CN105797353B - A kind of supervising device for eight-section brocade training bracelet - Google Patents
A kind of supervising device for eight-section brocade training bracelet Download PDFInfo
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- CN105797353B CN105797353B CN201610271007.6A CN201610271007A CN105797353B CN 105797353 B CN105797353 B CN 105797353B CN 201610271007 A CN201610271007 A CN 201610271007A CN 105797353 B CN105797353 B CN 105797353B
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/06—Indicating or scoring devices for games or players, or for other sports activities
- A63B71/0619—Displays, user interfaces and indicating devices, specially adapted for sport equipment, e.g. display mounted on treadmills
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B24/00—Electric or electronic controls for exercising apparatus of preceding groups; Controlling or monitoring of exercises, sportive games, training or athletic performances
- A63B24/0003—Analysing the course of a movement or motion sequences during an exercise or trainings sequence, e.g. swing for golf or tennis
- A63B24/0006—Computerised comparison for qualitative assessment of motion sequences or the course of a movement
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/06—Indicating or scoring devices for games or players, or for other sports activities
- A63B71/0619—Displays, user interfaces and indicating devices, specially adapted for sport equipment, e.g. display mounted on treadmills
- A63B2071/065—Visualisation of specific exercise parameters
- A63B2071/0652—Visualisation or indication relating to symmetrical exercise, e.g. right-left performance related to spinal column
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/06—Indicating or scoring devices for games or players, or for other sports activities
- A63B71/0619—Displays, user interfaces and indicating devices, specially adapted for sport equipment, e.g. display mounted on treadmills
- A63B2071/0658—Position or arrangement of display
- A63B2071/0661—Position or arrangement of display arranged on the user
- A63B2071/0663—Position or arrangement of display arranged on the user worn on the wrist, e.g. wrist bands
Abstract
The invention discloses a kind of supervising device for eight-section brocade training bracelet, it includes microcontroller, heart rate and blood oxygen sensing unit, position sensing unit, memory cell, push-button unit, display unit, communication interface unit, music unit and charhing unit；Its advantage is：The present invention realizes the record of the curvilinear motion track data in making to body-care actuating, so as to the data comparison with standard operation, to reach the purpose for checking training effect, individual is had further understanding to oneself health.
Description
Technical field
The invention belongs to intelligent body-building equipment technology field, is related to a kind of supervising device for eight-section brocade training bracelet.
Background technology
Existing Intelligent bracelet is the principle using 3-axis acceleration sensor, sensing human body shaking in all directions
It is dynamic, so as to realize the purpose that running number is recorded in motion.But this mode can't be completed to make body-care actuating
The detection of middle curvilinear motion track, it is impossible to which the degree taken exercise is examined in some training to traditional health care works etc..Present intelligent hand
Ring, it is merely able to record and obtains running step number.
Conventional motion works by representative of eight-section brocade be not the number using step number as principal character, it is but rich with upper limbs
Based on rich motion change.And the Intelligent bracelet listed at present is only capable of monitoring step number, the change for upper extremity exercise track can not
Monitored in real time.Therefore, also the movement locus of the conventional motion works such as eight-section brocade can not just be analyzed.
The content of the invention
The technical problems to be solved by the invention are to provide track and heart rate and the Pulse Rate of a kind of automatic operation of recording of energy
According to be used for eight-section brocade training bracelet supervising device.
Technical scheme is used by solve above-mentioned technical problem：A kind of monitoring dress for eight-section brocade training bracelet
Put, it includes microcontroller, heart rate and blood oxygen sensing unit, position sensing unit and memory cell；The heart rate and blood oxygen pass
Feel the corresponding port of unit and position sensing unit respectively with the microcontroller to be bi-directionally connected；The microcontroller, heart rate and
Blood oxygen sensing unit, position sensing unit and memory cell are separately positioned on eight-section brocade training bracelet.
