
3, electric capacity one C
1, electric capacity two C
2, electric capacity three C
3, resistance one R
1, resistance two R
2, resistance three R
3with resistance four R
4, wherein, resistance one R
1an end be connected to positive pole export VCC, resistance one R
1the other end be connected to resistance two R
2one end and Bluetooth chip U
2on 18 pin, resistance two R
2the other end and resistance three R
3one end, button one KEY
1one end and electric capacity one C
1one end connect, resistance three R
3the other end and resistance four R
4one end, button two KEY
2one end and electric capacity two C
2one end connect, resistance four R
4the other end and button three KEY
3one end and electric capacity three C
3one end connect; Button one KEY
1the other end and electric capacity one C
1the other end connect, the node ground connection between them; Button two KEY
2the other end and electric capacity two C
2the other end connect, the node ground connection between them; Button three KEY
3the other end and electric capacity three C
32the other end connect, the node ground connection between them.
Described clock circuit 8 comprises electric capacity four C
4, electric capacity five C
5with crystal X, wherein, 1 pin of crystal X is connected to Bluetooth chip U
2on 23 pin and electric capacity four C
4one end, 2 pin of crystal X are connected to electric capacity four C
4the other end, electric capacity five C
5one end and ground, 3 pin of crystal X are connected to Bluetooth chip U
2on 22 pin and electric capacity five C
5the other end, the 4 pin ground connection of crystal X.
Described sampling with high precision circuit 9 comprises ADC chip U
5, ADC chip U
511 pin be connected to Bluetooth chip U
2on 17 pin, ADC chip U
512 pin be connected to Bluetooth chip U
2on 35 pin.
Described Bluetooth signal receives and comprises Bluetooth Receiver U with radiating circuit 10
3, Bluetooth antenna U
4, electric capacity six C
6, electric capacity seven C
7and inductance L, wherein, Bluetooth Receiver U
31 pin be connected to electric capacity six C
6one end and one end of inductance L, electric capacity six C
6other end ground connection, Bluetooth Receiver U
33 pin be connected to Bluetooth chip U
2on 26 pin, Bluetooth Receiver U
34 pin be connected to Bluetooth chip U
2on 25 pin, Bluetooth antenna U
41 pin be connected to the other end and electric capacity seven C of inductance L
7one end, electric capacity seven C
7other end ground connection.
Described backlight control circuit 11 comprises LED and resistance five R
5, wherein, an end of LED is connected to Bluetooth chip U
2on 32 pin, the other end of LED and resistance five R
5one end connect, resistance five R
5the other end be connected to positive pole export VCC.
Described battery electric quantity Acquisition Circuit 12 comprises resistance six R
6with resistance seven R
7, wherein, resistance six R
6an end be connected to positive pole input VBAT, resistance six R
6the other end be connected to Bluetooth chip U
2on 19 pin and resistance seven R
7one end, resistance seven R
7other end ground connection.
The utility model is contained on racket, table tennis bat, chest expander, chest-developer and prostrate device with the use of, the duration of energy accurate recording sporter in motion process, number of times, calculate the calorie consumed, and each exercise data Bluetooth transmission is carried out system monitoring management to intelligent terminal, facilitate sporter to carry out specific aim adjustment according to personal considerations to motion.
Claims (10)
1. a motion wireless monitoring device, it is characterized in that this motion wireless monitoring device comprises housing, circuit board, LCDs and panel, wherein, circuit board is located in housing, and circuit board is provided with electronic circuit; LCDs is located at the top of circuit board, and panel is located on housing; Described electronic circuit comprises Bluetooth chip U
2, display circuit, key scanning circuit, clock circuit, sampling with high precision circuit, Bluetooth signal receive with radiating circuit, backlight control circuit and battery electric quantity Acquisition Circuit.
2. a kind of motion wireless monitoring device according to claim 1, is characterized in that described circuit board is provided with battery mounting.
3. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described panel is provided with pellicle.
4. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described display circuit comprises LCDs U
1, wherein, LCDs U
1on 1 pin be connected to Bluetooth chip U
2on 16 pin, LCDs U
1on 2 pin be connected to Bluetooth chip U
2on 15 pin, LCDs U
1on 3 pin be connected to Bluetooth chip U
2on 14 pin, LCDs U
1on 4 pin be connected to Bluetooth chip U
2on 13 pin, LCDs U
1on 5 pin be connected to Bluetooth chip U
2on 12 pin, LCDs U
1on 6 pin be connected to Bluetooth chip U
2on 11 pin, LCDs U
1on 7 pin be connected to Bluetooth chip U
2on 9 pin, LCDs U
1on 8 pin be connected to Bluetooth chip U
2on 8 pin, LCDs U
1on 9 pin be connected to Bluetooth chip U
2on 7 pin, LCDs U
1on 10 pin be connected to Bluetooth chip U
2on 6 pin, LCDs U
1on 11 pin be connected to Bluetooth chip U
2on 5 pin, LCDs U
1on 12 pin be connected to Bluetooth chip U
2on 38 pin, LCDs U
1on 13 pin be connected to Bluetooth chip U
2on 37 pin, LCDs U
1on 14 pin be connected to Bluetooth chip U
2on 36 pin.
5. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described key scanning circuit comprises button one KEY
1, button two KEY
2, button three KEY
3, electric capacity one C
1, electric capacity two C
2, electric capacity three C
3, resistance one R
1, resistance two R
2, resistance three R
3with resistance four R
4, wherein, resistance one R
1an end be connected to positive pole export VCC, resistance one R
1the other end be connected to resistance two R
2one end and Bluetooth chip U
2on 18 pin, resistance two R
2the other end and resistance three R
3one end, button one KEY
1one end and electric capacity one C
1one end connect, resistance three R
3the other end and resistance four R
4one end, button two KEY
2one end and electric capacity two C
2one end connect, resistance four R
4the other end and button three KEY
3one end and electric capacity three C
3one end connect; Button one KEY
1the other end and electric capacity one C
1the other end connect, the node ground connection between them; Button two KEY
2the other end and electric capacity two C
2the other end connect, the node ground connection between them; Button three KEY
3the other end and electric capacity three C
32the other end connect, the node ground connection between them.
6. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described clock circuit comprises electric capacity four C
4, electric capacity five C
5with crystal X, wherein, 1 pin of crystal X is connected to Bluetooth chip U
2on 23 pin and electric capacity four C
4one end, 2 pin of crystal X are connected to electric capacity four C
4the other end, electric capacity five C
5one end and ground, 3 pin of crystal X are connected to Bluetooth chip U
2on 22 pin and electric capacity five C
5the other end, the 4 pin ground connection of crystal X.
7. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described sampling with high precision circuit comprises ADC chip U
5, ADC chip U
511 pin be connected to Bluetooth chip U
2on 17 pin, ADC chip U
512 pin be connected to Bluetooth chip U
2on 35 pin.
8. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described Bluetooth signal receives and comprises Bluetooth Receiver U with radiating circuit
3, Bluetooth antenna U
4, electric capacity six C
6, electric capacity seven C
7and inductance L, wherein, Bluetooth Receiver U
31 pin be connected to electric capacity six C
6one end and one end of inductance L, electric capacity six C
6other end ground connection, Bluetooth Receiver U
33 pin be connected to Bluetooth chip U
2on 26 pin, Bluetooth Receiver U
34 pin be connected to Bluetooth chip U
2on 25 pin, Bluetooth antenna U
41 pin be connected to the other end and electric capacity seven C of inductance L
7one end, electric capacity seven C
7other end ground connection.
9. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described backlight control circuit comprises LED and resistance five R
5, wherein, an end of LED is connected to Bluetooth chip U
2on 32 pin, the other end of LED and resistance five R
5one end connect, resistance five R
5the other end be connected to positive pole export VCC.
10. a kind of motion wireless monitoring device according to claim 1 and 2, is characterized in that described battery electric quantity Acquisition Circuit comprises resistance six R
6with resistance seven R
7, wherein, resistance six R
6an end be connected to positive pole input VBAT, resistance six R
6the other end be connected to Bluetooth chip U
2on 19 pin and resistance seven R
7one end, resistance seven R
7other end ground connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520284336.5U CN204601566U (en) | 2015-05-05 | 2015-05-05 | A kind of motion wireless monitoring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520284336.5U CN204601566U (en) | 2015-05-05 | 2015-05-05 | A kind of motion wireless monitoring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204601566U true CN204601566U (en) | 2015-09-02 |
Family
ID=53954159
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520284336.5U Expired - Fee Related CN204601566U (en) | 2015-05-05 | 2015-05-05 | A kind of motion wireless monitoring device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204601566U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116631579A (en) * | 2022-11-29 | 2023-08-22 | 广州源动智慧体育科技有限公司 | Calorie calculation method, device, equipment and storage medium |
-
2015
- 2015-05-05 CN CN201520284336.5U patent/CN204601566U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116631579A (en) * | 2022-11-29 | 2023-08-22 | 广州源动智慧体育科技有限公司 | Calorie calculation method, device, equipment and storage medium |
| CN116631579B (en) * | 2022-11-29 | 2024-02-06 | 广州源动智慧体育科技有限公司 | Calorie calculation method, device, equipment and storage medium |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150902 Termination date: 20210505 |