The heart rate and blood oxygen sensing unit include first sensor U2, electric capacity C3-C4 and resistance R4-R6；The position
Sensing unit includes second sensor U5,3rd sensor U4, resistance R32-R33, electric capacity C16-20 and electric capacity C36-C37；
The memory cell includes memory module U1, resistance R1-R3 and electric capacity C1-C2；The microcontroller include single-chip microcomputer U3 and its
Peripheral circuit；
3 pin of the first sensor U2 connect 30 pin of the single-chip microcomputer U3；2 pin of the first sensor U2 connect described
Single-chip microcomputer U3 29 pin；13 pin of the first sensor U2 connect 20 pin of the single-chip microcomputer U3；The electric capacity C3 is connected on described
Between first sensor U2 4 pin and 11 pin；The electric capacity C4 is connected between 9 pin and ground of the first sensor U2；It is described
First sensor U2 9 pin and 10 pin connect 3.3V dc sources respectively；11 pin of the first sensor U2 connect 1.8V direct currents
Source；4 pin and 12 pin of the first sensor U2 are grounded respectively；
15 pin of the second sensor U5 connect single-chip microcomputer U3 22 pin；1 pin of the second sensor U5 connects the 3rd biography
Sensor U4 7 pin；16 pin of the second sensor U5 connect 3rd sensor U4 6 pin；The electric capacity C16 is connected on the second sensing
Between device U5 10 pin and ground；The electric capacity C17 is connected between second sensor U5 8 pin and 12 pin；The electric capacity C36 is connected on
Between 3.3V dc sources and ground；2 pin, 13 pin and 4 pin of the second sensor U5 connect 3.3V dc sources respectively；Described
Two sensor U5 9 pin, 11 pin and 17 pin are grounded respectively；
6 pin of the 3rd sensor U4 connect second sensor U5 1 pin；7 pin of the 3rd sensor U4 connect second
Sensor U5 16 pin；23 pin of the 3rd sensor U4 connect single-chip microcomputer U3 29 pin；24 pin of the 3rd sensor U4
Connect single-chip microcomputer U3 30 pin；12 pin of the 3rd sensor U4 connect single-chip microcomputer U3 27 pin；The electric capacity C18 is connected on the 3rd biography
Between sensor U4 20 pin and ground；The electric capacity C19 is connected between 3rd sensor U4 10 pin and ground；The electric capacity C20 connects
Between 3rd sensor U4 8 pin and ground；The electric capacity C37 is connected between 3.3V dc sources and ground；The resistance R32 connects
Between 3rd sensor U4 24 pin and 3.3V dc sources；The resistance R33 be connected on 3rd sensor U4 23 pin with
Between 3.3V dc sources；13 pin and 8 pin of the 3rd sensor U4 connect 3.3V dc sources respectively；The 3rd sensor
U4 1 pin, 11 pin, 18 pin, 25 pin and 9 pin are grounded respectively；
The data terminals DQ0-DQ7 of the memory module U1 connects the 37-40 pin of the single-chip microcomputer U3,51-53 pin respectively
With 2 pin；16 pin of the memory module U1 connect single-chip microcomputer U3 45 pin；17 pin of the memory module U1 connect the 44 of single-chip microcomputer U3
Pin；18 pin of the memory module U1 connect single-chip microcomputer U3 26 pin；8 pin of the memory module U1 connect single-chip microcomputer U3 25 pin；
9 pin of the memory module U1 connect single-chip microcomputer U3 24 pin；19 pin of the memory module U1 connect single-chip microcomputer U3 23 pin；It is described
Memory module U1 7 pin connect single-chip microcomputer U3 33 pin；The resistance R1 is connected between memory module U1 12 pin and 7 pin；It is described
Resistance R2 is connected between memory module U1 12 pin and 19 pin；The resistance R3 is connected on memory module U1 9 pin and 3.3V direct currents
Between power supply；The electric capacity C2 is connected between memory module U1 12 pin and 13 pin；12 pin and 37 pin of the memory module U1
3.3V dc sources are connect respectively；13 pin and 36 pin of the memory module U1 are grounded respectively.
Said apparatus also includes push-button unit；The push-button unit is arranged on eight-section brocade training bracelet；The button list
Member includes key-press module K1 and resistance R24-R26；The resistance R24 be connected on key-press module K1 4 pin and 3.3V dc sources it
Between；The resistance R25 is connected between key-press module K1 3 pin and 3.3V dc sources；The resistance R26 is connected on key-press module K1
2 pin and 3.3V dc sources between；Key-press module K1 1 pin and 5 pin is grounded respectively；The 4 pin orders of the key-press module K1
Piece machine U3 9 pin；3 pin of the key-press module K1 connect single-chip microcomputer U3 10 pin；2 pin of the key-press module K1 meet single-chip microcomputer U3
11 pin.
Said apparatus also includes display unit；The display unit is arranged on eight-section brocade training bracelet；The display is single
Member includes liquid crystal display module J4, resistance R21, resistance R23, resistance R29-R31 and transistor Q1；
3 pin of the liquid crystal display module J4 connect the source electrode of the transistor Q1；The resistance R23 and resistance R29 goes here and there
Connection is followed by between the grid and ground of the transistor Q1；The resistance R23 and resistance R29 node connects the 34 of single-chip microcomputer U3
Pin；The grounded drain of the transistor Q1；6 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 35 pin；The liquid crystal
Display panel module J4 7 pin connect single-chip microcomputer U3 36 pin；8 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 59 pin；
9 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 58 pin；12 pin of the liquid crystal display module J4 connect single-chip microcomputer
U3 57 pin；10 pin and 11 pin of the liquid crystal display module J4 connect 3.3V dc sources respectively；The LCDs mould
Block J4 2 pin and 13 pin are grounded respectively；The resistance R21 be connected on liquid crystal display module J4 12 pin and 3.3V dc sources it
Between；The resistance R30 is connected between liquid crystal display module J4 8 pin and 3.3V dc sources；The resistance R31 is connected on liquid crystal
Between display panel module J4 9 pin and 3.3V dc sources.
Said apparatus also includes communication interface unit；The communication interface unit is arranged on eight-section brocade training bracelet；Institute
Stating communication interface unit includes USB interface J3；2 pin of the USB interface J3 connect single-chip microcomputer U3 42 pin；The USB interface J3
3 pin connect single-chip microcomputer U3 43 pin；4 pin of the USB interface J3 connect single-chip microcomputer U3 60 pin；5 pin of the USB interface J3 connect
Ground.
Said apparatus also includes music unit；The music unit is arranged on eight-section brocade training bracelet；The music list
Member includes music module, power amplifier module and switch module；The music module includes MP3 chips U10, resistance R20, electric capacity C33
With electric capacity C35；Power amplifier module includes audio frequency power amplifier chip U9, resistance R17-R19, electric capacity C28-C32, loudspeaker SP1, port
DAC_N and port DAC_P；The switch module includes triode Q2, transistor Q3 and resistance R15-R16；
The base stage of the triode Q2 connects single-chip microcomputer U3 62 pin through resistance R16；The grounded emitter of the triode Q2；
The colelctor electrode of the triode Q2 connects transistor Q3 grid；The source electrode of the transistor Q3 connects external dc power；The electricity
Resistance R15 is connected between transistor Q3 grid and source electrode；
12 pin of the MP3 chips U10 connect transistor Q3 drain electrode；9 pin of the MP3 chips U10 connect audio frequency power amplifier core
Piece U9 port DAC_P；10 pin of the MP3 chips U10 meet audio frequency power amplifier chip U9 port DAC_N；The MP3 chips
U10 15 pin connect single-chip microcomputer U3 16 pin；14 pin of the MP3 chips U10 connect single-chip microcomputer U3 17 pin；The resistance R20 connects
Between MP3 chips U10 4 pin and 3.3V dc sources；The electric capacity C33 is connected between MP3 chips U10 7 pin and ground；Institute
Electric capacity C35 is stated to be connected between MP3 chips U10 12 pin and ground；8 pin and 13 pin of the MP3 chips U10 are grounded respectively；
1 pin of the audio frequency power amplifier chip U9 connects single-chip microcomputer U3 8 pin；6 pin of the audio frequency power amplifier chip U9 connect crystal
Pipe Q3 drain electrode；Audio frequency power amplifier chip U9 port DAC_N connects audio frequency power amplifier core through electric capacity C30, resistance R17, electric capacity C31 successively
Piece U9 4 pin；Audio frequency power amplifier chip U9 port DAC_P connects audio frequency power amplifier core through electric capacity C32, resistance R19, electric capacity C31 successively
Piece U9 4 pin；The both ends of the loudspeaker SP1 connect audio frequency power amplifier chip U9 8 pin and 5 pin respectively；The resistance R18 is connected on sound
Between frequency power amplifier chips U9 4 pin and 5 pin；The electric capacity C28 is connected between audio frequency power amplifier chip U9 6 pin and ground；The electricity
Hold C29 to be connected between audio frequency power amplifier chip U9 2 pin and ground；Audio frequency power amplifier chip U9 2 pin connect its 3 pin.
Said apparatus also includes charhing unit；The charhing unit includes power module U8, resistance R14, resistance R28 and electricity
Hold C25-C26；3 pin of the power module U8 connect the positive pole of external dc power；4 pin of the power module U8 meet USB and connect
Mouth J3 1 pin；The electric capacity C26 is connected on external dc power both ends；The electric capacity C25 is connected on power module U8 4 pin and 2 pin
Between；The resistance R28 is connected between power module U8 1 pin and 3.3V dc sources；The resistance R14 is connected on power module
Between U8 5 pin and ground.
The beneficial effects of the invention are as follows：The present invention realizes the curvilinear motion track data in making to body-care actuating
Record, so as to the data comparison with standard operation, to reach the purpose for checking training effect, make individual to oneself body
Situation has further understanding.
Brief description of the drawings
Fig. 1 is principle of the invention block diagram.
Fig. 2 is single chip computer architecture figure.
Fig. 3 is heart rate and blood oxygen sensing unit circuit theory diagrams.
Fig. 4 is the circuit theory diagrams that the second sensor of position sensing unit is formed.
Fig. 5 is the circuit theory diagrams that the 3rd sensor of position sensing unit is formed.
Fig. 6 is storage unit circuit schematic diagram.
Fig. 7 is push-button unit circuit theory diagrams.
Fig. 8 is display unit circuit schematic diagram.
Fig. 9 is communication interface unit circuit theory diagrams.
Figure 10 is music module circuit theory diagrams.
Figure 11 is switch module circuit theory diagrams.
Figure 12 is power amplifier modular circuit schematic diagram.
Figure 13 is charhing unit circuit theory diagrams.
Embodiment
From the embodiment shown in Fig. 1-13, it include microcontroller, heart rate and blood oxygen sensing unit, position sensing
Unit and memory cell；The heart rate and blood oxygen sensing unit and position sensing the unit respective end with the microcontroller respectively
Mouth is bi-directionally connected；The microcontroller, heart rate and blood oxygen sensing unit, position sensing unit and memory cell are separately positioned on eight
On section brocade training bracelet.
The heart rate and blood oxygen sensing unit include first sensor U2, electric capacity C3-C4 and resistance R4-R6；The position
Sensing unit includes second sensor U5,3rd sensor U4, resistance R32-R33, electric capacity C16-20 and electric capacity C36-C37；
The memory cell includes memory module U1, resistance R1-R3 and electric capacity C1-C2；The microcontroller include single-chip microcomputer U3 and its
Peripheral circuit；
3 pin of the first sensor U2 connect 30 pin of the single-chip microcomputer U3；2 pin of the first sensor U2 connect described
Single-chip microcomputer U3 29 pin；13 pin of the first sensor U2 connect 20 pin of the single-chip microcomputer U3；The electric capacity C3 is connected on described
Between first sensor U2 4 pin and 11 pin；The electric capacity C4 is connected between 9 pin and ground of the first sensor U2；It is described
First sensor U2 9 pin and 10 pin connect 3.3V dc sources respectively；11 pin of the first sensor U2 connect 1.8V direct currents
Source；4 pin and 12 pin of the first sensor U2 are grounded respectively；
15 pin of the second sensor U5 connect single-chip microcomputer U3 22 pin；1 pin of the second sensor U5 connects the 3rd biography
Sensor U4 7 pin；16 pin of the second sensor U5 connect 3rd sensor U4 6 pin；The electric capacity C16 is connected on the second sensing
Between device U5 10 pin and ground；The electric capacity C17 is connected between second sensor U5 8 pin and 12 pin；The electric capacity C36 is connected on
Between 3.3V dc sources and ground；2 pin, 13 pin and 4 pin of the second sensor U5 connect 3.3V dc sources respectively；Described
Two sensor U5 9 pin, 11 pin and 17 pin are grounded respectively；
6 pin of the 3rd sensor U4 connect second sensor U5 1 pin；7 pin of the 3rd sensor U4 connect second
Sensor U5 16 pin；23 pin of the 3rd sensor U4 connect single-chip microcomputer U3 29 pin；24 pin of the 3rd sensor U4
Connect single-chip microcomputer U3 30 pin；12 pin of the 3rd sensor U4 connect single-chip microcomputer U3 27 pin；The electric capacity C18 is connected on the 3rd biography
Between sensor U4 20 pin and ground；The electric capacity C19 is connected between 3rd sensor U4 10 pin and ground；The electric capacity C20 connects
Between 3rd sensor U4 8 pin and ground；The electric capacity C37 is connected between 3.3V dc sources and ground；The resistance R32 connects
Between 3rd sensor U4 24 pin and 3.3V dc sources；The resistance R33 be connected on 3rd sensor U4 23 pin with
Between 3.3V dc sources；13 pin and 8 pin of the 3rd sensor U4 connect 3.3V dc sources respectively；The 3rd sensor
U4 1 pin, 11 pin, 18 pin, 25 pin and 9 pin are grounded respectively；
The data terminals DQ0-DQ7 of the memory module U1 connects the 37-40 pin of the single-chip microcomputer U3,51-53 pin respectively
With 2 pin；16 pin of the memory module U1 connect single-chip microcomputer U3 45 pin；17 pin of the memory module U1 connect the 44 of single-chip microcomputer U3
Pin；18 pin of the memory module U1 connect single-chip microcomputer U3 26 pin；8 pin of the memory module U1 connect single-chip microcomputer U3 25 pin；
9 pin of the memory module U1 connect single-chip microcomputer U3 24 pin；19 pin of the memory module U1 connect single-chip microcomputer U3 23 pin；It is described
Memory module U1 7 pin connect single-chip microcomputer U3 33 pin；The resistance R1 is connected between memory module U1 12 pin and 7 pin；It is described
Resistance R2 is connected between memory module U1 12 pin and 19 pin；The resistance R3 is connected on memory module U1 9 pin and 3.3V direct currents
Between power supply；The electric capacity C2 is connected between memory module U1 12 pin and 13 pin；12 pin and 37 pin of the memory module U1
3.3V dc sources are connect respectively；13 pin and 36 pin of the memory module U1 are grounded respectively.
Said apparatus also includes push-button unit；The push-button unit is arranged on eight-section brocade training bracelet；The button list
Member includes key-press module K1 and resistance R24-R26；The resistance R24 be connected on key-press module K1 4 pin and 3.3V dc sources it
Between；The resistance R25 is connected between key-press module K1 3 pin and 3.3V dc sources；The resistance R26 is connected on key-press module K1
2 pin and 3.3V dc sources between；Key-press module K1 1 pin and 5 pin is grounded respectively；The 4 pin orders of the key-press module K1
Piece machine U3 9 pin；3 pin of the key-press module K1 connect single-chip microcomputer U3 10 pin；2 pin of the key-press module K1 meet single-chip microcomputer U3
11 pin.
Said apparatus also includes display unit；The display unit is arranged on eight-section brocade training bracelet；The display is single
Member includes liquid crystal display module J4, resistance R21, resistance R23, resistance R29-R31 and transistor Q1；
3 pin of the liquid crystal display module J4 connect the source electrode of the transistor Q1；The resistance R23 and resistance R29 goes here and there
Connection is followed by between the grid and ground of the transistor Q1；The resistance R23 and resistance R29 node connects the 34 of single-chip microcomputer U3
Pin；The grounded drain of the transistor Q1；6 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 35 pin；The liquid crystal
Display panel module J4 7 pin connect single-chip microcomputer U3 36 pin；8 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 59 pin；
9 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 58 pin；12 pin of the liquid crystal display module J4 connect single-chip microcomputer
U3 57 pin；10 pin and 11 pin of the liquid crystal display module J4 connect 3.3V dc sources respectively；The LCDs mould
Block J4 2 pin and 13 pin are grounded respectively；The resistance R21 be connected on liquid crystal display module J4 12 pin and 3.3V dc sources it
Between；The resistance R30 is connected between liquid crystal display module J4 8 pin and 3.3V dc sources；The resistance R31 is connected on liquid crystal
Between display panel module J4 9 pin and 3.3V dc sources.
Said apparatus also includes communication interface unit；The communication interface unit is arranged on eight-section brocade training bracelet；Institute
Stating communication interface unit includes USB interface J3；2 pin of the USB interface J3 connect single-chip microcomputer U3 42 pin；The USB interface J3
3 pin connect single-chip microcomputer U3 43 pin；4 pin of the USB interface J3 connect single-chip microcomputer U3 60 pin；5 pin of the USB interface J3 connect
Ground.
Said apparatus also includes music unit；The music unit is arranged on eight-section brocade training bracelet；The music list
Member includes music module, power amplifier module and switch module；The music module includes MP3 chips U10, resistance R20, electric capacity C33
With electric capacity C35；Power amplifier module includes audio frequency power amplifier chip U9, resistance R17-R19, electric capacity C28-C32, loudspeaker SP1, port
DAC_N and port DAC_P；The switch module includes triode Q2, transistor Q3 and resistance R15-R16；
The base stage of the triode Q2 connects single-chip microcomputer U3 62 pin through resistance R16；The grounded emitter of the triode Q2；
The colelctor electrode of the triode Q2 connects transistor Q3 grid；The source electrode of the transistor Q3 connects external dc power；The electricity
Resistance R15 is connected between transistor Q3 grid and source electrode；
12 pin of the MP3 chips U10 connect transistor Q3 drain electrode；9 pin of the MP3 chips U10 connect audio frequency power amplifier core
Piece U9 port DAC_P；10 pin of the MP3 chips U10 meet audio frequency power amplifier chip U9 port DAC_N；The MP3 chips
U10 15 pin connect single-chip microcomputer U3 16 pin；14 pin of the MP3 chips U10 connect single-chip microcomputer U3 17 pin；The resistance R20 connects
Between MP3 chips U10 4 pin and 3.3V dc sources；The electric capacity C33 is connected between MP3 chips U10 7 pin and ground；Institute
Electric capacity C35 is stated to be connected between MP3 chips U10 12 pin and ground；8 pin and 13 pin of the MP3 chips U10 are grounded respectively；
1 pin of the audio frequency power amplifier chip U9 connects single-chip microcomputer U3 8 pin；6 pin of the audio frequency power amplifier chip U9 connect crystal
Pipe Q3 drain electrode；Audio frequency power amplifier chip U9 port DAC_N connects audio frequency power amplifier core through electric capacity C30, resistance R17, electric capacity C31 successively
Piece U9 4 pin；Audio frequency power amplifier chip U9 port DAC_P connects audio frequency power amplifier core through electric capacity C32, resistance R19, electric capacity C31 successively
Piece U9 4 pin；The both ends of the loudspeaker SP1 connect audio frequency power amplifier chip U9 8 pin and 5 pin respectively；The resistance R18 is connected on sound
Between frequency power amplifier chips U9 4 pin and 5 pin；The electric capacity C28 is connected between audio frequency power amplifier chip U9 6 pin and ground；The electricity
Hold C29 to be connected between audio frequency power amplifier chip U9 2 pin and ground；Audio frequency power amplifier chip U9 2 pin connect its 3 pin.
Said apparatus also includes charhing unit；The charhing unit includes power module U8, resistance R14, resistance R28 and electricity
Hold C25-C26；3 pin of the power module U8 connect the positive pole of external dc power；4 pin of the power module U8 meet USB and connect
Mouth J3 1 pin；The electric capacity C26 is connected on external dc power both ends；The electric capacity C25 is connected on power module U8 4 pin and 2 pin
Between；The resistance R28 is connected between power module U8 1 pin and 3.3V dc sources；The resistance R14 is connected on power module
Between U8 5 pin and ground.
The model MAX30100EFD of the first sensor U2；The model HMC5883L of the second sensor U5；
The model MPU-6050 of the 3rd sensor U4；The model K9F1G08U0D of the memory module U1；The single-chip microcomputer
U3 model STM32F103RCT6；The model YH6852 of the key-press module K1；The type of the liquid crystal display module J4
Number it is 1.44 cun of TFT liquid crystal displays；The model AO3402 of the transistor Q1；The model MX6200 of the MP3 chips U10；
The model XPT4890S of the audio frequency power amplifier chip U9；The model 8050 of the triode Q2；The type of the transistor Q3
Number it is AO3401；The model TP4054 of the power module U8.
The invention belongs to a kind of intellectual technology for detecting fitness training effect quality, for the conventional motion work(such as eight-section brocade
The movement locus of method is analyzed and monitored, and the present invention is worn at the wrist of body-building people, recorder can be moved automatically when taking exercise
The track of work, so as to be compared with standard operation, play the purpose for checking training effect.
Existing Intelligent bracelet is the principle using 3-axis acceleration sensor, sensing human body shaking in all directions
It is dynamic, so as to realize the purpose that running number is recorded in motion.But this mode can't be completed to make body-care actuating
The detection of middle curvilinear motion track, it is impossible to which the degree taken exercise is examined in some training to traditional health care works etc..
The present invention is to install and use nine axle sensors on training bracelet, is passed by three axle geomagnetic sensors, three axis accelerometer
Sensor determines the position in 6 directions simultaneously, motion track, angular speed is measured, to differentiate motion state.Also increase heart arteries and veins and blood oxygen
Sensor, to reach the functions such as detection heart rate.When people trains, these data are stored, by USB interface/bluetooth/
WIFI is transferred data on computer or mobile phone, is compared with the data of standard operation training, training action is checked so as to reach
Whether purpose in place.
The present invention can only count step number for existing Intelligent bracelet and can not detect body-care actuating and move along a curved path track
The defects of, using nine axle sensors and heart arteries and veins, the method for blood oxygen transducer are installed in bracelet device, when progress eight-section brocade body-building
When behaviour takes exercise, by the data such as operation of recording track and heart rate pulse, match with standard operation, can learn that oneself is trained
Effect how, so as to have the function that physical fitness.
It is to be directed to the action of eight-section brocade setting-up exercises and use nine axle sensors, heart arteries and veins and blood oxygen that eight-section brocade, which trains special bracelet,
Sensor, a Intelligent bracelet designed.In the case of no coach directed, by checking that the data of record are moved with standard
The contrast of work, so as to learn the effect of oneself exercise, reach the purpose for improving training action.The heart on bracelet can also be used
Arteries and veins and blood oxygen transducer obtain heart rate, the data of blood pressure, for understanding of the individual to oneself health.
For present Intelligent bracelet, the defects of record obtains running number is merely able to, this device realizes to be grasped to body-care
The record of curvilinear motion track data in action.So as to the data comparison with standard operation, it can reach and check training effect
Purpose.
The Core Microcontroller of Intelligent bracelet is with embedded-microcontroller STM32F103RCT6 integrated circuit, mainly
Complete the control to other modular circuits.
Communication interface unit is used to make radio communication between the training bracelet of user and smart mobile phone or computer to connect, will
The action data of record is sent in computer or cell phone software, so as to check the situation of exercise.The mode mainly used connects for USB
Mouthful.
Position sensing unit is nine axle sensors；It include the combination gyroscope of MPU-6050 models and accelerator and with
The compass geomagnetic sensor of HMC5883L models, while the position in 6 directions is determined, motion track, measure angular speed, Neng Goushi
Do not move work.
Heart rate and blood oxygen sensing unit are radiated at from MAX30100EFD+ through the light-emittingdiode (LED) of different wave length
The physiological values such as heart rate, blood pressure and blood oxygen are measured on skin.
Push-button unit completes power and energy and the selection of Intelligent bracelet.
Display unit includes liquid crystal display display screen, and some basic function parameters of Intelligent bracelet are shown in 1.44TFT liquid crystal
On screen, to facilitate user to enter the reading of row information.
The data of unit records training action, and stored.After taking exercise and terminating, meter is transferred to
Calculation machine or mobile phone are handled and analyzed, and then check whether to meet standard and the gap with its standard operation.Using progress
The component of storage is K9F1G08U0D.
Charging chip in charhing unit uses TP4054, and the purpose for choosing the model is it using constant current/constant
Voltage linear charger, USB power source and adaptor power supplies can be adapted to work.
Music unit includes music module and switch module；Power amplifier module carries out Audio power amplifier, pacifies in Intelligent bracelet
A loudspeaker are filled；Music module mainly stores to the song lyric required for training.
Embodiment described above is only the preferred embodiments of the present invention, and the simultaneously exhaustion of non-invention possible embodiments.
For persons skilled in the art, to any aobvious made by it on the premise of without departing substantially from the principle of the invention and spirit
And the change being clear to, it should all be contemplated as falling with the claims of the present invention.
Claims (7)
- A kind of 1. supervising device for eight-section brocade training bracelet, it is characterised in that：Sensed including microcontroller, heart rate and blood oxygen Unit, position sensing unit and memory cell；The heart rate and blood oxygen sensing unit and position sensing unit respectively with it is described micro- The corresponding port of controller is bi-directionally connected；The microcontroller, heart rate and blood oxygen sensing unit, position sensing unit and storage are single Member is separately positioned on eight-section brocade training bracelet；The heart rate and blood oxygen sensing unit include first sensor U2, electric capacity C3-C4 and resistance R4-R6；The position sensing Unit includes second sensor U5,3rd sensor U4, resistance R32-R33, electric capacity C16-20 and electric capacity C36-C37；It is described Memory cell includes memory module U1, resistance R1-R3 and electric capacity C1-C2；The microcontroller includes single-chip microcomputer U3 and its periphery Circuit；3 pin of the first sensor U2 connect 30 pin of the single-chip microcomputer U3；2 pin of the first sensor U2 connect the monolithic Machine U3 29 pin；13 pin of the first sensor U2 connect 20 pin of the single-chip microcomputer U3；The electric capacity C3 is connected on described first Between sensor U2 4 pin and 11 pin；The electric capacity C4 is connected between 9 pin and ground of the first sensor U2；Described first Sensor U2 9 pin and 10 pin connect 3.3V dc sources respectively；11 pin of the first sensor U2 connect 1.8V dc sources；Institute 4 pin and 12 pin for stating first sensor U2 are grounded respectively；15 pin of the second sensor U5 connect single-chip microcomputer U3 22 pin；1 pin of the second sensor U5 connects 3rd sensor U4 7 pin；16 pin of the second sensor U5 connect 3rd sensor U4 6 pin；The electric capacity C16 is connected on second sensor U5 10 pin and ground between；The electric capacity C17 is connected between second sensor U5 8 pin and 12 pin；The electric capacity C36 is connected on 3.3V Between dc source and ground；2 pin, 13 pin and 4 pin of the second sensor U5 connect 3.3V dc sources respectively；Described second passes Sensor U5 9 pin, 11 pin and 17 pin are grounded respectively；6 pin of the 3rd sensor U4 connect second sensor U5 1 pin；7 pin of the 3rd sensor U4 connect the second sensing Device U5 16 pin；23 pin of the 3rd sensor U4 connect single-chip microcomputer U3 29 pin；The 24 pin orders of the 3rd sensor U4 Piece machine U3 30 pin；12 pin of the 3rd sensor U4 connect single-chip microcomputer U3 27 pin；The electric capacity C18 is connected on 3rd sensor Between U4 20 pin and ground；The electric capacity C19 is connected between 3rd sensor U4 10 pin and ground；The electric capacity C20 is connected on Between three sensor U4 8 pin and ground；The electric capacity C37 is connected between 3.3V dc sources and ground；The resistance R32 is connected on Between three sensor U4 24 pin and 3.3V dc sources；The resistance R33 be connected on 3rd sensor U4 23 pin and 3.3V it is straight Between stream power supply；13 pin and 8 pin of the 3rd sensor U4 connect 3.3V dc sources respectively；The 1 of the 3rd sensor U4 Pin, 11 pin, 18 pin, 25 pin and 9 pin are grounded respectively；The data terminals DQ0-DQ7 of the memory module U1 connects the 37-40 pin of the single-chip microcomputer U3,51-53 pin and 2 respectively Pin；16 pin of the memory module U1 connect single-chip microcomputer U3 45 pin；17 pin of the memory module U1 connect single-chip microcomputer U3 44 pin； 18 pin of the memory module U1 connect single-chip microcomputer U3 26 pin；8 pin of the memory module U1 connect single-chip microcomputer U3 25 pin；It is described Memory module U1 9 pin connect single-chip microcomputer U3 24 pin；19 pin of the memory module U1 connect single-chip microcomputer U3 23 pin；The storage Module U1 7 pin connect single-chip microcomputer U3 33 pin；The resistance R1 is connected between memory module U1 12 pin and 7 pin；The resistance R2 is connected between memory module U1 12 pin and 19 pin；The resistance R3 is connected on memory module U1 9 pin and 3.3V dc sources Between；The electric capacity C2 is connected between memory module U1 12 pin and 13 pin；12 pin of the memory module U1 and 37 pin difference Connect 3.3V dc sources；13 pin and 36 pin of the memory module U1 are grounded respectively.
- A kind of 2. supervising device for eight-section brocade training bracelet according to claim 1, it is characterised in that：Also include pressing Key unit；The push-button unit is arranged on eight-section brocade training bracelet；The push-button unit includes key-press module K1 and resistance R24-R26；The resistance R24 is connected between key-press module K1 4 pin and 3.3V dc sources；The resistance R25 is connected on button Between module K1 3 pin and 3.3V dc sources；The resistance R26 be connected on key-press module K1 2 pin and 3.3V dc sources it Between；Key-press module K1 1 pin and 5 pin is grounded respectively；4 pin of the key-press module K1 connect single-chip microcomputer U3 9 pin；The button mould Block K1 3 pin connect single-chip microcomputer U3 10 pin；2 pin of the key-press module K1 connect single-chip microcomputer U3 11 pin.
- A kind of 3. supervising device for eight-section brocade training bracelet according to claim 2, it is characterised in that：Also include aobvious Show unit；The display unit is arranged on eight-section brocade training bracelet；The display unit includes liquid crystal display module J4, electricity Hinder R21, resistance R23, resistance R29-R31 and transistor Q1；3 pin of the liquid crystal display module J4 connect the source electrode of the transistor Q1；After the resistance R23 connects with resistance R29 It is connected between the grid and ground of the transistor Q1；The resistance R23 and resistance R29 node connects single-chip microcomputer U3 34 pin；Institute State transistor Q1 grounded drain；6 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 35 pin；The LCDs 7 pin of module J 4 connect single-chip microcomputer U3 36 pin；8 pin of the liquid crystal display module J4 connect single-chip microcomputer U3 59 pin；The liquid 9 pin of crystal display screen module J 4 connect single-chip microcomputer U3 58 pin；12 pin of the liquid crystal display module J4 connect the 57 of single-chip microcomputer U3 Pin；10 pin and 11 pin of the liquid crystal display module J4 connect 3.3V dc sources respectively；The 2 of the liquid crystal display module J4 Pin and 13 pin are grounded respectively；The resistance R21 is connected between liquid crystal display module J4 12 pin and 3.3V dc sources；It is described Resistance R30 is connected between liquid crystal display module J4 8 pin and 3.3V dc sources；The resistance R31 is connected on LCDs Between 9 pin and 3.3V dc sources of module J 4.
- A kind of 4. supervising device for eight-section brocade training bracelet according to claim 3, it is characterised in that：Also include logical Communication interface unit；The communication interface unit is arranged on eight-section brocade training bracelet；The communication interface unit includes USB interface J3；2 pin of the USB interface J3 connect single-chip microcomputer U3 42 pin；3 pin of the USB interface J3 connect single-chip microcomputer U3 43 pin；It is described USB interface J3 4 pin connect single-chip microcomputer U3 60 pin；The 5 pin ground connection of the USB interface J3.
- A kind of 5. supervising device for eight-section brocade training bracelet according to claim 4, it is characterised in that：Also include sound Happy unit；The music unit is arranged on eight-section brocade training bracelet；The music unit include music module, power amplifier module and Switch module；The music module includes MP3 chips U10, resistance R20, electric capacity C33 and electric capacity C35；Power amplifier module includes audio Power amplifier chips U9, resistance R17-R19, electric capacity C28-C32, loudspeaker SP1, port DAC_N and port DAC_P；The switching molding Block includes triode Q2, transistor Q3 and resistance R15-R16；The base stage of the triode Q2 connects single-chip microcomputer U3 62 pin through resistance R16；The grounded emitter of the triode Q2；It is described Triode Q2 colelctor electrode connects transistor Q3 grid；The source electrode of the transistor Q3 connects external dc power；The resistance R15 It is connected between transistor Q3 grid and source electrode；12 pin of the MP3 chips U10 connect transistor Q3 drain electrode；9 pin of the MP3 chips U10 meet audio frequency power amplifier chip U9 Port DAC_P；10 pin of the MP3 chips U10 meet audio frequency power amplifier chip U9 port DAC_N；The MP3 chips U10's 15 pin connect single-chip microcomputer U3 16 pin；14 pin of the MP3 chips U10 connect single-chip microcomputer U3 17 pin；The resistance R20 is connected on MP3 Between chip U10 4 pin and 3.3V dc sources；The electric capacity C33 is connected between MP3 chips U10 7 pin and ground；The electricity Hold C35 to be connected between MP3 chips U10 12 pin and ground；8 pin and 13 pin of the MP3 chips U10 are grounded respectively；1 pin of the audio frequency power amplifier chip U9 connects single-chip microcomputer U3 8 pin；6 pin of the audio frequency power amplifier chip U9 meet transistor Q3 Drain electrode；Audio frequency power amplifier chip U9 port DAC_N meets audio frequency power amplifier chip U9 through electric capacity C30, resistance R17, electric capacity C31 successively 4 pin；Audio frequency power amplifier chip U9 port DAC_P meets audio frequency power amplifier chip U9 through electric capacity C32, resistance R19, electric capacity C31 successively 4 pin；The both ends of the loudspeaker SP1 connect audio frequency power amplifier chip U9 8 pin and 5 pin respectively；The resistance R18 is connected on audio work( Put between chip U9 4 pin and 5 pin；The electric capacity C28 is connected between audio frequency power amplifier chip U9 6 pin and ground；The electric capacity C29 It is connected between audio frequency power amplifier chip U9 2 pin and ground；Audio frequency power amplifier chip U9 2 pin connect its 3 pin.
- A kind of 6. supervising device for eight-section brocade training bracelet according to claim 5, it is characterised in that：Also include filling Electric unit；The charhing unit includes power module U8, resistance R14, resistance R28 and electric capacity C25-C26；The power module U8 3 pin connect the positive pole of external dc power；4 pin of the power module U8 connect USB interface J3 1 pin；The electric capacity C26 is connected on External dc power both ends；The electric capacity C25 is connected between power module U8 4 pin and 2 pin；The resistance R28 is connected on power supply Between module U8 1 pin and 3.3V dc sources；The resistance R14 is connected between power module U8 5 pin and ground.
- A kind of 7. supervising device for eight-section brocade training bracelet according to claim 6, it is characterised in that：Described first Sensor U2 model MAX30100EFD；The model HMC5883L of the second sensor U5；The 3rd sensor U4 Model MPU-6050；The model K9F1G08U0D of the memory module U1；The model of the single-chip microcomputer U3 STM32F103RCT6；The model YH6852 of the key-press module K1；1.44 cun of the model of the liquid crystal display module J4 TFT liquid crystal displays；The model AO3402 of the transistor Q1；The model MX6200 of the MP3 chips U10；The audio work( Put chip U9 model XPT4890S；The model 8050 of the triode Q2；The model AO3401 of the transistor Q3； The model TP4054 of the power module U8.
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| CN110917604A (en) * | 2019-11-14 | 2020-03-27 | 西安优信机电工程有限公司 | Indoor yoga posture correction system |
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| WO2011057089A1 (en) * | 2009-11-06 | 2011-05-12 | Espenusa Holding, Llc | Data collection unit with integrated closure system and sensor housing |
| CN203763810U (en) * | 2013-08-13 | 2014-08-13 | 北京诺亦腾科技有限公司 | Club/racket swinging assisting training device |
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